CN204112710U - A kind of carrying template - Google Patents
A kind of carrying template Download PDFInfo
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- CN204112710U CN204112710U CN201420555113.3U CN201420555113U CN204112710U CN 204112710 U CN204112710 U CN 204112710U CN 201420555113 U CN201420555113 U CN 201420555113U CN 204112710 U CN204112710 U CN 204112710U
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- carrying
- projection
- base body
- groove
- connection edge
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Abstract
The utility model relates to a kind of carrying template, comprise stencil body, there is the face of building, the lateral surface be oppositely arranged with the described face of building, and the connection edge of building described in taking shape between face and described lateral surface, be provided with beam type carrying base body at the described lateral surface of described stencil body, and described carrying base body extends to another relative with this splicing edge from one of them splicing edge of described stencil body splices edge.The part of described stencil body is provided with reinforcement preset structure along the length bearing of trend of described carrying base body.Carrying template of the present utility model makes template have supporting capacity, building the die cavity needing bearing capacity, during die cavity as carrier bar, without the need to additionally re-using supporting mechanism, can not only realize having enough to meet the need use fast, raising cycle service efficiency, cost-saving, and because of without the need to arranging braced structures, structure is more succinct, decrease the utilization in place, space, realize the pre-arch of beam, improve the intensity of beam and template itself further.
Description
Technical field
The utility model relates to building field, relates in particular to the carrying template with supporting capacity.
Background technology
Cast-in-place concrete structure construction needs the outer shape according to the concrete structure of designing requirement, assembles corresponding temporary pattern structure.This temporary pattern structure is spliced by certain connecting method by multiple construction formwork often.And in prior art, the bearing strength of construction formwork only considers template itself to the carried requirement of building material pressure, and for assemble the integrated carrying requirement of strength of temporary pattern structure formed and do not consider.During current temporary pattern Standard, it is only be spliced to form a temporary pattern structure by being interconnected of each template edge tongue and groove syndeton that construction formwork connects.The bearing strength of such temporary pattern structure is not high.At the construction field (site) for ensureing the bearing strength of temporary pattern structure, usually need to arrange the supporting and protection structure outside many templates at the scene.Such result often causes job site pillar to stand in great numbers, for further and relevant construction operation is made troubles.
At the back side of template, several reinforcing ribs are simply set to improve the bearing strength of template although have in prior art.But the raising of the intensity of construction formwork that what it was considered is also only own, it is on constructed temporary pattern structure without any impact, and temporary pattern structural bearing intensity still needs other supporting and protection structure outside master plate, and the steel pipe frame as built temporarily ensures.
In order to improve efficiency of construction, reducing the various supporting and protection structure of job site is the important relevant issues of current industry one of considering.
Utility model content
For this reason, technical problem to be solved in the utility model be can not to lean in prior art the bearing strength of construction formwork self support constructed by the problem of temporary pattern structure, and then provide a kind of can as the carrying template of the braced structures of temporary pattern structure.
For solving the problems of the technologies described above, one carrying template of the present utility model, comprises
Stencil body, has the face of building, the lateral surface be oppositely arranged with the described face of building, and builds the connection edge between face and described lateral surface described in taking shape in,
Be provided with beam type carrying base body at the described lateral surface of described stencil body, and described carrying base body extends to another relative with this splicing edge from one of them splicing edge of described stencil body splices edge.
In carrying template of the present utility model, described carrying base body is box-structure.
In carrying template of the present utility model, the part away from described stencil body of described carrying base body is provided with reinforcement preset structure along the length bearing of trend of described carrying base body.
In carrying template of the present utility model, described reinforcement preset structure comprises the some through holes be molded on described carrying base body.
In carrying template of the present utility model, in described reinforcement preset structure, be provided with prestressing force strengthen structure.
In carrying template of the present utility model, it is reinforced concrete structure that described prestressing force strengthens structure.
In carrying template of the present utility model, described forming through holes is flower pattern hole, and the petal place in described flower pattern hole forms cast passage.
In carrying template of the present utility model, described syndeton is open recess, and the cross section of described open recess is that notch place width is narrow, the shape that bottom land place width is wide.
In carrying template of the present utility model, described cross section is in " " convex " type of falling.
In carrying template of the present utility model, the end, one end away from described stencil body of described carrying base body is also provided with syndeton, described syndeton also comprise with described open recess with the use of strengthening groove, be provided with nut in described strengthening groove.
In carrying template of the present utility model, described through hole is divided into the both sides of described open recess.
In carrying template of the present utility model, the one end that prestressing force strengthens structure that is not provided with of described carrying base body is set to hollow along the length bearing of trend of described carrying base body.
In carrying template of the present utility model, the both ends of described carrying base body length bearing of trend are provided with base body syndeton.
