TWM537129U - Formwork climbing device for building construction - Google Patents

Description

Climbing device for building construction

This creation is about a climbing mold device for building construction; in particular, a climbing mold device equipped with a special structure climbing mold device to enable smooth construction of buildings of various heights.

According to the construction method of the column-shaped building, such as the new type 408775 "Improvement of the high bridge pier forming device and construction method"; or the new type M311702 "high pier column forming climbing mold structure"; or the new type M424821 "columnar shape" The climbing mold system device for building construction is provided with a truss structure or a supporting rail, and then the truss structure or the supporting rail is used to frame the formwork and the hanging formwork, so that the formwork can be gradually climbed up to form a climbing mold device.

However, these conventional climbing mold devices are limited by the height of the truss structure or the support rails (the higher the height, the lower the stability of the truss structure or the support rails, the higher the risk, so that the lifting table can no longer be set upwards) And use the lifting workbench to hang the formwork and materials), so it can only be used in buildings with low height (such as piers or small chimneys), but not in taller columns, such as large buildings. Ventilation pipes or chimneys, etc., make it necessary for these large-scale column-shaped buildings to be constructed from the bottom to the top during construction. As the height increases, the construction difficulty is higher and the construction risk is higher, and the cost of the construction frame Higher, not economical.

Furthermore, in the construction process of the hollow column building, since the inner formwork is erected inside the hollow column, the installation and removal space is very small, and the assembly or removal is affected by the adjacent formwork, which makes the construction very inconvenient. It will also affect the quality of construction and is not practical.

To this end, the creator created the case for the problems existing in the previous climbing model device and accumulated years of research and improvement on the construction method.

The purpose of this creation is to make use of the innovative internal climbing and external climbing structure to allow the climbing mold to be applied continuously and continuously, without any height or any structural constraints, and the climbing model outside the creation. The guide rail is disposed on the lower frame body, which can solve the problem that the guide rail is not easy to be installed and removed on the building, and the stability of the outer climbing mold can be improved by using the pulley wall support, thereby avoiding excessive climbing of the outer climbing mold during the moving process. Shaking and creating danger; in addition, the mold-removing technology used in the climbing mold in this creation can make the demoulder and the inner template retract and expand in the building to enhance the construction of the building. Efficiency and reduced cost of construction, with the best practicality and economic benefits.

The climbing mold device for building construction of the present invention includes at least an outer climbing mold, the outer climbing mold is provided with a lower frame body, and the lower frame body is provided with a lower platform, and the inner side of the lower frame body is provided with a plurality of guide rails, and is arranged on each of the guide rails. a plurality of hooks are arranged on the inner side; the outer climbing mold is provided with a plurality of guiding brackets, and the plurality of guiding brackets are fixed on the outer wall surface of the building, and are arranged with the guide rails to form a one-way moving structure; The power component is moulded to provide the power for the outer climbing mold to climb upward; the outer climbing mold is provided with a frame body above the lower frame body, and a main platform is arranged between the lower frame body and the upper frame body, and the platform is arranged above the upper frame body The outer frame is provided with an outer template, and the upper frame is provided with a first construction frame above the upper platform, and the main platform is provided with a lateral moving device.

The climbing mold device for building construction of the present invention, wherein the climbing mold device is provided with an inner climbing mold, the inner climbing mold is provided with a main platform of the wellbore, and a plurality of demoulding devices are arranged above the main platform of the wellbore, and between the adjacent demoulders Providing an inner template; a sliding frame is arranged between the main platform of the wellbore and the demoulding device and the inner template; a top platform of the wellbore is arranged above the demoulding device and the inner template, and the top platform of the wellbore is connected with the demoulding device and the inner template The sliding picker is arranged; the hanging platform is arranged below the main platform of the wellbore, and the hanging platform is connected with the main platform of the wellbore by a plurality of hanging rods, so that the construction personnel can carry out the construction work under the main platform of the wellbore.

