TW201910607A - Composite building template assembly apparatus with easy assembly function effectively simplifying a construction process during assembly and shortening working hours - Google Patents

Abstract

A composite building template assembly apparatus with an easy assembly function mainly includes two main building templates and two connecting rods. Each main building template includes a main template body extending in a first direction, and two main reinforcing ribs. The main template body has a main grouting surface and a main assembling surface opposite to the main grouting surface. The main reinforcing ribs are disposed on two sides of the main assembly surface to be opposite to each other in a direction perpendicular to the first direction. Each main reinforcing rib has a main through hole extending in the first direction. The main building templates abut on each other in the first direction, and the main grouting surfaces are substantially coplanar, and the main through holes of one main building template respectively correspond to the main through holes of the other main building template. The connecting rods are inserted through the main through holes for connecting the main building templates. By means of the main through holes and the connecting rods, this invention may effectively simplify a construction process during assembly and shortens working hours.

Description

Composite building formwork assembly device with simple assembly function

The invention relates to a building formwork assembly device, in particular to a composite building formwork assembly device with simple assembly function.

Nowadays, the wooden formwork used in the construction of the wall is formed by splicing a plurality of wooden strips, so that there are many gaps on the surface of the plate body, which causes the wall surface after demolding to be uneven, so that the wall surface needs to be further In the process of cement painting, in addition, the wood formwork needs to be drilled separately on the adjacent wooden formwork when joining and assembling, and then the adjacent wooden formwork is connected by wire or nail, and in a plurality of stitching The outer side of the wooden formwork is fixed by a wooden frame or a steel frame, which makes the construction procedure trivial, and it takes a long working time to complete the assembly of the building formwork.

Accordingly, it is an object of the present invention to provide a composite building formwork assembly having an easy assembly function that overcomes the shortcomings of the prior art.

Therefore, the composite building formwork assembly device with simple assembly function comprises two building templates and two connecting rods.

Each main building template includes a main body extending in a first direction, and two main reinforcing ribs extending along the first direction, the main body having two opposite directions along a first direction perpendicular to the first direction and respectively a main side surface extending along the first direction, a main grouting surface for filling the cement and connecting the main sides on both sides, and a main assembly opposite to the main grouting surface and connecting the main sides on both sides The main reinforcing ribs are disposed on the main assembly surface and adjacent to the main sides, and each of the main reinforcing ribs has a main through hole extending in the first direction, wherein the main body template of the main building template The first direction abuts the main body of another main building formwork, wherein the main grouting surface of one main building formwork is substantially flush with the main grouting face of another main building formwork, wherein the main building formwork The main through holes respectively correspond to the main through holes of the other main building formwork.

The connecting rods are used to connect the main building templates, each connecting rod includes a first end and a second end opposite to the first end, wherein the first ends of the connecting rods are respectively disposed therein The main through holes of a main building form, the second ends of the connecting rods are respectively passed through the main through holes of the other main building formwork.

The effect of the invention is that by means of the main through holes of each main building formwork and the connecting rods, the constructor can easily assemble the main building formwork in the first direction, and when there are multiple main buildings When the template needs to be assembled in the first direction, the working hours can be effectively saved.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 1, a first embodiment of a composite building formwork assembly device with a simple assembly function of the present invention comprises two main building templates 1, two connecting rods 3, a pair of building templates 2, and a connecting unit 4.

Referring to FIG. 1 , FIG. 2 and FIG. 3 , the main building templates 1 abut each other along a first direction D1 , and each main building template 1 includes a main body 11 extending along the first direction D1 , and two along the first A main reinforcing rib 12 extending in a direction D1 and an intermediate main reinforcing rib 13 extending in the first direction D1.

