CN204298925U - A kind of water-saving closet - Google Patents
A kind of water-saving closet Download PDFInfo
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- CN204298925U CN204298925U CN201420577602.9U CN201420577602U CN204298925U CN 204298925 U CN204298925 U CN 204298925U CN 201420577602 U CN201420577602 U CN 201420577602U CN 204298925 U CN204298925 U CN 204298925U
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- blowdown
- valve
- sewage draining
- water
- inlet
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Abstract
A kind of water-saving closet, comprise basin body, open-shut linkage device, basin body sewage draining exit place is provided with unloading controllor, open-shut linkage device comprises the drive unit of switch and the opening and closing of control of sewage disposal controller, unloading controllor is provided with response agency, in inlet control device, inlet valve is connected with water inlet pipe, inlet valve outlet and basin body intracavity inter-connection, unloading controllor comprises blowdown housing, sewage draining exit stretches in blowdown housing, be positioned at blowdown housing bottom surface waste to be connected with blow-off pipe, sewage draining valve is placed on sewage draining exit, blowdown case top is stretched out by blowdown control lever in the top of sewage draining valve, drive unit is electromagnetism cylinder, electromagnetism cylinder is fixed on blowdown case top, piston rod outer end in electromagnetism cylinder is flexibly connected with the blowdown control lever extending blowdown case top, electromagnetism cylinder is connected by wire and switch.The utility model is simple and reasonable, easy to use, can realize automatic induction flushing, and water saving is good with odor-resistant result, has very strong practicality.
Description
Technical field
The utility model belongs to daily living article technical field, is specifically related to sanitary apparatus, especially a kind of water-saving closet.
Background technology
Get with human body the closet that sitting posture is feature when toilet is and uses.The toilet of current family expenses mainly contains two kinds, and one is direct-discharging, and namely sewage draining exit directly connects lower water blow-off pipe, although this structure is very simple, sobbing of sewer can be caused to flow backwards, and water-saving result is very undesirable; Also having a kind of is at the bottom of the basin of pan, be provided with horizontal " S " type trap, and cause one " water seal ", can prevent the foul smell of sewer from flowing backwards, although this structure has deodorant function, but water consumption is still very large.
China's shortage of water resources problem is day by day serious, and according to statistics, toilet flushing water accounts for 40% of people's daily water consumption.In order to using water wisely, many water-saving pans are now commercially also there is, as the Chinese invention patent " water-saving closet " that the patent No. is 200910154515.6, include basin body and the open-shut linkage device of toilet, this open-shut linkage device is provided with the gauge tap of interlock, this gauge tap can open the water intaking valve in water feed apparatus by transmission mechanism, together with moving with the pass open union of unloading controllor simultaneously.And on this water feed apparatus, be provided with the response agency that water intaking valve can be made to return back to closed condition.Sewage draining exit is designed to rear row by this structure, blowoff valve in unloading controllor is directly arranged at the protrusion sewage draining exit place of basin body, although serve water saving effect, but its shortcoming is that structure is more complicated, gauge tap is manual, automatically can not respond to, and need further raising in the effect of deodorization.
Prior art is compared, the utility model has the advantage of: open-shut linkage device includes the drive unit of switch and the opening and closing of control of sewage disposal controller, described unloading controllor is provided with the response agency that can automatically return to closed condition after sewage draining exit can be made to open under the effect losing external force, inlet valve in described inlet control device is for be directly connected with water inlet pipe, directly and basin body intracavity inter-connection, drive unit is electromagnetism cylinder for the outlet of described inlet valve.The utility model is simple and reasonable, easy to use, can realize automatic induction flushing, and water saving and odor-resistant result good, there is very strong practicality.
Summary of the invention
Technical problem to be solved in the utility model provides for above-mentioned prior art present situation the water-saving closet that a kind of structure is simple, easy to use, odor-resistant result is good.
