CN215631653U - A consolidate back of body stupefied that is used for convenient fast-assembling wall structure of hidden sleeve pipe - Google Patents
A consolidate back of body stupefied that is used for convenient fast-assembling wall structure of hidden sleeve pipe Download PDFInfo
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- CN215631653U CN215631653U CN202120784758.4U CN202120784758U CN215631653U CN 215631653 U CN215631653 U CN 215631653U CN 202120784758 U CN202120784758 U CN 202120784758U CN 215631653 U CN215631653 U CN 215631653U
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Abstract
The utility model discloses a reinforcing back edge for a convenient and fast-assembling wall surface structure of a hidden sleeve, which comprises a vertical joint female edge back edge and a vertical joint male edge back edge, wherein the vertical joint female edge back edge and the vertical joint male edge back edge are arranged corresponding to the vertical edge of a wall surface template; a plurality of opening screw grooves are linearly arranged on the opening side of the back edge of the vertical joint female edge; the wall formwork splicing device has the advantages of being convenient to use, greatly improving the splicing efficiency of the wall formworks, and effectively avoiding slurry leakage at seams between the wall formworks.
Description
Technical Field
The utility model belongs to the technical field of mounting and reinforcing devices for early-dismounting and quick-mounting wall formwork in building formwork engineering, and particularly relates to a reinforcing back ridge for a convenient and quick-mounting wall structure of a concealed sleeve.
Background
The wall surface templates are correspondingly arranged on two side surfaces of the wall body to be poured, and then concrete is poured between the wall surface templates on the two sides to form the wall body. After current wall template splices each other, the seam crossing of adjacent wall template lacks corresponding support, not only causes the steadiness of seam crossing not enough, and simultaneously when concreting, concrete paste spills from the seam crossing easily, and then causes the concrete to solidify the back and produce the honeycomb pitted skin in seam crossing for the wall body surface of formation is smooth level inadequately, and then causes construction quality hidden danger. Simultaneously, current wall structure need carry out the split reinforcement through a plurality of split screw rod subassemblies, and prior art all adopts exposed pipe cement bar or reinforcing bar inner supporting structure, dark sleeve pipe structure to directly set up the screw rod hole at the middle part of wall body panel, and the trompil is inconvenient, and installs split screw rod loaded down with trivial details, and then causes wall template structure low in efficiency, and causes the seam between the adjacent wall template to take place the wrong platform easily and leak the problem of thick liquid.
Therefore, the utility model discloses a reinforcing back ridge for a hidden sleeve convenient and fast-assembly wall surface structure, which aims to solve the problems that the traditional wall surface template lacks support at joints, the stability of the joints is insufficient, slurry is easy to leak at the joints, so that a honeycomb pitted surface is generated after concrete is solidified, and the construction efficiency is low.
SUMMERY OF THE UTILITY MODEL
The utility model aims to provide a reinforcing back edge for a convenient and fast-assembly wall surface structure of a hidden sleeve, which can support and reinforce the joints of wall templates and the surface of the wall template, effectively prevent slurry leakage at the joints between the wall templates while ensuring the stability of the wall templates, further effectively avoid the occurrence of honeycomb pitted surface after concrete is poured at the joints, and ensure that the concrete surface at the joints is smoother and smoother.
The utility model is realized by the following technical scheme:
the utility model provides a consolidate back of body stupefied for convenient fast-assembling wall structure of hidden sleeve pipe, it is stupefied with erecting the public limit back of the body of seam including corresponding the female limit of perpendicular seam back of the body that the wall template erected the limit setting, erect the stupefied amalgamation face of the female limit back of the body of seam and extend to the perpendicular limit outside of wall template and with erect the stupefied amalgamation face amalgamation of the public limit back of the body of seam, it is linear on the stupefied amalgamation face of the female limit back of the body of seam to be provided with the stupefied open-ended screw groove of the public limit back of the body of seam of orientation.