The climbing mold device for building construction of the present invention, wherein the guiding bracket is provided with a first sliding slot, and a first hanging rod is disposed in the first sliding slot, and the first sliding slot and the first hanging rod are matched with the guiding rail The hook is arranged to form a one-way moving structure, so that the guide rail is matched with the first sliding slot of the guiding bracket and the first hanging rod is moved upward, and when the guiding rail moves downward, the guiding hook is used to hook the guiding The first hanging rod of the hanging seat prevents the guide rail from moving downward; the guiding auxiliary hanging seat is provided with the first auxiliary supporting structure, so that the first auxiliary supporting structure cooperates with the guiding hanging seat to jointly clamp the guiding rail, so that the movement of the guiding rail is more stable.

The climbing mold device for building construction of the present invention, wherein the lower frame body is provided with a multi-array pulley wall support, which is used for supporting the outer wall surface of the building, so that the outer climbing mold is more stable when moving. It is not easy to shake and improve the safety of the outer climbing mold.

The climbing mold device for building construction of the present invention, wherein the power component is a hydraulic cylinder or a pneumatic cylinder, and the lower end of the hydraulic cylinder or the pneumatic cylinder is fixed on the outer wall surface of the building, and is in a hydraulic cylinder or The push rod of the pneumatic cylinder is provided with a push seat, the push seat is provided with a second sliding slot, and a second hanging rod is disposed in the second sliding slot, and the second sliding slot and the second hanging rod are matched with the hook of the guiding rail. And forming a one-way moving structure, so that the push seat cooperates with the hook of the guide rail, pushes the guide rail upward, and when the push rod of the hydraulic cylinder or the pneumatic cylinder is retracted inward, the hook of the guide rail is used to hook the foregoing Guide the hanging seat to prevent the guide rail from moving downward, and move the push seat downward to the next hook, so that the push seat pushes the hook upwards one by one; the push seat has a second auxiliary support structure to utilize the second auxiliary support The structure cooperates with the pusher to jointly clamp the aforementioned guide rails, so that the movement of the guide rail is more stable.

The climbing mold device for building construction of the present invention, wherein the demoulding device is provided with a side wall plate on both sides, and a triangular upper wall plate is arranged above the demoulding device, the upper wall plate is provided with a lifting rod, and A threaded rod is sleeved on the upper side of the upper wall plate and the upper end of the lifting rod, the threaded rod is in abutting contact with the upper wall plate, and the lifting rod and the threaded rod are provided with corresponding long slot holes, so that a shackle can be obtained a long slot of the lifting rod and the threaded rod is disposed, and a nut switch is arranged on the outer side of the threaded rod; a sliding plate is arranged at an end of the two side wall plates, and a hinge plate is pivoted on the lifting rod, the hinge plate The central pivoting system is pivotally disposed on the lifting rod, and the pivoting shafts at both ends of the hinge plate are respectively pivoted in the sliding slots at the two ends of the sliding slot plate, and pivoting the side molds respectively coupled to the two sides of the demoulding device; The side molds of the adjacent mold removers are respectively connected to the inner mold, so that the inner mold is cooperating with the mold remover.

In order to further understand the creation, the implementation of the climbing mold device for the best building construction is as shown in the following formulas 1 to 21, and at least includes:

The outer climbing mold 1 is provided with the lower frame body 10, and the lower platform is provided with the lower platform 100. The lower platform 100 is provided with a plurality of layers, depending on the size of the lower frame body 10; the lower frame body is provided with the ladder 101 and the guardrail 102, so that the construction workers can easily move on the outer climbing mold 1 and ensure the construction safety. A plurality of guide rails 11 are provided on the inner side of the lower frame body 10, and a plurality of hooks 110 are provided on the inner side of each of the guide rails 11.