The utility model solves the problems of the technologies described above adopted technical scheme: a kind of water-saving closet, comprise basin body, open-shut linkage device, basin body is provided with water inlet and sewage draining exit, and at sewage draining exit, place is provided with unloading controllor, and water inlet is connected with inlet control device, described sewage draining exit is connected with blow-off pipe, it is characterized in that: described open-shut linkage device includes the drive unit of switch and the opening and closing of control of sewage disposal controller, described unloading controllor is provided with the response agency that can automatically return to closed condition after sewage draining exit can be made to open under the effect losing external force, inlet valve in described inlet control device is for be directly connected with water inlet pipe, the outlet of described inlet valve directly and basin body intracavity inter-connection, described unloading controllor comprises blowdown housing, sewage draining valve, the sewage draining exit of described basin body stretches in blowdown housing, the waste being positioned at blowdown housing bottom surface is connected with blow-off pipe, the lid of described sewage draining valve is placed on the sewage draining exit of basin body, the top of blowdown housing is extended at the top of described sewage draining valve by blowdown control lever, and blowdown control lever can be arranged in the top of blowdown housing rotationally, described drive unit is electromagnetism cylinder, described electromagnetism cylinder is fixed on the top of blowdown housing, in electromagnetism cylinder, retractable piston rod outer end links together actively with the blowdown control lever extending blowdown case top, described electromagnetism cylinder is connected by wire and switch.
As improvement, described switch is electromagnetic induction switch, this electromagnetic induction switch and programme control circut are connected, and after electromagnetic induction switch receives induction information, automatically send the instruction that in electromagnetism cylinder, piston stretches out, described piston top opens sewage draining valve, after the electromagnetism cylinder time of stretching out is N second, programme control circut sends the instruction that piston is retracted, in piston retraction electromagnetism cylinder, described sewage draining valve is closed automatically because of response agency, and described N is 5 ~ 8 seconds.
As improvement, described response agency comprises extension spring, is connected to the cross-tie at blowdown control lever top, described extension spring one end is connected with cross-tie, the other end of described extension spring is connected on the end face of blowdown housing, when not having External Force Acting, sewage draining valve keeps sewage draining valve to be in closed condition by the pulling force of extension spring.
As improvement, described blowdown housing is made up of body and cap, body top opening, described cap covers hermetically and is placed on the opening of body, described blowdown control lever is extended cap and can be swingingly movably connected with cap by rotating shaft and connects, extension spring is two, one end of two extension springs is connected with the corresponding end of cross-tie respectively, and the other end of two extension springs is connected with the end face of cap relevant position respectively, and be equipped with convenient installation at cap end face upper cover and blowdown control lever can be avoided to depart from the cover plate of cap, stay cord is connected with cross-tie.
As improvement, described inlet control device is the inlet valve be directly connected with water inlet pipe, the outlet of described inlet valve directly and basin body intracavity inter-connection, be connected with a fork with the valve rod of closedown for controlling inlet valve breakdown, middle part and the valve rod outer end of described fork fix, and one end of fork is connected with without the back-moving spring that valve can be made to be in closed condition under External Force Acting, the other end of described fork can be held on restoring board, and stay cord is connected with the fork one end being connected with back-moving spring end.
As improvement, described inlet valve comprises spool, valve casing, described spool comprises location spool and movable valve plug, the seat sheet that described location spool is made up of ceramic stator and high-molecular organic material combines, normal valve mandrel is to being provided with not connected intake tunnel and exhalant canal, the intake tunnel of described ceramic stator is inlet opening, and the outlet aquaporin of ceramic stator is fan shape is spaced four weep holes in ceramic stator plane, described movable valve plug is by the potsherd that can rotate and drive the driving section of potsherd rotation to form, described driving section and stay cord are connected, the described potsherd part corresponding with the inlet opening of ceramic stator arranges cavity, the cavity sealing bottom surface is formed between described cavity and driving section end face, the sealing table top that can seal four weep holes is distributed with at four the weep hole opposite positions being positioned at ceramic stator, often forming the water chamber be connected with cavity between adjacent two sealing table tops, when inlet valve is closed, four weep holes that described potsherd turns on four sealing table tops and ceramic stator are aligned together accordingly respectively, when inlet valve is opened, four weep holes that described potsherd turns on four sealing table tops and ceramic stator do not align position respectively, make together with the water chamber of potsherd is connected with the weep hole of four on ceramic stator.