The main body 11 has two main sides 111 which are oppositely disposed along a second direction D2 perpendicular to the first direction D1 and extend along the first direction D1, respectively, for filling cement and connecting the main sides on both sides a main grouting surface 112 of the 111, and a main assembly surface 113 opposite to the main grouting surface 112 and connected to the main side surfaces 111, the main reinforcing ribs 12 are disposed on the main assembly surface 113 and adjacent to the main assembly surface 113 Each of the main reinforcing ribs 12 has an outer main sidewall 121 disposed on the main assembly surface 113 and adjacent to the main side surface 111, and an outer main sidewall 121 is disposed on the main assembly surface 113. The inner main side wall 122, the main connecting wall 123 connecting the outer main side wall 121 and the inner main side wall 122 respectively, a main connecting wall 123, the outer main side wall 121, the inner main side wall 122 and the main The assembly surface 113 cooperates with the defined main through hole 124, and the main fixing member 125 is disposed in the main through hole 124 and spaced apart from the first direction D1 to the main assembly surface 113. The outer main side wall 121 has Five outer rows arranged along the first direction D1 and respectively penetrating in the second direction D2 a side hole 126 having five inner main side holes 127 arranged along the first direction D1 and respectively penetrating in the second direction D2, the inner main side holes 127 respectively corresponding to the outer main side a hole 126, the intermediate main reinforcing rib 13 is disposed on the main assembly surface 113 and located between the main reinforcing ribs 12, and the intermediate main reinforcing rib 13 has two oppositely disposed in the middle of the main assembly surface 113 along the second direction D2. The main sidewall 131, an intermediate main connecting wall 132 connecting the two intermediate main sidewalls 131 on one side, and an intermediate main connecting wall 132, the intermediate main sidewall 131, and the main assembly surface 113 are respectively defined by the intermediate side wall 132 The main through holes 133, and the intermediate main fixing members 134 are disposed in the main intermediate through holes 133 and spaced apart from each other in the first direction D1, and each intermediate main side wall 131 has five along the first An intermediate main side hole 135 which is arranged in a direction D1 and which respectively penetrates in the second direction D2, and the intermediate main side holes 135 of one of the intermediate main side walls 131 of the intermediate main reinforcing rib 13 respectively correspond to the other middle main side wall The intermediate main side holes 135 of 131.

The upper main body 11 of the main building form 1 abuts the main body 11 of the main building form 1 in the first direction D1, and the main grouting surface 112 of the main building form 1 above and below The main grouting surface 112 of the building formwork 1 is substantially coplanar. The main through holes 124 of the main building form 1 above correspond to the main through holes 124 of the main building form 1 below.

The connecting rods 3 are used to connect the main building blocks 1 , each connecting rod 3 includes a first end 31 and a second end 32 opposite to the first end 31 , the same of the connecting rods 3 One end 31 is respectively disposed through the main through holes 124 of the main building form 1 below, and respectively abuts against two fixing members 125 of the building template 1 in the lower building template 1 below. The second ends 32 of the connecting rods 3 are respectively disposed through the main through holes 124 of the building form 1 above. It should be noted that the main building blocks 1 may not be provided with the main fixing members 125. .

Referring to FIG. 1 , FIG. 4 and FIG. 5 , the sub-building form 2 abuts the lower main building form 1 along the second direction D2 , and the sub-building form 2 includes a sub-plate body extending along the first direction D1 . 21. A secondary reinforcing rib 22 extending in the first direction D1 and an intermediate secondary reinforcing rib 23 extending in the first direction D1.

The sub-board body 21 has two sub-side surfaces 211 which are oppositely disposed along the second direction D2 and extend along the first direction D1, and a sub-grouting surface 212 respectively connected to the sub-side surfaces 211 on one side, and a reverse The sub-grouting surface 212 is connected to the sub-assembly surface 213 of the sub-side surface 211, and the sub-reinforcing ribs 22 are disposed on the sub-assembly surface 213 and adjacent to the sub-side surfaces 211, and each sub-reinforcing rib 22 has An outer sub-side wall 221 disposed on the sub-assembly surface 213 adjacent to the sub-side surface 211, and an inner sub-side wall 222 spaced apart from the sub-assembly side surface 221 and connected to the inner sub-side wall 222 of the sub-assembly surface The auxiliary side wall 221 and the sub-connection wall 223 of the inner sub-side wall 222, and the auxiliary through-hole 224 defined by the outer sub-side wall 221, the inner sub-side wall 222, the sub-connection wall 223 and the sub-assembly surface 213 And second sub-mounts 225 disposed in the sub-through holes 224 and spaced apart from the sub-assembly surface 213 along the first direction D1, the outer sub-side walls 221 having five intervals arranged along the first direction D1 and respectively An outer sub-side hole 226 penetrating in the second direction D2, the inner sub-side wall 222 having five The inner sub-side holes 227 are arranged along the first direction D1 and respectively respectively penetrated in the second direction D2 and respectively correspond to the outer sub-side holes 226, and the intermediate sub-reinforcing ribs 23 are disposed on the sub-assembly surface 213 And between the sub-reinforcing ribs 22, each of the intermediate sub-reinforcing ribs 23 has two intermediate sub-side walls 231 disposed opposite to the sub-assembly surface 213 in the second direction D2, and one side of the intermediate sub-side walls 231 is connected to each other. The intermediate sub-connecting wall 232, the intermediate sub-connecting wall 232, the intermediate sub-side walls 231, and the sub-assembly surface 213 are cooperatively defined by the intermediate sub-opening holes 233, and the second intermediate connecting holes 233 are located in the intermediate sub-intersecting holes 233. And disposed in the first direction D1 at the intermediate sub-mount 234 of the sub-assembly surface 213, each of the intermediate sub-side walls 231 having five intervals along the first direction D1 and respectively penetrating in the second direction D2 The intermediate sub-side holes 235, the intermediate sub-side holes 235 of one of the intermediate sub-side walls 231 of the intermediate sub-reinforcing ribs 23 respectively correspond to the intermediate sub-side holes 235 of the other intermediate sub-side wall 231.

