JP6786559B2 - Bath salt mixer and shower device - Google Patents

Description

The present invention relates to the field of bathrooms, in particular to bath salt mixers and shower devices.

Currently, in the Chinese domestic market, there are various hot spring bathing methods and formats such as health care, health care (curing) and emollients. Some people go to bath in a natural hot spring pool tens of kilometers or even thousands of kilometers away for health care, health care and emollients, while for health care and health care and health care, from a few kilometers to a few. Some people go to baths and spa salons ten kilometers away to soak in artificial hot springs, while others buy bath salts and soak in the bathtubs at home or in temporary bathtubs.

However, many of the current hot spring bathing methods cause more or less inconvenience and trouble. The main reason is that according to the above bathing method, several or dozens of people share one bathtub or bathhouse. For this reason, there is a great risk of infectious diseases in terms of health and hygiene.

How to provide a more convenient health bath system has become a more prominent issue in this area.

An object of the present invention is to provide a bath salt mixer that can be used with shower equipment and realizes a convenient form of health bath.

Another object of the present invention is to provide a shower device including the bath salt hybridizer.

The technical solution of the present invention is as follows.
It ’s a bath salt mixer,
A housing with a bath salt mixing cavity inside and
A water inlet provided on the housing and communicating with the bath salt mixing cavity.
A bath salt charging inlet provided on the housing and communicating with the bath salt mixing cavity.
A water outlet provided on the housing and
It is arranged in the housing and includes a negative pressure pipe having one end extending to the lower part in the bath salt mixing cavity and the other end communicating with the water outlet.

The operating state of the bath salt mixer includes a water storage state and a water supply state.
When the bath salt mixer is in the water storage state, the water inlet opens and the water outlet closes.
When the bath salt mixer is in the water supply state, the water inlet is closed and the water outlet is opened.

Further, the bath salt mixer is
It further includes an inlet pipe having three connection ports and a water outlet pipe. Of the three connection ports, the first connection port communicates with the water inlet, the second connection port communicates with the water inlet of the bath salt mixing cavity, and the third connection port communicates with the negative pressure pipe. There is.
One end of the water outlet communicates with the negative pressure pipe, and the other end communicates with the outlet.

The third connection port of the water inlet pipe and the water outlet pipe both communicate with the same connection position of the negative pressure pipe, and the connection position is located outside the bath salt mixing cavity. Both the water inlet pipe and the water outlet pipe are communicating with the connection position in such a manner that they gradually become thinner.

Further, the bath salt mixer is
It is further equipped with a pressurized water pipe and a pressurizing mechanism including a water pressure regulator.

One end of the pressurized water pipe communicates with the water inlet pipe, and the other end communicates with the water outlet pipe.
The water pressure regulator is arranged in the pressurized water pipe.

Further, the bath salt mixer is
It further includes a stirring mechanism including a stirrer and a power unit.
The stirrer extends to the bottom of the bath salt mixing cavity.

The power unit is arranged in the pipeline of the water inlet pipe and is located in front of the connection position of the negative pressure pipe, and has an impeller chamber communicating with the water inlet pipe and a drive impeller arranged in the impeller chamber. Including.

The rotating shaft of the drive impeller is connected to the stirrer and, when rotated, provides power to the stirrer.
When the water flow passes through the water inlet pipe, water flows from the water inlet pipe into the impeller chamber, the drive impeller is driven to rotate, and water further flows from the impeller chamber into the water inlet pipe.

Further, the bath salt mixer is
Preliminary water inlet provided on the housing,
Removable water inlet plug, attached to the water inlet
Removable outlet plug, which is attached to the outlet
A bath salt inlet cap, which is removable and attached to the bath salt inlet
A bath salt mixing cavity water pipe that communicates with the water inlet and the bath salt mixing cavity, and a bath salt mixing cavity water pipe attached to the bath salt mixing cavity water pipe.
A mesh filter located at the bottom of the negative pressure pipe,
A hook bracket arranged outside the housing, and
It further comprises at least one of the heat insulating layers integrated on the side wall of the housing.

Further, the bath salt mixer is
Liquid level alarm unit arranged in the housing,
Liquid level display unit arranged in the housing,
The liquid level control unit arranged in the bath salt mixing cavity,
A time display unit arranged in the housing,
A music playback unit arranged in the housing and
It further comprises at least one of the temperature indicators arranged in the housing.

Further, the bath salt mixer is
It is further equipped with a heater including a heating connection port and a heating base.
The heating connection port is provided at the bottom of the housing.
The heating base and the heating connection port are separably connected.

Further, the bath salt mixer further includes a bath salt storage mechanism and a bath salt selection mechanism.
Each of the bath salt storage mechanisms communicates unidirectionally with the bath salt mixing cavity via a liquid outlet so that the bath salt enters the bath salt mixing cavity from the bath salt storage mechanism.

The bath salt selection mechanism is connected to a plurality of the bath salt storage mechanisms, whereby the plurality of bath salt storage mechanisms are linked to the bath salt selection mechanism and below the bath salt charging inlet and. Each moves below the watering position of the bath salt mixing cavity.

