CN205001571U - Two enter scene 2 control water valve and shower system - Google Patents
Two enter scene 2 control water valve and shower system Download PDFInfo
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- CN205001571U CN205001571U CN201520684428.2U CN201520684428U CN205001571U CN 205001571 U CN205001571 U CN 205001571U CN 201520684428 U CN201520684428 U CN 201520684428U CN 205001571 U CN205001571 U CN 205001571U
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- water
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- water intake
- water outlet
- valve rod
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Abstract
The utility model discloses a two advance scene 2 control water valve, including the case, disk seat, valve rod, disk seat have the axis to be on a parallel with first water inlet, second water inlet and first delivery port, the second delivery port of Z axle, first water inlet and second water inlet are arranged in along the X axle first delivery port with one side and divide the both sides of placing the X axle in, first water inlet, second water inlet respectively with the radial distance of first delivery port equals, the second delivery port is arranged in along the X axle the opposite side of first delivery port, the opposite side with it is just right with one side, the case include along the Z axle in order the superpose carousel, driver plate, go up ceramic chip and ceramic chip down. The two shower systems of advancing scene 2 control water valve that use are still disclosed. The utility model discloses simple structure for shower occasion or water control occasion.
Description
Technical field
The utility model relate to two enter scene 2 control water valve, also relate to by this two enter scene 2 control water valve control shower system.
Background technique
In prior art, shower system generally has gondola water faucet water outlet mouth and hot and cold water tap water outlet to supply user's choice for use simultaneously, what coordinate shower system enters the control water valve that gondola water faucet water outlet mouth needs a hot and cold water adjustment, be diverted to hot and cold water tap by two angle valves from cool and hot water pipe simultaneously, the control water valve that hot and cold water tap itself also needs outfit hot and cold water to regulate, the component controlled are complicated scattered, namely improve the line arrangement that cost is also unfavorable for fitting up.
Summary of the invention
First technical problem to be solved in the utility model is, provides a kind of and can enter scene 2 to go out that water-cooled degree regulates two of two water outlets respectively and control water valve.
Second technical problem to be solved in the utility model is, provide a kind of by this two enter scene 2 control water valve control shower system.
The utility model solves the technological scheme that first technical problem adopt: a kind of two enter scene 2 controls water valve and comprises spool, valve seat, this valve seat has axis being parallel in the first water intake of Z axis, the second water intake and water outlet, valve rod, this valve rod controls described spool makes described water intake and described water outlet be communicated with or cut off, this water outlet comprises the first water outlet and the second water outlet, this the first water outlet is placed in the middle part of this valve seat, this first water intake and the second water intake are placed in the same side of described first water outlet and the both sides of the X-axis that is placed in along X-axis, this first water intake, the second water intake are equal with the radial distance of the first water outlet respectively, this second water outlet is placed in the opposite side of described first water outlet along X-axis, this opposite side and this same side just right, spool comprises along Z axis rotating disk stacked in turn, driver plate, upper porcelain slice and lower porcelain slice, this lower porcelain slice has and this first water outlet, second water outlet, first water intake and the corresponding lower porcelain slice through hole of the second water intake, this upper porcelain slice end face has annular groove, this upper porcelain slice bottom surface have interference with this annular groove first regulate through hole, second regulates through hole and blends water hole, this first adjustment through hole and second regulates the position of through hole corresponding with the position of the first water intake and the second water intake, this blends water hole and is placed in the other end regulating through hole away from this first adjustment through hole and second along X-axis, the angular range that this rotating disk can rotate around Z axis is α, and form left end point and right endpoint, be articulated with on this rotating disk by pivot pin in the middle part of valve rod, this pivot pin is parallel to Y-axis, the interlocking can rotated around Y-axis is formed centrally in this valve rod lower end and this driver plate, all edges Z-direction of driver plate and upper porcelain slice is rabbeted, valve rod is β around the rotational angle range of bearing pin, and valve rod lower end edge X-axis forms forward terminal, aft terminal and mid point, when this valve rod lower end is placed in forward terminal, this blends water hole and the first water outlet partly overlaps, misplace completely with the second water outlet, when the valve rod rotation being placed in this forward terminal is made described dial rotation to left end point, this first regulates through hole and the first water intake completely overlapping or partly overlap, and this second adjustment through hole and the second water intake misplace completely, when the valve rod being placed in forward terminal is rotated make dial rotation to right endpoint