CN204421308U - Attaching type sealing is without cold-bridge heat-insulating plate - Google Patents
Attaching type sealing is without cold-bridge heat-insulating plate Download PDFInfo
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- CN204421308U CN204421308U CN201420854831.0U CN201420854831U CN204421308U CN 204421308 U CN204421308 U CN 204421308U CN 201420854831 U CN201420854831 U CN 201420854831U CN 204421308 U CN204421308 U CN 204421308U
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- aluminium
- peripheral frame
- plastic composite
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- composite insulating
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Abstract
The utility model discloses the sealing of a kind of attaching type without cold-bridge heat-insulating plate structure, comprise inside and outside double-sided metal panel beating, aluminium alloy extrusions, the adiabatic profile shapes of soft-hard coextrusion, rubber and plastic cotton and polyurethane foams.Wherein aluminium alloy extrusions and the interspersed aluminium-plastic composite insulating shape of peripheral frame that is composited of the adiabatic profile shapes of soft-hard coextrusion, the outer sheet metal of warming plate is inlaid in the inside of the aluminium alloy side of aluminium-plastic composite insulating shape of peripheral frame, interior sheet metal is placed on the outside of the adiabatic profile shapes side of soft-hard coextrusion of aluminium-plastic composite insulating shape of peripheral frame, in the enclosed cavity that inside and outside two sheet metals and aluminium-plastic composite insulating shape of peripheral frame are formed, fill polyurethane foams makes without cold bridge double-sided metal thermal insulation plate, when warming plate vertically splices, by soft limit crush seal on the adiabatic profile shapes of soft-hard coextrusion.The utility model efficiently solves the cold bridge of air-conditioning box heat insulating panel, poorly sealed, the assembled technological difficulties such as loaded down with trivial details.
Description
Technical field
The utility model belongs to air-conditioning technical field, and specifically a kind of attaching type sealing is without cold-bridge heat-insulating plate.Be applicable to air-conditioning box heat insulating panel.
Background technology
Current double-sided metal thermal insulation plate is widely used in tail end of central air conditioner air-conditioning box and produces, and common are the double-sided metal thermal insulation plate not with frame and the post two-sided metal thermal insulation board structure being with frame.
Double-sided metal thermal insulation plate not with frame is shown in Fig. 1, usually adopts inner and outer plates bending to link mutually to connect, and between inner and outer plates, filling heat insulator forms warming plate, then to be fixed on by warming plate with self-tapping screw on the frame section bar that connected by angle threeway and to form casing.Need to leave gap between panel and framework during this structure installment, the size in gap to properties of product and appearance effects very large; This structure adopts that the self-tapping screw that should not repeatedly dismantle is fixed, the intensity of panel own is lower, poorly sealed leaks out and the problem such as cold bridge is generally deposited at present, and the shortcoming such as panel manufacturing process is complicated, casing assembly parts are more, efficiency of assembling is low.
With the double-sided metal thermal insulation plate of frame, usually adopt metal and nonmetal two kinds of modes, metal edge frame overcomes the strength problem not with frame, but cold-prevention bridge is difficult to solve; Nonmetal frame, due to its material, still has intensity not to be very high problem after panel forming.
Summary of the invention
The utility model provides a kind of attaching type sealing of tail end of central air conditioner air-conditioning box without cold-bridge heat-insulating plate, can avoid common panel weak point described in background technology.
