A showerhead with beauty functions that can generate its own power.

Abstract

To disclose a shower head with a beauty care function capable of private power generation.SOLUTION: A shower head comprises: a shower head water inlet part 11 to be connected to a hose; a shower head body 1 connected to the shower head water inlet part 11; a shower head handle 12 formed in a lower part of the shower head body 1; a shower head cover 2 provided on the shower head body 1; several shower head water spray holes 21 provided in the shower head cover 2; and a shower head water passage penetrating the shower head water inlet part 11, the shower head body 1, the shower head cover 2, and the shower head water spray holes 21, and also comprises a water wheel power generation device 3 installed in the shower head body 1, a beauty care device, and a waterproofed control module 8. The water wheel power generation device 3 supplies electric power to the beauty care device and the control module 8.SELECTED DRAWING: Figure 2

Description

Technical Field

[0001] The present invention relates to the technical field of beauty cleansing, and specifically, it is a shower head with a beauty function that can self-generate electricity.

Background Art

[0002] Beauty and skin care are one of the things that many modern women have to do every day, but cleansing and care are also care steps that women have continued for a long time. After a day of tiring work, it is necessary to spend a lot of time separately on beauty and skin care and cleansing and care, and the efficiency and quality of beauty and cleansing are decreasing.

[0003] Many of the conventional shower head products have a single water spraying function and only have a cleaning effect, and have no beauty effect at all. Many of the beauty devices with beauty effects need to be used by being powered on. When connecting the shower head to household electricity, it is not safe, not only is it easy to cause safety accidents, but also the circuit and circuit protection structure of the shower head become complicated.

Summary of the Invention

Problems to be Solved by the Invention

[0004] In view of the above, the purpose of the present invention is to provide a shower head with a beauty function that can self-generate electricity.

Means for Solving the Problems

[0005] To solve the aforementioned technical problems, the present invention provides a shower head with a self-generating power supply and beauty function, comprising: a shower head water inlet connected to a hose; a shower head body connected to the shower head water inlet; a shower head handle molded at the lower part of the shower head body; a shower head cover provided on the shower head body; several shower head water outlets provided on the shower head cover; and a shower head water channel passing through the shower head water inlet, the shower head body, the shower head cover, and the shower head water outlets; and a water turbine power generation device installed inside the shower head body. A beauty lamp and ionization device electrically connected to the aforementioned water turbine power generation device. and, The beauty lamp device and the ionization device The turbine power generation device further comprises a waterproof control module for controlling the turbine, and the turbine power generation device comprises a turbine casing, a turbine attached to the turbine casing, and a power generation structure that generates electrical energy by the rotation of the turbine, the turbine casing has a turbine inlet and a turbine outlet that connect to the showerhead waterway, and the turbine power generation device The aforementioned beauty lamp device and the aforementioned ionization device, and It supplies power to the control module.

[0006] It is preferable that the turbine hull of the turbine power generation device is installed sandwiched between the shower head water inlet and the shower head sprinkler hole of the shower head body, so that the turbine power generation device can completely close the shower head waterway, and that the water flow in the shower head waterway enters only from the turbine water inlet and flows out from the turbine outlet after passing through the turbine.

[0007] Furthermore, a side wall capable of enclosing the turbine is formed at the rear end of the turbine casing of the turbine power generation device, a turbine inlet is formed in the side wall to allow the water flow connected to the showerhead channel to enter the turbine casing, a turbine lower cover plate is provided at the end of the side wall to close the side wall, and a turbine outlet is provided at the front end of the turbine casing that communicates with the turbine inlet and allows the water flow to flow out of the turbine casing after passing through the turbine.

[0008] Furthermore, one or more of the turbine inlets are provided, and multiple turbine inlets are arranged around the side wall at equal intervals, and the turbine inlets are provided with the same water flow angle and direction as the rotation direction of the turbine impeller.

[0009] Furthermore, an angled stopper block is formed outside the water turbine inlet, protruding from the side wall. This angled stopper block guides the water flow to the side wall, pushing the water turbine and causing it to rotate.

[0010] Furthermore, a slanted cut is formed at the water turbine inlet, which is angled toward the water turbine.

[0011] Preferably, the turbine hull further comprises a turbine top cover plate for attaching the control module to the turbine hull, a groove for attaching the control module is formed at the tip of the turbine hull, the turbine top cover plate closes to the groove, and the turbine top cover plate has a through-hole in the top cover that communicates with the turbine outlet.