Improve again, described driving section comprises the drive plate be made up of high-molecular organic material fixed with ceramic stator, taking off post of hollow, reduction torsion spring, on periphery, compartment of terrain is distributed with the packing ring supported mutually with steel ball on retainer side that can reduce Relative friction when driving section is rotated, by the locking plate that screw thread can fix with valve casing, spool periphery is enclosed with shroud, fix in the middle part of the one end taken off post and the side of drive plate, the described other end taken off post is successively by retainer, reduction torsion spring, packing ring, locking plate is set in together, described locking plate is positioned at outside shroud and is fixed together with valve casing together with shroud, the described other end that takes off post passes from the side of shroud and passes the centre bore of locking plate and fork links together, described drive plate, retainer, take off post and can relatively rotate with shroud, a feet of described reduction torsion spring supports mutually with restoring board soffit, and an other feet of described reduction torsion spring supports mutually with drive plate.
Improve again, the concrete form that described driving section drives potsherd to rotate for: described in one end of taking off post and drive plate side in the middle part of fix, and suitable and fixing by the depressed part being arranged on lug boss in drive plate bottom edge and potsherd end face.
As improvement, described stay cord is the belt with toughness.
Further improvement, described fork is positioned at restoring board one end and is equipped with and can prevents from breaking and can reduce the gum cover of sound.
Accompanying drawing explanation
Fig. 1 is the structural perspective of the utility model embodiment;
Fig. 2 is the stereogram of Fig. 1 different angles;
Fig. 3 is the stereogram of another different angles of Fig. 1;
Fig. 4 is the downward projection figure of Fig. 1;
Fig. 5 is the sectional view of Fig. 4 along A-A line;
Fig. 6 is the structural representation after Fig. 3 removes basin body and gauge tap;
Fig. 7 is the structural representation of another different angles of Fig. 6;
Fig. 8 is the structural representation that Fig. 7 removes the different angles after electromagnetism cylinder;
Fig. 9 is the exploded view of Fig. 8;
Figure 10 is the structural representation of inlet control device in Fig. 9;
Figure 11 is the exploded view of Figure 10;
Figure 12 is the STRUCTURE DECOMPOSITION figure of spool in Fig. 9;
Figure 13 is the stereogram of I part different visual angles in Figure 12;
Figure 14 is the stereogram after Fig. 8 removes unloading controllor;
Figure 15 is the STRUCTURE DECOMPOSITION figure of Figure 14;
Figure 16 is the further exploded view after removing valve casing in Figure 15;
Figure 17 is the further exploded view after removing fork and back-moving spring in Figure 16;
Figure 18 is the further exploded view after removing shroud and reduction torsion spring in Figure 17;
Figure 19 is in order to control the exploded view of the primary structure of inlet valve switch in Figure 18;
Figure 20 is in order to control another angle decomposition figure of the primary structure of inlet valve switch in Figure 18;
Figure 21 is the further exploded view of Figure 19.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the utility model is described in further detail.
