TWI842263B - Shower head structure with flushing device - Google Patents

Abstract

The present invention provides a shower head structure with a flushing device, comprising a shower head body, a shower flushing assembly, all switch keys and all switch components. When the present invention is used in a shower mode, the switch key needs to be turned upward to switch the action. After the switch is switched, the abutting groove surface of the water guide seat is tightly abutted against the rubber ring at the bottom of the water diversion head, so that water flows from the water inlet end of the handle into the first water channel of the movable seat and the center hole of the water guide seat, and flows from the center hole into the flushing tube body, and produces water spray at the flushing outlet hole at the end of the flushing tube. On the contrary, when you want to use the flushing mode, you need to turn the switch button downward to switch the action. After switching, the abutting groove surface of the water guide seat is separated from the rubber ring at the bottom of the water diversion head, so that the water from the water inlet end of the handle is dispersed and diverted to the gaps on both sides of the water guide seat, and flows to the water outlet end inside the head end, and produces water spray in the shower flushing assembly. The shower head of the present invention is integrally constructed into a flushing device, and the two usage modes are switched by the switch button, so that the shower head can achieve multi-functional integration, simplify the equipment and achieve practical progress without occupying space.

Description

Shower head structure with flushing device

The present invention relates to a shower head structure with a tooth flushing device, in particular, a shower head that is integrally formed with a tooth flushing device, and two usage modes are switched by a switch key, so that the shower head can be multifunctional and integrated, thereby simplifying the equipment and not taking up space.

According to the general shower room, most users will install a shower head and a water rinser on a rack, which makes the shower room complicated and takes up space due to too many types of flushing devices. In addition, the types of flushing devices require too many pipes, which makes the shower space a little messy and difficult to tidy up, and it is also inconvenient to use.

In view of the above phenomenon, the creator of this case invented the best practical invention based on many years of production experience.

That is, the main purpose of the present invention is to provide a shower head structure with a flushing device; the problem it aims to solve is to improve and overcome the problem that conventional shower rooms are often complicated and easy to take up space due to too many types of flushing devices, and the flushing devices have too many pipes depending on their types, which makes the shower space a little messy and difficult to organize, and is also inconvenient to use; the technical features of the problem solving include a shower head body, having a handle, a head portion at the top of the handle, a water inlet end at the bottom of the handle, wherein the head portion has a water outlet end, and a secondary end surface is provided at the bottom edge of the front end of the head portion, and a second slot is provided inside the secondary end surface; a shower flushing assembly is assembled inside the head portion of the shower head body and is located relative to the front end surface; all the switch keys, The switch key is movably arranged at a predetermined position outside the handle of the shower head body, and the switch key can be switched up and down. The switch key is provided with two linked seats inwardly; a switch component is arranged inside the handle of the shower head body and is in a relative position to the switch key, wherein the switch component includes a water diverter, a middle hole is provided in the center of the water diverter, and a connecting portion is provided at the outer edge relative to the inside of the shower head body The water diverter is positioned, a hemispherical rubber ring is arranged near the bottom edge of the water diverter, a movable seat is arranged at the bottom of the water diverter, a first water channel is arranged inside the movable seat corresponding to the center hole, a linkage insert is arranged at the movable seat corresponding to the linkage seat position of the switch key, so that the switch key can drive the movable seat to move up and down, a water guide seat is arranged at the top of the movable seat, and a A spherical socket-shaped abutting groove surface, which can be relatively movable against the rubber ring of the water diverter to be in close contact or separation, and a center hole is longitudinally passed through the abutting groove surface. When the abutting groove surface of the water guide seat is in close contact with the rubber ring of the water diverter, the center hole is connected to the middle hole; a flushing tube body, which has a flushing pipe inside, and one end of the flushing tube body is connected to the top end of the middle hole of the water diverter. The other end of the flush tube body is provided with a flush tube end, and a flush water outlet hole is provided at the center of the flush tube end, so that the flush water outlet hole extends out of the second slot hole of the head end of the shower head body and the secondary guide hole of the shower head front cover; by virtue of this innovative and unique design, when the present invention is to be used in shower mode, the switch key needs to be turned upward to switch the action, and after switching, the abutting groove surface of the water guide seat is tightly abutted against the water distribution hole. The rubber ring at the bottom of the head allows water to flow from the water inlet end of the handle into the first water channel of the movable seat and the center hole of the water guide seat, and then flow into the flush tube body from the center hole, and produce water spray at the flush outlet hole at the end of the flush tube; on the contrary, when the flush mode is used, the switch key needs to be switched downward. After the switch, the groove surface of the water guide seat is separated from the rubber ring at the bottom of the water diversion head. The water from the water inlet end of the handle is dispersed and directed to the gaps on both sides of the water guide seat, and then flows to the water outlet end inside the head end, and produces water spray in the shower flushing assembly. The shower head of the present invention is integrally formed into a toothbrush device, and two usage modes are switched by the switch key, so that the shower head can achieve multi-functional integration, and achieve practical progress in simplifying the equipment without taking up space.