The stupefied amalgamation face of the female limit back of the body of erectting seam extends to the outside on the perpendicular limit of place wall template and constitutes female limit structure, erects the stupefied amalgamation face of the public limit back of the body of seam and contracts to the inboard on the perpendicular limit of place wall template and constitute the public limit structure that matches the amalgamation with female limit structure, realizes the amalgamation through female limit structure and public limit structure promptly between two adjacent wall templates. The stupefied amalgamation face of the female limit back of the body of the perpendicular seam of limit department and the stupefied amalgamation face of the public limit back of the perpendicular seam of another piece of wall template perpendicular limit department promptly, because the stupefied amalgamation face of the female limit back of the body of the perpendicular seam extends to the outside on the perpendicular limit of place wall template, the stupefied amalgamation face of the public limit back of the body of the perpendicular seam contracts to the inboard on the perpendicular limit of place wall template, it is stupefied and erects the stupefied seam of the back of the body between the stupefied seam of the public limit back of the body of the perpendicular seam and the template seam between two wall templates of the female limit back of the perpendicular seam not the alignment state but the crisscross state promptly, and then realize that the stupefied seam of the female limit back of the perpendicular seam shelters from the template seam. Can effectively prevent to leak thick liquid from template seam crossing when the inboard concreting of wall template, and then avoid producing the honeycomb pitted surface in template seam crossing after the concrete sets, not only guarantee the surface smoothness after the concrete sets, avoided follow-up operation of plastering simultaneously, improve the efficiency of construction. After the splicing surface of the vertical joint female edge back edge is spliced with the splicing surface of the vertical joint male edge back edge, the opening end of the opening screw groove can be closed to allow the counter-pulling screw to pass through for convenient positioning and installation, and the installation positioning efficiency of the counter-pulling screw is improved.
In order to better realize the utility model, one end of each of the vertical joint female edge back edge and the vertical joint male edge back edge is vertically provided with a plate surface connecting installation back edge, and the plate surface connecting installation back edge is linearly provided with a counter-pulling screw rod hole along the length direction.
It is stupefied with the stupefied same end of the public limit back of the body of perpendicular seam female limit back of the body is provided with the face along vertical amalgamation and connects the installation back of the body stupefied, and the face is connected the installation back of the body stupefied and is used for along vertical or along transversely connecting and supporting all the other wall templates in the bottom of the wall template that is located the top. After the stupefied amalgamation of the public limit back of the body of the perpendicular seam of the female limit of perpendicular limit back of the body department of a wall template perpendicular limit department and another wall template perpendicular limit department, the stupefied tip of the public limit back of the body of the perpendicular seam female limit of perpendicular seam is connected the stupefied tip of the installation back of the body simultaneously with the face and aligns the amalgamation.
In order to better realize the utility model, a reinforcing member is further arranged on the side surface opposite to the splicing surface of the back edge of the vertical joint female edge, and the side surface corresponds to the position of the open screw groove.
In order to better realize the utility model, further, an opening screw groove is arranged on the splicing surface of the vertical joint mother edge back corrugation unit, a reinforcing member is arranged on one side of the vertical joint mother edge back corrugation unit opposite to the splicing side and corresponding to the opening screw groove, and the weak part provided with the opening screw groove is reinforced through the reinforcing member, so that the vertical joint mother edge back corrugation unit is prevented from being broken or deformed at the opening screw groove.
In order to better realize the utility model, male and female edge back ridge connecting holes are arranged on two sides of an opening of the opening screw groove on the vertical joint female edge back ridge, connecting through holes are arranged on the vertical joint male edge back ridge corresponding to the male and female edge back ridge connecting holes, and connecting pins are inserted into the male and female edge back ridge connecting holes and the connecting through holes.
In order to better realize the utility model, the vertical joint mother-side back edge comprises a plurality of linearly spliced vertical joint mother-side back edge units, and adjacent vertical joint mother-side back edge units are connected through connecting pieces.
According to the actual length difference of erecting the seam, the stupefied length of the female limit back of the body of the perpendicular seam that needs to correspond the setting is also different, through with the stupefied unit of the female limit back of the body of a plurality of sections perpendicular seam pass through the connecting piece and splice each other, can constitute the stupefied female limit back of the body of the perpendicular seam of different length, and then satisfy the support and the sheltering from of the perpendicular seam of different length.
In order to better realize the utility model, further, connecting inclined planes which are matched and attached with each other are arranged between the end parts of the adjacent vertical joint female edge back edge units, connecting holes are arranged on the adjacent side surfaces of the connecting inclined planes, inserting holes are arranged on the connecting piece corresponding to the connecting holes, and connecting pins are inserted in the inserting holes and the connecting holes.
