JP3210141U - Cable organizer - Google Patents

Abstract

A cable organizer that can be used redundantly is provided. SOLUTION: A frame body 111 having a housing space for accommodating and organizing one wire rod, and an insertion connection member 118 connected to the bottom surface of the frame body. The insertion connecting column 118c is extended, and the wire connecting member 11 is further provided with a fitting groove 117e and a contact end 118j below the insertion connecting column. And a fixing member 12 that extends two claw pieces 123 into which a plate material is inserted at the periphery and projects protrusions having ridges on the inner walls of the claw pieces. Two first positioning grooves 124a are formed between the claw pieces and communicated with the insertion connection hole and connected to the wing piece. The fitting groove fits into the flange. When the support member is inserted / removed in the axial direction, the contact end and the fitting groove are separated from the protrusion and the flange, respectively, and the bottom edge of the first positioning groove is used as a stopper at the convex edge. [Selection] Figure 1

Description

  The present invention relates to a cable organizer, and more particularly, to a cable organizer used for an electrical equipment product, for example, a wire connected to a host board, a circuit board or a metal plate.

  With the rapid development of science and technology, electronic equipment products, especially wires connected to AV equipment or personal computers, such as power lines, video lines, sound source lines, coaxial cables, network lines, signal lines, etc. are often AV. Devices are entangled with each other as wires on the back of a liquid crystal television, a liquid crystal display, or a personal computer shell, and are disordered and have a poor appearance.

  In fact, there are a lot of power lines and signal lines inside electrical equipment products, especially personal computers, and the wires must be organized and arranged on a plate material such as a host board, circuit board or metal plate. Often, the internal spaces become entangled with each other and cause interference, affecting the heat dissipation of the heat generating member or the attachment of peripheral devices.

  Therefore, related companies have been researching and developing cable ties for cable management against the above-mentioned defects. The cable ties are bundled in the area where the wire is formed so that the wires do not get entangled, and the cable Has the effect of. A significant defect of the conventional cable tie is that it cannot be attached to a fixed object, for example, a shell or a plate, and if it is desired to increase or decrease the wire, the previously tied wire is released unless the cable tie is broken. There is something you can't do.

  Since the cable tie has a defect that cannot be used repeatedly, related companies have researched and developed a cable organizer that can be used repeatedly, and the cable organizer is a frame-shaped wire fixing portion having a housing space. And a connecting portion provided below the wire fixing portion, the wire fixing portion allows at least one wire rod to pass therethrough and stores the at least one wire rod in the housing space to form a cable organizing effect. The coupling portion includes an insertion tenon connected to the bottom surface of the wire fixing portion, and an arrow-like elastic hook provided at a free end of the insertion tenon. The insertion tenon is attached to a plate material, for example, a shell rear plate of a liquid crystal television. The cable organizer is fixedly connected to the plate member by being inserted into a plate hole provided in advance and hooked to the bottom surface of the bottom hole using the elastic hook.

  However, although the cable organizer provides the function of cable arrangement and fixing, the remarkable defect is that the size of the insertion tenon is smaller than the plate hole and the elastic hook penetrates the plate hole. Cannot obtain effective support between the wire fixing portion and the plate material, and the insertion tenon can form a vibration in the plate hole, and the cable organizer is connected to the gear plate material. Oscillation is caused, resulting in a defect that the cable arrangement effect is not good. Further, when removing the cable organizer, the cable organizer can be removed on the top surface of the plate material only after the elastic hook is compressed from the bottom surface of the plate material and is contracted into the plate hole. The attachment and detachment of the vessel to the plate is not in the same direction, and there is room for improvement.

JP 2014-45627

  An object of the present invention is to provide a cable organizer that can be used repeatedly, and the cable organizer and a plate material, such as a host board, a circuit board, or a metal plate, are quickly coupled and firmly positioned, The cable organizer can be prevented from vibrating, and the occurrence of a phenomenon that the wires are pulled or interfere with each other due to the displacement is avoided. In particular, the attachment and removal of the cable organizer and the plate material are in the same direction, increasing the convenience during operation.

