CN221321757U - Building stair template combination - Google Patents
Building stair template combination Download PDFInfo
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- CN221321757U CN221321757U CN202323332675.XU CN202323332675U CN221321757U CN 221321757 U CN221321757 U CN 221321757U CN 202323332675 U CN202323332675 U CN 202323332675U CN 221321757 U CN221321757 U CN 221321757U
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Abstract
The utility model relates to a building stair template combination, which comprises an upper surface template part, a lower surface template part and an outer side surface template part, wherein the upper surface template part comprises upper surface template units, an A1 upper surface template connecting unit and an A2 upper surface template connecting unit, each upper surface template unit comprises an L-shaped step forming template, one end of the step forming template in the M direction is detachably assembled and connected with the outer side surface template part, the other end of the step forming template in the M direction of a stair section is provided with a step connecting template for detachably assembled and connected with a wall template combination, the step connecting template is detachably assembled and connected with the step forming template, the M direction is the width direction of the stair section, and the N direction is the length direction of the stair section. According to the scheme provided by the utility model, the assembly can be rapidly carried out during use, and the assembly efficiency is improved.
Description
Technical Field
The utility model relates to the field of building stair template combination production, in particular to a building stair template combination.
Background
The assembled (combined) template is a modern building template technology, changes the construction mode of the traditional template, and has the advantages of high efficiency, environmental protection, saving and the like. The assembled form has the characteristics of convenient installation and disassembly, so that the construction period can be greatly shortened, and the construction efficiency is improved. The stair template is a relatively complex template structure in the building, and the specific template structures used by different manufacturers are different, but the stair template has the defects of complex assembly operation and large workload during assembly, so that the problem needs to be solved.
Disclosure of utility model
The utility model aims to provide a building stair template combination which can be used for solving the problems and improving the assembly efficiency of a stair template.
The technical scheme adopted by the utility model is as follows.
A building stair template combination, characterized in that: the upper surface of the building section consists of various stair sections, the upper surface template part comprises various upper surface template units respectively used for forming the various stair sections, two ends of the building section in the N direction are respectively provided with an A1 upper surface template connecting unit and an A2 upper surface template connecting unit, the A1 upper surface template connecting unit is used for detachably assembling and connecting with an upper stair platform template assembly, the upper stair platform template assembly is used for assembling and detachably assembling an upper stair platform outside the higher end of the building section, the A2 upper surface template connecting unit is used for assembling and detachably connecting with a lower stair platform template assembly, the lower stair platform template assembly is used for assembling and detachably assembling a lower stair platform outside the lower end of the building section, each upper surface template unit comprises L-shaped step forming templates, one end of the step forming templates in the M direction is detachably assembling and connecting with the outer side template assembly, and the other end of the step forming templates in the M direction are detachably assembling and connecting with the stair platform template in the M direction, and the step forming template is detachably connecting with the step template in the M direction, and the step length direction is detachably assembling and the step template is detachably connecting with the step template in the M direction.
The specific scheme is as follows: the lower surface template part comprises lower surface template units which are arranged at intervals along the N direction, lower surface supporting units which are arranged between the lower surface template units and used for supporting the lower surface template part, A1 lower surface template connecting units and A2 lower surface template connecting units which are respectively arranged at two ends of the lower surface template part in the N direction; the lower surface template connecting unit A1 is used for being assembled and connected with the upper stair platform template in a detachable mode, the lower surface template connecting unit A2 is used for being assembled and connected with the lower stair platform template in a detachable mode, one end of the lower surface template unit and the lower surface supporting unit in the N direction is assembled and connected with the outer side template part in a detachable mode, and the other end of the lower surface template unit and the lower surface supporting unit in the N direction is assembled and connected with the wall template in a detachable mode through the lower assembling and connecting unit.
The lower surface template unit comprises each lower surface forming template that sets up along the N direction interval, lower surface propping unit comprises lower surface propping template and lower surface collocation template that is used for assembling with the jackstay that follows the M direction and arranges in proper order, lower surface propping template along the width of N direction be less than lower surface forming template along the width of N direction, lower surface propping template along the length of M direction be less than lower surface collocation template along the length of M direction, lower surface collocation template and lower surface forming template are the parallel and level form near the limit portion of lower assembly connection unit one side, lower surface propping template and lower surface forming template are the parallel and level form near the limit portion of lateral surface template portion one side.
The lower surface of lower surface jack-up template the mounting tube that is used for with the detachable grafting assembly of jack-up pole that sets up in the middle part of the lower surface, the mounting tube sets up respectively along the both ends lower surface of M direction.
