CN202148567U - Embedded part of water supply pipeline - Google Patents
Embedded part of water supply pipeline Download PDFInfo
- Publication number
- CN202148567U CN202148567U CN201120226968U CN201120226968U CN202148567U CN 202148567 U CN202148567 U CN 202148567U CN 201120226968 U CN201120226968 U CN 201120226968U CN 201120226968 U CN201120226968 U CN 201120226968U CN 202148567 U CN202148567 U CN 202148567U
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- China
- Prior art keywords
- water inlet
- valve body
- side wall
- delivery port
- wall place
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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Abstract
An embedded part of a water supply pipeline comprises a valve seat; the valve seat comprises an inner valve body which is made of metal materials; a valve core installing hole is arranged in the inner valve body; one or two inner water inlets are arranged at the bottom of the inner valve body; one or two inner water outlets are arranged at the rear part of the inner valve body; an outer valve body is coated on the outer wall of the inner valve body; a water inlet which extends outwards is arranged on the position of the outer valve body, at each inner water inlet of the inner valve body; a water outlet which extends outwards is arranged on the outer valve body at each inner water outlet of the inner valve body; each water inlet is connected with one end of a water inlet pipe which is made of plastic in a welding way; and each water outlet is connected with one end of a water outlet pipe which is made of plastic in the welding way. The utility model aims at providing the embedded part which reduces the construction installation cost of a living water supply system, improves the construction efficiency, reduces the problems that the living water supply system leaks during using, and the like, saves the metal materials, reduces the effective using space occupied in a room of the living water supply system.
Description
Technical field
The utility model relates to a kind of supply channel built-in fitting.
Background technology
In existing domestic water supplying system, plastic pipe is in light weight with it, cost is low, and advantage such as add good anticorrosion and be convenient to be welded to connect has begun substituted galvanized iron conduit, and obtained the extensive approval in market.But install out of need water tap, valve and in the future just with problems such as maintenance, the valve seat of existing water tap, valve and supply channel etc. normally are laid in the outside of building masonry wall, can not adopt pre-buried mode to be installed in the body of wall of building.In addition, existing water tap still all adopts metal material to process usually, when docking with plastic pipe; Because plastic piping need adopt welding, metal faucet is to be threaded, in order to realize being connected of plastic pipe and metal faucet; Just must adopt one to be that screw thread, one are the special connecting pieces of plastics, owing to plastic piping all is to install one by one at the scene with being connected of water tap, poor working environment; Be difficult to guarantee installation quality; This has not only increased the cost of domestic water supplying system, also can increase the probability that problems such as seepage appear in the special connecting piece place, and then causes in the domestic water supplying system and can't normally use.
The utility model content
It is a kind of integrally welded with valve seat and pipeline that the purpose of the utility model is to provide, and forms a built-in fitting, and integral body is imbedded within the walls; Be connected to pipe network after imbedding, Spool assembly etc. is installed at last, realize reducing the construction and installation cost of domestic water supplying system; Improve efficiency of construction; Reduce or avoid domestic water supplying system problems such as seepage in use to occur, practice thrift metal material, reduce the supply channel built-in fitting of indoor effective usage space that domestic water supplying system takies.
The supply channel built-in fitting of the utility model; Comprise valve seat; Said valve seat comprises the inner valve body that adopts metal material to process, and horizontal direction is provided with the spool installing hole before and after the inner valve body upper edge, and the spool installing port of spool installing hole is positioned at the front end of inner valve body; The bottom of inner valve body is provided with one or two interior water inlets; Water inlet links to each other with the inner end of spool installing hole respectively in each, and the rear portion of inner valve body is provided with one or two interior delivery ports, is coated with outer valve on the outer wall of inner valve body; Each water inlet that is positioned at said inner valve body on the outer valve has an outward extending water inlet respectively; The inner end of each water inlet communicates with an interior water inlet of inner valve body respectively, and each the delivery port place that is positioned at said inner valve body on the said outer valve has an outward extending delivery port respectively, and the inner end of each delivery port communicates with an interior delivery port of inner valve body respectively; Said outer valve, each said water inlet and each delivery port adopt plastics to be made into integration; One end of the water inlet pipe that each water inlet is processed with plastics respectively is weldingly connected, and the other end of each water inlet pipe is weldingly connected with a port of the water inlet elbow of processing with plastics respectively, and an end of the outlet pipe that each said delivery port is processed with plastics respectively is weldingly connected; The other end of each outlet pipe is weldingly connected with a port of a water outlet connector respectively, and another end of water outlet connector is a screw thread.
