Curtain Spacer and Methods of Use

Abstract

The present invention provides a curtain spacer designed to maintain consistent spacing between vertical curtain pleats. The spacer features a hollow cylindrical body split into two connected halves, with an opening mechanism that allows the body to widen, creating a channel for easy installation onto a curtain rod. The spacer may be equipped with grips and a spring mechanism that, when compressed, open the channel, allowing the spacer to be clipped onto the rod between curtain attachment parts, such as grommets. The device is adaptable to different curtain rods and provides aesthetic versatility through its transparent embodiments, ensuring that curtain pleats remain evenly spaced.

Claims

1. A curtain spacer comprising: a hollow body having two ends, a top, and a bottom; an annular flange protruding around a circumference of each of the two ends; and an opening mechanism attached to the top of the hollow body.

2. The curtain spacer of claim 1, wherein the opening mechanism comprises a left grip and a right grip.

3. The curtain spacer of claim 2, wherein the left grip is attached to a left side of the hollow body and the right grip is attached to a right side of the hollow body.

4. The curtain spacer of claim 1, wherein the opening mechanism further comprises a spring.

5. The curtain spacer of claim 4, wherein the spring has a left spring end and a right spring end, each resting on a left grip and a right grip of the opening mechanism.

6. The curtain spacer of claim 1 further comprising a top gap extending along a length of the top of the hollow body.

7. The curtain spacer of claim 6, wherein the top gap widens when the opening mechanism is compressed.

8. The curtain spacer of claim 1 further comprising a bottom gap extending along a length of the bottom of the body.

9. The curtain spacer of claim 8, wherein the bottom gap is curved.

10. The curtain spacer of claim 1, further comprising a channel running from one end of the hollow body to the other.

11. The curtain spacer of claim 10, wherein the channel is configured to accommodate a curtain rod.

12. The curtain spacer of claim 11, wherein the annular flange at an end of the hollow body prevents a curtain attachment part from passing over the hollow body when the curtain spacer is attached to the curtain rod.

13. The curtain spacer of claim 1, further comprising a rod positioned inside the opening mechanism for structural support.

14. The curtain spacer of claim 1, wherein the hollow body comprises a transparent material.

15. The curtain spacer of claim 1, wherein the annular flanges are wider than the hollow body to prevent bunching of curtain pleats.

16. The curtain spacer of claim 1, wherein the opening mechanism allows the curtain spacer to be installed on an already-hung curtain rod without removing a curtain attached thereto.

17. A curtain rod comprising: a curtain comprising a plurality of curtain attachments parts; wherein the plurality of curtain attachment parts are connected to the curtain rod; a plurality of vertical pleats between each of the plurality of curtain attachment parts; and a plurality of curtain spacers positioned between each of the plurality of vertical pleats.

18. The curtain rod of claim 17, wherein each of the plurality of curtain spacers comprises: a hollow body having two ends, a top, and a bottom; an annular flange protruding around a circumference of each of the two ends; and an opening mechanism attached to the top of the hollow body.

19. The curtain rod of claim 18 wherein the opening mechanism of each of the plurality of curtain spacers further comprises a left grip, a right grip, and a spring positioned between the left grip and the right grip.

20. A method for attaching a plurality of curtain spacers to a curtain rod comprising a plurality of steps of: providing the plurality of curtain spacers; wherein each of the plurality of curtain spacers comprise a hollow body having a top, a bottom, and an opening mechanism attached to the top of the hollow body; opening the hollow body by squeezing the opening mechanism; placing the opened hollow body over the curtain rod in between two curtain attachment parts; releasing the opening mechanism; and repeating each of the plurality of steps until each of the plurality curtain spacers are attached to the curtain rod.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0010] FIG. 1 provides a side perspective view of an embodiment of the curtain spacer according to the present disclosure.

[0011] FIG. 2 provides a bottom perspective view of an embodiment of the curtain spacer according to the present disclosure.

[0012] FIG. 3 provides a top perspective view of an embodiment of the curtain spacer according to the present disclosure.

[0013] FIG. 4 provides a close-up, top perspective view of an embodiment of the curtain spacer being opened according to the present disclosure.

[0014] FIG. 5 provides an angled, bottom perspective view of an embodiment of an open curtain spacer according to the present disclosure.

[0015] FIG. 6 provides a perspective view of an embodiment of several curtain spacers installed on a curtain rod according to the present disclosure.

DETAILED DESCRIPTION OF THE INVENTION

[0016] The detailed description set forth below in connection with the appended drawings is intended as a description of presently preferred embodiments of the invention and does not represent the only forms in which the present disclosure may be constructed and/or utilized. The description sets forth the functions and/or the sequence of steps for constructing and operating the invention in connection with the illustrated embodiments.

