CN203256937U - Building-block assembly-type purified room wall structure - Google Patents
Building-block assembly-type purified room wall structure Download PDFInfo
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- CN203256937U CN203256937U CN 201320289549 CN201320289549U CN203256937U CN 203256937 U CN203256937 U CN 203256937U CN 201320289549 CN201320289549 CN 201320289549 CN 201320289549 U CN201320289549 U CN 201320289549U CN 203256937 U CN203256937 U CN 203256937U
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Abstract
The utility model relates to a building-block assembly-type purified room wall structure, belonging to the technical field of building components. The building-block assembly-type purified room wall structure comprises wall units, a group of frame connecting mechanisms and a gap shielding mechanism, wherein the upper edge and the lower edge of each wall unit in the length direction are respectively embedded and combined with a reinforcing frame; the edges on one side and the other side of each wall unit in the height direction are respectively embedded and combined with a wall unit connection frame; the frame connecting mechanisms are distributed at intervals and connected between the wall unit connection frames of every two adjacent wall units; and both sides of the gap shielding mechanism corresponding to the frame connecting mechanisms are embedded with the wall unit connection frames on every two adjacent wall units. The utility model satisfies the quick set-up requirement in the construction process, saves the cost of production, and has the advantages of excellent building-block assembly effect, high set-up efficiency, favorable repeated use effect, resource saving and ideal integral effect.
Description
Technical field
The utility model belongs to the building member technical field, is specifically related to a kind of unitization assembled purified room wall body structure.
Background technology
In the exploitation and manufacturing process such as biological medicine, electronic chemical, macromolecular material, vaccine reagent, generally require service depot, factory building as infrastructure to possess the air-tightness excellence, anti-dust performance is good, automatically cleaning is satisfactory for result and even also requires to have antistatic, anti-electromagnetic interference etc., in view of this building member take extruded aluminium as material in recent years extremely people think highly of, and the application quantity in these fields constantly increases.
The concept of above mentioned unitization assembled purified room wall body structure refers to implement to produce in factory, and is assembled in the mode that plays with building blocks by the workman after transporting the job site to, uses saving packing, transportation, warehouse cost and raising and builds speed of application.
Undoubtedly, the quality of building the speed of speed of application and even building quality depend on to a great extent the body of wall self structure rationally whether, again, the degree that relies on securing member in build process is higher, it is often slower to build so efficient, and constructor's labour intensity is large.And, also must take into account the factors such as its reusability, flexibility as unitization assembled purified room wall body structure.
The applicant has carried out literature search, although can be seen in about being suitable as the technical information of the building member that purifies the room in the disclosed Chinese patent literature up to now, typical in CN101699015B(flat-open type airtight door), CN101698108A(delivery window), CN102926632(steel sealed door) and CN102926487A(body of wall level(l)ing device), etc.But be not seen in direct technical information about wall body structure, the applicant has done positive and useful design for this reason, finally formed technical scheme described below, and taking to have carried out simulated test in the applicant plant area under the corresponding secrecy provision, it is practicable that the result proves.
Summary of the invention
Task of the present utility model is to provide a kind of building speed and use and save man-hour when helping to significantly improve construction, be conducive to connect quickly adjacent wall element as a whole and use and embody excellent unitization assembly unit effect, be of value to the securing member of abandoning screw and so on and use to improve to build efficient and to ensure good reusability and have to be convenient to the space between the adjacent wall element effectively covered and protect and use the unitization assembled purified room wall body structure that embodies excellent whole structure.
Task of the present utility model is finished like this, a kind of unitization assembled purified room wall body structure, comprise wall element, be combined with one in the top edge position of the length direction of this wall element and each the slotting embedding of lower edge position and strengthen framework, connect framework and be combined with a wall element in each slotting embedding of marginal position of a side of the short transverse of wall element and opposite side; One group of framework bindiny mechanism, this group of framework bindiny mechanism are with the interval distributions, and the described wall element that is connected on the adjacent wall element connects between the framework; The space is covered and is protected mechanism, and this space is covered and protected mechanism and be connected the framework scarf corresponding to the both sides of described framework bindiny mechanism with described wall element on the described adjacent wall element.
