CN103255855B

CN103255855B - Modularization splicing type purification house wall body structure

Info

Publication number: CN103255855B
Application number: CN201310197399.2A
Authority: CN
Inventors: 黄喜万; 陈杰; 李力
Original assignee: SUZHOU JIETAI CLEAN TECHNOLOGY Co Ltd
Current assignee: SUZHOU JIETAI CLEAN TECHNOLOGY Co Ltd
Priority date: 2013-05-24
Filing date: 2013-05-24
Publication date: 2015-01-14
Anticipated expiration: 2033-05-24
Also published as: CN103255855A

Abstract

The invention discloses a modularization splicing type purification house wall body structure and belongs to the technical field of building components. The modularization splicing type purification house wall body structure comprises wall body units, a set of frame body connecting mechanisms and clearance shielding mechanisms. A reinforcing frame body is combined on each of the upper edge portion and the lower edge portion in the length direction of each wall body unit in an embedding mode. A wall body unit connecting frame body is combined on each of one side edge portion and the other side edge portion in the height direction of each wall body unit in an embedding mode. The frame body connecting mechanisms are distributed at intervals and are connected between the wall body unit connecting frame bodies on adjacent wall body units. The clearance shielding mechanisms are matched in an embedding mode with the wall body unit connecting frame bodies on the adjacent wall body units on two sides corresponding to the frame body connecting mechanisms. The modularization splicing type purification house wall body structure has the advantages that quick constructing requirements during construction are met, cost is saved, great modularization splicing effect is achieved, constructing efficiency is high, repeated using effect is good, resources are saved, and whole effect is ideal.

Description

Unitization sectioned wall structure

Technical field

The invention belongs to building member technical field, be specifically related to a kind of unitization sectioned wall structure.

Background technology

In the exploitation and manufacturing process of such as biological medicine, electronic chemical, macromolecular material, vaccine preparation and so on, based on common demands facility service depot, factory building possesses air-tightness excellence, anti-dust performance is good, automatically cleaning is satisfactory for result so also require there is antistatic, anti-electromagnetic interference etc., with extruded aluminium be in view of this material building member in recent years extremely people think highly of, and application quantity in these areas constantly increases.

The concept of above mentioned unitization sectioned wall structure refers to be implemented to produce in factory, and is assembled in the mode played with building blocks by workman when transporting job site to after, uses and saves packaging, transport, warehouse cost and speed of application is built in raising.

Certainly, the speed building speed of application and even the quality of building quality depend on the whether reasonable of body of wall self structure to a great extent, and again, the degree relying on securing member in build process is higher, so build efficiency often slower, and the labour intensity of constructor is large.And, also must take into account its factor such as reusability, flexibility as unitization sectioned wall structure.

The applicant has carried out literature search, although the technical information about being suitable as building member can be seen in Chinese patent literature disclosed in 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 directly about the technical information of wall body structure, the applicant has done positive and useful design for this reason, finally technical scheme described below is defined, and carried out simulated test in the applicant plant area taking under corresponding secrecy provision, result proves practicable.

Summary of the invention

Task of the present invention is to provide a kind of and contributes to the speed of building when significantly improving construction and use and save man-hour, be conducive to adjacent wall element to connect quickly as a whole and use and embody the excellent assembled effect of unitization, be of value to the securing member of abandoning screw and so on and use to improve to build efficiency and ensure good reusability and have the space between being convenient to adjacent wall element effectively to cover and protect and use the unitization sectioned wall structure embodying excellent whole structure.

Task of the present invention has been come like this, a kind of unitization sectioned wall structure, comprise wall element, in the top edge position of the length direction of this wall element and lower edge position, each inserting embeddingly is combined with an enhancing framework, and in the side of the short transverse of wall element and the marginal position of opposite side is each inserts the embedding wall element that is combined with and connect framework; One group of framework bindiny mechanism, this group of framework bindiny mechanism distributes with space state, and the described wall element be connected in adjacent wall element connects between framework; Space Bi Hu mechanism, this space Bi Hu mechanism is being connected framework scarf corresponding to the described both sides of framework bindiny mechanism with the described wall element in described adjacent wall element.