In carrying template of the present utility model, described base body syndeton comprises the first syndeton be at least arranged on described stencil body, and is at least arranged on the second syndeton separated by a distance with described first syndeton on carrying base body.
In carrying template of the present utility model, at least described first syndeton, comprises
Embedded structure, described embedded structure is suitable for by with described to be connected the face of building described in one of described template of edge and two mutual splits be that the movement of the embedding moving direction of an angle to embed with adjacent forms and coordinates, described embedded structure is parallel to described connection edge and extends, and the relative connection edge limiting described connection edge and adjacent forms on the moving direction perpendicular to described connection edge along and described embedding moving direction be an angle direction is separated; And
At least one is towards the lock face contrary with embedding moving direction; Movement between the lock face that each described lock face is corresponding in adjacent forms on described embedding moving direction is not interfered mutually, and between the lock face that described lock face is corresponding in adjacent forms, forms a slot extended along described connection edge after two adjacent forms coordinate; Each described slot is suitable for locking key and inserts two adjacent templates to be locked on described embedding moving direction.
In carrying template of the present utility model, described embedded structure comprise near described in build face and the groove extended along corresponding connection edge and/or projection, and near described lateral surface and the projection extended along corresponding connection edge and/or groove, described groove be suitable for the projection corresponding with in adjacent forms with described projection and groove fit chimeric, and the projection that both build face described in being parallel to does not overlap, the projected direction going deep into direction and described projection of described groove is parallel to described embedding moving direction, the opening direction of described groove is identical with the projected direction of described projection, described lock face is arranged between described groove and described projection.
In carrying template of the present utility model, described lock face is arranged on shaping between described groove with described projection one and is connected on protuberance that edge extends along described, described protuberance is from along described connection edge bearing of trend, and the protuberance corresponding in adjacent forms is fitted together on the direction of movement overlapped at described groove and described projection; Described protuberance comprises several several mould double wedge compositions along the alternate setting of described connection edge bearing of trend, described in each, form mould dead slot between mould double wedge; Mould double wedge described in each perpendicular to described groove and described projection embed the plane projection of moving direction relative with the mould dead slot of the protuberance in adjacent forms, the shape of described slot is suitable for keeping described locking key to slide along described connection edge bearing of trend, and limits its motion in the other direction; The lock part that described locking key coordinates with lock face described in adjacent forms forms the key projection and key dead slot that coordinate with mould double wedge described in adjacent forms and described mould dead slot; At unlock state, embedding the plane projection of moving direction perpendicular to described groove and described projection, described key is protruding and described key dead slot has and the mould double wedge in adjacent forms and mould dead slot complementary.
In carrying template of the present utility model, described second syndeton comprises
Embedded structure, described embedded structure is suitable for by with described to be connected the face of building described in one of described template of edge and two mutual splits be that the movement of the embedding moving direction of an angle to embed with adjacent forms and coordinates, described embedded structure is parallel to described connection edge and extends, and the relative connection edge limiting described connection edge and adjacent forms on the moving direction perpendicular to described connection edge along and described embedding moving direction be an angle direction is separated; And
At least one is towards the lock face contrary with embedding moving direction; Movement between the lock face that each described lock face is corresponding in adjacent forms on described embedding moving direction is not interfered mutually, and between the lock face that described lock face is corresponding in adjacent forms, forms a slot extended along described connection edge after two adjacent forms coordinate; Each described slot is suitable for locking key and inserts two adjacent templates to be locked on described embedding moving direction.
In carrying template of the present utility model, described embedded structure comprise near described in build face and the groove extended along corresponding connection edge and/or projection, and near described lateral surface and the projection extended along corresponding connection edge and/or groove, described groove be suitable for the projection corresponding with in adjacent forms with described projection and groove fit chimeric, and the projection that both build face described in being parallel to does not overlap, the projected direction going deep into direction and described projection of described groove is parallel to described embedding moving direction, the opening direction of described groove is identical with the projected direction of described projection, described lock face is arranged between described groove and described projection.
In carrying template of the present utility model, described lock face is arranged on shaping between described groove with described projection one and is connected on protuberance that edge extends along described, described protuberance is from along described connection edge bearing of trend, and the protuberance corresponding in adjacent forms is fitted together on the direction of movement overlapped at described groove and described projection; Described protuberance comprises several several mould double wedge compositions along the alternate setting of described connection edge bearing of trend, described in each, form mould dead slot between mould double wedge; Mould double wedge described in each perpendicular to described groove and described projection embed the plane projection of moving direction relative with the mould dead slot of the protuberance in adjacent forms, the shape of described slot is suitable for keeping described locking key to slide along described connection edge bearing of trend, and limits its motion in the other direction; The lock part that described locking key coordinates with lock face described in adjacent forms forms the key projection and key dead slot that coordinate with mould double wedge described in adjacent forms and described mould dead slot; At unlock state, embedding the plane projection of moving direction perpendicular to described groove and described projection, described key is protruding and described key dead slot has and the mould double wedge in adjacent forms and mould dead slot complementary.
