INFANT BATHTUB SYSTEM

Abstract

An infant bathtub for holding water comprises a base portion with a bottom, front wall, rear wall, and opposing side walls, forming an interior space with an upper perimeter. The bathtub includes a top bin container configured to couple with the base portion, comprising a curved floor, front wall, rear wall, opposing side walls forming a second interior space, and an upper lip that rests upon the upper perimeter when assembled. The bathtub also comprises an interior liner with a curved profile configured to seat within the top bin container's second interior space, manufactured of cushion-type material. The multi-component design allows enhanced functionality, ease of assembly, and improved user experience during infant bathing operations.

Claims

1. An infant bathtub for holding water, comprising: a base portion comprising a bottom, a front wall, a rear wall, and opposing first and second side walls, collectively forming an interior space defined by an upper perimeter; a top bin container configured to couple with the interior space of the base portion, the top bin comprising a curved floor, a front wall, a rear wall, opposing side walls collectively forming a second interior space, and an upper lip that is configured to rest upon the upper perimeter of the base portion while assembled; and an interior liner having a curved profile that is configured to seat within the second interior space of the top bin container, the interior liner having a depth and manufactured of a cushion-type material.

2. The infant bathtub of claim 1, wherein the top bin container further comprises a drain hole through the curved floor.

3. The infant bathtub of claim 2, further comprising a water plug for plugging the drain hole.

4. The infant bathtub of claim 3, wherein the water plug comprises a pivoting connector configured to allow the water plug to move between a plugged position and an unplugged position with the drain hole.

5. The infant bathtub of claim 1, wherein the base portion further comprises a plurality of silicone feet positioned on a bottom surface thereof.

6. The infant bathtub of claim 1, further comprising a strap affixed to the base portion along the upper perimeter thereof, the strap affixed in a manner that forms a plurality of handle segments.

7. The infant bathtub of claim 6, wherein the strap is manufactured of silicone and is secured to the base portion through a plurality of snap connectors positioned at connection points along the upper perimeter.

8. The infant bathtub of claim 1, wherein the interior liner comprises an outer cover and an interior foam material enclosed by the outer cover.

9. The infant bathtub of claim 8, wherein the interior liner further comprises a head indentation formed in an upper portion thereof, the head indentation shaped to receive and support an infant's head during bathing.

10. An infant bathtub for holding water, comprising: a base portion comprising a bottom, a front wall, a rear wall, and opposing first and second side walls, collectively forming an interior space defined by an upper perimeter; a top bin container configured to couple with the interior space of the base portion, the top bin comprising a curved floor forming a bottom and a curved rear wall, a front wall, opposing side walls collectively forming a second interior space, and an upper lip that is configured to rest upon the upper perimeter of the base portion while assembled; an interior liner having a curved profile that is configured to seat within the second interior space of the top bin container, the interior liner having a depth and manufactured of a cushion-type material; a strap affixed to the base portion along the upper perimeter thereof, the strap affixed in a manner that forms a plurality of handle segments; and one or more support members positioned between the base portion and the top bin container to provide structural support.

11. The infant bathtub of claim 10, wherein the support members comprise first and second rear support members and first and second front support members distributed along the interior surface of the base portion.

12. The infant bathtub of claim 11, wherein the top bin container further comprises bin support connectors that mate with the rear mounting supports and front mounting supports when assembled.

13. The infant bathtub of claim 10, wherein the top bin container further comprises a drain hole through the curved floor and a flange extending below the drain hole, and the base portion comprises a corresponding drain hole and a flange extending above the corresponding drain hole, wherein the flanges interconnect to provide a sealed drainage pathway between the top bin container and the base portion.

14. The infant bathtub of claim 13, further comprising a drain plug for plugging the top bin drain hole, wherein the drain plug comprises a pivoting connector configured to allow the drain plug to move between a plugged position and an unplugged position.

15. The infant bathtub of claim 10, wherein the interior liner comprises an outer cover and an interior foam material enclosed by the outer cover, and wherein the interior liner further comprises a head indentation formed in an upper portion thereof.

16. An infant bathtub system, comprising: a base portion comprising a bottom floor, a front wall, a rear wall, and opposing first and second side walls extending upward from the bottom floor and collectively forming an interior space defined by an upper perimeter, the base portion further comprising a plurality of silicone feet positioned on a bottom surface thereof and a base portion drain hole; a top bin container configured to nest within the interior space of the base portion, the top bin container comprising a curved floor, a front wall, a rear wall, and opposing side walls collectively forming a second interior space for containing water, an upper lip configured to rest upon the upper perimeter of the base portion when assembled, and a bin drain hole extending through the curved floor; an interior liner having a curved profile configured to seat within the second interior space of the top bin container, the interior liner comprising an outer cover, an interior foam material enclosed by the outer cover, and a head indentation formed in an upper portion thereof and shaped to receive and support an infant's head during bathing; a strap affixed to the base portion along the upper perimeter thereof through a plurality of snap connectors positioned at connection points, the strap configured to form a plurality of handle segments between the connection points; one or more support members positioned between the base portion and the top bin container, the support members comprising rear mounting support members and front mounting support members positioned on an interior surface of the base portion; bin support connectors extending from the top bin container and configured to mate with the rear mounting support members and front mounting support members when assembled; a drain plug assembly comprising a drain plug insert and a pivoting connector configured to allow the drain plug insert to move between a plugged position and an unplugged position relative to the bin drain hole; and a flange extending below the bin drain hole of the top bin container and a corresponding flange extending above the base portion drain hole, wherein the flanges interconnect to provide a sealed drainage pathway between the top bin container and the base portion when assembled.

17. The infant bathtub system of claim 16, wherein the strap is manufactured of silicone material and is configured to provide carrying handles for transporting and hanging the infant bathtub system when unfilled.