time, first regulates through hole and the first water intake to misplace completely, second regulate through hole and the second water intake complete overlapping or partly overlap, the valve rod that will be placed in forward terminal rotates, and makes rotating disk turn to the process of right endpoint from left end point, and first regulates through hole and the partly overlapping area of the first water intake is stepless successively decreases, the second adjustment through hole and the partly overlapping area of the second water intake is stepless increases progressively, when this valve rod lower end is placed in aft terminal, blend water hole and this second water outlet partly overlaps, misplace completely with the first water outlet, when the valve rod rotation being placed in aft terminal is made dial rotation to this left end point, first regulates through hole and the first water intake completely overlapping or partly overlap, and the second adjustment through hole and the second water intake misplace completely, when the valve rod being placed in aft terminal is rotated make dial rotation to right endpoint time, this first regulates through hole and the first water intake to misplace completely, this second regulate through hole and the second water intake complete overlapping or partly overlap, the valve rod that will be placed in aft terminal rotates, and makes rotating disk turn to the process of right endpoint from left end point, and first regulates through hole and the partly overlapping area of the first water intake is stepless successively decreases, the second adjustment through hole and the partly overlapping area of the second water intake is stepless increases progressively, when this valve rod lower end is placed in this mid point, blends water hole and the first water outlet and the second water outlet and misplace completely.
Beneficial effect: in technique scheme, valve seat has axis being parallel in the first water intake of Z axis, second water intake, first water outlet and the second water outlet, first water outlet is placed in the middle part of valve seat, first water intake and the second water intake are placed in the same side of the first water outlet and the both sides of the X-axis that is placed in along X-axis, first water intake, second water intake is equal with the radial distance of the first water outlet respectively, second water outlet is placed in the opposite side of described first water outlet along X-axis, the driver plate that can rotate around Y-axis controlling interlocking mutually when valve rod moves to forward terminal along X-axis, when aft terminal or mid point, driver plate drives upper porcelain slice correspondingly to move to forward terminal along X-axis, aft terminal or mid point, can make to blend water hole and the first water outlet or the second water outlet to partly overlap, or all produce dislocation, thus reach control first water outlet or the second water outlet go out water state, or control the first water outlet or the second water outlet and all can not be in water state, reaching a control water valve can respectively to the technique effect that two water outlets are opened or closed, when the first water intake connects cold water, the second water intake connection hot water, valve rod rotates and drives dial rotation, driven by rotary disc upper porcelain slice turns to left end point around Z axis, the first adjustment through hole can be controlled and the first water intake partly overlaps, second regulate through hole to misplace completely with the second water intake respectively, make to blend water hole and only go out cold water, in like manner, driven by rotary disc upper porcelain slice, when Z axis turns to right endpoint, makes to blend water hole and only goes out hot water, in like manner, driven by rotary disc upper porcelain slice is when Z axis rotates from left end point to right endpoint, through hole is regulated and the partly overlapping area of the first water intake is stepless successively decreases due to first, second regulates through hole and the partly overlapping area of the second water intake is stepless increases progressively, lower the closer to left end point water temperature, higher the closer to right endpoint water temperature, reach out the adjustable technique effect of water-cooled degree.
As a concrete scheme to technique scheme, this β is 30 °.This concrete scheme is relatively applicable to the rocking tendency of valve rod in valve shell.
As the further improvement to technique scheme, also comprise leakproof cushion rubber, the shape of described leakproof cushion rubber and the periphery of described first water outlet, the second water outlet, the first water intake and the second water intake suitable.This improvement makes the leak preventing effect of valve body give prominence to.
The utility model solves the technological scheme that second technical problem adopt: a kind of bathing system, comprises gondola water faucet; Water tap; Two enter scene 2 controls water valve; First water outlet and this gondola water faucet are connected, and this second water outlet and this water tap are connected; This two enters scene 2 to control the technological scheme that water valve and solution first technical problem adopt identical.
Beneficial effect: in technique scheme, first water outlet and this gondola water faucet are connected, this second water outlet and this water tap are connected, because two enter scene 2 and control water valve and can regulate the water-cooled degree that goes out of the first water outlet and the second water outlet respectively, thus reach only can to gondola water faucet with a control valve; The object of water tap difference by-pass cock machine water temperature, simplifies the quantity of the component of comb and control, makes shower system easier to be handy.