Further, the bath salt hybridizer further includes the following.
The bath salt selection mechanism includes a turntable and a rotation control fork.
The turntable is a first gear, and a plurality of the bath salt storage mechanisms are sequentially arranged along the circumferential direction on the turntable.
The rotation control fork includes a first operation switch and a second gear connected to each other, and the second gear and the first gear are meshed with each other.

When the first operation switch is rotated along the circumferential direction of the second gear, both the second gear and the first gear are in a rotating state.
When the first operation switch returns to the original position, the first gear and the second gear stop rotating.

Further, the bath salt hybridizer further includes the following.
Each of the plurality of bath salt storage mechanisms is provided with a bath salt unidirectional delivery control mechanism including a check valve, a push rod, and a second operation switch.
The check valve is arranged at the liquid outlet of the bath salt storage mechanism.
The push rod is arranged below the check valve.
The second operation switch is fixedly connected to the push rod and extends to the outside of the housing.

When the second operation switch is pressed, the push rod is pushed up, and the check valve is pushed up by the push rod to form a gap with the liquid outlet.
When the second operation switch returns to the original position, the push rod is lowered to lower the check valve and block the liquid outlet.

The present invention further provides a shower device including a water supply line, a water outlet line and a nozzle section. The water outlet end of the water outlet and the nozzle portion are connected.
The bath salt hybridizer is further provided.
The water supply line and the water inlet of the bath salt mixer are connected to each other.
The water inlet end of the water outlet is connected to the water outlet of the bath salt mixer.

The bath salt mixer and shower device according to the present invention have at least one of the following beneficial effects.
1. The bath salt mixer according to the present invention can be used in combination with an indoor shower device, for example, by attaching it to an existing shower device in a room or directly purchasing a shower device with a bath salt mixer. This allows you to enjoy a health bath at home or in a convenient location without having to go far. It is also easy and convenient to install, has flexibility, efficiency, comfort, health and healthcare features in use, saves time, labor and water, and saves safety, reliability and stability. Have.

2. The present invention can realize switching between a shower type of a health bath and a pure water bath. When using a health bath, open the water inlet, put water in the bath salt mixer, close the water inlet, and let the water out through the negative pressure pipe. When using a pure water bath, the water injection passage of the bath salt mixer may be closed.

3. According to the present invention, when the flow rate or pressure of the nozzle is insufficient, the pipeline pressure may be increased by the pressurizing mechanism.

4. Furthermore, according to the present invention, the bath salt and water in the bath salt mixer can be mixed more uniformly by the stirring mechanism, and a better effect is exhibited at the time of showering.

5. Further, in the present invention, the height of the liquid level can be monitored by a liquid level alarm unit or the like, and the shower time or temperature can be notified by the time display unit, the music playback unit, the temperature display unit or the like.

6. Further, the present invention can satisfy various needs for use of bath salts by various users by switching a plurality of bath salt storage mechanisms.

7. Furthermore, the present invention realizes normal use of a health bath with a heater in an environment where hot water is not provided.

Hereinafter, the above-mentioned characteristics, technical features, merits, and implementation methods of the present application will be further described in a clear and easy-to-understand manner together with a brief description of the drawings and a preferred embodiment.

It is a block diagram of one Embodiment of the bath salt mixer which concerns on this invention. It is a top view of FIG. It is a block diagram of another embodiment of the bath salt mixer which concerns on this invention. It is the structural schematic diagram of the inside of FIG. It is a block diagram of the embodiment in the heating base of the bath salt mixer which concerns on this invention.

In order to more clearly explain the embodiment according to the present invention or the technical solution means in the prior art, the embodiment according to the present invention will be described in detail below with reference to the drawings. Obviously, the drawings in the following description are only a part of the embodiments according to the present invention, and other drawings based on these accompanying drawings on the premise that those skilled in the art do not carry out creative work. And other embodiments can be obtained.

In addition, in order to simplify the drawings, only the parts related to the present invention are shown schematically in each drawing, and these do not represent the actual structure of the product.

Prior to detailing the various embodiments of the present invention, related terms will be described. Here, bath salts are products such as shower gels used for bathing, but more of them contain products such as hot spring ingredients, medicinal ingredients, and fragrance ingredients in addition to daily shower gels. , Block, powder, liquid, drug pack, etc. In actual use, the user may choose according to his or her needs.

<Embodiment 1>
In the first embodiment of the bath salt mixer according to the present invention, the bath salt mixer includes a housing provided with a cavity called a bath salt mixing cavity inside. The housing may be an integrated housing or a separate housing, such as a split structure of an upper lid and a lower tub. The housing is further provided with a water inlet, a water outlet, and a bath salt inlet. Both the water inlet and the bath salt charging inlet communicate with the bath salt mixing cavity, and communicate with one end of the negative pressure pipe arranged inside the water outlet and the housing. The other end of the negative pressure pipe extends to the lower part in the bath salt mixing cavity and is close to the lower part. When the bath salt mixer starts to operate, it first enters the water storage state, and when the water inlet is opened and the outlet is closed, water is injected into the bath salt mixing cavity from the inlet through the external water supply pipeline. .. Preferably, in order to fill the hot water at a preset temperature, for example, after the water reaches a preset amount, to a preset height or a preset volume, the inlet is closed and the water The injection stops. After that, it immediately enters the water supply state or enters the waiting state for a certain period of time. After the bath salt is effective, the water outlet is opened and the water inlet is kept closed. The bath salt mixture in the bath salt mixing cavity is conveyed from the water outlet to an external spout, nozzle or shower head by a negative pressure pipe in the housing and sprayed, whereby a health bath is realized.

