CN204418669U - A kind of three-dimensional adjustable combination rod-type inner support instrument - Google Patents
A kind of three-dimensional adjustable combination rod-type inner support instrument Download PDFInfo
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- CN204418669U CN204418669U CN201420856904.XU CN201420856904U CN204418669U CN 204418669 U CN204418669 U CN 204418669U CN 201420856904 U CN201420856904 U CN 201420856904U CN 204418669 U CN204418669 U CN 204418669U
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Abstract
The utility model discloses a kind of three-dimensional adjustable combination rod-type inner support instrument, comprise X to sleeve, Y-direction sleeve and Z-direction sleeve, X to the middle part of sleeve, the middle part of Y-direction sleeve and the middle part of Z-direction sleeve link together; X is all connected with X to nut buckle to sleeve two ends, and two X are all connected with X to leading screw on nut buckle, and two X are all connected with X to gripper shoe to the end, one end of leading screw; The two ends of Y-direction sleeve are all connected with Y-direction nut buckle, and two Y-direction nut buckles are all connected with Y-direction leading screw, and the end, one end of two Y-direction leading screws is all connected with Y-direction gripper shoe; The two ends of Z-direction sleeve are all connected with Z-direction nut buckle, and two Z-direction nut buckles are all connected with Z-direction leading screw, and the end, one end of two Z-direction leading screws is all connected with Z-direction gripper shoe.Installing/dismounting of the present utility model is easy to operate, and support degree can arbitrarily regulate, firmly not easy to wear, contributes to improving construction efficiency and quality after using, and greatly reduces integrated cost.
Description
Technical field
The utility model belongs to the technical field of construction of the pre-buried hole of structure, is specifically related to a kind of three-dimensional adjustable combination rod-type inner support instrument.
Background technology
National engineering method " architectural electricity secretly joins case (box) one-time-reach-place construction " is along with utilization popularization for many years, become a maturation, stable construction technology is in industry generally used, its core technology is that distributing box installation is carried out with wall steel bar colligation construction simultaneously, and build one-shot forming with walls concrete, thus reach " one-time-reach-place ", casing generation extruding modification is in various degree caused because the switchbox be secretly embedded in concrete wall can be subject to larger pressure after concreting, and it is various to do support traditional method in switchbox, still ununified technique way, control in work progress not in placely just easily to occur that casing modification causes mass defect.
For concealed distribution box one-time-reach-place construction technology, casing adopts traditional inner support construction technology to there is following defect:
Casing generation crimp is in various degree caused because the switchbox be secretly embedded in concrete wall can be subject to larger pressure after concreting, and it is multifarious especially to do the traditional method supported in switchbox, usually use the lumps of wood (the larger casing of size), pvc pipe (size is small box comparatively) etc. can there is following problem:
(1) consumption of materials is large.Be embodied in: arbitrarily select support member to use in a large number and easily cause support member to obscure, and the lower waste of material that makes of recycling rate of waterused is larger.
(2) energy consumption is large, and work efficiency is low, and integrated cost is high.Be embodied in: traditional handicraft is because of without unified supporting process, random large, and cause case supports reliability not good, cause hidden danger of quality, support member can not regulate length according to box sizes simultaneously, and supporting form is various, and the strong point is uneven.
(3) wall quality impact.Be embodied in: after box deformation, need secondary to repair, secondary can be carried out to wall body structure and drive engraving tool, affect wall quality.