In carrying template of the present utility model, described second syndeton comprises at least one first latch recess be molded on the connection edge docked with the carrying base body of adjacent forms of described carrying base body, the cross section of described first latch recess is that notch place width is narrow, the shape that bottom land place width is wide, and described lock face is surrounded by described first latch recess on the described carrying base body of two docking, the shape of cross section of described locking key is consistent with the shape of cross section that two described first latch recess surround, and the insertion end of described locking key is set to wedge shape.
In carrying template of the present utility model, described second syndeton comprise be molded over described carrying base body the connection edge docked with adjacent described carrying base body at least one second latch recess and/or the second lock tab, the cross section of described second latch recess is that notch place width is narrow, the shape that bottom land place width is wide, described second latch recess is suitable for second locking projections corresponding with in adjacent forms with described locking projections and the second latch recess coordinates chimeric.
In carrying template of the present utility model, between described second latch recess and described second lock tab inserting described second latch recess, also squeeze into wedge lock block.
At the utility model, the two ends perpendicular to described carrying base body length bearing of trend of described stencil body are also provided with the spelling joint structure of splicing with adjacent forms body, and described spelling joint structure is identical with the structure of described first syndeton.
Technique scheme of the present utility model has the following advantages compared to existing technology:
1, in the utility model, there is carrying base body by one-body molded at stencil body back, make template have supporting capacity, then when building the die cavity needing bearing capacity, during die cavity as carrier bar, without the need to additionally re-using supporting mechanism, can not only realize having enough to meet the need use fast, improving cycle service efficiency, cost-saving, and because of without the need to arranging braced structures, structure is more succinct, decreases the utilization in place, space.
2, in the utility model, the part away from described stencil body of described carrying base body is provided with reinforcement preset structure along the length bearing of trend of described carrying base body, can realize the pre-arch of beam, improving the intensity of beam and template itself further when building girder construction.
3, in the utility model, the end, one end away from stencil body of carrying base body is also provided with syndeton, by the setting of this syndeton, can also connect other structures, as post under carrying base body.
4, in the utility model, the both ends of carrying base body length bearing of trend are provided with base body syndeton.Described base body syndeton comprises the first syndeton be at least arranged on described stencil body, and is at least arranged on the second syndeton separated by a distance with described first syndeton on carrying base body.Be convenient to the extended length being made carrying template of the present utility model by the splicing of adjacent carrying template like this.
Accompanying drawing explanation
In order to make content of the present utility model be more likely to be clearly understood, below according to specific embodiment of the utility model also by reference to the accompanying drawings, the utility model is described in further detail, wherein
Fig. 1 is the front view of carrying template of the present utility model;
Fig. 2 makes another front view after changing for open recess and strengthening groove on the basis of Fig. 1;
Fig. 3, Fig. 4 are respectively the carrying template of the base body syndeton with the first form of structure and the lateral view of adjacent carrying template, and the front view carrying template and adjacent carrying template in Fig. 3 and Fig. 4 is Fig. 1 or Fig. 2;
Fig. 5 is the lateral view that carrying template 180 degree of levels of Fig. 3, Fig. 4 are spliced into;
Fig. 6 is two adjacent carrying templates, the 90 degree of lateral views be vertically spliced into of the base body syndeton had in Fig. 3, Fig. 4;
Fig. 7, Fig. 8 are respectively the carrying template of the base body syndeton with the second form of structure and the lateral view of adjacent carrying template, and the front view carrying template and adjacent carrying template in Fig. 7 and Fig. 8 is Fig. 1 or Fig. 2;
Fig. 9 is two carrying templates, the 90 degree of lateral views be vertically spliced into of the base body syndeton had in Fig. 7, Fig. 8;
Figure 10 is the lateral view that carrying template 180 degree of levels of Fig. 7, Fig. 8 are spliced into;
Figure 11 is the stereogram of Fig. 7;
Figure 12 is the stereogram of Fig. 8;
Figure 13 is the explosive view of Fig. 9;
Figure 14,15 is carrying template lateral views of being spliced into vertical with adjacent carrying template 90 degree of the base body syndeton with the third form of structure, and the lateral view of this carrying template and adjacent carrying template is Fig. 1 or Fig. 2;
Figure 16 is the lateral view that carrying template 90 degree of levels of Figure 14 and 15 are spliced into;
Figure 17 is the lateral view that the carrying template of the base body syndeton with the third form of structure and adjacent carrying template 180 degree of levels are spliced into, and the lateral view of this carrying template and adjacent carrying template is Fig. 1 or Fig. 2
Figure 18 is the shape and structure of spelling joint structure another front view different from Fig. 1;
Figure 19 is the sectional view after the spelling joint structures to form with form of structure in Figure 18;
Figure 20 is the exploded view (not drawing locking key drives structure in figure) of Figure 19.