In a specific embodiment of the present invention, described wall element comprises the first aluminium extruded plate, second aluminium extruded plate and packed layer, packed layer is positioned at first, between second aluminium extruded plate, and first, second aluminium extruded plate and packed layer three are bonded to each other and are integrated, one first embedding limit is respectively configured with in the top edge position of the length direction of the first aluminium extruded plate and lower edge position, and one second embedding limit is respectively configured with in the length direction top edge position of the second aluminium extruded plate and lower edge position, 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 be respectively configured with one the 3rd embedding limit in the side of the short transverse of the first aluminium extruded plate and the marginal position of opposite side, and one the 4th embedding limit is respectively configured with in the side of the short transverse of the second aluminium extruded plate and the marginal position of opposite side, 3rd, 4th embedding limit is corresponding toward each other, described enhancing framework inserts described first, between second aluminium extruded plate, and located by the described first embedding limit and the second embedding limit, described wall element connects framework and inserts first, between second aluminium extruded plate, and located by the 3rd described embedding limit and the 4th embedding limit, described space Bi Hu mechanism comprises the First Transition junction plate and one second transition connecting plate that correspond to each other, the side that First Transition junction plate is corresponding to described framework bindiny mechanism is connected framework scarf with the described wall element in adjacent wall element simultaneously, the opposite side that second transition connecting plate is corresponding to described framework bindiny mechanism is connected framework scarf with the described wall element in adjacent wall element simultaneously.

In another specific embodiment of the present invention, the short transverse connecting framework at described wall element is configured with a cavity, on the wall body of this cavity towards the side of described framework bindiny mechanism and the middle position being positioned at this wall body is configured with a connector caved in towards the direction of cavity steps down chamber, the position of the side of the accent in chamber of stepping down corresponding to this connector is configured with one first brace clip flange, and be configured with one second brace clip flange corresponding to the step down position of opposite side of accent in chamber of connector, and to be configured with a First Transition junction plate towards the side of described framework bindiny mechanism at described wall body and to be fitted together to flange and one second transition connecting plate is fitted together to flange, this is first years old, second transition connecting plate is fitted together to flange and corresponds to each other, and be fitted together at First Transition junction plate flange to be fitted together to the side of flange short transverse towards the second transition connecting plate and be configured with one first spring pin caulking groove, and be fitted together in the second transition connecting plate flange to be fitted together to the side of flange short transverse towards First Transition junction plate and be configured with one second spring pin caulking groove, described framework bindiny mechanism probes into described connector and to step down in chamber and simultaneously with described first, second brace clip flange, first spring pin caulking groove and the second spring pin caulking groove match, described First Transition junction plate flange scarf chimeric with described First Transition junction plate, and the second described transition connecting plate and the chimeric flange scarf of described second transition connecting plate.

In another specific embodiment of the present invention, described framework bindiny mechanism comprises a connecting piece, first spring pin and the second spring pin, a connector is respectively configured with at the two ends of brace, one first draw-in groove is configured with at the base portion of the side of connector, and be configured with one second draw-in groove at the base portion of the opposite side of connector, connector probes into described connector and steps down in chamber, first draw-in groove matches with the first described brace clip flange, second draw-in groove matches with the second described connector clip flange, first spring pin is inserted in the one end corresponding to brace and is embedded on brace, and one end of this first spring pin is bearing on described first spring pin caulking groove, the other end is then bearing on the second spring pin caulking groove, second spring pin is inserted at the other end corresponding to brace and is embedded on brace, and one end of this second spring pin is bearing on the first spring pin caulking groove, the other end is then bearing on the second spring pin caulking groove.

In another specific embodiment of the present invention, connect the side of framework at described First Transition junction plate towards described wall element and be configured with the first junction plate caulking groove corresponding to the position that described First Transition junction plate is fitted together to flange, this first junction plate caulking groove flange chimeric with First Transition junction plate matches; Connect the side of framework in the second described transition connecting plate towards wall element and be configured with the second junction plate caulking groove corresponding to the described second transition connecting plate position that is fitted together to flange, this second junction plate caulking groove matches with the chimeric flange of the second transition connecting plate.

Also have in a specific embodiment of the present invention, described packed layer is polyurethane.

One of technique effect of technical scheme provided by the invention, owing to can carry out specification production in factory, fast builds requirement when thus can meet construction, thus can embody the effect of saving cost; Two, connect owing to the wall element in adjacent wall element being connected framework by one group of framework bindiny mechanism, thus can the wall element of requirement be connected as a whole, thus have excellent modular assembled effect; Three, due to without the need to using securing member to assemble, it is high thus not only to build efficiency, and has and good reuse effect, is extremely conducive to economizing on resources; Four, because space Bi Hu mechanism effectively covers the naked space of the dew between adjacent wall element, thus there is desirable whole structure.