<Embodiment 2>
In the second embodiment of the bath salt mixer according to the present invention, as shown in FIG. 1, the bath salt mixer according to the second embodiment includes a housing 2 provided with a bath salt mixing cavity 3 inside. The housing 2 is provided with two water inlets that communicate with the bath salt mixing cavity 3 via the water pipe 4. There are two water inlets 4 corresponding to the two water inlets, including a main water pipe A and a preliminary water pipe B. The main water pipe A opens toward the side wall of the housing 2, and the preliminary water pipe B opens toward the top of the housing 2. The spare water pipe is mainly arranged for use in the event of a failure of the main water pipe. The orientation of the openings of the two water pipes is considered to facilitate connection to the external water pipe. The orientations of the two openings may be interchanged or adjusted to other orientations. In other embodiments, only one inlet may be arranged. A bath salt mixing cavity water pipe 9 is arranged between the water inlet pipe 4 and the bath salt mixing cavity 3 so as to communicate with each other. A water addition valve 10 for controlling the water addition state to the bath salt mixture cavity 3 is attached to the bath salt mixing cavity water pipe 9.

See FIG. The housing 2 is further provided with a bath salt charging inlet 5 for supplying a bath salt in the form of a drug pack, a chemical solution, a powder, or the like in the bath salt mixing cavity. If the housing is a separate housing, the bath salt inlets need not be provided separately. In this case, if only the lid inside the housing is opened, the opening of the bath salt mixing cavity becomes the bath salt charging inlet, so that the bath salt may be added directly into the bath salt mixing cavity.

See FIG. In the housing 2, a negative pressure pipe 7 that communicates with the water outlet 24 via a water pipe is further arranged. The negative pressure pipe 7 extends to the lower part in the bath salt mixing cavity 3 and is close to the lower part. The negative pressure pipe 7 is further provided with a flow rate adjusting switch for controlling the flow rate of water supplied by the negative pressure pipe 7.

See FIG. The water inlet pipe 4 is further provided with three connection ports in addition to the connection port provided so as to communicate with the preliminary water inlet pipe. Here, the first connection port communicates with the water inlet on the left side (position corresponding to the water inlet plug 16 in the figure), and the second connection port is the water port of the bath salt mixing cavity (adding the bath salt mixing cavity in the figure). It communicates with the water pipe 9), and the third connection port communicates with the negative pressure pipe 7. One end of the water outlet pipe (not shown in the figure, but the pipe corresponding to the outlet 24) communicates with the negative pressure pipe 7, and the other end communicates with the outlet 24. The third connection port (right side connection port) and the water outlet of the water inlet pipe 4 communicate with each other at the same connection position of the negative pressure pipe 7. That is, it is a three-way communication position C located outside the bath salt mixing cavity 3. Further, as shown in FIG. 1, both the inlet pipe and the outlet pipe are communicated with the three-way communication position C in such a manner that they gradually become thinner, and a negative pressure is formed by the shape that gradually becomes thinner. Becomes easier. The diameter of the negative pressure pipe is, for example, 6 mm, preferably about 0.1 to 12 mm. The minimum taper diameter of the water inlet pipe and the water outlet pipe at the three-way communication position C is 0.1 to 6 mm. By such a communication method of the water inlet pipe, the water outlet pipe and the negative pressure pipe in the second embodiment, free switching between a health bath in which a bath agent is used and a pure water bath is realized. When clear water is not considered, in other embodiments, the water pipe does not have to extend to the three-way communication position C in the figure, and only the water pipe and the bath salt mixing cavity 3 need to communicate.

See FIG. Preferably, in the present invention, a pressurizing mechanism including a pressurized water pipe 35 and a water pressure regulator 28 may be further arranged. One end of the pressurized water pipe 35 communicates with the water inlet pipe, and the other end communicates with the water outlet pipe. The water pressure regulator 28 is arranged at an arbitrary position of the pressurized water pipe 35, but is preferably arranged at a position close to the water discharge pipe. The water pressure regulator may be a pressure regulating valve, and usually a spring type is adopted, and the pressure of the pipeline is controlled by the tightening force of the spring.