Spelling joint structure is related in note: Fig. 7 to Figure 17, but the concrete lines of the projection of spelling joint structure on Fig. 7-Figure 17, do not draw in figure, can with reference to figure 3 to Fig. 6.
In figure, Reference numeral is expressed as:
1-stencil body, 2-carrying base body, 3-through hole, 4-prestressing force reinforcement structure, 5-open recess, 6-strengthening groove, 7-build face, 8-locking key, 9-groove, 10-projection, 11-protuberance, 12-mould double wedge, 13-mould dead slot, 14-key projection, 15-key dead slot, 16-first latch recess, 17-second latch recess, 18-second lock tab, 19-wedge lock block, 20-sealing ring, A-first syndeton, B-second syndeton, C-spelling joint structure.
Detailed description of the invention
Embodiment 1
As shown in figures 1 to 6, the one carrying template of the present embodiment, comprises
Stencil body 1, has the face of building 7, with the described lateral surface of building face 7 and being oppositely arranged, and builds the connection edge between face 7 and described lateral surface described in taking shape in,
Be provided with beam type carrying base body 2 at the described lateral surface of described stencil body 1, and described carrying base body 2 extends to another relative with this splicing edge from one of them splicing edge of described stencil body 1 splices edge.In the present embodiment, described carrying base body 2 is box-structure.
Such scheme is core scheme of the present utility model, there is carrying base body 2 by one-body molded at stencil body 1 back, making template have supporting capacity, when building the die cavity needing bearing capacity, during die cavity as carrier bar, without the need to additionally re-using supporting mechanism, can not only realize having enough to meet the need use fast, improving cycle service efficiency, cost-saving, and because of without the need to arranging braced structures, structure is more succinct, decreases the utilization in place, space.
In order to realize the pre-arch of beam when building girder construction, improve the intensity of beam and template itself further, the part away from described stencil body 1 of described carrying base body 2 is provided with reinforcement preset structure along the length bearing of trend of described carrying base body 2.Described reinforcement preset structure comprises the some through holes 3 be molded on described carrying base body 2.In described reinforcement preset structure, be provided with prestressing force strengthen structure 4.It is reinforced concrete structure that described prestressing force strengthens structure 4.Reinforcing bar is prestrain prestressing force before concreting.Prestressing force loading structure comprises the inner sleeve being fixedly connected on described steel wire one end, and the outer tube be set on described inner sleeve, for being threaded between the outer wall of wherein said outer tube and the inwall of described through hole, for being threaded between the outer wall of described inner sleeve and the inwall of described outer tube, and the pitch that two places are threaded arranges difference, described outer tube be provided with towards the one end outside described through hole be applicable to being combined with instrument rotate described outer tube tighten interface.
Concretely after being provided with prestressing force loading structure for the ease of through hole 3 build, described through hole 3 is shaped to flower pattern hole, and the petal place in described flower pattern hole forms cast passage.
The end, one end away from described stencil body 1 of described carrying base body 2 is also provided with syndeton, and described syndeton is open recess 5, and the cross section of described open recess 5 is that notch place width is narrow, the shape that bottom land place width is wide.By the setting of this syndeton, other structures can also be connected, as post 2 times at carrying base body.In falling, " " convex " type, as shown in Figure 2, certainly, also can be arranged to the form in Fig. 1 to preferred described cross section, or other form.
Described syndeton also comprise with described open recess 5 with the use of strengthening groove 6, be provided with nut in described strengthening groove 6, strengthening groove 6 and nut be provided with the reinforcement helping junction.The shape and structure of strengthening groove 6 arranges and can see figures.1.and.2, and can certainly be other forms.
Described through hole 3 is divided into the both sides of described open recess 5.Number, the large I of described through hole 3 are arranged as required.
Under the prerequisite of guaranteed strength, in order to alleviate the weight of template and save and make the material of template, one end that prestressing force strengthens structure 4 of not being provided with of described carrying base body 2 is set to hollow along the length bearing of trend of described carrying base body 2.
As in Figure 3-5, the both ends of described carrying base body 2 length bearing of trend are provided with base body syndeton.Described base body syndeton comprises the first syndeton be at least arranged on described stencil body 1, and is at least arranged on the second syndeton B separated by a distance with described first syndeton on carrying base body 2.Be convenient to the extended length being made carrying template of the present utility model by the splicing of adjacent carrying template like this.