The lower assembly connection unit comprises a lower assembly connection template, the length direction and the N direction of the lower assembly connection template are consistent, two ends of the lower assembly connection template are respectively provided with an A1 lower assembly connection template and an A2 lower assembly connection template, the lower assembly connection template comprises an A1 lower assembly connection plate body for forming the lower surface of a building section, an A2 lower assembly connection plate body for forming a wall body and a vertically arranged A2 lower assembly connection plate body, the A1 lower assembly connection plate body and the A2 lower assembly connection plate body are both strip-shaped plate bodies and are arranged in an L shape, the A1 lower assembly connection plate body is positioned on the upper side of the A2 lower assembly connection plate body, an A3 lower assembly connection plate body is arranged on the lower side of one side of the A1 lower assembly connection plate body, which is close to the outer side template part, and the A3 lower assembly connection plate body is used for detachably assembling and connecting with the lower surface collocation template and the lower surface forming template, the lower side edge part of the A2 lower assembly connecting plate body is provided with an A4 lower assembly connecting plate body towards one side close to the stair bench, the lower assembly connecting template, the A1 lower assembly connecting template and the A2 lower assembly connecting template are consistent in section shape along the length direction, the A1 lower assembly connecting template comprises an A11 lower assembly template section arranged along the N direction and an A12 lower assembly template section arranged along the horizontal direction, the lower end of the A11 lower assembly template section is used for being detachably assembled and connected with the upper end of the lower assembly connecting template, the A12 lower assembly template section is used for being detachably assembled and connected with the upper stair bench template, the A2 lower assembly connecting template comprises an A21 lower assembly template section arranged along the N direction and an A22 lower assembly template section arranged along the vertical direction, the upper end of the A21 lower assembly template section is used for being detachably assembled and connected with the lower end of the lower assembly connecting template, the A22 lower assembly template section is used for being detachably assembled and connected with the lower stair platform template combination.
The A1 lower surface template connecting unit comprises an A1 lower surface connecting template, the A1 lower surface connecting template comprises an A11 lower surface connecting plate body arranged in the N direction and an A12 lower surface connecting plate body arranged in the horizontal direction, the A11 lower surface connecting plate body is used for forming the lower surface of a stair landing, the A12 lower surface connecting plate body is used for forming an upper stair landing and is combined with the upper stair landing template to be detachably assembled and connected, the A2 lower surface template connecting unit comprises an A2 lower surface connecting template, the A2 lower surface connecting template comprises an A21 lower surface connecting plate body arranged in the N direction and an A22 lower surface connecting plate body arranged in the vertical direction, the A21 lower surface connecting plate body is used for forming the lower surface of the stair landing, and the A22 lower surface connecting plate body is used for forming the lower stair landing and is combined with the lower stair landing template to be detachably assembled and connected.
The step forming template comprises a horizontally arranged A1 step forming plate body and a vertically arranged A2 step forming plate body, wherein two ends of the M direction of the step forming template are provided with a vertically arranged L-shaped A3 step forming plate body and a vertically arranged A4 step forming plate body, the A3 step forming plate body and the A4 step forming plate body are respectively used for being detachably assembled and connected with a step connecting template and an outer side surface template part, one side part of the A1 step forming plate body, which is far away from the A2 step forming plate body, is provided with a vertically arranged A3 step connecting plate body, the upper side part of the A2 step forming plate body is provided with a horizontally arranged A4 step connecting plate body, the adjacent step forming templates are connected through step assembling connecting pieces, the step assembling connecting pieces are formed by L-shaped angle irons, each step assembling connecting piece comprises a horizontally arranged A1 step assembling connecting plate body and a vertically arranged A2 step assembling connecting plate body, and the A1 step assembling connecting plate body is used for being detachably assembled and connected with the A4 step connecting plate body on the adjacent step forming template on the lower side.
The step forming template comprises an A1 type step forming template and an A2 type step forming template, an observation port used for observing the forming condition of a stair section is formed in the A1 type step forming template, the observation port is formed in the middle of the side part of the A1 step forming template, which is far away from one side of the A2 step forming template, and an observation template detachably assembled and connected with the A1 type step forming template is arranged at the observation port.