18. The infant bathtub system of claim 16, wherein the interior liner further comprises a drain access cutout positioned to align with the bin drain hole when the interior liner is seated within the second interior space.

19. The infant bathtub system of claim 16, wherein the support members comprise first and second rear support members and first and second front support members distributed along the interior surface of the base portion.

Description

BRIEF DESCRIPTION OF FIGURES

[0016] Non-limiting and non-exhaustive examples are described with reference to the following figures:

[0017] FIG. 1 illustrates a perspective view of an infant bathtub with a base portion and top bin container;

[0018] FIG. 2 illustrates a top plan view of the assembled infant bathtub;

[0019] FIG. 3 illustrates a bottom plan view of the assembled infant bathtub;

[0020] FIG. 4 illustrates a first side elevation view of the assembled infant bathtub;

[0021] FIG. 5 illustrates a second side elevation view of the assembled infant bathtub;

[0022] FIG. 6 illustrates a front elevation view of the infant bathtub;

[0023] FIG. 7 illustrates a rear elevation view of the infant bathtub;

[0024] FIG. 8 illustrates a bottom perspective view of the infant bathtub;

[0025] FIG. 9 illustrates an exploded view of the infant bathtub showing component relationships;

[0026] FIG. 10 illustrates a top plan view showing sectional lines for the assembled infant bathtub;

[0027] FIG. 11 illustrates a detail view of the base portion showing bin mounting supports;

[0028] FIG. 12 illustrates a sectional view A-A of the infant bathtub taken from FIG. 10;

[0029] FIG. 13 illustrates a sectional view B-B of the infant bathtub taken from FIG. 10;

[0030] FIG. 14A illustrates a detailed view of a drain plug assembly in plugged position;

[0031] FIG. 14B illustrates a detailed view of the drain plug assembly in unplugged position;

[0032] FIG. 15 illustrates a pouch with straps and connectors;

[0033] FIG. 16 shows a perspective view of a thermometer with curved clip arm;

[0034] FIG. 17 illustrates the infant bathtub with accessories and an infant positioned therein; and

[0035] FIG. 18 illustrates a top perspective view showing a pouch attached to the infant bathtub.

DETAILED DESCRIPTION

[0036] The following description sets forth exemplary aspects of the present disclosure. It should be recognized, however, that such description is not intended as a limitation on the scope of the present disclosure. Rather, the description also encompasses combinations and modifications to those exemplary aspects described herein.

[0037] The present disclosure relates to an infant bathtub system designed to provide safe and comfortable bathing for infants. The infant bathtub system may employ a multi-component design approach that allows for enhanced functionality, ease of assembly, ease of cleaning, and improved user experience during infant bathing operations. Generally, the infant bathtub system includes a base portion, a top bin container, and an interior liner that combine to provide an efficient and comfortable means for bathing infants.

[0038] The infant bathtub interior liner is designed to provide comfort and safety for infants during bathing. The interior liner may be manufactured from an eco-friendly, breathable material that prevents mold growth while providing softness and comfort for the baby. In some cases, the interior liner may be configured as a non-waterproof component, allowing for breathability and air circulation through the material structure. This breathable design approach may facilitate faster drying times and may help prevent the accumulation of moisture that could lead to mold or bacterial growth.

[0039] The multi-component design of the infant bathtub system may allow for individual components to be cleaned, maintained, or replaced as needed. This modular approach may provide caregivers with flexibility in maintaining hygiene standards while ensuring the comfort and safety of infants during bathing activities.

[0040] Referring to FIG. 1, an infant bathtub 100 may be configured as a multi-component system designed to provide safe and comfortable bathing for infants. The infant bathtub 100 may include a base portion 102 that forms the foundational structure of the bathtub system. The base portion 102 may be manufactured from polypropylene material, which may provide durability and chemical resistance for bathing applications.

[0041] As shown in FIG. 1, the base portion 102 may include a front wall 110 and a first side wall 114 that extend upward to define structural boundaries of the bathtub system. The base portion 102 may incorporate a soft touch coating on an outside surface thereof to provide easy grip and a premium appearance during handling operations. In some cases, the base portion 102 may be slightly weighted on a bottom portion to prevent tipping during use, which may enhance stability when the infant bathtub 100 contains water or when an infant is positioned within the bathtub system.

[0042] With continued reference to FIG. 1 and further reference to FIGS. 2-3, the base portion 102 may comprise a bottom floor 108, the front wall 110, a rear wall 112, and opposing first and second side walls 114, 116. These structural components may collectively form an interior space 118 that may be defined by an upper perimeter 120. The bottom floor 108 may provide a stable foundation for the infant bathtub 100, while the front wall 110, rear wall 112, and side walls 114, 116 may extend upward from the bottom floor 108 to create the interior space 118.

[0043] As shown in FIG. 2 and FIG. 3, the base portion 102 may further comprise a plurality of silicone feet 122 positioned on a bottom surface thereof. The silicone feet 122 may provide anti-slip functionality to prevent sliding of the infant bathtub 100 on various surfaces during use. In some cases, the silicone feet 122 may be positioned near corners of the bottom floor 108 to provide optimal stability and grip on surfaces where the infant bathtub 100 may be placed.

[0044] The base portion 102 may also include a base portion drain hole 164 that may facilitate drainage of water from the interior space 118. The base portion drain hole 164 may be positioned within the bottom floor 108 to allow water to flow out of the base portion 102 during emptying operations. This drainage configuration may allow for efficient water removal and may facilitate cleaning and maintenance of the infant bathtub 100 after use.