The sub-plate body 21 abuts the lower main plate body 11 of the main building form 1 along the second direction D2, and the sub-grouting surface 212 is substantially flush with the main grouting surface 112 of the main building form 1 below. The sub-reinforcing rib 22 on the left side abuts against one of the main reinforcing ribs 12 of the main building formwork 1 below. The outer secondary side holes 226 of the pair of secondary reinforcing ribs 22 on the left correspond to the outer main side holes 126 of the main reinforcing ribs 12 that are abutted.

Referring to FIG. 4 , FIG. 5 and FIG. 6 , the connecting unit 4 includes a connecting fastening member 42 disposed on the outer side of the main reinforcing rib 12 and the auxiliary reinforcing rib 22 , and a connecting fastener 42 . And a fixing member set 41 of the main reinforcing rib 12 and the auxiliary reinforcing rib 22, a fixing rod 43 disposed on the connecting fastening member 42, and a fixing rod 43 and the connecting fastening member 42 And a fixing member 44 for connecting the fixing rod 43 and the connecting fastener 42.

The connecting member 42 has a first side plate 421 and a second side plate 421 ′ disposed opposite to each other in the second direction D2 , and a connecting plate 422 respectively connecting the first side plate 421 and the second side plate 421 ′ on both sides. a first reinforcing plate 423 connected to the first side plate 421 and extending toward the second side plate 421 ′, a second reinforcing plate 423 ′ connected to the second side plate 421 ′ and extending toward the first side plate 421 , and a bearing plate 424 connecting the connecting plate 422, the first side plate 421 has three first perforations 425 arranged along the first direction D1 and penetrating in the second direction D2, the second side plate having three edges The first direction D1 is spaced apart and the second through hole 425 ′ extends through the second direction D2 , and the first through holes 425 respectively correspond to the second through hole 425 ′, the connecting plate 422 has an inner surface 426 , and a Contrary to the outer surface 427 of the inner surface 426, the bearing plate 424 is coupled to the outer surface 427 and extends away from the inner surface 426 and has a through hole 428.

The first side plate 421 is adjacent to the main reinforcing rib 12 and the inner main side wall 122 of the main reinforcing rib 12 of the auxiliary reinforcing rib 12, and the first reinforcing plate 423 abuts against the inner main side wall 122. The second side plate 421 ′ is adjacent to the main reinforcing rib 12 and the inner auxiliary side wall 222 of the auxiliary reinforcing rib 22 , and the second reinforcing plate 423 ′ is abutted The inner side wall 222 has a first main through hole 425 corresponding to the middle of the inner main side wall 122, and the second inner side hole 425' corresponds to the adjacent inner side wall 222. In the middle of the inner side hole 227, the inner surface 426 of the connecting plate 422 is adjacent to the main reinforcing rib 12 and the auxiliary reinforcing rib 22 which abut each other.

The fixing member set 41 is used for connecting and fixing the connecting fastener 42 , the lower main building template 1 and the sub-building template 2 , and the fixing member group 41 passes through the middle first through hole 425 and the corresponding inner main body a side hole 127, a corresponding outer main side hole 126, a corresponding outer side side hole 226, a corresponding inner side side hole 227, and the second second through hole 425'. In the embodiment, the fixing member set 41 is a bolt and a nut that is screwed to the end of the bolt.

The fixing rod 43 is disposed on the bearing plate 424 and is used to abut the main building formwork 1 and the sub-building formwork 2 that abut each other.

The fixing member 44 is disposed through the fixing hole 43 and the through hole 428 of the connecting fastener 42 and is used for connecting the fixing rod 43 and the connecting fastener 42.

It should be noted that in other embodiments, the connecting fastener 42 , the fixing rod 43 and the fixing member 44 may not be installed, and only the main body of the fixing member group 41 is connected and fixed to each other. Building formwork 1 and the sub-building formwork 2

The materials of the main building formwork 1 and the sub-piece formwork 2 are selected from the group consisting of plastic, carbon fiber composite materials and glass fiber composite materials, and are integrally formed, so that compared with the traditional wood formwork, The main building formwork 1 and the sub-piece formwork 2 of the first embodiment are light in weight and can be repeatedly recycled, which is environmentally friendly. In addition, the main grouting surface 112 and the sub-grouting surface 212 can be made a complete The plane is such that the finished wall surface is smooth without being painted, and the lengths of the main building formwork 1 and the sub-building formwork 2 along the first direction D1 can be manufactured according to requirements.