The supply channel built-in fitting of the utility model; Wherein said water inlet is one, and a water inlet is positioned at the upper side wall place of said outer valve, and the bottom of a water inlet and a said water inlet pipe is weldingly connected; Water inlet pipe vertically is provided with; The upper end of water inlet pipe and said water inlet elbow port down are weldingly connected, and said delivery port is one, and a delivery port is positioned at upper side wall place or left side wall place or the right side wall place or the lower wall place of said outer valve.
The supply channel built-in fitting of the utility model, wherein said water inlet elbow is weldingly connected towards the port of horizontal direction and an end of water inlet connector, and water inlet connector along continuous straight runs is provided with.
The supply channel built-in fitting of the utility model; Wherein said water inlet is two; One of them water inlet is positioned at the left side wall place of said outer valve, and another water inlet is positioned at the right side wall place of outer valve, and said delivery port is two; One of them delivery port is positioned at the upper side wall or the left side wall place of said outer valve, and another delivery port is positioned at the lower wall or the right side wall place of outer valve.
The supply channel built-in fitting of the utility model; Wherein said water inlet is two, and two water inlets are positioned at the upper side wall place of said outer valve, and each water inlet is weldingly connected with the bottom of a said water inlet pipe respectively; Each water inlet pipe vertically is provided with respectively; The upper end of each water inlet pipe is weldingly connected with said water inlet elbow port down respectively, and said delivery port is one, and a delivery port is positioned at upper side wall place or left side wall place or the right side wall place or the lower wall place of said outer valve.
The supply channel built-in fitting of the utility model, wherein each said water inlet elbow is weldingly connected each water inlet connector along continuous straight runs setting respectively with an end of a water inlet connector respectively towards the port of horizontal direction.
The supply channel built-in fitting of the utility model, wherein said outer valve is provided with the valve seat fixed head, and the valve seat fixed head adopts plastics and outer valve to be made into integration respectively, and the valve seat fixed head is provided with more than one screw mounting hole.
The supply channel built-in fitting of the utility model, wherein said inner valve body external surface is provided with a plurality of grooves, and said outer valve is coated on the outer wall of inner valve body through injection moulding.
The supply channel built-in fitting of the utility model; Since when injection mo(u)lding with metal valve body and the plastics valve body composition metallo-plastic composite valve seat that fuses; Outer valve, each water inlet and each delivery port adopt plastics to be made into integration; Each water inlet and each delivery port can be directly and the plastic pipe welding, the connecting thread that has saved metal faucet from structure design be that the realization metal faucet is connected required special connecting piece with plastic pipe.In use; Can the supply channel built-in fitting of the utility model be embedded in the body of wall of building, before water system is used, Spool assembly be installed in the spool installing hole, gland is installed on the Spool assembly; The valve core rotation handle is installed in the rotating shaft of Spool assembly; With water outlets such as faucet or water tanks, butt joint is installed accordingly with wet part, the supply channel in the external world is installed butt joint accordingly in the water inlet connector, just can supply water and use.Therefore, it is low, in light weight that the supply channel built-in fitting of the utility model has processing cost, can reduce the construction and installation cost of domestic water supplying system, improves efficiency of construction, reduces or avoid domestic water supplying system the characteristics of problem such as seepage in use to occur.Because reasonable in design; The supply channel built-in fitting of the utility model also has the saving metal material, make things convenient for installation, use reliable, installation dimension is little, it is little to take up room; Reduce indoor effective usage space that domestic water supplying system takies, make things convenient for the advantage of the maintenance of operating period.
Introduce the specific embodiment of the utility model in detail below in conjunction with accompanying drawing.