[0012] The shower head further comprises a pressurizing device provided at the water inlet, the pressurizing device comprising a pressurizing water inlet, a pressurizing pipe, and a pressurizing water outlet, wherein the pressurizing water inlet is connected to the water inlet of the shower head, and it is preferable that the pressurizing pipe narrows from the pressurizing water inlet to the pressurizing water outlet.

[0013] Furthermore, the pressurized outlet is located inside the shower head body, and is installed outside the water turbine inlet, facing the water turbine inlet. [Effects of the Invention]

[0015] The technical effects of the present invention are mainly as follows: The water turbine power generation device installed inside the shower head body generates safe electrical energy for the human body through the impact of the water flow, and the generated electrical energy Beauty lamp device and ionization deviceIt can supply electrical energy, clean and care for the body, and perform beauty and skin care on the skin of the body with a safe voltage. The waterwheel power generation device has a simple structure and principle, is safe and reliable, and can generate electricity by itself when using the shower head and can cut off by itself when not using the shower head.

Brief Description of the Drawings

[0016] [Figure 1] It is an overall schematic diagram of the present invention. [Figure 2] It is an overall exploded schematic diagram one of the present invention. [Figure 3] It is an overall schematic diagram one of the waterwheel power generation device of the present invention. [Figure 4] It is an overall schematic diagram two of the waterwheel power generation device of the present invention. [Figure 5] It is an exploded schematic diagram of the waterwheel power generation device of the present invention. [Figure 6] It is an overall exploded schematic diagram two of the present invention. [Figure 7] It is an overall exploded schematic diagram three of the present invention. [Figure 8] It is an overall schematic diagram of the shower head cover of the present invention. [Figure 9] It is an exploded schematic diagram one of the shower head cover and the mist generating device of the present invention. [Figure 10] It is an exploded schematic diagram two of the shower head cover and the mist generating device of the present invention. [Figure 11] It is an exploded schematic diagram three of the shower head cover and the mist generating device of the present invention. [Figure 12] It is an exploded schematic diagram four of the shower head cover and the mist generating device of the present invention. [Figure 13] It is an overall schematic diagram of the shower head body of the present invention. [Figure 14] It is an exploded schematic diagram of the shower head body of the present invention. [Figure 15] It is a circuit diagram of the control module of the present invention. [Figure 16] It is a circuit diagram of the waterwheel power generation device of the present invention. [Figure 17] This is a circuit diagram of the beauty lamp device of the present invention. [Figure 18] This is a circuit diagram of the ionization device of the present invention. [Figure 19] This is a schematic diagram of the positive ion derivation waveform generated by the ionization device of the present invention. [Figure 20] This is a schematic diagram of the negative ion derivation waveform generated by the ionization device of the present invention.

Embodiments for Carrying out the Invention

[0017] The specific embodiments of the present invention will be described in more detail below with reference to the accompanying drawings to facilitate the understanding and grasp of the technical solution of the present invention.

[0018] Example 1: As shown in FIGS. 1-5, it is a shower head with a beauty function that can generate electricity by itself. The shower head includes a shower head water inlet part 11 connected to a hose, a shower head main body 1 connected to the shower head water inlet part 11, a shower head handle 12 formed at the lower part of the shower head main body 1, a shower head cover 2 provided on the shower head main body 1, several shower head water spray holes 21 provided on the shower head cover 2, and a shower head water passage penetrating through the shower head water inlet part 11, the shower head main body 1, the shower head cover 2, and the shower head water spray holes 21. It further includes a water turbine power generation device 3 installed in the shower head main body 1, Beauty lamp and ionization device electrically connected to the aforementioned water turbine power generation device 3 and Beauty lamp device and ionization device a waterproof control module 8 for controlling, and the water turbine power generation device 3 includes a water turbine housing 31 and Waterwheel 33 and, Waterwheel 33 a power generation structure that generates electrical energy by the rotation of, and the water turbine housing 31 is formed with a water turbine water inlet 34 and a water turbine water outlet 35 communicating with the shower head water passage. The water turbine power generation device 3 Beauty lamp device and ionization device, and supplies power to the control module 8. The power generation structure is a power generation structure composed of a nail and a rotor in the same principle as a general DC generator.

[0019] The turbine power generation device 3 can be installed so as to fully or partially close the showerhead waterway. When the turbine power generation device 3 partially closes the showerhead waterway, a portion of the water flow in the showerhead waterway passes through the turbine power generation device 3 to generate electricity, while the other portion flows from the gap outside the turbine power generation device 3 to the showerhead cover 2 and showerhead sprinkler holes 21, generating electrical energy. However, the pressure of the water flow decreases due to the water flow being divided, which affects the total electrical energy generated by the turbine power generation device 3.

