CN203664053U - Shower head capable of draining accumulated water - Google Patents
Shower head capable of draining accumulated water Download PDFInfo
- Publication number
- CN203664053U CN203664053U CN201320318595.6U CN201320318595U CN203664053U CN 203664053 U CN203664053 U CN 203664053U CN 201320318595 U CN201320318595 U CN 201320318595U CN 203664053 U CN203664053 U CN 203664053U
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- sealing
- hole body
- air inlet
- water
- discharge outlet
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Abstract
A shower head capable of draining accumulated water comprises a body and a face plate, and further comprises hole sealing bodies and elastic bodies. The body is provided with a water inlet port, an upper hole sealing cavity, an air inlet, an air inlet channel, an air inlet and water inlet channel and a water flow channel. The face plate is provided with an air inlet and water inlet channel, a lower hole sealing cavity, a water outlet, a water discharge port, a water discharge hole and small spray holes. The face plate is fixedly arranged on the lower portion of the body, and the water flow channel is communicated with the lower hole sealing cavity. When water flow is shut down, the elastic body (a) enables the hole sealing body (a) to be away from the air inlet, the air inlet is opened, the elastic body (b) enables the hole sealing body (b) to be away from the water discharge port, the water discharge port is opened, external air flows to the air inlet, the water flow channel, the air inlet and water inlet flow channel and the body from the air inlet channel in sequence, and accumulated water in the body flows to the water discharge port from the water outlet and then flows out from the water discharge hole.
Description
Technical field
The utility model relates to a kind of gondola water faucet and relates in particular to a kind of gondola water faucet that can emptyingly stockpile water.
Background technology
Consult Fig. 5, existing top-jet-type gondola water faucet 13 can not disposablely be emptied completely from spray aperture 14 closing after effluent switch the water in gondola water faucet, sometimes even can not drip at once, when to midnight, fall suddenly quickly and send the peal gurgling, thereby affect people's rest;
Existing gondola water faucet, because the time length that running water stops in gondola water faucet easily makes the spray aperture 14 of gondola water faucet tie incrustation scale, makes to spray aperture 14 and stops up.
Utility model content
The purpose of this utility model is to provide a kind of gondola water faucet that can emptyingly stockpile water, its can fast evacuation water in gondola water faucet, reduce to spray the probability of aperture clogs.
To achieve these goals, the utility model provides a kind of gondola water faucet that can emptyingly stockpile water, comprises body and panel, it is characterized in that: also comprise sealing of hole body, elastomer;
On described body, have into water interface, upper sealing of hole body cavity, air inlet, inlet channel, air inlet intake tunnel, pipelined channel;
On described panel, there are air inlet intake tunnel, lower sealing of hole body cavity, delivery port, discharge outlet, osculum, spray aperture;
Described water inlet interface is connected with described pipelined channel, and described air inlet is connected with described upper sealing of hole body cavity and described inlet channel;
Described discharge outlet is connected with described lower sealing of hole body cavity, described osculum, described delivery port;
On described above described air inlet of described the first sealing of hole body in sealing of hole body cavity, and can on described, in sealing of hole body cavity, move up and down, described the first elastomer is used for opening described air inlet;
In the described lower sealing of hole body cavity of described the second sealing of hole body above described discharge outlet, and can in described lower sealing of hole body cavity, move up and down, described the second elastomer is used for opening described discharge outlet;
Described panel is fixedly mounted on described body bottom, and described pipelined channel is connected with described lower sealing of hole body cavity;
In the time having current to enter from described water inlet interface, the impulse force of current covers on described air inlet described the first sealing of hole body, current flow to described the second sealing of hole body from described pipelined channel, described the second sealing of hole body is covered in described discharge outlet, flow to after described delivery port and flow to again in described body again from described spray aperture ejection;
