CN102679043B - Pipe clamp of beam plate hole pipeline and using method of pipe clamp - Google Patents
Pipe clamp of beam plate hole pipeline and using method of pipe clamp Download PDFInfo
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- CN102679043B CN102679043B CN201210161952.2A CN201210161952A CN102679043B CN 102679043 B CN102679043 B CN 102679043B CN 201210161952 A CN201210161952 A CN 201210161952A CN 102679043 B CN102679043 B CN 102679043B
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- pipe clamp
- beam slab
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Abstract
The invention discloses a pipe clamp of a beam plate hole pipeline. A cambered slot is formed on the axis of a pipe clamp body; notches on two sides of the cambered slot are arranged in the same plane; the back of the cambered slot is the outer surface of the cambered slot body; the perpendicular distance between the bottom of the cambered slot and the notch plane is smaller than or equal to the radius of a circular arc of the cambered slot; a boss is arranged in the radial direction on the outer surface of the cambered slot body at the middle part of the pipe clamp body; a seam allowance is formed on the outer surface of one end of the boss; the distance between the radial outer surface of the seam allowance and the circle center of the pipe clamp body is larger than the radius of a beam plate hole; and fastener fixing devices are arranged on the outer surface of the cambered slot body at two ends of the pipe clamp body. Two pipe clamp bodies are symmetrically and oppositely inserted into the beam plate hole from two ends of the beam plate hole respectively and fixed by fasteners and the fastener fixing devices, so that the pipe clamp is convenient to use and high in stability; a pipeline does generate radial skip and axial skip; the surface of the outer wall of the pipeline is difficult to abrade; and the pipe clamp has a simple structure and is convenient to manufacture, low in production cost, high in generality and interchangeability and relatively wide in adaptation range.
Description
Technical field
The present invention relates to the clamping and fixing device of vehicle pipeline, pipe clamp and the using method thereof of especially a kind of beam slab hole pipeline.
Background technique
The brake system of car steel pipe is when design and assembling, and often can run into need to be through the situation of longitudinal beam.While running into above-mentioned situation at present, generally take steel pipe to pass the method for the auxiliary hole on longitudinal beam.Although this kind of method steel pipe shape, design attitude are simple, but lack immovable point, easily cause circular runout and the axial float of steel pipe in hole, and due to this structured steel pipe and longitudinal beam auxiliary hole Edge Distance very near, be easy to produce collision, cause the steel tube surface zinc coat to destroy, cause the steel pipe corrosion.Chinese patent notice of authorization number is CN201696744U, notice of authorization day provides a kind of pipeline sheath of lintel plate hole for the utility model patent on January 5th, 2011, comprise sleeve body, sleeve body one end outer rim is provided with flange, at least symmetrically on the tube wall of the sleeve body the other end cut the joint-cutting more than two, joint-cutting parallels with the axis of sleeve body, during use, the flange of sleeve body one end is attached on the wooden partition of lintel plate hole one side, and the joint-cutting on sleeve body the other end tube wall is turned up on the wooden partition that is attached to the lintel plate hole opposite side.Pipeline does not contact with the inwall in hole, can effectively not protected the pipeline of wearing lintel plate hole by this design of wearing and tearing of the wedge angle of tapping and burr yet.But this technological scheme still exists pipeline lacks immovable point at position, beam slab hole, pipeline easily produces the problem of circular runout, axial float and pipeline collision and surface abrasion, thereby cause the pipeline durability to descend, reduce working life, particularly, when for the braking system steel pipe, passing the longitudinal beam auxiliary hole, vibration and noise in the time of can making the car load operation increase.
Summary of the invention
First purpose of the present invention is to overcome after pipeline is worn lintel plate hole to be difficult to fix, and pipeline exists larger circular runout and axial float, and easy and hole wall collision causes defect and the deficiency of pipeline external wall surface abrasion, and the pipe clamp of a kind of beam slab hole pipeline is provided.
Second purpose of the present invention is to provide the using method of the pipe clamp of a kind of beam slab of the present invention hole pipeline.