Referring to FIG. 1, when the main building templates 1 are assembled together in the first direction D1, the constructor respectively passes the first ends 31 of the connecting rods 3 to the main building form 1 below. In the main through holes 124, at this time, the second ends 32 of the connecting rods 3 are exposed to the outside of the main building formwork 1 below, and then the other main building form 1 is along the first direction D1. Abutting the main building form 1 below, and the second ends 32 of the connecting rods 3 are respectively disposed in the main through holes 124 of the other main building form 1, at this time, the main The building formwork 1 completes the connection of the first direction D1, and the main grouting faces 112 are substantially flush with each other, so that the manner of installing the building formwork along the first direction D1 becomes very simple. When there are a plurality of main building templates 1 to be assembled along the first direction D1, a lot of man-hours can be shortened.

Referring to FIG. 1 and FIG. 4, when the main building form 1 located below and the sub-building form 2 are assembled along the second direction D2, the constructor first follows the second building form 2 along the second direction D2. Abutting the main building formwork 1 and making the main grouting surface 112 of the main building formwork 1 substantially flush with the sub-grouting surface 212, and the left sub-reinforcing rib 22 abutting the main building below The main reinforcing ribs 12 on the right side of the template 1 and the outer side holes 226 of the auxiliary reinforcing ribs 22 respectively correspond to the outer main side holes 126 of the main reinforcing ribs 12, and then the connecting fasteners are 42 is placed on the outer side of the main reinforcing rib 12 and the auxiliary reinforcing rib 22, and the first side plate 421 is located outside the inner main side wall 122 of the main reinforcing rib 12, and the second side plate 421' is located The outer side of the inner side wall 222 of the sub-reinforcing rib 22, the middle first side hole 425 corresponding to the inner main side hole 127 in the middle of the inner main side wall 122, and the second second hole 425' in the middle corresponding to the inner side wall The inner secondary side hole 227 in the middle of the 222, the first reinforcing plate 423 abuts against the inner main side wall 122 and is used to strengthen the first a side plate 421, the second reinforcing plate 423' abuts against the inner side wall 122 and is used to strengthen the second side plate 421', and then the bolt of the fixing member group 41 passes through the first hole in the second direction D2. 425, corresponding inner main side hole 127, corresponding outer main side hole 126, corresponding outer side side hole 226, corresponding inner side side hole 227, and the second through hole 425', and then fixed The nut of the set 41 is screwed to the end of the bolt, and the main building formwork 1 and the sub-building formwork 2 can be assembled together in the second direction D2, so that the main building is installed along the second direction D2. The template 1 and the sub-building template 2 are also very simple. At this time, the fixing rod 43 is placed on the bearing plate 424, and the length of the fixing rod 43 is parallel to the second direction D2, and then The fixing member 44 is disposed on the fixing rod 43 and passes through the through hole 428, so that the fixing rod 43 can be fixed to the bearing plate 424. At this time, the fixing rod 43 is brought into abutment with each other. The connection direction of the main building formwork 1 and the sub-building formwork 2 is maintained in the second direction D2, and when there are a plurality of main building forms 1 and When the building form 2 is assembled together in the second direction D2, the fixing rod 43 can be connected to a plurality of connecting fasteners 42 of the main building form 1 and the sub-building form 2, thereby ensuring The main building formwork 1 and the sub-building formwork 2 are aligned with each other along the second direction D2.

It should be noted that the two sub-building templates 2 can also be installed together in the first direction D1 by the two connecting rods 3, and installed in the same manner as the above-mentioned main building form 1 in the first direction D1. The way it is set. In addition, depending on actual construction requirements, a plurality of main building formwork 1 and a plurality of sub-building formwork 2 may be installed together by the above-described assembly method in the first direction D1 and in the second direction D2 assembly mode.