In order to achieve the above object, the technical means adopted by the present application is to provide a cable organizer, which includes a frame having an accommodation space for accommodating and organizing at least one wire, and a bottom surface of the frame. An insertion connection member for connecting, the insertion connection member has a base extending from the bottom of the insertion connection column, and the insertion connection column projects at least two wing pieces in the radial direction, The wing piece includes a positioning piece whose inner wall is adjacent to the hollow groove and a convex edge located below the positioning piece, and the insertion connecting column is provided with an engagement groove and a contact end below the wing piece, respectively. A storage member and an insertion connection hole for inserting the insertion connection column in the axial direction are opened, and at least two claw pieces are extended to the periphery of the bottom surface of the insertion connection hole, and the at least two radial directions are provided between the claw pieces. A first positioning for communicating with the connection hole and inserting the blade piece; A fixing member for forming a groove and projecting protrusions each having a flange on the inner wall of the claw piece, and the insertion connecting column and the wing piece are inserted into the insertion connecting hole and the first positioning groove. The convex edge has the bottom wall of the first positioning groove as a stopper, and the lower stage of the positioning piece is positioned in the first positioning groove to form a first positioning form, and the contact end is When positioned at the projection, the claw piece expands in the radial direction, the engagement groove is fitted into the flange, and the upper end of the positioning piece is positioned in the positioning groove, and the second positioning Form a form.

  The cable organizer of the present invention can be used repeatedly, and the cable organizer is quickly coupled with a plate material, for example, a host board, a circuit board or a metal plate, and is firmly positioned to reduce vibration of the cable organizer. It is possible to prevent the phenomenon that the wires are pulled or interfere with each other due to the displacement. In particular, the attachment and removal of the cable organizer and the plate material are in the same direction, increasing the convenience during operation.

It is a three-dimensional exploded view of the cable organizer of the present invention. It is a three-dimensional exploded view of another viewing angle of the cable organizer of the present invention, of which claw pieces are removed for convenience of display. It is a three-dimensional view of the positioning form of the cable organizer of the present invention. It is sectional drawing cut along the AA line of FIG. FIG. 4 is a cross-sectional view taken along line BB in FIG. 3. The cable organizer and the plate material of the present invention are three-dimensional views of a second positioning form. It is sectional drawing cut along CC line of FIG. FIG. 7 is a cross-sectional view taken along line DD in FIG. 6. It is sectional drawing cut off along the EE line of FIG. It is sectional drawing after arranging the wire of the cable organizer of this invention. It is the three-dimensional exploded view of 2nd Example of the cable organizer of this invention, and a wire.

As shown in FIGS. 1 to 5, the cable organizer 1 of the present invention includes a wire material storage member 11 and a fixing member 12 for inserting and connecting the wire material storage member 11.

  The wire housing member 11 has a housing space 112 for housing and organizing at least one wire, for example, a power supply line or a signal line, in the frame 111, and the left side wall 113 on one side of the housing space 112 is isolated. It connects with the lid piece 115 by the bending part 114 recessed into a shape. The lid piece 115 is rotated and coupled to the right side wall 116 on the other side of the frame body 111 with the bent portion 114 as a fulcrum, and the opening of the housing space 112 of the frame body 111 is sealed with the lid piece 115, The at least one wire is accommodated and arranged in the accommodation space 112, and the expected cable arrangement function is formed without escape.

  The cable organizer 1 has a function of overlapping use. Therefore, the free end of the lid piece 115 and the right side wall 116 is provided with a fitting mechanism 117 facing each other, for example, the free end of the lid piece 115. Has a V-shaped or U-shaped elastic hook 117a projecting inward, a class-like tenon hook 117b projecting on the outer surface of the hook 117a, and a pressing portion 117c is formed at the upper active end. The free end of the right side wall 116 of the frame 111 is provided with a fitting socket 117d for fitting and connecting the elastic hook 117a, and a fitting groove 117e is opened in the fitting socket 117d in the axial direction. A fitting tenon 1117f for fitting the tenon hook 117b is provided on the upper inner wall of the fitting groove 117e, and an upper guide inclined surface 117g is formed on the upper surface of the fitting tenon 117f, and the hook 117a is formed in the fitting groove 117e. Enter inside.

As shown in FIG. 10, when the hook 117a of the cover piece 115 rotates and contacts the fitting socket 117d of the frame 111, the hook 117a is fitted along the upper guide slope 117g. It enters into the mating groove 117e and penetrates the fitting tenon 117f to the tenon hook 117b, thereby forming a locked state of fitting. When it is desired to release, the tenon hook 117b can be retracted and raised upward by simply pressing the pressing portion 117c, the lock can be released, and the hook 117a can be detached from the fitting groove 117e. it can.