Compared with the prior art, the utility model has the following advantages and beneficial effects:
(1) according to the utility model, the vertical joint female side back edges and the vertical joint male side back edges which are mutually spliced are correspondingly arranged at the vertical edges of the wall surface formwork, so that the convenient splicing between the adjacent wall surface formworks is realized, and simultaneously, the joints between the adjacent wall surface formworks are supported and reinforced through the vertical joint female side back edges and the vertical joint male side back edges, so that the splicing efficiency of the wall surface formworks is improved, and the splicing stability between the wall surface formworks is effectively ensured;
(2) the utility model arranges the vertical joint female edge back ridge at the vertical edge of the wall surface template, extends the splicing surface of the vertical joint female edge back ridge to the outer side of the vertical edge of the wall surface template to form a male edge structure, arranges the vertical joint male edge back ridge corresponding to the vertical joint female edge back ridge at the vertical edge of the adjacent wall surface template, retracts the splicing surface of the vertical joint male edge back ridge to the inner side of the vertical edge of the wall surface template to form a female edge structure spliced corresponding to the male edge structure, realizes the quick splicing between the adjacent wall surface templates by matching and splicing the male edge structure and the female edge structure, simultaneously, the vertical joint female edge back ridge shields the joint between the wall surface templates, effectively avoids slurry leakage at the joint between the wall surface templates, further avoids the honeycomb pitted surface at the joint after concrete is solidified, the flatness of the concrete surface is effectively guaranteed, and subsequent plastering operation is avoided;
(3) according to the utility model, the plurality of opening screw grooves for the oppositely-pulling screws to penetrate through are linearly arranged on the back edges of the vertical joint female edges, and the oppositely-pulling screws are quickly positioned and fixed through the opening screw grooves, so that the construction efficiency of the whole wall surface structure is greatly improved.
Drawings
FIG. 1 is a schematic view of the overall structure of the present invention;
FIG. 2 is a schematic view of the installation of a vertical joint mother edge back edge and a vertical plate mother edge;
FIG. 3 is a schematic view of the installation of the back ridge connected to the panel;
FIG. 4 is a schematic illustration of the splicing of a female edge back edge of a vertical seam;
fig. 5 is a schematic view of the assembly of the back ribs connected to the mounting surface of the wall formwork along the transverse direction.
Wherein: 0011-vertical joint mother edge back edge; 0012-vertical joint male edge back ridge; 0015-the board surface is connected with a back ridge; 0017-connecting piece; 0018-a stiffener; 0019-male and female edge back ridge connecting hole; 01A-vertical joint female edge back edge unit.
Detailed Description
Example 1:
the reinforcing back of the body that is used for the convenient fast-assembling wall structure of hidden sleeve pipe of this embodiment is stupefied, as shown in fig. 1-3, including the stupefied 0011 of the female limit back of the body of perpendicular seam that corresponds the setting of the perpendicular limit of wall template, erect the stupefied 0012 of the public limit back of the body of the seam, erect the stupefied 0011's of the female limit back of the body amalgamation face of the female limit back of the body of seam extension to the perpendicular limit outside of wall template and with erect the stupefied 0012's of the public limit back of the body amalgamation face of seam, it is the linear open screw groove that is provided with the stupefied 0012 open-ended of the public limit back of the body of the seam to erect on the stupefied 0011's of the female limit back of the body of seam on the amalgamation face of the perpendicular seam.
The vertical joint female edge back edge 0011 and the vertical joint male edge back edge 0012 are arranged corresponding to the vertical edges of the wall surface template, the vertical joint female edge back edge 0011 is vertically arranged at the vertical edges of the wall surface template, and the splicing surface of the vertical joint female edge back edge 0011 extends to the outer side of the vertical edge of the wall surface template to form a female edge structure; or the vertical edge of the wall surface template is vertically provided with a vertical joint male edge back ridge 0012, and the splicing surface of the vertical joint male edge back ridge 0012 is retracted to the inner side of the vertical edge to form a male edge structure which is matched and spliced with the female edge structure. Two adjacent wall templates are spliced through a matched male edge structure and a matched female edge structure, namely a vertical edge of one wall template is a male edge structure, and a female edge structure is arranged at a vertical edge of the other wall template for splicing; the vertical edge of one wall template is of a female edge structure, and the vertical edge of the other wall template is provided with a male edge structure for splicing.