The utility model is achieved through the following technical solutions: a kind of attaching type seals without cold-bridge heat-insulating plate, the insulation material comprising outer sheet metal, interior sheet metal and be filled between outer sheet metal and interior sheet metal; Also comprise be positioned at outer sheet metal and sheet metal two ends for being connected the aluminium-plastic composite insulating shape of peripheral frame of outer sheet metal and sheet metal; Described aluminium-plastic composite insulating shape of peripheral frame comprises aluminium alloy extrusions and interts the adiabatic profile shapes of the soft-hard coextrusion that combines with aluminium alloy extrusions, and one end of the adiabatic profile shapes of described soft-hard coextrusion is provided with software part, and the adiabatic profile shapes paste outside of soft-hard coextrusion has rubber and plastic cotton; Described outer sheet metal is inlaid in the inside of the aluminium alloy extrusions side of aluminium-plastic composite insulating shape of peripheral frame; Interior sheet metal is placed on the rubber and plastic cotton of the adiabatic profile shapes paste outside of soft-hard coextrusion; Two attaching type sealings are buckled together by aluminium-plastic composite insulating shape of peripheral frame mutually without cold-bridge heat-insulating plate, and when attaching type sealing is vertically spliced without cold-bridge heat-insulating plate, the software part on the adiabatic profile shapes of soft-hard coextrusion squeezes in seal clearance; When attaching type sealing is spliced without cold-bridge heat-insulating plate level, the adiabatic profile shapes of two soft-hard coextrusions of inner side abuts against together.
It is further: described aluminium-plastic composite insulating shape of peripheral frame comprises the aluminium-plastic composite insulating shape of peripheral frame I mainly comprised for level splicing and carries out the vertical aluminium-plastic composite insulating shape of peripheral frame III spliced with aluminium-plastic composite insulating shape of peripheral frame II and for coordinating with aluminium-plastic composite insulating shape of peripheral frame I; Described aluminium-plastic composite insulating shape of peripheral frame I has the U-shaped of bayonet socket in bottom, and it combines by the adiabatic profile shapes of L-type aluminium alloy extrusions I and " one " font soft-hard coextrusion I is interspersed, has the groove placing rubber and plastic cotton outside the adiabatic profile shapes I of soft-hard coextrusion; Described aluminium-plastic composite insulating shape of peripheral frame II is U-shaped, bottom has and aluminium-plastic composite insulating shape of peripheral frame I bayonet fittings draw-in groove, and aluminium-plastic composite insulating shape of peripheral frame II combines by the adiabatic profile shapes of L-type aluminium alloy extrusions II and " one " font soft-hard coextrusion I is interspersed; Described aluminium-plastic composite insulating shape of peripheral frame III is in H type, it is interted by the adiabatic profile shapes II of T-shaped aluminium alloy extrusions III and L-type soft-hard coextrusion and combines, the groove placing rubber and plastic cotton is had outside the adiabatic profile shapes II of soft-hard coextrusion, adiabatic profile shapes II one end of soft-hard coextrusion is provided with software part, the aluminium alloy extrusions III of aluminium-plastic composite insulating shape of peripheral frame III has and aluminium-plastic composite insulating shape of peripheral frame I bayonet fittings draw-in groove.
Described interior sheet metal is pasted onto on the rubber and plastic cotton outside the adiabatic profile shapes of soft-hard coextrusion; When attaching type sealing is spliced without cold-bridge heat-insulating plate level, aluminium-plastic composite insulating shape of peripheral frame I and aluminium-plastic composite insulating shape of peripheral frame II are connected by bayonet socket and draw-in groove, the adiabatic profile shapes I of soft-hard coextrusion of inner side is close to mutually, cuts off the contact of outer sheet metal and interior sheet metal.
Described interior sheet metal is pasted onto on the rubber and plastic cotton outside the adiabatic profile shapes of soft-hard coextrusion; When attaching type sealing is vertically spliced without cold-bridge heat-insulating plate, aluminium-plastic composite insulating shape of peripheral frame I and aluminium-plastic composite insulating shape of peripheral frame III are connected by bayonet socket and draw-in groove, the software part of the adiabatic profile shapes II of soft-hard coextrusion is filled in the gap between the adiabatic profile shapes I of soft-hard coextrusion and the adiabatic profile shapes II of soft-hard coextrusion, cuts off the contact of outer sheet metal and interior sheet metal.
Aluminium alloy extrusions and the adiabatic profile shapes of soft-hard coextrusion are the detachable combinations that interts.
Described insulation material is filled in the polyurethane heat insulation material in the enclosed cavity that formed by interior sheet metal, outer sheet metal and aluminium-plastic composite insulating shape of peripheral frame.