For realizing first purpose of the present invention, technical solution of the present invention is: the pipe clamp of a kind of beam slab hole pipeline, comprise the pipe clamp body, the pipe clamp body is provided with seam, be provided with curve bath on described pipe clamp body axis, the notch of curve bath both sides at grade, the back side of curve bath is the cell body outer surface, the bottom land of curve bath is less than or equal to the radius of arc of curve bath to the perpendicular distance on notch plane, radially be provided with boss on the cell body outer surface at described pipe clamp body middle part, described seam is arranged on the outer surface of boss one end, the radially-outer surface of described seam is greater than the radius in beam slab hole to the distance in the pipe clamp body center of circle, be respectively arranged with the fastening piece fixing device on the cell body outer surface at described pipe clamp body two ends.
Curve bath on described pipe clamp body matches with the pipeline in the beam slab hole, and the radially-outer surface of described boss is arc surface, and described arc surface matches with the beam slab hole.
The radially-outer surface of described fastening piece fixing device is less than the radius in beam slab hole to the distance in the curve bath center of circle.
Described fastening piece fixing device be radial protrusion on the cell body outer surface at pipe clamp body two ends, and the block stood opposite each other at a distance with described boss, or described fastening piece fixing device is the groove be arranged on the cell body outer surface of pipe clamp body two ends.
Described fastening piece fixing device is to be arranged on the cell body outer surface at pipe clamp body two ends, and is positioned at the otic placode of notch both sides, at least is provided with a mounting hole on described otic placode.
Described pipe clamp body, boss and seam all adopt fire resistant resin or PA/P0 alloy to make.
The cross section of described boss and seam is fan-shaped, and the radially-outer surface of described seam is greater than the radius 5-10 millimeter in beam slab hole to the distance in the pipe clamp body center of circle.
Be provided with hollow lattice storehouse on the cross section of the described boss away from seam one end.
For realizing second purpose of the present invention, technical solution of the present invention is: the using method of the pipe clamp of a kind of beam slab hole pipeline comprises the following steps successively:
A. get a pipe clamp, press seam one end on the pipe clamp body rear, the other end is direction the preceding, and the curve bath on the pipe clamp body is affixed to pipeline, and by pipe clamp body forward beam plate hole, and seam is attached on the beam slab wall of an end in beam slab hole;
B. separately get an identical pipe clamp, press seam one end on the pipe clamp body rear, the other end is direction the preceding, the other end from the beam slab hole, by the curve bath on the pipe clamp body and the radially relative pipeline that is affixed to of curve bath on last pipe clamp body, by in pipe clamp body forward beam plate hole, and seam is attached on the beam slab wall of the other end in beam slab hole;
C. at the two ends in beam slab hole, be fixed on pipeline by two pipe clamps of the fastening piece fixing device on pipe clamp with fastening piece respectively, and two seams on pipe clamp are adjacent to respectively on the beam slab wall at two ends, beam slab hole.
Fastening piece fixing device on described pipe clamp body is the block that stands opposite each other at a distance at pipe clamp body cell body outer surface two ends and with described boss of radial protrusion or the fastening piece fixing device on described pipe clamp body while being the groove be arranged on pipe clamp body cell body outer surface two ends, and described fastening piece is band or rope or wire.
Fastening piece fixing device on described pipe clamp body is to be arranged on the cell body outer surface at pipe clamp body two ends, and while being positioned at the otic placode of notch both sides, described fastening piece is bolt pair or rope or wire.
Compared with prior art, the present invention has following beneficial effect:
1. radially be provided with boss on the cell body outer surface due to pipe clamp body middle part, the radially-outer surface of boss is arc surface, on the outer surface that boss is a section, seam is arranged, and the radially-outer surface of seam is greater than the radius in beam slab hole to the distance in the pipe clamp body center of circle, seam coordinates with the fastening piece fixing device, has played the effect of pipe clamp axon to play that stop.
