KR200497850Y1 - Portable Cable Tie Fixing Apparatus - Google Patents

Abstract

The present invention consists of a fuselage consisting of a first half and a second half, and in the first and second halves, first and second elliptic holes of the same size are formed at the same location on the upper part of the back of the body. In the lower part of the first and second holes, third and fourth holes are formed, extending vertically to the full length of the fuselage, with a large arc at the top and a small arc at the bottom, and a joining border is formed on four sides of them, A guide part is provided that moves along a cylindrical passage formed adjacent to both sides of the inner sides of the first and second halves so that the moving member moves up and down in the third and fourth holes, and is screwed to the guide part and rotates. It is composed of a rotating screw part and movable guide parts forming a spiral inside an elastic ring-shaped guide part at the top, so that the moving member that fixes the cable tie can easily control the position by up and down reciprocating movement and strengthens the connection of the tie. It is a portable cable tie fixing device.

Description

Portable Cable Tie Fixing Apparatus}

The present invention relates to a portable cable tie fixture, and in particular, to a portable cable tie fixture that allows workers to stably hold a large number of cable ties and easily carry them when entering a work site.

A representative technology of the prior art is Korean Utility Model Registration No. 20-0485377, which discloses a portable cable tire fixture, and this utility model includes an insertion part 100, a fixing part 200, and a hanging part ( 300), the insertion part 100 has a first housing 110, and a first through hole 111 in the center of the first housing 110 through which a certain amount of cable ties (C) can be inserted. Forming a, the fixing part 200 has a second housing 120, and a cable tie (C) is positioned on the same axis at a certain distance from the first housing 110, and has a first through hole 111. A second through-hole 121 matching the A hole 310 passing through is formed so that it can be hung or bound to a worker's belt or an object with a protruding shape at a work site.

A cable tie fixing member movement section groove 130 is formed between the first housing 110 and the second housing 120 so that the fixing part 200 can be freely moved within a specified range, and the first housing 110 and To couple the second housing 120, a hinge axis (not shown) coupled to the fixing part 200 is formed on one side of the inside of the second housing 120 and a fixing axis (not shown) is formed on the other side with a coupling screw (B). ) and (B') are each fastened, and a locking protrusion 150 is formed on one side of the lower outer peripheral surface of the first housing 110 to fix the fixing part 200, and the end of the cable tie fixing member 210 It consists of an elastic member (not shown) that is coupled to the hinge axis and generates a rotational force so that it can rotate around the cable tie fixing member moving section groove 130.

This prior art has the effect of increasing work efficiency by allowing workers to easily carry a certain amount of cable ties regardless of the situation at the work site.

However, in this prior art, compared to the total area, the gripping space of the cable tie is limited to the first and second through holes formed in the center, and the gripping force for the cable ties is limited to the elastic force of the support elastic member, so the gripping force for the cable ties is limited to the elastic force of the support elastic member. Unwanted slip may occur.

The main purpose of the present invention is to provide a portable cable tie fixing device that can stably hold multiple cable ties to be fixed at a work site through one or more gripping steps to prevent them from slipping from the fixing device under any circumstances.

Another purpose of the present invention is to accommodate a plurality of cable ties by making the gripping space of the cable tie as wide as possible in the center with respect to the entire area, and the gripping force for these cable ties provides more than one support force to prevent unwanted slip of the cable tie. The purpose is to provide a portable cable tie fixing device that prevents.