In the time that current are closed, described the first elastomer makes described the first sealing of hole body leave described air inlet, described air inlet is opened, described the second elastomer makes described the second sealing of hole body leave described discharge outlet, described discharge outlet is opened, outside air flows in described air inlet, described pipelined channel, described air inlet intake tunnel, described body successively from described inlet channel, and the described intrinsic water that stockpiles flows to described discharge outlet again from described osculum outflow from described delivery port;
Can emptyingly stockpile the improvement of the gondola water faucet of water as the utility model, its further feature is: described sealing of hole body is the soft colloid of spill;
Can emptyingly stockpile the improvement of the gondola water faucet of water as the utility model, its further feature is: on described sealing of hole body, have guide part;
Can emptyingly stockpile the improvement of the gondola water faucet of water as the utility model, its further feature is: jagged on described sealing of hole body;
Can emptyingly stockpile the improvement of the gondola water faucet of water as the utility model, its further feature is: also comprise baffle, have upper location division on described body, have lower location division on described panel, on described baffle, have pod apertures;
Described the first baffle is arranged on described upper location division, and described first elastomeric one end is in described air inlet, and described the first sealing of hole body can move up and down between described the first baffle and described air inlet;
Described the second baffle is arranged on described lower location division, and described second elastomeric one end is in described discharge outlet, and described the second sealing of hole body can move up and down between described the second baffle and described discharge outlet;
In the time having current to enter from described water inlet interface, the impulse force of current makes described the first sealing of hole body close described air inlet, and described the second sealing of hole body is closed described discharge outlet;
Can emptyingly stockpile the improvement of the gondola water faucet of water as the utility model, its further feature is: in the time that current are closed, described sealing of hole body withstands described baffle;
Can emptyingly stockpile the improvement of the gondola water faucet of water as the utility model, its further feature is: on described baffle, have flow guiding head, described pod apertures connects described flow guiding head;
Can emptyingly stockpile the improvement of the gondola water faucet of water as the utility model, its further feature is: jagged in described flow guiding head;
Can emptyingly stockpile the improvement of the gondola water faucet of water as the utility model, its further feature is: described flow guiding head is towards described sealing of hole body;
Can emptyingly stockpile the improvement of the gondola water faucet of water as the utility model, its further feature is: in the time that current are closed, described flow guiding head is withstood the spill inner bottom part of described sealing of hole body.
The beneficial effects of the utility model are:
Simple in structure, do not drip closing gondola water faucet after effluent switch, water not in gondola water faucet, the spray aperture of gondola water faucet is difficult for tying incrustation scale.
Accompanying drawing explanation
Fig. 1 a is the generalized section that the utility model can emptyingly stockpile the body of the specific embodiment one of the gondola water faucet of water.
Fig. 1 b is the generalized section that the utility model can emptyingly stockpile the panel of the specific embodiment one of the gondola water faucet of water.
Fig. 2 is the elastomeric schematic diagram that the utility model can emptyingly stockpile the gondola water faucet of water.
Fig. 3 a is the schematic diagram that the utility model can emptyingly stockpile the sealing of hole body of the gondola water faucet of water.
Fig. 3 b is the profile that the utility model can emptyingly stockpile the sealing of hole body of the gondola water faucet of water.
Fig. 4 a is the schematic diagram that the utility model can emptyingly stockpile the baffle of the gondola water faucet of water.
Fig. 4 b is the profile that the utility model can emptyingly stockpile the baffle of the gondola water faucet of water.
Fig. 5 is gondola water faucet water exit switch water schematic diagram in existing common gondola water faucet while closing.
Fig. 6 is the generalized section that the utility model can emptyingly stockpile the specific embodiment one of the gondola water faucet of water.
Fig. 7 be current by time the utility model can emptyingly stockpile the generalized section of the specific embodiment one of the gondola water faucet of water.
Fig. 8 is the generalized section that the utility model can emptyingly stockpile the specific embodiment one of the gondola water faucet of water in the time that gondola water faucet water exit switch is just closed.
Fig. 9 a is the generalized section that the utility model can emptyingly stockpile the body of the specific embodiment two of the gondola water faucet of water.