Utility model content
Technical problem to be solved in the utility model is for above-mentioned deficiency of the prior art, provide a kind of three-dimensional adjustable combination rod-type inner support instrument, its installing/dismounting is easy to operate, support degree arbitrarily can regulate and be convenient to grasp, firmly not easy to wear, contributes to improving construction efficiency and quality after using, greatly reduce integrated cost, practical, result of use is good, is convenient to promote the use of.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of three-dimensional adjustable combination rod-type inner support instrument, it is characterized in that: comprise the X that arranges along X-direction to sleeve, the Y-direction sleeve arranged along Y direction and the Z-direction sleeve arranged along Z-direction, described X to the middle part of sleeve, the middle part of Y-direction sleeve and the middle part of Z-direction sleeve be fixed together; Described X is all fixedly connected with X to nut buckle to the two ends of sleeve, two described X are all threaded and insert X to the X in sleeve to leading screw on nut buckle, and two described X are exposed at X and are all fixedly connected with X to gripper shoe to the end, one end outside sleeve outside leading screw; The two ends of described Y-direction sleeve are all fixedly connected with Y-direction nut buckle, two described Y-direction nut buckles are all threaded the Y-direction leading screw inserted in Y-direction sleeve, and outside two described Y-direction leading screws, the end, one end be exposed at outside Y-direction sleeve is all fixedly connected with Y-direction gripper shoe; The two ends of described Z-direction sleeve are all fixedly connected with Z-direction nut buckle, two described Z-direction nut buckles are all threaded the Z-direction leading screw inserted in Z-direction sleeve, and outside two described Z-direction leading screws, the end, one end be exposed at outside Z-direction sleeve is all fixedly connected with Z-direction gripper shoe.
Above-mentioned a kind of three-dimensional adjustable combination rod-type inner support instrument, is characterized in that: described X is shaping to sleeve, Y-direction sleeve and Z-direction sleeve three in one.
Above-mentioned a kind of three-dimensional adjustable combination rod-type inner support instrument, is characterized in that: described X makes to sleeve, Y-direction sleeve and Z-direction sleeve by steel pipe.
Above-mentioned a kind of three-dimensional adjustable combination rod-type inner support instrument, is characterized in that: described X is trapezoidal screw to leading screw, Y-direction leading screw and Z-direction leading screw.
Above-mentioned a kind of three-dimensional adjustable combination rod-type inner support instrument, is characterized in that: described X makes to gripper shoe, Y-direction gripper shoe and Z-direction gripper shoe by steel plate.
Above-mentioned three-dimensional adjustable combination rod-type inner support instrument, is characterized in that: described X is provided with screwed hole in gripper shoe, Y-direction gripper shoe and Z-direction gripper shoe.
Above-mentioned a kind of three-dimensional adjustable combination rod-type inner support instrument, it is characterized in that: described X makes to sleeve, Y-direction sleeve and Z-direction sleeve by DN16 GB coating steel pipe, described X is 260mm to the length of sleeve, the length of described Y-direction sleeve is 100mm, and the length of described Z-direction sleeve is 140mm; Described X is to leading screw, Y-direction leading screw and Z-direction leading screw the trapezoidal screw that nominal diameter is 12mm, and described X is 130mm to the length of leading screw, and the length of described Y-direction leading screw is 50mm, and the length of described Z-direction leading screw is 70mm; Described X makes to gripper shoe, Y-direction gripper shoe and Z-direction gripper shoe by the steel plate that thickness is 5mm, and described X is 10mm to the screw length of nut buckle, Y-direction nut buckle and Z-direction nut buckle.
Above-mentioned a kind of three-dimensional adjustable combination rod-type inner support instrument, it is characterized in that: described X makes to sleeve, Y-direction sleeve and Z-direction sleeve by DN20 GB coating steel pipe, described X is 420mm to the length of sleeve, the length of described Y-direction sleeve is 100mm, and the length of described Z-direction sleeve is 270mm; Described X is to leading screw, Y-direction leading screw and Z-direction leading screw the trapezoidal screw that nominal diameter is 14mm, and described X is 210mm to the length of leading screw, and the length of described Y-direction leading screw is 50mm, and the length of described Z-direction leading screw is 135mm; Described X makes to gripper shoe, Y-direction gripper shoe and Z-direction gripper shoe by the steel plate that thickness is 5mm, and described X is 10mm to the screw length of nut buckle, Y-direction nut buckle and Z-direction nut buckle.
The utility model compared with prior art has the following advantages:
1, the utility model is steel component, stable and reliable for performance, in practice of construction is used, effectively can support the pre-buried hole of structure in building structure concealed distribution box body, the pre-buried hole of municipal structure, the pre-buried hole of bridge construction and hydraulic engineering, can effectively avoid the pre-buried hole of structure in building structure concealed distribution box body, the pre-buried hole of municipal structure, the pre-buried hole of bridge construction and hydraulic engineering stand ambient pressure and be out of shape.