As a concrete scheme to technique scheme, this β is 30 °.This concrete scheme is relatively applicable to the rocking tendency of valve rod in valve shell.
As the further improvement to technique scheme, also comprise leakproof cushion rubber, the shape of described leakproof cushion rubber and the periphery of described first water outlet, the second water outlet, the first water intake and the second water intake suitable.This improvement makes the leak preventing effect of valve body give prominence to.
Accompanying drawing explanation
Fig. 1 is the of the present utility model two STRUCTURE DECOMPOSITION figure entering that scene 2 controls water valve embodiment;
Fig. 2 is the STRUCTURE DECOMPOSITION figure of valve seat, leakproof cushion rubber, lower porcelain slice and upper porcelain slice;
Fig. 3 is the plan view of upper porcelain slice;
Fig. 4 is the A-A sectional view of Fig. 3;
Fig. 5 is of the present utility model two sectional views entering that scene 2 controls the first state of water valve embodiment;
Fig. 6 is of the present utility model two sectional views entering that scene 2 controls the second state of water valve embodiment; ;
Fig. 7 is of the present utility model two sectional views entering that scene 2 controls the third state of water valve embodiment;
Fig. 8 is the plan view of shower system of the present utility model;
Fig. 9 is the right elevation of the first state of shower system of the present utility model;
Figure 10 is the right elevation of the first state of shower system of the present utility model;
Figure 11 is the right elevation of the first state of shower system of the present utility model.
Embodiment
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Two enter scene 2 controls water valve embodiment
See Fig. 1, two enter scene 2 control water valve 1 comprises spool 11; Valve seat 12; Valve rod 13.Spool 11 comprises along Z axis rotating disk 111, driver plate 112, upper porcelain slice 113 and lower porcelain slice 114 stacked in turn.Pivot pin 14 is parallel to Y.
See Fig. 2, valve seat 12 has axis being parallel in the first water intake 121, second water intake 122 and the first water outlet 123 and the second water outlet 124 of Z axis.First water outlet 123 is placed in the middle part of valve seat 12, first water intake 121 and the second water intake 122 are placed in the same side 1231 of the first water outlet 123 along X-axis, and the both sides of the X-axis that is placed in, first water intake 121, second water intake 122 is equal with the radial distance of the first water outlet 123 respectively, second water outlet 124 is placed in the opposite side 1232 of the first water outlet 123 along X-axis, and opposite side 1232 is just relative with the same side 1231; The shape of leakproof cushion rubber 15 and the periphery of the first water outlet 123, second water outlet 124, first water intake 121 and the second water intake 122 suitable.Lower porcelain slice 114 has the lower porcelain slice through hole 1141 corresponding with the first water outlet 123, second water outlet 124, first water intake 121 and the second water intake 122, and upper porcelain slice end face 1131 has annular groove 1132.
See Fig. 3, upper porcelain slice 113 have interference with annular groove 1132 first regulate through hole 1133, second regulate through hole 1134 and blend water hole 1135, composition graphs 2, first regulates through hole 1133 and second to regulate the position of through hole 1134 corresponding with the position of the first water intake 121 and the second water intake 122, review Fig. 3, blend water hole 1135 and be placed in the other end regulating through hole 1133 and the second adjustment through hole 1134 away from first along X-axis, the angular range that rotating disk 111 can rotate around Z axis is α, forms left end point 1112 and right endpoint 1113.
See Fig. 4, interference with annular groove 1132 first regulates through hole 1133, second to regulate through hole 1134 and blends water hole 1135 and penetrate into upper porcelain slice bottom surface 1136.
See Fig. 5 composition graphs 2, valve rod 13 controls spool 11 makes the first water intake 121 or the second water intake 122 be communicated with the first water outlet 123 or the second water outlet 124 or cut off.