The outer climbing mold 1 is provided with a plurality of guiding brackets 12, and the plurality of guiding brackets 12 are fixed on the outer wall surface 20 of the building 2, and are provided with the guide rails 11, and the guiding brackets are provided with the first sliding slots 120. A first hanging rod 121 is disposed in the first sliding slot 120. The first sliding slot 120 is coupled with the first hanging rod 121 to engage the hook 110 of the guide rail 11 and forms a one-way moving structure to make the guiding rail. 11 is matched with the first sliding slot 120 of the guiding bracket 12 and the first hanging rod 121 to move upward, and when the guiding rail 11 moves downward, the first hanging rod 121 of the guiding hanging bracket 12 is hooked by the hook 110 of the guide rail 11 The guide rail 12 is prevented from moving downward; the guiding bracket 12 is provided with a first auxiliary supporting structure 122. The first auxiliary supporting structure 122 is a pulley to cooperate with the guiding bracket 12 to clamp the rail. 11, the movement of the guide rail 11 is more stable. The lower frame body 10 is provided with a multi-array pulley wall support 103, which is used for supporting the outer wall surface 20 of the building 2, so that the outer climbing mold 1 is more stable and not easy to shake when moving, lifting the outer climbing Model security.

The outer climbing mold 1 is provided with a power component 13, which is a hydraulic cylinder, a pneumatic cylinder or a spreader to provide power for the outer climbing mold 1 to climb upward; when the power component is a hydraulic cylinder or a pneumatic cylinder, The lower end of the hydraulic cylinder or the pneumatic cylinder is fixed on the outer wall surface 20 of the building 2, and the push rod 130 is arranged on the push rod of the hydraulic cylinder or the pneumatic cylinder, and the push seat 130 is provided with the second sliding slot 131, and A second hanging rod 132 is disposed in the second sliding slot 131. The second sliding slot 131 and the second hanging rod 132 are matched with the hook 110 of the guide rail 11 to form a one-way moving structure, so as to push the seat. 130 is matched with the hook 110 of the guide rail 11 to push the guide rail 11 upward, and when the push rod of the hydraulic cylinder or the pneumatic cylinder is retracted inward, the hook 110 of the guide rail 11 is used to hook the first of the guide hanger 12 The hanging rod 121 prevents the guide rail 11 from moving downward, and moves the push base 130 downward to the next hook 110, so that the push seat pushes the hook 110 upwards one by one; the push seat 130 has a second auxiliary support structure 133. The second auxiliary support structure 133 is a pulley to cooperate with the pusher 130 to clamp the guide rail by using the second auxiliary support structure 133. 11, the movement of the guide rail 11 is more stable.

The outer climbing mold 1 is provided with a frame body 14 above the lower frame body 10, and a main platform 15 is disposed between the lower frame body 10 and the upper frame body 14; a platform 140 is arranged above the upper frame body 14, so that the construction personnel can conveniently grout The above-mentioned upper frame 14 is provided with a ladder 141 and a guard rail 142, so that the construction worker can conveniently move on the outer climbing mold 1 and ensure the construction safety; the outer frame 16 is provided with an outer template 16 on the inner side of the upper frame body 14, and the outer template 16 is made of metal material and wood. Material, plastic material or other composite materials are used together. When steel template is used, the stability and durability of the template can be improved, and the outer climbing mold 1 can be prevented from being damaged due to damage of the outer template 16 during use. The problem of repairing the outer formwork 16 and the like; the foregoing upper frame body 14 is provided with a first construction frame 143 above the upper platform 140, so that the construction worker can conveniently tie the steel bar (as shown in FIG. 9) or the erecting spreader 17 (as shown in FIG. 21). . The main platform 15 is provided with a lateral moving device 150 for moving the upper frame body 14, so that the upper frame body 14 and the outer template 16 can be used together for the upper mold operation (as shown in FIGS. 7 and 14) and the demolding operation. (As shown in Figure 10).

The inner climbing mold 3 is provided with a main platform 30 of the wellbore, and the main platform 30 of the wellbore has a hole and a ladder, so that the construction personnel can freely enter and exit the inner climbing mold 3, which facilitates the operation in the inner layer structure of the inner climbing mold 3, and the wellbore main Below the platform 30, a lifting platform 300 is provided. The hanging platform 300 and the wellbore main platform 30 are connected by a plurality of booms 301, so that the construction workers can perform construction work below the wellbore main platform 30.