2, the utility model eliminate waste of material that traditional handicraft adopts the lumps of wood, pvc pipe etc. arbitrarily to support way to exist, construction efficiency low, there is the defects such as certain hidden danger of quality, stop structure pre-buried hole pressurized modification in the building structure concealed distribution box body because support reason causes, the pre-buried hole of municipal structure, the pre-buried hole of bridge construction and hydraulic engineering, ensure that the quality that the one-time-reach-place of building structure concealed distribution box is constructed, have followed the theory of " low-carbon environment-friendly ", improve workmanship.
3, use of the present utility model, contributes to improving integral construction work efficiency, reduces the wastes such as unnecessary artificial, material, hydroelectric resources, greatly reduces integrated cost.
4, the utility model utilizes the component combinations such as sleeve, leading screw, gripper shoe, nut buckle to become, installing/dismounting is easy to operate, can according to building structure concealed distribution box body size or structure hole size, the nut buckle that utilization is connected with threads of lead screw carries out the telescopic adjustment on direction, three, top to bottom, left and right, front and rear, support degree arbitrarily can regulate and be convenient to grasp, firmly not easy to wear.
5, of the present utility model easy for installation, easy care, can reuse for a long time, can as standardization supporting mould.
6, of the present utility model practical, result of use is good, is convenient to promote the use of.
In sum, installing/dismounting of the present utility model is easy to operate, and support degree arbitrarily can regulate and be convenient to grasp, firmly not easy to wear, contribute to after using improving construction efficiency and quality, greatly reduce integrated cost, practical, result of use is good, is convenient to promote the use of.
Below by drawings and Examples, the technical solution of the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is the front view of a kind of three-dimensional of the utility model adjustable combination rod-type inner support instrument.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is the top view of Fig. 1.
Fig. 4 is the using state schematic diagram of a kind of three-dimensional of the utility model adjustable combination rod-type inner support instrument.
Description of reference numerals:
1-X is to sleeve; 2-Y-direction sleeve; 3-Z-direction sleeve;
4-X is to nut buckle; 5-X is to leading screw; 6-X is to gripper shoe;
7-Y-direction nut buckle; 8-Y-direction leading screw; 9-Y-direction gripper shoe;
10-Z-direction nut buckle; 11-Z-direction leading screw; 12-Z-direction gripper shoe;
13-upper chock; 14-lower chock; 15-left chock;
16-right chock; 17-rear chock; 18-concealed distribution box body;
19-pre-buried hole; 20-screwed hole; 21-bolt.
Detailed description of the invention
Embodiment 1
As shown in Figure 1, Figure 2 and Figure 3, a kind of three-dimensional of the present utility model adjustable combination rod-type inner support instrument, comprise the X that arranges along X-direction to sleeve 1, the Y-direction sleeve 2 arranged along Y direction and the Z-direction sleeve 3 arranged along Z-direction, described X to the middle part of sleeve 1, the middle part of Y-direction sleeve 2 and the middle part of Z-direction sleeve 3 be fixed together; Described X is all fixedly connected with X to nut buckle 4 to the two ends of sleeve 1, two described X are all threaded and insert X to the X in sleeve 1 to leading screw 5 on nut buckle 4, and two described X are exposed at X and are all fixedly connected with X to gripper shoe 6 to the end, one end outside sleeve 1 outside leading screw 5; The two ends of described Y-direction sleeve 2 are all fixedly connected with Y-direction nut buckle 7, outside Y-direction leading screw 8, two described Y-direction leading screws 8 in insertion Y-direction that two described Y-direction nut buckles 7 are all threaded sleeve 2, the end, one end be exposed at outside Y-direction sleeve 2 is all fixedly connected with Y-direction gripper shoe 9; The two ends of described Z-direction sleeve 3 are all fixedly connected with Z-direction nut buckle 10, outside Z-direction leading screw 11, two described Z-direction leading screws 11 in insertion Z-direction that two described Z-direction nut buckles 10 are all threaded sleeve 3, the end, one end be exposed at outside Z-direction sleeve 3 is all fixedly connected with Z-direction gripper shoe 12.