[0045] Referring to FIGS. 6-7, the infant bathtub 100 may further include a top bin container 104 that may be configured to couple with the interior space 118 of the base portion 102. The top bin container 104 may be manufactured from polypropylene material, which may provide durability, chemical resistance, and lightweight characteristics suitable for infant bathing applications. The polypropylene construction may also facilitate easy cleaning and maintenance of the top bin container 104 after use.

[0046] As shown in FIGS. 6-7, the top bin container 104 may comprise a curved floor 124 that may form a bottom surface of the top bin container 104. The curved floor 124 may be configured with a contoured shape that may provide ergonomic support for an infant during bathing operations. In some cases, the curved floor 124 may curve upward from a front portion toward a rear portion, creating a reclined seating position that may enhance comfort and safety for infants of various sizes.

[0047] The top bin container 104 may further include a front wall 126 and a rear wall 128 that may extend upward from the curved floor 124. The front wall 126 may be positioned at a forward end of the top bin container 104, while the rear wall 128 may be positioned at an opposite end. In some cases, the rear wall 128 may be configured as a curved rear wall that may continue the curved profile established by the curved floor 124, providing a smooth transition between the floor and wall surfaces.

[0048] With continued reference to FIGS. 6-7, the top bin container 104 may also comprise opposing side walls that may include a first side wall 130 and a second side wall 132. The first side wall 130 and second side wall 132 may extend upward from the curved floor 124 and may connect the front wall 126 and rear wall 128 to form a continuous perimeter structure. The front wall 126, rear wall 128, first side wall 130, and second side wall 132 may collectively form a second interior space 134 that may be configured for containing water during bathing operations.

[0049] As further shown in FIGS. 6-7, the top bin container 104 may include an upper lip 136 that may extend outward from the top edges of the front wall 126, rear wall 128, first side wall 130, and second side wall 132. The upper lip 136 may be configured to rest upon the upper perimeter 120 of the base portion 102 when the top bin container 104 and base portion 102 are assembled together. This configuration may provide a stable connection between the top bin container 104 and base portion 102 while allowing for easy assembly and disassembly of the infant bathtub 100 components.

[0050] Referring to FIG. 8, the top bin container 104 may further comprise a bin drain hole 148 that may extend through the curved floor 124. The bin drain hole 148 may be positioned within a forward portion of the curved floor 124 to facilitate drainage of water from the second interior space 134. In some cases, the bin drain hole 148 may allow water contained within the top bin container 104 to drain into the interior space 118 of the base portion 102, where the water may subsequently exit through the base portion drain hole 164. This dual-drainage configuration may provide efficient water removal from the infant bathtub 100 during emptying operations.

[0051] The infant bathtub 100 may further include a strap 142 that may be affixed to the base portion 102 along the upper perimeter 120 thereof. The strap 142 may be configured to provide enhanced functionality for carrying and storage operations associated with the infant bathtub 100. In some cases, the strap 142 may be manufactured of silicone material, which may provide durability, flexibility, and grip characteristics suitable for handling operations.

[0052] The strap 142 may be secured to the base portion 102 through a plurality of snap connectors 168 that may be positioned at connection points 146 along the upper perimeter 120. The snap connectors 168 may provide a removable attachment mechanism that may allow the strap 142 to be securely fastened to the base portion 102 while permitting removal for cleaning or replacement operations. In some cases, the snap connectors 168 may be configured to engage with corresponding attachment features on the base portion 102 to create a stable connection between the strap 142 and the upper perimeter 120.

[0053] The connection points 146 may be distributed along the upper perimeter 120 of the base portion 102 to provide multiple attachment locations for the strap 142. The positioning of the connection points 146 may be configured to create optimal spacing for the formation of functional segments along the strap 142. In some cases, the connection points 146 may be positioned to distribute load forces evenly when the strap 142 is used for carrying operations.

[0054] The strap 142 may be affixed in a manner that forms a plurality of handle segments 144 between the connection points 146. The handle segments 144 may be created by the spacing between adjacent connection points 146, which may allow portions of the strap 142 to extend outward from the base portion 102 to form grippable sections. In some cases, the handle segments 144 may be configured to provide carrying handles for transporting the infant bathtub 100 when the bathtub system is unfilled with water.

[0055] The handle segments 144 may also be configured to accommodate storage of accessories during bathing operations. In some cases, the handle segments 144 may be sized and positioned to receive and hold bottles containing shampoo, body wash, or other bathing products. This storage capability may help prevent caregivers from needing to reach for products during bathing operations, which may reduce the risk of spills or accidents that could occur due to wet hands on slippery surfaces.

[0056] The silicone material of the strap 142 may provide stretch characteristics that may allow the handle segments 144 to accommodate various shapes and sizes of accessories. The elasticity of the silicone material may enable the handle segments 144 to grip miscellaneous items and stretch to fit different product configurations. In some cases, the silicone material may also provide improved grip characteristics for users when carrying the infant bathtub 100, which may enhance safety during transport operations.

[0057] The strap 142 configuration may facilitate hanging of the infant bathtub system when unfilled, which may provide storage options for the bathtub system when not in use. The handle segments 144 may be configured to engage with hooks or other hanging mechanisms to allow the infant bathtub 100 to be suspended for drying or storage purposes. This hanging capability may help conserve storage space and may facilitate air circulation around the infant bathtub 100 components during drying operations.

[0058] Referring to FIG. 9, an exploded view of the infant bathtub 100 may illustrate the assembly relationship between the various components of the bathtub system. The exploded view may show how the base portion 102 may form a foundational structure, with the top bin container 104 configured to nest within the interior space 118 of the base portion 102. The top bin container 104 may be positioned above the base portion 102 in the exploded configuration, demonstrating the vertical assembly relationship between these primary components.