The two ends perpendicular to described carrying base body 2 length bearing of trend of described stencil body 1 are also provided with the spelling joint structure C spliced with adjacent forms body, and described spelling joint structure C is identical with the structure of described first syndeton A.Be convenient to like this splice with the template with a series of other types, improve the versatility of template.
In the present embodiment, described first syndeton, comprises
Embedded structure, described embedded structure is suitable for by coordinating embedding with adjacent forms with the described movement being connected the embedding moving direction of face of building described in one of described template of edge and two mutual splits 7 in an angle, described embedded structure is parallel to described connection edge and extends, and the relative connection edge limiting described connection edge and adjacent forms on the moving direction perpendicular to described connection edge along and described embedding moving direction be an angle direction is separated; And one towards with embed the contrary lock face of moving direction; Movement between the lock face that described lock face is corresponding in adjacent forms on described embedding moving direction is not interfered mutually, and between the lock face that described lock face is corresponding in adjacent forms, forms a slot extended along described connection edge after two adjacent forms coordinate; Described slot is suitable for a locking key 8 and inserts two adjacent templates to be locked on described embedding moving direction.In the present embodiment, described embedded structure comprise near described in build face 7 and a groove 9 extended along corresponding described connection edge and a projection 10, and near described lateral surface and a projection 10 extended along corresponding described connection edge and a groove 9, described groove 9 is suitable for the projection 10 corresponding with in adjacent forms with described protruding 10 and groove 9 coordinates chimeric, and the projection that both build face 7 described in being parallel to does not overlap, described groove 9 go deep into direction and the described projected direction of protruding 10 is parallel to described embedding moving direction, the opening direction of described groove 9 is identical with the described projected direction of protruding 10, described lock face is arranged between described groove 9 and described protruding 10.
Described lock face is arranged on shaping between described groove 9 with described protruding 10 one and is connected on protuberance 11 that edge extends along described, described protuberance 11 is from along described connection edge bearing of trend, and the protuberance 11 corresponding in adjacent forms is overlapped on the direction of described groove 9 and described protruding 10 chimeric movements; Described protuberance 11 comprises several several mould double wedges 12 along the alternate setting of described connection edge bearing of trend and forms, described in each, form mould dead slot 13 between mould double wedge 12; Mould double wedge 12 described in each perpendicular to described groove 9 and described protruding 10 embed the plane projections of moving direction relative with the mould dead slot 13 of the protuberance 11 in adjacent forms, the shape of described slot is suitable for keeping described locking key 8 to slide along described connection edge bearing of trend, and limits its motion in the other direction; The lock part that described locking key 8 coordinates with lock face described in adjacent forms forms the key protruding 14 and key dead slot 15 that coordinate with mould double wedge 12 described in adjacent forms and described mould dead slot 13; At unlock state, embedding the plane projection of moving direction perpendicular to described groove 9 and described protruding 10, described key protruding 14 and described key dead slot 15 have and the mould double wedge 12 in adjacent forms and mould dead slot 13 complementation.
Described second syndeton B comprises
Embedded structure, described embedded structure is suitable for by coordinating embedding with adjacent forms with the described movement being connected the embedding moving direction of face of building described in one of described template of edge and two mutual splits 7 in an angle, described embedded structure is parallel to described connection edge and extends, and the relative connection edge limiting described connection edge and adjacent forms on the moving direction perpendicular to described connection edge along and described embedding moving direction be an angle direction is separated; And one towards with embed the contrary lock face of moving direction; Movement between the lock face that each described lock face is corresponding in adjacent forms on described embedding moving direction is not interfered mutually, and between the lock face that described lock face is corresponding in adjacent forms, forms a slot extended along described connection edge after two adjacent forms coordinate; Described slot is suitable for a locking key 8 and inserts two adjacent templates to be locked on described embedding moving direction.Described embedded structure comprise near described in build face 7 and three grooves 9 extended along corresponding connection edge and three projections 10, and groove 9 and protruding 10 intervals are arranged, and near described lateral surface and the projection 10 extended along corresponding connection edge and/or groove 9, described groove 9 is suitable for the projection 10 corresponding with in adjacent forms with described protruding 10 and groove 9 coordinates chimeric, and the projection that both build face 7 described in being parallel to does not overlap, described groove 9 go deep into direction and the described projected direction of protruding 10 is parallel to described embedding moving direction, the opening direction of described groove 9 is identical with the described projected direction of protruding 10, described lock face is arranged between described groove 9 and described protruding 10.
