A cold water discharge apparatus, for discharging water from an outlet port when feed water is hot and from a cold water discharge port when the feed water is cold, includes a temperature-sensitive first switching valve body and a diaphragm-type second switching valve body. The first switching valve body is configured to open/close a cold water discharge flow channel depending on temperature. The second switching valve body is configured to open a discharge flow channel due to the pressure caused by the flow of hot water through the discharge flow channel. The second switching valve body is configured to close the discharge flow channel due to the pressure caused by the flow of the cold water through the cold water discharge flow channel. The second switching valve body is configured to discharge residual water from the cold water discharge flow channel after stopping water has cooled down.

A cold water discharge apparatus, for discharging water from an outlet port when feed water is hot and from a cold water discharge port when the feed water is cold, includes a temperature-sensitive first switching valve body and a diaphragm-type second switching valve body. The first switching valve body is configured to open/close a cold water discharge flow channel depending on temperature. The second switching valve body is configured to open a discharge flow channel due to the pressure caused by the flow of hot water through the discharge flow channel. The second switching valve body is configured to close the discharge flow channel due to the pressure caused by the flow of the cold water through the cold water discharge flow channel. The second switching valve body is configured to discharge residual water from the cold water discharge flow channel after stopping water has cooled down.

The present invention relates generally to the field of shower caddies. More specifically, the present invention relates to a shower caddy device primarily comprised of a body further comprised of a first rod and a second rod, wherein at least one hook and at least one shower caddy assembly are attached to the first rod and/or second rod. The first rod and second rod are further comprised of an end cap. The outer surface of each rod and each end cap may further be comprised of at least one fastener that allows the device to be secured to at least one, but preferably three walls of a shower. The at least one hook and at least one shower caddy assembly of the device further allow the device to store a plurality of toiletries while being adequately supported by the fasteners of the device.

Exemplary embodiments provide a prefabricated modular shower enclosure, including a base with a plurality of engagement feature along a peripheral surface of the base, a plurality of alignment supports, and a surround panel. In some embodiments, at least one alignment support is positionable in a preselected relationship relative to the engagement features of the base, and the alignment supports are configured to be independently made square relative to the base. Additional exemplary embodiments provide a prefabricated shower enclosure, including a base with a plurality of engagement feature along a peripheral surface of the base, and a plurality of surround panels that engage the base. The modular shower enclosure reduces installation time and complexity by using components that are fabricated and cut to size offsite prior to installation at a job site.

A virtual panel for ceilings and/or walls with water and/or air is provided which can be installed as an accessory in an existing room (2) or during the construction of said room and which comprises an electrical or electronic device (10, 12, 16) which, when activated, displays a moving image of a virtual representation of the sky or other natural or non-natural scenery. The panel includes at least one outlet nozzle (6) for fluid, which may be water and/or air, depending on the type of room (2). The room (2) may include a receptacle (25) for housing containers (28) with essences, which incorporates a suction device (27) for emitting odours through the air nozzles (6). Concealing glass or smart foil may be provided on the screen (10) or ceiling (12) with lights (13), which becomes opaque or translucent when an electric current is applied thereto.

A telescopic shower including a shower body, a telescopic sleeve, and a pressing assembly is provided. The shower body is provided with a first limiting groove and a second limiting groove in an extending direction of a water inlet pipe thereof. The telescopic sleeve and the shower body are slidably connected and form limitation and matching of rotation. A positioning block in the pressing assembly extends into the first limiting groove or the second limiting groove so as to position different positions of the shower body when the shower body extends and retracts relative to the telescopic sleeve.

A freezeless outdoor shower assembly that is self-draining to prevent freezing and damage to the assembly when the assembly is exposed to cold and freezing weather. The assembly includes a riser coupled to a self-draining riser coupler assembly which drains water from the assembly when water from a water source it turned off. Preferably the freezeless outdoor shower assembled is coupled to an outdoor freezeless hydrant providing hot and cold water.

A handheld shower includes a shower body and a liquid storage tank. The shower body has an inlet channel and an outlet portion, and the inlet channel communicates with the outlet portion. The liquid storage tank has a receiving space and a liquid outlet, and the receiving space is adapted to receive a cleaning solution. The liquid outlet communicates with the receiving space and is adapted to output the liquid solution inside the receiving space. The liquid storage tank is detachably engaged with the shower body, and the handheld shower is light and easy to carry. Thereby, users no need to carry many bottles of cleaning solution when traveling or on business trips, and have their own handheld shower when they are going out, enhancing the convenience of the journey and the comfort of bathing outside.

There is provided a bathtub, including: a bottom surface part; a side surface part surrounding the bottom surface part, extending upward from the bottom surface part, and including a backrest part; a pillow part provided to be movable vertically over a prescribed range along the backrest part; and a water discharger mounted to the pillow part, the water discharger being provided to be movable vertically along the backrest part with the pillow part.

One object is to generate, without the need for a motive power source and a high level of machining accuracy, micro-bubbles containing a large amount of fine air bubbles. Another object is to provide a micro-bubble generator that switches between micro-bubble water, which contains micro-bubbles, and foamed water containing a large amount of air and having a tender texture. The micro-bubble generator includes: a water passage that includes a smaller diameter portion and a larger diameter portion disposed on the downstream side of the smaller diameter portion; an air inlet disposed in the larger diameter portion and an elastic body disposed in the air inlet and configured to isolate the water passage from external air. The elastic body is compressible by negative pressure generated in the water passage, causing the external air to be sucked into the water passage through the air inlet and over the compressed elastic body.