It is worth mentioning that the sub-building formwork 2 can be replaced by a wooden formwork, and is connected to one of the main building formwork 1 by the connecting unit 4, the wooden formwork comprising a wooden board body and two wooden reinforcing ribs, the wooden board The body has a wood grouting surface, and a wood assembling surface opposite to the wood grouting surface, the wood reinforcing ribs are oppositely disposed on opposite sides of the wood assembling surface along the second direction, the wooden board along the second The direction D2 abuts against the main body 11 of the main building formwork 1 to be abutted, wherein a wooden reinforcing rib abuts against one of the main reinforcing ribs 12 of the main building formwork 1, the wood grouting surface substantially opposite to the main building The main grouting surface 112 of the template 1 is in the same plane, and then the connecting fastener 42 is disposed on the outer side of the main reinforcing rib 12 and the wooden reinforcing rib abutting each other, and the bolt of the fixing member group 41 is along the first The two directions D2 pass through the connecting fastener 42 and the main reinforcing rib 12 and the wooden reinforcing rib abutting each other, and then the nut of the connecting fastener 42 is screwed to the end of the bolt, and the wooden board can be The second direction is connected to the main building formwork 1 to which it is attached. Since the wood template has the characteristics of being cut at the site, the sub-building template 2 of the embodiment is replaced with the wooden template, and the wooden template can be cut according to the wall size to be constructed, so that the embodiment is When the site is used on site, it has an adjustable space in size, so it can increase the flexibility of construction.

Through the above description, the advantages of the composite building formwork assembly device with simple assembly function of the present invention can be summarized as follows:

1. By means of the main through holes 124 of each main building formwork 1 and the connecting rods 3, the constructor can easily assemble the main building formwork 1 along the first direction D1 by each main The inner main side holes 127 of the reinforcing ribs 12 and the outer main side holes 126, the inner main side holes 127 of each of the sub reinforcing ribs 22, the outer main side holes 126, the connecting fasteners 42, and The fixture group 41 can be easily installed by the constructor in the second direction D2 on one of the main building templates 1. When a plurality of main building templates 1 and sub-building templates 2 need to be assembled, It can effectively shorten the working hours.

2. By the connecting fastener 42 and the fixing rod 43, it is ensured that the sub-building formwork 2 and the main building formwork 1 connected to the sub-building formwork 2 are aligned in the second direction D2, especially when there is When the main building formwork 1 and the sub-building formwork 2 are assembled together in the second direction D2, a plurality of connecting fasteners 42 and fixing bars 43 installed in the main building formwork 1 and the sub-building formwork 2 are provided. The uniformity of the main building formwork 1 and the sub-building formwork 2 along the second direction D2 can be easily ensured.

3. The materials of the main building formwork 1 and the sub-building formwork 2 are selected from the group consisting of plastic, carbon fiber composite materials and glass fiber composite materials, and are integrally formed, so the main building formwork 1 And the sub-work formwork 2 is light in weight and can be repeatedly recycled, is more environmentally friendly, and makes the main grouting surface 112 and the sub-grouting surface 212 a complete plane, so that the wall surface after demolding is smooth, without The process of painting is required.

4. Since the sub-building formwork 2 can be replaced with the wooden formwork, and the wooden formwork can be cut on the site according to the wall size to be constructed, the composite building formwork assembly device with simple assembly function of the invention is in size. With adjustable space, it can increase the flexibility of construction.

5. Since the main building formwork 1 and the sub-building formwork 2 are not required to be nailed, perforated and tied with wires during the assembly process, the reuse of the main building formwork 1 and the sub-building formwork 2 can be increased. rate.

Referring to FIG. 7 and FIG. 8, a second embodiment of the present invention is similar to the first embodiment, and the difference is that the composite building formwork assembly device with simple assembly function does not include the sub-building template 22 and The connecting unit 4 (see FIG. 1), and the composite building formwork assembly device with simple assembly function further comprises two opposite building templates 5, a fixing frame group 6, a pair of fixing frame groups 6', and eight teeth 71. Eight spacers 72, eight opposite spacers 72', eight third direction fixing members 73, and eight opposite third direction fixing members 73'.

The opposite building templates 5 abut each other along the first direction D1, and each of the facing building templates 5 includes a pair of plate bodies 51 having a pair of grouting faces 511, and a The opposing building blocks 1 of the opposing grouting faces 511 are respectively spaced apart from the opposing building formwork 5 in a third direction D3, the main grouting faces 112 of the main building formwork 1 Opposite the opposing grouting faces 511, respectively, and cooperate to define a filling space 8 for cement filling.

The set of retainers 6 abuts against the primary reinforcing ribs 12 of the primary building formwork 1.

The opposing holder group 6' abuts against the side of the opposite building form 5 opposite to the filling space 8.

The rods 7 pass through the holder group 6, the corresponding main building formwork 1 and the opposite building formwork 5, and the opposing frame group 6' in the third direction D3.

The spacers 72 abut against the side of the holder set 6 opposite to the main building form 1 and are respectively passed through the rods 71.

The opposing spacers 72' abut against the side of the holder set 6 opposite to the opposing building form 5 and are respectively passed through the rods 71.