As shown in Fig. 1 to Figure 21, the water-saving closet of the present embodiment, comprises basin body, open-shut linkage device, and basin body is provided with water inlet 11 and sewage draining exit 12, and at sewage draining exit 12, place is provided with unloading controllor 4, and water inlet 11 is connected with inlet control device 3, described sewage draining exit 12 is connected with blow-off pipe, described open-shut linkage device includes the drive unit of switch 2 and control of sewage disposal controller 4 opening and closing, described unloading controllor 4 is provided with the response agency that can automatically return to closed condition after sewage draining exit 12 can be made to open under the effect losing external force, inlet valve in described inlet control device 3 is for be directly connected with water inlet pipe, the outlet of described inlet valve directly and basin body 1 intracavity inter-connection, described unloading controllor 4 comprises blowdown housing 41, sewage draining valve 4a, the sewage draining exit 12 of described basin body 1 stretches in blowdown housing 41, the waste 42 being positioned at blowdown housing 41 bottom surface is connected with blow-off pipe, the lid of described sewage draining valve 4a is placed on the sewage draining exit 12 of basin body 1, the top of blowdown housing 41 is extended at the top of described sewage draining valve 4a by blowdown control lever 43, and blowdown control lever 43 can be arranged in the top of blowdown housing 41 rotationally, described drive unit is electromagnetism cylinder 5, described electromagnetism cylinder 5 is fixed on the top of blowdown housing 41, in electromagnetism cylinder 5, retractable piston rod 51 outer end links together actively with the blowdown control lever 43 extending blowdown housing 41 top, described electromagnetism cylinder 5 is connected by wire and switch 2, described switch 2 is electromagnetic induction switch, this electromagnetic induction switch and programme control circut are connected, after electromagnetic induction switch receives induction information, automatically send the instruction that in electromagnetism cylinder 5, piston stretches out, described piston top opens sewage draining valve 4a, after electromagnetism cylinder 5 time of stretching out is N second, programme control circut sends the instruction that piston is retracted, in piston retraction electromagnetism cylinder 5, described sewage draining valve 4a closes automatically because of response agency, and described N is 5 ~ 8 seconds, described response agency comprises extension spring 45, is connected to the cross-tie 44 at blowdown control lever 43 top, described extension spring 45 one end is connected with cross-tie 44, the other end of described extension spring 45 is connected on the end face of blowdown housing 41, when not having External Force Acting, sewage draining valve 4a keeps sewage draining valve 4a to be in closed condition by the pulling force of extension spring 45, described blowdown housing 41 is made up of body 411 and cap 412, body 411 top opening, described cap 412 covers hermetically and is placed on the opening of body 411, described blowdown control lever 43 extends cap 412 and can by rotating shaft is swingingly movably connected and connect by cap 412, extension spring 45 is two, one end of two extension springs 45 is connected with the corresponding end of cross-tie 44 respectively, and the other end of two extension springs 45 is connected with the end face of cap 412 relevant position respectively, and be equipped with convenient installation at cap 412 end face upper cover and blowdown control lever 43 can be avoided to depart from the cover plate 46 of cap 412, described stay cord 6 is connected with cross-tie 44, described inlet control device 3 is the inlet valve be directly connected with water inlet pipe, the outlet of described inlet valve directly and basin body 1 intracavity inter-connection, be connected with a fork 33 with the valve rod of closedown for controlling inlet valve breakdown, middle part and the valve rod outer end of described fork 33 fix, and one end of fork 33 is connected with the back-moving spring 35 that can keep without valve can be made under External Force Acting to be in closed condition, the other end of described fork 33 can be held on restoring board 36, stay cord 6 is connected with fork 33 one end being connected with back-moving spring 35 end, described fork 33 is positioned at restoring board 36 one end and is equipped with and can prevents from breaking and can reduce the gum cover 34 of