[Part of the present invention]

10: Shower head body

11: Handle

12: Switch key

121: Linked deck

13: Water inlet end

14: Head end

15: Water outlet space

151: Limit interval

152: Embossed part

153: Class edge

154: Internal thread section

155:Environment

16: Water outlet

17: Secondary end face

18: Second slot

20: Shower flushing assembly

21: Filter element

211: Filter base surface

212: Filter nozzle

213: Assembly seat

214: recessed part

22: Sealing ring

23: Shower front cover

231: Frame seat

232: Shower element

233: Shower nozzle

234: Sub-base

235: Auxiliary guide hole

236; External thread segment

30: Switch components

31: Water head

311: Rubber ring

312: Middle hole

313: Connection part

32: Movable seat

321: Water guide seat

322: Center hole

323: against the groove surface

324: Airtight ring

325: Linkage insert

326: First Waterway

33: Guide the body

34: Sealing ring

35: Bottom end seat

36: The third waterway

37: Second Waterway

40: Flushing tube body

41: Punching the tube end

42: Flushing water outlet hole

43: Fluting pipes

Figure 1: A three-dimensional diagram of the shower head structure with a flushing device of the present invention.

Figure 2: is an exploded three-dimensional diagram of the shower head structure with a flushing device of the present invention.

Figure 3: is a cross-sectional view showing the switching of the shower mode of the shower head structure with a flushing device of the present invention.

Figure 4: is the second cross-sectional view of the shower head structure with a flushing device of the present invention, showing the switching of shower modes.

Figure 5: is a cross-sectional view showing the switching of the flushing mode of the shower head structure with a flushing device of the present invention.

Figure 6 is the second cross-sectional view of the switching mode of the shower head structure with a flushing device of the present invention.

Figure 7: is a structural block diagram of the shower head structure with a flushing device of the present invention.

