TWM624403U - Shower apparatus - Google Patents

Abstract

A shower equipment includes a water drawing device, a shower head device and a connecting pipe body, wherein the top end of the water drawing device is provided with a water outlet connection end, and the bottom end of the water drawing device is provided with a filter element accommodating area and several water inlet openings. A water pumping motor and at least one first circuit unit are arranged inside the water pumping device, and the shower head device has a water outlet end and a water inlet connecting end, and through a connecting pipe body, the water pumping device and the shower head are connected. The device is connected, wherein after pressing the button of the water-drawing device or the shower head device being pressed and sending a wireless control signal, the connecting pipe body can enter the water-drawing device through the water inlet opening and pass through the water outlet connecting end The output shower water is input to the shower head device, so that the shower head device can output the shower water from the water outlet.

Description

shower equipment

This creation is about a shower device, which is a shower device that can control the water output by wireless control signals.

At present, there are outdoor areas with water supply systems (such as camping areas, leisure farms, residential courtyards, outdoor attractions, etc.), most of which only supply cold water and do not provide hot water. For water, you must have a large-scale hot water boiler, but the large-scale hot water boiler can only be used indoors. It is necessary to have insulation equipment throughout the whole process, otherwise it is easy to cause excessive heat loss due to the external ambient temperature in the water flow, so that the water temperature drops, and the cost of such installation must be too high. The fixed setting cannot be moved anywhere, so it is very inconvenient to use. If the user wants to go outdoors without a pipeline connected to a large hot water boiler equipment, there will be no hot water available.

However, since the large-scale hot water boiler equipment cannot be moved anywhere, and the construction and maintenance costs are too high, it is not cost-effective in terms of economic benefits. Therefore, for users, if there is a mobile washing device that can be easily moved and used, it will be able to Convenient for use in a variety of environments and situations.

In addition, in terms of long-term care needs, the general apartment area above the third floor is commonly known as the long-term care desert. Because there are too many equipment for service requirements, it often fails to pass the evaluation, and naturally there is no opportunity to obtain services. If the bath equipment can have the characteristics of light weight and portability, it will be able to reduce the burden of work and movement of the living service personnel, and it can be operated by a single person, and the service coverage rate of the existing nursing staff will be improved.

Therefore, if a shower equipment can be provided, a water absorbing device and a shower head device can be configured and connected through a connecting pipe body. At the same time, the wireless control technology is used in this case. Therefore, when the water absorbing device is placed in a bucket for drawing When the shower water is used, it can also not be affected and uncontrollable because it is located under water. Its structure and composition are also very simple, and the operation is also very convenient to start, so this should be an optimal solution.

The shower equipment of the present invention includes: a water drawing device, the top of the water drawing device has a water outlet connection end, a first control button and a first light-emitting element, and the bottom end of the water drawing device has a filter element accommodating area and several water inlet openings, and the water drawing device is internally provided with a water drawing motor and at least one first circuit unit, the first circuit unit at least includes: a first control circuit module for controlling the The operation of the water drawing device; a water drawing activation module is electrically connected with the first control circuit module, the water drawing motor and the first control button, wherein the water drawing activation module can receive the first control The pressing signal of the button is used to activate or deactivate the water pumping motor; a first wireless module is electrically connected to the first control circuit module for receiving a wireless control signal and sending it to the first control A circuit module, wherein the first control circuit module can start or close the water-drawing motor through the water-drawing start-up module according to the content of the wireless control signal; a first power module is connected to the first power supply module. The control circuit module is electrically connected to supply the power required for the operation of the water drawing device; a first power display control module is connected to the first control circuit module, the first power module and the first power supply module. The light-emitting element is electrically connected, and the first power display control module can display different colors or different flickering frequencies through the first light-emitting element without The same color or different flashing frequencies represent different percentages of remaining power of the first power supply module; a shower head device has a water outlet and a water inlet connection end, wherein a second control button and A second light-emitting element, and at least one second circuit unit is disposed inside the shower head device, and the second circuit unit at least includes: a second control circuit module for controlling the operation of the shower head device, and the The second control circuit module is capable of receiving the pressing signal of the second control button; a second wireless module is electrically connected to the second control circuit module and is used for receiving the pressing signal from the second control circuit module The pressing signal of the second control button sends a wireless control signal to enable or disable the water drawing motor to the water drawing device; a second power module is electrically connected to the second control circuit module for supplying The power required for the operation of the shower head device; a second power display control module, which is electrically connected with the second control circuit module, the second power module and the second light-emitting element, and the second power display The control module can display different colors or different flickering frequencies through the second light-emitting element, and the different colors or different flickering frequencies represent different residual power percentages of the second power supply module; a connecting pipe, one end of which is connected to the drain The water outlet connection end of the water device is connected, and the connection pipe system is connected with the water inlet connection end of the shower head device.