See FIG. Preferably, in the present invention, a stirring mechanism including a stirrer 11 and a power unit may be further arranged. The power unit may be the drive impeller 14 in the figure, or may be of another type. Here, the stirrer 11 extends to the lower part of the bath salt mixing cavity 3 and is close to the lower part. The drive impeller 14 and the stirrer 11 are connected, and the stirrer 11 is driven and rotated by the rotation of the drive impeller 14. More preferably, the stirring mechanism according to the present invention may have a pure mechanical structure rather than an electrical one. The power unit includes an impeller chamber 141 and a drive impeller 14 arranged in the impeller chamber 141. The impeller chamber 141 is arranged in the pipeline of the main water inlet pipe A and is located in front of the three-way communication position C of the negative pressure pipe 7. The impeller chamber 141 communicates with the main water inlet pipe A by providing an impeller chamber water inlet. The rotating shaft of the drive impeller 14 is connected to the stirrer 11, and when rotated, it provides power to the stirrer. When the water flow passes through the main water inlet pipe A, water flows from the main water pipe A into the impeller chamber 141, the drive impeller 14 is driven to rotate, and the subsequent water flows through the impeller chamber outlet. Further flow from the room into the water pipe.

See FIGS. 1 and 2. More preferably, in the present invention, a structure having more functionality is arranged in order to make the function of the present invention more complete and to improve the effect of the user experience. Specifically, the water inlet plug 16 is arranged at the water inlet, the water outlet plug is arranged at the water outlet 24, and the bath salt is charged at the bath salt inlet 5. The entrance cap 6 may be arranged. The above-mentioned plugs and caps arranged prevent dust from entering the bath salt mixer, and the hygiene condition is good. Further, a mesh filter 15 may be arranged at the bottom of the negative pressure pipe 7, and the bottom surface of the negative pressure pipe 7 and the bottom end of the side wall may be designed like a net structure, whereby the bath salt of the bath salt may be arranged. It is possible to avoid the clogging problem caused by the residue that is difficult to dissolve in water entering the negative pressure pipe. In addition, a heat insulating layer may be integrated in the housing, which effectively maintains the water temperature. For example, after the water is injected into the bath salt mixing cavity, the heat insulating layer can effectively maintain the water temperature during the waiting time because the bath salt must be waited for a while before bathing. Further, a hook 19 may be further arranged on the back surface of the housing 2 for easy mounting on a wall or other mounting position. Further, the housing 2 may be further provided with a liquid level capacity limiting unit 12 for displaying the capacity of the bath salt mixer. The liquid level alarm unit 13 gives an alarm and monitors the injected liquid level. The liquid level display unit 21 may be a display similar to a display window or an oil meter in an automobile so that the height of the liquid level can be visually confirmed. The liquid level control unit 22 may be a mechanism such as a float for limiting the height of the liquid level. The time display unit 20 is used to display the current time, but the bathing time zone may be set and displayed in a countdown manner. The music playback unit 23 may play music during bathing in order to improve the experience during bathing. The music may be preset or introduced according to the user's own preference. Music playback may be performed according to the bathing time, and music playback also stops when the bathing is completed. The temperature display unit 30 can sense the shower temperature by arranging the temperature sensor.

More preferably, with reference to FIGS. 1 and 5, the present invention further provides a solution in the absence of hot water supply. A heating connection port 17 is provided at the bottom of the housing 2, and a heating base 18 which is set together with the heating connection port 17 and is separably connected to the heating connection port 17 is arranged. When there is no hot water supply, after injecting water, the bath salt mixer according to the present invention is removed from the shower device and placed on the heating base 18 for heating. After the water temperature meets the requirements for use, the shower device may be reattached. After removing the bath salt hybridizer, water may be injected and heated.

In the second embodiment of the present invention, the flow of mounting the mixer is as follows when it is specifically used. Before using for the first time, connect the water inlet of the bath salt mixer (for example, the water inlet of the main water pipe A in FIG. 1) to the outlet of the shower water regulator (external water pipe), and then connect the water outlet of the sprayer. The water inlet is connected to the water outlet 24. The housing 2 has a divided structure of an upper lid and a lower tub, and after the first half of the mounting step is completed, the tub in which the bathing agent mixing cavity 3 is located is screwed into the screw opening below the upper lid to lock the lock piece. (The upper lid and the tub in another embodiment of the present invention may be connected by an insertion method), whereby the upper lid and the lower tub are integrally fixed. Next, the hook bracket 19 is fixed to the fixing surface of the hook located on the rear side of the housing 2, and the hook is hooked on the cold water and hot water outlet pipes and the wall side position, or is appropriately bolted below the shower device. If you fix it in a proper position, the installation will be completed.