A plurality of die removers 31 are disposed above the main platform 30 of the wellbore, and an inner die plate 32 is disposed between the adjacent die removers 31 to allow the die remover 31 and the inner die plate 32 to cover the inner wall surface 21 of the building 2, and The inner wall surface 21 of the object 2 is contracted and unfolded; a sliding frame 302 is disposed between the main platform 30 of the wellbore and the demodulator 31 and the inner template 32. With the sliding frame 302, the main platform 30 of the wellbore is not affected. The shrinking and unfolding operation of the inner mold 32 and the inner mold 32; the inner mold 32 is made of metal material, wood material, plastic material or other composite material, and the stability and durability of the template can be improved when the steel template is used. In order to avoid the problem that the inner climbing die 3 is damaged due to the damage of the inner die plate 32 during use, or the maintenance of the inner die plate 32 is difficult.

The stripper 31 is provided with a side wall plate 310 on both sides, and a triangular upper wall plate 311 is disposed above the die stripper. The upper wall plate 311 is provided with a lifting rod 312 and is above the upper wall plate 311. A threaded rod 313 is disposed on the upper end of the lifting rod 312. The threaded rod 313 is in abutting contact with the upper wall plate 311, and the lifting rod 312 and the threaded rod 313 are provided with corresponding long slots 314 for a circular pin. The 315 is configured to pass through the long hole 314 of the lifting rod 312 and the threaded rod 313. The threaded rod 313 is externally provided with a nut switch 316. The end portions of the two side wall plates 310 are provided with a sliding plate 317, and are lifted as described above. The lever 312 pivots a hinge plate 318. The pivoting mechanism of the hinge plate 318 is pivotally disposed on the lifting rod, and the pivoting ends of the hinge plate 318 are respectively pivoted in the sliding slots at the two ends of the sliding plate 317, and The side molds 319 coupled to the two sides of the mold remover 31 are respectively pivoted; the side molds 319 of the adjacent mold removers 31 are respectively connected to the inner mold plate 32, so that the inner mold plate 32 is interlocked with the mold remover 31.

As shown in FIG. 15 to FIG. 20, when the upper end of the lifting rod 312 is sleeved with a threaded rod 313, the nut switch 316 is screwed to the threaded rod 313, and the crown pin 315 is simultaneously threaded with the lifting rod 312, the threaded rod 313 and the nut. After the switch 316, the lift rod 312 can be raised or lowered by rotating the nut switch 316 (as shown in Figures 15 and 16). When the nut switch 316 is rotated to raise the lifting rod 312, the lifting rod 312 pulls the pivot of the center of the hinge plate 318, and the two ends of the hinge plate 318 are inwardly contracted by the limit of the sliding plate 317, and the hinge plate is folded. 318 will also synchronously drive the side mold 319 to contract, so that the inner climbing mold 3 as a whole is inwardly contracted, and the inner template 32 is released from the mold (as shown in Figs. 19 and 20). On the contrary, when the nut switch 316 is rotated in the reverse direction, the lifting rod 312 can be lowered to expand the inner climbing mold 3 outward, and the inner template 32 is completed (as shown in FIGS. 17 and 18).

A wellbore top platform 33 is disposed above the former die remover 31 and the inner die plate 32. The well top platform 33 has a hole and a ladder, so that the constructor can freely enter and exit the inner climbing die 3, which is convenient for each layer structure of the inner climbing die 3. The operation is performed; a sliding bracket 330 is disposed between the well top platform 33 and the demodulator 31 and the inner template 32. The sliding bracket 330 is used to prevent the well top platform 33 from affecting the demolder 31 and the inner template 32. The shrinking and unfolding operation, and allowing the well top platform 33 to slide on the sliding pull frame 330 to facilitate the construction; the second construction frame 331 is arranged above the top platform 33 of the wellbore, so that the construction personnel can easily tie the steel bars (as shown in Figure 9). Show).