Review Fig. 5, in the middle part of valve rod, 131 are articulated with on rotating disk 111 by pivot pin 14, the interlocking can rotated around Y-axis is formed centrally in valve rod lower end 132 and driver plate 112, driver plate 112 is rabbeted with all edges Z-direction of upper porcelain slice 113, valve rod 13 is β around the rotational angle range of bearing pin 14, and valve rod lower end 132 forms forward terminal, aft terminal and mid point along X-axis; In the present embodiment, β is 30 °.When valve rod lower end 132 is placed in forward terminal 1321, blend water hole 1135 and the first water outlet 123 partly overlaps, misplace completely with the second water outlet 124.Fig. 5 composition graphs 2, Fig. 3 are seen, when making rotating disk 111 turn to left end point 1112 valve rod 13 rotation being placed in forward terminal 1321, first regulates through hole 1133 and the first water intake 121 completely overlapping or partly overlap, and the second adjustment through hole 1134 and the second water intake 122 misplace completely; When the valve rod 13 being placed in forward terminal 1321 is rotated make rotating disk 111 turn to right endpoint 1113 time, first regulates through hole 1133 and the first water intake 121 to misplace completely, second regulate through hole 1134 and the second water intake 122 complete overlapping or partly overlap; The valve rod 13 being placed in forward terminal 1321 is rotated, rotating disk 111 is made to turn to the process between right endpoint 1113 from left end point 1112, first regulates through hole 1133 and the partly overlapping area of the first water intake 121 is stepless successively decreases, the second adjustment through hole 1134 and partly overlapping area of the second water intake 122 is stepless increases progressively.
See Fig. 6, when valve rod lower end 132 is placed in aft terminal 1322; Blend water hole 1135 and the second water outlet 124 partly overlaps, misplace completely with the first water outlet 123.Fig. 6 composition graphs 2, Fig. 3 are seen, when making rotating disk 111 turn to left end point 1112 valve rod 13 rotation being placed in aft terminal 1322, first regulates through hole 1133 and the first water intake 121 completely overlapping or partly overlap, and the second adjustment through hole 1134 and the second water intake 122 misplace completely; When the valve rod 13 being placed in aft terminal 1322 is rotated make rotating disk 111 turn to right endpoint 1113 time, first regulates through hole 1133 and the first water intake 121 to misplace completely, second regulate through hole 1134 and the second water intake 122 complete overlapping or partly overlap; The valve rod 13 being placed in aft terminal 1322 is rotated, rotating disk 111 is made to turn to the process between right endpoint 1113 from left end point 1112, first regulates through hole 1133 and the partly overlapping area of the first water intake 121 is stepless successively decreases, the second adjustment through hole 1134 and partly overlapping area of the second water intake 122 is stepless increases progressively.
See Fig. 7, when valve rod lower end 132 is placed in mid point 1323, blends water hole 1135 and the first water outlet 123 and the second water outlet 124 and misplace completely.
Bathing system embodiment
The bathing system of the present embodiment, comprises gondola water faucet 2; Water tap 3; Two enter scene 2 controls water valve 1; Two of the present embodiment enters scene 2 and controls water valve 1 and two of above-described embodiment and enter scene 2 to control water valve 1 identical, and see see Fig. 8 composition graphs 2, the first water outlet 123 and gondola water faucet 2 are connected, and the second water outlet 124 and water tap 3 are connected; First water intake 121 is connected with hot-water line 4, and the second water intake 122 is connected with cold water pipe 5.
See Fig. 9, when two enter the hand of scene 2 control water valve 1 when upwards carrying, water tap 3 has been in water state, and gondola water faucet 2 has been in stateless.
See Figure 10, when two enter the hand of scene 2 control water valve 1 when upwards carrying, gondola water faucet 2 has been in water state, and water tap 3 is in anhydrous state.
See Figure 11, when two enter the hand of scene 2 control water valve 1 when upwards carrying, water tap 3 and gondola water faucet 2 are all in anhydrous state.