In the present embodiment, described X is shaping to sleeve 1, Y-direction sleeve 2 and Z-direction sleeve 3 three in one.Described X makes to sleeve 1, Y-direction sleeve 2 and Z-direction sleeve 3 by steel pipe.Described X is trapezoidal screw to leading screw 5, Y-direction leading screw 8 and Z-direction leading screw 11.Described X makes to gripper shoe 6, Y-direction gripper shoe 9 and Z-direction gripper shoe 12 by steel plate.Described X is provided with screwed hole 20 in gripper shoe 6, Y-direction gripper shoe 9 and Z-direction gripper shoe 12.
In the present embodiment, described X makes to sleeve 1, Y-direction sleeve 2 and Z-direction sleeve 3 by DN16 GB coating steel pipe, and described X is 260mm to the length of sleeve 1, and the length of described Y-direction sleeve 2 is 100mm, and the length of described Z-direction sleeve 3 is 140mm; Described X is to leading screw 5, Y-direction leading screw 8 and Z-direction leading screw 11 trapezoidal screw that nominal diameter is 12mm, and described X is 130mm to the length of leading screw 5, and the length of described Y-direction leading screw 8 is 50mm, and the length of described Z-direction leading screw 11 is 70mm; Described X makes to gripper shoe 6, Y-direction gripper shoe 9 and Z-direction gripper shoe 12 by the steel plate that thickness is 5mm, and described X is 10mm to the screw length of nut buckle 4, Y-direction nut buckle 7 and Z-direction nut buckle 10.Such size Selection can meet the support of 290mm ~ 490mm, in the Y-axis direction 130mm ~ 170mm in the X-axis direction and 170mm ~ 250mm scope in the Z-axis direction.
Embodiment 2
A kind of three-dimensional adjustable combination rod-type inner support instrument of the present embodiment is as different from Example 1: described X makes to sleeve 1, Y-direction sleeve 2 and Z-direction sleeve 3 by DN20 GB coating steel pipe, described X is 420mm to the length of sleeve 1, the length of described Y-direction sleeve 2 is 100mm, and the length of described Z-direction sleeve 3 is 270mm; Described X is to leading screw 5, Y-direction leading screw 8 and Z-direction leading screw 11 trapezoidal screw that nominal diameter is 14mm, and described X is 210mm to the length of leading screw 5, and the length of described Y-direction leading screw 8 is 50mm, and the length of described Z-direction leading screw 11 is 135mm; Described X makes to gripper shoe 6, Y-direction gripper shoe 9 and Z-direction gripper shoe 12 by the steel plate that thickness is 5mm, and described X is 10mm to the screw length of nut buckle 4, Y-direction nut buckle 7 and Z-direction nut buckle 10.All the other structures are all identical with embodiment 1.Such size Selection can meet the support of 450mm ~ 810mm, in the Y-axis direction 130mm ~ 170mm in the X-axis direction and 300mm ~ 510mm scope in the Z-axis direction.
The utility model is enough applied as the supporting mould of the pre-buried hole 19 of structure in the supporting mould of building structure concealed distribution box body 18, the supporting mould of the pre-buried hole of municipal structure 19, the supporting mould of the pre-buried hole of bridge construction 19 or hydraulic engineering, and work progress during use is:
The assembling of step one, a kind of three-dimensional adjustable combination rod-type inner support instrument: two X are threaded onto two X in nut buckle 4 respectively to one end of leading screw 5, one end of two Y-direction leading screws 8 is threaded onto respectively in two Y-direction nut buckles 7, and one end of two Z-direction leading screws 11 is threaded onto respectively in two Z-direction nut buckles 10; Wherein, two X are fixedly connected with two pieces of X to gripper shoe 6 respectively to the other end of leading screw 5, and two X are fixedly connected on the two ends of X to sleeve 1 respectively to nut buckle 4; The other end of two Y-direction leading screws 8 is fixedly connected with the two ends that two pieces of Y-direction gripper shoes, 9, two Y-direction nut buckles 7 are fixedly connected on Y-direction sleeve 2 respectively respectively; The other end of two Z-direction leading screws 11 is fixedly connected with the two ends that two pieces of Z-direction gripper shoes, 12, two Z-direction nut buckles 10 are fixedly connected on Z-direction sleeve 3 respectively respectively;
The placement of step 2, a kind of three-dimensional adjustable combination rod-type inner support instrument: a kind of three-dimensional adjustable combination rod-type inner support instrument assembled is placed in concealed distribution box body 18 or in pre-buried hole 19, and make two pieces of X to gripper shoe 6 respectively towards left side wall and the right side wall of concealed distribution box body 18 or pre-buried hole 19, two pieces of Y-direction gripper shoes 9 are respectively towards front side and the rear wall of concealed distribution box body 18 or pre-buried hole 19, and two pieces of Z-direction gripper shoes 12 are respectively towards roof and the diapire of concealed distribution box body 18 or pre-buried hole 19;