Accompanying drawing explanation

Fig. 1 is embodiments of the invention structure chart.

Fig. 2 is the A portion enlarged drawing of Fig. 1.

Detailed description of the invention

In order to enable the auditor of Patent Office especially the public clearly understand technical spirit of the present invention and beneficial effect, applicant will elaborate below by way of example, but be not all the restriction to the present invention program to the description of embodiment, any conceive according to the present invention done be only pro forma but not substantial equivalent transformation and all should be considered as technical scheme category of the present invention.

Refer to Fig. 1 and Fig. 2, for the ease of the understanding of the public, applicant figure 1 illustrates two wall elements 1, the wall element 1 of requirement can be connected to each other by applicant's description below.

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 polyurethane with being definitely limited to, is namely selected with 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 three are bonded to each other and are integrated.

As shown in Figure 1 and for the location status (as follows) shown in Fig. 1, be respectively configured with one first embedding limit 111 in the top edge position of the length direction of the first aluminium extruded plate 11 and lower edge position, this first embedding limit 111 also can be referred to as the first flanging; Respectively be configured with one second embedding limit 121 in the top edge position of the length direction of the second aluminium extruded plate 12 and lower edge position, 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 is towards the first embedding limit 111, and that is, first, second embedding limit 111,121 is corresponding in opposite directions.Again, respectively be configured with one the 3rd embedding limit 112(in the side of the short transverse of the first aluminium extruded plate 11 and the marginal position of opposite side and also can claim the 3rd flanging), and be respectively configured with one the 4th embedding limit 122(in the side of the short transverse of the second aluminium extruded plate 12 and the marginal position of opposite side and also can be described as Fourth Fold), the 3rd, the 4th embedding limit 112,122 is corresponding toward each other.

As shown in Figure 1, be configured with chamber of soaring between first, second embedding limit 111,121 and aforesaid packed layer 13, this chamber of soaring is configured in fact the space inserted for enhancing framework 2; Equally, be also configured with chamber of soaring between the 3rd, the 4th embedding limit 112,122 and packed layer 13, this chamber of soaring is configured in fact the space inserted for wall element connection framework 3.

Above mentioned enhancing framework 2 is placed between first, second aluminium extruded plate 11,12, namely insert in aforesaid chamber of soaring and the side of the length direction of this enhancing framework 2 and 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 be definitely limited to is as follows: the short transverse (for location status shown in Fig. 1) connecting framework 3 at this wall element is configured with a cavity 31, on the wall body 31 of this cavity 31 towards the side of the framework bindiny mechanism 4 that also will describe in detail below and the position placed in the middle (position placed in the middle on the long limit in cross section) being positioned at this wall body 311 is configured with a chamber 3111 and connector of semicircular in shape is stepped down of caving in towards the direction of cavity 31, the position of the side of the accent in chamber 3111 of stepping down corresponding to this connector is configured with one first brace clip flange 3112, and be configured with one second brace clip flange 3113 corresponding to the step down position of opposite side of accent in chamber 3111 of connector, and to be configured with a First Transition junction plate towards the side of framework bindiny mechanism 4 and wall body 311 back to the side of cavity 31 at wall body 311 and to be fitted together to flange 3114 and one second transition connecting plate is fitted together to flange 3115, first, second transition connecting plate is fitted together to flange 3114,3115 is longitudinally parallel each other.Be fitted together at First Transition junction plate convex level 3114 to be fitted together to the side of flange 3115 short transverse towards the second transition connecting plate and form one first spring pin caulking groove 31141, and be fitted together in the second transition connecting plate flange 3115 to be fitted together to the side of flange 3114 short transverse towards First Transition junction plate and be configured with one second spring pin caulking groove 31151.Aforesaid 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 refer to Fig. 1, give the framework bindiny mechanism 4 that one group of quantity is not subject to illustrating quantity restriction, each framework bindiny mechanism 4 comprises brace 41, second spring pin 42 and the second spring pin 43, a connector 411 is respectively configured with at the two ends of brace 41, one first draw-in groove 4111 is configured with at the base portion of the side of connector 411, and be configured with one second draw-in groove 4112 at the base portion of the opposite side of connector 411, the wall element be arranged on the connector 411 of brace 41 one end and one of them wall element 1 of adjacent two wall elements 1 is connected framework 3 and matches, namely the connector be insinuated on the wall body 311 of the wall element connection framework 3 on this one of them wall element 1 is stepped down in chamber 3111, and the wall element be arranged on the connector 411 of brace 41 other end and another wall element 1 of adjacent two wall elements 1 is connected framework 3 matches, namely the connector be insinuated on the wall body 311 of the wall element connection box 3 on this another wall element 1 is stepped down in chamber 3111.Wherein, the first draw-in groove 4111 matches with aforesaid first brace clip flange 3112, and the second draw-in groove 4112 matches with aforesaid second brace clip flange 3113.First spring pin 42 is inserted in the one end corresponding to brace 41 and is embedded on brace 41, second spring pin 43 is inserted at the other end corresponding to brace 42 and is embedded on brace 41, one end of first spring pin 42 is bearing on aforesaid first spring pin caulking groove 31141, and the other end is bearing on aforesaid second spring pin caulking groove 31151, one end of 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 aware, why having the first spring pin 42 and the second spring pin 43, is because the wall element that they are tackled on two wall elements 1 respectively connects framework 3.Again, known according to professional general knowledge, the effect of first, second spring pin 42,43 is spacing to brace 41, avoid namely stoping brace 41 to follow first, second brace clip flange 3112,3113 slide downward, to make brace 41 keep level, two adjacent wall elements 1 are reliably connected as a whole (connecting framework 3 by wall element).

