Splicing shower

Abstract

A splicing shower has a main shower, which is disposed with an inlet waterway, a main outlet assembly and at least a water diversion connection, the main outlet assembly is connected to the inlet waterway, the water diversion connection is connected to the inlet waterway, the water diversion connection is disposed with an on-off switch. The assistant shower is disposed with a diversion waterway and an assistant outlet assembly, the assistant outlet assembly is connected to the diversion waterway. When the assistant shower is spliced to the main shower, the water diversion connection is connected to the diversion waterway, when the assistant shower is separated from the main shower, the switch is turned off.

Claims

1. A splicing shower, comprising: a main shower, which is disposed with an inlet waterway, a main outlet assembly and at least a water diversion connection, the main outlet assembly is connected to the inlet waterway, the water diversion connection is connected to the inlet waterway, the water diversion connection is disposed with an on-off switch; and at least an assistant shower, which is disposed with a diversion waterway and an assistant outlet assembly, the assistant outlet assembly is connected to the diversion waterway; wherein the assistant shower can be spliced to the main shower to form an assembly and disassembly connection, when the assistant shower is spliced to the main shower, the water diversion connection is connected to the diversion waterway, when the assistant shower is separated from the main shower, the switch is turned off.

2. A splicing shower according to claim 1, wherein the switch is a check valve, which is disposed with a valve spool and a withstand spring, the valve spool is assembly inside the water diversion connection in sliding way, the withstand spring is assembled inside the water diversion connection and withstood the valve spool to make the valve spool normal off.

3. A splicing shower according to claim 2, wherein the assistant shower is further disposed with a touch mechanism, which includes a control member and a push bar, the control member is controlled by user to drive the push bar to move, making the switch switched on/off.

4. A splicing shower according to claim 1, wherein the main shower is disposed with an on-off mechanism, which is controlled by user to control the on-off of the main outlet assembly and the inlet waterway.

5. A splicing shower according to claim 3, wherein the control member is rotated and assembled in the assistant shower, the push bar is assembled in the assistant shower in sliding way, the push bar is extended out of the assistant shower to withstand the valve spool.

6. A splicing shower according to claim 5, wherein the touch mechanism further includes a turnplate, which is rotated and assembled inside the assistant shower, the turnplate is synchronously rotated with the control member coaxially, the shaft end face of the turnplate is disposed with a linkage groove, the push bar is disposed with a linkage pin in the lower; the linkage pin is connected to the linkage groove, making the turnplate driving the push bar to slide when the turnplate rotates.

7. A splicing shower according to claim 2, wherein the assistant shower is further disposed with a touch mechanism, which includes a push bar connected to the assistant shower in sliding way, when the assistant shower is assembled to the main shower, the touch mechanism makes the push bar sliding out to turn on the on-off switch, when the assistant shower is disassembled from the main shower, the touch mechanism makes the push bar sliding back to turn off the on-off switch.

8. A splicing shower according to claim 7, wherein the touch mechanism further includes a press bar, a linkage bar and a restore spring; the press bar is assembled inside the assistant shower in sliding way; the restore spring withstands the press bar and the assistant shower; the centre of the linkage bar is pivot joint to the assistant shower, two ends of the linkage bar are separately connected to the press bar and the push bar, making that: when the assistant shower is assembled to the main shower, the press bar is sliding back, the linkage bar is rotated, the push bar is sliding out, the restore spring is compressed to restore energy; when the assistant shower is disassembled from the main shower, the restore spring releases energy, making the press bar sliding out, the linkage bar rotated and the push bar sliding back.

9. A splicing shower according to claim 8, wherein the water diversion connection is assembled in the main shower in sidling way, a restore spring is disposed between the water diversion connection and the main shower; the external wall of the outside end of the water diversion connection is a first conical surface of big inside small outside; the inner wall of the outside end of the diversion waterway is a second conical surface of big outside small inside, the second conical surface is coupled to the first conical surface; The part of the outside end face of the assistant shower below the outside end of the diversion waterway is a guide inclined surface; The end of the press bar is extended out of the guide inclined surface.

10. A splicing shower according to claim 1, wherein the side end face of the main shower is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the end face of the assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

11. A splicing shower according to claim 1, wherein the main shower is a regular hexagon shaped with six end faces, each end face is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the number of the assistant shower is six, one end face of each assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

12. A splicing shower according to claim 2, wherein the side end face of the main shower is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the end face of the assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

13. A splicing shower according to claim 3, wherein the side end face of the main shower is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the end face of the assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

14. A splicing shower according to claim 4, wherein the side end face of the main shower is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the end face of the assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

15. A splicing shower according to claim 5, wherein the side end face of the main shower is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the end face of the assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

16. A splicing shower according to claim 6, wherein the side end face of the main shower is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the end face of the assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

17. A splicing shower according to claim 7, wherein the side end face of the main shower is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the end face of the assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

18. A splicing shower according to 8, wherein the side end face of the main shower is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the end face of the assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

19. A splicing shower according to claim 9, wherein the side end face of the main shower is disposed with a lock groove, the water diversion connection is corresponding to the lock groove; the end face of the assistant shower is disposed with a lock holder, the outside end of the diversion waterway is corresponding to the lock holder; the lock holder can be spliced to the lock groove to form an assembly and disassembly connection.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) The present invention will be further described with the drawings and the embodiments.