The third fixing members 73 are respectively a plurality of nuts 73, and the nuts 73 are respectively screwed to the rods 71 and respectively abut against the spacers 72.

The opposing third fixing members 73 are respectively a plurality of opposing nuts 73', and the opposing nuts 73' are respectively screwed to the teeth 71 and respectively abut against the opposing spacers 72.

It should be noted that the second embodiment may not include the spacers 72 and the opposing spacers 72 ′, and the nuts 73 directly abut against the fixing brackets 6 , the opposite nuts 73' directly abuts the pair of fixed frame sets 6'.

When assembled, the assembler connects the main building formwork 1 that abuts each other with the opposite building formwork 5 that are abutting each other in the third direction D3, and then the fixing frame set 6 is abutted thereto. The main reinforcing ribs 12 of the main building formwork 1 and the pair of fixing frame sets 6' are abutted on the side of the opposite building form 5 opposite to the filling space 8, and the teeth 71 are Along the third direction D3, the fixing frame group 6, the corresponding main building formwork 1 and the opposite building formwork 5, and the opposite fixing frame group 6', and finally the spacers 72 respectively Provided on the rods 71 and abut against the holder group 6, the opposite spacers 72' are respectively disposed on the rods 71 and abut against the pair of holder groups 6', and the The nut 73 is screwed to the rods 71 and respectively abuts the spacers 72, and the opposing nuts 73' are respectively screwed to the rods 71 and respectively abut the pairs The spacers 72' are thus assembled and fixed to the main building formwork 1 and the opposing building formwork 5.

When the cement is poured into the filling space 8, the nuts 73 and the opposing nuts 73' can fix the main building formwork 1 and the opposite building formwork 5, so that the main building formwork 1 and The opposite building templates 5 are not pushed away from each other by the cement, and the fixing frame group 6 and the opposing fixing frame group 6' respectively distribute the pressure to the main building templates 1 and the pairs. To the building formwork 5, the main building formwork 1 and the opposing building formwork 5 are not deformed by a certain concentration of pressure.

In addition, according to the construction requirements, if the sub-building formwork 2 (refer to FIG. 1) or the additional main building formwork 1 is to be added, and the corresponding opposite formwork 5 is set at the same time, the tooth bar 71 and the nut 73 can be added by adding The number of the opposing nuts 73', and the additional sub-building formwork 2 or the main building formwork 1 and the corresponding opposite building formwork 5 are disposed together according to the above manner, and thus the second embodiment is also The same effects as the first embodiment can be achieved.

In summary, the composite building formwork assembly device with simple assembly function of the invention has the advantages of simple assembly, saving man-hours, and smoothing the wall surface after construction, and also has the advantages of flexible size, improved re-use rate, and The advantages of effectively fixing the cement can indeed achieve the object of the present invention.

However, the above is only the embodiment of the present invention, and the scope of the invention is not limited thereto, and all the equivalent equivalent changes and modifications according to the scope of the patent application and the patent specification of the present invention are still The scope of the invention is covered.