  Among them, the arrangement method of the fitting mechanism 117 is not limited to that shown in the drawing, and it is that the fitting socket 117d is provided at the free end of the lid piece 115, and the hook 117a is separately provided on the right side wall 116. It is also possible to project at the free end.

The bottom surface of the frame body 111 further includes an insertion connection member 118. The insertion connection member 118 has a base 118a, and the top surface of the base 118a is connected to the bottom surface of the frame body 111 by a connection column 118b in the axial direction. The bottom surface of the base 118a extends the insertion connecting column 118c in the axial direction, and the insertion connecting column 118c has at least two wing pieces 118d projecting in the radial direction, and each wing piece 118d has an arcuate positioning piece 118e. The positioning piece 118e limits the distance when the insertion connecting column 118c is fixed to the fixing member 12 (second positioning form) and detached (first positioning form), and the inner wall of the positioning piece 118e is Adjacent to the hollow groove 118f, the positioning piece 118e has elasticity to expand and contract in the radial direction. Also, a convex edge 118g and a lower guide slope 118h positioned below the convex edge 118g are provided below the positioning piece 118e.

  Further, the insertion connecting column 118c is provided with an engaging groove 118i and a contact end 118j below the pair of wing pieces 118d, and when the contact end 118j is implemented, the bottom thereof has, for example, an arc shape. It is not limited to this.

Further, the insertion connecting column 118c has at least two auxiliary wing pieces 118k projecting in the radial direction, and each of the auxiliary wing pieces 118k includes an arcuate auxiliary positioning piece 118, and the auxiliary positioning piece 118m includes the insertion piece 118m. The distance when the connecting pillar 118c is detached from the fixing member 12 (first positioning mode) is limited. In a preferred embodiment, the numbers of the blade pieces 118d and the auxiliary blade pieces 118k are preferably a pair, and equiangular facing installation is preferably employed.

The fixing member 12 is a plate body, and a concave groove 121 capable of accommodating the base 118a can be opened on the upper surface thereof. The concave groove 121 is an insertion connection for inserting the insertion connection pillar 118c in the axial direction. It is preferable to open a hole 122 and open a funnel-shaped inclined port 122a on the top surface of the insertion connection hole 122, and extend to the periphery of the bottom surface of the insertion connection hole 122 up to at least two claw pieces 123. Between the pieces 123, at least two first positioning grooves 124 a and second positioning grooves 124 b that communicate with the insertion connection holes 122 in the radial direction and that insert the blade pieces 118 d and the auxiliary blade pieces 118 k are formed, respectively. . As shown in the figure, the bottom surface of the insertion connection hole 122 of the fixing member 12 has four claw pieces 123 in the axial direction, a pair of first positioning grooves 124 a provided between the four claw pieces 123, and a pair of second positioning positions. The groove 124b is extended.

  The lower stage of the claw piece 123 is preferably inclined inward in the radial direction, and an arcuate projection 123a is provided on the inner wall, and a hook 123b is provided at an appropriate position of the projection 123a, for example, the highest point.

Referring to FIGS. 1 and 2 again, the wire material storage member 11 and the fixing member 12 can be subjected to the first positioning mode of the cable organizer 1 by the manufacturer staff after injection molding.

  3 to 5, when assembling the cable organizer 1, the staff of the manufacturer grasps the wire material storage member 11, and the insertion connecting column 118 c, the anti-wing piece 118 d, and the auxiliary wing piece 118 k. Are inserted in alignment with the insertion hole 122, the paired first positioning groove 124a and the paired second positioning groove 124b, respectively, and the auxiliary guide slope 118h of the pair of blades 118d and the auxiliary blades 118k are supplemented. The lower stage of the positioning piece 118m is moved downward along the inclined opening 122a of the insertion connection hole 122, and is moved into the paired first positioning groove 124a and the paired second positioning groove 124b, respectively. A stopper for pulling the bottom wall of the first positioning groove 124a upward, over the convex edge 415c, and positioning the lower stage of the positioning piece 118e of the anti-wing piece 118d And, for example, the elastic contacts the said pair in the first positioning groove 124a (see FIG. 4). The upper stage of the auxiliary positioning piece 118m of the auxiliary wing piece 118k is positioned, for example, elastically abutted in the second positioning groove 124b (see FIG. 5), and detached from the wire material storage member 11 and the fixing member 12. An impossible first positioning configuration is formed.