After the vertical edges of the two wall surface templates are spliced to form the template joint, the splicing surface of the corresponding vertical joint female edge back edge 0011 and the splicing surface of the vertical joint male edge back edge 0012 are spliced to form the back edge joint. Because the splicing face of the female edge back of the body stupefied 0011 of the vertical joint extends to the outside of the vertical edge of the wall template, namely the splicing face of the female edge back of the body stupefied 0011 of the vertical joint extends out of the vertical edge of one wall template and extends to the inside of the vertical edge of the other wall template, so that the template joint and the back stupefied joint are not in an aligned state but in a staggered state, and further the female edge back of the body stupefied 0011 of the vertical joint connects the template joint with a shielding plate, slurry leakage from the template joint when concrete is poured on the inner side of the wall template is effectively avoided, and then a honeycomb pitted surface is generated on the surface after the concrete is solidified.
Simultaneously, be provided with a plurality of opening screw rod grooves along length direction linearity on the stupefied 0011's of female limit back of the body amalgamation face of erecting the seam, opening screw rod groove is used for conveniently passing the split screw rod, realizes the quick convenient location installation to the split screw rod. After the concrete is solidified, the screw rod is drawn out, and the spliced female edge back edge 0011 and male edge back edge 0012 of the vertical joint are removed, so that the wall head at the small end of the hidden sleeve can be detached, and then the hidden sleeve can be knocked from the small end to the large end or rotated from the large end to be taken out, and the dismounting efficiency of the split screw rod is greatly improved.
Example 2:
this embodiment is further optimized on the basis of embodiment 1, as shown in fig. 1-3, the one end of the vertical joint female edge back ridge 0011 or the vertical joint male edge back ridge 0012 is vertically provided with a plate surface connection installation back ridge 0015, and the plate surface connection installation back ridge 0015 is provided with a tension screw rod hole along the length direction in a linear manner.
The stupefied 0015 of installation back of the body is used for supporting fixed wall template along vertical direction, and the stupefied 0015 of installation back of the body sets up in the stupefied 0011 of the female limit back of the body of erecting seam or the stupefied 0012 of the public limit back of the body of erecting seam along vertical amalgamation setting, and the width that the stupefied 0015 of installation back of the body amalgamation tip of the face connection equals the width of the stupefied 0011's of the female limit back of the body of the erecting seam width sum of the stupefied 0012's of the public limit back of the body of the erecting seam amalgamation tip. After two adjacent wall templates amalgamate promptly, erect the stupefied 0011 of the female limit back of the body of seam and erect the stupefied 0012 amalgamation of the public limit back of the body of seam, can erect the stupefied 0011 of the female limit back of the body of seam and erect the same end amalgamation face of the stupefied 0012 of the public limit back of the body of seam and connect the stupefied 0015 of installation back of the body to the realization is connected supporting of all the other wall templates.
As shown in fig. 1, the back ridges 0015 are connected and installed on the surface of the wall formwork, and the rest wall formworks are vertically spliced at the bottom of one wall formwork; as shown in fig. 5, or the back ridge 0015 is connected and installed on the surface of the wall surface, and the rest wall surface formworks are transversely spliced at the bottom of one wall surface formwork.
Simultaneously, a plurality of oppositely-pulling screw rod holes for conveniently positioning and passing the oppositely-pulling screw rods are linearly arranged on the plate surface connecting and mounting back ridge 0015 along the length direction, so that the convenient mounting of the concealed sleeve and the oppositely-pulling screw rods is realized, and the construction efficiency is improved.
Further, the tip of the installation back of the body stupefied 0015 is spliced with the tip of erecting the stupefied 0011 of the female limit back of the body of the seam or erecting the slope of connection of the male limit back of the body of the seam between the tip of the stupefied 0012 of the male limit back of the body of the seam through the connection inclined plane of mutual matching, through the cooperation of inclined plane and inclined plane, the splicing area has effectively been increased, and then the drunkenness degree of the splicing in-process is effectively reduced, and then the stability of the board connection when the tip of the installation back of the body stupefied 0015 is spliced with the tip of the female limit back of the body of the seam or the tip of the male limit back of the body of the seam 0012 is guaranteed.