1‧‧‧ main building formwork

11‧‧‧Main body

111‧‧‧Main side

112‧‧‧Main grouting surface

113‧‧‧Main assembly surface

12‧‧‧Main reinforcing ribs

121‧‧‧External main sidewall

122‧‧‧ inner main side wall

123‧‧‧Main connecting wall

124‧‧‧Main through hole

125‧‧‧Main fixtures

126‧‧‧External main hole

Main side hole in 127‧‧

13‧‧‧Intermediate main reinforcement ribs

131‧‧‧Intermediate main side wall

132‧‧‧Intermediate main connecting wall

133‧‧‧Intermediate main hole

134‧‧‧Intermediate main fixture

135‧‧‧Intermediate main side hole

2‧‧‧Sub-building template

21‧‧‧Subplate

211‧‧‧ Deputy side

212‧‧‧Sub-grouting surface

213‧‧‧Subassembly surface

22‧‧‧Sub reinforcement ribs

221‧‧‧External side wall

222‧‧‧inside side wall

223‧‧‧Sub-connecting wall

224‧‧‧Top hole

225‧‧‧Sub-fixing parts

226‧‧‧External side hole

227‧‧‧side side hole

23‧‧‧Intermediate secondary reinforcement ribs

231‧‧‧ intermediate side wall

232‧‧‧Intermediate secondary connecting wall

233‧‧‧Intermediate through hole

234‧‧‧Intermediate secondary fasteners

235‧‧‧ middle side hole

3‧‧‧ Connecting rod

31‧‧‧ first end

32‧‧‧second end

4‧‧‧ Connection unit

41‧‧‧Fixed parts group

42‧‧‧Connecting fasteners

421‧‧‧First side panel

421’‧‧‧Second side panel

422‧‧‧Connecting board

423‧‧‧First reinforcing plate

423'‧‧‧Second reinforcing plate

424‧‧‧ 承板

425‧‧‧First perforation

425’‧‧‧second perforation

426‧‧‧ inner surface

427‧‧‧ outer surface

428‧‧‧through holes

43‧‧‧Fixed rod

44‧‧‧Fixed parts

5‧‧‧ opposite building template

6‧‧‧Fixed set

6’‧‧‧ opposite fixed frame group

71‧‧‧ teeth

72‧‧‧shims

72’‧‧‧ facing gasket

73‧‧‧Three-direction fixings (nuts)

73'‧‧‧ opposite third direction fixing (opposite nut)

8‧‧‧Implement space

D1‧‧‧ first direction

D2‧‧‧ second direction

D3‧‧‧ third direction

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: Figure 1 is a perspective view of a first embodiment of a composite building formwork assembly device of the present invention having a simple assembly function; Figure 2 is a top plan view of one of the main building templates of the first embodiment; Figure 3 is an incomplete cross-sectional view taken along line III-III of Figure 2; Figure 4 is a first embodiment of the first embodiment A main building formwork and a pair of building formwork in which two directions abut each other, and an incomplete exploded view of a connecting unit; FIG. 5 is a perspective view of the sub-building formwork of the first embodiment; FIG. Figure 7 is a perspective view of a second embodiment of the composite building formwork assembly device of the present invention having a simple assembly function; and Figure 8 is a second embodiment of the present invention; A schematic cross-sectional view.

Claims (10)