In a specific embodiment of the present utility model, described wall element comprises the first aluminium extruded plate, the second aluminium extruded plate and packed layer, packed layer is positioned at first, between the second aluminium extruded plate, and first, the second aluminium extruded plate and packed layer three are bonded to each other and are integrated, each consists of in the top edge position of the length direction of the first aluminium extruded plate and lower edge position one first embedding limit, and in length direction top edge position and each formation of lower edge position of the second aluminium extruded plate one second embedding limit is arranged, the direction on the first embedding limit is towards the second embedding limit, and the direction on the second embedding limit is towards the first embedding limit, and each consists of at the marginal position of a side of the short transverse of the first aluminium extruded plate and opposite side one the 3rd embedding limit, each consists of one the 4th embedding limit is arranged and at the marginal position of a side of the short transverse of the second aluminium extruded plate and opposite side, the 3rd, the 4th embedding limit is corresponding toward each other, described enhancing framework inserts described first, between the second aluminium extruded plate, and by described the first embedding limit and location, the second embedding limit, described wall element connects framework and inserts first, between the second aluminium extruded plate, and by described the 3rd embedding limit and location, the 4th embedding limit, described space is covered and is protected mechanism and comprise First Transition junction plate and one second transition connecting plate that corresponds to each other, the First Transition junction plate corresponding to a side of described framework bindiny mechanism simultaneously with adjacent wall element on described wall element is connected the framework scarf, the second transition connecting plate is being connected the framework scarf corresponding to the opposite side while of described framework bindiny mechanism with described wall element on the adjacent wall element.
In another specific embodiment of the present utility model, the short transverse formation that connects framework at described wall element has a cavity, this cavity on the wall body of a side of described framework bindiny mechanism and the middle position that is positioned at this wall body consist of and have one towards the connector of the direction depression of the cavity chamber of stepping down, consisting of at the position of a side of the accent in the chamber of stepping down corresponding to this connector has one first brace clip flange, and consist of at the position of the opposite side of the accent in the chamber of stepping down corresponding to connector one second brace clip flange is arranged, and consisting of towards a side of described framework bindiny mechanism at described wall body has the chimeric flange of a First Transition junction plate and the chimeric flange of one second transition connecting plate, this is first years old, the chimeric flange of the second transition connecting plate corresponds to each other, and towards the short transverse formation of a side of the chimeric flange of the second transition connecting plate one first spring pin caulking groove is arranged at the chimeric flange of First Transition junction plate, and towards the short transverse formation of a side of the chimeric flange of First Transition junction plate one second spring pin caulking groove is arranged at the chimeric flange of the second transition connecting plate, described framework bindiny mechanism probes into described connector and steps down in the chamber and simultaneously with described first, the second brace clip flange, the first spring pin caulking groove and the second spring pin caulking groove match, described First Transition junction plate and the chimeric flange scarf of described First Transition junction plate, and described the second transition connecting plate and the chimeric flange scarf of described the second transition connecting plate.
In another specific embodiment of the present utility model, described framework bindiny mechanism comprises a connecting piece, the first spring pin and the second spring pin, each consists of at the two ends of brace a connector, consisting of at the base portion of a side of connector has one first draw-in groove, and consist of at the base portion of the opposite side of connector one second draw-in groove is arranged, connector probes into described connector and steps down in the chamber, the first draw-in groove matches with described the first brace clip flange, the second draw-in groove matches with described the second connector clip flange, the first spring pin is being embedded on the brace corresponding to an end of brace is slotting, and an end bearing of this first spring pin is on described the first spring pin caulking groove, the other end then is bearing on the second spring pin caulking groove, the second spring pin is being embedded on the brace corresponding to the other end of brace is slotting, and an end bearing of this second spring pin is on the first spring pin caulking groove, and the other end then is bearing on the second spring pin caulking groove.
