CN103427375A

CN103427375A - Cable fixing device

Info

Publication number: CN103427375A
Application number: CN2012101637747A
Authority: CN
Inventors: 何等乾; 何小练
Original assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Current assignee: Hongfujin Precision Industry Shenzhen Co Ltd; Hon Hai Precision Industry Co Ltd
Priority date: 2012-05-24
Filing date: 2012-05-24
Publication date: 2013-12-04
Also published as: US20130312228A1; TW201349693A

Abstract

The invention discloses a cable fixing device. The cable fixing device comprises a fixation part and two pivotal parts. The fixation part comprises a matrix; the matrix is provided with a groove penetrating the front end and the back end of the matrix; a strip body extends from the front end of the top of the matrix; the bottom of the matrix is provided with a plurality of vacuum chucks; the top wall of the groove extends so as to form a clamping portion; the bottom of the clamping portion is provided with a plurality of channel sections; the top of the strip body is provided with a plurality of buckles arranged in the length direction of the strip body; the strip body is wound backwards and passes through the groove so that a cable is fettered between the strip body and the top of the strip body; the buckles of the strip body are buckled to the channel sections of the clamping portion; and the two pivotal parts are respectively rotationally connected with the left side and the right side of the strip body and can abut upwards against the clamping portion so as to enable the buckles of the strip body to be disengaged from the channel sections. By using the cable fixing device, the cable is fixed between the matrix and the strip body and then is fixed to a proper position through the vacuum chucks, thus the cable can be firmly fixed.

Description

Cable fixer

Technical field

The present invention relates to a kind of cable fixer.

Background technology

Be electrically connected to some electronic installations by cable in electronic equipment.Signal forms antenna effect on cable can produce a large amount of radiation, therefore during the situation of the electromagnetic interference of test electronic, require to find out and locate the placement location of the cable of radiation when the strongest.Often adopt at present cable strap or immobilization with adhesive tape cable, and this fixed form is not firm, cable is easy to change position together with cable strap or adhesive plaster after touching, the accuracy of impact test.

Summary of the invention

In view of more than, be necessary to provide a kind of cable fixed to obtain to comparatively firm cable fixer.

A kind of cable fixer, comprise a fixture and two pivotal parts, this fixture comprises a matrix, this matrix is provided with a fluting that runs through the rear and front end of this matrix, a belt body is extended in front end in the top of this matrix, the bottom of this matrix is provided with some vacuum cups, the roof of this fluting extends to form a holding section, the bottom of this holding section is provided with some draw-in grooves, the top of this belt body is provided with the buckle that some length directions along this belt body are arranged, this belt body is rotated backward and cable can be bound by between the top of this belt body and this matrix through fluting, the buckle of this belt body is sticked in the draw-in groove of this holding section, this two pivotal part is rotationally connected with respectively the left and right sides of this matrix and can upwards supports the buckle that this holding section makes this belt body and breaks away from these draw-in grooves.

This cable fixer can be fixed in suitable position by vacuum cup after being fixed between matrix and belt body by cable, has firmly fixed cable.

The accompanying drawing explanation

Fig. 1 is the better embodiment of cable fixer of the present invention and the stereogram of some cables.

Fig. 2 is that cable fixer in Fig. 1 is in the view at another visual angle.

Fig. 3 is the three-dimensional exploded view of the broken section of Fig. 2.

Fig. 4 is the cutaway view of Fig. 1 along the part of IV-IV direction.

The main element symbol description

Fixture	20
		Matrix	21
Belt body	22
		Fluting	23
Roof	232
		Holding section	24
Draw-in groove	241
		Guiding face	242、281
Stopping surface	243
		Wear groove	25
Sidewall	251
		Pivoting hole	252
Vacuum cup	26
		Groove	27
Diapire	271
		Buckle	28
Pivotal part	30
		The pivotable sheet	31
Pivotal axis	32
		Cable	50

Following embodiment further illustrates the present invention in connection with above-mentioned accompanying drawing.

Embodiment

Please refer to Fig. 1 and Fig. 3, the better embodiment of cable fixer of the present invention comprises a fixture 20 and two pivotal parts 30.