Description of drawings
Fig. 1 is a kind of structural representation of embodiment of the supply channel built-in fitting of the utility model;
Fig. 2 is the structural representation of another kind of embodiment of the supply channel built-in fitting of the utility model;
Fig. 3 is the structural representation of another embodiment of the supply channel built-in fitting of the utility model;
Fig. 4 is the structural representation of also a kind of embodiment of the supply channel built-in fitting of the utility model;
Fig. 5 is the structural representation of another embodiment of the supply channel built-in fitting of the utility model;
Fig. 6 is the structural representation of another embodiment again of the supply channel built-in fitting of the utility model;
Fig. 7 is the structural representation of other a kind of embodiment of the supply channel built-in fitting of the utility model;
Fig. 8 is the structural representation of another kind of embodiment again of the supply channel built-in fitting of the utility model;
Fig. 9 is the structural representation of another embodiment of the supply channel built-in fitting of the utility model;
Figure 10 is the structural representation of another embodiment of the supply channel built-in fitting of the utility model;
Figure 11 is in the structural representation of pre-buried installment state for the supply channel built-in fitting of the utility model.
The specific embodiment
To shown in Figure 10, the supply channel built-in fitting of the utility model comprises valve seat like Fig. 1; Valve seat comprises the inner valve body 2 that adopts metal material to process, and horizontal direction is provided with spool installing hole 3 before and after inner valve body 2 upper edges, and the spool installing port of spool installing hole 3 is positioned at the front end of inner valve body 2; Before spool is installed; The spool installing port needs by interim shutoff, and the bottom of inner valve body 2 is provided with one or two interior water inlets, and water inlet links to each other with the inner end of spool installing hole 3 respectively in each; The rear portion of inner valve body 2 is provided with one or two interior delivery ports; Be coated with outer valve 4 on the outer wall of inner valve body 2, each water inlet that is positioned at inner valve body 2 on the outer valve 4 has an outward extending water inlet 6 respectively, and the inner end of each water inlet 6 communicates with an interior water inlet of inner valve body 2 respectively; Each the delivery port place that is positioned at inner valve body 2 on the outer valve 4 has an outward extending delivery port 7 respectively; The inner end of each delivery port 7 communicates with an interior delivery port of inner valve body 2 respectively, and outer valve 4, each water inlet 6 and each delivery port 7 adopt plastics to be made into integration, and an end of the water inlet pipe 1 that each water inlet 6 is processed with plastics respectively is weldingly connected; The other end of each water inlet pipe 1 is weldingly connected with a port of the water inlet elbow of processing with plastics respectively 8; One end of the outlet pipe 10 that each delivery port 7 is processed with plastics respectively is weldingly connected, the other end of each outlet pipe 10 be weldingly connected with a port of a water outlet connector 11 respectively, another end of water outlet connector is a screw thread.
The water inlet 6 of embodiment shown in Figure 1 is one, and a water inlet 6 is positioned at the upper side wall place of outer valve 4, and the bottom of a water inlet 6 and a water inlet pipe 1 is weldingly connected; Water inlet pipe 1 vertically is provided with; The upper end of water inlet pipe 1 is weldingly connected with water inlet elbow 8 port down, and water inlet elbow 8 is weldingly connected towards the port of horizontal direction and an end of water inlet connector 9, the 9 along continuous straight runs settings of water inlet connector; Delivery port 7 is one, and a delivery port 7 is positioned at the lower wall place of outer valve 4.
The water inlet 6 of embodiment shown in Figure 2 is one, and a water inlet 6 is positioned at the upper side wall place of outer valve 4, and the bottom of a water inlet 6 and a water inlet pipe 1 is weldingly connected; Water inlet pipe 1 vertically is provided with; The upper end of water inlet pipe 1 is weldingly connected with water inlet elbow 8 port down, and water inlet elbow 8 is weldingly connected towards the port of horizontal direction and an end of water inlet connector 9, the 9 along continuous straight runs settings of water inlet connector; Delivery port 7 is one, and a delivery port 7 is positioned at the right side wall place of outer valve 4.