2. because the curve bath on the pipe clamp body matches with the pipeline in the beam slab hole, and the radially-outer surface of boss matches with the beam slab hole, pipe clamp body curve bath clamps pipeline, solved the problem that pipeline is beated in pipe clamp body inner radial, simultaneously because seam coordinates with the fastening piece fixing device, stoped the pipe clamp axon to play, made with the pipeline of pipe clamp body curve bath close contact and also not there will be axial float.
3. pipe clamp body, boss are all used fire resistant resin or PA/P0 alloy to make, and vibration damping is good, intensity is higher, have solved pipeline and easily with hole wall, have collided the problem that causes the pipeline external wall surface abrasion.Pipe clamp structure of the present invention is simple, and versatility and interchangeability are good, easy to make, and cost of production is low.
4. using method of the present invention, easy and simple to handle, firm to the clamping of pipeline, and steadiness is good, and pipeline is had to stronger protective action.
The accompanying drawing explanation
Fig. 1 is the first structural representation of pipe clamp of the present invention.
Fig. 2 is the second structural representation of pipe clamp of the present invention.
Fig. 3 is the third structural representation of pipe clamp of the present invention.
Fig. 4 is the scheme of installation of the first structure pipe clamp of the present invention.
Fig. 5 is the left view of Fig. 4.
In figure: pipe clamp body 1, curve bath 2, notch 21, bottom land 22, cell body outer surface 23, boss 3, lattice storehouse 31, seam 4, fastening piece fixing device 5, block 51, groove 52, otic placode 53, mounting hole 54, fastening piece 6, beam slab hole 7, pipeline 8.
Embodiment
Below in conjunction with accompanying drawing explanation and embodiment, the present invention is further detailed explanation:
Referring to Fig. 1～Fig. 5, the pipe clamp of a kind of beam slab of the present invention hole pipeline, comprise pipe clamp body 1, pipe clamp body 1 is provided with seam 4, be vertically arranged with curve bath 2 on described pipe clamp body 1, the notch 21 of curve bath 2 both sides at grade, the back side of curve bath 2 is cell body outer surface 23, the bottom land 22 of curve bath 2 is less than or equal to the radius of arc of curve bath 2 to the perpendicular distance on notch 21 planes, radially be provided with boss 3 on the cell body outer surface at described pipe clamp body 1 middle part, described seam 4 is arranged on the outer surface of boss 3 one ends, the radially-outer surface of described seam 4 is greater than the radius in beam slab hole 7 to the distance in pipe clamp body 1 center of circle, be respectively arranged with fastening piece fixing device 5 on the cell body outer surface at described pipe clamp body 1 two ends.
The radially-outer surface of described fastening piece fixing device 5 is less than the radius in beam slab hole 7 to the distance in curve bath 2 centers of circle, make fastening piece fixing device 5 can wear easily lintel plate hole 7.
Referring to Fig. 1, described fastening piece fixing device 5 be radial protrusion on the cell body outer surface 23 at pipe clamp body 1 two ends, and the block 51 stood opposite each other at a distance with described boss 3.Described block 51 radially is arranged on the center line of described cell body outer surface 23, can prevent that fastening piece 6 from coming off from the end of pipe clamp body 1.
Referring to Fig. 2, described fastening piece fixing device 5 is for being arranged on the groove 52 on pipe clamp body 1 two ends cell body outer surface 23.Described groove 52 is along the cross section of cell body outer surface 23 two ends that circular arc is distributed in pipe clamp body 1, also can prevent that fastening piece 6 from coming off from the end of pipe clamp body 1.
Referring to Fig. 3, described fastening piece fixing device 5 is for to be arranged on the cell body outer surface 23 at pipe clamp body 1 two ends, and is positioned at the otic placode 53 of notch 21 both sides, the plane parallel of the plane of otic placode 53 and notch 21, in Fig. 3, the outerplanar of two otic placodes 53 and notch 21 are at grade.At least be provided with a mounting hole 54 on described otic placode 53.Mounting hole 54, for installing and fixation fastener 6, also can prevent that fastening piece 6 from coming off from the end of pipe clamp body 1.