[0059] As shown in FIG. 9, the infant bathtub 100 may include one or more support members positioned between the base portion 102 and the top bin container 104 to provide structural support during assembly and use. The support members may be configured to maintain proper alignment and spacing between the base portion 102 and top bin container 104 when the components are assembled together. In some cases, the support members may help distribute load forces and may provide stability when the infant bathtub 100 contains water or when an infant is positioned within the bathtub system.

[0060] The support members may comprise a first rear support member 172a and a second rear support member 172b that may be positioned toward a rear portion of the base portion 102. The first rear support member 172a and second rear support member 172b may be distributed along an interior surface of the base portion 102 to provide rear mounting support for the top bin container 104. In some cases, the first rear support member 172a and second rear support member 172b may be spaced apart from each other to provide balanced support across a width dimension of the base portion 102.

[0061] The support members may further comprise a first front support member 174a and a second front support member 174b that may be positioned toward a forward portion of the base portion 102. The first front support member 174a and second front support member 174b may be distributed along the interior surface of the base portion 102 to provide front mounting support for the top bin container 104. The positioning of the first front support member 174a and second front support member 174b may correspond to the positioning of the first rear support member 172a and second rear support member 172b to create a balanced support configuration across the interior space 118 of the base portion 102.

[0062] With continued reference to FIG. 9, the top bin container 104 may further comprise bin support connectors 182 that may extend from the top bin container 104. The bin support connectors 182 may be configured to mate with the rear mounting support members and front mounting support members when the infant bathtub 100 components are assembled together. In some cases, the bin support connectors 182 may be positioned on an underside of the top bin container 104 to align with the first rear support member 172a, second rear support member 172b, first front support member 174a, and second front support member 174b during assembly operations.

[0063] The mating relationship between the bin support connectors 182 and the support members may provide a secure connection that may prevent lateral movement of the top bin container 104 relative to the base portion 102. In some cases, the bin support connectors 182 may be configured with complementary shapes or features that may engage with corresponding features on the support members to create a stable assembly configuration. This mating arrangement may help maintain proper positioning of the top bin container 104 within the interior space 118 of the base portion 102 during use.

[0064] As further shown in FIG. 9, the top bin container 104 may include a flange 180 that may extend below the bin drain hole 148. The flange 180 may be configured as a tubular or cylindrical extension that may project downward from the curved floor 124 around the perimeter of the bin drain hole 148. In some cases, the flange 180 may provide a connection interface for establishing a sealed drainage pathway between the top bin container 104 and the base portion 102.

[0065] The base portion 102 may comprise a corresponding flange 176 that may extend above the base portion drain hole 164. The flange 176 may be configured to project upward from the bottom floor 108 around the perimeter of the base portion drain hole 164. The flange 176 may be positioned and sized to align with the flange 180 of the top bin container 104 when the infant bathtub 100 components are assembled together.

[0066] The flange 176 and flange 180 may interconnect to provide a sealed drainage pathway between the top bin container 104 and the base portion 102 when assembled. In some cases, the flange 180 may be configured to fit within or around the flange 176 to create a sealed connection that may prevent water leakage between the drainage holes. This sealed connection may ensure that water draining from the bin drain hole 148 may flow directly into the base portion drain hole 164 without leaking into other areas of the interior space 118.

[0067] The base portion 102 may further include a bottom surface 178 that may form the exterior bottom of the base portion 102. The bottom surface 178 may provide a stable platform for positioning the infant bathtub 100 on various surfaces during use. In some cases, the silicone feet 122 may be attached to the bottom surface 178 to provide anti-slip functionality and to prevent sliding of the infant bathtub 100 during bathing operations.

[0068] Referring to FIGS. 10-11, the structural configuration of the infant bathtub 100 may be further illustrated through sectional views and detail views of the support member arrangements. FIG. 10 may show a top plan view of the assembled infant bathtub 100 that may indicate sectional lines for detailed views of the internal structure. The sectional lines may be positioned to reveal the relationship between the base portion 102 and top bin container 104, as well as the positioning of the support members within the assembly.

[0069] As shown in FIG. 11, the first rear support member 172a and first front support member 174a may be positioned on the interior surface of the bottom floor 108. The first rear support member 172a and first front support member 174a may be configured as raised features or ribs that may extend upward from the bottom floor 108 to provide contact points for the top bin container 104. In some cases, the first rear support member 172a and first front support member 174a may be integrally formed with the bottom floor 108 during manufacturing operations to create a unitary structure.

[0070] Referring to FIGS. 12-13, sectional views of the infant bathtub 100 may illustrate the internal structure and component relationships within the assembled bathtub system. FIG. 12 may show a sectional view A-A taken from FIG. 10, revealing the cross-sectional configuration of the base portion 102, top bin container 104, and associated components. The sectional view may demonstrate how the curved floor 124 of the top bin container 104 may be positioned above the bottom floor 108 of the base portion 102, with the support members providing structural connection between these components.

[0071] As shown in FIG. 12, the top bin container 104 may include the rear wall 128 and opposing first side wall 130 and second side wall 132 that may extend upward from the curved floor 124. The bin drain hole 148 may be positioned in a forward portion of the curved floor 124, while the base portion 102 may include the base portion drain hole 164 positioned to align with the bin drain hole 148. The curved floor 124 may be integral with the rear wall 128, curving upward and terminating at the upper perimeter 120. The first rear support member 172a and first front support member 174a may provide support between the base portion 102 and the top bin container 104, with the bin support connectors 182 extending below the top bin container 104 to mate with the support members.

[0072] The infant bathtub 100 may further include an interior liner 106 that may be configured to seat within the second interior space 134 of the top bin container 104. The interior liner 106 may have a curved profile that may correspond to the contoured shape of the curved floor 124 and walls of the top bin container 104. In some cases, the curved profile of the interior liner 106 may be configured to provide ergonomic support and comfort for an infant during bathing operations while maintaining proper fit within the second interior space 134.