[0017] Generally, the present disclosure concerns a device used to provide consistent spacing between curtain pleats. The device, which may be referred to as a curtain spacer, comprises a hollow cylindrical body split into two connected halves. An opening mechanism attached to the body allows the two sides to separate, widening a central channel between them. A curtain rod may be placed inside the widened channel after which the opening mechanism may be reversed, causing the curtain spacer to close and envelop the curtain rod. When placed on a curtain rod between two curtain attachment parts, such as grommets, rings, fabric, and the like, the curtain spacer may provide for consistent spacing between curtain pleats.

[0018] In one embodiment, the curtain spacer comprises a body that may be made of a transparent material, allowing the spacer to blend in aesthetically with the curtain. The body may also feature annular flanges at both ends, providing a structural boundary that prevents curtain attachment parts from passing over the body of the spacer. In some embodiments, the body of the spacer may be made from a rigid material to maintain durability and reliability over extended use. The spacer's body may further have an ergonomic design that enhances ease of installation and ensures proper alignment with the curtain pleats.

[0019] The opening mechanism of the curtain spacer may include a set of grips positioned on each side of the body. In one embodiment, the grips are connected to a spring mechanism housed within the body of the spacer. When the grips are squeezed together, the spring compresses, causing the two halves of the cylindrical body to separate. This action widens the channel between the halves, allowing the curtain rod to be inserted easily through the bottom of the spacer. Once the rod is positioned inside the channel, releasing the grips reverses the spring's compression, causing the body halves to snap shut around the rod and hold the spacer securely in place.

[0020] In some embodiments, the curtain spacer may also be designed to accommodate different sizes and types of curtain rods. The flexibility of the opening mechanism, coupled with the internal spring, allows the device to be adjusted to fit rods of varying diameters. This versatility ensures that the curtain spacer can be used with various curtain attachment systems. The spacer may be placed between the attachment points on the curtain rod to maintain consistent pleat spacing, regardless of the type of curtain or rod used.

[0021] In one embodiment, the curtain spacer is designed to be installed on the rear side of the curtain, where it remains concealed from view. However, in embodiments where the body is made of transparent material, the spacer may be placed on the front side of the curtain without disrupting the overall aesthetic. The spacer's design may include a smooth exterior to minimize friction and prevent damage to the curtain fabric during installation and use.

[0022] The curtain spacer may be used in a variety of settings, including homes, offices, or other spaces where evenly spaced curtain pleats are desired. Its simple and efficient design allows users to install it on already-hung curtains without needing to remove the curtain rod. By providing a straightforward mechanism for maintaining consistent spacing between pleats, the curtain spacer enhances the visual appeal of curtains and ensures a fuller, more voluminous drape.

[0023] Turning now to FIG. 1, which provides a side perspective view of an embodiment of a curtain spacer according to the present disclosure. The curtain spacer 1 is comprised of several components designed to improve the hanging and presentation of curtains. The central component is the body 2, a cylindrical structure that forms the main part of the spacer. At each end of the body 2, there are annular flanges 3, which create additional surface area in order to prevent curtain attachment parts from passing over the body 2.

[0024] There is a gap 4 between the annular flanges 3 on top of the body 2, which extends along the length of the body 2. The top gap 4 may widen as the flanges 3 move away from one another when the body 2 is opened. An opening mechanism 5 is also located at the top of the body 2. The opening mechanism 5 may not only allow for opening of the curtain spacer 1 but may also provide for easier manipulation during installation or adjustment.

[0025] A channel 6, which runs through the center of the body 2, is configured to accommodate a curtain rod or other curtain support structures. The channel 6 extends from one end of the body 2 to the other and may be widened upon compression of the opening mechanism 5. A curtain rod may be placed inside a widened channel through a gap 7 at the bottom of the body. The bottom gap 7, like the channel 6 and the top gap 4, extends along the length of the body 2.

[0026] In this embodiment, a linear design 8 is also apparent on the exterior of the body 2. The design 8 may be aesthetic or may serve as an alignment guide when the curtain spacer 1 is installed on a curtain rod. Proper alignment of the body 2 may ensure consistent spacing is maintained between curtain pleats.

[0027] In FIG. 2, a bottom perspective view of an embodiment of the curtain spacer 1 is shown. In this embodiment, both sides of the cylindrical body 2 are visible. The sides of the body 2 are separated by a bottom gap 7, and each side of the body 2 comprises half an annular flange 3. A linear design 8 is also apparent on each side of the body 2. The annular flanges 3 are wider than the main body 2, which, again, ensures curtain attachment parts do not pass over the exterior of the body 2, preventing bunching or uneven spacing between the curtain pleats.

[0028] Immediately apparent from this perspective is the shape of the bottom gap 7, which is curved, meaning that one side of the body 2 may comprise more surface area than the other side of the body. This feature may allow for flexibility in the attachment or alignment of the curtain rod or other components that may pass through the bottom of the curtain spacer 1, enabling easy installation. The curved bottom gap 7 is in contrast to the top gap 4, which is straight.