The adjustment of step 3, a kind of three-dimensional adjustable combination rod-type inner support instrument, detailed process is:
Step 301, first, between roof at concealed distribution box body 18 or pre-buried hole 19 and the Z-direction gripper shoe 12 towards it, chock 13 on a piece is installed, then, regulate connect this Z-direction gripper shoe 12 Z-direction leading screw 11 outside be exposed at length outside Z-direction sleeve 3, this Z-direction gripper shoe 12 is withstood on chock 13 and this Z-direction gripper shoe 12 is fixedly connected with upper chock 13; During concrete enforcement, the bolt 21 that this Z-direction gripper shoe 12 is threadedly attached in the screwed hole 20 be arranged in this Z-direction gripper shoe 12 is fixedly connected with upper chock 13, in addition, jig can also be fixedly connected with on upper chock 13, by jig, this Z-direction gripper shoe 12 be fixedly connected with upper chock 13;
Step 302, first, between diapire at concealed distribution box body 18 or pre-buried hole 19 and the Z-direction gripper shoe 12 towards it, one piece of lower chock 14 is installed, then, regulate connect this Z-direction gripper shoe 12 Z-direction leading screw 11 outside be exposed at length outside Z-direction sleeve 3, this Z-direction gripper shoe 12 is withstood on lower chock 14 and this Z-direction gripper shoe 12 is fixedly connected with lower chock 14; During concrete enforcement, the bolt 21 that this Z-direction gripper shoe 12 is threadedly attached in the screwed hole 20 be arranged in this Z-direction gripper shoe 12 is fixedly connected with lower chock 14, in addition, jig can also be fixedly connected with on lower chock 14, by jig, this Z-direction gripper shoe 12 be fixedly connected with lower chock 14;
Step 303, first, the left side wall of concealed distribution box body 18 or pre-buried hole 19 and towards its X to gripper shoe 6 between one piece of left chock 15 is installed, then, regulate and connect this X and outside leading screw 5, be exposed at X to the length outside sleeve 1 to the X of gripper shoe 6, make this X withstand on left chock 15 to gripper shoe 6 and be fixedly connected with left chock 15 to gripper shoe 6 by this X; During concrete enforcement, this X is threadedly attached to gripper shoe 6 and is arranged on this X and is fixedly connected with left chock 15 to the bolt 21 in the screwed hole 20 in gripper shoe 6, in addition, jig can also be fixedly connected with on left chock 15, by jig, this X be fixedly connected with left chock 15 to gripper shoe 6;
Step 304, first, the right side wall of concealed distribution box body 18 or pre-buried hole 19 and towards its X to gripper shoe 6 between one piece of right chock 16 is installed, then, regulate and connect this X and outside leading screw 5, be exposed at X to the length outside sleeve 1 to the X of gripper shoe 6, make this X withstand on right chock 16 to gripper shoe 6 and be fixedly connected with right chock 16 to gripper shoe 6 by this X; During concrete enforcement, this X is threadedly attached to gripper shoe 6 and is arranged on this X and is fixedly connected with right chock 16 to the bolt 21 in the screwed hole 20 in gripper shoe 6, in addition, jig can also be fixedly connected with on right chock 16, by jig, this X be fixedly connected with right chock 16 to gripper shoe 6;
Step 305, first, chock 17 after installing one piece between rear wall at concealed distribution box body 18 or pre-buried hole 19 and the Y-direction gripper shoe 9 towards it, then, regulate connect this Y-direction gripper shoe 9 Y-direction leading screw 8 outside be exposed at length outside Y-direction sleeve 2, this Y-direction gripper shoe 9 is withstood on rear chock 17 and this Y-direction gripper shoe 9 is fixedly connected with rear chock 17; During concrete enforcement, the bolt 21 that this Y-direction gripper shoe 9 is threadedly attached in the screwed hole 20 be arranged in this Y-direction gripper shoe 9 is fixedly connected with rear chock 17, in addition, jig can also be fixedly connected with on right chock 16, by jig, this Y-direction gripper shoe 9 be fixedly connected with rear chock 17;
Step 306, first, regulate the length be exposed at outside the Y-direction leading screw 8 that connects and be positioned at Y-direction gripper shoe 9 on front side of concealed distribution box body 18 or pre-buried hole 19 outside Y-direction sleeve 2, make the front surface of this Y-direction gripper shoe 9 mutually concordant with the front surface of concealed distribution box body 18 or pre-buried hole 19, then, in the installed in front template of concealed distribution box body 18 or pre-buried hole 19.