[0073] As further shown in FIG. 12, the interior liner 106 may have a depth that may be configured to provide cushioning and support for an infant positioned within the top bin container 104. The interior liner 106 may be manufactured of a cushion-type material that may provide softness and comfort during bathing operations. In some cases, the cushion-type material may be configured to conform to the body contours of an infant while providing adequate support and safety during bathing activities.

[0074] The cushion-type material may comprise various materials that provide softness, support, and comfort characteristics suitable for infant bathing applications. In some cases, the cushion-type material may include foam materials such as polyurethane foam, memory foam, or closed-cell foam that may provide cushioning properties while maintaining structural integrity when exposed to moisture. The cushion-type material may also comprise polyolefin elastomer materials that may offer eco-friendly and breathable characteristics while providing adequate cushioning for infant support.

[0075] In some aspects, the cushion-type material may include gel-infused materials that may provide temperature regulation and pressure distribution during bathing operations. The material may also comprise synthetic materials such as polyester fiberfill or batting that may be enclosed within protective coverings to provide cushioning while allowing for easy cleaning and maintenance. In some cases, the cushion-type material may include air-filled or inflatable components that may allow for adjustable firmness and support characteristics.

[0076] The cushion-type material may further comprise natural materials such as organic cotton padding or bamboo fiber materials that may provide softness and breathability while maintaining hypoallergenic properties suitable for infant contact. In some aspects, the material may include composite constructions that combine multiple material types, such as foam cores with fabric coverings or layered materials that provide different support characteristics in different areas of the interior liner 106. The cushion-type material may also include materials with antimicrobial properties or treatments that may help prevent bacterial growth and maintain hygiene standards during repeated use.

[0077] The interior liner 106 may comprise an outer cover 184 and an interior foam material 186 enclosed by the outer cover 184. The outer cover 184 may be configured as a removable covering that may provide protection for the interior foam material 186 while allowing for cleaning and maintenance operations. In some cases, the outer cover 184 may be machine washable, which may facilitate easy cleaning and maintenance of the interior liner 106 after use.

[0078] The outer cover 184 may be manufactured from a polyester-spandex blend material that may provide durability, flexibility, and comfort characteristics suitable for infant bathing applications. In some cases, the outer cover 184 may comprise 95% polyester and 5% spandex blend material, which may provide stretch characteristics that may allow the outer cover 184 to conform to the shape of the interior foam material 186 while maintaining a secure fit. The polyester-spandex blend may also provide resistance to water absorption and may facilitate quick drying after washing operations.

[0079] The interior liner 106 may further include an inner cover that may be positioned between the outer cover 184 and the interior foam material 186. The inner cover may be manufactured from polyester material that may provide additional protection for the interior foam material 186. In some cases, the inner cover may be configured as a non-removable component that may protect the interior foam material 186 from moisture and contaminants while allowing the interior liner 106 to air dry together within 20-30 minutes after use.

[0080] The interior foam material 186 may be manufactured from polyolefin elastomer material that may provide cushioning, support, and comfort characteristics for infant bathing applications. The polyolefin elastomer material may be configured as an eco-friendly, breathable material that may prevent mold growth while providing softness and comfort for infants. In some cases, the breathable construction of the interior foam material 186 may allow air circulation through the material structure, which may facilitate quick drying and may help prevent the accumulation of moisture that could lead to bacterial or mold growth.

[0081] With continued reference to FIG. 12, the interior liner 106 may further comprise a head indentation 170 formed in an upper portion 166 thereof. The head indentation 170 may be shaped to receive and support an infant's head during bathing operations. In some cases, the head indentation 170 may be configured with a contoured shape that may provide ergonomic support for an infant's head and neck while maintaining proper positioning within the interior liner 106.

[0082] The upper portion 166 of the interior liner 106 may be positioned toward a rear section of the interior liner 106, corresponding to the elevated portion of the curved profile. The head indentation 170 may be formed within the upper portion 166 to create a recessed area that may accommodate the head of an infant during bathing. In some cases, the head indentation 170 may be configured to provide gentle support while allowing water to flow around the infant's head area during bathing operations.

[0083] As shown in FIG. 13, a sectional view B-B taken from FIG. 10 may illustrate the interior liner 106 positioned within the top bin container 104, showing the relationship between the outer cover 184 and interior foam material 186. The sectional view may demonstrate how the interior liner 106 may conform to the shape of the second interior space 134 while providing the head indentation 170 for infant support. The base portion 102 may include the first rear support member 172a and second rear support member 172b that may support the top bin container 104 above the interior space 118.

[0084] The interior liner 106 may further comprise a drain access cutout 138 that may be positioned to align with the bin drain hole 148 when the interior liner 106 is seated within the second interior space 134. The drain access cutout 138 may be configured as an opening or recess within the interior liner 106 that may allow access to the bin drain hole 148 and associated drainage components. In some cases, the drain access cutout 138 may be positioned in a forward portion of the interior liner 106 to correspond with the location of the bin drain hole 148 within the curved floor 124 of the top bin container 104.

[0085] The eco-friendly breathable construction of the interior liner 106 may provide advantages for hygiene and maintenance operations. The breathable material configuration may allow air circulation through the interior foam material 186, which may facilitate evaporation of moisture and may prevent the development of mold or bacterial growth within the interior liner 106. In some cases, the breathable construction may allow the interior liner 106 to air dry quickly after use, which may reduce the time required for cleaning and preparation between bathing sessions.