A composite building formwork assembly device with simple assembly function, comprising: two main building templates, each main building template comprises a main body body extending along a first direction, and two main reinforcing ribs extending along the first direction, The main body has two main sides which are oppositely disposed in a second direction perpendicular to the first direction and respectively extend along the first direction, a main grouting surface for filling the cement and connecting the main sides on both sides, And a main assembly surface opposite to the main grouting surface and connected to the main sides, the main reinforcing ribs are disposed on the main assembly surface and adjacent to the main sides, each main reinforcing rib has an edge a main through hole extending in the first direction, wherein the main body of the main building form is abutted in the first direction to the main body of the main main formwork, wherein the main grouting surface of one main building formwork is another The main grouting surface of the main building formwork is substantially the same plane, wherein the main through holes of one main building formwork respectively correspond to the main through holes of the other main building formwork; and two connecting rods are used to connect the main building blocks template Each of the connecting rods includes a first end and a second end opposite to the first end, and the first ends of the connecting rods respectively pass through the main through holes of one of the main building templates. The second ends of the connecting rods are respectively passed through the main through holes of the other main building formwork. The composite building formwork assembly device with the simple assembly function according to claim 1, wherein each main reinforcing rib of each main building template further has a main assembly face corresponding to the main assembly face and adjacent to the main An outer main side wall of the side, an inner main side wall spaced apart from the outer main side wall and disposed on the corresponding main assembly surface, and one side respectively connecting the outer main side wall and the inner main side wall and the outer main side wall and the inner side The main side wall and the corresponding main assembly surface cooperate to define respective main connecting walls of the main through hole, the outer main side wall having at least one outer main side hole penetrating in the second direction, the inner main side wall having at least one edge The inner main side hole penetrating through the second main direction and corresponding to the outer main side hole; the composite building formwork assembly device with simple assembly function further comprises a pair of the main building formwork adjacent to the main building form in the second direction a building formwork, the sub-building form includes a sub-plate body extending along the first direction, and two sub-reinforcing ribs extending along the first direction, the sub-board body having two oppositely disposed along the second direction and respectively along the first One party An auxiliary auxiliary side surface, an auxiliary side grouting surface respectively connecting the auxiliary side surfaces, and a sub-assembly surface opposite to the auxiliary grouting surface and connecting the auxiliary side surfaces respectively, wherein the auxiliary reinforcing ribs are disposed on the auxiliary side Assembling the faces and respectively adjacent to the side faces, the auxiliary plate body abuts in the second direction to the main body of the main building formwork, the auxiliary grouting surface is substantially opposite to the main building The main grouting surface of the template is in the same plane, wherein a pair of reinforcing ribs abuts against one of the main reinforcing ribs of the main building formwork; and a connecting unit includes a pair of reinforcing ribs that are disposed to abut each other And a fixing member group of the main reinforcing rib, the fixing member group is used for connecting and fixing the sub-building template and the main building template abutting the sub-building template. The composite building formwork assembly device of claim 2, wherein the connecting unit further comprises a connecting fastener disposed on the sub-building formwork and the main building formwork abutting the sub-building formwork; And a fixing rod disposed on the connecting fastener; the connecting fastener is disposed on the outer side of the auxiliary reinforcing rib and the main reinforcing rib abutting each other, the connecting fastener has a first oppositely disposed in the second direction a side plate and a second side plate, a connecting plate connecting the first side plate and the second side plate respectively, and a bearing plate connecting the connecting plate, the first side plate adjacent to the inner reinforcing rib a main sidewall having at least one first through hole extending in the second direction, the second side plate adjacent to the auxiliary reinforcing rib, and having at least one second through hole extending in the second direction, the first through hole corresponding phase The inner main side hole of the main reinforcing rib and the outer main side hole, and the second through hole, the connecting plate has an inner surface adjacent to the main reinforcing rib and the auxiliary reinforcing rib, and a reverse The outer surface of the inner surface, the bearing plate Connecting to the outer surface and extending away from the inner surface; the fixing member group passes through the first through hole, the inner main side hole of the main reinforcing rib adjacent to the first side plate, and the outer main side hole, The secondary reinforcing rib, and the second through hole; the fixing rod is disposed on the bearing plate and is used to align the secondary building formwork and the main building formwork abutting the auxiliary building formwork. The composite building formwork assembly device of claim 3, wherein the bearing plate has a through hole, the connecting unit further comprising a through hole and the through hole. To connect the fixing rod and the fixing member of the connecting fastener. The composite building formwork assembly device with a simple assembly function according to claim 4, wherein the connecting fastener further has a first reinforcing plate connected to the first side plate, and a first connecting to the second side plate a second reinforcing plate extending toward the second side plate and abutting against the inner main side wall of the adjacent main reinforcing rib, the second reinforcing plate extending toward the first side plate and abutting Adjacent to the secondary reinforcing rib. The composite building formwork assembly device of claim 5, wherein each of the auxiliary reinforcing ribs has an outer sub-side wall disposed on the sub-assembly surface and adjacent to the sub-side, and an interval The outer sub-side wall is disposed on the inner sub-side wall of the sub-assembly surface, the sub-connection wall respectively connected to the outer sub-side wall and the inner sub-side wall, and the outer sub-side wall, the inner sub-side wall, and the sub-side wall The connecting wall and the sub-assembly surface cooperate to define an auxiliary through-hole having at least one outer secondary side hole penetrating in the second direction, the inner secondary side wall having at least one penetrating in the second direction and The auxiliary auxiliary side rib corresponding to the outer auxiliary side hole and the outer auxiliary side rib of the auxiliary reinforcing rib of the main reinforcing rib correspond to the outer main side hole of the main reinforcing rib The second side hole of the connecting fastener corresponds to the main reinforcing rib abutting each other and the inner side hole of the auxiliary reinforcing rib of the auxiliary reinforcing rib; the fixing member group passes through the first through hole and adjacent The inner main side hole of the main reinforcing rib of the first side plate and the outer main side , The secondary side of the sub-aperture of the outer reinforcing rib adjacent to the second side and the secondary side of the inner hole and the second through hole. The composite building formwork assembly device with the simple assembly function according to claim 6, wherein the fixing member set is a bolt and a nut screwed to the end of the bolt. The composite building formwork assembly device with the simple assembly function as claimed in claim 1 is applied to the two-way building formwork, each of the opposite building templates includes a pair of plate bodies, and the opposite plate body has a a counter-grouting surface, and a facing assembly surface opposite to the opposite grouting surface, wherein the main building formwork is respectively spaced apart from the opposite building form in a third direction, the main building formwork And the main grouting surface is opposite to the opposite grouting surfaces, and cooperates to define a filling space for cement filling, the building formwork assembly device further comprising a plurality of correspondingly disposed in the third direction The main building formwork and the bar of the opposite building formwork, and the plurality of third direction fixing members respectively connected to the tooth bars, the third direction fixing members are used for fixing the main building formwork. The composite building formwork assembly device with simple assembly function according to claim 8, further comprising a fixing frame group of the main reinforcing ribs against the main building templates, the rods passing through the fixing frame And the corresponding main building formwork and the opposite building formwork, wherein the third direction fixing members are respectively a plurality of nuts, and the nuts are respectively screwed to the teeth bars and are fixed against the fixing The set of frames is opposite to one side of the main building formwork. The composite building formwork assembly device with simple assembly function according to 3, 4, 5, 6 or 7, wherein the main building formwork and the material of the sub-building formwork are selected from plastic, carbon fiber composite materials and glass. A group of fiber composites that are formed in one piece.