The step connection template comprises a plate surface and A0 step connection plate bodies which are arranged in parallel and level with A1 type step forming plate bodies and are correspondingly arranged, four side edge parts of the A0 step connection plate bodies are respectively provided with an A1 step connection plate body, an A2 step connection plate body, an A3 step connection plate body and an A4 step connection plate body which are in U-shaped plate bodies, the A1 step connection plate bodies and the A3 step forming plate bodies are in detachable assembly connection in an attached mode, the A3 step connection plate bodies are used for forming walls, the A1 step connection plate bodies and the A3 step connection plate bodies are oppositely arranged at intervals, the A5 step connection plate bodies which are horizontally arranged are arranged on the upper side edge parts of the A3 step connection plate bodies towards one side close to the step forming template, and the A5 step connection plate bodies are used for detachable assembly connection with wall template combination, and the A2 step connection plate bodies and the A4 step connection plate bodies are oppositely arranged at intervals.
The A1 upper surface template connecting unit comprises an A1 upper surface connecting piece composed of L-shaped angle irons, the A1 upper surface connecting piece comprises an A11 upper surface connecting plate body with a horizontally arranged plate surface and an A12 upper surface connecting plate body with a vertically arranged plate surface, the A11 upper surface connecting plate body is used for being in overlapped detachable assembly connection with an A4 step connecting plate body on a step forming template adjacent to the lower side, and the A12 upper surface connecting plate body is used for being in combined detachable assembly connection with an upper stair platform template; the A2 upper surface template connecting unit comprises an A2 upper surface connecting piece, the A2 upper surface connecting piece comprises an A12 upper surface connecting plate body and an A22 upper surface connecting plate body, the plate surface of the A12 upper surface connecting plate body is used for forming a stair section, the plate surface of the A22 upper surface connecting plate body is used for horizontally arranging an A23 upper surface connecting plate body, one end of the A23 upper surface connecting plate body is used for being in fit detachable assembly connection with an A1 step assembly connecting plate body on the step assembly connecting piece, the other end of the A23 upper surface connecting plate body is used for being in detachable assembly connection with a wall template assembly, the edge part, far away from the A21 upper surface connecting plate body, of the A22 upper surface connecting plate body is provided with an A24 upper surface connecting plate body which is vertically arranged, the A24 upper surface connecting plate body is used for being in detachable assembly connection with a lower stair platform template assembly, and the two ends of the A2 upper surface connecting plate body are respectively provided with an A25 upper surface connecting plate body which is vertically arranged, an A26 upper surface connecting plate body is used for being in detachable assembly connection with a stair assembly connecting plate body.
According to the scheme provided by the utility model, the assembly can be rapidly carried out during use, and the assembly efficiency is improved.
Drawings
Fig. 1 is a schematic structural view of the present utility model.
Fig. 2 is a schematic structural view of another state of the present utility model.
Fig. 3 is a schematic structural view of the step forming die plate.
Fig. 4 is a schematic structural diagram of a connection unit of the upper surface template of A2.
Fig. 5 is a schematic view of the assembly of the present utility model.
The correspondence between the reference numerals and the components is: 01-wall template combination, 02-up stair platform template combination, 03-down stair platform template combination, 11-step forming template, 12-step connecting template, 13-A1 upper surface connecting piece, 14-A2 upper surface connecting piece, 15-observing template, 16-step assembling connecting piece, 21-lower surface forming template, 22-lower surface supporting template, 23-lower surface matching template, 24-assembling pipe, 25-A1 lower surface connecting template, 26-A2 lower surface connecting template, 27-lower assembling connecting template, 28-A1 lower assembling connecting template, 29-A2 lower assembling connecting template, 31-outer side panel body, 32-A1 transitional connecting piece and 33-A2 transitional connecting piece.
Detailed Description
The present utility model will be specifically described with reference to examples below in order to make the objects and advantages of the present utility model more apparent. It should be understood that the following text is intended to describe only one or more specific embodiments of the utility model and does not limit the scope of the utility model strictly as claimed.