The water inlet 6 of embodiment shown in Figure 3 is one; A water inlet 6 is positioned at the upper side wall place of outer valve 4; The bottom of a water inlet 6 and a water inlet pipe 1 is weldingly connected, and water inlet pipe 1 vertically is provided with, and the upper end of water inlet pipe 1 is weldingly connected with water inlet elbow 8 port down; Water inlet elbow 8 is weldingly connected towards the port of horizontal direction and an end of water inlet connector 9, the 9 along continuous straight runs settings of water inlet connector.Delivery port 7 is one, and a delivery port 7 is positioned at the left side wall place of outer valve 4.
The water inlet 6 of embodiment shown in Figure 4 is one; A water inlet 6 is positioned at the upper side wall place of outer valve 4; The bottom of a water inlet 6 and a water inlet pipe 1 is weldingly connected, and water inlet pipe 1 vertically is provided with, and the upper end of water inlet pipe 1 is weldingly connected with water inlet elbow 8 port down; Water inlet elbow 8 is weldingly connected towards the port of horizontal direction and an end of water inlet connector 9, the 9 along continuous straight runs settings of water inlet connector.Delivery port 7 is one, and a delivery port 7 is positioned at the upper side wall place of outer valve 4.
The water inlet 6 of embodiment shown in Figure 5 is two; One of them water inlet 6 is positioned at the left side wall place of outer valve 4; Another water inlet 6 is positioned at the right side wall place of outer valve 4; Delivery port 7 is two, and one of them delivery port 7 is positioned at the upper side wall place of outer valve 4, and another delivery port 7 is positioned at the lower wall place of outer valve 4.
The water inlet 6 of embodiment shown in Figure 6 is two; Two water inlets 6 are positioned at the upper side wall place of outer valve 4; Each water inlet 6 is weldingly connected with the bottom of a water inlet pipe 1 respectively, and each water inlet pipe 1 vertically is provided with respectively, and the upper end of each water inlet pipe 1 is weldingly connected with a water inlet elbow 8 port down respectively; Each water inlet elbow 8 is weldingly connected each water inlet connector 9 along continuous straight runs setting respectively with an end of a water inlet connector 9 respectively towards the port of horizontal direction.Delivery port 7 is one, and a delivery port 7 is positioned at the lower wall place of outer valve 4.
The water inlet 6 of embodiment shown in Figure 7 is two; Two water inlets 6 are positioned at the upper side wall place of outer valve 4; Each water inlet 6 is weldingly connected with the bottom of a water inlet pipe 1 respectively, and each water inlet pipe 1 vertically is provided with respectively, and the upper end of each water inlet pipe 1 is weldingly connected with a water inlet elbow 8 port down respectively; Each water inlet elbow 8 is weldingly connected each water inlet connector 9 along continuous straight runs setting respectively with an end of a water inlet connector 9 respectively towards the port of horizontal direction.Delivery port 7 is two, and one of them delivery port 7 is positioned at the left side wall place of outer valve 4, and another delivery port 7 is positioned at the right side wall place of outer valve 4.
The water inlet 6 of embodiment shown in Figure 8 is two; Two water inlets 6 are positioned at the upper side wall place of outer valve 4; Each water inlet 6 is weldingly connected with the bottom of a water inlet pipe 1 respectively, and each water inlet pipe 1 vertically is provided with respectively, and the upper end of each water inlet pipe 1 is weldingly connected with a water inlet elbow 8 port down respectively; Each water inlet elbow 8 is weldingly connected each water inlet connector 9 along continuous straight runs setting respectively with an end of a water inlet connector 9 respectively towards the port of horizontal direction.Delivery port 7 is one, and a delivery port 7 is positioned at the right side wall place of outer valve 4.
The water inlet 6 of embodiment shown in Figure 9 is two; Two water inlets 6 are positioned at the upper side wall place of outer valve 4; Each water inlet 6 is weldingly connected with the bottom of a water inlet pipe 1 respectively, and each water inlet pipe 1 vertically is provided with respectively, and the upper end of each water inlet pipe 1 is weldingly connected with a water inlet elbow 8 port down respectively; Each water inlet elbow 8 is weldingly connected each water inlet connector 9 along continuous straight runs setting respectively with an end of a water inlet connector 9 respectively towards the port of horizontal direction.Delivery port 7 is one, and a delivery port 7 is positioned at the left side wall place of outer valve 4.