[0086] Referring to FIGS. 14A-14B and FIG. 15, the infant bathtub 100 may further include a drain plug assembly 150 that may be configured to control the flow of water through the bin drain hole 148. The drain plug assembly 150 may provide a mechanism for selectively plugging and unplugging the bin drain hole 148 to allow water to be retained within the top bin container 104 during bathing operations or to be drained when emptying the infant bathtub 100.

[0087] As shown in FIG. 14A and FIG. 14B, the drain plug assembly 150 may comprise a drain plug insert 160 that may be configured to seal the bin drain hole 148 when positioned in a plugged configuration. The drain plug insert 160 may be manufactured from thermoplastic rubber material, which may provide flexibility, durability, and sealing characteristics suitable for water containment applications. In some cases, the thermoplastic rubber material may provide chemical resistance and may maintain sealing properties when exposed to water, soap, and other bathing products commonly used during infant bathing operations.

[0088] The drain plug assembly 150 may further include a pivoting connector 158 that may be configured to allow the drain plug insert 160 to move between a plugged position and an unplugged position relative to the bin drain hole 148. The pivoting connector 158 may provide a flexible connection that may allow the drain plug insert 160 to move between the plugged and unplugged positions while maintaining attachment to the top bin container 104. In some cases, the pivoting connector 158 may prevent the drain plug insert 160 from becoming separated from the infant bathtub 100 during use, which may reduce the risk of losing the drain plug component during bathing or cleaning operations.

[0089] With continued reference to FIG. 14A and FIG. 14B, the pivoting connector 158 may be configured to connect and swivel with the curved floor 124 of the top bin container 104. The pivoting connector 158 may allow the drain plug insert 160 to move between the plugged position, where the drain plug insert 160 may be inserted into the bin drain hole 148 to prevent water flow, and the unplugged position, where the drain plug insert 160 may be moved away from the bin drain hole 148 to allow water to drain through the opening.

[0090] The drain plug assembly 150 may also include a pull tab 162 that may be configured to facilitate manipulation of the drain plug insert 160 during plugging and unplugging operations. The pull tab 162 may provide a gripping surface that may allow users to easily grasp and manipulate the drain plug insert 160 when transitioning between the plugged and unplugged positions. In some cases, the pull tab 162 may be configured with a size and shape that may accommodate handling by caregivers during bathing operations, even when hands may be wet or soapy.

[0091] As further shown in FIG. 14A and FIG. 14B, the pull tab 162 may assist users with inserting and removing the drain plug insert 160 from the bin drain hole 148. The pull tab 162 may be positioned on the drain plug insert 160 to provide leverage for applying force during insertion operations and for pulling the drain plug insert 160 away from the bin drain hole 148 during removal operations. In some cases, the pull tab 162 may be configured to remain accessible when the drain plug insert 160 is in the plugged position, allowing for easy removal when drainage is desired.

[0092] The drain plug assembly 150 may further comprise a drain hole connection insert 163 that may be configured to provide a connection interface between the drain plug assembly 150 and the bin drain hole 148. The drain hole connection insert 163 may be positioned within or around the bin drain hole 148 to provide a mounting location for the pivoting connector 158. In some cases, the drain hole connection insert 163 may be configured to allow the pivoting connector 158 to rotate while maintaining a secure connection to the top bin container 104.

[0093] The drain hole connection insert 163 may be configured to accommodate the pivoting motion of the pivoting connector 158 while providing a stable attachment point for the drain plug assembly 150. In some cases, the drain hole connection insert 163 may be integrally formed with the curved floor 124 of the top bin container 104, or may be configured as a separate component that may be installed within the bin drain hole 148 during manufacturing operations. The drain hole connection insert 163 may provide durability and may resist wear that could occur from repeated pivoting operations of the drain plug assembly 150 during use.

[0094] The thermoplastic rubber material of the drain plug insert 160 may provide sealing characteristics that may prevent water leakage when the drain plug insert 160 is positioned in the plugged position. The flexibility of the thermoplastic rubber material may allow the drain plug insert 160 to conform to the shape of the bin drain hole 148, creating a watertight seal that may prevent water from draining through the opening during bathing operations. In some cases, the thermoplastic rubber material may maintain sealing properties over repeated use cycles and may resist degradation from exposure to water and cleaning products.

[0095] The drain plug assembly 150 configuration may provide convenient operation for caregivers during bathing activities. The pivoting connector 158 may allow the drain plug insert 160 to be moved to the unplugged position without requiring complete removal from the infant bathtub 100, which may prevent the drain plug insert 160 from being dropped or lost during use. In some cases, the pivoting action may allow the drain plug insert 160 to be positioned away from the bin drain hole 148 while remaining attached to the top bin container 104, providing easy access to the drainage opening while maintaining connection to the drain plug assembly 150.

[0096] Referring to FIG. 16, the infant bathtub 100 may further include optional accessories that may enhance functionality and convenience during bathing operations. The accessories may be configured to integrate with the infant bathtub system to provide additional features for temperature monitoring, storage, and bathing assistance. In some cases, the accessories may be designed to attach to existing components of the infant bathtub 100 without requiring permanent modification of the bathtub structure.

[0097] As shown in FIG. 16, the infant bathtub system may comprise a thermometer 300 that may be configured to monitor water temperature within the second interior space 134 of the top bin container 104. The thermometer 300 may include a stem 302 that may extend downward into the water contained within the top bin container 104 during bathing operations. The stem 302 may be configured to provide temperature sensing capabilities that may allow caregivers to monitor water temperature to ensure safe bathing conditions for infants.

[0098] The thermometer 300 may further include a curved clip arm 304 that may be configured to attach to the upper lip 136 of the top bin container 104. The curved clip arm 304 may provide a mounting mechanism that may allow the thermometer 300 to be securely positioned on the infant bathtub 100 while allowing the stem 302 to extend into the second interior space 134. In some cases, the curved clip arm 304 may be configured with a shape that may conform to the contour of the upper lip 136, providing a stable attachment that may resist movement during bathing operations.

