There is provided a shower device that allows a user to continue to take a shower in a relaxed state for a long time. The present invention provides a shower device (1) fixed to enable a user to be showered from above with shower spouting water, the shower device comprising: a shower head main body (4), and a plurality of nozzle units (10) provided in the shower head main body at intervals so as to form the shower spouting water surrounding a head of the user standing below the shower head main body, in which each nozzle unit is configured so that the spouted hot water falls while spreading downward.

A body defines an interior region and an exterior region. A liquid-retaining portion retains a liquid. A mist generator transforms the liquid into a mist. A first chamber receives the mist to form mist-infused fluid. A fan applies pressure to fluid in the second chamber. A first fluid-transferring portion: receives at an inlet the mist-infused fluid from the first chamber in the interior region; emits the mist-infused fluid into the exterior region via an outlet; and changes the velocity of the mist-infused fluid between the inlet and the outlet. A second fluid-transferring portion receives at an inlet the fluid from the second chamber in the interior region and emits this fluid into the exterior region via an outlet. A light source emits light to illuminate the mist-infused fluid in the exterior region.

A discharge device including a pump disposed to a container body in which contents are stored and which includes a discharge head provided with a discharge hole formed therein; a mounting cap; a support portion; and a press-down member. By rotating the press-down member, the discharge head is moved downward and the contents are discharged from the discharge hole. The discharge device includes a stopper which is movable between a restricted position where the downward movement of the discharge head is restricted and a non-restricted position where the downward movement of the discharge head is allowed.

A fluid spray nozzle tip can include a feed hole body that defines at least one feed hole and a spray outlet, the at least one feed hole being in direct fluid communication with the spray outlet without also being in fluid communication with an upstream spin chamber. The at least one feed hole can be a plurality of feed holes, wherein the tip further includes a pintle sealing surface body extending from the feed hole body and configured to allow a pintle to seal against a sealing surface thereof.

The present invention relates to micro fogging device and method which can spray micro fog-like fine water droplet to be used, for example, for protected cultivation, such as green houses, or barns. The micro fogging device can supply fog tinier than the conventional low pressure foggers, and includes: a low pressure fogger unit for forming fog at low pressure; and a venture nozzle which is coupled to a coupling pipe of the low pressure fogger unit to finely segment/divide the water droplets supplied from the low pressure fogger unit, thereby minimizing usage of water and compressed air and maximizing the effectiveness of fog generation.

The method is for discharging water through a faucet. The nozzle is attachable to a faucet and switchable between a spray-mode and a mist-mode. An inner cavity has filters and a water rotating device. The housing has an opening defined therein in fluid communication with the inner cavity and grooves and an orifice at a bottom portion thereof. The second filter is disposed below the opening. When in the spray-mode, water flows out through the opening and through grooves and is discharged as spray and mist at a bottom of nozzle. When switched to the mist mode, water only flow through the second filter but not through the opening. Water flows through the water rotating device to create a rotation of the water and the rotating water is discharged through the orifice as mist.

The present invention is a spray nozzle including a nozzle having a supply port receiving liquid and a spray orifice through which liquid is sprayed, wherein the nozzle is made by combining a plurality of nozzle-divided bodies, each of the plurality of nozzle-divided bodies having a vane element integrally formed therein to rotate the liquid provided from the supply port.

A nozzle tip assembly comprises a nozzle housing and a break-up insert. The nozzle assembly is adapted for receiving multiple pre-cursor fluids from multiple lumen. The pre-cursor fluids are kept substantially separate and forced around the break-up insert into a channel formed between the insert and the nozzle housing. Fluid is forced into fluted channels on a distal end of the break-up insert into a swirl chamber where mixing occurs prior to being expelled through an exit orifice in the nozzle housing.

A mist pump of a cosmetic container according to the present invention includes: a cap housing configured to be able to atomize contents by compressing external air introduced together with the contents in a cosmetic container and then discharging the contents in a whirlwind form by means of the compressed air; a piston housing; a compressing chamber formed between the cap housing and the piston housing; a piston formed to eject the compressed air and the contents while ascending; an opening and closing part that is formed between an inner surface of the piston housing and an outer surface of the piston, and through which the contents and the compressed air are ejected when the piston descends, and the external air is introduced into the compressing chamber when the piston ascends; and a pressurizing cap coupled to include an atomizing part that atomizes the contents by discharging the contents together with the compressed air in the whirlwind form through a nozzle passage formed in an upper end of the piston. Accordingly, the mist pump of the cosmetic container has the effects in that the mist pump may be used without being limited by the size of the cosmetic container, by virtue of external air compression, and a high level of stability can be achieved.

Disclosed herein is a sprinkler head device for removal of smoke and toxic gas equipped with a rotary venturi, which includes a nozzle configured to spray water supplied from the outside, a venturi casing configured to receive the water sprayed from the nozzle to allow the same to pass therethrough in a state in which it is rotatably supported by the nozzle, to generate negative pressure while the water passes therethrough to suck ambient gas, and to mix the sucked gas with the water to discharge a mixture thereof, a rotary vane fixed to the inside of the venturi casing and configured to transmit rotational force to the venturi casing by means of kinetic energy received from water, and a press-fit vane positioned at the venturi casing and configured to draw in ambient gas and press the same into the venturi casing when the venturi casing rotates.