Please refer to Figures 1 to 7, which are preferred embodiments of the shower head structure with a tooth-washing device of the present invention. However, these embodiments are for illustrative purposes only and are not limited to this structure in the patent application. The shower head body 10 has a handle 11, a head portion 14 is provided at the top of the handle 11, and a water inlet end 13 is provided at the bottom of the handle 11, wherein the head portion 14 has a water outlet space 15, and the water outlet space A water outlet 16 is provided on one side of the head end 14, and a secondary end surface 17 is provided at the bottom edge of the front end of the head end 14, and a second slot 18 is provided inside the secondary end surface 17; a shower flushing assembly 20 is assembled in the water outlet space 15 inside the head end 14 of the shower head body 10 and is located at the front end surface; a switch key 12 is movably provided at a predetermined position outside the handle 11 of the shower head body 10, and the switch key The switch key 12 can be switched up and down, and the switch key 12 is provided with two linkage seats 121 inwardly; a switch component 30 is provided inside the handle 11 of the shower head body 10 and is in a relative position to the switch key 12, wherein the switch component 30 includes a water diverter 31, a middle hole 312 is provided in the center of the water diverter 31, and a connecting portion 313 is provided on the outer edge relative to the inside of the shower head body 10, so that the water diverter 31 is fixed A hemispherical rubber ring 311 is provided near the bottom edge of the water diverter 31, a movable seat 32 is provided at the bottom of the water diverter 31, a first water channel 326 is provided inside the movable seat 32 corresponding to the center hole 322, a linkage insert 325 is provided at the movable seat 32 corresponding to the linkage seat 121 of the switch key 12, so that the switch key 12 can drive the movable seat 32 to move up and down, and a guide is provided on the top of the movable seat 32. The water seat 321 has a spherical groove surface 323 on the top of the water seat 321. The groove surface 323 can be in close contact with or separated from the rubber ring 311 of the water diversion head 31 relative to the movable spherical surface. A center hole 322 is longitudinally passed through the groove surface 323. When the groove surface 323 of the water seat 321 is in close contact with the rubber ring 311 of the water diversion head 31, the center hole 322 is connected to the middle hole 322. 312; a flushing tube body 40, with a flushing pipe 43 inside, one end of the flushing tube body 40 is connected to the top of the hole 312 of the water diverter 31, and the other end of the flushing tube body 40 is provided with a flushing tube end 41, and a flushing water outlet hole 42 is provided at the center of the flushing tube end 41, so that the flushing water outlet hole 42 is extended from the second slot 18 of the head end 14 of the shower head body 10 and the secondary guide hole of the shower head front cover 23 235; When the switch button 12 is switched upward, the abutting groove surface 323 of the water guide seat 321 is tightly abutted against the rubber ring 311 at the bottom of the water diverter 31, so that water from the water inlet end 13 of the handle 11 enters the first water channel 326 of the movable seat 32 and the center hole 322 of the water guide seat 321, and flows from the center hole 312 into the punch tube body 40, so that the punch tube end 41 of the punch tube body 40 is flushed. The water outlet hole 42 produces a water spraying action; on the contrary, when the switch button 12 is switched downward, the groove surface 323 of the water guide seat 321 is separated from the rubber ring 311 at the bottom of the water diversion head 31, so that the water from the water inlet end 13 of the handle 11 is dispersed and diverted to the gaps on both sides of the water guide seat 321, and flows to the water outlet end 16 and the water outlet space 15 inside the head end, and the shower flushing assembly 20 produces a water spraying action.

Next, the water outlet space 15 of the head end 14 of the shower head body 10 is provided with a limit section 151, a stepped edge 153, an inner thread section 154 and an annular edge 155 in sequence from the inside to the outside, wherein the inner edge of the limit section 151 is provided with a plurality of embedded protrusions 152; the shower flushing assembly 20 includes a filter element 21, a sealing ring 22 and a shower front cover 23 which are relatively structured; and the The filter element 21 is assembled in the limiting section 151 inside the head end 14. The outer edge of the filter element 21 is provided with an assembly seat 213. The assembly seat 213 is provided with matching recessed portions 214 corresponding to each of the protruding portions 152 of the limiting section 151, so that each of the recessed portions 214 is embedded in each of the protruding portions 152. The surface of the filter element 21 is provided with a filter base surface 211. The surface of the filter base surface 211 is provided with The plurality of filter holes 212; the sealing ring 22 is assembled on the stepped edge 153 inside the head end 14, and the shower front cover 23 includes a frame 231 and a shower element 232, wherein the shower element 232 has an outer thread section 236 formed at the axial ring edge 155 on one side, and the outer thread section 236 can be screwed to the inner thread section 154 of the head end 14, and the frame 231 can be annularly assembled on the The annular edge 155 of the head end portion 14 enables the shower element 232 to rotate relative to the frame seat 231, wherein the shower element 232 has a plurality of shower nozzles 233 on its surface, and the bottom of the frame seat 231 is provided with a secondary base 234 corresponding to the secondary end seat of the head end portion 14, and the secondary base 234 is provided with a secondary guide hole 235 corresponding to the second slot hole 18, so that the secondary guide hole 235 is located opposite to the second slot hole 18.