Among them, the advantage that the pair of auxiliary blades 118k is installed in the pair of second positioning grooves 124b is that the vibration of the blades 118d that can be generated in the vertical direction is avoided, and the wire material storage member 11 and the fixing member are avoided. 12 is to ensure the stability of coupling to the first positioning configuration.

  Referring to FIGS. 6 to 9, when the assembly factory acquires the cable organizer 1 in the first positioning form and performs the assembly, the staff of the assembly factory holds the cable organizer 1 and holds the bottom. The column-shaped claw piece 123 is inserted into the plate hole 21 of the plate member 2 in alignment.

Subsequently, the assembly staff presses the wire rod storage member 11 to move the insertion connection column 118c below the insertion connection hole 122, and the contact end 118j at the bottom of the insertion connection column 118c is a protrusion on the inner wall of the claw piece 123. When the claw piece 123 is positioned in the portion 123a, the claw piece 123 expands in the radial direction so that the projection end 123a covers the contact end 118j, and the fitting groove 118j of the insertion connecting column 118c is connected to each claw piece 123. The hook 123b is hooked, the fixing member 12 is fitted into the plate hole 21 of the plate member 2 (see FIG. 8), and the upper stage of each positioning piece 118e of the anti-wing piece 118d is positioned. The pair of first positioning grooves 124a are elastically contacted (see FIG. 7), and the cable organizer 1 is formed with an extended second positioning configuration.

  Referring to FIG. 10, when the cable organizer clamps and positions the wire, the at least one wire 3 to be arranged, for example, a power line, a signal line, etc. is accommodated in the accommodation space 112 of the frame 111. Just do it. Subsequently, the lid piece 115 is rotated and coupled to the right side wall 116 with the bent portion 114 as a fulcrum, and the hook 117a of the lid piece 115 is fitted and connected into the fitting groove 117e of the fitting socket 117d. Then, the opening of the housing space 112 is sealed with the lid piece 115, and the at least one wire 3 is housed in the housing space 112, thereby achieving the purpose of arranging and fixing cables.

When the cable organizer 1 is removed from the plate member 2 for replacement, the maintenance staff grasps the wire housing member 11 and pulls it out in the axial direction, and the engagement grooves 118i of the insertion connecting column 118c and The contact ends 118j are respectively separated from the flanges 123b and the projections 123a of the claw pieces 123, and the convex edges 118g of the anti-wing pieces 118d are abutted against the bottom wall of the first positioning groove 124a. The wire material storage member 11 cannot be detached from the fixing member 12 in the axial direction, and the lower stage of each positioning piece 118e of the anti-wing piece 118d is positioned, for example, elastically abutted in the first positioning groove 124a ( 4), and the upper stage of the auxiliary positioning piece 118m of the auxiliary wing piece 118k is positioned, for example, elastically abutted in the second positioning groove 124b (see FIG. 5). At this time, the claw piece 123 recovers the cylindrical shape, and therefore the maintenance staff can smoothly pull the claw piece 123 of the cable organizer 1 away from the plate hole 21 of the plate material 2.

  As shown in FIG. 11, it is explanatory drawing of 2nd Example of this cable organizer, and a present Example is used for showing the same member compared with 1st Example, and using this book. The embodiment and the previous embodiment have many common components, so only the differences between them will be described below. In order to avoid the problem that the fixing member 12 is attached to the plate member 2 and causes rotation, a fixing tenon 125 is provided on the bottom surface of the fixing member 12 so that the plate hole 21 of the plate member 2 is formed as a lock hole. After the claw pieces 123 and the fixing tenon 125 are projected, the fixing tenon 125 is caused to interfere with the plate hole 21 so that the fixing member 42 does not rotate on the plate member 2.

Therefore, the effect of the increase in profit by the implementation of the present application is that the cable organizer and the plate material set are attached and removed in the same direction, for example, proceeding above the plate material, and therefore performing the attachment and removal operations alone. And the convenience during operation can be increased, and when the wire member storage member and the fixing member are in the first positioning form, both are separated in the axial direction and cannot be Avoid the loss of. Further, when the wire material storage member and the fixing member are in the second positioning form, the claw pieces of the fixing member are firmly bonded to the plate material by expansion, and the cable organizer is axially attached to the plate material. In addition, the wire connecting member is not caused to vibrate by being detached and firmly inserting and connecting the insertion connecting column into the insertion connecting hole. In particular, by closing and opening the fitting structure of the wire material storage member, the wire material storage member is provided with a function of overlapping use, and the at least one wire material is arranged in the accommodation space and does not escape, and the like. Is unheard of.