More specifically, the wireless control signal is a low-frequency wireless control signal or a high-frequency wireless control signal.

More specifically, after pressing the first control button of the water pumping device or the second control button of the shower head device, the water pumping device can be turned on or off to control the shower head device to discharge water or Stop the water outlet, wherein the connecting pipe body can input the shower water through the water inlet opening into the water drawing device and output from the water outlet connection end to the shower head device, so that the shower head device can output the shower head device from the water outlet end. Shower water.

More specifically, the first control button of the water pumping device can perform different modes. press to turn on/off the water pumping device or start/stop the water pumping motor.

More specifically, the second control button of the shower head device can be pressed in different modes to turn on/off the shower head device or send a water outlet command/stop water command to the water pumping device.

More specifically, the bottom of the bottom end of the water-drawing device is provided with a filter element insertion hole that communicates with the filter element accommodating area, so as to be able to place and replace a filter element through the filter element insertion hole, The filter element is used for filtering the extracted external water source.

More specifically, the top of the water-drawing device is provided with a first power supply part, wherein the first power supply part is electrically connected with a first battery element built in the water-drawing device for the first power supply part. A battery element is charged.

More specifically, a first waterproof cover is plugged on the first power supply part, and the other end of the first waterproof cover is set around the water outlet connection end.

More specifically, the first battery element is a battery.

More specifically, the first circuit unit further includes a battery protection module, the battery protection module is electrically connected to the first battery element, and the battery protection module can be an overcurrent protection circuit, a power The overcharge and low protection circuit or the overheat protection circuit is used for short circuit protection, overcharge and low power protection or overheat protection for the battery element.

More specifically, the first power supply part can be connected to a power transmission line, and the other end of the power transmission line is further connected to a power converter, the power converter is used to connect an external power supply, and the power converter has a built-in power converter. Current protection circuit for short circuit protection.

More specifically, the first light-emitting element is a display lamp body that can emit different colors or different flashing frequencies, and the first light-emitting element is disposed below the first control button.

More specifically, the first circuit unit further includes a temperature sensing module, which is electrically connected to the first control circuit module for detecting the temperature of the water around the water drawing device, and can transmit the temperature. to the first control circuit module, and a preset temperature value is set inside the first control circuit module. If the preset temperature value exceeds the preset temperature value, the water drawing device is turned off.

More specifically, the first circuit unit further includes a running current detection module, which is electrically connected with the first control circuit module and the water-drawing motor, for detecting the running current of the water-drawing motor , and can be transmitted to the first control circuit module, and a preset current value is set inside the first control circuit module. If the operating current exceeds the preset current value, the first control circuit module can It is judged that there is no external water source entering, and the water pumping motor of the water pumping device is turned off to avoid idling loss.

More specifically, one side of the shower head device further includes a battery placement slot, and the battery placement slot is used to place at least one second battery element, wherein the second battery element is a replaceable battery .

More specifically, a second waterproof cover is plugged into the battery placement slot.

More specifically, the second light-emitting element is a display lamp body that can emit different colors or different flashing frequencies, and the second light-emitting element is disposed below the second control button.

More specifically, the connecting pipe system is a double-ended quick-connect water outlet pipe, and the connecting pipe body has the characteristic of being extendable and has double-ended quick joints to facilitate the storage and discharge of residual water.

1: Water pumping device

11: Water outlet connection

12: The first control button

13: Filter housing area

131: water inlet opening

132: Insert the filter element into the opening

133: Filter element

14: The first light-emitting element

15: The first waterproof cover

16: The first power supply department

17: Pumping water motor

18: The first battery element

19: The first circuit unit

191: The first control circuit module

192:Draining water to start the module

193: The first wireless module

194: The first power module

195: The first power display control module

196: Battery Protection Module

197: Temperature Sensing Module

198: Running current detection module

2: Shower head device

21: Water outlet

22: Water inlet connection

23: The second control button

24: The second light-emitting element

25: Second waterproof cover

251: Second battery element

26: Second circuit unit

261: The second control circuit module

262: Second wireless module

263: Second power module

264: The second power display control module

3: Power transmission line

4: Power converter

5: Connect the pipe body

51: The first quick connector

52: Second quick connector

6: Bucket

61: shower water

[Fig. 1A] is a schematic diagram of the three-dimensional structure of the water drawing device of the shower equipment of the present invention.