sound, described inlet valve comprises spool 31, valve casing 32, described spool 31 comprises location spool and movable valve plug, the seat sheet 312 that described location spool is made up of ceramic stator 311 and high-molecular organic material combines, normal valve mandrel is to being provided with not connected intake tunnel 312a and exhalant canal 312b, the intake tunnel of described ceramic stator 311 is inlet opening 311a, and the outlet aquaporin of ceramic stator 311 is fan shape is spaced four weep hole 311b in ceramic stator 311 plane, described movable valve plug is by the potsherd 313 that can rotate and the driving section driving potsherd 313 to rotate, described driving section and stay cord 6 are connected, described potsherd 313 part corresponding with the inlet opening 311a of ceramic stator 311 arranges cavity 313a, the sealing table top 313c that can seal four weep hole 311b is distributed with at four the weep hole 311b opposite positions being positioned at ceramic stator 311, often forming the water chamber 313b be connected with cavity 313a between adjacent two sealing table top 313c, when inlet valve is closed, four weep hole 311b that described potsherd 313 turns on four sealing table top 313c and ceramic stator 311 are aligned together accordingly respectively, when inlet valve is opened, four weep hole 311b that described potsherd 313 turns on four sealing table top 313c and ceramic stator 311 do not align or incomplete complete aligned position respectively, make together with the water chamber 313b of potsherd 313 is connected with the weep hole 311b of four on ceramic stator 311, described driving section comprises the drive plate 314 be made up of high-molecular organic material fixed with potsherd 313, hollow take off post 315, reduction torsion spring 320, on periphery compartment of terrain distribution can reduce the bearing structure of Relative friction when driving section is rotated its in be distributed with movable steel ball 316b the packing ring 317 that supports with steel ball 316b phase on retainer 316 side of retainer 316, by the locking plate 319 that screw thread can fix with valve casing 32, spool 31 periphery is enclosed with shroud 318, take off post 315 one end and drive plate 314 side in the middle part of fix, described take off post 315 the other end successively by retainer 316, reduction torsion spring 320, packing ring 317, locking plate 319 is set in together, described locking plate 319 is positioned at outside shroud 318 and is fixed together with valve casing 32 together with shroud 318, described 315 other ends that take off post pass from the side of shroud 318 and pass the centre bore of locking plate 319 and fork 33 links together, described drive plate 314, retainer 316, take off post and 315 to relatively rotate with shroud 318 and locking plate 319, a pin of described reduction torsion spring 320 supports mutually with restoring board 36 soffit, and an other pin of described reduction torsion spring 320 supports with drive plate 314 phase, the concrete form that described driving section drives potsherd 313 to rotate for: described in take off post 315 one end and drive plate 314 side in the middle part of fix, and suitable and fixing by the depressed part 313d being arranged on lug boss 314a in drive plate 314 bottom edge and potsherd 313 end face.Described stay cord 6 is for having the moccasin band of toughness, and described fork 33 is positioned at restoring board 36 one end and is equipped with and can prevents from breaking and can reduce the gum cover 34 of sound.
Operating principle is: after people has facilitated on closet, as long as with hand by compressing switch, get final product toilet flushing, certain the utility model switch also can be chosen as inductive switch, inductive switch controls the open and close of electromagnetism cylinder by program controller, the technology that program controller controls electromagnetism cylinder is that existing mature technology is here no longer carefully stated, during as adopted inductive switch, when people just goes on closet, inductive switch is started working, the information of people is had by closet to send to program controller, electromagnetism cylinder is in SBR, when people leaves closet, the information that people leaves by inductive switch sends to program controller, program controller sends instruction, electromagnetism cylinder is opened, i.e. automatic flushing device for closet bowl, when after the time of rinsing setting, program controller sends the instruction of closing electromagnetism cylinder again, namely rinsed.