Furthermore, a guide body 33 is provided on the inner wall surface of the handle 11 of the shower head body 10 at a position opposite to the movable seat 32, an airtight ring 324 is provided in an annular shape at the top of the guide body 33 at a position opposite to the movable seat 32, and a sealing ring 34 is provided in an annular shape at the bottom at a position opposite to the movable seat 32.

Preferably, a bottom end seat 35 is provided at the bottom of the movable seat 32, a second water channel 37 is provided at the bottom end seat 35 corresponding to the first water channel 326 of the movable seat 32, and a third water channel 36 is provided at the bottom of the second water channel 37.

Please refer to Figure 7, which is a structural block diagram of the present invention. The shower head body 10 of the present invention is switched to shower mode or tooth flushing mode through the switch key 12.

Thus, when the present invention is to be used in the shower mode, the switch button 12 needs to be switched upwards. After the switching, the abutting groove surface 323 of the water guide seat 321 is tightly abutted against the rubber ring 311 at the bottom of the water diverter 31, so that water from the water inlet end 13 of the handle 11 enters the first water channel 326 of the movable seat 32 and the center hole 322 of the water guide seat 321, and flows from the center hole 312 into the flush tube body 40, and the flush outlet hole 42 of the flush tube end 41 generates a water spraying action; on the contrary, when the flush mode is to be used, the switch button 12 needs to be switched upwards. 2 is switched downward. After switching, the groove surface 323 of the water guide seat 321 is separated from the rubber ring 311 at the bottom of the water diversion head 31, so that the water from the water inlet end 13 of the handle 11 is dispersed and diverted to the gaps on both sides of the water guide seat 321, and flows to the water outlet end 16 inside the head end, and the shower flushing assembly 20 produces a water spraying action. The shower head of the present invention is integrally constructed into a tooth-washing device, and the two usage modes are switched by the switch key 12, so that the shower head can achieve multi-functional integration, and achieve practical progress of simplifying equipment without occupying space.

To summarize the above description, the above structure of the present invention can effectively overcome the shortcomings of conventional inventions, and further has the above advantages and practical value. Therefore, the present invention is an excellent structure with excellent creativity, and there is no same or similar product invention or public use in the same technical field. Therefore, the present invention has met the requirements of "novelty" and "progressiveness" for invention patents, and an application is filed in accordance with the law.

10: Shower head body

12: Switch key

13: Water inlet end

14: Head end

211: Filter base surface

212: Filter nozzle

235: Auxiliary guide hole

41: Punching the tube end

42: Flushing water outlet hole

Claims (3)