As shown in fig. 1 and 2, a building stair template assembly, which can also be called a building stair template device, comprises an upper surface template part for forming the upper surface of a stair section, a lower surface template part for forming the lower surface of the stair section, and an outer side template part for forming the outer side of the overhanging end in the M direction of the stair section, wherein the upper surface of the stair section consists of stair sections, the upper surface template part comprises upper surface template units for forming the stair sections, A1 upper surface template connecting units and A2 upper surface template connecting units are respectively arranged at the two ends in the N direction of the stair section, the A1 upper surface template connecting units are used for detachably assembling and connecting with an upper stair platform template assembly 02, The upper landing template combination 02 is used for forming an upper landing outside one end of a higher building block height, the A2 upper surface template connecting unit is used for being assembled and detachably assembled with the lower landing template combination 03, the lower landing template combination 03 is used for forming a lower landing outside one end of a lower building block height, each upper surface template unit comprises an L-shaped step forming template 11, one end of the step forming template 11 along the M direction is detachably assembled and connected with an outer side surface template part, the other end of the step forming template 11 along the M direction is provided with a step connecting template 12 used for being detachably assembled and connected with a wall template combination 01, The step connecting template 12 and the step forming template 11 are detachably assembled and connected, the M direction is the width direction of the stair section, and the N direction is the length direction of the stair section. The upper landing template combination 02 specifically comprises an A1 upper landing template unit with a formed upper surface and an A2 upper landing template unit with a formed lower surface. The lower landing template combination 03 specifically comprises an A1 lower landing template unit with a formed upper surface and an A2 lower landing template unit with a formed lower surface. The wall form combination 01 specifically comprises an A1 wall form unit with the inner surface formed and an A2 wall form unit with the lower surface formed. The lower surface template part comprises lower surface template units which are arranged at intervals along the N direction, lower surface supporting units which are arranged between the lower surface template units and used for supporting the lower surface template part, A1 lower surface template connecting units and A2 lower surface template connecting units which are respectively arranged at two ends of the lower surface template part in the N direction; The A1 lower surface template connecting unit is used for being detachably assembled and connected with the upper stair platform template combination 02, the A2 lower surface template connecting unit is used for being detachably assembled and connected with the lower stair platform template combination 03, one end of the lower surface template unit and the lower surface supporting unit along the N direction is detachably assembled and connected with the outer side surface template part, and the other end of the lower surface template unit and the lower surface supporting unit along the N direction is detachably assembled and connected with the wall template combination 01 through the lower assembling and connecting unit. During concrete assembly, the A1 upper surface template connecting unit and the A2 upper surface template connecting unit are detachably assembled and connected with the A1 upper stair platform template unit and the A1 lower stair platform template unit respectively. The A1 lower surface template connecting unit and the A2 lower surface template connecting unit are detachably assembled and connected with the A2 upper stair platform template unit and the A2 lower stair platform template unit respectively. The upper landing template combination 02, the lower landing template combination 03 and the wall template combination 01 can be implemented according to the existing facts.
The preferable scheme is as follows: the lower surface template unit comprises each lower surface forming template 21 arranged at intervals along the N direction, the lower surface supporting unit comprises a lower surface supporting template 22 and a lower surface matching template 23 which are sequentially arranged along the M direction and used for being assembled with supporting rods, the width of the lower surface supporting template 22 along the N direction is smaller than that of the lower surface forming template 21 along the N direction, the length of the lower surface supporting template 22 along the M direction is smaller than that of the lower surface matching template 23 along the M direction, the edges of the lower surface matching template 23 and the lower surface forming template 21, which are close to one side of the lower assembly connecting unit, are in a flush shape, and the edges of the lower surface supporting template 22 and the lower surface forming template 21, which are close to one side of the outer side template, are in a flush shape. The lower surface of the lower surface top support template 22 is provided with an assembly pipe 24 in the middle for detachable plug-in assembly with the top support rod, and the lower surfaces of the two ends of the assembly pipe 24 along the M direction are respectively provided. The lower assembly connection unit comprises a lower assembly connection template 27, the length direction and the N direction of the lower assembly connection template 27 are consistent, an A1 lower assembly connection