The using method of the pipe clamp of a kind of beam slab of the present invention hole pipeline comprises the following steps successively:
A. get a pipe clamp, press seam 4 one ends on pipe clamp body 1 rear, the other end is direction the preceding, and the curve bath 2 on pipe clamp body 1 is affixed to pipeline 8, and by pipe clamp body 1 forward beam plate hole 7, and seam 4 is attached on the beam slab wall of an end in beam slab hole 7;
B. separately get an identical pipe clamp, press seam 4 one ends on pipe clamp body 1 rear, the other end is direction the preceding, the other end from beam slab hole 7, by the curve bath 2 on pipe clamp body 1 and the radially relative pipeline 8 that is affixed to of curve bath 2 on last pipe clamp body 1, by in pipe clamp body 1 forward beam plate hole 7, and seam 4 is attached on the beam slab wall of the other end in beam slab hole 7;
C. at the two ends in beam slab hole 7, be fixed on pipeline 8 by 5 two pipe clamps of the fastening piece fixing device on pipe clamp with fastening piece 6 respectively, and two seams 4 on pipe clamp are adjacent to respectively on the beam slab wall at 7 two ends, beam slab hole.
Referring to Fig. 1, Fig. 4, Fig. 5, during block 51 that fastening piece fixing device on described pipe clamp body 15 stands opposite each other at a distance at pipe clamp body 1 cell body outer surface two ends and with described boss 3 for radial protrusion, described fastening piece 6 is band or rope or wire.
Referring to Fig. 1, Fig. 4, Fig. 5, be pipeline 8 by pipe clamp of the present invention for the steel pipe that grips brake system of car, the fastening piece fixing device 5 on pipe clamp body 1 used for radial protrusion at the two ends of the cell body outer surface 23 of pipe clamp body 1 and the block 51 stood opposite each other at a distance with described boss 3.On pipe clamp body 1, the radius of curve bath 2 is identical with the outer radius of steel pipe, and the bottom land 22 of curve bath 2 is less than the radius of arc of curve bath 2 to the perpendicular distance on notch 21 planes, like this when two pipe clamp bodies, 1 clamping steel pipe, leave gap between notch 21 on two pipe clamp bodies 1, when to steel pipe radially apply clamping force the time, can make the inwall of curve bath 2 contact more closely with outer wall of steel pipe, be conducive to more firmly clamp steel pipe.During use, by steel pipe, through the longeron auxiliary hole, be beam slab hole 7, the pipe clamp body 1 of steel pipe top first is installed from an end in beam slab hole 7, press seam 4 one ends on pipe clamp body 1 rear, the other end is direction the preceding, makes the inwall of curve bath 2 be adjacent to steel pipe, along outer wall of steel pipe, pipe clamp body 1 is pushed in beam slab hole 7, until seam 4 is adjacent to the longeron wooden partition of beam slab hole 7 one ends, the radially-outer surface of boss 3 matches with auxiliary hole 7.Then the pipe clamp body 1 of installing below steel pipe with the same manner at the other end in beam slab hole 7, press seam 4 one ends on pipe clamp body 1 rear, the other end is direction the preceding, make the inwall of curve bath 2 be adjacent to steel pipe, along outer wall of steel pipe, pipe clamp body 1 is pushed in beam slab hole 7, until seam 4 is adjacent to the longeron wooden partition of beam slab hole 7 the other ends, the radially-outer surface of boss 3 matches with auxiliary hole 7, finally fixing with fastening piece 6 between the block 51 on two pipe clamp bodies 1 at 7 two ends, beam slab hole and boss 3, described fastening piece 6 can be band or rope or wire.Fig. 4, shown in Fig. 5 is to tie up with band, also can be solid or tighten with wire with rope, and radial and axial the fixing of two pipe clamp bodies 1 got final product.Pipe clamp of the present invention and using method equally can the clampings when wearing lintel plate hole 7 and fixing for other pipelines 8.Due to the boss 3 that is provided with radial protrusion, make the pipe clamp body 1 of this structure can adapt to pipeline 8 diameters less, and the larger situation in 7 apertures, beam slab hole.