Fig. 9 b is the generalized section that the utility model can emptyingly stockpile the panel of the specific embodiment two of the gondola water faucet of water.
Figure 10 is the generalized section that the utility model can emptyingly stockpile the specific embodiment two of the gondola water faucet of water.
Figure 11 be current by time the utility model can emptyingly stockpile the generalized section of the specific embodiment two of the gondola water faucet of water.
Figure 12 is the generalized section that the utility model can emptyingly stockpile the specific embodiment two of the gondola water faucet of water in the time that gondola water faucet water exit switch is just closed.
The specific embodiment
The specific embodiment one
Consult Fig. 1 a, in body 1, have into water interface 2, upper location division 3a, upper sealing of hole body cavity 4a, air inlet 5a, inlet channel 6a, pipelined channel 7a, air inlet intake tunnel 17; Wherein, water inlet interface 2 is connected with pipelined channel 7a, and air inlet 5a is connected with upper sealing of hole body cavity 4a and inlet channel 6a;
Consult Fig. 1 b, on panel 15, have air inlet intake tunnel 17, lower location division 3b, lower sealing of hole body cavity 4b, discharge outlet 5b, osculum 6b, delivery port 7b, spray aperture 14; Wherein, discharge outlet 5b is connected with lower sealing of hole body cavity 4b, osculum 6b, delivery port 7b;
Consult Fig. 3 a, Fig. 3 b, sealing of hole body 9 jagged 16 is the soft colloid of spill;
Consult Fig. 4 a, Fig. 4 b, have flow guiding head 11, pod apertures 12, breach 16 on baffle 10, pod apertures 12 connects flow guiding head 11;
Consult Fig. 1 a to Fig. 6, the upper end of elastomer 8a is at upper sealing of hole body cavity 4a, and lower end is in air inlet 5a, and sealing of hole body 9a is on the upper end of elastomer 8a, and baffle 10a is arranged on location division 3a, and flow guiding head 11 is towards sealing of hole body 9a; The upper end of elastomer 8b is at lower sealing of hole body cavity 4b, and lower end is in discharge outlet 5b, and sealing of hole body 9b is on the upper end of elastomer 8b, and baffle 10b is arranged on lower location division 3b, and flow guiding head 11 is towards sealing of hole body 9b; Panel 15 is fixed on body 1 bottom, and pipelined channel 7a is connected with lower sealing of hole body cavity 4b;
Wherein, sealing of hole body 9a can move up and down between baffle 10a and air inlet 5a, and sealing of hole body 9b can move up and down between baffle 10b and discharge outlet 5b, and air inlet intake tunnel 17 is above lower location division 3b;
Consult Fig. 7, in the time having current to enter from water inlet interface 2, the impulse force of current makes sealing of hole body 9a close air inlet 5a, part current flow in body 1 by air inlet intake tunnel 17 from pipelined channel 7a, another part current flow to sealing of hole body 9b from pipelined channel 7a by pod apertures 12, make sealing of hole body 9b close discharge outlet 5b, current flow in body 1 from delivery port 7b, finally spray from spray aperture 14;
Consult Fig. 8, in the time that current are closed, described elastomer 8a makes sealing of hole body 9a leave air inlet 5a, air inlet 5a opens, and elastomer 8b makes sealing of hole body 9b leave discharge outlet 5b, and discharge outlet 5b opens, sealing of hole body 9 withstands baffle 10, flow guiding head 11 is withstood the spill inner bottom part of sealing of hole body 9, and outside air flows in air inlet 5a, pipelined channel 7a, air inlet intake tunnel 17, body 1 successively from inlet channel 6a, and the water that stockpiles in body 1 flows to discharge outlet 5b from delivery port 7b and flows out from osculum 6b.
