A tumbler including: an outer shell; an inner shell nested with the outer shell; a base; and a light source assembly; wherein: an outer surface of inner shell includes a reflective material; the outer shell includes one or more areas that are transparent or translucent; the bottom of the outer shell connects to the base, the top of the outer shell connects to the top of the inner shell, and the inner shell tapers more than the outer shell for at least a part along the length from the top to the bottom, creating a space between the inner shell and outer shell; the light source assembly emits lights into the space and the light is reflected by the reflective material to go out of the outer shell from the one or more areas that are transparent or translucent.

Provided is a suspension pillow that, when being used, gives an improved sense of stability and reduces a load applied on a neck and shoulders. A suspension pillow 10 is provided with: a placement part 1; a pair of support parts 3 which stand at a prescribed interval from the placement part 1; a side frame 4 which is disposed between the pair of support parts 3; and a sheet-like pillow part 5, wherein the pillow part 5 is connected, at at least three points or continuously, to the pair of support parts 3 and the side frame 4, and the pillow part 5 is connected, at a position above the pair of support parts 3, to the side frame 4.

A mirror system includes a base mirror assembly and an adjustable mirror assembly. The adjustable mirror assembly is coupled to the base mirror assembly. The adjustable mirror assembly includes an adjustable hinge system that facilitates movement of the adjustable mirror assembly relative to the base mirror assembly. The adjustable hinge system includes a first bracket, a second bracket, a hinge, and a third bracket. The first bracket is coupled to the base mirror assembly. The second bracket is coupled to the first bracket. The hinge is coupled to the adjustable mirror assembly. The third bracket is coupled to the hinge and the second bracket. The third bracket is coupled to the second bracket via a first screw such that the base mirror assembly is coupled to the adjustable mirror assembly. Rotation of the first screw causes movement of the adjustable mirror assembly relative to the base mirror assembly.

Systems, devices, and methods are provided for an automated sleep assistant. An automated sleep assistant may comprise an audio input device for capturing sounds and utterances made by a user while sleeping. Audio data may be collected and analyzed to identify sleep patterns indicative of an adverse sleep-related condition such as Obstructive Sleep Apnea (OSA). A pillow comprising a plurality of regions with one or more sensors, one or more inflatable air bladders, and one or more haptic feedback devices may be utilized. A base unit device physically connected to the pillow may determine one or more external forces that mitigate the adverse sleep-related condition and cause the pillow to apply the one or more external forces to the user, for example, by using a pump to inflate an air bladder to help the user's head lift or tip to a specific angle that opens his or her airway.

A pillow is provided which is configured with sensors in communication with a controller having a computing component and software running in electronic memory. Using input data streams from the sensors to the controller, the software running on the computing component can ascertain a current sleep level of a user as being in a REM cycle or non REM cycle, The controller is configured to override a user set alarm time on an alarm, with a new activation time should it be determined the user will be in a REM cycle at the user chosen time for the alarm.

A validated receptacle security system which utilizes a variety of anti-theft sensors, easy-to-use user interfaces, identity and/or package verification systems and methods, alarm and/or alerting systems and methods, and at least one controllable locking mechanism to provide a safe, secure, and monitored receptacle, such as for package delivery and pick up. Embodiments provide a system and structure for (1) secure delivery and pickup of items while positively monitoring the internal and external environment of a secure receptacle (including providing photographic evidence that an item has in fact been deposited into the secure receptacle), (2) taking action to preserve that environment while activating locking mechanisms in response to validated delivery and pickup transactions, and (3) activating alerts and alarms, and activating or deactivating other circuits and devices, in response to theft or tampering events.

A tumbler capable of outputting images is provided. The tumbler includes a container part having an open upper part and an accommodation space for storing a beverage therein; a communication part installed in the container part and configured to receive image information from the outside; a transparent member which is installed in the container part to surround the circumference of the container part and is made of a transparent material transmitting light; an output part installed in the container part to surround the circumference of the container part between the transparent member and the container part, and configured to output at least one image included in the image information; and a battery part detachably installed in a lower part of the container part and supplying power to the output part.

A pillow, with its internally contained electronics (an audio receiver, decoder, function controller, power controller, transmitter selector, interface, and transmitter circuitries) that provides a user with the ability to conveniently speak, or sound out in any manner, audible commands into it (the pillow) to remotely control the operating functions of various different types of devices while he or she is comfortably resting on it (the pillow)

An airways disorder alleviating system for stopping an ongoing and/or upcoming airways disorder of a sleeping individual includes a resting surface on which the individual at least partly is to rest, a head support with an active layer configured to selectively adapt the height of the head support section-by-section, at least one spatial sensor with at least one detector in or on at least one of the resting surface and the head support for contactlessly detecting at least one of a position of a body part and a biomotion of a body part in a sensing range, and a control unit configured to actuate the active layer for selectively adapting the height of the head support depending on the at least one the detected position and the detected biomotion so that the head of the individual is moved.

A mirror assembly can include a housing, a mirror, and a light source. In certain embodiments, the mirror is rotatable within a support portion of the mirror assembly. In some embodiments, the mirror assembly is configured to use an audio sensor or an audio signal derived from an audio sensor, such as an audio sensor or audio signal configured to sense or to correspond to or to represent one or more voice commands or other sounds (e.g., clapping, snapping, or otherwise) received from a user, in order to actuate or adjust any of one or more features or settings of the mirror assembly.