In another specific embodiment of the present utility model, connect a side of framework and in the position formation corresponding to the chimeric flange of described First Transition junction plate the first junction plate caulking groove is arranged towards described wall element at described First Transition junction plate, this first junction plate caulking groove matches with the chimeric flange of First Transition junction plate; Connect a side of framework and in the position formation corresponding to the chimeric flange of described the second transition connecting plate the second junction plate caulking groove is arranged towards wall element in described the second transition connecting plate, this second junction plate caulking groove matches with the chimeric flange of the second transition connecting plate.
Also have in the specific embodiment of the present utility model, described packed layer is polyurethane.
One of technique effect of the technical scheme that the utility model provides owing to can carry out standard production in factory, thereby is fast built requirement can satisfy construction the time, thereby can be embodied the effect of saving cost; Two connect owing to can the wall element on the adjacent wall element be connected framework by one group of framework bindiny mechanism, thereby the wall element of requirement can be connected as a wholely, thereby have excellent modular assembled effect; Three owing to need not to use securing member assembling, thereby not only build the efficient height, and have the good effect of reusing, extremely be conducive to economize on resources; Four because the space covers and protect mechanism the naked space of the dew between the adjacent wall element is effectively covered, thereby have desirable whole structure.
Description of drawings
Fig. 1 is example structure figure of the present utility model.
Fig. 2 is the A section enlarged drawing of Fig. 1.
The specific embodiment
For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present utility model and beneficial effect more, the applicant general elaborates in the mode of embodiment below, but all be not restriction to the utility model scheme to the description of embodiment, any according to the utility model design done only for pro forma but not substantial equivalent transformation all should be considered as the technical solution of the utility model category.
See also Fig. 1 and Fig. 2, for the ease of the public's understanding, the applicant figure 1 illustrates two wall elements 1, by the applicant below description and the wall element 1 of requirement can be connected to each other.
Aforesaid wall element 1 comprises first, second aluminium extruded plate 11,12 and packed layer 13, and packed layer 13 preferably but not select with definitely being limited to and use polyurethane is namely selected and used polyurethane foam material, and between first, second aluminium extruded plate 11,12.According to professional general knowledge, first, second aluminium extruded plate 11,12 and packed layer 13 threes be bonded to each other and be integrated.
By shown in Figure 1 and as an example of location status shown in Figure 1 example (as follows), each consists of in the top edge position of the length direction of the first aluminium extruded plate 11 and lower edge position one first embedding limit 111, and this first embedding limit 111 also can be referred to as the first flanging; Each consists of in the top edge position of the length direction of the second aluminium extruded plate 12 and lower edge position one second embedding limit 121, and the second flanging also can be called in this second embedding limit 121.The direction on the first embedding limit 11 is towards the second embedding limit 121, and the direction on the second embedding limit 121 that is to say towards the first embedding limit 111, and first, second embedding limit 111,121 is corresponding in opposite directions.Again, each consists of at the marginal position of a side of the short transverse of the first aluminium extruded plate 11 and opposite side has one the 3rd embedding limit 112(also can claim the 3rd flanging), and at the marginal position of a side of the short transverse of the second aluminium extruded plate 12 and opposite side each consist of have one the 4th embedding limit 122(also to can be described as Fourth Fold), the 3rd, the 4th embedding limit 112,122 is corresponding toward each other.
By shown in Figure 1, first, second embedding limit 111,121 and aforesaid packed layer 13 between consist of the chamber of soaring, this chamber of soaring constitutes in fact the space of inserting for strengthening framework 2; Equally, the 3rd, the 4th embedding limit 112,122 and packed layer 13 between also consist of the chamber of soaring, this chamber of soaring constitutes in fact for wall element and connects the space that framework 3 is inserted.
Above mentioned enhancing framework 2 is placed between first, second aluminium extruded plate 11,12, namely inserts in the aforesaid chamber of soaring and a side of the length direction of this enhancing framework 2 is limited by the first embedding limit 111, and the opposite side of length direction is limited by the second embedding limit 121.