[Fig. 1B] is another perspective three-dimensional structure diagram of the water drawing device of the shower equipment of the present invention.

[Fig. 1C] is a schematic diagram of the charging connection of the water-drawing device of the shower equipment of this creation.

[Picture 2A] is a schematic diagram of the internal structure of the water drawing device of the shower equipment of this creation.

[Fig. 2B] is a schematic diagram of the structure of the first circuit unit of the water drawing device of the shower equipment of the present invention.

[Figure 3] is a three-dimensional schematic diagram of the shower head device of the shower equipment of this creation.

[Figure 4A] is a schematic diagram of the internal structure of the shower head device of the shower equipment of this creation.

[Fig. 4B] is a schematic diagram of the structure of the second circuit unit of the water drawing device of the shower equipment of the present invention.

[Picture 5] is a schematic diagram of the connection between the water drawing device, the shower head device and the connecting pipe body of the shower equipment of this creation.

[Picture 6] is a schematic diagram of the implementation and use of this creative shower equipment.

Other technical contents, features and effects of the present invention will be clearly presented in the following detailed description of the preferred embodiment with reference to the drawings.

Please refer to FIGS. 1A to 1C, which are a schematic diagram of a three-dimensional structure of a water-drawing device of a shower equipment, a schematic three-dimensional structure diagram of another perspective, and a schematic diagram of charging connection. It can be seen from the figures that the top of the water-drawing device 1 has a water outlet connection end 11. A first control button 12 and a first light-emitting element 14, and the bottom end of the water pumping device 1 has a filter element accommodating area 13 and several water inlet openings 131, and the water pumping device 1 is provided with a A first power supply unit 16 , a water pumping motor 17 , a first battery element 18 and at least one first circuit unit 19

The first light-emitting element 14 is a display lamp body that can emit different colors or different flickering frequencies, and the first light-emitting element 14 is buried under the first control button 12 , wherein the remaining battery of the water pumping device 1 The power will be displayed through the first light-emitting element 14 of the water pumping device 1; The top of the water pumping device 1 further has a first waterproof cover 15 , one end of the first waterproof cover 15 is covered and inserted into the first power supply part 16 , and the other end of the first waterproof cover 15 is sleeved It is set around the water outlet connection end 11; as shown in Figure 2A, the first power supply 16 is electrically connected to the first battery element 18 for charging the first battery element 18. A battery element 18 is a built-in storage battery (lithium battery), so the water drawing device 1 can be operated by the built-in storage battery (lithium battery), and can also be connected to an external charger to operate when there is no electricity, and has a variety of operating power sources; As shown in the figure, in actual implementation, the first power supply part 16 uses a waterproof DC connector, and can be connected to the first power supply part 16 (internal waterproof DC connector) through a power transmission line 3, and the power transmission line 3 The other end is further connected with a power converter 4, which is used to connect an external power supply; in addition, the power converter 4 has a built-in overcurrent protection circuit for short-circuit protection; in addition, the water drawing device 1. The bottom of the bottom end is provided with a filter element insertion hole 132 that communicates with the filter element accommodating area 13, so that a filter element 133 can be placed and replaced through the filter element insertion hole 132, wherein the filter element 133 Used to filter the extracted external water source; wherein the first circuit unit 19, as shown in FIG. 2B, the first circuit unit 19 at least includes: (1) a first control circuit module 191 for controlling The operation of the water drawing device 1; (2) a water drawing start module 192, which is electrically connected with the first control circuit module 191, the water drawing motor 17 and the first control button 12, wherein the water drawing The activation module 192 can receive the pressing signal of the first control button 12 and activate or deactivate the water pumping motor 17; (3) A first wireless module 193 is electrically connected to the first control circuit module 191 for receiving a wireless control signal (low frequency or high frequency wireless control signal) and transmitting it to the first control circuit The circuit module 191, wherein the first control circuit module 191 can start or close the water-drawing motor through the water-drawing start-up module 192 according to the content of the wireless control signal; (4) a first power module 194, which is connected with the first control circuit module 191, is used to supply the power required for the operation of the water drawing device 1; in addition, the first power module 194 is also connected with the first power supply part 16 and the The first battery element 18 is electrically connected to control and supply the power required for the operation of the water drawing device 1 through the first battery element 18 , and can charge the first battery element 18 through the first power supply part 16 (5) a first power display control module 195, which is electrically connected with the first control circuit module 191, the first power module 194 and the first light-emitting element 14, and the first power display control The module 195 can display different colors or different flashing frequencies through the first light-emitting element 14, and the different colors or different flashing frequencies represent different residual power percentages of the first power module 194; (6) a battery protection module The group 196 is electrically connected to the first battery element 18, and the battery protection module 196 can be an overcurrent protection circuit, an overcharge and low battery protection circuit or an overheat protection circuit for short-circuiting the battery element (7) A temperature sensing module 197 is electrically connected to the first control circuit module 191 for detecting the temperature of the water around the water drawing device 1 , and can be transmitted to the first control circuit module 191, and the first control circuit module 191 is internally set with a preset temperature value (for example, set to 50 degrees). If the preset temperature value exceeds the preset temperature value, the Water pumping device 1: while the temperature sensing When the module 197 detects that the water temperature exceeds the preset temperature value, the first control circuit module 191 will automatically stop the water supply and the light signal warning; (8) a running current detection module 198 is connected to the first control circuit The module 191 and the water drawing motor 17 are electrically connected to detect the running current of the water drawing motor 17 and can be transmitted to the first control circuit module 191 , and the first control circuit module 191 is internally A preset current value is set. If the operating current exceeds the preset current value, the first control circuit module 191 can determine that no external water source enters, and close the water pumping motor 17 of the water pumping device 1 to avoid idling Therefore, when the water pumping device 1 detects that the water storage level in the external bucket or tank is too low, so that the water pumping motor 17 cannot absorb water, it will automatically stop the water output, so as to prevent the water pumping motor 17 from idling and overheating damage.