[0020] Furthermore, when the turbine generator 3 completely closes the showerhead waterway, the turbine hull 31 of the turbine generator 3 is sandwiched and installed between the showerhead water inlet 11 and the showerhead water outlet 21 of the showerhead body 1, so that the turbine generator 3 can completely close the showerhead waterway, and the water flow in the showerhead waterway enters only from the turbine water inlet 34. Waterwheel 33 After passing through the water, the water flows out from the turbine outlet 35, and all of the water flow is concentrated and used to generate electricity for the turbine power generator 3, generating more electrical energy. At the same time, by concentrating the water flow, the pressure when the water flows to the shower head cover 2 can be increased.

[0021] The turbine power generator 3 can generate a current and voltage that is safe for the human body, and can generally generate a voltage of 10V. Moreover, when the water flow in the showerhead waterway must pass through the turbine power generator 3, the turbine power generator 3 can stably generate electrical energy, and Beauty lamp device and ionization device It supplies power to it.

[0022] Example 2: The difference from Example 1 is that the turbine of the water turbine power generation device 3 can be exposed to the showerhead water channel. Waterwheel 33The water inlet 34 of the turbine can drive the power generation structure and generate electrical energy. The water inlet 34 and the water outlet 35 of the turbine may be multiple through holes formed in the turbine shell 31, but in this case, Waterwheel 33 The water flow received is not concentrated, and the rotation is unstable. In order for the water flow in the showerhead water channel to be concentrated by the power generation of the turbine generator 3, the rear end of the turbine body 31 of the turbine generator 3 is Waterwheel 33 A side wall 311 capable of enclosing the water is formed. The side wall 311 is formed with a turbine inlet 34 into which the water flow connected to the showerhead channel enters the turbine hull 31. At the end of the side wall 311, a turbine lower cover plate 36 is provided to close the side wall, and the Waterwheel 33 The water is completely enclosed within the turbine hull 31. The tip of the turbine hull 31 communicates with the turbine inlet 34 and allows the water flow to escape from the turbine hull 31. Waterwheel 33 A turbine outlet 35 is provided to allow the water to flow out after passing through. The water flow of the showerhead channel flows in from the turbine inlet 34 in the direction of the water flow in the turbine power generation device 3, Waterwheel 33 After passing through the water, it flows out from the turbine outlet 35.

[0023] Example 3: The difference from Example 2 is that one or more turbine inlets 34 are provided, and multiple turbine inlets 34 are arranged on the side wall 311 at equal intervals, and the turbine inlets 34 Waterwheel 33 The same inflow angle and direction as the rotation direction of the impeller are provided.

[0024] In order to properly guide the water flow through the turbine inlet 34, an angled stopper block 341 can be formed that protrudes from the side wall 311 outside the turbine inlet 34, and the angled stopper block 341 guides the water flow to the side wall 311. Waterwheel 33 Press and rotate. Alternatively, form an inclined, slanted cut into the water turbine inlet 34.

[0025] Example 4: The difference from Example 1 is that the control module 8 includes a master chip (Figure 15), a turbine power generation device control circuit (Figure 16), a beauty lamp device control circuit (Figure 17), and an ionization device control circuit (Figure 18). The turbine hull 31 is for attaching the control module 8 to the turbine hull 31. Water turbine top cover plate 32 The turbine hull 31 has a groove 312 formed at its tip for attaching the control module 8, the control module 8 is fixed to the groove 312, and the Water turbine top cover plate 32 This closes the groove 312, and the control module 8 is installed inside the turbine hull 31. Water turbine top cover plate 32 A through-hole in the top cover is formed to communicate with the turbine outlet 35, and a waterproof silicone rubber ring is provided between the through-hole in the top cover and the turbine outlet 35 to prevent the water flow from flowing back into the turbine hull 31 from the through-hole in the top cover, thereby preventing the water flow from being divided and the water pressure from decreasing.

[0026] Example 5: The difference from Example 1 is that the water pressure is increased, and the turbine power generation device 3 Waterwheel 33 To make the rotation more stable and faster, a pressurizing device 7 is further provided at the shower head water inlet 11. The pressurizing device 7 comprises a pressurized water inlet 71, a pressurized pipe 72, and a pressurized water outlet 73. The pressurized water inlet 71 is connected to the shower head water inlet 11. As the pressurized pipe 72 narrows from the pressurized water inlet 71 to the pressurized water outlet 73, the flow rate per unit area after the water flow passes through the pressurized pipe 72 decreases, the flow velocity increases, and the pressurizing effect is obtained.