Claims (10)
1. a water-saving closet, comprise basin body (1), open-shut linkage device, basin body (1) is provided with water inlet (11) and sewage draining exit (12), sewage draining exit (12) place is provided with unloading controllor (4), and water inlet (11) is connected with inlet control device (3); described sewage draining exit (12) is connected with blow-off pipe, it is characterized in that: described open-shut linkage device includes the drive unit that switch (2) and control of sewage disposal controller (4) open and close, described unloading controllor (4) is provided with the response agency that can automatically return to closed condition after sewage draining exit (12) can be made to open under the effect losing external force, inlet valve in described inlet control device (3) is for be directly connected with water inlet pipe, the outlet of described inlet valve directly and basin body (1) intracavity inter-connection, described unloading controllor (4) comprises blowdown housing (41), sewage draining valve (4a), the sewage draining exit (12) of described basin body (1) stretches in blowdown housing (41), the waste (42) being positioned at blowdown housing (41) bottom surface is connected with blow-off pipe, the lid of described sewage draining valve (4a) is placed on the sewage draining exit (12) of basin body (1), the top of blowdown housing (41) is extended at the top of described sewage draining valve (4a) by blowdown control lever (43), and blowdown control lever (43) can be arranged in the top of blowdown housing (41) rotationally, described drive unit is electromagnetism cylinder (5), described electromagnetism cylinder (5) is fixed on the top of blowdown housing (41), in electromagnetism cylinder (5), retractable piston rod (51) outer end links together actively with the blowdown control lever (43) extending blowdown housing (41) top, described electromagnetism cylinder (5) is connected by wire and switch (2).
2. water-saving closet according to claim 1, it is characterized in that: described switch (2) is electromagnetic induction switch, this electromagnetic induction switch and programme control circut are connected, after electromagnetic induction switch receives induction information, automatically the instruction that in electromagnetism cylinder (5), piston stretches out is sent, described piston top opens sewage draining valve, after electromagnetism cylinder (5) time of stretching out is N second, programme control circut sends the instruction that piston is retracted, in piston retraction electromagnetism cylinder (5), described sewage draining valve is closed automatically because of response agency, and described N is 5 ~ 8 seconds.
3. water-saving closet according to claim 2, it is characterized in that: described response agency comprises extension spring (45), is connected to the cross-tie (44) at blowdown control lever (43) top, described extension spring (45) one end is connected with cross-tie (44), the other end of described extension spring (45) is connected on the end face of blowdown housing (41), when not having External Force Acting, sewage draining valve (4a) keeps sewage draining valve (4a) to be in closed condition by the pulling force of extension spring (45).
4. water-saving closet according to claim 3, it is characterized in that: described blowdown housing (41) is made up of body (411) and cap (412), body (411) top opening, described cap (412) covers hermetically and is placed on the opening of body (411), described blowdown control lever (43) is extended cap (412) and swingingly can be movably connected with cap (412) be connect by rotating shaft, extension spring (45) is two, one end of two extension springs (45) is connected with the corresponding end of cross-tie (44) respectively, and the other end of two extension springs (45) is connected with the end face of cap (412) relevant position respectively, and be equipped with convenient installation at cap (412) end face upper cover and blowdown control lever (43) can be avoided to depart from the cover plate (46) of cap (412), stay cord (6) is connected with cross-tie (44).
5. according to described water-saving closet arbitrary in Claims 1-4, it is characterized in that: described inlet control device (3) is the inlet valve be directly connected with water inlet pipe, the outlet of described inlet valve directly and basin body (1) intracavity inter-connection, be connected with a fork (33) with the valve rod of closedown for controlling inlet valve breakdown, middle part and the valve rod outer end of described fork (33) fix, and one end of fork (33) is connected with without the back-moving spring (35) that valve can be made under External Force Acting to be in closed condition, the other end of described fork (33) can be held on restoring board (36), stay cord (6) be connected with fork (33) one end that back-moving spring (35) holds and be connected.