(2) FIG. 1 illustrates the bottom view of the splicing shower of the first preferred embodiment of the present invention.

(3) FIG. 2 illustrates the structure of the splicing shower of the first preferred embodiment of the present invention.

(4) FIG. 3 illustrates the breakdown structure of the main shower of the first preferred embodiment of the present invention.

(5) FIG. 4 illustrates the breakdown structure of the assistant shower of the first preferred embodiment of the present invention.

(6) FIG. 5 illustrates the sectional view of the splicing shower of the first preferred embodiment of the present invention when the main shower is spliced with an assistant shower and water flows out of the main shower.

(7) FIG. 6 illustrates the sectional view of the splicing shower of the first preferred embodiment of the present invention when the main shower is spliced with an assistant shower and water flows out of the assistant shower.

(8) FIG. 7 illustrates the sectional view of the splicing shower of the first preferred embodiment of the present invention when the main shower is spliced with an assistant shower and water flows out of the main shower and the assistant shower.

(9) FIG. 8 illustrates the structure of the splicing shower of the second preferred embodiment of the present invention.

(10) FIG. 9 illustrates the sectional view of the splicing shower of the second preferred embodiment of the present invention when the main shower is spliced with two assistant showers.

(11) FIG. 10 illustrates the structure of the splicing shower of the second preferred embodiment of the present invention when the main shower is spliced with two assistant showers.

(12) FIG. 11 illustrates the sectional view of the splicing shower of the second preferred embodiment of the present invention when the main shower is spliced with two assistant showers.

(13) FIG. 12 illustrates the breakdown structure of the splicing shower of the second preferred embodiment of the present invention.

DETAILED DESCRIPTION OF THE EMBODIMENTS

(14) The first embodiment, please refer to FIG. 1 to FIG. 7; a splicing shower of the present invention includes a main shower 100 and six assistant showers 200.

(15) The main shower 100 includes a first body 170, a main outlet assembly 120 and six water diversion connections 130. the first body 170 is regular hexagon shaped with six end faces, each end face is disposed with a lock groove 160.

(16) The first body 170 is disposed with an inlet waterway 110 and six assistant waterways 180 of annular arranged, the inlet waterway 110 is divided into an upper section, a central section and a lower section, the assistant waterway 180 has an outside end and an inside end. The upper section of the inlet waterway 110 is connected to the water resource. The lower end of the inlet waterway 110 is big end down. Besides, the step groove end of the assistant waterway 180 is situated in the centre of the lock groove 160, that is to say, the water diversion connection 130 is corresponding to the lock groove 160.

(17) The main outlet assembly 120 is assembled in the lower of the first body 170 and connected to the inlet waterway 110 to outlet. An on-off mechanism 140 is disposed between the main outlet assembly 120 and the inlet waterway 110 and controlled by user of the on-off of the lower section of the inlet waterway 110, that is to say, the on-off mechanism 140 is used to control the on-off of the inlet waterway 110 and the main outlet assembly 120. in this embodiment, the main outlet assembly 120 is annular shaped, the on-off mechanism 140 includes a knob 141 and a piston rod 142, the knob is rotated and connected inside the inner hole 121 of the main outlet assembly 120 in sealing way, the knob 141 is fixed with a screw rack 1411, the piston rod 142 can slide relatively to the lower section of the inlet waterway 110, the sliding up and down of the piston rod 142 controls the on-off of the lower section of the inlet waterway 110, for example, the piston rod 142 is fixed with a sealing, when the sealing is situated in the small hole of the lower section of the inlet waterway 110, the lower section of the inlet waterway 110 is turned off, when the sealing is situated in the big hole of the lower section of the inlet waterway 110, the lower section of the inlet waterway is turned on, that is to say, when the piston rod 142 is situated in the lower, the lower section of the inlet waterway 110 is turned off, when the piston rod 142 is situated in the upper, the lower section of the inlet waterway 110 is turned on.

(18) Six water diversion connections 130 are separately sliding inside the step groove of the six assistant waterways 180 in sealing way. A restore spring 150 is disposed between the water diversion connection 130 and the step surface of the step groove of the assistant waterway 180, a board 190 is disposed in the end of the step groove to prevent the water diversion connection 130 from separating from the main shower 100, the outside end of the water diversion connection 130 is extended out of the board 190. the water diversion connection 130 is disposed with an on-off switch 131, which is a check valve in this embodiment. The check valve includes a valve body 1313, a valve spool 1311 and a withstand spring 1312, the valve body 1313 is fixed inside the water diversion connection 130 in a sealing way, the valve spool 1311 is assembled inside the valve body 1313 of the water diversion connection 130 in sliding way, the withstand spring 1312 is assembled inside the water diversion connection 130 to make the valve spool 1311 in normal off.