[0027] The pressurizing device 7 enters the water turbine power generation device 3 of the shower head body 1, and the pressurized outlet 73 is installed outside the water turbine inlet 34, facing the water turbine inlet 34, to increase and make the pressure of the water flow on the water turbine power generation device 3 greater and more direct.

[0028] Example 6: The difference from Example 1 is, The mist generator 6 is installed behind the shower head cover 2. The configuration of the mist generator 6 in this embodiment will be described below, along with the detailed configuration of the beauty lamp device 5 and the ionization device 4, which were shown to be electrically connected to the water turbine power generation device 3 in Embodiment 1.

[0029] As shown in Figures 5, 7, and 18-20, the ionization device 4 comprises an ionization trigger unit 41 made of a conductive material provided on the shower head handle 12, and an ionization generator 42 provided inside the shower head body 1. The ionization device 4 is capable of introducing positive ions or releasing negative ions. The positive or negative ions generated by the ionization device 4 can enter the human body through the water flowing out from the ionization trigger unit 41 and the shower head sprinkler holes 21. The water turbine power generator 3 supplies power to the ionization device 4. Because human skin is a conductor, the ionization trigger unit 41 activates the ionization generator 42 upon contact with human skin, causing the ionization device 4 to generate positive and negative ions at a voltage of 10V and a frequency of 1000Hz.

[0030] The ionization generator 42 is generally attached to the control module 8. The control module 8 is attached to the groove 312 of the turbine hull 31. The groove 312 has ion passage holes that connect the ionization generator 42 with the water flow before it enters the turbine inlet 34. Since water is a conductor, the positive or negative ions generated by the ionization generator 42 flow from the ion passage holes to the ionization trigger unit 41, and when they come into contact with the ionization trigger unit 41, they trigger the activation of the ionization generator 42 and can also lead to the introduction of positive ions into the human body or negative ions into the human body. Furthermore, the positive or negative ions flow from the ion passage holes to the turbine inlet 34, and from the water inlet 34 Waterwheel 33 The water then passes through the water turbine outlet 35 and the shower head cover 2 in sequence, and is finally sprayed onto the skin of the human body from the shower head spray holes 21, thereby similarly achieving the effect of introducing positive ions or negative ions onto the surface of the human skin.

[0031] The beauty lamp device 5 comprises a beauty lamp 52 and a transparent lamp cover casing 51 for emitting the light rays of the beauty lamp. The lamp cover casing 51 is installed between the shower head body 1 and the shower head cover 2. The beauty lamp 52 is installed between the water turbine power generator 3 and the shower head cover 2. The lamp cover casing 51 of the beauty lamp device 5 is installed at the rear of the shower head cover 2. The beauty lamp 52 is installed inside the lamp cover casing 51. The light rays of the beauty lamp 52 are emitted directly out of the lamp cover casing 51 and act on the skin of the human body. Alternatively, the beauty lamp 52 is installed in the control module 8, and the Water turbine top cover plate 32 It is made of a transparent material, and the light rays of the above beauty lamp 52 are as described above Water turbine top cover plate 32 The light is emitted from the lamp and ultimately refractions or scatters, causing it to exit the lamp cover casing 51 and act on the skin of the human body. The beauty lamp 52 is an LED lamp that emits red light with a wavelength of 360 mm-380 mm or blue light with a wavelength of 465 mm-475 mm, and the beauty principle of the light wavelengths of the beauty lamp 52 is almost the same as the lamp irradiation beauty principle of general beauty products.

[0032] The mist generator 6 comprises a water molecule scattering structure 61 provided on the back surface of the shower head cover 2, and mist holes 62 formed in the shower head cover 2 that correspond to the water molecule scattering structure 61. The water molecule scattering structure of the mist generator 6 comprises a mounting base and a plurality of scattering heads 611 provided on the mounting base, each having a spiral front end. The scattering heads 611 are inserted into grooves 63 formed at the rear end of the mist holes. There is a one-to-one correspondence between the scattering heads 611 and the mist holes 62. The mounting base is sandwiched outside the grooves 63 so that the scattering heads 611 do not come into complete contact with the grooves 63. A certain gap is left between the scattering heads 611 and the inner wall of the grooves 63, allowing water to flow in through the gap. The grooves 63 have a tapered shape that narrows from the rear end to the front end. The spiral shape of the scattering heads 611 has a tapered shape that narrows from the bottom to the top. The rear end opening of the groove 63 is larger than the bottom of the spray head 611. The spray head 611 is folded behind the groove 63, and the spiral-shaped spray head 611 leaves a gap for the water flow and mist flow to pass through the inner wall of the groove 63. After the water flow enters the spiral of the spray head 611, the pressure of the water flow flows in a straight direction, so after reaching the spiral-shaped spray head 611, it changes from a straight state to a curved state, and the water flow impacts the spiral-shaped spray head 611, generating mist after the impact. The mist is ejected from the mist holes 62 and acts on the skin of the human body. The mist contains abundant bubbles, the diameter of which is 0.00013 mm or less, and when it acts on the skin of the human body, a deep cleansing beauty effect is obtained.