A portable cable tie fixing device made of a body in which two halves according to the present invention are formed by combining the back surfaces formed inside them, the back surfaces of the halves have material 1 and an oval of the same size formed at the upper center position. Third and fourth holes extending vertically at the lower portions of the second hole, first and second holes and formed with a large arc at the top and a small arc at the bottom, a joining border formed on the four sides of the back surfaces of the halves, and First and second grooves and third and fourth grooves are formed over the entire length on both sides, respectively, forming cylindrical passages formed by combining the first and third grooves and the second and fourth grooves facing each other. first and second halves; In the third and fourth holes, the upper part is installed so as to move up and down inside the large circular arcs of the third and fourth holes, so that it matches between the rear surfaces of the first and second halves, and forms a handle that protrudes to the front of the fuselage. An upper frame, a lower frame whose lower part coincides with a small circular arc and whose front and rear sides coincide with the inner back surfaces of the first and second halves, and a movement guide forming a spiral inside a ring shape extending to both sides of the lower frame. A moving member configured; It is installed in the passage formed by the first and second grooves and is formed in the lower part of the lower frame, and is composed of a rotating screw part that is screwed to the guide part and rotates, and a rotating shaft having a vertical spring at the top that applies an elastic load to the guide part. It is made up of absences.

The moving member has an upper frame whose upper part coincides with the large arcs of the third and fourth holes, an upper frame whose lower part forms a handle projecting to the front of the first half, and whose lower part coincides with the small arc and whose front and rear surfaces are aligned with the first half. And it is composed of a lower frame matching the inner rear surface of the second halves and movement guides forming a spiral inside a ring shape extending to both sides of the lower frame.

The guide member is installed in the passage formed by the first and second grooves, and is formed at the lower part of the lower frame and has a rotating screw portion that is screwed together with the guide portion and rotates, and a rotating shaft equipped with a vertical spring at the top that applies an elastic load to the guide portion. It is composed.

Guide cutouts for movement of the lower frame are formed in the first to fourth wall portions extending both ends of the large arc and the small arc on the inner surfaces of the first to fourth grooves.

The moving member is composed of a lower frame that is integrated with an upper frame provided with a handle and has a guide portion forming a spiral portion on one side, and the lower frame has a hollow interior and a horizontal spring inserted into the other side which is an opening in the cavity. It is provided with elastic support parts consisting of a guide part integral with an insertion part elastically supported by a horizontal spring.

The moving member is composed of a lower frame that is integrated with an upper frame provided with a handle and has a hollow interior, and this lower frame is integrated with a horizontal spring inserted into the lower frame and a guide portion on both sides of the horizontal spring, respectively. It further includes one or more elastic support parts each consisting of an insertion part that is inserted into the cavity and is simultaneously elastically supported with respect to the horizontal spring.

This design provides a high gripping force to the cable ties by installing one or more gripping means to prevent multiple cable ties to be fixed at the work site from slipping from the fixing device due to loose coupling, thereby preventing unwanted slipping or falling off of the cable ties. The space formed in the center as the gripping space for the cable tie is relatively wide, and the gripping force for the cable ties gives a certain amount of support to the elastic member, thereby preventing unwanted slipping of the cable tie. To provide a device.

A brief description of the drawings illustrated to explain the present invention in detail is as follows.
Figure 1 is a perspective view showing the configuration of a representative conventional portable cable tie fixture;
Figure 2 is a plan view showing the front half of the front half of the body of the portable cable tie fixing device according to the present invention;
3A and 3B are perspective views showing the combined rear surfaces of the first and second halves of the portable cable tie fixing device according to the present invention;
Figure 4 is a perspective view showing the portable cable tie fixing device carrying a cable tie according to the present invention;
Figures 5a and 5b are cross-sectional views showing another embodiment of the guide member of the portable cable tie fixing device according to the present invention.

The present design will be described in detail based on the attached drawings as follows.

According to the present invention, as shown in FIGS. 2, 3A and 3B, the front of the first half 30 of the portable cable tie fixing device 10 is shown, and is provided with a body 20 as described later. , the fuselage 20 is formed by coupling the two first halves 30 and the second halves 40 to each other at their joined rear surfaces by screws 11.