  The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

DESCRIPTION OF SYMBOLS 1 Cable organizer 11 Detergent storage member 111 Frame 112 Storage space 113 Left side wall 114 Bending part 115 Lid piece 116 Right side wall 117 Fitting mechanism 117a Hook 117b Tenon hook 117c Pressing part 117d Fitting socket 117e Fitting groove 117f Fitting tenon 117 g Upper guide slope 118 Insertion connection member 118 a Base 118 b Connection pillar 118 c Insertion connection pillar 118 d Wing piece 118 e Positioning piece 118 f Air gap 118 g Convex edge 118 h Lower guide slope 118 i Engaging groove 118 j Contact end 118 k Auxiliary blade piece 118 m Auxiliary positioning piece 12 Fixed member 121 Concave groove 122 Insertion connection hole 122a Inclined port 123 Claw piece 123a Protruding part 123b 鉤 124a First positioning groove 124b Second positioning groove 125 Fixed tenon 2 Plate material 21 Plate hole 3 Wire material

Claims (7)

A frame having an accommodating space for accommodating and organizing at least one wire, and an insertion connecting member connected to the bottom surface of the frame, the insertion connecting member having a base for extending an insertion connecting column on the bottom surface The insertion connecting column has at least two wing pieces projecting in a radial direction, each wing piece including a positioning piece whose inner wall is adjacent to the hollow groove and a convex edge located below the positioning piece; And the insertion connecting column includes a wire material storage member provided with an engaging groove and a contact end respectively below the blade piece;
An insertion connection hole for inserting the insertion connection column in the axial direction is opened, at least two claw pieces are extended around the bottom edge of the insertion connection hole, and communicated with the connection hole in at least two radial directions between the claw pieces. And a fixing member that forms a first positioning groove into which the wing piece is inserted and that has a protrusion having a hook on the inner wall of the claw piece,
When the insertion connecting column and the wing piece are inserted into the insertion connecting hole and the first positioning groove, the convex edge uses the bottom wall of the first positioning groove as a stopper, and the positioning piece The lower stage is positioned in the first positioning groove to form a first positioning form, and when the contact end is positioned on the protrusion, the claw piece expands in a radial direction, and the engagement groove is A cable organizer that is fitted into a flange and the upper end of the positioning piece is positioned in the positioning groove to form a second positioning form.   The left side wall of the frame body is connected to a lid piece by a bent portion recessed in an arc shape, and the right side wall of the frame body and the free end of the lid piece are provided with a fitting mechanism relatively, and the fitting mechanism The cable organizer according to claim 1, wherein the opening of the accommodation space is hermetically sealed by the lid piece.   The fitting mechanism has an elastic hook protruding at the free end of the lid piece, and a fitting socket protruding at the free end of the right side wall, the fitting socket opening a fitting groove, The hook is fitted and connected in the fitting groove, and the hook is V-shaped or U-shaped, and a tenon hook is provided on the outer side thereof, and the free end of the tenon hook is provided with a pressing portion. A fitting tenon for fitting the tenon hook to the fitting groove upper inner wall of the fitting socket, and the tenon hook is fitted into the fitting tenon when the hook is fitted into the fitting groove. The cable organizer according to claim 2, wherein the cable organizer is positioned below and forms a locked state.   The insertion connecting column protrudes at least two auxiliary wing pieces in the radial direction relative to the wing pieces, and each of the auxiliary wing pieces has an auxiliary positioning piece, and further in the radial direction between the claw pieces. At least two second positioning grooves that communicate with the insertion connection hole and are inserted and connected to the auxiliary wing piece, and when in the first positioning form, the upper stage of the auxiliary positioning piece is the second positioning groove. The cable organizer according to claim 1, wherein the cable organizer is positioned within the cable organizer.   The cable organizer according to claim 4, wherein the number of the wing pieces and the auxiliary wing pieces is a pair, and equiangular facing installation is adopted.   2. The recess according to claim 1, wherein a concave groove for accommodating the base is formed on the upper surface of the fixing member, communicates with the concave groove and the insertion connection hole, and is connected to the frame body by a connection column in an axial direction of the upper surface of the base. Cable organizer.   The cable organizer according to claim 1, wherein a fixing tenon is provided on the bottom surface of the fixing member.