[0033] Furthermore, a notch 631 can be formed in the groove 63, which directs the water flow to the spiral-shaped spray head 611. The water flow flows into the spray head 611 from the notch 631 in the groove 63 due to water pressure, generating mist.

[0034] To increase the water pressure, the water turbine power generation device 3 Waterwheel 33To make the rotation more stable and faster, and to cause the water flow to collide more violently with the water molecule disperser 6, thereby generating more mist, a pressurizing device 7 is provided at the shower head inlet 11. The pressurizing device 7 comprises a pressurized inlet 71 connected to the shower head inlet 11, a pressurizing pipe 72, and a pressurized outlet 73. As the pressurizing pipe 72 narrows from the pressurized inlet 71 to the pressurized outlet 73, the flow rate per unit area after the water flow passes through the pressurizing pipe 72 decreases, the flow velocity increases, and the pressurizing effect is obtained. The pressurizing device 7 enters the water turbine power generation device 3 of the shower head body 1 from the shower head inlet 11, and the pressurized outlet 73 faces the water turbine inlet 34, thereby increasing and making the pressure of the water flow on the water turbine power generation device 3 greater and more direct.

[0035] A pseudo-spherical cavity 13 is formed in the shower head body 1 where the turbine power generation device 3 is attached. A flow channel hole 14 is formed in the lower part of the pseudo-spherical cavity 13. The flow channel hole 14 connects the pseudo-spherical cavity 13 to the shower head water inlet 11. The end of the pressurized water outlet 73 is inserted through the flow channel hole 14. The outlet of the flow channel hole 14 faces the turbine inlet 34 of the turbine power generation device 3, allowing the water flow to circulate around the turbine inlet 34 around the pseudo-spherical cavity 13 and enter the turbine power generation device 3 through multiple turbine inlets 34.

[0036] The shower head body 1 is further provided with a changeover switch structure 9, which is also used to change the state of the shower head water channel, the beauty lamp device 5, the ionization device 4, and the mist generator 6. The changeover switch structure 9 comprises a changeover base 91 provided on the shower head body 1, an adjustable water channel 92 provided in the shower head water channel, and a control switch for controlling the beauty lamp device 5 and the ionization device 4. The changeover base is rotatable relative to the shower head body 1. The adjustable water channel 92 has a main water channel 921 that guides the water flow to the shower head spray holes 21 by the rotation of the changeover base 91, and a branch water channel 922 that guides the water flow that allows the mist generator 6 to be opened and closed to the water molecule scattering structure 61. The water flow from the main water channel 921 is directed toward the spray holes 21, and the water flow from the branch water channel 922 flows toward the mist generator 6. When the mist generator 6 is closed, the main water channel 921 is Water wheel outlet 35 When facing the mist generator 6 is open, the main channel 921 and the branch channel 922 simultaneously Water wheel outlet 35 It opposes.

[0037] The aforementioned changeover switch structure 9 provides the shower head with two modes.

[0038] Mode 1: When the mist generator 6 is off and the ionization device 4 is on, it is in positive ion extraction mode, and the beauty lamp device 5 emits a blue light. In other words, normal water flow + positive ion extraction + blue light.

[0039] Mode 2: When the mist generator 6 is on and the ionization device 4 is on, it is negative ion introduction mode, and the beauty lamp device 5 emits a red light. In other words, mist water flow + negative ion introduction + red light.

