The embodiments disclose an attachable battery base module configured for powering at least one attachable application module coupled to the attachable battery base module, wherein the attachable battery base is configured for powering the at least one attachable application module, a heating module attachment with a temperature control module coupled to the attachable battery base module configured for heating and/or boiling a liquid, a cooling module attachment with the temperature control module coupled to the attachable battery base module configured for cooling a liquid and wherein the temperature control module includes a temperature maintenance mode, wherein the temperature maintenance mode is configured for maintaining a preset, predefined or user preselected desired temperature when the desired temperature is reached.

A closure device for sealing a distilled spirits bottle. The closure device has a pair of channels. A first channel extends through the center of the closure device and acts as an air passage. A second channel is arranged along an exterior portion of the rim of the closure devices and extends through the closure device for pouring. A telescoping backbone through which the air passage is extended connects with the bottom of the first channel in the closure device and descends into the bottle. The telescoping backbone can be altered in height to accommodate various sizes of bottle. A tapered bladder extends around the telescoping backbone. The bladder fills an interior portion of the air bladder with fluid first, thereby causing liquid contents of the bottle to raise to a desired level, or fill line.

The disclosure relates to the first seriously smart water bottle. The bottle is designed to provide an easier, more accurate approach to tracking and loggings one's water/fluid intake with minimal effort from the user. Mass utilization of this environmental-friendly hydration tool will also serve as a catalyst for the promotion of environmental consciousness and add value by helping push the conversation forward about global environmental protection. Variations of this mechanism will grant anyone, with a smart device, the ability to monitor the amount of water/fluid consumption, not only for themselves, but also for anyone else they care for, from infants to senior citizens. The device will operate in conjunction with its namesakes' software application. Regardless of gender, age, height, weight, health condition, or activity level this tool will undoubtedly aid the user in leading a healthier, more productive lifestyle and in some cases, be essential to the preservation of life.

The Porter Air Touch is a wireless powered LED drinking glass with internal LED lights that emits light but does not require internal batteries. The drinking glass internal LED lights receive energy via a large flat surface that emits an electromagnetic field. The electromagnetic field emitted from the two inductive plates permeates through a non-conductive barrier that reaches the bottom of the LED drinking glass. Two metallic drinking glass aluminum contact plates along the bottom of the LED drinking glasses absorb the electromagnetic energy from the inductive plates and powers the LED lights wirelessly.

An optical analysis of saliva or a fluid-saliva mixture is performed in order to check whether the saliva or fluid-saliva mixture contains blood, which allows for determining whether or not a person may suffer from gingivitis or another condition affecting gum health. Light received from a representative volume of fluid (23) containing saliva is detected and analyzed. The analysis involves determination of at least one measurement value of light received by a light-receiving unit (25) for only a single wavelength of the light, particularly a wavelength that is associated with high absorption by a constituent of blood. It this respect, it is practical if the light-receiving unit (25) is configured to receive reflected light back from the volume of fluid (23). The optical analysis may be performed real-time during an action in a person's mouth involving a gum agitation effect, or after such action has taken place, for example.

A food container with a lid on the top of the left side, and a bottle can be attached on the right side proprietary design a toy/rattle can also be connected to the central via a Velcro strip thus the unit provides two food/drink options and a toy 3-in-1 the proprietary design of the bottles sippy cups and snacks containers allows their bases to be fixed to the centered between them via a twist-and-lock mechanism as with a standard child-proof pill bottle top the bases of the proprietary bottles sippy cups and snacks food containers are flat so they can stand upright on a counter or in a refrigerator as with ordinary bottles sippy cups and snack food containers.

The Porter Air Touch is a wireless powered LED drinking glass with internal LED lights that emits light but does not require internal batteries. The drinking glass internal LED lights receive energy via a large flat surface that emits an electromagnetic field. The electromagnetic field emitted from the two inductive plates permeates through a non-conductive barrier that reaches the bottom of the LED drinking glass. Two metallic drinking glass aluminum contact plates along the bottom of the LED drinking glasses absorb the electromagnetic energy from the inductive plates and powers the LED lights wirelessly.

A container sleeve apparatus includes an arcuate or cylindrical body that can be positioned on a cylindrical or conical container, such as a tumbler, cup, can or bottle. A transparent or translucent insert section that can be releasably attached to the sleeve body. The sleeve body can be made of a non-slip, elastic material, such as neoprene rubber. The insert section can be made of plastic and can include a logo printed or engraved thereon. The apparatus can include a light emitting device that illuminates the transparent/translucent insert section.

The present disclosure directs to a light emitting device for a container, including: a pad and a circuit board arranged on the pad, wherein an electronic element is arranged on an upper layer and/or a lower layer of the circuit board, a filling layer is further arranged on the pad, a bonding material layer is arranged on the surface of the filling layer, a removable isolation layer is adhered on the bonding material layer, and the bonding material layer is attached to the container; and a middle area of the filling layer is provided with a hollow area to expose the electronic element on the circuit board, and at least one inward extension part in the hollow area of the filling layer is placed above the circuit board. In usage, the circuit board is protected as much as possible, liquid is prevented from splashing onto the circuit board, meanwhile the risk that the liquid permeates into the circuit board is reduced, and the use reliability of the light emitting device is improved.

An illuminating motion sensing module for a beverage container. The illuminating motion sensing module is removably coupled to the base of the beverage container. The top surface of the module is comprised of a translucent surface with a diffusion texture which allows light emitted from the module to be propagated into the surrounding environment. The beverage container and motion module are placed on a nightstand, dresser, table, or any other flat surface within a low-light or no-light environment. After the motion of a user has been detected by the module, an illumination pattern is responsively emitted from the module and propagated out of the translucent or transparent beverage container, thus signaling the location of the beverage container to the user in a low-light or no-light environment. The motion module comprises a set of pre-programmed instructions for operating the motion module in one of a plurality of operation modes.