The first and second halves (30, 40) have elliptical first and second holes (12, 13) of the same size at the same position at the center, and when these are combined, a coupling ring (14) and Hang the carabinies (15) in order and secure them with cable ties to facilitate storage or carrying (see Figure 4). At the same time, in the lower portions of the first and second holes 12 and 13, third and third holes extend vertically to almost the entire length of the fuselage and are vertically formed internally on both sides of the fuselage 20, except for a predetermined width of the groove. 4 Holes 141 and 151 are formed with a large arc 14' at the top and a small arc 15' at the bottom. In addition, the first and second halves 30 and 40 have a joining border 16 formed on four sides of their rear surfaces, and a certain thickness of the body 20 protruding above the border 16 is formed.

A moving member 50 that moves up and down inside the third and fourth holes 141 and 151 is installed. That is, the first and second halves (30, 40) have first and second grooves (21, 22) and third and fourth grooves (23, 24) over the entire length on both sides forming their inner back surfaces, respectively. The first and third grooves (21, 23) and the second and fourth grooves (22, 24) are formed to face each other when assembled, forming a vertical cylindrical passage adjacent to both sides, so that the upper and lower sides of the moving member (50) A moving member 50 for reciprocating movement is installed.

The moving member 50 has an upper frame 51 whose upper part coincides with the large circular arc 14' of the third and fourth holes 14 and 15, and a vertical frame whose lower part coincides with the small circular arc 15' at the lower part. The lower frame 52 is formed integrally, and the upper frame 51 has a rear surface that matches the inner rear surface of the second half 30 and has a handle portion 53 protruding to the front, and the lower frame ( 52 is formed so that its front and back surfaces coincide with the inner back surfaces of the first and second halves 30 and 40. The lower frame 52 has a spiral movement guide portion 54 formed inside a ring shape extending to both sides.

This moving member (50) has first and third grooves (21, 23) and second and fourth grooves (22, 24) since the first and second halves (30, 40) are combined with their rear surfaces. The guide portion 54 of the lower frame 52 is moved according to the manipulation of the handle portion 53 (see FIG. 1) along the formed passage.

For this purpose, a guide member 70 is installed in the passage. Inside the fuselage 20, which is the rear of the first half 30, a guide member 70 installed in the first and second grooves 21 and 22 is formed in the lower part of the lower frame 52 to form a guide member ( It consists of a rotating screw portion 71 that is screwed to and rotates 54) and a rotating shaft 73 having a vertical spring 72 at the top that applies an elastic load to the guide portion 54.

Inside the fuselage 20, which is the rear surface of the second half 40 coupled to the first half 30, third and fourth grooves 23, 24 are formed into first and second grooves 21, 22), a passage is formed to store the rotating members 70 therein. First to fourth wall portions (26 to 29) extending both ends of the large arc (14') and the small arc (15') on the inner surfaces of the first to fourth grooves (21, 22, 23, 24). Guide cutouts 55 for movement of the lower frame 52 are formed in the fields.

In the portable cable tie fixing device 10 configured as described above, the moving member 50 slidably installed in the fuselage 20 moves up and down by manipulating the handle portion 53. That is, the guide parts 54 on both sides of the lower frame 52 are coupled to the rotation screw part 72 of the rotation axis 73 at the lower part of each guide member 70, and the vertical spring 72 at the upper part is connected to the extension part 54. ) are elastically supported in a state of pressing them, so when the handle part 53 is moved, the rotating screw part 71 coupled with the inside of the screwed guide part 54 rotates, causing the rotating shaft 73 to rotate, so the moving member ( 50) can be moved, and a plurality of cable ties 80 are placed between the lower frame 52 and the small arc 15' at the bottom of the fuselage by applying the pressure and extension of the vertical spring 72 to the frame 52. The combined force of (54) and the rotating screw portion (71) acts to securely fix it.