The water inlet 6 of embodiment shown in Figure 10 is two; Two water inlets 6 are positioned at the upper side wall place of outer valve 4; Each water inlet 6 is weldingly connected with the bottom of a water inlet pipe 1 respectively, and each water inlet pipe 1 vertically is provided with respectively, and the upper end of each water inlet pipe 1 is weldingly connected with a water inlet elbow 8 port down respectively; Each water inlet elbow 8 is weldingly connected each water inlet connector 9 along continuous straight runs setting respectively with an end of a water inlet connector 9 respectively towards the port of horizontal direction.Delivery port 7 is one, and a delivery port 7 is positioned at the upper side wall place of outer valve 4.
Can be provided with valve seat fixed head 12 on the outer valve 4 among above-mentioned each embodiment, valve seat fixed head 12 adopts plastics and outer valve 4 to be made into integration respectively, and valve seat fixed head 12 is provided with more than one screw mounting hole.Can be provided with a plurality of grooves on inner valve body 1 external surface among above-mentioned each embodiment, outer valve 4 is coated on the outer wall of inner valve body 1 through injection moulding.
Shown in figure 11, the supply channel built-in fitting of the utility model can be embedded in the supply channel built-in fitting in the body of wall of building in use; Water inlet connector 9 stretches out the outer certain length of wall; Supply channel with convenient with extraneous welds, and the front end face of water outlet connector 11 (not comprising threaded portion) is put down in metope or dimpling and gone out metope, installs with wet part to be convenient to faucet etc.; Valve seat 4 front end faces are put down in metope or dimpling and are gone out metope, to be convenient to the installation of Spool assembly.Before water system is used, Spool assembly is installed to spool installing hole 3; Gland is installed on the Spool assembly; The valve core rotation handle is installed in the rotating shaft of spool, with water outlets such as faucet or water tanks, butt joint is installed accordingly, just can have supplied water with wet part.
The supply channel built-in fitting of the utility model; Can be processed into one in batch in factory; The built-in fitting that forms a whole, built-in fitting carries out withstand voltage test and interim shutoff in factory, and integral body is imbedded within the walls to the building site again; The connector of will intaking accordingly again after imbedding is communicated with pipe network, and Spool assembly and faucet etc. are installed at last.
Embodiment recited above describes the preferred implementation of the utility model; Be not that the utility model scope is limited; Design under the spiritual prerequisite not breaking away from the utility model; Various distortion and improvement that the common engineers and technicians in this area make the technical scheme of the utility model all should fall in the protection domain that claims of the utility model confirm.
Claims (8)
1. supply channel built-in fitting; Comprise valve seat; It is characterized in that: said valve seat comprises the inner valve body (2) that adopts metal material to process; Horizontal direction is provided with spool installing hole (3) before and after inner valve body (2) upper edge; The spool installing port of spool installing hole (3) is positioned at the front end of inner valve body (2), and the bottom of inner valve body (2) is provided with one or two interior water inlets, and water inlet links to each other with the inner end of spool installing hole (3) respectively in each; The rear portion of inner valve body (2) is provided with one or two interior delivery ports; Be coated with outer valve (4) on the outer wall of inner valve body (2), each water inlet that is positioned at said inner valve body (2) on the outer valve (4) has an outward extending water inlet (6) respectively, and the inner end of each water inlet (6) communicates with an interior water inlet of inner valve body (2) respectively; Each the delivery port place that is positioned at said inner valve body (2) on the said outer valve (4) has an outward extending delivery port (7) respectively; The inner end of each delivery port (7) communicates with an interior delivery port of inner valve body (2) respectively, and said outer valve (4), each said water inlet (6) and each delivery port (7) adopt plastics to be made into integration, and an end of the water inlet pipe (1) that each water inlet (6) is processed with plastics respectively is weldingly connected; The other end of each water inlet pipe (1) is weldingly connected with a port of the water inlet elbow of processing with plastics respectively (8); One end of the outlet pipe (10) that each said delivery port (7) is processed with plastics respectively is weldingly connected, the other end of each outlet pipe (10) be weldingly connected with a port of a water outlet connector (11) respectively, another end of water outlet connector is a screw thread.