[0040] A chlorine removal device 10 for filtration is also installed between the showerhead water inlet 11 and the water pipe. The chlorine removal device 10 generally consists of a chlorine remover containing activated carbon and is used to filter out chlorine gas, large impurities, etc. [Explanation of Symbols]

[0041] 1. Shower head body 2. Shower head cover 3. Hydroelectric power generator 4. Ionization device 5. Beauty light device 6. Mist generator 7. Pressurizing device 8. Control module 9. Changeover switch structure 10. Chlorine removal device 11 Shower head water inlet 12 Shower head handle 13 Pseudo-spherical cavity 14 Flow pores 21 Shower head sprinkler holes 31 Water turbine hull 32 Water turbine top cover plate 33 Waterwheels 34 Water turbine inlet 35 Water turbine outlet 36 Turbine lower cover plate 41 Ionization trigger section 42 Ionization generator 51 Lamp cover casing 52 Beauty lamp 61 Water molecule scattering structure 62 Spray hole 63 Concave groove 71 Pressurized water inlet 72 Pressurized pipe 73 Pressurized outlet 91 Switching base 92 Adjustable Flume 311 Side wall 312 Groove body 341 Stopper block 611 Spray head 631 Notch 921 Main channel 922 Diversion channel

Claims

1. A shower head with a beauty function that can generate its own power, comprising: a shower head water inlet that connects to a hose; a shower head body connected to the shower head water inlet; a shower head handle formed on the lower part of the shower head body; a shower head cover provided on the shower head body; several shower head water outlets provided on the shower head cover; and a shower head water channel that penetrates the shower head water inlet, the shower head body, the shower head cover, and the shower head water outlets; further comprising: a water turbine power generation device installed inside the shower head body; a beauty lamp device and an ionization device electrically connected to the water turbine power generation device; and a waterproofed control module for controlling the beauty lamp device and the ionization device; wherein the water turbine power generation device comprises a water turbine casing, a water turbine attached to the water turbine casing, and a power generation structure that generates electrical energy by the rotation of the water turbine; the water turbine casing has a water turbine water inlet and a water turbine outlet that communicate with the shower head water channel; and the water turbine power generation device supplies power to the beauty lamp device, the ionization device, and the control module.

2. The shower head with a self-generating beauty function according to claim 1, characterized in that the turbine hull of the turbine power generation device is installed sandwiched between the shower head water inlet and the shower head sprinkler hole of the shower head body, the turbine power generation device can completely close the shower head waterway, the water flow in the shower head waterway enters only from the turbine water inlet and flows out from the turbine outlet after passing through the turbine.

3. The shower head with a self-generating power supply and beauty function according to claim 2, characterized in that a side wall capable of enclosing the water turbine is formed at the rear end of the water turbine casing of the water turbine power generation device, a water turbine inlet is formed in the side wall for the water flow connected to the shower head water channel to enter the water turbine casing, a water turbine lower cover plate is provided at the end of the side wall to close the side wall, and a water turbine outlet is provided at the front of the water turbine casing that communicates with the water turbine inlet and causes the water flow to flow out of the water turbine casing after passing through the water turbine.

4. The shower head with a self-generating power supply and beauty function according to claim 3, characterized in that one or more water turbine inlets are provided, a plurality of water turbine inlets are arranged on the side wall at equal intervals, and the water turbine inlets are provided with the same water flow inlet angle and direction as the rotation direction of the water turbine impeller.

5. A shower head with a self-generating power supply and beauty function, as described in 3 or 4, is characterized in that a slanted stopper block is formed outside the water turbine inlet, protruding from the side wall, and the slanted stopper block guides the water flow to the side wall, pushing and turning the water turbine.

6. A shower head with a self-generating power supply and beauty function, as described in 3 or 4, characterized in that the water turbine inlet has an oblique cut that slopes toward the water turbine.

7. The water turbine hull further comprises a water turbine top cover plate for attaching the control module to the water turbine hull, a groove for attaching the control module is formed at the tip of the water turbine hull, the water turbine top cover plate is attached so as to close the groove containing the control module, and the water turbine top cover plate has a through-hole in the top cover that communicates with the water turbine outlet, characterized in that it is a shower head with a beauty function that can generate its own power according to claim 1.

8. The shower head with a self-generating beauty function according to claim 1, further comprising a pressurizing device provided at the water inlet of the shower head, wherein the pressurizing device comprises a pressurized water inlet, a pressurized pipe, and a pressurized water outlet, the pressurized water inlet being connected to the water inlet of the shower head, and the pressurized pipe narrowing from the pressurized water inlet to the pressurized water outlet.

9. The shower head with a self-generating power supply and beauty function according to claim 8, characterized in that the pressurized water outlet is located inside the shower head body, the pressurized water outlet is installed outside the water turbine inlet and faces the water turbine inlet.

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