template 28 and an A2 lower assembly connection template 29 are respectively arranged at two ends of the lower assembly connection template 27, the lower assembly connection template 27 comprises an A1 lower assembly connection plate body for forming the lower surface of a stair section, an A2 lower assembly connection plate body for forming a wall body and vertically arranged, the A1 lower assembly connection plate body and the A2 lower assembly connection plate body are strip-shaped plate bodies and are arranged in L shapes, the A1 lower assembly connection plate body is positioned at the upper side of the A2 lower assembly connection plate body, an A3 lower assembly connection plate body is arranged at the lower side of one side edge part of the A1 lower assembly connection plate body, which is close to the outer side template part, The A3 lower assembly connecting plate body is used for being detachably assembled and connected with the lower surface matching template 23 and the lower surface forming template 21, the lower side edge part of the A2 lower assembly connecting plate body is provided with the A4 lower assembly connecting plate body towards one side close to the stair section, the cross section shapes of the lower assembly connecting templates 27, the A1 lower assembly connecting templates 28 and the A2 lower assembly connecting templates 29 along the length direction are consistent, the A1 lower assembly connecting templates 28 comprise an A11 lower assembly template section arranged along the N direction and an A12 lower assembly template section arranged along the horizontal direction, the lower end of the A11 lower assembly template section is used for being detachably assembled and connected with the upper end of the lower assembly connecting template 27, The a12 lower assembly template section is used for being detachably assembled and connected with the upper stair platform template combination 02, the A2 lower assembly connection template 29 comprises an a21 lower assembly template section arranged along the N direction and an a22 lower assembly template section arranged along the vertical direction, the upper end of the a21 lower assembly template section is used for being detachably assembled and connected with the lower end of the lower assembly connection template 27, and the a22 lower assembly template section is used for being detachably assembled and connected with the lower stair platform template combination 03. the A1 lower surface template connecting unit comprises an A1 lower surface connecting template 25, the A1 lower surface connecting template 25 comprises an A11 lower surface connecting plate body arranged in the N direction and an A12 lower surface connecting plate body arranged in the horizontal direction, the A11 lower surface connecting plate body is used for forming the lower surface of a stair section, the A12 lower surface connecting plate body is used for forming an upper stair platform and is detachably assembled and connected with the upper stair platform template combination 02, the A2 lower surface template connecting unit comprises an A2 lower surface connecting template 26, the A2 lower surface connecting template 26 comprises an A21 lower surface connecting plate body arranged in the N direction and an A22 lower surface connecting plate body arranged in the vertical direction, The A21 lower surface connecting plate body is used for forming the lower surface of a stair section, and the A22 lower surface connecting plate body is used for forming a stair descending platform and is detachably assembled and connected with the stair descending platform template combination 03. The structure can be assembled quickly to form the lower surface template part, and the lower surface of the stair is formed reliably.
The step forming template 11 comprises a horizontally arranged A1 step forming plate body and a vertically arranged A2 step forming plate body, two ends of the M direction of the step forming template 11 are provided with a vertically arranged L-shaped A3 step forming plate body and a vertically arranged A4 step forming plate body, the A3 step forming plate body and the A4 step forming plate body are respectively used for being detachably assembled and connected with the step connecting template 12 and an outer side surface template part, one side part of the A1 step forming plate body, far away from the A2 step forming plate body, is provided with a vertically arranged A3 step connecting plate body, the upper side edge part of the A2 step forming plate body is provided with a horizontally arranged A4 step connecting plate body, the adjacent step forming templates 11 are connected through a step assembling connecting piece 16, the step assembling connecting piece 16 is formed by L-shaped angle irons, the step assembling connecting piece 16 comprises an A1 step assembling connecting plate body horizontally arranged on the plate surface and an A2 step assembling connecting plate body vertically arranged on the step forming template 11 adjacent to the lower side, and the A2 step assembling connecting plate body is used for being detachably assembled and connected with the upper side adjacent step forming plate body 11 through a step assembling connecting plate body. The step forming template 11 comprises an A1 type step forming template 11 and an A2 type step forming template 11, an observation port for observing the forming condition of a stair section is arranged on the A1 type step forming template 11, the observation port is arranged in the middle of the side part of the A1 step forming template body far away from one side of the A2 step forming template body, and an observation template 15 detachably assembled and connected with the A1 type step forming template 11 is arranged at the observation port. The setting of observation window can observe the inside condition of template when pouring, prevents the hollowness.