As shown in Figures 1 to 14, when the present application is applied to a large hollow column building, the construction of the first layer of the basic structure is completed in advance with the infrastructure construction frame 4 (as shown in Figs. 1 to 5). The structure pre-embeds the guiding slide 12 and various embedded parts, and then the outer climbing mold 1 and the inner climbing mold 3 are erected in accordance with the construction process, and the outer climbing mold 1 firstly sets the lower frame body 10, the guide rail 11 and the main platform 15 (As shown in FIG. 6), when the second layer structure is applied, the upper frame 14, the lateral moving device 150 of the main platform 15 and the outer template 16 (as shown in FIGS. 7 and 8) are disposed, and when the second layer structure is applied After the completion, the first construction frame 143 can be disposed on the upper frame body 14 to perform the steel layer tying operation of the third layer structure (as shown in FIG. 9), and when each layer structure is completed, the layer can be pre-layered. The structure guides the sliding seat 12 and various embedded parts, and can simultaneously remove the guiding slide 12 of the lower structure and various embedded parts, so that the guiding sliding seat 12 and various embedded parts can be reused; when the outer climbing form 1 is to move upwards When the third layer structure is applied, the upper frame 1 is used by the lateral moving device 150. 4, the outer template 16 is demolded, and the power element 13 is disposed on the guiding slide 12, and the driving element 11 is driven to move upward by the power element 13 (as shown in FIG. 10). When the outer template 16 reaches the third layer structure position, The power component 13 and the other lower embedded parts are removed and reused, and the upper frame and the outer formwork upper mold are used by the lateral moving device 150 to complete the application of the third layer structure (as shown in FIGS. 13 and 14). By doing so, the building can be continuously applied upwards and reached the target height.

After the inner climbing mold is applied to the first layer of the foundation structure, the main platform 30 and the lifting platform of the wellbore are arranged first (as shown in FIG. 6), and then the demoulding device 31 and the inner template are disposed when the second layer structure is applied. 32. The well top platform 33 and the second construction frame 331 allow the construction personnel to cooperate with the outer climbing mold 1 to perform the second layer structure (as shown in FIGS. 7-9), when the second layer structure is completed and After the reinforcement of the third layer structure is completed, the mold remover 31 and the inner mold plate 32 can be contracted and retracted inward, and the inner climbing mold 3 is suspended to the third layer structure position by the spreader 17 to perform the third layer. The application of the structure (as shown in FIG. 10), after each layer structure is completed, various embedded parts can be embedded in the layer structure in advance, and the various embedded parts of the lower layer structure can be removed by using the lifting platform 300 at the same time, so as to make various The embedded part can be re-applied; when the inner template 32 reaches the position of the third layer structure, the other lower layer embedded parts can be removed and recycled for use, and then the demoulder 31 and the inner template 32 are outwardly deployed to the upper mold (Fig. 13). Show) to complete the implementation of the third layer structure (as shown in Figure 14), so By applying it, the building can be continuously applied upwards and reach the target height.

In this way, the climbing mold device of the building construction of the present invention can be repeatedly applied upwards without any height or any structure limitation (such as the large ventilation device with multiple vents as shown in FIG. 21); If the creation system is applied to a non-hollow column structure, only the outer climbing mold 1 may be used to complete the construction of the building; in addition, the climbing mold outside the creation of the present invention places the guide rail 11 on the lower frame body, which can be solved. The guide rail 11 is disposed on the building and is difficult to be installed and removed. The stability of the outer climbing mold 1 can be improved by using the pulley wall support 103, thereby avoiding the danger that the outer climbing mold 1 is excessively shaken during the movement; The mold remover 31 technology used in the climbing mold of the present invention enables the mold remover 31 and the inner mold 32 to be repeatedly contracted and deployed in the building to improve the construction efficiency of the building and reduce the construction. This, with the best practicality and economic benefits, is the composition of this case.