Described lock face is arranged on shaping between described groove 9 with described protruding 10 one and is connected on protuberance 11 that edge extends along described, described protuberance 11 is from along described connection edge bearing of trend, and the protuberance 11 corresponding in adjacent forms is overlapped on the direction of described groove 9 and described protruding 10 chimeric movements; Described protuberance 11 comprises several several mould double wedges 12 along the alternate setting of described connection edge bearing of trend and forms, described in each, form mould dead slot 13 between mould double wedge 12; Mould double wedge 12 described in each perpendicular to described groove 9 and described protruding 10 embed the plane projections of moving direction relative with the mould dead slot 13 of the protuberance 11 in adjacent forms, the shape of described slot is suitable for keeping described locking key 8 to slide along described connection edge bearing of trend, and limits its motion in the other direction; The lock part that described locking key 8 coordinates with lock face described in adjacent forms forms the key protruding 14 and key dead slot 15 that coordinate with mould double wedge 12 described in adjacent forms and described mould dead slot 13; At unlock state, embedding the plane projection of moving direction perpendicular to described groove 9 and described protruding 10, described key protruding 14 and described key dead slot 15 have and the mould double wedge 12 in adjacent forms and mould dead slot 13 complementation.
Fig. 6 is the simple deformation of Fig. 5, by this kind of distortion, achieves and becomes the splicing of 90 ° Fig. 6 from 180 ° of splicings between the adjacent two carrying templates of Fig. 5, certainly, also can become the splicing of other number of degrees as required.
Embodiment 2
As illustrated in figures 7 to 13, the present embodiment 2 difference from Example 1 with the second syndeton B, in the present embodiment 2, described second syndeton B comprises three the first latch recess 16 be molded on the connection edge docked with the carrying base body 2 of adjacent forms of described carrying base body 2, the cross section of described first latch recess 16 is that notch place width is narrow, the shape that bottom land place width is wide, and described lock face is surrounded by described first latch recess 16 on the described carrying base body 2 of two docking, the shape of cross section of described locking key 8 is consistent with the shape of cross section that two described first latch recess 165 surround, and the insertion end of described locking key 8 is set to wedge shape, certainly, the number of described first latch recess 16 is not limited to three, can arrange as required.
Figure 10 is the simple deformation of Fig. 9, by this kind of distortion, achieves and becomes the splicing of 180 ° from 90 ° of splicings between the adjacent two carrying templates of Fig. 9, certainly, also can become the splicing of other number of degrees as required.
Embodiment 3
As illustrated in figures 14-16, in the present embodiment, described second syndeton B comprise be molded over described carrying base body 2 the connection edge docked with adjacent described carrying base body 2 on second latch recess 17 and second lock tab 18, the cross section of described second latch recess 17 is that notch place width is narrow, the shape that bottom land place width is wide, described second latch recess 17 and described second lock tab 18 are suitable for second lock tab 18 corresponding with in adjacent forms and the second latch recess 17 coordinates chimeric.Equally, the number of the second latch recess 17 and the number of the second lock tab 18 also can be arranged as required.In order to ensure to connect reliably, between described second latch recess 17 and described second lock tab 18 inserting described second latch recess 17, also squeeze into wedge lock block 19.
Figure 17 is the simple deformation of Figure 16, by this kind of distortion, achieves and becomes the splicing of 180 ° Figure 17 from 90 ° of splicings between the adjacent two carrying templates of Figure 16, certainly, also can become the splicing of other number of degrees as required.
The setting of above-mentioned three kinds of different base body structures, all can make to realize between adjacent carrying template seamless spliced.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain that the utility model creates.
Claims (24)
1. carry a template, comprise
Stencil body (1), has the face of building (7), with the described lateral surface of building face (7) and being oppositely arranged, and builds the connection edge between face (7) and described lateral surface described in taking shape in,
It is characterized in that: be provided with beam type carrying base body (2) at the described lateral surface of described stencil body (1), and described carrying base body (2) extends to another relative with this splicing edge from one of them splicing edge of described stencil body (1) splices edge.
2. carrying template according to claim 1, is characterized in that: described carrying base body (2) is box-structure.
3. carrying template according to claim 2, is characterized in that: the part away from described stencil body (1) of described carrying base body (2) is provided with reinforcement preset structure along the length bearing of trend of described carrying base body (2).
4. carrying template according to claim 3, is characterized in that: described reinforcement preset structure comprises the some through holes (3) be molded on described carrying base body (2).
5. carrying template according to claim 4, is characterized in that: in described reinforcement preset structure, be provided with prestressing force strengthen structure (4).
6. carrying template according to claim 5, is characterized in that: it is reinforced concrete structure that described prestressing force strengthens structure (4).
7. carrying template according to claim 6, is characterized in that: described through hole (3) is shaped to flower pattern hole, and the petal place in described flower pattern hole forms cast passage.