When attaching type sealing is vertically spliced without cold-bridge heat-insulating plate, aluminium-plastic composite insulating shape of peripheral frame I is connected by bolt and nut with aluminium-plastic composite insulating shape of peripheral frame III.
Owing to have employed technique scheme, the beneficial effects of the utility model are: inside and outside sheet metal is fixed on the heat insulation shape of peripheral frame of aluminium-plastic composite, the confined space filled polyurethane insulation material formed, inside and outside sheet metal is connected by soft-hard coextrusion heat-insulating material, has stopped the generation of cold bridge; Be that the bayonet socket of concavo-convex slot type is connected with draw-in groove, the software part of the adiabatic profile shapes of soft-hard coextrusion is extrusion type sealed between adjacent double-layers metal insulation board, have that globality intensity is high, good airproof performance, to connect without cold bridge, assembled simple and easy, good looking appearance, bolt and nut, the features such as structural behaviour can not affected by being dismounted for multiple times.
Accompanying drawing explanation
Fig. 1 is not with frame insulating plate structure figure under background technology;
Fig. 2 is aluminium-plastic composite insulating shape of peripheral frame I structure chart;
Fig. 3 is aluminium-plastic composite insulating shape of peripheral frame II structure chart;
Fig. 4 is aluminium-plastic composite insulating shape of peripheral frame III structure chart;
Fig. 5 is that attaching type sealing is without cold-bridge heat-insulating plate level splicing schematic diagram;
Fig. 6 is that attaching type sealing vertically splices schematic diagram without cold-bridge heat-insulating plate;
Fig. 7 is the schematic cross-section being sealed the air-conditioning box casing be spliced into without cold-bridge heat-insulating plate by attaching type.
In figure: 1, aluminium alloy extrusions; 1-1, aluminium alloy extrusions I; 1-2, aluminium alloy extrusions II; 1-3, aluminium alloy extrusions III; 2, the adiabatic profile shapes of soft-hard coextrusion; The adiabatic profile shapes I of 2-1, soft-hard coextrusion; The adiabatic profile shapes II of 2-2, soft-hard coextrusion; 21, software part; 3, rubber and plastic is cotton; 4, outer metallic plate; 5, insulation material; 6, interior metallic plate; 7, aluminium-plastic composite insulating shape of peripheral frame; 7-1, aluminium-plastic composite insulating shape of peripheral frame I; 7-2, aluminium-plastic composite insulating shape of peripheral frame II; 7-3, aluminium-plastic composite insulating shape of peripheral frame III; 8, bolt and nut.
Detailed description of the invention
Be below a specific embodiment of the present utility model, existing the utility model is described in further detail by reference to the accompanying drawings.
As shown in Figure 6 and Figure 7, a kind of attaching type sealing is without cold-bridge heat-insulating plate, be called for short warming plate, outer sheet metal 4 is connected with the aluminium-plastic composite insulating shape of peripheral frame 7 of interior sheet metal 6 by end, in the enclosed cavity formed by outer sheet metal 4, interior sheet metal 6 and aluminium-plastic composite insulating shape of peripheral frame 7, fill polyurethane heat insulation material 5; The sealing of adjacent attaching type mutually to be withheld by aluminium-plastic composite insulating shape of peripheral frame 7 without cold-bridge heat-insulating plate and is linked together; Aluminium-plastic composite insulating shape of peripheral frame 7 is interted by the adiabatic profile shapes 2 of aluminium alloy extrusions 1 and soft-hard coextrusion and combines, and aluminium alloy extrusions 1 and the adiabatic profile shapes 2 of soft-hard coextrusion removably connect, and is convenient for changing.