The step connecting template 12 comprises a A0 step connecting plate body which is arranged in parallel and level with an A1 type step forming plate body and corresponds to the A1 type step forming plate body, four side edges of the A0 step connecting plate body are respectively provided with an A1 step connecting plate body, an A2 step connecting plate body, an A3 step connecting plate body and an A4 step connecting plate body which are vertically arranged, the A1 step connecting plate body is a U-shaped plate body, the A1 step connecting plate body and the A3 step forming plate body are assembled and connected in a detachable manner in an abutting mode, the A3 step connecting plate body is used for forming a wall body, the A1 step connecting plate body and the A3 step connecting plate body are oppositely arranged at intervals, the upper side edge of the A3 step connecting plate body is provided with an A5 step connecting plate body which is horizontally arranged towards one side close to the step forming template, The A5 step connecting plate body is used for being detachably assembled and connected with the wall template combination 01, and the A2 step connecting plate body and the A4 step connecting plate body are oppositely arranged at intervals. the A1 upper surface template connecting unit comprises an A1 upper surface connecting piece 13 formed by L-shaped angle irons, the A1 upper surface connecting piece 13 comprises an A11 upper surface connecting plate body with a horizontally arranged plate surface and an A12 upper surface connecting plate body with a vertically arranged plate surface, the A11 upper surface connecting plate body is used for being detachably assembled and connected with an A4 step connecting plate body on a step forming template 11 adjacent to the lower side in an overlapping manner, and the A12 upper surface connecting plate body is used for being detachably assembled and connected with an upper stair platform template combination 02; The A2 upper surface template connecting unit comprises an A2 upper surface connecting piece 14, the A2 upper surface connecting piece 14 comprises an A12 upper surface connecting plate body which is vertically arranged on a plate surface for forming a stair section and an A22 upper surface connecting plate body which is horizontally arranged on a plate surface for forming a lower stair platform, the upper side edge of the A21 upper surface connecting plate body is provided with an A23 upper surface connecting plate body which is horizontally arranged, one end of the A23 upper surface connecting plate body is used for being detachably assembled and connected with an A1 step assembling connecting plate body on the step assembling connecting piece 16 in a fitting way, the other end of the A23 upper surface connecting plate body is used for being detachably assembled and connected with a wall template combination 01, The side part of the A22 upper surface connecting plate body, which is far away from the A21 upper surface connecting plate body, is provided with a vertically arranged A24 upper surface connecting plate body, the A24 upper surface connecting plate body is used for being detachably assembled and connected with a lower stair platform template combination 03, two ends of the A2 upper surface connecting piece 14 are respectively provided with a vertically arranged A25 upper surface connecting plate body and a vertically arranged A26 upper surface connecting plate body, the A25 upper surface connecting plate body is used for being detachably assembled and connected with a lower stair template combination, and the A26 upper surface connecting plate body is used for forming a wall body. The outer side template portion is formed by splicing the outer side panel bodies 31, two ends of the outer side template portion are provided with an A1 transition piece 32 and an A2 transition piece 33 which are used for being assembled and connected with the outer side template portions on the adjacent stair template combination, and the A1 transition piece 32 and the A2 transition piece 33 have the same structure, and can be implemented specifically by referring to FIG. 1. The detachable assembly connection between each template sets up the turn-ups structure in the periphery of template, sets up the connecting hole and adopts the bolt assembly to carry out assembly connection on the turn-ups. The taper pin assembly can also be adopted for assembly connection, and comprises a taper pin and a jack arranged at the smaller end of the outer diameter of the taper pin, and a locking insert is arranged in the jack. other known removable techniques may be used for assembly.
In a word, the scheme provided by the utility model can be used for rapidly assembling, so that the assembling efficiency is improved, the structure is simple, the implementation cost is low, the assembling template has high assembling structural strength and high safety.
The foregoing is merely a preferred embodiment of the present utility model and it should be noted that modifications and adaptations to those skilled in the art may be made without departing from the principles of the present utility model, which are intended to be comprehended within the scope of the present utility model. Structures, mechanisms, and methods of operation not specifically described and illustrated in the present utility model are implemented by conventional means in the art unless specifically described and limited.
Claims (10)
1. A building stair template combination, characterized in that: the upper surface of the building section consists of various stair sections, the upper surface template part comprises various upper surface template units respectively used for forming the various stair sections, two ends of the building section in the N direction are respectively provided with an A1 upper surface template connecting unit and an A2 upper surface template connecting unit, the A1 upper surface template connecting unit is used for detachably assembling and connecting with an upper stair platform template assembly, the upper stair platform template assembly is used for assembling and detachably assembling an upper stair platform outside the higher end of the building section, the A2 upper surface template connecting unit is used for assembling and detachably connecting with a lower stair platform template assembly, the lower stair platform template assembly is used for assembling and detachably assembling a lower stair platform outside the lower end of the building section, each upper surface template unit comprises L-shaped step forming templates, one end of the step forming templates in the M direction is detachably assembling and connecting with the outer side template assembly, and the other end of the step forming templates in the M direction are detachably assembling and connecting with the stair platform template in the M direction, and the step forming template is detachably connecting with the step template in the M direction, and the step length direction is detachably assembling and the step template is detachably connecting with the step template in the M direction.