Furthermore, the end of the back ridge 0015 connected and installed on the board surface is connected with the end of the back ridge 0011 of the female side of the vertical joint or the end of the back ridge 0012 of the male side of the vertical joint through a connecting piece 0017.
The side face of the end part of the plate surface connecting and mounting back ridge 0015 adjacent to the connecting inclined plane is provided with a connecting hole, the end part of the vertical joint female side back ridge 0011 or the end part of the vertical joint male side back ridge 0012 adjacent to the connecting inclined plane is provided with a connecting hole, the connecting piece 0017 is provided with a jack corresponding to the connecting hole, and a connecting pin is inserted into the jack and the connecting hole; the connecting piece 0017 can be made of connecting steel sheets or connecting bamboo blocks.
Other parts of this embodiment are the same as those of embodiment 1, and thus are not described again.
Example 3:
this embodiment is further optimized on the basis of embodiment 1 or 2, and as shown in fig. 1 and fig. 3, the reinforcing members 0018 are provided on the opposite sides of the splicing surfaces of the back edges 0011 of the vertical seaming mother edges, corresponding to the positions of the open screw grooves.
The opening of opening screw rod groove sets up towards the amalgamation face of the stupefied 0011 of the mother limit back of the body of perpendicular seam, because opening screw rod groove department is weak department, consequently installs reinforcement 0018 through connecting bolt at the position that corresponds the opening screw rod groove on the relative side of the amalgamation face of the stupefied 0011 of the mother limit back of the body of perpendicular seam, supports the reinforcement to weak department through reinforcement 0018, avoids the stupefied 0011 of the mother limit back of the body of perpendicular seam to take place bending deformation in opening screw rod groove department.
Further, the reinforcing member 0018 is a reinforcing steel sheet or a reinforcing bamboo square.
The rest of this embodiment is the same as embodiment 1 or 2, and therefore, the description thereof is omitted.
Example 4:
the embodiment is further optimized on the basis of any one of the embodiments 1 to 3, both sides of an opening screw groove in the vertical joint female edge back ridge 0011 are provided with male and female edge back ridge connecting holes 0019, connecting through holes are formed in the vertical joint male edge back ridge 0012 corresponding to the male and female edge back ridge connecting holes 0019, and connecting pins are inserted into the male and female edge back ridge connecting holes 0019 and the connecting through holes.
After the splicing surface of the vertical joint female edge back ridge 0011 and the splicing surface of the vertical joint male edge back ridge 0012 are spliced, connecting pins can be inserted into the aligned male and female edge back ridge connecting holes 0019 and connecting through holes, and convenient splicing fixation of the vertical joint female edge back ridge 0011 and the vertical joint male edge back ridge 0012 is achieved.
Other parts of this embodiment are the same as any of embodiments 1 to 3, and thus are not described again.
Example 5:
the embodiment is further optimized on the basis of any one of embodiments 1 to 4, and as shown in fig. 4, the vertical seam mother-side back ridge 0011 includes a plurality of linearly spliced vertical seam mother-side back ridge units 01A, and adjacent vertical seam mother-side back ridge units 01A are connected by a connecting member 0017.
Through the stupefied unit 01A of the female limit back of the body of perpendicular seam with a plurality of different length concatenation in proper order can constitute the stupefied 0011 of the female limit back of the body of perpendicular seam of different length, and then correspond the installation of the perpendicular seam department between the wall template of different length, effectively improve the compatible practicality of the stupefied 0011 of the female limit back of the body of perpendicular seam.
Further, the connecting piece 0017 is a connecting steel sheet or a connecting bamboo square.
Other parts of this embodiment are the same as any of embodiments 1 to 4, and thus are not described again.
Example 6:
in this embodiment, a further optimization is performed on the basis of any one of embodiments 1 to 5, as shown in fig. 4, connection inclined planes matched and attached to each other are arranged between the end portions of the adjacent vertical joint female edge back edge units, connection holes are formed in the adjacent side surfaces of the connection inclined planes, insertion holes are formed in the connecting piece 0017 corresponding to the connection holes, and connection pins are inserted into the insertion holes and the connection holes.