The specific embodiment two
Fig. 9 b and Fig. 1 b are consulted in contrast, Figure 10 and Fig. 6, Figure 11 and Fig. 7, Figure 12 and Fig. 8, this specific embodiment two is with the difference of the specific embodiment one, in the specific embodiment one, air inlet intake tunnel 17 is above lower location division 3b, and in this specific embodiment two air inlet intake tunnel 17 below lower location division 3b;
Consult Figure 11, in the time having current to enter from water inlet interface 2, the impulse force of current makes sealing of hole body 9a close air inlet 5a, current flow to sealing of hole body 9b from pipelined channel 7a by pod apertures 12, make sealing of hole body 9b close discharge outlet 5b, part current flow in body 1 from delivery port 7b, and another part current flow in body 1 from air inlet intake tunnel 17, finally spray from spray aperture 14;
Consult Figure 12, in the time that current are closed, described elastomer 8a makes sealing of hole body 9a leave air inlet 5a, air inlet 5a opens, and elastomer 8b makes sealing of hole body 9b leave discharge outlet 5b, and discharge outlet 5b opens, sealing of hole body 9 withstands baffle 10, flow guiding head 11 is withstood the spill inner bottom part of sealing of hole body 9, and outside air flows in air inlet 5a, pipelined channel 7a, air inlet intake tunnel 17, body 1 successively from inlet channel 6a, and the water that stockpiles in body 1 flows to discharge outlet 5b from delivery port 7b and flows out from osculum 6b.
In fact, if singly can emptyingly stockpile the gondola water faucet of water from principle design, body 1, panel 15, sealing of hole body 9, baffle 10 can carry out various distortion, even can not need baffle 10, in body 1, panel 15, can not need location division 3, because the existence of baffle 10 is mainly in order to make current directly impact most effectively sealing of hole body 9, make sealing of hole body 9 can close more quickly and effectively air inlet 5, and this point is not essential, so can not need baffle 10;
Sealing of hole body 9 and baffle 10 is as long as one of them is jagged 16 just passable, and the design of breach 16 is mainly in order to withstand baffle 10 at sealing of hole body 9, and when flow guiding head 11 is withstood the spill inner bottom part of sealing of hole body 9, current still can pass through from breach 16; Sealing of hole body 9 also can be deformed into guide part, has had guide part can make sealing of hole body 9 can not produce off normal moving up and down in process, can be also non-colloid, can be also a slice flat board;
The upper end of elastomer 8 is at sealing of hole body cavity 4, and lower end can be in air inlet 5a or discharge outlet 5b, can be in the periphery of air inlet 5a or discharge outlet 5b, as long as there is a fixing stress point just passable;
In fact, elastomer 8 also can be between air inlet 5a or discharge outlet 5b and sealing of hole body 9, not below sealing of hole body 9, can be on sealing of hole body 9, as long as can make sealing of hole body 9 leave air inlet 5a or discharge outlet 5b is just passable, as while making elastomer 8 by compression to sealing of hole body 9 stressed change over when stretching stressed to sealing of hole body 9;
In the time that gondola water faucet water exit switch is closed, can make sealing of hole body 9 not withstand baffle 10, also can make flow guiding head 11 not withstand the spill inner bottom part of sealing of hole body 9;
In the time that gondola water faucet water exit switch is opened, the impulse force of current makes sealing of hole body 9 might not close air inlet 5a or discharge outlet 5b completely, cover on air inlet 5a or discharge outlet 5b and be also fine, because leak little water also without much relations from air inlet 5a or discharge outlet 5b;
Above-mentioned various distortion only affects a little practical effect, also can not change principle of the present utility model.