(19) The assistant shower 200 includes a second body 260 and an assistant outlet assembly 220, the second body 260 is regular hexagon shaped with six end faces. One end face of the assistant shower 200 is disposed with a lock holder 250, which is spliced to the lock groove 160 to form an assembly and disassembly connection, that is to say, the main shower 100 can be spliced with the assistant shower 200 to form an assembly and disassembly connection.

(20) The assistant outlet assembly 220 is assembled to the second body 260, the assistant outlet assembly 220 is annular arranged. The second body 260 is disposed with a diversion waterway 210 inside, the outside end of the diversion waterway 210 is situated in the centre of the lock holder 250, the inside end is connected to the assistant outlet assembly 220 to outlet.

(21) The assistant shower 200 is further disposed with a touch mechanism 230, which includes a control member 231, a push bar 232 and a turnplate 233. the control member is rotated and assembled inside the inner hole 221 of the assistant outlet assembly 220 of the assistant shower 200 in sealing way. The turnplate 233 is rotated and assembled inside the second body 260 of the assistant shower 200, the turnplate 233 is synchronously rotated with the control member 231 coaxially, the shaft end face of the turnplate 233 is disposed with a linkage groove 2341. The push bar 232 is assembly inside the second body 260 of the assistant shower 200 in sliding way, the push bar 232 is disposed with a linkage pin 2321 in the lower; the linkage pin 2321 is connected to the linkage groove, making the turnplate 233 driving the push bar 232 to slide when the turnplate 233 rotates. The push bar 232 can be extended out of the outside end of the diversion waterway 210 of the assistant shower 200 and the push bar 232 can withstand the valve spool 1311.

(22) In this embodiment, to make sure the convenience of the assembly and disassembly of the water diversion connection and the diversion waterway 210, it can be designed that: the external wall of the outside end of the water diversion connection 130 is a first conical surface 132 of big inside small outside; the inner wall of the outside end of the diversion waterway is a second conical surface 211 of big outside small inside, the second conical surface 211 is coupled to the first conical surface 132; the part of the outside end face of the assistant shower 200 below the outside end of the diversion waterway 210 is a guide inclined surface 240.

(23) Thereinto: when the lock holder 250 of the assistant shower 200 is spliced to the lock groove 160 of the main shower 100, the water diversion connection 130 is connected to the diversion waterway 210, when user rotates the control member 231 to drive the push bar 232 to slide forwards and backwards to control the valve spool 1311 to slide and the check valve to turn on/off; when the main shower 100 is separated from the assistant shower 200, under the work of the withstand spring 1312, the valve spool is turned off, the on-off switch 131 is situated in sealing state.

(24) The second embodiment, the difference from above embodiment is that:

(25) Refer to FIG. 8 to FIG. 12. The inside end of the assistant waterway 180 is connected to the central section of the inlet waterway 110, the outside end is a step groove of big outside small inside.

(26) The assistant shower 200 is further disposed with a touch mechanism 230, which includes a push bar 232, a press bar 234, a linkage bar 235 and a restore spring 236. the press bar 234 is assembled inside the second body 260 of the assistant shower 200 in sliding way, the end of the press bar 234 is extended out of the guide inclined surface 240. the push bar 232 can be sliding into the diversion waterway 210 of the second body 260 of the assistant shower 200, and the push bar can be extended out of the outside end of the diversion waterway 210 of the assistant shower 200 to withstand the valve spool 1311. the centre of the linkage bar 235 is pivot joint to the second body 260 of the assistant shower 200, two ends of the linkage bar 235 are separately connected to the press bar 234 and the push bar 232, making that the press bar 234 slides to drive the push bar 232 to slide. To make sure the stability of the sliding of the push bar 232, it has better to disposed two press bars, two linkage bars and two connection grooves.

(27) In this embodiment, to make sure the convenience of the assembly and disassembly of the water diversion connection and the diversion waterway 210, it can be designed that: the external wall of the outside end of the water diversion connection 130 is a first conical surface 132 of big inside small outside; the inner wall of the outside end of the diversion waterway is a second conical surface 211 of big outside small inside, the second conical surface 211 is coupled to the first conical surface 132; the part of the outside end face of the assistant shower 200 below the outside end of the diversion waterway 210 is a guide inclined surface 240.

(28) Thereinto, when the assistant shower 200 is assembled to the main shower 100, the press bar 234 is sliding back, the linkage bar 235 is rotated, the push bar 232 is sliding out, the restore spring 236 is compressed to restore energy; when the assistant shower 200 is disassembled from the main shower 100, the restore spring 236 releases energy, making the press bar 234 sliding out, the linkage bar 235 rotated and the push bar (232) sliding back, the check valve is repositioned and closed.

(29) Although the present invention has been described with reference to the preferred embodiments thereof for carrying out the patent for invention, it is apparent to those skilled in the art that a variety of modifications and changes may be made without departing from the scope of the patent for invention which is intended to be defined by the appended claims.

INDUSTRIAL APPLICABILITY

(30) The present invention is provided with a splicing shower, in which the main shower and the assistant shower form an assembly and disassembly connection. the main shower is spliced with the assistant shower, the water diversion connection is connected to the diversion waterway, when the main shower is separated from the assistant shower, the on-off switch is turned off. User can change the outlet area by splicing of the main shower and the assistant shower as required.