As shown in FIG. 3 , the shower head device 2 has a water outlet end 21 and a water inlet connection end 22 , wherein a second control button 23 and a second light-emitting element 24 are further provided on one side of the shower head device 2 , as shown in Fig. 4A As shown in the figure, the inside of the shower head device 2 is provided with a second circuit unit 26 and a second battery element 251; wherein the second light-emitting element 24 is a display lamp body that can emit different colors or different flashing frequencies, and The second light-emitting element 24 is disposed under the second control button 23, wherein the remaining power of the battery of the shower head device 2 will be displayed through the second light-emitting element 24 of the shower head device 2; wherein the second control button 23 of the shower head device 2 There is a second waterproof cover 25 below, the second waterproof cover 25 covers a battery placement slot (not shown in the figure), wherein the battery placement slot is used to place at least one second battery element 251 , wherein the second battery element 251 is a replaceable battery (such as a button battery); wherein the second circuit unit 26, as shown in Figures 4A and 4B, the second circuit unit 26 The system at least includes: (1) a second control circuit module 261 for controlling the operation of the shower head device 2, and the second control circuit module 261 can receive the pressing signal of the second control button 23; (2) ) a second wireless module 262, which is electrically connected to the second control circuit module 261, and is used to start sending or transmit according to the pressing signal of the second control button 23 received by the second control circuit module 261 Turn off the wireless control signal of the water pumping motor 17 to the water pumping device 1; (3) a second power module 263 is electrically connected to the second control circuit module 261 for supplying the shower head device 2 to operate required power; (4) a second power display control module 264, which is electrically connected to the second control circuit module 261, the second power module 263 and the second light-emitting element 24, and the first The two power display control modules 264 can display different colors or different flashing frequencies through the second light-emitting element 24, and the different colors or different flashing frequencies represent different percentages of remaining power of the second power module.

As shown in FIG. 5, in this case, the water outlet connection end 11 of the water pumping device 1 and the water inlet connection end 22 of the shower head device 2 are connected through the connection pipe body 5. The connection pipe body 5 is a double-ended quick-connect water outlet pipe , and the two ends of the connecting pipe body 5 are respectively provided with a first quick connector 51 and a second quick connector 52, wherein the first quick connector 51 will be connected with the water outlet connecting end 11, and the second quick connector 52 will be connected with The water inlet connection end 22 is connected.