2. supply channel built-in fitting according to claim 1; It is characterized in that: said water inlet (6) is one; A water inlet (6) is positioned at the upper side wall place of said outer valve (4); Water inlet (6) is weldingly connected with the bottom of a said water inlet pipe (1), and water inlet pipe (1) vertically is provided with, and the upper end of water inlet pipe (1) and said water inlet elbow (8) port down are weldingly connected; Said delivery port (7) is one, and a delivery port (7) is positioned at upper side wall place or left side wall place or the right side wall place or the lower wall place of said outer valve (4).
3. supply channel built-in fitting according to claim 2 is characterized in that: said water inlet elbow (8) is weldingly connected towards the port of horizontal direction and an end of water inlet connector (9), the along continuous straight runs setting of water inlet connector (9).
4. supply channel built-in fitting according to claim 1; It is characterized in that: said water inlet (6) is two; One of them water inlet (6) is positioned at the left side wall place of said outer valve (4), and another water inlet (6) is positioned at the right side wall place of outer valve (4), and said delivery port (7) is two; One of them delivery port (7) is positioned at the upper side wall or the left side wall place of said outer valve (4), and another delivery port (7) is positioned at the lower wall or the right side wall place of outer valve (4).
5. supply channel built-in fitting according to claim 1; It is characterized in that: said water inlet (6) is two; Two water inlets (6) are positioned at the upper side wall place of said outer valve (4); Each water inlet (6) is weldingly connected with the bottom of a said water inlet pipe (1) respectively, and each water inlet pipe (1) vertically is provided with respectively, and the upper end of each water inlet pipe (1) is weldingly connected with a said water inlet elbow (8) port down respectively; Said delivery port (7) is one, and a delivery port (7) is positioned at upper side wall place or left side wall place or the right side wall place or the lower wall place of said outer valve (4).
6. supply channel built-in fitting according to claim 5; It is characterized in that: each said water inlet elbow (8) is weldingly connected the along continuous straight runs setting respectively of each water inlet connector (9) with an end of a water inlet connector (9) respectively towards the port of horizontal direction.
7. according to any one described supply channel built-in fitting in the claim 1 to 6; It is characterized in that: said outer valve (4) is provided with valve seat fixed head (12); Valve seat fixed head (12) adopts plastics and outer valve (4) to be made into integration respectively, and valve seat fixed head (12) is provided with more than one screw mounting hole.
8. supply channel built-in fitting according to claim 7 is characterized in that: said inner valve body (1) external surface is provided with a plurality of grooves, and said outer valve (4) is coated on the outer wall of inner valve body (1) through injection moulding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120226968U CN202148567U (en) | 2011-06-22 | 2011-06-22 | Embedded part of water supply pipeline |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120226968U CN202148567U (en) | 2011-06-22 | 2011-06-22 | Embedded part of water supply pipeline |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202148567U true CN202148567U (en) | 2012-02-22 |
Family
ID=45589630
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120226968U Expired - Lifetime CN202148567U (en) | 2011-06-22 | 2011-06-22 | Embedded part of water supply pipeline |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202148567U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102278514A (en) * | 2011-06-22 | 2011-12-14 | 孙志国 | Water supply pipeline embedded part |
-
2011
- 2011-06-22 CN CN201120226968U patent/CN202148567U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102278514A (en) * | 2011-06-22 | 2011-12-14 | 孙志国 | Water supply pipeline embedded part |
| CN102278514B (en) * | 2011-06-22 | 2013-07-24 | 孙志国 | Water supply pipeline embedded part |
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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: 20120222 Effective date of abandoning: 20130724 |
|
| RGAV | Abandon patent right to avoid regrant |