[0029] FIG. 3 provides a top perspective view of an embodiment of the curtain spacer 1, revealing the components of the opening mechanism 5 and the connection between both sides of the body, which are separated by the top gap 4. The top gap 4 extends through the opening mechanism 5, which comprises a left grip 5a and a right grip 5b. The left grip 5a is located on the left side 9 of the body, and the right grip 5b is located on the right side 10 of the body. The grips 5a, 5b allow for easy installation and adjustment and ensure that the spacer remains stable when being mounted on a rod.

[0030] The opening mechanism 5 also includes a spring 11, which is located within the top gap 4 in between the left grip 5a and the right grip 5b. The spring 11 has two ends: a left end 12 and a right end 13. The left spring end 12 rests on the left grip 5a, and the right spring end 13 rests on the right grip 5b. The spring 11 and its ends 12, 13 provides tension, ensuring that the curtain spacer 1 remains closed and maintains its structural integrity. The spring 11 is also located between two connectors: a right connector 14 and a left connector 15. The right connector 14 is integrally attached to the right side 10 of the spacer, and the left connector 15 is integrally attached to the left side 9 of the spacer. These two connectors 14, 15 contact each other across the top gap 4.

[0031] A rod 16 runs laterally through the left connector 15, the right connector 14, and the center of the spring 11. The rod 16 provides structural support for the opening mechanism 5 and ensures that the left side 9 and right side 10 of the spacer remain connected, via the right and left connectors 14, 15, despite the tension from the spring 11. The rod 16 also helps ensure that the left connector 15, right connector 14, and spring 11 maintain their alignment over time and repeated use of the spacer.

[0032] As shown in the close-up, top perspective view of FIG. 4, the curtain spacer may be opened by compressing the left and right grips 5a, 5b, which allow a user to easily manipulate the spacer, opening and closing the device for easy installation and adjustment. In this embodiment, a compression of the left grip 5a and right 5b is achieved by squeezing these two components together, which puts pressure on the left spring end 12 and right spring end 13, tensing the spring 11. This tension causes the both sides 9, 10 of the spacer to move away from one another, causing the top gap 4 between the two sides 9, 10 to widen. The rod 16 running vertically through the center of the coiled spring 11 serves as the central structural element around which the various parts of the curtain spacer interact.

[0033] The opening action, caused by a compression of the spring 11 also causes the channel 6 to open, as shown in FIG. 5. The action of squeezing the grips directly affects the expansion of the top gap 4 and the opening and closing of the channel 6, providing a functional mechanism for installation on different sized curtain rods. This enables the curtain spacer to be placed in different positions or adjusted as needed. When the curtain spacer is fully opened, the bottom gap 7 will be significantly wider than the top gap 4, such that a curtain rod can only be inserted into the channel 6 from the bottom of the spacer, not the top.

[0034] Once a curtain rod is placed inside the open channel 6, the left side 9 and right side 10 will snap back together as pressure on the grips 5a, 5b is released. The release of the grips allows the stored potential energy in the spring 11 to close the curtain spacer. In this particular embodiment, the left side 9 and the right side 10 are made of a transparent material, which allows a curtain rod placed inside the spacer to be seen through the body exterior. This transparency adds aesthetic versatility, ensuring that the spacer does not detract from the overall look of the curtain display.

[0035] In FIG. 6, several transparent curtain spacers 1 are shown installed along a curtain rod 17, demonstrating how the device functions when in place with a curtain 18. The curtain spacers 1 are positioned at regular intervals along the rod 17, between sections of the curtain 18 that are attached via grommets 19, ensuring that the pleats 20 are evenly spaced for a neat and voluminous appearance. The curtain spacers 1 are intended to be installed on the rear of the curtain 18; however, transparent embodiments like the one shown may be used in the front without affecting the overall aesthetic.

[0036] To install the curtain spacers after hanging a curtain on a curtain rod, one may begin by gathering the necessary number of curtain spacers. The number of curtain spacers will depend on the total number of curtain attachment parts (grommets, rings, etc.) on the curtain. It will also depend on whether the curtain spacers are to be installed in front, behind, or both in front and behind the curtain. In other words, the number of spacers will be equal to the number of spaces between curtain attachment parts where a user desires spacing.

[0037] Next, the curtain spacers may be installed one at a time by locating the left and right grips on either side of the body and squeezing the grips together. This will compress the spring, causing the channel inside the spacer to open. With the channel open, the curtain spacer will preferably be positioned between two vertical pleats and the curtain rod will be placed inside the channel from below. After this, the grips may be released, allowing the spring to rapidly decompress and clip the curtain spacer onto the curtain rod. The spacer will now maintain the spacing between the two pleats. This process may be repeated until all spacers are installed between each pair of vertical pleats of the curtain, which will provide consistent spacing and a more voluminous drape across the entire length of the curtain.

[0038] While several variations of the present disclosure have been illustrated by way of example in preferred or particular embodiments, it is apparent that further embodiments could be developed within the spirit and scope of the present disclosure, or the inventive concept thereof. However, it is to be expressly understood that such modifications and adaptations are within the spirit and scope of the present disclosure, and are inclusive, but not limited to the following appended claims as set forth.