In this case, after pressing the first control button 12 of the water-drawing device 1, the water-drawing device 1 can be turned on or off, so as to control the shower head device 2 to discharge or stop water, and through the connecting pipe 5, the Through the shower water entering the water drawing device 1 through the water inlet opening 131 and outputting from the water outlet connecting end 11, the shower water is input to the shower head device 2, so that the shower head device 2 can output the shower water from the water outlet end 21, and The push-to-start mode is as follows:

(1) Wherein, the first control button 12 of the water pumping device 1 can be pressed in different modes to turn on/off the water pumping device 1 or start/stop the water pumping motor 17 .

(2) Wherein, the second control button 23 of the shower head device 2 can be pressed in different modes to turn on/off the shower head device 2 or send a water outlet command/stop water command to the water pumping device 1 .

When this case is to be implemented, as shown in FIG. 6 , the water absorbing device 1 can be placed in a bucket 6 (or a sink) to absorb the shower water 61 , and then output from the water outlet 21 through the shower head device 2 . The shower is with water for a bath rinse.

When compared with other conventional technologies, the shower equipment provided by this creation has the following advantages:

1. This creation provides a shower equipment, which can be equipped with a water absorbing device and a shower head device, which are connected through a connecting pipe body. At the same time, this case uses low-frequency wireless control technology (or high-frequency wireless control technology), so when the When the water device is placed in a bucket for drawing water for a shower, it can also not be affected and uncontrollable because it is located under water, its structure and composition are also very simple, and its operation is also very convenient to start.

2. The shower head device in this case adopts the low-frequency wireless connection technology (or the high-frequency wireless connection technology), so that the shower head device and the submerged water-drawing device can be controlled wirelessly.

3. In this case, the water pumping device can be controlled by the shower head device to output/stop the water, and the water pumping device can also control the water output/stop, and if the water in the bucket or tank is exhausted, the water pumping device will automatically stop running to avoid idling. water motor and cause burnout.

4. In this case, in order to avoid overheating of the water stored in the bucket or tank, the bedridden person will be scalded when the water is discharged. Therefore, an over-temperature protection mechanism to detect the water temperature is installed on the water pumping device. If the water temperature exceeds a certain design temperature, the water pumping device will automatically stop and start the warning function.

5. The water-drawing device in this case is preset to provide operating power from the built-in first battery element. However, if the bathing has not been completed due to the exhaustion of power, a charging device with waterproof function can also be connected for backup operation and simultaneous charging. .

This creation has been disclosed above through the above-mentioned embodiments, but it is not intended to limit this creation. Anyone who is familiar with this technical field and has ordinary knowledge will understand the aforementioned technical features and embodiments of this creation, and appreciate the spirit and spirit of this creation. Within the scope, slight changes and modifications are not allowed, so the scope of patent protection of this creation must be defined by the claims attached to this specification.

1: Water pumping device

2: Shower head device

21: Water outlet

5: Connect the pipe body

51: The first quick connector

52: Second quick connector

Claims (18)