When using the bath salt mixer according to the second embodiment, the bath salt inlet cap 6 is opened and a certain amount of the selected bath salt is added into the bath salt mixing cavity 3 through the bath salt inlet 5. .. Next, the switch of the shower water regulator is opened according to the water temperature setting required by the user, and after reaching the required water temperature, the water addition valve 10 of the bath salt mixer is opened to allow water to enter the bath salt mixing cavity 3. Added. When the water level reaches the liquid level capacity limiting unit 12 or the liquid level alarm unit 13 notifies, it indicates that the water level has reached the planned position. Along with closing the water addition valve 10, the drive impeller 14 of the stirrer starts automatic rotation under the drive of the water flow when the shower water regulator switch is switched on, and the stirrer 11 interlocks with the bathing agent and bathing. The water in the agent mixing cavity 3 is uniformly agitated, and the water temperature of the shower water regulator is adjusted to an appropriate temperature. After that, the flow rate adjusting switch 8 of the negative pressure pipe is turned on to adjust the set flow rate according to the needs of the flow rate or the bathing time. At this time, the music reproduction unit 23 in which the bath timer is set reproduces the user's favorite music and starts the shower according to the bathing time and the discharge flow rate of the negative pressure pipe in the bath agent mixing cavity. When the mixed solution is used up, the music and shower stop at the same time. If you turn off all the switches, the whole bathing process is completed.

In a special environment or situation such as when there is no water heater in the bathroom or when the water heater is out of order, the lock piece may be opened and the tub in which the bath salt mixing cavity 3 is located may be removed. First, a bathing agent is added, tap water is added, and then the heating base 18 is heated. After the water temperature reaches a set temperature, the tub where the bathing agent mixing cavity 3 is located is removed from the heating base 18, and the upper lid of the housing 2 is used. The lock piece is locked by screwing underneath (the top lid and tub in other embodiments of the present invention may be connected in an insertion manner), and then a tap water switch or shower device. Switch on. Next, if the flow rate adjusting switch 8 of the negative pressure pipe is turned on and adjusted to an appropriate water temperature and flow rate, the shower can be taken in the same manner. When the housing 2 is an integrated housing, first, cold water is injected into the bath salt mixing cavity 3 and the bath salt is put in, and then the housing 2 is removed from the shower device and placed on the heating base 18 for heating.

<Embodiment 3>
The present invention further provides an improved embodiment 3 based on the second embodiment. With reference to FIGS. 3 and 4, a plurality of mechanisms such as a bath salt storage mechanism 27 and a bath salt selection mechanism have been added so that the user can select various bath salts. Specifically, six bath salt storage mechanisms 27 (DEFGHJ in the figure indicates six bath salt storage mechanisms) are arranged in the upper part of the bath salt mixing cavity 3, and the bath salt is a bath salt. Each bath salt storage mechanism 27 communicates with the bath salt mixing cavity 3 in one direction via the liquid outlet 31 so as to enter the bath salt mixing cavity 3 from the storage mechanism 27. In other embodiments, the number of bath salt storage mechanisms may vary, for example, 3, 4, 5, or even more. In the third embodiment, the six bath salt storage mechanisms 27 are arranged in the circumferential direction, but in other embodiments, other arrangement methods may be used.

In the third embodiment, the bath salt selection mechanism 25 connected to the six bath salt storage mechanisms 27 is further arranged, whereby the plurality of bath salt storage mechanisms 27 are driven by the bath salt selection mechanism 25 to take a bath. It moves below the charge inlet and below the water position of the bath salt mixing cavity. When one bath salt storage mechanism 27 moves below the bath salt charging inlet, the other bath salt storage mechanism 27 moves below the water pipe. This is a form of matching for each pair in a plurality of bath salt storage mechanisms, but it does not have to be matched. For example, in the case of a bath salt storage mechanism having an odd number of totals, the bath salt storage mechanism is not matched for each pair, and at this time, the bath salt selection mechanism may be adjusted again.

See FIGS. 3 and 4. Specifically, the bath salt selection mechanism 25 includes a turntable and a rotation control fork. The turntable is a gear mechanism (ie, the first gear 251 in the figure). Inside the first gear 251 are six bath salt storage mechanisms 27 arranged along the circumferential direction. The rotation control fork includes a first operation switch 33 and a second gear 252 connected to each other. When the second gear 252 and the first gear 251 mesh with each other and the first operation switch 33 is rotated along the circumferential direction of the second gear 252, both the second gear 252 and the first gear 251 are in a rotating state. It becomes. The plurality of bath salt storage mechanisms are driven by the second gear 252 and rotate at the same time, and when one bath salt storage mechanism advances below the bath salt charging inlet, the first operation switch 33 is returned to its original position. The first gear 251 and the second gear 252 stop rotating, and the plurality of bath salt storage mechanisms also stop rotating. Further, a rotating shaft 29 is further arranged between the plurality of bath salt storage mechanisms 27. That is, the plurality of bath salt storage mechanisms 27 are arranged so as to surround the outside of the rotating shaft 29.

In addition, a see-through window may be placed on the top of the housing to allow easy identification of the type of bath salt below the water pipe.

Further, in order to better fit the advancing position of the bath salt storage mechanism 27, engaging members matching each other may be further arranged on each of the outer wall of the bath salt storage mechanism 27 and the inner wall surface of the housing. When the plurality of bath salt storage mechanisms rotate, the engaging members matching each other are separated, and when the bath salt storage mechanism moves to a predetermined position, the engaging members engage. As a result, the operation displacement with respect to the first operation switch 33 can be notified, or the position with respect to the bath salt storage mechanism can be fixed.