2. The building stair template combination according to claim 1, wherein: the lower surface template part comprises lower surface template units which are arranged at intervals along the N direction, lower surface supporting units which are arranged between the lower surface template units and used for supporting the lower surface template part, A1 lower surface template connecting units and A2 lower surface template connecting units which are respectively arranged at two ends of the lower surface template part in the N direction; the lower surface template connecting unit A1 is used for being assembled and connected with the upper stair platform template in a detachable mode, the lower surface template connecting unit A2 is used for being assembled and connected with the lower stair platform template in a detachable mode, one end of the lower surface template unit and the lower surface supporting unit in the N direction is assembled and connected with the outer side template part in a detachable mode, and the other end of the lower surface template unit and the lower surface supporting unit in the N direction is assembled and connected with the wall template in a detachable mode through the lower assembling and connecting unit.
3. The building stair template combination of claim 2, wherein: the lower surface template unit comprises each lower surface forming template that sets up along the N direction interval, lower surface propping unit comprises lower surface propping template and lower surface collocation template that is used for assembling with the jackstay that follows the M direction and arranges in proper order, lower surface propping template along the width of N direction be less than lower surface forming template along the width of N direction, lower surface propping template along the length of M direction be less than lower surface collocation template along the length of M direction, lower surface collocation template and lower surface forming template are the parallel and level form near the limit portion of lower assembly connection unit one side, lower surface propping template and lower surface forming template are the parallel and level form near the limit portion of lateral surface template portion one side.
4. A building stair form combination according to claim 3, wherein: the lower surface of lower surface jack-up template the mounting tube that is used for with the detachable grafting assembly of jack-up pole that sets up in the middle part of the lower surface, the mounting tube sets up respectively along the both ends lower surface of M direction.
5. A building stair form combination according to claim 3, wherein: the lower assembly connection unit comprises a lower assembly connection template, the length direction and the N direction of the lower assembly connection template are consistent, two ends of the lower assembly connection template are respectively provided with an A1 lower assembly connection template and an A2 lower assembly connection template, the lower assembly connection template comprises an A1 lower assembly connection plate body for forming the lower surface of a building section, an A2 lower assembly connection plate body for forming a wall body and a vertically arranged A2 lower assembly connection plate body, the A1 lower assembly connection plate body and the A2 lower assembly connection plate body are both strip-shaped plate bodies and are arranged in an L shape, the A1 lower assembly connection plate body is positioned on the upper side of the A2 lower assembly connection plate body, an A3 lower assembly connection plate body is arranged on the lower side of one side of the A1 lower assembly connection plate body, which is close to the outer side template part, and the A3 lower assembly connection plate body is used for detachably assembling and connecting with the lower surface collocation template and the lower surface forming template, the lower side edge part of the A2 lower assembly connecting plate body is provided with an A4 lower assembly connecting plate body towards one side close to the stair bench, the lower assembly connecting template, the A1 lower assembly connecting template and the A2 lower assembly connecting template are consistent in section shape along the length direction, the A1 lower assembly connecting template comprises an A11 lower assembly template section arranged along the N direction and an A12 lower assembly template section arranged along the horizontal direction, the lower end of the A11 lower assembly template section is used for being detachably assembled and connected with the upper end of the lower assembly connecting template, the A12 lower assembly template section is used for being detachably assembled and connected with the upper stair bench template, the A2 lower assembly connecting template comprises an A21 lower assembly template section arranged along the N direction and an A22 lower assembly template section arranged along the vertical direction, the upper end of the A21 lower assembly template section is used for being detachably assembled and connected with the lower end of the lower assembly connecting template, the A22 lower assembly template section is used for being detachably assembled and connected with the lower stair platform template combination.
6. The building stair template combination according to claim 5, wherein: the A1 lower surface template connecting unit comprises an A1 lower surface connecting template, the A1 lower surface connecting template comprises an A11 lower surface connecting plate body arranged in the N direction and an A12 lower surface connecting plate body arranged in the horizontal direction, the A11 lower surface connecting plate body is used for forming the lower surface of a stair landing, the A12 lower surface connecting plate body is used for forming an upper stair landing and is combined with the upper stair landing template to be detachably assembled and connected, the A2 lower surface template connecting unit comprises an A2 lower surface connecting template, the A2 lower surface connecting template comprises an A21 lower surface connecting plate body arranged in the N direction and an A22 lower surface connecting plate body arranged in the vertical direction, the A21 lower surface connecting plate body is used for forming the lower surface of the stair landing, and the A22 lower surface connecting plate body is used for forming the lower stair landing and is combined with the lower stair landing template to be detachably assembled and connected.