In order to namely implement to cover to protect to framework bindiny mechanism 4 to the connecting portion of two adjacent wall element 1, therefore the present invention recommends there is space Bi Hu mechanism 5, this space Bi Hu mechanism 5 comprises First Transition junction plate 51 and one second transition connecting plate 52, connect the side of framework 3 at First Transition junction plate 51 towards aforementioned wall element and be configured with the first junction plate caulking groove 511, this First Transition junction plate caulking groove 511 flange 3114 scarf chimeric with First Transition junction plate corresponding to the position that aforementioned First Transition junction plate is fitted together to flange 3114; Connect the opposite side of framework 3 in the second transition connecting plate 52 towards aforementioned wall element and be configured with the second junction plate caulking groove 521, this second transition connecting plate caulking groove 521 and the second transition connecting plate chimeric flange 3115 scarf corresponding to the position that aforementioned second transition connecting plate is fitted together to flange 3115.According to professional general knowledge, be connected framework 3 with the wall element in two adjacent wall element 1 match because first, second transition connecting plate 51,52 is respectively taken into account simultaneously, therefore first, second junction plate caulking groove 511,521 aforesaid respectively has a pair.

Due to according to the superincumbent description of the applicant, can understand build process completely, therefore no longer the assembling of construction site be repeated.

Claims

1. a kind of unitization sectioned wall structure, it is characterized in that comprising wall element (1), in the top edge position of the length direction of this wall element (1) and lower edge position, each inserting embeddingly is combined with an enhancing framework (2), and in the side of the short transverse of wall element and the marginal position of opposite side is each inserts the embedding wall element that is combined with and connect framework (3); One group of framework bindiny mechanism (4), this group of framework bindiny mechanism (4) is with space state distribution, and the described wall element be connected in adjacent wall element (1) connects between framework (3); Space Bi Hu mechanism (5), the both sides that this space Bi Hu mechanism (5) is corresponding to described framework bindiny mechanism (4) are connected framework (3) scarf with the described wall element in described adjacent wall element (1).