See FIGS. 3 and 4. Each of the plurality of bath salt storage mechanisms 27 is provided with a bath salt unidirectional delivery control mechanism including a check valve 32, a push rod 34, and a second operation switch 26. The check valve 32 is arranged at the liquid outlet 31 of the bath salt storage mechanism 27, and the liquid outlet 31 is provided at the bottom of the bath salt storage mechanism 27. The push rod 34 is located below the check valve 32. The second operation switch 26 is fixedly connected to the push rod 34 and extends to the outside of the housing. When the second operation switch 26 is pressed, the push rod 34 is pushed up, and the check valve 32 is pushed up by the push rod 34 so that the bath salt and water pass between it and the liquid outlet 31. To form a gap. When the second operation switch 26 returns to the original position, the push rod 34 is lowered, so that the check valve 32 is also lowered to block the liquid outlet 31.

3 and 4 may be referred to when using the bath salt hybrid in the third embodiment. Open the bath salt inlet cap and lightly press and move the first operation switch 33. At this time, the six bath salt storage mechanisms 27 rotate along the rotation shaft 29 by pushing the first operation switch 33. After the empty bath salt storage mechanism 27 (the first bath salt storage mechanism is referred to as D) that is to be charged with the bath salt rotates to the bath salt charging inlet, the push of the first operation switch 33 is stopped. The selected bath salt, chemical solution or drug pack is placed in the bath salt storage mechanism labeled D, the first operation switch 33 is pressed and moved again, and the second bath salt storage mechanism 27 (for example, E) is loaded with the bath salt. After rotating to the lower part of the entrance, the push of the first operation switch 33 is stopped again. Another bath salt, drug pack or drug solution is added into the bath salt storage mechanism labeled E, and the first operation switch 33 is pressed and moved multiple times until the final addition to the bath salt storage mechanism is completed. At this time, the upper port of the first bath salt storage mechanism labeled D is aligned with the water outlet of the water pipe of the bath salt mixing cavity. At this time, first, the shower water adjustment switch is turned on to adjust the set required water temperature. If it is necessary to select and use the bath salt, drug pack or chemical solution in the first bath salt storage mechanism labeled D, open the watering valve first and the water will come out of the water pipe. The water outlet begins to inject into the first bath salt storage mechanism labeled D according to a preset temperature, while at the same time the drive impeller 14 of the stirrer is driven by a stream of water with the switch on of the shower water regulator. Automatic rotation starts. As a result, the stirrer 11 is driven to evenly stir the bath salt and the water in the bath salt mixing cavity. At this time, the lever-type switch button (that is, the first operation switch 26) of the check valve may be pressed, and the bath salt storage mechanism at this time can be switched in one direction. That is, the push rod 34 rises as the first operation switch 26 is pressed. When the push rod 34 is pushed up to the check valve 32 located at the liquid outlet 31 of the bath salt storage mechanism, the check valve 32 is opened and the bath salt, the drug solution or the drug in the drug pack in the bath salt storage mechanism is released. The bath salt is gradually diluted and dissolved by flushing, diluting or dipping the water stream in the water pipe, or gradually released by dipping in warm water along the gap between the check valve 32 and the liquid outlet 31. It flows into the mixing cavity. When the mixed bath liquid in the bath salt mixing cavity reaches a predetermined water level, the liquid level display unit is lit, and when the liquid level control unit contacts the liquid level alarm unit, an alarm sounds. At this time, the water addition valve is closed and the water temperature is adjusted to an appropriate temperature. The temperature of the outlet of the bath salt mixer is displayed on the temperature display. After that, the set flow rate is adjusted by turning on the flow rate adjustment switch of the negative pressure pipe according to the needs of the flow rate or bathing time. At this time, the music playback unit and the time display unit in which the bathing timer is set display the bathing time according to the predetermined bathing time, and play the favorite music set by the user according to the discharge flow rate of the negative pressure pipe of the mixing container to shower. To start. If the water flow rate or pressure of the spray by the shower device is insufficient, the water pressure regulator in the pressurized water pipe can be adjusted to increase the flow rate and pressure in order to achieve the best bathing effect. When the bath solution in the mixing vessel is used up, the music automatically stops playing and bathing is complete. If you turn off all the switches, the whole bathing process is completed.

In a special environment or situation such as when there is no water heater in the bathroom or when the water heater is out of order, the lock piece may be opened and the tub in which the bath salt mixing cavity 3 is located may be removed. First, add a bath agent, add tap water, and then heat it on the heating base. After the water temperature reaches the set temperature, remove the tub where the bath agent mixing cavity 3 is located from the heating base and place it under the upper lid of the housing. Lock the lock pieces by screwing (the top lid and tub in other embodiments of the present invention may be connected in an insertion manner), and then the tap water switch or shower switch. turn on. Next, if you turn on the flow rate adjustment switch of the negative pressure pipe and adjust it to the appropriate water temperature and flow rate, you can take a shower as well. If the housing is an integrated housing, first inject cold water into the bath salt mixing cavity and add the bath salt, then remove from the shower and place on a heating base to heat.