Claims (6)
1. two enter a scene 2 control water valve, comprise
Spool;
Valve seat, described valve seat has axis being parallel in the first water intake of Z axis, the second water intake and water outlet;
Valve rod, described valve rod controls described spool makes described water intake and described water outlet be communicated with or cut off;
It is characterized in that:
Described water outlet comprises the first water outlet and the second water outlet, described first water outlet is placed in the middle part of described valve seat, described first water intake and the second water intake are placed in the same side of described first water outlet and the both sides of the X-axis that is placed in along X-axis, described first water intake, the second water intake are equal with the radial distance of described first water outlet respectively, described second water outlet is placed in the opposite side of described first water outlet along X-axis, described opposite side and described the same side just right;
Described spool comprises along Z axis rotating disk stacked in turn, driver plate, upper porcelain slice and lower porcelain slice, described lower porcelain slice has and described first water outlet, second water outlet, first water intake and the corresponding lower porcelain slice through hole of the second water intake, described upper porcelain slice end face has annular groove, described upper porcelain slice bottom surface have interference with described annular groove first regulate through hole, second regulates through hole and blends water hole, described first regulates through hole and second to regulate the position of through hole corresponding with the position of described first water intake and the second water intake, the described water hole that blends is placed in the other end regulating through hole and the second adjustment through hole away from described first along X-axis, the angular range that described rotating disk can rotate around Z axis is α, and form left end point and right endpoint,
Be articulated with on described rotating disk by pivot pin in the middle part of described valve rod, described pivot pin is parallel to Y-axis, the interlocking can rotated around Y-axis is formed centrally in described valve rod lower end and described driver plate, all edges Z-direction of described driver plate and described upper porcelain slice is rabbeted, described valve rod is β around the rotational angle range of described bearing pin, and valve rod lower end edge X-axis forms forward terminal, aft terminal and mid point;
When described valve rod lower end is placed in forward terminal, describedly blend water hole and described first water outlet partly overlaps, misplace completely with described second water outlet, when the described valve rod rotation being placed in described forward terminal is made described dial rotation to described left end point, described first regulates through hole and described first water intake completely overlapping or partly overlap, and described second adjustment through hole and described second water intake misplace completely; When the described valve rod being placed in described forward terminal is rotated make described dial rotation to described right endpoint time, described first regulates through hole and described first water intake to misplace completely, described second regulate through hole and described second water intake complete overlapping or partly overlap; The valve rod that will be placed in forward terminal rotates, and makes rotating disk turn to the process of right endpoint from left end point, and first regulates through hole and the partly overlapping area of the first water intake is stepless successively decreases, the second adjustment through hole and the partly overlapping area of the second water intake is stepless increases progressively;
When described valve rod lower end is placed in aft terminal, describedly blend water hole and described second water outlet partly overlaps, misplace completely with described first water outlet, when the described valve rod rotation being placed in described aft terminal is made described dial rotation to described left end point, described first regulates through hole and described first water intake completely overlapping or partly overlap, and described second adjustment through hole and described second water intake misplace completely; When the described valve rod being placed in described aft terminal is rotated make described dial rotation to described right endpoint time, described first regulates through hole and described first water intake to misplace completely, described second regulate through hole and described second water intake complete overlapping or partly overlap; The valve rod that will be placed in aft terminal rotates, and makes rotating disk turn to the process of right endpoint from left end point, and first regulates through hole and the partly overlapping area of the first water intake is stepless successively decreases, the second adjustment through hole and the partly overlapping area of the second water intake is stepless increases progressively;
When described valve rod lower end is placed in described mid point, described in blend water hole and described first water outlet and the second water outlet and misplace completely.
2. according to claim 1 two enter scene 2 control water valve, it is characterized in that: described β is 30 °.
3. according to claim 1 and 2 two enter scene 2 control water valve, it is characterized in that: also comprise leakproof cushion rubber, the shape of described leakproof cushion rubber and the periphery of described first water outlet, the second water outlet, the first water intake and the second water intake suitable.