7. The building stair template combination according to claim 1, wherein: the step forming template comprises a horizontally arranged A1 step forming plate body and a vertically arranged A2 step forming plate body, wherein two ends of the M direction of the step forming template are provided with a vertically arranged L-shaped A3 step forming plate body and a vertically arranged A4 step forming plate body, the A3 step forming plate body and the A4 step forming plate body are respectively used for being detachably assembled and connected with a step connecting template and an outer side surface template part, one side part of the A1 step forming plate body, which is far away from the A2 step forming plate body, is provided with a vertically arranged A3 step connecting plate body, the upper side part of the A2 step forming plate body is provided with a horizontally arranged A4 step connecting plate body, the adjacent step forming templates are connected through step assembling connecting pieces, the step assembling connecting pieces are formed by L-shaped angle irons, each step assembling connecting piece comprises a horizontally arranged A1 step assembling connecting plate body and a vertically arranged A2 step assembling connecting plate body, and the A1 step assembling connecting plate body is used for being detachably assembled and connected with the A4 step connecting plate body on the adjacent step forming template on the lower side.
8. The building stair template combination according to claim 7, wherein: the step forming template comprises an A1 type step forming template and an A2 type step forming template, an observation port used for observing the forming condition of a stair section is formed in the A1 type step forming template, the observation port is formed in the middle of the side part of the A1 step forming template, which is far away from one side of the A2 step forming template, and an observation template detachably assembled and connected with the A1 type step forming template is arranged at the observation port.
9. The building stair template combination of claim 8, wherein: the step connection template comprises a plate surface and A0 step connection plate bodies which are arranged in parallel and level with A1 type step forming plate bodies and are correspondingly arranged, four side edge parts of the A0 step connection plate bodies are respectively provided with an A1 step connection plate body, an A2 step connection plate body, an A3 step connection plate body and an A4 step connection plate body which are in U-shaped plate bodies, the A1 step connection plate bodies and the A3 step forming plate bodies are in detachable assembly connection in an attached mode, the A3 step connection plate bodies are used for forming walls, the A1 step connection plate bodies and the A3 step connection plate bodies are oppositely arranged at intervals, the A5 step connection plate bodies which are horizontally arranged are arranged on the upper side edge parts of the A3 step connection plate bodies towards one side close to the step forming template, and the A5 step connection plate bodies are used for detachable assembly connection with wall template combination, and the A2 step connection plate bodies and the A4 step connection plate bodies are oppositely arranged at intervals.
10. The building stair template combination of claim 9, wherein: the A1 upper surface template connecting unit comprises an A1 upper surface connecting piece composed of L-shaped angle irons, the A1 upper surface connecting piece comprises an A11 upper surface connecting plate body with a horizontally arranged plate surface and an A12 upper surface connecting plate body with a vertically arranged plate surface, the A11 upper surface connecting plate body is used for being in overlapped detachable assembly connection with an A4 step connecting plate body on a step forming template adjacent to the lower side, and the A12 upper surface connecting plate body is used for being in combined detachable assembly connection with an upper stair platform template; the A2 upper surface template connecting unit comprises an A2 upper surface connecting piece, the A2 upper surface connecting piece comprises an A12 upper surface connecting plate body and an A22 upper surface connecting plate body, the plate surface of the A12 upper surface connecting plate body is used for forming a stair section, the plate surface of the A22 upper surface connecting plate body is used for horizontally arranging an A23 upper surface connecting plate body, one end of the A23 upper surface connecting plate body is used for being in fit detachable assembly connection with an A1 step assembly connecting plate body on the step assembly connecting piece, the other end of the A23 upper surface connecting plate body is used for being in detachable assembly connection with a wall template assembly, the edge part, far away from the A21 upper surface connecting plate body, of the A22 upper surface connecting plate body is provided with an A24 upper surface connecting plate body which is vertically arranged, the A24 upper surface connecting plate body is used for being in detachable assembly connection with a lower stair platform template assembly, and the two ends of the A2 upper surface connecting plate body are respectively provided with an A25 upper surface connecting plate body which is vertically arranged, an A26 upper surface connecting plate body is used for being in detachable assembly connection with a stair assembly connecting plate body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202323332675.XU CN221321757U (en) | 2023-12-07 | 2023-12-07 | Building stair template combination |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202323332675.XU CN221321757U (en) | 2023-12-07 | 2023-12-07 | Building stair template combination |
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| Publication Number | Publication Date |
|---|---|
| CN221321757U true CN221321757U (en) | 2024-07-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202323332675.XU Active CN221321757U (en) | 2023-12-07 | 2023-12-07 | Building stair template combination |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN221321757U (en) |
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2023
- 2023-12-07 CN CN202323332675.XU patent/CN221321757U/en active Active
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