Claims (10)
1. the gondola water faucet that can emptyingly stockpile water, comprises body and panel, it is characterized in that: also comprise sealing of hole body, elastomer;
On described body, have into water interface, upper sealing of hole body cavity, air inlet, inlet channel, air inlet intake tunnel, pipelined channel;
On described panel, there are air inlet intake tunnel, lower sealing of hole body cavity, delivery port, discharge outlet, osculum, spray aperture;
Described water inlet interface is connected with described pipelined channel, and described air inlet is connected with described upper sealing of hole body cavity and described inlet channel;
Described discharge outlet is connected with described lower sealing of hole body cavity, described osculum, described delivery port;
On described above described air inlet of described the first sealing of hole body in sealing of hole body cavity, and can on described, in sealing of hole body cavity, move up and down, described the first elastomer is used for opening described air inlet;
In the described lower sealing of hole body cavity of described the second sealing of hole body above described discharge outlet, and can in described lower sealing of hole body cavity, move up and down, described the second elastomer is used for opening described discharge outlet;
Described panel is fixedly mounted on described body bottom, and described pipelined channel is connected with described lower sealing of hole body cavity;
In the time having current to enter from described water inlet interface, the impulse force of current covers on described air inlet described the first sealing of hole body, current flow to described the second sealing of hole body from described pipelined channel, described the second sealing of hole body is covered in described discharge outlet, flow to after described delivery port and flow to again in described body again from described spray aperture ejection;
In the time that current are closed, described the first elastomer makes described the first sealing of hole body leave described air inlet, described air inlet is opened, described the second elastomer makes described the second sealing of hole body leave described discharge outlet, described discharge outlet is opened, outside air flows in described air inlet, described pipelined channel, described air inlet intake tunnel, described body successively from described inlet channel, and the described intrinsic water that stockpiles flows to described discharge outlet again from described osculum outflow from described delivery port.
2. the gondola water faucet that can emptyingly stockpile water as claimed in claim 1, is characterized in that: described sealing of hole body is the soft colloid of spill.
3. the gondola water faucet that can emptyingly stockpile water as claimed in claim 1, is characterized in that: on described sealing of hole body, have guide part.
4. the gondola water faucet that can emptyingly stockpile water as claimed in claim 1, is characterized in that: jagged on described sealing of hole body.
5. the gondola water faucet that can emptyingly stockpile water as described in any one in claim 1 to 4, is characterized in that: also comprise baffle, have upper location division on described body, have lower location division on described panel, on described baffle, have pod apertures;
Described the first baffle is arranged on described upper location division, and described first elastomeric one end is in described air inlet, and described the first sealing of hole body can move up and down between described the first baffle and described air inlet;
Described the second baffle is arranged on described lower location division, and described second elastomeric one end is in described discharge outlet, and described the second sealing of hole body can move up and down between described the second baffle and described discharge outlet;
In the time having current to enter from described water inlet interface, the impulse force of current makes described the first sealing of hole body close described air inlet, and described the second sealing of hole body is closed described discharge outlet.
6. the gondola water faucet that can emptyingly stockpile water as claimed in claim 5, is characterized in that: in the time that current are closed, described sealing of hole body withstands described baffle.
7. the gondola water faucet that can emptyingly stockpile water as claimed in claim 5, is characterized in that: on described baffle, have flow guiding head, described pod apertures connects described flow guiding head.
8. the gondola water faucet that can emptyingly stockpile water as claimed in claim 7, is characterized in that: jagged in described flow guiding head.
9. the gondola water faucet that can emptyingly stockpile water as claimed in claim 7, is characterized in that: described flow guiding head is towards described sealing of hole body.
10. the gondola water faucet that can emptyingly stockpile water as described in any one in claim 6 to 9, is characterized in that: in the time that current are closed, described flow guiding head is withstood the spill inner bottom part of described sealing of hole body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320318595.6U CN203664053U (en) | 2013-05-23 | 2013-05-23 | Shower head capable of draining accumulated water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320318595.6U CN203664053U (en) | 2013-05-23 | 2013-05-23 | Shower head capable of draining accumulated water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203664053U true CN203664053U (en) | 2014-06-25 |
Family
ID=50960387
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320318595.6U Expired - Fee Related CN203664053U (en) | 2013-05-23 | 2013-05-23 | Shower head capable of draining accumulated water |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203664053U (en) |
-
2013
- 2013-05-23 CN CN201320318595.6U patent/CN203664053U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140625 Termination date: 20150523 |
|
| EXPY | Termination of patent right or utility model |