8. carrying template according to claim 7, it is characterized in that: the end, one end away from described stencil body (1) of described carrying base body (2) is also provided with syndeton, described syndeton is open recess (5), the cross section of described open recess (5) is that notch place width is narrow, the shape that bottom land place width is wide.
9. carrying template according to claim 8, is characterized in that: described cross section is in " " convex " type of falling.
10. carrying template according to claim 9, is characterized in that: described syndeton also comprise with described open recess (5) with the use of strengthening groove (6), described strengthening groove is provided with nut in (6).
11. carrying templates according to claim 10, is characterized in that: described through hole (3) is divided into the both sides of described open recess (5).
12. carrying templates according to claim 11, is characterized in that: the one end that prestressing force strengthens structure (4) that is not provided with of described carrying base body (2) is set to hollow along the length bearing of trend of described carrying base body (2).
13. carrying templates according to any one of claim 1-12, is characterized in that: the both ends of described carrying base body (2) length bearing of trend are provided with base body syndeton.
14. carrying templates according to claim 13, it is characterized in that: described base body syndeton comprises the first syndeton (A) be at least arranged on described stencil body (1), and be at least arranged on the second syndeton (B) that carrying base body (2) is upper and described first syndeton (A) is separated by a distance.
15. carrying templates according to claim 14, is characterized in that: at least described first syndeton (A), comprises
Embedded structure, described embedded structure is suitable for by being connected the movement of building the embedding moving direction of face (7) in an angle described in one of described template of edge and two mutual splits and embedding with adjacent forms with described and coordinate, described embedded structure is parallel to described connection edge and extends, and the relative connection edge limiting described connection edge and adjacent forms on the moving direction perpendicular to described connection edge along and described embedding moving direction be an angle direction is separated; And
At least one is towards the lock face contrary with embedding moving direction; Movement between the lock face that each described lock face is corresponding in adjacent forms on described embedding moving direction is not interfered mutually, and between the lock face that described lock face is corresponding in adjacent forms, forms a slot extended along described connection edge after two adjacent forms coordinate; Each described slot is suitable for locking key (8) and inserts two adjacent templates to be locked on described embedding moving direction.
16. carrying templates according to claim 15, it is characterized in that: described embedded structure comprise near described in build face (7) and the groove (9) extended along corresponding described connection edge and/or protruding (10), and near described lateral surface and the projection (10) extended along corresponding described connection edge and/or groove (9), described groove (9) and described projection (10) are suitable for the projection (10) corresponding with in adjacent forms and groove (9) coordinates chimeric, and the projection that both build face (7) described in being parallel to does not overlap, the projected direction going deep into direction and described projection (10) of described groove (9) is parallel to described embedding moving direction, the opening direction of described groove (9) is identical with the projected direction of described projection (10), described lock face is arranged between described groove (9) and described projection (10).
17. carrying templates according to claim 16, it is characterized in that: described lock face is arranged on shaping between described groove (9) with described projection (10) one and is connected on protuberance (11) that edge extends along described, described protuberance (11) is from along described connection edge bearing of trend, and the protuberance (11) corresponding in adjacent forms is overlapped on the direction of described groove (9) and the chimeric movement of described projection (10); Described protuberance (11) comprises several several mould double wedge (12) compositions along the alternate setting of described connection edge bearing of trend, described in each, form mould dead slot (13) between mould double wedge (12); Mould double wedge (12) described in each is to embed the plane projection of moving direction perpendicular to described groove (9) and described projection (10) relative with the mould dead slot (13) of the protuberance (11) in adjacent forms, the shape of described slot is suitable for keeping described locking key (8) to slide along described connection edge bearing of trend, and limits its motion in the other direction; The lock part that described locking key (8) coordinates with lock face described in adjacent forms forms the key projection (14) and key dead slot (15) that coordinate with mould double wedge (12) described in adjacent forms and described mould dead slot (13); At unlock state, embedding the plane projection of moving direction perpendicular to described groove (9) and described projection (10), described key projection (14) and described key dead slot (15) have and the mould double wedge (12) in adjacent forms and mould dead slot (13) complementation.
18. carrying templates according to claim 17, is characterized in that: described second syndeton (B) comprises
Embedded structure, described embedded structure is suitable for by being connected the movement of building the embedding moving direction of face (7) in an angle described in one of described template of edge and two mutual splits and embedding with adjacent forms with described and coordinate, described embedded structure is parallel to described connection edge and extends, and the relative connection edge limiting described connection edge and adjacent forms on the moving direction perpendicular to described connection edge along and described embedding moving direction be an angle direction is separated; And
At least one is towards the lock face contrary with embedding moving direction; Movement between the lock face that each described lock face is corresponding in adjacent forms on described embedding moving direction is not interfered mutually, and between the lock face that described lock face is corresponding in adjacent forms, forms a slot extended along described connection edge after two adjacent forms coordinate; Each described slot is suitable for locking key (8) and inserts two adjacent templates to be locked on described embedding moving direction.