A shower equipment comprises: a water drawing device, the top of the water drawing device is provided with a water outlet connection end, a first control button and a first light-emitting element, and the bottom end of the water drawing device is provided with a filter element accommodating area and several water inlet openings, and the water drawing device is internally provided with a water drawing motor and at least one first circuit unit, the first circuit unit at least includes: a first control circuit module for controlling the water drawing The operation of the water device; a water drawing activation module is electrically connected with the first control circuit module, the water drawing motor and the first control button, wherein the water drawing activation module can receive the first control button The pressing signal is used to activate or deactivate the water pumping motor; a first wireless module is electrically connected to the first control circuit module for receiving a wireless control signal and transmitting it to the first control circuit a module, wherein the first control circuit module can start or close the water-drawing motor through the water-drawing start-up module according to the content of the wireless control signal; a first power module is connected to the first control The circuit module is electrically connected to supply the power required for the operation of the water drawing device; a first power display control module is connected to the first control circuit module, the first power module and the first light-emitting device The components are electrically connected, and the first power display control module can display different colors or different flashing frequencies through the first light-emitting element, and the different colors or different flashing frequencies represent different remaining power levels of the first power module percentage; a shower head device with a water outlet end and a water inlet connection end, wherein a second control button and a second light-emitting element are further arranged on one side of the shower head device, and at least one second circuit is arranged inside the shower head device unit, the second circuit unit includes at least: A second control circuit module is used to control the operation of the shower head device, and the second control circuit module can receive the pressing signal of the second control button; a second wireless module is connected to the second control circuit The module is electrically connected for sending a wireless control signal for starting or closing the water drawing motor to the water drawing device according to the pressing signal of the second control button received by the second control circuit module; a second power source The module is electrically connected with the second control circuit module to supply the power required for the operation of the shower head device; a second power display control module is connected with the second control circuit module, the second power supply The power module and the second light-emitting element are electrically connected, and the second power display control module can display different colors or different flickering frequencies through the second light-emitting element, and different colors or different flickering frequencies represent the first Two power modules with different residual power percentages; a connecting pipe, one end of which is connected to the water outlet connection end of the water drawing device, and the connection pipe system is connected to the water inlet connection end of the shower head device. The shower device according to claim 1, wherein the wireless control signal is a low-frequency wireless control signal or a high-frequency wireless control signal. The shower equipment as claimed in claim 1, wherein after pressing the first control button of the water pumping device or the second control button of the shower head device, the water pumping device can be turned on or off to control the shower head device to require Carry out water discharge or stop water discharge, wherein the connecting pipe body can input the shower water through the water inlet opening into the water drawing device and output from the water outlet connection end to the shower head device, so that the shower head device can be used by the shower head device. The water outlet outputs the shower water. The shower device as claimed in claim 1, wherein the first control button of the water pumping device can be pressed in different modes to turn on/off the water pumping device or start/stop the water pumping motor. The shower apparatus as claimed in claim 1, wherein the second control button of the shower head device can be pressed in different modes to turn on/off the shower head device or send a water outlet command/stop water command to the water pumping device. The shower device as claimed in claim 1, wherein the bottom of the bottom end of the water-drawing device is provided with a filter element insertion hole communicated with the filter element accommodating area, so that the filter element insertion hole can pass through the filter element insertion hole to place the filter element with the filter element. A filter element is replaced, wherein the filter element is used to filter the extracted external water source. The shower equipment as claimed in claim 1, wherein a first power supply part is disposed at the top of the water drawing device, wherein the first power supply part is electrically connected with a first battery element built in the water drawing device, for charging the first battery element. The shower device as claimed in claim 7, wherein a first waterproof cover is further plugged on the first power supply part, and the other end of the first waterproof cover is set around the water outlet connection end. The shower apparatus of claim 7, wherein the first battery element is a battery. The shower device according to claim 7, wherein the first circuit unit further comprises a battery protection module, the battery protection module is electrically connected with the first battery element, and the battery protection module is capable of overheating The current protection circuit, the overcharge and low power protection circuit or the overheat protection circuit are used for short circuit protection, overcharge and low power protection or overheat protection for the battery element. The shower device as claimed in claim 7, wherein the first power supply part can be connected to a power transmission line, and the other end of the power transmission line is further connected to a power converter, and the power converter is used for An external power supply is connected, and the power converter has a built-in overcurrent protection circuit for short-circuit protection. The shower device according to claim 1, wherein the first light-emitting element is a display light body that can emit different colors or different flickering frequencies, and the first light-emitting element is disposed below the first control button. The shower equipment according to claim 1, wherein the first circuit unit further comprises a temperature sensing module, which is electrically connected to the first control circuit module for detecting the water temperature around the water pumping device The temperature can be transmitted to the first control circuit module, and a preset temperature value is set inside the first control circuit module. If the preset temperature value exceeds the preset temperature value, the water drawing device is turned off. The shower device as claimed in claim 1, wherein the first circuit unit further comprises a running current detection module, which is electrically connected with the first control circuit module and the water-drawing motor for detecting the water-drawing motor. The running current of the water motor can be transmitted to the first control circuit module, and a preset current value is set inside the first control circuit module. If the running current exceeds the preset current value, the first control circuit The circuit module can determine that no external water source enters, and turn off the water drawing motor of the water drawing device to avoid idling loss. The shower device as claimed in claim 1, wherein one side of the shower head device further includes a battery placement slot, and the battery placement slot is used to place at least one second battery element, wherein the second battery element is For a replaceable battery. The shower device as claimed in claim 15, wherein a second waterproof cover is plugged into the battery placement slot. The shower device as claimed in claim 1, wherein the second light-emitting element is a display light body that can emit different colors or different flashing frequencies, and the second light-emitting element is disposed below the second control button. The shower device as claimed in claim 1, wherein the connecting pipe system is a double-ended quick-connect water outlet pipe, and the connecting pipe body has the property of being extendable and has double-ended quick joints to facilitate the storage and discharge of residual water .

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