2. unitization sectioned wall structure according to claim 1, it is characterized in that described wall element (1) comprises the first aluminium extruded plate (11), second aluminium extruded plate (12) and packed layer (13), packed layer (13) is positioned at first, second aluminium extruded plate (11, 12) between, and first, second aluminium extruded plate (11, 12) and packed layer (13) three be bonded to each other and be integrated, one first embedding limit (111) is respectively configured with in the top edge position of the length direction of the first aluminium extruded plate (11) and lower edge position, and one second embedding limit (121) is respectively configured with in the length direction top edge position of the second aluminium extruded plate (12) and lower edge position, 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 be respectively configured with one the 3rd embedding limit (112) in the side of short transverse of the first aluminium extruded plate (11) and the marginal position of opposite side, and one the 4th embedding limit (122) is respectively configured with in the side of short transverse of the second aluminium extruded plate (12) and the marginal position of opposite side, 3rd, 4th embedding limit (112, 122) corresponding toward each other, described enhancing framework (2) inserts described first, second aluminium extruded plate (11, 12) between, and located by the described first embedding limit (111) and the second embedding limit (121), described wall element connects framework (3) and inserts first, second aluminium extruded plate (11, 12) between, and located by the 3rd described embedding limit (112) and the 4th embedding limit (122), described space Bi Hu mechanism (5) comprises the First Transition junction plate (51) and one second transition connecting plate (52) that correspond to each other, the side that First Transition junction plate (51) is corresponding to described framework bindiny mechanism (4) is connected framework (3) scarf with the described wall element in adjacent wall element (1) simultaneously, the opposite side that second transition connecting plate (52) is corresponding to described framework bindiny mechanism (4) is connected framework (3) scarf with the described wall element in adjacent wall element (1) simultaneously.

3. unitization sectioned wall structure according to claim 2, it is characterized in that the short transverse connecting framework (3) at described wall element is configured with a cavity (31), to be configured with a connector caved in towards the direction of cavity (31) towards the upper and middle position being positioned at this wall body (311) of the wall body (311) of the side of described framework bindiny mechanism (4) at this cavity (31) to step down chamber (3111), the position of the side of the accent in chamber (3111) of stepping down corresponding to this connector is configured with one first brace clip flange (3112), and be configured with one second brace clip flange (3113) corresponding to the step down position of opposite side of accent in chamber (3111) of connector, and to be configured with a First Transition junction plate towards the side of described framework bindiny mechanism (4) at described wall body (311) and to be fitted together to flange (3114) and one second transition connecting plate is fitted together to flange (3115), this is first years old, second transition connecting plate is fitted together to flange (3114,3115) correspond to each other, and be fitted together at First Transition junction plate flange (3114) to be fitted together to the side of flange (3115) short transverse towards the second transition connecting plate and be configured with one first spring pin caulking groove (31141), and be fitted together in the second transition connecting plate flange (3115) to be fitted together to the side of flange (3114) short transverse towards First Transition junction plate and be configured with one second spring pin caulking groove (31151), described framework bindiny mechanism (4) probes into described connector and to step down in chamber (3111) and simultaneously with described first, second brace clip flange (3112,3113), first spring pin caulking groove (31141) and the second spring pin caulking groove (31151) match, described First Transition junction plate (51) and described First Transition junction plate chimeric flange (3114) scarf, and described the second transition connecting plate (52) and described second transition connecting plate chimeric flange (3115) scarf.

4. unitization sectioned wall structure according to claim 3, it is characterized in that described framework bindiny mechanism (4) comprises a connecting piece (41), first spring pin (42) and the second spring pin (43), a connector (411) is respectively configured with at the two ends of brace (41), one first draw-in groove (4111) is configured with at the base portion of the side of connector (411), and be configured with one second draw-in groove (4112) at the base portion of the opposite side of connector (411), connector (411) probes into described connector and steps down in chamber (311), first draw-in groove (4111) matches with the first described brace clip flange (3112), second draw-in groove (4112) matches with the second described connector clip flange (3113), first spring pin (42) is inserted in the one end corresponding to brace (41) and is embedded on brace (41), and one end of this first spring pin (42) is bearing on described first spring pin caulking groove (31141), the other end is then bearing on the second spring pin caulking groove (31151), second spring pin (43) is inserted at the other end corresponding to brace (41) and is embedded on brace (41), and one end of this second spring pin (43) is bearing on the first spring pin caulking groove (31141), the other end is then bearing on the second spring pin caulking groove (31151).

5. unitization sectioned wall structure according to claim 3, it is characterized in that connecting the side of framework (3) at described First Transition junction plate (51) towards described wall element and being configured with the first junction plate caulking groove (511) in the position corresponding to described First Transition junction plate and be fitted together to flange (3114), this first junction plate caulking groove (511) flange (3114) chimeric with First Transition junction plate is matched; Connect the side of framework (3) in described the second transition connecting plate (52) towards wall element and be configured with the second junction plate caulking groove (521) corresponding to the position that described second transition connecting plate is fitted together to flange (3115), this second junction plate caulking groove (521) matches with the chimeric flange of the second transition connecting plate (3115).

6. unitization sectioned wall structure according to claim 2, is characterized in that described packed layer (13) is polyurethane.