1‧‧‧External Climbing
10‧‧‧Underbody
100‧‧‧Under platform
101‧‧‧Climbing ladder
102‧‧‧ guardrail
103‧‧‧ pulley wall support
11‧‧‧ Guide rail
110‧‧‧hook
12‧‧‧Guide pedestal
120‧‧‧First chute
121‧‧‧first hanging rod
122‧‧‧First auxiliary support structure
13‧‧‧Power components
130‧‧‧ push seat
131‧‧‧Second chute
132‧‧‧Second hanging rod
133‧‧‧Second auxiliary support structure
14‧‧‧Upper body
140‧‧‧Upper platform
141‧‧‧ ladder
142‧‧‧ guardrail
143‧‧‧First construction frame
15‧‧‧Main platform
150‧‧‧Horizontal mobile device
16‧‧‧External template
17‧‧‧ Spreader
2‧‧‧Buildings
20‧‧‧ outer wall
21‧‧‧ inner wall
3‧‧‧Climbing
30‧‧‧Drilling platform
300‧‧‧ hanging platform
301‧‧‧Boom
302‧‧‧Slide
31‧‧‧Drawer
310‧‧‧ Sidewall panels
311‧‧‧Upper siding
312‧‧‧ Lifting pole
313‧‧‧Threaded rod
314‧‧‧Long slot
315‧‧‧ㄇ-shaped latch
316‧‧‧ nut switch
317‧‧‧slot plate
318‧‧‧Hinge plate
319‧‧‧Edge mold
32‧‧‧Inside template
33‧‧‧Drilling platform
330‧‧‧Sliding rack
331‧‧‧Second construction frame
4‧‧‧Basic structure construction frame

Fig. 1 is a construction flow chart (1) of a climbing mold device for building construction of the present invention. Fig. 2 is a flow chart (2) of construction of a climbing mold device for building construction of the present invention. Fig. 3 is a construction flow chart (3) of the climbing mold device for building construction of the present invention. Fig. 4 is a construction flow chart (4) of the climbing mold device for building construction of the present invention. Fig. 5 is a construction flow chart (5) of the climbing mold device for building construction of the present invention. Fig. 6 is a construction flow chart (6) of the climbing mold device for building construction of the present invention. Fig. 7 is a construction flow chart (7) of the climbing mold device for building construction of the present invention. Fig. 8 is a construction flow chart (8) of the climbing mold device for building construction of the present invention. Figure 9 is a construction flow chart (9) of the climbing mold device for building construction of the present invention. Figure 10 is a construction flow chart (10) of the climbing mold device for building construction of the present invention. Figure 11 is a partial enlarged view of the area A of Figure 10. Figure 12 is a partial enlarged view of a portion B of Figure 10. Figure 13 is a construction flow chart (11) of the climbing mold device for building construction of the present invention. Figure 14 is a construction flow chart (12) of the climbing mold device for building construction of the present invention. Fig. 15 is an assembly operation diagram of the mold ejector of the climbing mold in the present invention. Figure 16 is a perspective view of the mold ejector of the climbing mold within the present invention. Figure 17 is a partial plan view (1) of the climbing mold device for building construction of the present invention. Figure 18 is an enlarged view of a portion C of Figure 17; Figure 19 is a partial plan view (2) of the climbing mold device for building construction of the present invention. Figure 20 is a partial enlarged view of the D area of Figure 19. Fig. 21 is a plan view showing an operation example of the climbing mold device for building construction of the present invention.

1‧‧‧External Climbing

10‧‧‧Underbody

100‧‧‧Under platform

101‧‧‧Climbing ladder

102‧‧‧ guardrail

103‧‧‧ pulley wall support

11‧‧‧ Guide rail

12‧‧‧Guide pedestal

14‧‧‧Upper body

140‧‧‧Upper platform

141‧‧‧ ladder

142‧‧‧ guardrail

143‧‧‧First construction frame

15‧‧‧Main platform

150‧‧‧Horizontal mobile device

16‧‧‧External template

2‧‧‧Buildings

20‧‧‧ outer wall

21‧‧‧ inner wall

3‧‧‧Climbing

300‧‧‧ hanging platform

301‧‧‧Boom

302‧‧‧Slide

313‧‧‧Threaded rod

32‧‧‧Inside template

33‧‧‧Drilling platform

330‧‧‧Sliding rack

Claims (14)