Aluminium-plastic composite insulating shape of peripheral frame 7 mainly contains three kinds of forms, as shown in Figure 2, aluminium-plastic composite insulating shape of peripheral frame I 7-1 entirety is U-shaped, the bottom of U-shaped aluminium-plastic composite insulating shape of peripheral frame I 7-1 has the bayonet socket for being connected with other aluminium-plastic composite insulating shape of peripheral frames 7, it is combined with adiabatic profile shapes I 2-1 of " one " font soft-hard coextrusion is interspersed by L-type aluminium alloy extrusions I 1-1, has the groove placing rubber and plastic cotton 3 outside adiabatic profile shapes I 2-1 of soft-hard coextrusion, as shown in Figure 3,7-2 is U-shaped for aluminium-plastic composite insulating shape of peripheral frame II, bottom has and aluminium-plastic composite insulating shape of peripheral frame I 7-1 bayonet fittings draw-in groove, and aluminium-plastic composite insulating shape of peripheral frame II 7-2 is combined with adiabatic profile shapes I 2-1 of " one " font soft-hard coextrusion is interspersed by L-type aluminium alloy extrusions II 1-2, aluminium-plastic composite insulating shape of peripheral frame I 7-1 and aluminium-plastic composite insulating shape of peripheral frame II 7-2 is used for the level connection joint between warming plate, as shown in Figure 5, outer sheet metal 4 is inlaid in the inside of aluminium alloy extrusions 1 side of aluminium-plastic composite insulating shape of peripheral frame 7, and interior sheet metal 6 is placed on the rubber and plastic cotton 3 of adiabatic profile shapes 2 paste outside of soft-hard coextrusion, aluminium-plastic composite insulating shape of peripheral frame I 7-1 and aluminium-plastic composite insulating shape of peripheral frame II 7-2 is connected by bayonet socket and draw-in groove, and adiabatic profile shapes I 2-1 of soft-hard coextrusion of inner side is close to mutually, cuts off the contact of outer sheet metal 4 and interior sheet metal 6, as shown in Figure 4, aluminium-plastic composite insulating shape of peripheral frame III 7-3 is H type, it is interted by adiabatic profile shapes II 2-2 of T-shaped aluminium alloy extrusions III 1-3 and L-type soft-hard coextrusion and combines, the groove placing rubber and plastic cotton 3 is had outside adiabatic profile shapes II 2-2 of soft-hard coextrusion, the adiabatic profile shapes II 2-2 one end of soft-hard coextrusion is provided with software part 21, aluminium alloy extrusions III 1-3 of aluminium-plastic composite insulating shape of peripheral frame III 7-3 has and aluminium-plastic composite insulating shape of peripheral frame I 7-1 bayonet fittings draw-in groove, draw-in groove on aluminium alloy extrusions III 1-3 is compared to the draw-in groove of L-type aluminium alloy extrusions II 1-2, its direction is staggered 90 °, as shown in Figure 6, when adjacent warming plate vertically splices, aluminium-plastic composite insulating shape of peripheral frame I 7-1 and aluminium-plastic composite insulating shape of peripheral frame III 7-3 is connected by bayonet socket and draw-in groove, the software part 21 of adiabatic profile shapes II 2-2 of soft-hard coextrusion is filled in the gap between adiabatic profile shapes I 2-1 of soft-hard coextrusion and adiabatic profile shapes II 2-2 of soft-hard coextrusion, cut off the contact of outer sheet metal 4 and interior sheet metal 6, aluminium-plastic composite insulating shape of peripheral frame I 7-1 is connected by bolt and nut 8 with aluminium-plastic composite insulating shape of peripheral frame III 7-3.
The heat insulation shape of peripheral frame 7 of aluminium-plastic composite, cut through 45° angle, a panel frame is surrounded with 4 bilateral heat insulation frame types 7 of aluminium-plastic composite being 45° angle, outer sheet metal 4 is assembled in the inside of aluminium alloy extrusions 1 side, interior sheet metal 6 is placed on rubber and plastic cotton 3 that the adiabatic profile shapes 2 of soft-hard coextrusion is pasted, in the confined space that inside and outside metallic plate and the heat insulation shape of peripheral frame 7 of aluminium-plastic composite surround, fill polyurethane heat insulation material 5, thus be made into attaching type sealing without cold-bridge heat-insulating plate.As shown in Figure 7, it is the schematic cross-section of the air-conditioning box casing be spliced into by warming plate, separated by polyurathamc insulation material and the adiabatic profile shapes of soft-hard coextrusion between inside and outside sheet metal, stopped cold bridge, solve the phenomenon of traditional air conditioner casing because of cold bridge surface condensation.The air-conditioning box box house flat smooth made with the utility model warming plate, good looking appearance, assembledly simply, effectively reduce production hour.The processing dimension of aluminium alloy extrusions degree of precision, matched in clearance trickle between two panels guarantee to assemble precisely and performance reliable, efficiently solve traditional air conditioner casing due to poorly sealed and problem that is that cause casing to leak out.Adopt tongue and groove to connect when aluminium-plastic composite insulating shape of peripheral frame 7 on adjacent two heat insulating panels cooperatively interacts, be easy to spacing in assembling; Aluminium alloy extrusions quality of fit is high, small fit clearance, ensures sealing effectiveness; Two panels is connected by bolt and nut each other, and can repeatedly dismantle, intensity is unaffected.