Please in the lump with reference to Fig. 4, this fixture 20 comprises a square matrix 21 and the belt body 22 of the strip that the front end at the top of this matrix 21 extends forward certainly.This matrix 21 is provided with a fluting 23 that runs through these matrix 21 front and back ends.The oblique lower holding section 24 of also extending forward, the rear end of the roof 232 of this fluting 23.Some draw-in grooves 241 are offered in 24De bottom surface, this holding section.The front side of each draw-in groove 241 is provided with the guiding face 242 of an inclination, and the rear side of each draw-in groove 241 is established the stopping surface 243 of vertical (perpendicular to roof 232).The left and right sides of this matrix 21 is respectively equipped with one and wears groove 25.This two draw-in groove 241 of wearing groove 25 and these 24 forefronts, holding section roughly is a straight line.Each sidewall 251 of wearing groove 25 front and back sides is respectively equipped with a pivoting hole 252.The bottom of this matrix 21 arranges some vacuum cups 26.The end face of this belt body 22 is established a microscler groove 27 along its length.The width of this groove 27 equals the width of this holding section 24.The diapire 271 of this groove 27 is provided with the buckle that roughly is wedge shape 28 that some length directions along this belt body 22 are arranged.Each buckle 28 comprises the guiding face 281 of the inclination that is positioned at its front side.

Each pivotal part 30 comprises a pivotable sheet 31 and is located at respectively two pivotal axis 32 of these pivotable sheet 31 both sides.

Please refer to Fig. 1 and Fig. 2, during assembling, this two pivotal part 30 is inserted respectively to this and two wear groove 25, make two pivotal axis 32 of each pivotal part 30 snap in two pivoting holes 252 that correspondence is worn groove 25.This two pivotables sheet 31 is the two ends, left and right of the end face of the draw-in groove 241 of these 24 forefronts, holding section of butt respectively.During use, the bottom of this fixture 20 is pressed on a fixed pan, by vacuum cup 26, fixture 20 is fixed in to fixed pan.Cable 50 is positioned over to the end face of matrix 21, belt body 22 24 is slipped into to fluting 23 around the rear end to matrix 21 along holding section from matrix 21 tops away from an end of matrix 21, and from the front end of matrix 21, belt body 22 is pulled out.Cable 50 is bound by between the end face and belt body 22 of matrix 21.

Belt body 22 is along holding section 24 during to front slide, and 24De bottom, holding section is contained in groove 27.The buckle 28 of belt body 22 snaps in corresponding draw-in groove 241 under the guiding of its guiding face 281, and, at the guiding of the guiding face 242 of draw-in groove 241 draw-in groove 241 that glides out, until cable 50 is bound, the part buckle 28 of belt body 22 is placed in corresponding draw-in groove 241.If the operator 24 pulls back belt body 22 along holding section, because buckle 28 is understood by block the stopping surface 243 in corresponding draw-in groove 241, belt body 22 can't be along holding section 24 slides backward, and cable 50 can 24 not slide backward and makes cable 50 loosening along holding section because of belt body 22 after being bound like this.

In the time of need to unclamping cable 50, rotate this two pivotal part 30, make the top of this two pivotables sheet 31 upwards support the roof of corresponding draw-in groove 241.On the front portion of this holding section 24, move, the stopping surface 243 of draw-in groove 241 breaks away from buckle 28, thereby belt body 22 can be pulled out backward.

Claims

1. a cable fixer, comprise a fixture and two pivotal parts, this fixture comprises a matrix, this matrix is provided with a fluting that runs through the rear and front end of this matrix, a belt body is extended in front end in the top of this matrix, the bottom of this matrix is provided with some vacuum cups, the roof of this fluting extends to form a holding section, the bottom of this holding section is provided with some draw-in grooves, the top of this belt body is provided with the buckle that some length directions along this belt body are arranged, this belt body is rotated backward and cable can be bound by between the top of this belt body and this matrix through fluting, the buckle of this belt body is sticked in the draw-in groove of this holding section, this two pivotal part is rotationally connected with respectively the left and right sides of this matrix and can upwards supports the buckle that this holding section makes this belt body and breaks away from these draw-in grooves.

2. cable fixer as claimed in claim 1, it is characterized in that: under this holding section is oblique from the rear end of the roof of this matrix, also extend to form forward, the front portion of the left and right sides of this matrix is respectively equipped with one and wears groove, and this two pivotal part is rotationally connected with respectively this two sidewall of wearing groove.

3. cable fixer as claimed in claim 2, it is characterized in that: each two side of wearing groove is respectively equipped with a pivoting hole, and each pivotal part both sides is respectively equipped with the pivotal axis that snaps in corresponding pivoting hole.

4. cable fixer as claimed in claim 1, is characterized in that: when this two pivotal part rotates, can upwards support respectively the front portion of this holding section.

5. cable fixer as claimed in claim 1 is characterized in that: the end face of this belt body is provided with a groove extended along its length, and these buckles are convexly set in the diapire of this groove.

6. cable fixer as claimed in claim 5, it is characterized in that: the bottom of this holding section is contained in this groove.

7. cable fixer as claimed in claim 1, it is characterized in that: the guiding face that the front side of each buckle is an inclination, the front side of each draw-in groove is provided with the guiding face of an inclination.

8. cable fixer as claimed in claim 1, it is characterized in that: the rear side of each draw-in groove is established the stopping surface of a roof perpendicular to this fluting.