Referring to Fig. 2, the fastening piece fixing device 5 on described pipe clamp body 1 is that while being arranged on the groove 52 on pipe clamp body 1 cell body outer surface two ends, described fastening piece 6 is band or rope or wire.
For the pipe clamp structure shown in Fig. 2, because fastening piece fixing device 5 is grooves 52 that radius is less than cell body outer surface 23, being described fastening piece fixing device 5 radially-outer surfaces not only is less than the radius in beam slab hole 7 to the distance in curve bath 2 centers of circle, also be less than the distance of cell body outer surface 23 to curve bath 2 centers of circle, this makes the adaptability in 5 pairs of minor diameter beam slab holes 7 of fastening piece fixing device greatly increase, at this moment height of projection that also can corresponding reduction boss 3, shorten the distance of boss 3 radially-outer surfaces to curve bath 2 centers of circle, to meet the requirement of pipeline 8 through minor diameter beam slab hole 7, even by the radially-outer surface of boss 3 and cell body outer surface 23 on same surface, it is the wall thickness that boss 3 is equivalent to curve bath 2 on pipe clamp body 1, can not hinder its groove 52 to wear lintel plate hole 7 yet and adopt band or rope or wire are fixed, described band or rope or fastening means wiry are identical with the fastening means of pipe clamp structure shown in Fig. 1.
Referring to Fig. 3, the fastening piece fixing device 5 on described pipe clamp body 1 is for to be arranged on the cell body outer surface 23 at pipe clamp body 1 two ends, and while being positioned at the otic placode 53 of notch 21 both sides, described fastening piece 6 is bolt pair or rope or wire.
For the pipe clamp structure shown in Fig. 3, described fastening piece 6 is bolt pair or rope or wire.With bolt pair fixedly the time, can be by mounting hole 54 corresponding on the bolt Inserting Tube clamp 1 both sides otic placode 53 in bolt pair, then with packing ring and nut by otic placode 53 lockings on pipe clamp body 1., rope or wire can be penetrated in mounting hole corresponding on otic placode 53 54 fixedly the time with rope or wire, then rope or wire be tightened and got final product.
In Fig. 1～Fig. 5, the cross section of described boss 3 and seam 4 is fan-shaped, and the radius of arc of seam 4 radially-outer surfaces is than the large 5-10 millimeter of the arc surface radius of boss 3 radially-outer surfaces.
Described pipe clamp body 1, boss 3 and seam 4 all adopt fire resistant resin or PA/P0 alloy to make, and its intensity is higher, and vibration damping is good.
Be provided with hollow lattice storehouse 31 on described boss 3 cross sections away from seam one end, be beneficial to reduce material consumption, alleviate deadweight.
When seam 4 is affixed to the beam slab wall in beam slab hole 7, due to the radius of arc of seam 4 radially-outer surfaces than the large 5-10 millimeter of the radius in beam slab hole 7, when the arc surface of boss 3 radially-outer surfaces matches with beam slab hole 7, also than the large 5-10 millimeter of the radius of arc of boss 3 radially-outer surfaces, be greater than the radius that beam slab hole 7 is the longeron auxiliary hole, seam 4 has played prevention pipe clamp body 1 axially movable position-limiting action.Certainly, the radially-outer surface of seam 4 can not be also circular arc, radially-outer surface plane such as seam 4, now as long as the radius of arc of described seam 4 radially-outer surfaces is greater than the radius in beam slab hole 7, generally be greater than the 5-10 millimeter, just can play the effect of axially locating, add tying up of convex platform 3, block 51 and band fixing, limit moving forward and backward of upper and lower two pipe clamp bodies 1, just can play the axially movable effect of pipe clamp body 1 that prevents.The present invention is owing to being provided with boss 34 and seam on pipe clamp body 1, the cross section of boss 3 can not be also fan-shaped, can be also to be arc surface from the section top, the structure that both sides are vertical side, so long as boss 3 radially-outer surfaces are arc surface, the arc surface of boss 3 radially-outer surfaces is equal to or less than the radius in beam slab hole 7, and preferably the radially-outer surface of boss 3 matches with beam slab hole 7, the center of circle of this arc surface overlaps with the center of circle in beam slab hole 7, all can stop preferably steel pipe and two circular runouts of pipe clamp body 1 in beam slab hole 7.If the arc surface of boss 3 radially-outer surfaces is less than the radius in beam slab hole 7, be to have gap in the radially-outer surface of boss 3 and beam slab hole 7, under the clamping action of the 4 pairs of beam slab walls of seam on two pipe clamp bodies 1, steel pipe also is not easy to produce circular runout, even steel pipe and two pipe clamp bodies 1 have micro-circular runout in beam slab hole 7, due to the liner of two pipe clamp bodies 1 in beam slab hole 7 and the fixation of integral type, can not cause collision and the surface abrasion in steel pipe and beam slab hole 7 yet, therefore pipe clamp of the present invention has steel pipe convenient fixing in the beam slab hole, good stability, steel pipe is difficult for producing circular runout and axial float, with the beam slab hole wall, do not bump and the nonabradable characteristics in pipeline external wall surface, and pipe clamp structure of the present invention is simple, easy to make, cost of production is low, versatility and interchangeability are good, accommodation is more extensive.The inventive method simple installation, the fixing steadiness of pipeline is good, and pipeline is had to stronger protective action.
