Patent Application
20140027234
The present invention relates to an auto-rebound switching apparatus, especially to an auto-rebound switching apparatus applied in a shower.
Existing toggle type switching shower usually comprising a shower body, the upper end of the which is disposed with an upper cover, the lower end is disposed with a outlet cover and an outlet mechanism disposed between the outlet cover and the body, the handle of the upper cover near to the body is disposed with a toggle. To switch different outlet functions, it needs to poke the toggle to drive the upper cover to rotate with respect to the body. The upper cover is connected to the outlet mechanism, when the upper cover rotates, the position of the outlet mechanism changes, so that the waterways change, realizing different outlet functions. However, this kind of toggle type switching shower has disadvantages: the upper cover can not rebound, users have to poke the toggle in the opposite direction.
The object of the present invention is to provide an auto-rebound switching apparatus, which overcomes the technical problem of the existing technology.
The technical proposal of the present invention is as below:
An auto-rebound switching device, wherein comprising:
a body, which is disposed with a water separating apparatus, switching is implemented by the relative motion of the water separating apparatus and the body;
an upper cover, which is rotatably disposed in the rear side of the body;
a passive disc, which is rotatably disposed between the rear side of the body and the upper cover;
a clutch mechanism, which is disposed with a bi-directional ratchet gear and a bi-directional pawl coupled to the ratchet gear; the ratchet gear is rotatably disposed in the rear side of the body, and is connected to the water separating apparatus in driving way, so that the ratchet gear, when rotating, drives the water separating apparatus to move to implement switch; the bi-directional pawl, the upper cove and the passive disc are interconnected, so that the upper cover, when rotating with respect to the passive disc, drives the bi-directional pawl to move between a forward rotation position, a reverse rotation position, and a detached position; when the bi-directional pawl is situated in the forward rotation position, the upper cover, when rotating forward, drives the passive disc, the bi-directional pawl and the ratchet gear to rotate forward, when the bi-directional pawl is situated in the reverse rotation position, the upper cover, when rotating reversely, drives the passive disc, the bi-directional pawl and the ratchet gear to rotate reversely; and
a rebound apparatus, which is capable to make the bi-directional pawl to situate in detached position and to make the upper cover, the passive disc and the bi-directional pawl rebounded.
In another preferred embodiment, the upper cover is disposed with a protruding toggle.
In another preferred embodiment, the bi-directional pawl is pivot joint to the off-central position of the passive disc, the axis of the passive disc coincides to the axis of the upper cover.
In another preferred embodiment, the body comprising a handle and a disc body, the central of the disc body is disposed with a first circular throughout hole, an annular groove is disposed in the rear side of the disc body centered on the first circular throughout hole; the central of the upper cover is disposed with a fourth circular throughout hole corresponding to the first circular throughout hole of the body, the front side of the upper cover is disposed with a round of flange coupled to the annular groove of the body, the edge in the rear side of the upper cover is disposed with a toggle, the front side of the upper cover near to the toggle is disposed with a long groove, a limiting block radically extended is disposed between the long groove and the first circular throughout hole.
In another preferred embodiment, the central of the passive disc is disposed with a second circular throughout hole, the rear side of the passive disc near the edge is disposed with two radical limiting plates, the limiting block in the front side of the upper cover is locked between the two radical limiting plates of the passive disc, in the edge of the front side, a first pin is further disposed corresponding to and between the two radical limiting plates of the passive disc.
In another preferred embodiment, the bi-directional pawl is a triangle shape, the central is disposed with a third circular throughout hole, the first pin of the passive disc is inserted into the third circular throughout hole of the bi-directional pawl; the rear side of one angle near to the outside of the bi-directional pawl is disposed with a second pin, the second pin of the bi-directional pawl is pivot joint to the long groove of the upper cover; the other two angles are respectively disposed with ratchet pawls, a demising groove is disposed between the two ratchet pawls.
In another preferred embodiment, the rebound apparatus comprising at least one spring disposed in one of the body and the passive disc, and a pressing rib disposed in the other of the body and the passive disc, when rotating, the passing rib presses the spring.
In another preferred embodiment, two arc grooves arranged in a circumference direction are disposed to assemble the spring between the annular groove and the first circular throughout hole of the body, the end of each arc groove close to each other is en-closed, while the other end is respectively disposed with a mouth; in the edge of the front side of the passive disc, two pressing ribs arranged in a circumference direction is disposed, when rotating, the pressing ribs press the spring, the pressing ribs are disposed symmetrically along the diameter; each pressing rib comprising a radical limiting block and an arc protruding rib, two protruding ribs are capable to insert into the arc grooves to press the spring respectively from the mouth of the two arc grooves of the body in a circumference direction.
In another preferred embodiment, it further comprising an apparatus to generate gear affect when the upper cover is rotated.
When using above apparatus, swing the toggle of the upper cover, as the upper cover and the passive disc are interconnected to rotate, the upper cover drives the passive disc to rotate, the passive disc drives the touch apparatus, that is the bi-directional pawl, to rotate, the bi-directional pawl drives the ratchet gear to rotate, the ratchet gear then drives the water separating apparatus in the other side of the body to rotate to implement the switching of the outlet functions. There is further disposed with a rebound apparatus between the body and the passive disc used to rebound the rotation of the upper cover with respect to the body. Under the work of the rebound apparatus, the passive disc is rebounded to drive the upper cover to rebound.