[0099] The curved clip arm 304 may be manufactured from a flexible material that may allow the clip arm to be opened and closed for attachment and removal operations. In some cases, the curved clip arm 304 may provide sufficient gripping force to maintain attachment to the upper lip 136 while allowing for easy removal when the thermometer 300 is not needed. The attachment mechanism may allow the thermometer 300 to be positioned at various locations along the upper lip 136 to accommodate different bathing configurations and user preferences.

[0100] The stem 302 may extend into the second interior space 134 to monitor water temperature during filling and bathing operations. The length of the stem 302 may be configured to provide accurate temperature readings while avoiding interference with the infant or the interior liner 106 during bathing activities. In some cases, the stem 302 may be positioned to provide continuous temperature monitoring throughout the bathing process, allowing caregivers to maintain optimal water temperature for infant comfort and safety.

[0101] With continued reference to FIG. 16 and further reference to FIG. 17, the infant bathtub system may further include a cup 400 that may be configured to assist with water pouring and rinsing operations during bathing. The cup 400 may include a cup handle 402 that may provide a gripping surface for caregivers during use. The cup 400 may be configured to attach to the upper lip 136 of the top bin container 104, providing convenient access during bathing operations while keeping the cup 400 readily available when needed.

[0102] As shown in FIG. 17, the cup 400 may be positioned along the upper lip 136 in a manner that may allow easy access for caregivers while avoiding interference with other accessories or bathing operations. The cup handle 402 may be configured to provide ergonomic gripping characteristics that may facilitate handling during bathing activities. In some cases, the cup 400 may be manufactured from materials that may provide durability and chemical resistance suitable for exposure to water and bathing products.

[0103] The infant bathtub system may also include a pouch 200 that may provide storage capabilities for bathing accessories and supplies. As shown in FIG. 17, the pouch 200 may be configured to attach to the infant bathtub 100 to provide convenient storage for items such as washcloths, small toys, or other bathing accessories. The pouch 200 may include a pouch lid 206 that may provide access to the interior storage space while protecting stored items from water exposure during bathing operations. Although FIG. 17 illustrates the pouch 200 in a general system view, the pouch is preferably mounted on the silicone strap 142 encircling the tub, as shown and described in FIG. 18.

[0104] Referring to FIG. 15, the pouch 200 may include a first strap 202a and a second strap 202b that may provide attachment mechanisms for securing the pouch 200 to the infant bathtub 100. The first strap 202a and second strap 202b may be configured to wrap around or attach to components of the infant bathtub 100 to provide stable mounting for the pouch 200. In some cases, the first strap 202a and second strap 202b may be adjustable to accommodate different attachment configurations and to provide secure mounting on various portions of the infant bathtub 100 structure.

[0105] The pouch 200 may further comprise a first strap connector 204a and a second strap connector 204b that may be configured to secure the first strap 202a and second strap 202b respectively. The first strap connector 204a and second strap connector 204b may provide fastening mechanisms that may allow the straps to be tightened and secured during attachment operations. In some cases, the first strap connector 204a and second strap connector 204b may be configured as adjustable connectors that may allow the strap tension to be modified to accommodate different attachment points and to provide optimal securing force.

[0106] With reference to FIG. 18, the pouch 200 may be configured to attach to the strap 142 of the infant bathtub 100. As shown in FIG. 18, the pouch 200 may be positioned along the strap 142 to provide accessible storage while maintaining the functionality of the strap 142 for carrying and accessory storage operations. The first strap 202a and second strap 202b may be configured to wrap around the strap 142 and may be secured using the first strap connector 204a and second strap connector 204b to create a stable attachment.

[0107] The pouch lid 206 may be configured to provide access to the interior storage space of the pouch 200 while protecting stored items from water and moisture during bathing operations. In some cases, the pouch lid 206 may be configured with a closure mechanism that may allow the lid to be opened and closed easily during use while providing secure closure to prevent items from falling out of the pouch 200. The pouch lid 206 may be manufactured from water-resistant materials that may protect stored items from splashing or moisture exposure during bathing activities.

[0108] As further shown in FIG. 17, the infant bathtub system may be configured to accommodate an infant baby 500 positioned within the interior liner 106 during bathing operations. The infant baby 500 may be positioned with the head resting within the head indentation 170 of the interior liner 106, demonstrating the ergonomic support provided by the curved profile and head indentation 170 configuration. The positioning of the infant baby 500 may illustrate how the interior liner 106 may provide comfortable support while allowing access to the infant for bathing activities.

[0109] The accessories may be configured to provide enhanced functionality without interfering with the primary bathing operations or the positioning of the infant baby 500 within the infant bathtub 100. The thermometer 300, cup 400, and pouch 200 may be positioned along the upper lip 136 and strap 142 in locations that may provide convenient access for caregivers while maintaining clear access to the infant baby 500 during bathing activities. In some cases, the accessories may be removable to allow for cleaning and maintenance operations or to accommodate different bathing preferences and requirements.

[0110] The infant bathtub system may include water level fill lines that may be positioned on interior surfaces of the top bin container 104 to indicate proper water levels during filling operations. The water level fill lines may provide visual indicators that may help caregivers determine appropriate water depth for safe bathing of infants of different sizes. In some cases, the water level fill lines may be configured as raised features, printed markings, or molded indicators that may remain visible when the top bin container 104 contains water.

[0111] The infant bathtub system may also include a baby cloth or blanket that may be attached to the bathtub system to provide additional comfort and warmth for infants during bathing operations. The baby cloth or blanket may be configured to attach to the strap 142 or other components of the infant bathtub 100 to provide convenient access while maintaining cleanliness and organization. In some cases, the baby cloth or blanket may be manufactured from soft, absorbent materials that may provide comfort for infants while facilitating drying operations after bathing activities.