After having constructed, the using state schematic diagram of a kind of three-dimensional of the present utility model adjustable combination rod-type inner support instrument as shown in Figure 4.
During concrete enforcement, except the support scope of this three-dimensional of the telescopic adjustment adjustable combination rod-type inner support instrument by leading screw, by regulating the size of upper chock 13, lower chock 14, left chock 15, right chock 16 and rear chock 17, the support scope of this three-dimensional adjustable combination rod-type inner support instrument can also be regulated.
In addition, during concrete enforcement, can also by a kind of three-dimensional adjustable combination rod-type inner support instrument of specification in two embodiments 1 one on the other, the right or application that one in front and one in back combines of a first from left, can also by a kind of three-dimensional adjustable combination rod-type inner support instrument of specification in two embodiments 2 one on the other, the right or application that one in front and one in back combines of a first from left, this makes it possible to the support demand meeting the pre-buried hole 19 of structure in all building structure concealed distribution box bodies 18, the pre-buried hole of municipal structure 19, the pre-buried hole of bridge construction 19 and hydraulic engineering.
The above; it is only preferred embodiment of the present utility model; not the utility model is imposed any restrictions; every above embodiment is done according to the utility model technical spirit any simple modification, change and equivalent structure change, all still belong in the protection domain of technical solutions of the utility model.
Claims (8)
1. a three-dimensional adjustable combination rod-type inner support instrument, it is characterized in that: comprise the X that arranges along X-direction to sleeve (1), the Y-direction sleeve (2) arranged along Y direction and the Z-direction sleeve (3) arranged along Z-direction, described X to the middle part of sleeve (1), the middle part of Y-direction sleeve (2) and the middle part of Z-direction sleeve (3) be fixed together; Described X is all fixedly connected with X to nut buckle (4) to the two ends of sleeve (1), two described X are all threaded and insert X to the X in sleeve (1) to leading screw (5) on nut buckle (4), and two described X are exposed at X and are all fixedly connected with X to gripper shoe (6) to the outer end, one end of sleeve (1) outside leading screw (5); The two ends of described Y-direction sleeve (2) are all fixedly connected with Y-direction nut buckle (7), two described Y-direction nut buckles (7) are all threaded the Y-direction leading screw (8) inserted in Y-direction sleeve (2), be exposed at Y-direction sleeve (2) end, one end outward and be all fixedly connected with Y-direction gripper shoe (9) outside two described Y-direction leading screws (8); The two ends of described Z-direction sleeve (3) are all fixedly connected with Z-direction nut buckle (10), two described Z-direction nut buckles (10) are all threaded the Z-direction leading screw (11) inserted in Z-direction sleeve (3), be exposed at Z-direction sleeve (3) end, one end outward and be all fixedly connected with Z-direction gripper shoe (12) outside two described Z-direction leading screws (11).
2., according to a kind of three-dimensional according to claim 1 adjustable combination rod-type inner support instrument, it is characterized in that: described X is shaping to sleeve (1), Y-direction sleeve (2) and Z-direction sleeve (3) three in one.