Claims (7)
1. attaching type sealing is without a cold-bridge heat-insulating plate, the insulation material (5) comprising outer sheet metal (4), interior sheet metal (6) and be filled between outer sheet metal (4) and interior sheet metal (6); Also comprise the aluminium-plastic composite insulating shape of peripheral frame (7) that the two ends being positioned at outer sheet metal (4) and sheet metal (6) are used for being connected outer sheet metal (4) and sheet metal (6); It is characterized in that: described aluminium-plastic composite insulating shape of peripheral frame (7) comprises aluminium alloy extrusions (1) and soft-hard coextrusion thermal insulation profile shapes (2) that combine interspersed with aluminium alloy extrusions (1), one end of the adiabatic profile shapes (2) of described soft-hard coextrusion is provided with software part (21), and adiabatic profile shapes (2) paste outside of soft-hard coextrusion has rubber and plastic cotton (3); Described outer sheet metal (4) is inlaid in the inside of aluminium alloy extrusions (1) side of aluminium-plastic composite insulating shape of peripheral frame (7); Interior sheet metal (6) is placed on the rubber and plastic cotton (3) of adiabatic profile shapes (2) paste outside of soft-hard coextrusion; Two attaching type sealings are buckled together by aluminium-plastic composite insulating shape of peripheral frame (7) mutually without cold-bridge heat-insulating plate, and when attaching type sealing is vertically spliced without cold-bridge heat-insulating plate, the software part (21) on the adiabatic profile shapes (2) of soft-hard coextrusion squeezes in seal clearance; When attaching type sealing is spliced without cold-bridge heat-insulating plate level, the adiabatic profile shapes (2) of two soft-hard coextrusions of inner side abuts against together.
2. attaching type sealing according to claim 1 is without cold-bridge heat-insulating plate, it is characterized in that: described aluminium-plastic composite insulating shape of peripheral frame (7) comprises the aluminium-plastic composite insulating shape of peripheral frame I (7-1) mainly comprised for level splicing and carries out the vertical aluminium-plastic composite insulating shape of peripheral frame III (7-3) spliced with aluminium-plastic composite insulating shape of peripheral frame II (7-2) and for coordinating with aluminium-plastic composite insulating shape of peripheral frame I (7-1); Described aluminium-plastic composite insulating shape of peripheral frame I (7-1) has the U-shaped of bayonet socket in bottom, it is by combining L-type aluminium alloy extrusions I (1-1) and " one " font soft-hard coextrusion adiabatic profile shapes I (2-1) interting, and adiabatic profile shapes I (2-1) outside of soft-hard coextrusion has the groove placing rubber and plastic cotton (3); Described aluminium-plastic composite insulating shape of peripheral frame II (7-2) is U-shaped, bottom has and aluminium-plastic composite insulating shape of peripheral frame I (7-1) bayonet fittings draw-in groove, and aluminium-plastic composite insulating shape of peripheral frame II (7-2) is by combining L-type aluminium alloy extrusions II (1-2) and " one " font soft-hard coextrusion adiabatic profile shapes I (2-1) interting; Described aluminium-plastic composite insulating shape of peripheral frame III (7-3) is in H type, it is by combining T-shaped aluminium alloy extrusions III (1-3) and L-type soft-hard coextrusion adiabatic profile shapes II (2-2) interting, adiabatic profile shapes II (2-2) outside of soft-hard coextrusion has the groove placing rubber and plastic cotton (3), adiabatic profile shapes II (2-2) one end of soft-hard coextrusion is provided with software part (21), the aluminium alloy extrusions III (1-3) of aluminium-plastic composite insulating shape of peripheral frame III (7-3) has and aluminium-plastic composite insulating shape of peripheral frame I (7-1) bayonet fittings draw-in groove.