Claims (10)
1. the pipe clamp of a beam slab hole pipeline, comprise pipe clamp body (1), pipe clamp body (1) is provided with seam (4), it is characterized in that: described pipe clamp body (1) is along being provided with curve bath (2) on axial direction, the notch (21) of curve bath (2) both sides at grade, the back side of curve bath (2) is cell body outer surface (23), the bottom land (22) of curve bath (2) is less than or equal to the radius of arc of curve bath (2) to the perpendicular distance on notch (21) plane, radially be provided with boss (3) on the cell body outer surface (23) at described pipe clamp body (1) middle part, described seam (4) is arranged on the outer surface of boss (3) one ends, the radially-outer surface of described seam (4) is greater than the radius of beam slab hole (7) to the distance in pipe clamp body (1) center of circle, be respectively arranged with fastening piece fixing device (5) on the cell body outer surface (23) at described pipe clamp body (1) two ends.
2. the pipe clamp of a kind of beam slab according to claim 1 hole pipeline, it is characterized in that: the curve bath (2) on described pipe clamp body (1) matches with the pipeline (8) in beam slab hole (7), the radially-outer surface of described boss (3) is arc surface, and described arc surface matches with beam slab hole (7).
3. the pipe clamp of a kind of beam slab according to claim 1 hole pipeline is characterized in that: the radially-outer surface of described fastening piece fixing device (5) is less than the radius of beam slab hole (7) to the distance in curve bath (2) center of circle.
4. the pipe clamp of a kind of beam slab according to claim 1 hole pipeline, it is characterized in that: described fastening piece fixing device (5) is that radial protrusion is on the cell body outer surface (23) at pipe clamp body (1) two ends, and the block (51) stood opposite each other at a distance with described boss (3), or described fastening piece fixing device (5) is for being arranged on the groove (52) on pipe clamp body (1) two ends cell body outer surfaces (23).
5. the pipe clamp of a kind of beam slab according to claim 1 hole pipeline, it is characterized in that: described fastening piece fixing device (5) is for to be arranged on the cell body outer surface (23) at pipe clamp body (1) two ends, and be positioned at the otic placode (53) of notch (21) both sides, at least be provided with a mounting hole (54) on described otic placode (53).
6. the pipe clamp of a kind of beam slab according to claim 1 hole pipeline, it is characterized in that: described pipe clamp body (1), boss (3) and seam (4) all adopt fire resistant resin or PA/P0 alloy to make.
7. the pipe clamp of a kind of beam slab according to claim 1 hole pipeline, it is characterized in that: the cross section of described boss (3) and seam (4) is fan-shaped, the radius of arc of described seam (4) radially-outer surface is than the large 5-10 millimeter of the radius of beam slab hole (7).
8. according to the pipe clamp of the described a kind of beam slab of claim 1 or 7 hole pipeline, it is characterized in that: be provided with hollow lattice storehouse (31) on the cross section of the described boss (3) away from seam (4) one ends.