According to the present invention, it is possible to solve the problem of residual residue of bath salts by periodically removing and cleaning the bath salt, or by providing a drainage port in the housing, the water outlet is closed and the drainage port is opened. Pure water may be put into the bath salt mixing cavity to continue washing.

The present invention further provides a shower device including a water supply line, a water outlet line, a nozzle portion, and the bath salt mixer described above. The water supply line communicates with the water inlet of the bath salt mixer. The inlet end of the water outlet is connected to the outlet of the bath salt mixer, and the outlet of the outlet is connected to the nozzle. The nozzle portion is a sprayer or a shower head.

The main function of the bath salt mixer (mixer) according to the present invention is to screw the water inlet of the bath salt mixer unit to the water outlet of the shower water regulator, and to connect the water inlet of the sprayer to the bath salt mixer unit. It is to connect to the water outlet of. At the time of bathing, a preselected bath salt is added into the bath salt inlet of the hybridizer, and an appropriate amount of cold water or hot water is added. When the shower water regulator is switched on, hot water for bathing is sprayed from the shower head, and the bath salt mixer uses the vacuum generated by the flow velocity of the water in the shower water regulator to enter the bath salt mixer. The premixed bath salt is sent into the bath agent mixer via the negative pressure suction tube, and the bath salt is remixed with the hot water in the shower device, and then the whole body of the user or the whole body of the user or the bath agent is mixed with the hot water through the shower head. It is sprayed on the part that needs to be sprayed.

In the bath salt mixer according to the present invention, it may be attached to an existing shower device at a place such as a home or a hotel, or a shower device set with a bath salt mixer may be purchased and attached for use. There is no need to go out, and there is no need to prepare or clean up before and after bathing, and it is convenient because you can easily enjoy a health bath. In addition, it can be used frequently, and especially for users with illness, daily bathing can be easily realized at home at low cost. Moreover, since an independent spray bathing scheme is employed in the present invention, it is healthy and hygienic and effectively avoids the potential risk of disease due to cross-infection with humans.

In the present invention, it is easy and convenient to install, and it can be used without energizing. Some functional structures can be realized by the built-in battery, which effectively avoids the risk of using electricity and has safety, reliability and stability. Further, in the present invention, it is possible to realize bathing by selecting various bath salts according to the needs of various people. For example, when the user wants to take a hot spring bath, the hot spring element, a drug pack, a chemical solution, or the like can be put in an arbitrary empty container of the bath salt storage mechanism to take a hot spring bath. If you want to take a health bath, put the health care ingredients or certified Chinese medicine (pack) ingredients necessary for conditioning and repairing your body and parts into any empty container of the bath salt storage mechanism. You can put it in and take a bath. When the user wants to have beautiful skin and beauty, he / she can take a bath with the scent of various natural plants. Further, the user may change the plurality of bath salts to take alternate baths, or may use a mixture of the plurality of bath salts in order to achieve various desired effects and functions. If you want to take a pure water bath, you can enjoy the pure water bath by turning off the water addition valve of the mixing container and the flow rate regulator of the negative pressure pipe.

It should be noted that each of the above embodiments can be freely combined as needed. The above description is merely a preferred embodiment of the present invention. Those skilled in the art can make various improvements and decorations as long as they do not deviate from the principles of the present invention. These improvements and decorations should be considered to be within the scope of protection of the present invention.

2 Housing 3 Bath salt mixing cavity 4 Water pipe A Main water pipe B Preliminary water pipe 5 Bath salt charging inlet 6 Bath salt charging inlet cap 7 Negative pressure piping 8 Flow control switch C Three-way communication position 9 Bath salt mixing cavity water pipe 10 Water Valve 11 Stirrer 12 Liquid level capacity limiting part 13 Liquid level alarm part 14 Drive impeller 141 Impeller room 1411 Impeller room water inlet 1412 Imperor room water outlet 15 Mesh filter 16 Water inlet plug 17 Heating connection port 18 Heating base 19 Hook bracket 20 Time display 21 Liquid level display 22 Liquid level control 23 Music playback unit 24 Water outlet 25 Bath salt selection mechanism 251 1st gear 252 2nd gear 26 2nd operation switch 27 Bath salt storage mechanism 28 Water pressure regulator 29 Rotating shaft 30 Temperature display 31 Liquid outlet 32 Check valve 33 1st operation switch 34 Push rod 35 Pressurized water pipe

Claims (11)