19. carrying templates according to claim 18, it is characterized in that: described embedded structure comprise near described in build face (7) and the groove (9) extended along corresponding connection edge and/or protruding (10), and near described lateral surface and the projection (10) extended along corresponding connection edge and/or groove (9), described groove (9) and described projection (10) are suitable for the projection (10) corresponding with in adjacent forms and groove (9) coordinates chimeric, and the projection that both build face (7) described in being parallel to does not overlap, the projected direction going deep into direction and described projection (10) of described groove (9) is parallel to described embedding moving direction, the opening direction of described groove (9) is identical with the projected direction of described projection (10), described lock face is arranged between described groove (9) and described projection (10).
20. carrying templates according to claim 19, it is characterized in that: described lock face is arranged on shaping between described groove (9) with described projection (10) one and is connected on protuberance (11) that edge extends along described, described protuberance (11) is from along described connection edge bearing of trend, and the protuberance (11) corresponding in adjacent forms is overlapped on the direction of described groove (9) and the chimeric movement of described projection (10); Described protuberance (11) comprises several several mould double wedge (12) compositions along the alternate setting of described connection edge bearing of trend, described in each, form mould dead slot (13) between mould double wedge (12); Mould double wedge (12) described in each is to embed the plane projection of moving direction perpendicular to described groove (9) and described projection (10) relative with the mould dead slot (13) of the protuberance (11) in adjacent forms, the shape of described slot is suitable for keeping described locking key (8) to slide along described connection edge bearing of trend, and limits its motion in the other direction; The lock part that described locking key (8) coordinates with lock face described in adjacent forms forms the key projection (14) and key dead slot (15) that coordinate with mould double wedge (12) described in adjacent forms and described mould dead slot (13); At unlock state, embedding the plane projection of moving direction perpendicular to described groove (9) and described projection (10), described key projection (14) and described key dead slot (15) have and the mould double wedge (12) in adjacent forms and mould dead slot (13) complementation.
21. carrying templates according to claim 20, it is characterized in that: described second syndeton (B) comprises at least one first latch recess (16) be molded on the connection edge docked with the carrying base body (2) of adjacent forms of described carrying base body (2), the cross section of described first latch recess (16) is that notch place width is narrow, the shape that bottom land place width is wide, and described lock face is surrounded by described first latch recess (16) on the described carrying base body (2) of two docking, the shape of cross section of described locking key (8) is consistent with the shape of cross section that two described first latch recess (16) surround, and the insertion end of described locking key (8) is set to wedge shape.
22. carrying templates according to claim 21, it is characterized in that: described second syndeton (B) comprise be molded over described carrying base body (2) the connection edge docked with adjacent described carrying base body (2) at least one second latch recess (17) and/or the second lock tab (18), the cross section of described second latch recess (17) is that notch place width is narrow, the shape that bottom land place width is wide, described second latch recess (17) is suitable for second lock tab (18) corresponding with in adjacent forms with described second lock tab (18) and the second latch recess (17) coordinates chimeric.
23. carrying templates according to claim 22, is characterized in that: also squeezed into wedge lock block (19) between described second latch recess (17) and described second lock tab (18) of inserting described second latch recess (17).
24. carrying templates according to claim 23, it is characterized in that: the two ends perpendicular to described carrying base body (2) length bearing of trend of described stencil body (1) are also provided with the spelling joint structure (C) of splicing with adjacent forms body, and described spelling joint structure (C) is identical with the structure of described first syndeton (A).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420555113.3U CN204112710U (en) | 2014-09-25 | 2014-09-25 | A kind of carrying template |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420555113.3U CN204112710U (en) | 2014-09-25 | 2014-09-25 | A kind of carrying template |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204112710U true CN204112710U (en) | 2015-01-21 |
Family
ID=52330036
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420555113.3U Withdrawn - After Issue CN204112710U (en) | 2014-09-25 | 2014-09-25 | A kind of carrying template |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204112710U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105507574A (en) * | 2014-09-25 | 2016-04-20 | 能诚集团有限公司 | Bearing formwork |
-
2014
- 2014-09-25 CN CN201420555113.3U patent/CN204112710U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105507574A (en) * | 2014-09-25 | 2016-04-20 | 能诚集团有限公司 | Bearing formwork |
| CN105507574B (en) * | 2014-09-25 | 2019-03-19 | 能诚集团有限公司 | A kind of carrying template |
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