The end part of the vertical joint female edge back edge stupefied unit is provided with the inclined plane, the splicing between the end parts of the adjacent vertical joint female edge back edge stupefied units is realized through the matching of the inclined plane and the inclined plane, the area of the splicing is increased, the adjacent vertical joint female edge back edge stupefied units in the splicing process are effectively prevented from moving, and the stability of the vertical joint female edge back edge stupefied units in the splicing process is effectively ensured.
Other parts of this embodiment are the same as any of embodiments 1 to 5, and thus are not described again.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way, and all simple modifications and equivalent variations of the above embodiments according to the technical spirit of the present invention are included in the scope of the present invention.
Claims (6)
1. The utility model provides a consolidate back of body stupefied for convenient fast-assembling wall structure of hidden sleeve pipe, its characterized in that erects the stupefied (0011) of the female limit back of the body of the perpendicular seam and erects the stupefied (0012) of the public limit back of the body of the seam including corresponding wall template perpendicular limit setting, the amalgamation face of erecting the stupefied (0011) of the female limit back of the body of the seam extends to the perpendicular limit outside of wall template and with erect the stupefied (0012) of the public limit back of the body of the seam amalgamation face amalgamation, it is the linear opening screw rod groove that is provided with towards erecting the stupefied (0012) of the public limit back of the body of the seam on the amalgamation face of the female limit back of the body of the seam (0011).
2. The reinforcing back edge for the concealed casing fast-assembling wall surface structure is characterized in that one end of each of the vertical joint female edge back edge (0011) and the vertical joint male edge back edge (0012) is vertically provided with a plate connection mounting back edge (0015), and the plate connection mounting back edge (0015) is linearly provided with a tension screw rod hole in the length direction.
3. The reinforcing back edge for the concealed casing fast-assembling wall surface structure as claimed in claim 2, wherein the side surface opposite to the splicing surface of the vertical joint female edge back edge (0011) is provided with a reinforcing member (0018) corresponding to the position of the open screw groove.
4. The reinforcing back ridge for the fast-assembling wall surface structure of the concealed casing pipe is characterized in that male and female back ridge connecting holes (0019) are formed in two sides of an opening screw groove in the vertical joint female back ridge (0011), connecting through holes are formed in the vertical joint male back ridge (0012) corresponding to the male and female back ridge connecting holes (0019), and the male and female back ridge connecting holes (0019) are connected with the connecting through holes through connecting pins.
5. The reinforcing back ridge for the concealed sleeve fast-assembling wall surface structure as claimed in any one of claims 1 to 4, wherein the vertical joint female edge back ridge (0011) comprises a plurality of linearly spliced vertical joint female edge back ridge units (01A), and adjacent vertical joint female edge back ridge units (01A) are connected through a connecting piece (0017).
6. The reinforcing back arris for the concealed casing quick and convenient wall structure is characterized in that connecting inclined planes matched and attached with each other are arranged between the end parts of the adjacent vertical joint female edge back arris units, connecting holes are formed in the side faces adjacent to the connecting inclined planes, jacks are formed in the connecting pieces (0017) corresponding to the connecting holes, and connecting pins are inserted into the jacks and the connecting holes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120784758.4U CN215631653U (en) | 2021-04-16 | 2021-04-16 | A consolidate back of body stupefied that is used for convenient fast-assembling wall structure of hidden sleeve pipe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120784758.4U CN215631653U (en) | 2021-04-16 | 2021-04-16 | A consolidate back of body stupefied that is used for convenient fast-assembling wall structure of hidden sleeve pipe |
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| Publication Number | Publication Date |
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| CN215631653U true CN215631653U (en) | 2022-01-25 |
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| CN202120784758.4U Active CN215631653U (en) | 2021-04-16 | 2021-04-16 | A consolidate back of body stupefied that is used for convenient fast-assembling wall structure of hidden sleeve pipe |
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| CN (1) | CN215631653U (en) |
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2021
- 2021-04-16 CN CN202120784758.4U patent/CN215631653U/en active Active
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