As we can know from above, the present invention is provided with an auto-rebound switching apparatus, which is capable in the sanitary ware, especially in a shower. The advantages of the present invention are: manual toggling of a toggle is required only once, when water spray switching is completed, the rebound apparatus drives the passive disc and the upper cover to rebound, reducing one operation for the user, thus allowing for convenient operation. Also, the apparatus is capable of switching and rebound in both clockwise and counter-clockwise rotations, thus allowing convenient usage.
A preferred embodiment of the present invention, refer to
The body 100 includes a handle 110 and a disc body 120, the central position of the disc body is disposed with a first circular throughout hole 121, an annular groove 122 is disposed in the rear side of the disc body around the first circular throughout hole 121; between the annular groove 122 and the first circular throughout hole 121 and in the side opposite to the handle 110, two arc grooves 123 and 124 are symmetrically disposed to assembled two springs 130 and 140, the end of each arc groove close to each other is en-closed, while the other end is respectively disposed with a mouth 1231 and 1241. A first blind hole 125 is further disposed between the arc grooves 123, 124 and the annular groove 122, the first blind hole 125 is disposed with a first magnet 150.
The upper cover 500 is covered the rear side of the body 100, the central of the upper cover 500 is disposed with a fourth circular throughout hole 510 corresponding to the first circular throughout hole 121 of the body 100, the rear side of the fourth annular throughout hole 510 is assembled with a screw cap 580. The front side of the upper cover 500 is disposed with a round of a flange 520 corresponding to the annular groove 122 of the body 100, so that the upper cover 500 can rotates about the body 100. the edge of the rear side of the upper cover is disposed with a toggle 550, the front side near to the toggle 550 is disposed with a long groove 540, a limiting block 530 extended in the radial direction is disposed between the long groove 540 and the fourth circular throughout hole 510. The other side in the front side of the upper cover with respect to the toggle 550 is disposed with a second blind hole 560, a second magnet 570 is disposed inside the second blind hole 560. The first magnet 150 and the second magnet 570 are cooperated to generate gear affect when separated or rebounded
A passive disc 400 is disposed between the upper cover 500 and the body 100, the central of the passive disc 400 is disposed with a second circular throughout hole 410, in the rear side of the passive disc 400 near to the edge is radically disposed with two radical limiting plates 420, the limiting block 530 in the front side of the upper cover 500 is locked between the two radical limiting plates 420. in the edge of the front side of the passive disc 400, a first pin 440 is further disposed corresponding to the two radical limiting plates 420 in the rear side of the passive disc 400; two pressing ribs 430 are disposed in the circumference direction in the edge of the front side, the two pressing ribs 430 are symmetrically disposed, the symmetric line is the diameter of the second circular throughout hole 410 and the first pin 440. Each pressing rib 430 comprising a radical limiting block 432 and an arc protruding rib 431. The arc core of the protruding rib 431 is the circular throughout hole 410, and the position of the protruding rib 431 is corresponding to the two arc grooves 123 and 124 of the body 100, the two protruding ribs 431 are rotatably inserted into the arc grooves 123 and 124 from the mouths 1231 and 1241 of the arc grooves 123 and 124 in the circumference direction.
The ratchet gear 300 is disposed between the passive disc 400 and the body 100, the central of the ratchet gear 300 is disposed with a long throughout hole 310, when assembling, the position of the long throughout hole 310 is corresponding to the first circular throughout hole 121 of the body 100. the periphery of the ratchet gear 300 is disposed with several ratchet pawls 320, a clearance 330 is formed between each two adjacent ratchet pawls 320.
The bi-directional pawl 200 is disposed in the side of the ratchet gear 300 between the passive gear 400 and the body 100. It is a triangle shape, the central is disposed with a third circular throughout hole 210, when assembling, the first pin 440 of the passive disc 400 is inserted into the third circular throughout hole 210. an angle in the rear side near the outer is disposed with a second pin 220, when assembling, the second pin 220 is inserted into the long groove 540 of the upper cover 500. The other two angles are separately disposed with a pawl 230 and 240, a demising groove 250 is disposed between the two pawls 230 and 240. The pawls 230 and 240 can insert into the clearance 330 of the ratchet gear 300 to poke the ratchet pawls 320.
In the front side of the body 100, it is assembly in order with a water separating apparatus 600, an inclined body 700, a rotor 710, a diverter 720 and a cover 800. thereinto, the water separating apparatus 600 comprising an upper water separating disc 610, a lower water separating disc 620 fixed to the upper water separating disc 610 and a water separating body 630, the central of the upper water separating disc 610 is disposed with a third pin 611 coupled to the long throughout hole 310 of the ratchet gear 300. When assembling, the third pin 611 is passing through the first circular throughout hole 121 of the body 100 and then is inserted into the long throughout hole 310 of the ratchet gear 300.
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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.
The present invention is provided with an auto-rebound switching apparatus, in which manual toggling of a toggle is required only once, when water spray switching is completed, the rebound apparatus drives the passive disc and the upper cover to rebound, reducing one operation for the user, thus allowing for convenient operation. Also, the apparatus is capable of switching and rebound in both clockwise and counter-clockwise rotations, thus allowing convenient usage.
| Filing Document | Filing Date | Country | Kind | 371c Date |
|---|---|---|---|---|
| PCT/CN12/73284 | 3/30/2012 | WO | 00 | 9/30/2013 |
| Number | Date | Country | |
|---|---|---|---|
| 61472412 | Apr 2011 | US | |
| 61490371 | May 2011 | US |