A shower head structure with a flushing device comprises: a shower head body having a handle, a head end portion being provided at the top of the handle, a water inlet end being provided at the bottom of the handle, wherein a water outlet space is provided in the head end portion, a water outlet end is provided at one side of the water outlet space, a secondary end surface is provided at the bottom edge of the front end of the head end portion, and a second slot is provided inside the secondary end surface; a shower flushing assembly is assembled in the water outlet space inside the head end portion of the shower head body and is located at the front end relative to the water outlet space. The switch key is movably arranged at a predetermined position outside the handle of the shower head body, and the switch key can be switched up and down. The switch key is provided with two linkage seats facing inward; a switch component is arranged inside the handle of the shower head body and is in a relative position to the switch key, wherein the switch component includes a water diverter, a middle hole is arranged in the center of the water diverter, and a connecting part is arranged at the outer edge relative to the inside of the shower head body to position the water diverter, and the water diverter is close to the bottom edge. A hemispherical rubber ring is arranged at the bottom of the water diverter, a movable seat is arranged at the bottom of the movable seat, a first water channel is arranged inside the movable seat corresponding to the center hole, a linkage insert is arranged at the movable seat corresponding to the linkage seat position of the switch key, so that the switch key can drive the movable seat to move up and down, a water guide seat is arranged at the top of the movable seat, and a spherical groove surface is arranged at the top of the water guide seat, and the groove surface can be closely attached to or separated from the rubber ring of the water diverter relative to the movable top, and the groove surface A central hole is longitudinally passed through the inner part, and when the abutting groove surface of the water guide seat is in close contact with the rubber ring of the water diversion head, the central hole is connected to the middle hole; a flushing thread tube body, with a flushing thread pipeline inside, one end of the flushing thread tube body is connected to the top end of the middle hole of the water diversion head, and the other end of the flushing thread tube body is provided with a flushing thread tube end, and a flushing thread water outlet hole is provided at the center of the flushing thread tube end, so that the flushing thread water outlet hole extends out of the second groove hole of the head end of the shower head body and the auxiliary guide hole of the shower head front cover; The water outlet space of the head end of the shower head body is provided with a limit zone, a stepped edge, an inner thread section and a ring edge in sequence from the inside to the outside, wherein the inner edge of the limit zone is provided with a plurality of embedded protrusions; the shower flushing assembly comprises a filter element, a sealing ring and a shower head front cover; and the filter element is assembled in the limit zone inside the head end, and the outer edge of the filter element is provided with an assembly seat, and the assembly seat corresponds to each of the limit zones. The embedded convex part is provided with a matching embedded concave part, so that each embedded concave part is embedded in each embedded convex part, and the surface of the filter element is provided with a filter base surface, and the surface of the filter base surface is provided with a plurality of filter spray holes; the sealing ring is assembled on the stepped edge inside the head end, and the shower front cover includes a frame seat and a shower element, wherein the axial ring edge position of one side of the shower element forms an outer thread segment, and the outer thread segment can be screwed and assembled on the inner thread segment of the head end, and the frame seat can be annularly assembled on The edge of the head end is so that the shower element can be rotated relative to the frame seat, wherein the shower element surface is provided with a plurality of shower nozzles, and the bottom of the frame seat is provided with a secondary base corresponding to the secondary end seat of the head end, and the secondary base is provided with a secondary guide hole corresponding to the second slot hole, so that the secondary guide hole is positioned opposite to the second slot hole; when the switch key is switched upward, the groove surface of the water guide seat is tightly against the rubber ring at the bottom of the water diversion head, so that water flows from the water inlet end of the handle into the water diversion head. The water flows into the first water channel of the movable seat and the center hole of the water guide seat, and flows from the center hole into the flush tube body, and causes the flush outlet hole at the end of the flush tube to produce a water spraying action; on the contrary, when the switch key is switched downward, the abutting groove surface of the water guide seat is separated from the rubber ring at the bottom of the water diversion head, so that the water from the water inlet end of the handle is dispersed and diverted to the gaps on both sides of the water guide seat, and flows to the water outlet end inside the head end, and causes the shower flushing assembly to produce a water spraying action. As described in claim 1, a shower head structure with a flushing device, wherein a guide body is provided on the inner wall surface of the handle of the shower head body opposite to the movable seat, an airtight ring is provided in an annular shape at the top of the guide body opposite to the movable seat, and a sealing ring is provided in an annular shape at the bottom opposite to the movable seat. The shower head structure with a flushing device as described in claim 1, wherein a bottom end seat is provided at the bottom of the movable seat, a second water channel is provided at the bottom end seat corresponding to the first water channel of the movable seat, and a third water channel is provided at the bottom of the second water channel.

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