4. a bathing system, comprises
Gondola water faucet;
Water tap;
Two enter scene 2 controls water valve, and described two enter scene 2 control water valve comprises spool; Valve seat, described valve seat has axis being parallel in the first water intake of Z axis, the second water intake and water outlet; Valve rod, described valve rod controls described spool makes described water intake and described water outlet be communicated with or cut off;
It is characterized in that:
Described water outlet comprises the first water outlet and the second water outlet, described first water outlet is placed in the middle part of described valve seat, described first water intake and the second water intake are placed in the same side of described first water outlet and the both sides of the X-axis that is placed in along X-axis, described first water intake, the second water intake are equal with the radial distance of described first water outlet respectively, described second water outlet is placed in the opposite side of described first water outlet along X-axis, described opposite side and described the same side just right;
Described spool comprises along Z axis rotating disk stacked in turn, driver plate, upper porcelain slice and lower porcelain slice, described lower porcelain slice has and described first water outlet, second water outlet, first water intake and the corresponding lower porcelain slice through hole of the second water intake, described upper porcelain slice end face has annular groove, described upper porcelain slice bottom surface have interference with described annular groove first regulate through hole, second regulates through hole and blends water hole, described first regulates through hole and second to regulate the position of through hole corresponding with the position of described first water intake and the second water intake, the described water hole that blends is placed in the other end regulating through hole and the second adjustment through hole away from described first along X-axis, the angular range that described rotating disk can rotate around Z axis is α, and form left end point and right endpoint,
Be articulated with on described rotating disk by pivot pin in the middle part of described valve rod, described pivot pin is parallel to Y-axis, the interlocking can rotated around Y-axis is formed centrally in described valve rod lower end and described driver plate, all edges Z-direction of described driver plate and described upper porcelain slice is rabbeted, described valve rod is β around the rotational angle range of described bearing pin, and valve rod lower end edge X-axis forms forward terminal, aft terminal and mid point;
When described valve rod lower end is placed in forward terminal, describedly blend water hole and described first water outlet partly overlaps, misplace completely with described second water outlet, when the described valve rod rotation being placed in described forward terminal is made described dial rotation to described left end point, described first regulates through hole and described first water intake completely overlapping or partly overlap, and described second adjustment through hole and described second water intake misplace completely; When the described valve rod being placed in described forward terminal is rotated make described dial rotation to described right endpoint time, described first regulates through hole and described first water intake to misplace completely, described second regulate through hole and described second water intake complete overlapping or partly overlap; The valve rod that will be placed in forward terminal rotates, and makes rotating disk turn to the process of right endpoint from left end point, and first regulates through hole and the partly overlapping area of the first water intake is stepless successively decreases, the second adjustment through hole and the partly overlapping area of the second water intake is stepless increases progressively;
When described valve rod lower end is placed in aft terminal, describedly blend water hole and described second water outlet partly overlaps, misplace completely with described first water outlet, when the described valve rod rotation being placed in described aft terminal is made described dial rotation to described left end point, described first regulates through hole and described first water intake completely overlapping or partly overlap, and described second adjustment through hole and described second water intake misplace completely; When the described valve rod being placed in described aft terminal is rotated make described dial rotation to described right endpoint time, described first regulates through hole and described first water intake to misplace completely, described second regulate through hole and described second water intake complete overlapping or partly overlap; The valve rod that will be placed in aft terminal rotates, and makes rotating disk turn to the process of right endpoint from left end point, and first regulates through hole and the partly overlapping area of the first water intake is stepless successively decreases, the second adjustment through hole and the partly overlapping area of the second water intake is stepless increases progressively;
When described valve rod lower end is placed in mid point, described in blend water hole and described first water outlet and the second water outlet and misplace completely;
Described first water outlet and described gondola water faucet are connected, and described second water outlet and described water tap are connected.
5. bathing system according to claim 4, is characterized in that: described β is 30 °.
6. the bathing system according to claim 4 or 5, is characterized in that: also comprise leakproof cushion rubber, the shape of described leakproof cushion rubber and the periphery of described first water outlet, the second water outlet, the first water intake and the second water intake suitable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520684428.2U CN205001571U (en) | 2015-09-05 | 2015-09-05 | Two enter scene 2 control water valve and shower system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520684428.2U CN205001571U (en) | 2015-09-05 | 2015-09-05 | Two enter scene 2 control water valve and shower system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205001571U true CN205001571U (en) | 2016-01-27 |
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ID=55158459
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520684428.2U Expired - Fee Related CN205001571U (en) | 2015-09-05 | 2015-09-05 | Two enter scene 2 control water valve and shower system |
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| Country | Link |
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| CN (1) | CN205001571U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105090564A (en) * | 2015-09-05 | 2015-11-25 | 凌石林 | Two-in and two-out control water valve and shower system |
-
2015
- 2015-09-05 CN CN201520684428.2U patent/CN205001571U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105090564A (en) * | 2015-09-05 | 2015-11-25 | 凌石林 | Two-in and two-out control water valve and shower system |
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| 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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160127 Termination date: 20190905 |