A climbing mold device for building construction, comprising at least: an outer climbing mold, a lower frame body, and a lower platform disposed on the lower frame body; a plurality of guide rails are disposed on the inner side of the lower frame body, and a plurality of hooks are arranged on the inner side of each of the guide rails The outer climbing mold is provided with a plurality of guiding pedestals, and the plurality of guiding pedestals are fixed on the outer wall surface of the building, and are arranged with the guide rails to form a one-way moving structure, so that the guiding rails are matched with the guiding pedestals upwards Moving, and moving the guide rail downward, hooking the guide hanger with the hook of the guide rail to prevent the guide rail from moving downward; the outer climbing mold is provided with a power component to provide the power for the outer climbing mold to climb upward; the outer climbing mold is A frame body is arranged above the lower frame body, and a main platform is arranged between the lower frame body and the upper frame body, a platform is arranged above the upper frame body, an outer template is arranged on the inner side of the upper frame body, and the upper frame is provided with the first construction above the upper platform The main platform is provided with a lateral moving device, and the lateral moving device is used for moving the upper frame body, so that the upper frame body and the outer template are jointly performed for the upper die operation and the demolding operation. A climbing mold device for building construction, comprising at least: an outer climbing mold, a lower frame body, and a lower platform disposed on the lower frame body; a plurality of guide rails are disposed on the inner side of the lower frame body, and a plurality of hooks are arranged on the inner side of each of the guide rails The outer climbing mold is provided with a plurality of guiding pedestals, and the plurality of guiding pedestals are fixed on the outer wall surface of the building, and are arranged with the guide rails to form a one-way moving structure, so that the guiding rails are matched with the guiding pedestals upwards Moving, and moving the guide rail downward, hooking the guide hanger with the hook of the guide rail to prevent the guide rail from moving downward; the outer climbing mold is provided with a power component to provide the power for the outer climbing mold to climb upward; the outer climbing mold is A frame body is arranged above the lower frame body, and a main platform is arranged between the lower frame body and the upper frame body, a platform is arranged above the upper frame body, an outer template is arranged on the inner side of the upper frame body, and the upper frame is provided with the first construction above the upper platform The front platform is provided with a lateral moving device, and the lateral moving device is used for moving the upper frame body, so that the upper frame body and the outer formwork can jointly perform the upper mold operation and the demoulding operation; the inner climbing mold and the wellbore In the main platform, a plurality of demoulders are arranged above the main platform of the wellbore, and an inner template is arranged between the adjacent demoulders, so that the demoulder and the inner template can cover the inner wall surface of the building and are inside the inner wall of the building. Shrinking and unfolding; a sliding frame is disposed between the main platform of the wellbore and the demoulding device and the inner template, and the sliding frame is used to prevent the main platform of the wellbore from affecting the shrinking and unfolding operation of the demolding tool and the inner template; The top platform of the wellbore is arranged above the inner template, and the sliding platform is arranged between the top platform of the wellbore and the demoulding device and the inner template. The sliding platform can prevent the top platform of the wellbore from affecting the demoulder and the inner template. Shrinking and unfolding operation, and let the top platform of the wellbore slide on the sliding bracket to facilitate the construction. According to the climbing mold device for building construction according to the first or second patent application scope, the frame body, the upper frame body and the first construction frame of the outer climbing mold are provided with a plurality of layers, and ladders and guardrails are arranged between the layers. To allow construction workers to move on the outer climbing form and ensure construction safety. The climbing mold device for building construction according to the first or second aspect of the patent application, wherein the guiding bracket is provided with a first sliding slot, and a first hanging rod is disposed in the first sliding slot, the first sliding slot and the first sliding slot A hanging rod is arranged with the hook of the guiding rail, and forms a one-way moving structure, so that the guiding rail can cooperate with the first sliding slot of the guiding bracket and the first hanging rod to move upward, and when the guiding