9. the using method of the pipe clamp of the described a kind of beam slab of any one hole pipeline in claim 1-8 is characterized in that: comprise the following steps successively:
A. get a pipe clamp, press seam (4) one ends on pipe clamp body (1) rear, the other end is direction the preceding, curve bath (2) on pipe clamp body (1) is affixed to pipeline (8), and, by pipe clamp body (1) forward beam plate hole (7), seam (4) is attached on the beam slab wall of an end in beam slab hole (7);
B. separately get an identical pipe clamp, press seam (4) one ends on pipe clamp body (1) rear, the other end is direction the preceding, the other end from beam slab hole (7), by the curve bath (2) on pipe clamp body (1) and the radially relative pipeline (8) that is affixed to of curve bath (2) on last pipe clamp body (1), by in pipe clamp body (1) forward beam plate hole (7), and seam (4) is attached on the beam slab wall of the other end in beam slab hole (7);
C. at the two ends of beam slab hole (7), use respectively fastening piece (6), by the fastening piece fixing device (5) on pipe clamp, two pipe clamps are fixed on to pipeline (8) upper, and two seams (4) on pipe clamp are adjacent to respectively on the beam slab wall at two ends, beam slab hole (7).
10. the using method of the pipe clamp of a kind of beam slab according to claim 9 hole pipeline is characterized in that:
The block (51) that fastening piece fixing device (5) on described pipe clamp body (1) stands opposite each other at a distance at pipe clamp body (1) cell body outer surface two ends and with described boss (3) for radial protrusion or the fastening piece fixing device (5) on described pipe clamp body (1) are when being arranged on the groove (52) on pipe clamp body (1) cell body outer surface two ends, and described fastening piece (6) is band or rope or wire; Fastening piece fixing device (5) on described pipe clamp body (1) is for to be arranged on the cell body outer surface (23) at pipe clamp body (1) two ends, and, while being positioned at the otic placode (53) of notch (21) both sides, described fastening piece (6) is bolt pair or rope or wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210161952.2A CN102679043B (en) | 2012-05-23 | 2012-05-23 | Pipe clamp of beam plate hole pipeline and using method of pipe clamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210161952.2A CN102679043B (en) | 2012-05-23 | 2012-05-23 | Pipe clamp of beam plate hole pipeline and using method of pipe clamp |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102679043A CN102679043A (en) | 2012-09-19 |
| CN102679043B true CN102679043B (en) | 2014-01-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210161952.2A Active CN102679043B (en) | 2012-05-23 | 2012-05-23 | Pipe clamp of beam plate hole pipeline and using method of pipe clamp |
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| Country | Link |
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| CN (1) | CN102679043B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US1835155A (en) * | 1928-04-14 | 1931-12-08 | Victor H Harbert | Pipe clamp |
| US4306698A (en) * | 1980-10-16 | 1981-12-22 | General Electric Company | Cable stress/strain relief |
| CN102317636A (en) * | 2008-12-15 | 2012-01-11 | 康斯博动力传动系统公司 | Be used to use fixing clamp with the terminal assembly parts of actuating cable piping erection to support |
| CN202629345U (en) * | 2012-05-23 | 2012-12-26 | 东风汽车有限公司 | Pipe clamp of beam plate hole pipeline |
-
2012
- 2012-05-23 CN CN201210161952.2A patent/CN102679043B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US1835155A (en) * | 1928-04-14 | 1931-12-08 | Victor H Harbert | Pipe clamp |
| US4306698A (en) * | 1980-10-16 | 1981-12-22 | General Electric Company | Cable stress/strain relief |
| CN102317636A (en) * | 2008-12-15 | 2012-01-11 | 康斯博动力传动系统公司 | Be used to use fixing clamp with the terminal assembly parts of actuating cable piping erection to support |
| CN202629345U (en) * | 2012-05-23 | 2012-12-26 | 东风汽车有限公司 | Pipe clamp of beam plate hole pipeline |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102679043A (en) | 2012-09-19 |
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