[0112] The infant bathtub system may be configured to provide a comprehensive bathing solution through the coordinated interaction of multiple components that may work together to create a safe, functional, and user-friendly bathing environment. The system assembly may involve the integration of structural components, drainage systems, comfort features, and optional accessories that may collectively provide enhanced functionality for infant bathing operations.

[0113] The assembly process may begin with the positioning of the base portion as the foundational component of the infant bathtub system. The base portion may provide the primary structural support and may serve as the mounting platform for all other system components. The interior space of the base portion may be configured to receive the top bin container, with the upper perimeter providing a seating surface for the upper lip of the top bin container during assembly operations.

[0114] The support members positioned within the base portion may provide structural alignment and load distribution when the top bin container is nested within the interior space. The rear mounting support members and front mounting support members may engage with the bin support connectors extending from the top bin container to create a stable mechanical connection between the primary structural components. This engagement may prevent lateral movement of the top bin container relative to the base portion while allowing for easy assembly and disassembly operations.

[0115] The top bin container may be lowered into the interior space of the base portion until the upper lip contacts the upper perimeter of the base portion. During this assembly process, the bin support connectors may align with and engage the support members to establish proper positioning and structural stability. The curved floor of the top bin container may be positioned above the bottom floor of the base portion, creating a dual-chamber configuration that may facilitate water containment and drainage operations.

[0116] The drainage system integration may occur through the alignment of the flanges extending from the drain holes of both the top bin container and base portion. The flange extending below the bin drain hole may interconnect with the flange extending above the base portion drain hole to create a sealed drainage pathway between the two chambers. This sealed connection may ensure that water draining from the top bin container may flow directly into the base portion without leakage into other areas of the interior space.

[0117] The interior liner may be positioned within the second interior space of the top bin container after the primary structural assembly is completed. The curved profile of the interior liner may conform to the contoured shape of the curved floor and walls of the top bin container, providing a cushioned surface for infant positioning. The drain access cutout of the interior liner may align with the bin drain hole to maintain access to the drainage system while providing comfort and support features.

[0118] The strap system may be attached to the base portion through the snap connectors positioned at connection points along the upper perimeter. The strap may be secured at multiple connection points to create handle segments between the attachment locations. These handle segments may provide carrying functionality when the infant bathtub system is unfilled and may also serve as storage locations for bathing accessories and supplies during use.

[0119] The drainage system operation may be controlled through the drain plug assembly, which may regulate water flow between the top bin container and base portion. When the drain plug assembly is positioned in the plugged configuration, the drain plug insert may seal the bin drain hole to prevent water flow, allowing water to be retained within the second interior space of the top bin container for bathing operations. The thermoplastic rubber material of the drain plug insert may create a watertight seal that may prevent leakage during water containment.

[0120] When drainage is desired, the drain plug assembly may be moved from the plugged position to the unplugged position through manipulation of the pull tab. The pivoting connector may allow the drain plug insert to rotate away from the bin drain hole while maintaining attachment to the top bin container. In the unplugged position, water contained within the second interior space may flow through the bin drain hole, through the sealed drainage pathway created by the interconnected flanges, and into the interior space of the base portion.

[0121] Water flow through the drainage system may continue from the base portion through the base portion drain hole to exit the infant bathtub system completely. The dual-drainage configuration may provide efficient water removal during emptying operations, with the sealed pathway ensuring that water flows in a controlled manner without creating puddles or leakage within the interior space of the base portion. The drainage channels formed by the spacing of the support members may facilitate water flow toward the base portion drain hole during emptying operations.

[0122] During bathing operations, an infant may be positioned on the interior liner within the second interior space of the top bin container. The head indentation formed in the upper portion of the interior liner may provide ergonomic support for the infant's head and neck, while the curved profile of the interior liner may support the infant's body in a slightly reclined position. The cushion-type material of the interior liner may provide comfort and safety, while the breathable construction may facilitate air circulation and quick drying after use.

[0123] The eco-friendly breathable material of the interior liner may allow moisture to evaporate through the material structure, preventing the accumulation of water that could lead to mold or bacterial growth. The outer cover may provide protection for the interior foam material while allowing for easy cleaning through machine washing operations. The inner cover may provide additional protection while allowing the entire interior liner assembly to air dry quickly after bathing activities.

[0124] The optional accessories may integrate with the assembled infant bathtub system to provide enhanced functionality during bathing operations. The thermometer may attach to the upper lip of the top bin container through the curved clip arm, positioning the stem within the second interior space to monitor water temperature continuously. The cup may also attach to the upper lip to provide convenient access for water pouring and rinsing operations during bathing activities.

[0125] The pouch may attach to the strap system through the first and second straps, providing storage capabilities for bathing accessories while maintaining the functionality of the handle segments. The pouch lid may protect stored items from water exposure while allowing easy access during bathing operations. The positioning of accessories along the upper lip and strap system may provide convenient access for caregivers while avoiding interference with the infant positioned within the interior liner.

[0126] The complete system assembly may provide a stable, functional, and safe bathing environment that may accommodate infants of various sizes while providing convenience features for caregivers. The modular design may allow individual components to be removed for cleaning and maintenance operations, while the integrated drainage system may facilitate efficient water management during filling and emptying procedures. The combination of structural support, comfort features, drainage capabilities, and optional accessories may create a comprehensive bathing solution that may address the various needs associated with infant bathing activities.

[0127] A number of implementations have been described. Nevertheless, it will be understood that various modifications may be made without departing from the spirit and scope of the disclosure. Accordingly, other implementations are within the scope of the following claims.