Above mentioned wall element connect framework 3 preferably but not the structure that definitely is limited to is as follows: the short transverse (take location status shown in Figure 1 as example) that connects framework 3 at this wall element consists of a cavity 31, this cavity 31 on the wall body 31 of a side of the following framework bindiny mechanism 4 that also will describe in detail and the position placed in the middle (position placed in the middle on the long limit in cross section) that is positioned at this wall body 311 consist of have one towards the direction of cavity 31 depression and connector semicircular in shape the chamber 3111 of stepping down, consisting of in the position of a side of the accent in the chamber 3111 of stepping down corresponding to this connector has one first brace clip flange 3112, and consist of in the position of the opposite side of the accent in the chamber 3111 of stepping down corresponding to connector one second brace clip flange 3113 is arranged, and to be wall body 311 back to a side of cavity 31 consist of that the chimeric flange 3114 of a First Transition junction plate and the chimeric flange 3115, the first of one second transition connecting plate are arranged towards a side of framework bindiny mechanism 4 at wall body 311, the chimeric flange 3114 of the second transition connecting plate, 3115 is vertically parallel each other.Consist of one first spring pin caulking groove 31141 in the chimeric protruding level 3114 of First Transition junction plate towards the short transverse of a side of the chimeric flange 3115 of the second transition connecting plate, and towards the short transverse formation of a side of the chimeric flange 3114 of First Transition junction plate one second spring pin caulking groove 31151 is arranged at the chimeric flange 3115 of the second transition connecting plate.Aforesaid the 3rd embedding limit 112 and the 4th embedding limit 122 and the side contacts of wall body 311 back to cavity 31.
Please continue to see Fig. 1, provided the framework bindiny mechanism 4 that one group of quantity is not subject to illustrating restricted number, each framework bindiny mechanism 4 comprises brace 41, the second spring pin 42 and the second spring pin 43, each consists of at the two ends of brace 41 connector 411, consisting of at the base portion of a side of connector 411 has one first draw-in groove 4111, and consist of at the base portion of the opposite side of connector 411 one second draw-in groove 4112 is arranged, the connector 411 that is arranged in brace 41 1 ends is connected framework 3 with wall element on one of them wall element 1 of adjacent two wall elements 1 and matches, namely being insinuated into connector on the wall body 311 that wall element on this one of them wall element 1 connects framework 3 steps down in the chamber 3111, match and the wall element on another wall element 1 of the connector 411 that is arranged in brace 41 other ends and adjacent two wall elements 1 is connected framework 3, namely be insinuated into connector on the wall body 311 of the wall element connection box 3 on this another wall element 1 and step down in the chamber 3111.Wherein, the first draw-in groove 4111 matches with aforesaid the first brace clip flange 3112, and the second draw-in groove 4112 matches with aforesaid the second brace clip flange 3113.The first spring pin 42 is being embedded on the brace 41 corresponding to an end of brace 41 is slotting, the second spring pin 43 is being embedded on the brace 41 corresponding to the other end of brace 42 is slotting, one end bearing of the first spring pin 42 is on aforesaid the first spring pin caulking groove 31141, and the other end is bearing on aforesaid the second spring pin caulking groove 31151, one end of the second spring pin 43 is bearing on the first spring pin caulking groove 31141 equally, and the other end is bearing on the second spring pin caulking groove 31151.By illustrated state as can be known, why the first spring pin 42 and the second spring pin 43 being arranged, is to connect framework 3 because they tackle respectively two wall elements on the wall element 1.Again, according to professional general knowledge as can be known, first, second spring pin 42,43 effect are spacing to brace 41, avoid namely stoping brace 41 following first, second brace clip flange 3112,3113 down slidings, so that brace 41 keeps level, make two adjacent wall elements 1 connect reliably as a whole (connecting framework 3 by wall element).