3. attaching type sealing according to claim 2 is without cold-bridge heat-insulating plate, it is characterized in that: described interior sheet metal (6) is pasted onto on the rubber and plastic cotton (3) in adiabatic profile shapes (2) outside of soft-hard coextrusion; When attaching type sealing is spliced without cold-bridge heat-insulating plate level, aluminium-plastic composite insulating shape of peripheral frame I (7-1) and aluminium-plastic composite insulating shape of peripheral frame II (7-2) are connected by bayonet socket and draw-in groove, the adiabatic profile shapes I (2-1) of soft-hard coextrusion of inner side is close to mutually, cuts off the contact of outer sheet metal (4) and interior sheet metal (6).
4. attaching type sealing according to claim 2 is without cold-bridge heat-insulating plate, it is characterized in that: described interior sheet metal (6) is pasted onto on the rubber and plastic cotton (3) in adiabatic profile shapes (2) outside of soft-hard coextrusion; When attaching type sealing is vertically spliced without cold-bridge heat-insulating plate, aluminium-plastic composite insulating shape of peripheral frame I (7-1) and aluminium-plastic composite insulating shape of peripheral frame III (7-3) are connected by bayonet socket and draw-in groove, the software part (21) of the adiabatic profile shapes II (2-2) of soft-hard coextrusion is filled in the gap between the adiabatic profile shapes I (2-1) of soft-hard coextrusion and the adiabatic profile shapes II (2-2) of soft-hard coextrusion, cuts off the contact of outer sheet metal (4) and interior sheet metal (6).
5. attaching type sealing according to claim 1 is without cold-bridge heat-insulating plate, it is characterized in that: aluminium alloy extrusions (1) and the adiabatic profile shapes (2) of soft-hard coextrusion are the detachable combinations that interts.
6. attaching type according to claim 1 sealing is without cold-bridge heat-insulating plate, it is characterized in that: described insulation material (5) is filled in the polyurethane heat insulation material in the enclosed cavity that formed by interior sheet metal (6), outer sheet metal (4) and aluminium-plastic composite insulating shape of peripheral frame (7).
7. attaching type sealing according to claim 2 is without cold-bridge heat-insulating plate, it is characterized in that: when attaching type sealing is vertically spliced without cold-bridge heat-insulating plate, aluminium-plastic composite insulating shape of peripheral frame I (7-1) is connected by bolt and nut (8) with aluminium-plastic composite insulating shape of peripheral frame III (7-3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420854831.0U CN204421308U (en) | 2014-12-30 | 2014-12-30 | Attaching type sealing is without cold-bridge heat-insulating plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420854831.0U CN204421308U (en) | 2014-12-30 | 2014-12-30 | Attaching type sealing is without cold-bridge heat-insulating plate |
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| Publication Number | Publication Date |
|---|---|
| CN204421308U true CN204421308U (en) | 2015-06-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420854831.0U Expired - Fee Related CN204421308U (en) | 2014-12-30 | 2014-12-30 | Attaching type sealing is without cold-bridge heat-insulating plate |
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| CN (1) | CN204421308U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114234429A (en) * | 2021-12-28 | 2022-03-25 | 南京御风环境技术有限公司 | Frameless dehumidifier box based on soft and hard co-extrusion PVC and assembling method |
-
2014
- 2014-12-30 CN CN201420854831.0U patent/CN204421308U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114234429A (en) * | 2021-12-28 | 2022-03-25 | 南京御风环境技术有限公司 | Frameless dehumidifier box based on soft and hard co-extrusion PVC and assembling method |
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| Date | Code | Title | Description |
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| 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: 20150624 Termination date: 20171230 |