Meanwhile, this design can be constructed with another movable member (50). As shown in FIG. 5A, the moving member 50 is integrated with the upper frame 51 having a handle portion 53 and has a lower frame having a guide portion 54 forming a spiral portion 54' on one side ( 52) is formed. This lower frame 52 is formed with a cavity 56 on the inside, and includes a horizontal spring 55 inserted into the other side of the cavity 56 and an insertion portion 57 elastically supported by the horizontal spring 55. It is further provided with an elastic support portion (58) composed of an integrated guide portion (54).

In another method, as shown in FIG. 5B, the moving member 50 is composed of a lower frame 52 that is integrated with an upper frame 51 equipped with a handle portion 53 and whose interior is formed as a cavity 56. . This lower frame 52 has a horizontal spring 55 inserted therein, is integrated with the guide portion 54 on both sides of the horizontal spring 55, and is inserted into the cavity 56 to attach to the horizontal spring 55. It further includes one or more elastic support portions 58' each composed of an insertion portion 57' elastically supported at the same time.

This moving member 50 can perform up and down reciprocating movement more stably due to the support force extended in the horizontal direction by one or more elastic supports 58 and 58' integrated with the lower frame 52.

As described above, the portable tie fixing device of the present invention is easy to control the position of the moving member that fixes the cable tie by moving up and down and can strengthen the connection of the tie, and in addition, the cable tie fixing device of the known technology pointed out above. Compared to the actual size and structure of the cable tie, the space for storing cable ties increases by approximately 52% and the actual capacity can be increased by more than 40%.

10: cable tie fixing device 20: fuselage
30: first half 40: second half
12, 13, 14, 15: 1st to 4th holes 16: Border
21, 22, 23, 24 "1st to 4th grooves
50: moving member 51: upper frame
52: lower frame 53: handle part
54: information section 70; guidance member
71: Vertical spring 72: Rotating screw

Claims (3)

In the portable cable tie fixture, which consists of a single body by combining the two halves with their inner surfaces,
On the back surfaces of the halves, first and second holes are formed as ellipses of the same size at the upper center position, and the lower parts of the first and second holes extend vertically to form a large arc at the top and a small arc at the bottom. The third and fourth holes, the joining edges formed on the four sides of the back surfaces of the halves, and first and second grooves and third and fourth grooves are formed over the entire length on both sides of the back surfaces of the halves, respectively, forming the first and fourth grooves. First and second halves forming cylindrical passages formed by joining the third groove and the second and fourth grooves facing each other;
In the first and second halves, the upper part is aligned with the large arc of the third and fourth holes and the lower portion is aligned with the width of the third and fourth holes so as to move up and down within the third and fourth holes, thereby forming the fuselage. An upper frame forming a handle projecting to the front, a lower frame whose lower part coincides with the third and fourth small arcs, and whose front and rear sides match the back widths of the first and second halves, and which extends on both sides of the lower frame. A moving member composed of a guide portion forming a spiral inside the ring shape;
It is installed in the passage formed by the first and second grooves and is formed in the lower part of the lower frame, and is composed of a rotating screw part that is screwed to the guide part and rotates, and a rotating shaft having a vertical spring at the top that applies an elastic load to the guide part. A portable cable tie fixing device characterized by being composed of members.
In claim 1,
The moving member is composed of a lower frame that is integrated with an upper frame provided with a handle and has a guide portion forming a spiral portion on one side, and the lower frame has a hollow interior and a horizontal spring inserted into the other side which is an opening in the cavity. A portable cable tie fixing device characterized by having elastic support parts consisting of a guide part integrated with an insertion part elastically supported by a horizontal spring.
In claim 1,
The moving member is composed of a lower frame that is integrated with an upper frame provided with a handle and has a hollow interior, and this lower frame is integrated with a horizontal spring inserted into the lower frame and a guide portion on both sides of the horizontal spring, respectively. A portable cable tie fixing device further comprising one or more elastic supports each consisting of an insertion part that is jointly inserted and elastically supported simultaneously with respect to a horizontal spring.

Images