6. water-saving closet according to claim 5, it is characterized in that: described inlet valve comprises spool (31), valve casing (32), described spool (31) comprises location spool and movable valve plug, the seat sheet (312) that described location spool is made up of ceramic stator (311) and high-molecular organic material combines, normal valve mandrel is to being provided with not connected intake tunnel (312a) and exhalant canal (312b), the intake tunnel of described ceramic stator (311) is inlet opening (311a), and the outlet aquaporin of ceramic stator (311) is fan shape is spaced four weep holes (311b) in ceramic stator (311) plane, the driving section that described movable valve plug is rotated by the potsherd (313) that can rotate and drive potsherd (313) forms, described driving section and stay cord (6) are connected, described potsherd (313) part corresponding with the inlet opening (311a) of ceramic stator (311) arranges cavity (313a), the sealing table top (313c) that can seal four weep holes (311b) is distributed with at four weep hole (311b) opposite positions being positioned at ceramic stator (311), often forming the water chamber (313b) be connected with cavity (313a) between adjacent two sealings table top (313c), when inlet valve is closed, it is aligned together accordingly respectively with four weep holes (311b) on ceramic stator (311) that described potsherd (313) turns to four sealings table top (313c), when inlet valve is opened, described potsherd (313) turns to four sealings table top (313c) and not to align respectively position with four weep holes (311b) on ceramic stator (311), make together with the water chamber of potsherd (313) (313b) is connected with four weep holes (311b) on ceramic stator (311).
7. water-saving closet according to claim 6, it is characterized in that: described driving section comprises the drive plate (314) be made up of high-molecular organic material fixed with potsherd (313), take off post (315) of hollow, reduction torsion spring (320), on periphery, compartment of terrain distribution can reduce the packing ring (317) supported mutually with steel ball (316b) on retainer (316) side of Relative friction when driving section is rotated, by the locking plate (319) that screw thread can fix with valve casing (32), spool (31) periphery is enclosed with shroud (318), take off post in the middle part of the one end of (315) and the side of drive plate (314) and fix, the other end of described take off post (315) is successively by retainer (316), reduction torsion spring (320), packing ring (317), locking plate (319) is set in together, described locking plate (319) is positioned at shroud (318) and is fixed together with valve casing (32) together with shroud (318) outward, described (315) other end that takes off post passes from the side of shroud (318) and passes the centre bore of locking plate (319) and fork (33) links together, described drive plate (314), retainer (316), take off post (315) can relatively rotate with shroud (318), a feet of described reduction torsion spring (320) supports mutually with restoring board (36) soffit, and the another feet of described reduction torsion spring (320) supports mutually with drive plate (314).
8. water-saving closet according to claim 7, it is characterized in that: the concrete form that described driving section drives potsherd (313) to rotate for: described in take off post in the middle part of the one end of (315) and the side of drive plate (314) and fix, and suitable and fixing by the depressed part (313d) being arranged on lug boss (314a) in drive plate (314) bottom edge and potsherd (313) end face.
9. water-saving closet according to claim 4, is characterized in that: described stay cord (6) is for having the belt of toughness.
10. water-saving closet according to claim 5, is characterized in that: described fork (33) is positioned at restoring board (36) one end and is equipped with and can prevents from breaking and can reduce the gum cover (34) of sound.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420577602.9U CN204298925U (en) | 2014-09-30 | 2014-09-30 | A kind of water-saving closet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420577602.9U CN204298925U (en) | 2014-09-30 | 2014-09-30 | A kind of water-saving closet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204298925U true CN204298925U (en) | 2015-04-29 |
Family
ID=53104474
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420577602.9U Withdrawn - After Issue CN204298925U (en) | 2014-09-30 | 2014-09-30 | A kind of water-saving closet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204298925U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104264765A (en) * | 2014-09-30 | 2015-01-07 | 宁波宏益德节能科技有限公司 | Water-saving pedestal pan |
-
2014
- 2014-09-30 CN CN201420577602.9U patent/CN204298925U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104264765A (en) * | 2014-09-30 | 2015-01-07 | 宁波宏益德节能科技有限公司 | Water-saving pedestal pan |
| CN104264765B (en) * | 2014-09-30 | 2016-04-13 | 宁波宏益德节能科技有限公司 | A kind of water-saving closet |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150429 Effective date of abandoning: 20160413 |
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