For the connecting portion to two adjacent wall elements 1 is namely implemented to cover to protect to framework bindiny mechanism 4, therefore the utility model is recommended have the space to cover and is protected mechanism 5, this space is covered and is protected mechanism 5 and comprise First Transition junction plate 51 and one second transition connecting plate 52, connect a side of framework 3 and the first junction plate caulking groove 511 is arranged, this First Transition junction plate caulking groove 511 and chimeric flange 3114 scarves of First Transition junction plate in the position formation corresponding to the chimeric flange 3114 of aforementioned First Transition junction plate towards aforementioned wall element at First Transition junction plate 51; Connect the opposite side of framework 3 and in the position formation corresponding to the chimeric flange 3115 of aforementioned the second transition connecting plate the second junction plate caulking groove 521, chimeric flange 3115 scarves of this second transition connecting plate caulking groove 521 and the second transition connecting plate are arranged towards aforementioned wall element in the second transition connecting plate 52.According to professional general knowledge because first, second transition connecting plate 51,52 each take into account simultaneously with two adjacent wall elements 1 on wall element is connected framework 3 and matches, so aforesaid first, second junction plate caulking groove 511,521 respectively has a pair of.
Owing to according to the superincumbent description of the applicant, can understand build process fully, therefore no longer the assembling of construction site be given unnecessary details.
Claims (6)
1.
A kind of unitization assembled purified room wall body structure, it is characterized in that comprising wall element (1), be combined with one in the top edge position of the length direction of this wall element (1) and each the slotting embedding of lower edge position and strengthen framework (2), connect framework (3) and be combined with a wall element in each slotting embedding of marginal position of a side of the short transverse of wall element and opposite side; One group of framework bindiny mechanism (4), this one group of framework bindiny mechanism (4) are with the interval distributions, and the described wall element that is connected on the adjacent wall element (1) connects between the framework (3); The space is covered and is protected mechanism (5), and this space is covered and protected mechanism (5) and be connected framework (3) scarf corresponding to the both sides of described framework bindiny mechanism (4) with described wall element on the described adjacent wall element (1).
2.
Unitization assembled purified according to claim 1 room wall body structure, it is characterized in that described wall element (1) comprises the first aluminium extruded plate (11), the second aluminium extruded plate (12) and packed layer (13), packed layer (13) is positioned at first, the second aluminium extruded plate (11,12) between, and first, the second aluminium extruded plate (11,12) and packed layer (13) three be bonded to each other and be integrated, each consists of in the top edge position of the length direction of the first aluminium extruded plate (11) and lower edge position one first embedding limit (111), and in length direction top edge position and each formation of lower edge position of the second aluminium extruded plate (12) one second embedding limit (121) is arranged, the direction on the first embedding limit (111) is towards the second embedding limit (121), and the direction on the second embedding limit (121) is towards the first embedding limit (111), and each consists of at the marginal position of a side of the short transverse of the first aluminium extruded plate (11) and opposite side one the 3rd embedding limit (112), each consists of one the 4th embedding limit (122) is arranged and at the marginal position of a side of the short transverse of the second aluminium extruded plate (12) and opposite side, the 3rd, the 4th embedding limit (112,122) corresponding toward each other, described enhancing framework (2) inserts described first, the second aluminium extruded plate (11,12) between, and by described the first embedding limit (111) and location, the second embedding limit (121), described wall element connects framework (3) and inserts first, the second aluminium extruded plate (11,12) between, and by described the 3rd embedding limit (112) and location, the 4th embedding limit (122), described space is covered and is protected mechanism (5) and comprise First Transition junction plate (51) and one second transition connecting plate (52) that corresponds to each other, First Transition junction plate (51) is being connected framework (3) scarf with described wall element on the adjacent wall element (1) simultaneously corresponding to a side of described framework bindiny mechanism (4), and the second transition connecting plate (52) is being connected framework (3) scarf corresponding to the opposite side while of described framework bindiny mechanism (4) with described wall element on the adjacent wall element (1).
3.