rail moves downward, the utility model utilizes The hook of the guide rail hooks the first hanging rod of the guiding bracket to prevent the rail from moving downward. The climbing mold device for building construction according to the fourth aspect of the patent application, wherein the guiding bracket is provided with a first auxiliary supporting structure for cooperating the guiding rail with the first auxiliary supporting structure and the guiding bracket to make the movement of the guiding rail more For stability. According to the climbing mold device for building construction according to the first or second aspect of the patent application, the foregoing lower frame body is provided with a multi-array pulley wall support, which is used for supporting the outer wall surface of the building to make the outer climbing mold It is more stable and less swaying when moving, improving the safety of the outer climbing mold. A climbing mold apparatus for building construction according to claim 1 or 2, wherein the power element is a spreader. The climbing mold device for building construction according to the first or second aspect of the patent application, wherein the power component is a hydraulic cylinder or a pneumatic cylinder, and the lower end of the hydraulic cylinder or the pneumatic cylinder is fixed on the outer wall of the building. And a push rod is arranged on the push rod of the hydraulic cylinder or the pneumatic cylinder, the push seat is provided with a second chute, and a second hanging rod is disposed in the second chute, the second chute and the second hanging rod are The utility model is provided with the hook of the guide rail, and forms a one-way moving structure, so that the push seat cooperates with the hook of the guide rail, pushes the guide rail upward, and retracts when the push rod of the hydraulic cylinder or the pneumatic cylinder is retracted inward. The hook of the guide rail hooks the guide hanger to prevent the guide rail from moving downward, and moves the push seat downward to the next hook, so that the pusher pushes the hook upwards one by one. According to the climbing mold device for building construction according to Item 8 of the patent application, wherein the pusher seat is provided with a second auxiliary support structure, and the second auxiliary support structure is used to cooperate with the push seat to jointly clamp the guide rail, so that the movement of the guide rail is more stable. . The climbing mold device for building construction according to claim 1 or 2, wherein the outer template is a steel template to improve the stability and durability of the template, and to avoid damage of the outer template during use. Problems such as construction failure or difficulty in replacing the maintenance template. According to the climbing mold device for building construction according to item 2 of the patent application scope, a lifting platform is arranged below the main platform of the wellbore, and the hanging platform and the main platform of the wellbore are connected by a plurality of hanging rods, so that the construction personnel can obtain the main body of the wellbore Construction work is carried out under the platform. According to the climbing mold device for building construction according to item 2 of the patent application scope, the inner template is a steel formwork to improve the stability and durability of the formwork, and to avoid the construction of the inner formwork due to damage of the inner formwork during use.瑕疵 or it is not easy to replace the maintenance template. According to the climbing mold device for building construction according to the second aspect of the patent application, the demoulding device is provided with a side wall plate on both sides, and a triangular upper wall plate is arranged above the demoulding device, and the upper wall plate is provided with a wall plate. Lifting the rod, and arranging a threaded rod above the upper wall plate and the upper end of the lifting rod, the threaded rod is in contact with the upper wall plate, and the lifting rod and the threaded rod are provided with corresponding long slots, so that a cleavage pin can pass through the long slot of the lifting rod and the threaded rod, and a screw switch is arranged on the outer side of the threaded rod; the end of the two side wall plates is provided with a sliding slot plate, and a hinge is pivoted on the lifting rod The pivoting mechanism of the center of the hinge plate is pivotally disposed on the lifting rod, and the pivoting ends of the hinge plate are respectively pivoted in the sliding slots at the two ends of the sliding plate, and are respectively pivotally coupled to the demoulding device. The side molds of the side; the side molds of the adjacent mold removers are respectively connected to the inner mold, so that the inner molds can be interlocked with the mold remover. According to the climbing mold device for building construction according to item 2 of the patent application scope, the second construction frame is arranged above the top platform of the wellbore, so that the construction personnel can conveniently tie the steel bars.