3., according to a kind of three-dimensional according to claim 1 adjustable combination rod-type inner support instrument, it is characterized in that: described X makes to sleeve (1), Y-direction sleeve (2) and Z-direction sleeve (3) by steel pipe.
4., according to a kind of three-dimensional according to claim 1 adjustable combination rod-type inner support instrument, it is characterized in that: described X is trapezoidal screw to leading screw (5), Y-direction leading screw (8) and Z-direction leading screw (11).
5., according to a kind of three-dimensional according to claim 1 adjustable combination rod-type inner support instrument, it is characterized in that: described X makes to gripper shoe (6), Y-direction gripper shoe (9) and Z-direction gripper shoe (12) by steel plate.
6. according to three-dimensional according to claim 1 adjustable combination rod-type inner support instrument, it is characterized in that: described X is provided with screwed hole (20) in gripper shoe (6), Y-direction gripper shoe (9) and Z-direction gripper shoe (12).
7. according to a kind of three-dimensional according to claim 1 adjustable combination rod-type inner support instrument, it is characterized in that: described X makes to sleeve (1), Y-direction sleeve (2) and Z-direction sleeve (3) by DN16 GB coating steel pipe, described X is 260mm to the length of sleeve (1), the length of described Y-direction sleeve (2) is 100mm, and the length of described Z-direction sleeve (3) is 140mm; Described X is to leading screw (5), Y-direction leading screw (8) and Z-direction leading screw (11) trapezoidal screw that nominal diameter is 12mm, described X is 130mm to the length of leading screw (5), the length of described Y-direction leading screw (8) is 50mm, and the length of described Z-direction leading screw (11) is 70mm; Described X makes to gripper shoe (6), Y-direction gripper shoe (9) and Z-direction gripper shoe (12) by the steel plate that thickness is 5mm, and described X is 10mm to the screw length of nut buckle (4), Y-direction nut buckle (7) and Z-direction nut buckle (10).
8. according to a kind of three-dimensional according to claim 1 adjustable combination rod-type inner support instrument, it is characterized in that: described X makes to sleeve (1), Y-direction sleeve (2) and Z-direction sleeve (3) by DN20 GB coating steel pipe, described X is 420mm to the length of sleeve (1), the length of described Y-direction sleeve (2) is 100mm, and the length of described Z-direction sleeve (3) is 270mm; Described X is to leading screw (5), Y-direction leading screw (8) and Z-direction leading screw (11) trapezoidal screw that nominal diameter is 14mm, described X is 210mm to the length of leading screw (5), the length of described Y-direction leading screw (8) is 50mm, and the length of described Z-direction leading screw (11) is 135mm; Described X makes to gripper shoe (6), Y-direction gripper shoe (9) and Z-direction gripper shoe (12) by the steel plate that thickness is 5mm, and described X is 10mm to the screw length of nut buckle (4), Y-direction nut buckle (7) and Z-direction nut buckle (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420856904.XU CN204418669U (en) | 2014-12-28 | 2014-12-28 | A kind of three-dimensional adjustable combination rod-type inner support instrument |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420856904.XU CN204418669U (en) | 2014-12-28 | 2014-12-28 | A kind of three-dimensional adjustable combination rod-type inner support instrument |
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| CN204418669U true CN204418669U (en) | 2015-06-24 |
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| CN201420856904.XU Active CN204418669U (en) | 2014-12-28 | 2014-12-28 | A kind of three-dimensional adjustable combination rod-type inner support instrument |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104563499A (en) * | 2014-12-28 | 2015-04-29 | 陕西建工第三建设集团有限公司 | Three-direction-adjustable combined rod type inner supporting tool and construction method and application thereof |
| CN110905187A (en) * | 2019-12-09 | 2020-03-24 | 国网新疆电力有限公司建设分公司 | Template structure for transformer substation main body construction |
-
2014
- 2014-12-28 CN CN201420856904.XU patent/CN204418669U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104563499A (en) * | 2014-12-28 | 2015-04-29 | 陕西建工第三建设集团有限公司 | Three-direction-adjustable combined rod type inner supporting tool and construction method and application thereof |
| CN110905187A (en) * | 2019-12-09 | 2020-03-24 | 国网新疆电力有限公司建设分公司 | Template structure for transformer substation main body construction |
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