A housing with a bath salt mixing cavity inside and
A water inlet provided on the housing and communicating with the bath salt mixing cavity.
A bath salt charging inlet provided on the housing and communicating with the bath salt mixing cavity.
A water outlet provided on the housing and
It is provided in the housing, one end extending to the lower part of the bath salt mixing cavity, and the other end having a negative pressure pipe communicating with the water outlet.
Operating state of the input bath agent hybrids includes a water storage state and water conditions,
When the bath salt mixer is in the water storage state, the water inlet is opened, the water outlet is closed, and the water outlet is closed.
A bath salt mixer characterized in that when the bath salt mixer is in a water supply state, the water inlet is closed and the water outlet is opened. A water inlet pipe having three connection ports and a water outlet pipe are further provided, and of the three connection ports, the first connection port communicates with the water inlet and the second connection port is a water supply port of the bathing agent mixing cavity. The third connection port communicates with the negative pressure pipe.
One end of the water outlet communicates with the negative pressure pipe, and the other end communicates with the outlet.
The third connection port of the water inlet pipe and the water outlet pipe both communicate with the same connection position of the negative pressure pipe, and the connection position is located outside the bath salt mixing cavity, and the water inlet pipe and the outlet The bath salt mixer according to claim 1, wherein each of the water pipe lines communicates with the connection position in a form that gradually narrows. Further equipped with a pressurized water pipe and a pressurizing mechanism including a water pressure regulator,
One end of the pressurized water pipe communicates with the water inlet pipe, and the other end communicates with the water outlet pipe.
The bath salt hybridizer according to claim 2, wherein the water pressure regulator is arranged in the pressurized water pipe. Further equipped with a stirring mechanism including a stirrer and a power unit,
The stirrer extends to the bottom of the bath salt mixing cavity.
The power unit is arranged in the pipeline of the water inlet pipe and is located in front of the connection position of the negative pressure pipe, and has an impeller chamber communicating with the water inlet pipe and a drive impeller arranged in the impeller chamber. Including
The rotating shaft of the drive impeller is connected to the stirrer and, when rotated, powers the stirrer.
When the water flow passes through the water inlet pipe, water flows from the water inlet pipe into the impeller chamber, the drive impeller is driven to rotate, and water further flows from the impeller chamber into the water inlet pipe. The bath agent mixer according to claim 2. Preliminary water inlet provided on the housing,
Removable water inlet plug, attached to the water inlet
Removable outlet plug, which is attached to the outlet
A bath salt inlet cap, which is removable and attached to the bath salt inlet
A bath salt mixing cavity water pipe that communicates with the water inlet and the bath salt mixing cavity, and a bath salt mixing cavity water pipe attached to the bath salt mixing cavity water pipe.
A mesh filter located at the bottom of the negative pressure pipe,
A hook bracket arranged outside the housing, and
The bath salt hybrid according to claim 1, further comprising at least one heat insulating layer integrated on the side wall of the housing. Liquid level alarm unit arranged in the housing,
Liquid level display unit arranged in the housing,
The liquid level control unit arranged in the bath salt mixing cavity,
A time display unit arranged in the housing,
A music playback unit arranged in the housing and
The bath salt hybrid according to claim 1, further comprising at least one of temperature indicators arranged in the housing. Further equipped with a heater including a heating connection port and a heating base,
The heating connection port is provided at the bottom of the housing.
The bath salt hybrid according to claim 1, wherein the heating base and the heating connection port are separably connected. Each of the bath salts is further provided with a plurality of bath salt storage mechanisms and bath salt selection mechanisms arranged at the upper part in the bath salt mixing cavity so that the bath salts enter the bath salt mixing cavity from the bath salt storage mechanism. Each of the storage mechanisms communicates unidirectionally with the bath salt mixing cavity via a liquid outlet.
The bath salt selection mechanism is connected to a plurality of the bath salt storage mechanisms, whereby the plurality of the bath salt storage mechanisms are linked to the bath salt selection mechanism and below the bath salt charging inlet and. The bath salt mixer according to any one of claims 1 to 7, wherein each of the bath salt mixing cavities moves below the water addition position. The bath salt selection mechanism includes a turntable and a rotation control fork.
The turntable is a first gear, and a plurality of the bath salt storage mechanisms are sequentially arranged along the circumferential direction on the turntable.
The rotation control fork includes a first operation switch and a second gear connected to each other, and the second gear and the first gear are meshed with each other.
When the first operation switch is rotated along the circumferential direction of the second gear, both the second gear and the first gear are in a rotating state.
The bath salt mixer according to claim 8, wherein when the first operation switch returns to the original position, the first gear and the second gear stop rotating. Each of the plurality of bath salt storage mechanisms is provided with a bath salt unidirectional delivery control mechanism including a check valve, a push rod, and a second operation switch.
The check valve is arranged at the liquid outlet of the bath salt storage mechanism.
The push rod is arranged below the check valve.
The second operation switch is fixedly connected to the push rod and extends to the outside of the housing.
When the second operation switch is pressed, the push rod is pushed up, and the check valve is pushed up by the push rod to form a gap with the liquid outlet.
The bath salt mixer according to claim 8, wherein when the second operation switch returns to the original position, the push rod is lowered to lower the check valve and block the liquid outlet. A shower device provided with a water supply pipe, a water discharge pipe, and a nozzle portion, wherein the water outlet end of the water discharge pipe and the nozzle portion are connected to each other.
The bath salt hybridizer according to any one of claims 1 to 10 is further provided.
The water supply line and the water inlet of the bath salt mixer are connected to each other.
A shower device characterized in that the water inlet end of the water outlet is connected to the water outlet of the bath salt mixer.