Unitization assembled purified according to claim 2 room wall body structure, it is characterized in that the short transverse formation that connects framework (3) at described wall element has a cavity (31), and middle position that be positioned at this wall body (311) upper towards the wall body (311) of a side of described framework bindiny mechanism (4) at this cavity (31) consists of has one towards the connector of the direction depression of cavity (31) chamber (3111) of stepping down, consisting of at the position of a side of the accent in the chamber (3111) of stepping down corresponding to this connector has one first brace clip flange (3112), and consist of at the position of the opposite side of the accent in the chamber (3111) of stepping down corresponding to connector one second brace clip flange (3113) is arranged, and towards the side formation of described framework bindiny mechanism (4) the chimeric flange of a First Transition junction plate (3114) and the chimeric flange of one second transition connecting plate (3115) are arranged at described wall body (311), this is first years old, the chimeric flange (3114 of the second transition connecting plate, 3115) correspond to each other, and towards the short transverse formation of a side of the chimeric flange of the second transition connecting plate (3115) one first spring pin caulking groove (31141) is arranged at the chimeric flange of First Transition junction plate (3114), and towards the short transverse formation of a side of the chimeric flange of First Transition junction plate (3114) one second spring pin caulking groove (31151) is arranged at the chimeric flange of the second transition connecting plate (3115), described framework bindiny mechanism (4) probes into described connector and steps down in the chamber (3111) and simultaneously with described first, the second brace clip flange (3112,3113), the first spring pin caulking groove (31141) and the second spring pin caulking groove (31151) match, described First Transition junction plate (51) and the chimeric flange of described First Transition junction plate (3114) scarf, and described the second transition connecting plate (52) and the chimeric flange of described the second transition connecting plate (3115) scarf.
4.
Unitization assembled purified according to claim 3 room wall body structure, it is characterized in that described framework bindiny mechanism (4) comprises a connecting piece (41), the first spring pin (42) and the second spring pin (43), each consists of at the two ends of brace (41) a connector (411), consisting of at the base portion of a side of connector (411) has one first draw-in groove (4111), and consist of at the base portion of the opposite side of connector (411) one second draw-in groove (4112) is arranged, connector (411) probes into described connector and steps down in the chamber (311), the first draw-in groove (4111) matches with described the first brace clip flange (3112), the second draw-in groove (4112) matches with described the second connector clip flange (3113), the first spring pin (42) is being embedded on the brace (41) corresponding to an end of brace (41) is slotting, and an end bearing of this first spring pin (42) is on described the first spring pin caulking groove (31141), the other end then is bearing on the second spring pin caulking groove (31151), the second spring pin (43) is being embedded on the brace (41) corresponding to the other end of brace (41) is slotting, and an end bearing of this second spring pin (43) is on the first spring pin caulking groove (31141), and the other end then is bearing on the second spring pin caulking groove (31151).
5.
Unitization assembled purified according to claim 3 room wall body structure, it is characterized in that connecting a side of framework (3) and in the position formation corresponding to the chimeric flange of described First Transition junction plate (3114) the first junction plate caulking groove (511) being arranged towards described wall element at described First Transition junction plate (51), this first junction plate caulking groove (511) matches with the chimeric flange of First Transition junction plate (3114); Connect a side of framework (3) and in the position formation corresponding to the chimeric flange of described the second transition connecting plate (3115) the second junction plate caulking groove (521) is arranged towards wall element in described the second transition connecting plate (52), this second junction plate caulking groove (521) matches with the chimeric flange of the second transition connecting plate (3115).
6.
Unitization assembled purified according to claim 2 room wall body structure is characterized in that described packed layer (13) is polyurethane
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320289549 CN203256937U (en) | 2013-05-24 | 2013-05-24 | Building-block assembly-type purified room wall structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320289549 CN203256937U (en) | 2013-05-24 | 2013-05-24 | Building-block assembly-type purified room wall structure |
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| Publication Number | Publication Date |
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| CN203256937U true CN203256937U (en) | 2013-10-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201320289549 Withdrawn - After Issue CN203256937U (en) | 2013-05-24 | 2013-05-24 | Building-block assembly-type purified room wall structure |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103255855A (en) * | 2013-05-24 | 2013-08-21 | 苏州杰科洁净技术有限公司 | Modularization splicing type purification house wall body structure |
-
2013
- 2013-05-24 CN CN 201320289549 patent/CN203256937U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103255855A (en) * | 2013-05-24 | 2013-08-21 | 苏州杰科洁净技术有限公司 | Modularization splicing type purification house wall body structure |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20131030 Effective date of abandoning: 20150114 |
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| RGAV | Abandon patent right to avoid regrant |