JP6375095B2 - Cable holder - Google Patents

Description

  The present invention relates to a cable holder for fixing and holding a cable to a board, and more particularly to a cable holder that can be easily fixed to and removed from the board.

  A cable holder is used to hold a cable disposed on a chassis or panel of an electronic device or a substrate. As this cable holder, for example, a structure having a fixing part for fixing the cable holder itself to the substrate and a holding part for holding the cable so as to hold the cable is provided. Furthermore, in recent years, as described in Patent Document 1, a so-called reuse structure in which the fixing portion is easily attached to and detached from the substrate has been proposed. The characteristic of the cable holder of Patent Document 1 is that it is elastic in a fixing hole H provided in the substrate BP as shown in FIG. 4B as a cable holder CHx deformed corresponding to the cable holder of the present invention described later. The fixing part 100 having a pair of fitting pieces 113 that are fitted together is integrally provided on the lower part of the holding part 200 having a rectangular frame shape having an upper opening so as to hold the cable inside, Furthermore, the release piece 115 connected to each of the pair of fitting pieces 113 is arranged in a state where it is swollen on both the left and right sides of the holding portion 200. In this cable holder CHx, the fitting piece 113 is fitted into the fixing hole H of the board BP to fix the board BP, and in this fixed state, the left and right release pieces 115 are picked with fingers or the like to the inside. By pressing and deforming, it is possible to deform the left and right fitting pieces 113 connected to the inside, release the fitting with the fixing hole H, and remove the cable holder CHx from the board BP.

Japanese Patent No. 3938754

  The cable holder CHx of Patent Document 1 is extremely effective in terms of reuse. However, since the release piece 115 swells to the left and right of the holding part 200, the horizontal dimension w2 of the entire cable holder is larger than the dimension of the holding part 200 that actually holds the cable. Since the increase in size is slight, it is not a big problem for actual use. However, it is preferable to reduce the left and right dimensions of the cable holder to the dimensions of the holding portion 200 if possible. Further, since the cable holder CHx of Patent Document 1 enables the release with the release piece 115 even with a small operation force in order to improve the operability in reuse, it seems that an external force is applied to the release piece 115 on one side. Even in this case, the fitting piece 113 is deformed inward, and the fitting piece 113 is easily dropped from the fixing hole H. For example, an operator's hand or jig may be brought into contact with the release piece 115 on one side of the cable holder during maintenance of the electronic device, and external force may be applied to the release piece 115 due to this contact. If the operating force of the release piece 115 is designed to be large, the problem due to such an external force can be solved, but this requires a large force on the fingertip when removing the cable holder CHx from the board BP, resulting in a decrease in operability. become. This is less likely to be a problem in actual use, but if possible, it is easy to remove the cable holder, but if external force is applied to one side of the cable holder, it can be fitted from the fixing hole. It is preferable that the pieces do not fall off.

  The object of the present invention is to reduce the size and to enable the removal from the substrate with a small operating force at the time of reuse, but when the external force is applied from one side, it does not fall off the substrate. A cable holder is provided.

The cable holder of the present invention is a cable holder including a fixing portion that is fitted and fixed in a fixing hole provided in a substrate, and a holding portion that is formed integrally with the fixing portion and holds a cable. The fixing portion includes a pair of fitting pieces fitted in the fixing holes, and the holding portion includes a pair of holding pieces whose base ends are connected to the pair of fitting pieces, and whose distal ends are arranged to face each other, When the fixing portion is fitted and fixed in the fixing hole, the tips of the pair of holding pieces are in contact with each other, and the tips are deformed when the holding pieces are elastically deformed inward. The pair of fitting pieces are contracted inwardly without any problem.

In the present invention, the fixing portion integrally has a leg piece that elastically contacts the surface of the substrate and generates a biasing force for promoting the engagement between the fitting piece and the fixing hole, and the leg piece is a holding piece. It is preferable that it is configured as an independent piece or a part of a holding piece. In addition, the holding portion has a pair of holding pieces whose leading edges are staggered, and is configured as a crossing edge where the leading edges of both holding pieces cross in the width direction and the thickness direction when the cable holder is fixed to the substrate. It is preferable. Alternatively, the holding portion can be deformed to a position where the distal end portion of at least one holding piece of the pair of holding pieces faces the distal end portion of the other holding piece. An engaging portion is provided for connecting the two to each other. Furthermore, a column piece erected between the pair of fitting pieces, and a horizontal piece that is connected to the column piece and covers the gap between the pair of fitting pieces, the horizontal piece is elastically deformed at both ends. It has an easy abutment piece, and this abutment piece is arranged opposite to the inner surface of the pair of holding pieces, and when the fixing part is fitted in the fixing hole, the inner surface of the pair of holding pieces abuts against the abutment piece. It is assumed that the contact is made . Alternatively, the horizontal piece is connected to holding pieces that are arranged opposite to each other and have contact pieces that are easily deformed elastically at both ends .

  According to the present invention, since there is no release piece for releasing the engagement between the fitting piece and the fixing hole, it is possible to prevent the overall size of the cable holder from increasing. In addition, by deforming the pair of holding pieces inward from both sides, the pair of fitting pieces integral with the pair are deformed inward to release the engagement with the fixing hole. When the pieces are deformed inward, the tips abut against each other, and the deformation force inward of the holding pieces acts only on the fitting pieces, so that the fitting can be released with a small force. On the other hand, when an external force is applied to one holding piece, the external force is transmitted and absorbed from the abutting tip to the other holding piece, so that the fitting piece does not come out of engagement with the fixing hole. Furthermore, by engaging the tip portions of the pair of holding pieces, the holding function of the cable by the holding pieces is enhanced, and the cable can be held stably, and on the contrary, the engagement of the tip portions is achieved. It can be easily released and the cable can be easily removed.

  Further, according to the present invention, by transmitting the elastic force generated by the leg pieces to the fitting piece and the holding piece, respectively, the engaging force by the fitting piece can be increased and the holding force of the cable by the holding piece can be increased. Particularly, since the tips of the holding pieces are brought into contact with each other in a state where they intersect with each other in the width direction and the thickness direction, the contact state of both holding pieces can be strengthened. Since the gap between the pair of mating pieces is covered by the horizontal piece, the cable does not fall between the mating pieces, and it is possible to secure the elastic operation of the fitting piece and securely fix it to the board and remove it. become. In addition, the horizontal piece is arranged opposite to the holding piece, and the both ends of the horizontal piece are connected to the holding piece arranged opposite to each other, thereby preventing the relative twisting of the horizontal piece and the holding piece and ensuring the cable drop. In addition to preventing, the holding piece is not easily deformed inward, so that it is difficult to fall off the substrate.

FIG. 3 is an external perspective view of the cable holder according to the first embodiment. The front view of the cable holder of Embodiment 1, a top view, and a right view. The front view which shows the attachment state and removal state of the cable holder of Embodiment 1. FIG. The front view which compares and shows the cable holder of Embodiment 1 and patent document 1. FIG. The front view of the cable holder of the modification of Embodiment 1. FIG. The front view of the cable holder of the other modification of Embodiment 1. FIG. The front view of the cable holder of Embodiment 2. FIG. The front view of the cable holder of a modification. The external appearance perspective view of the cable holder of a different modification. The front view which shows the attachment state and removal operation of the cable holder of a different modification.

(Embodiment 1)
Next, Embodiment 1 of the present invention will be described. FIG. 1 is an external perspective view of a cable holder according to the present invention, and FIGS. 2A to 2C are a front view, a plan view, and a right side view. The cable holder CH is fitted into a circular fixing hole H opened in a chassis, panel, or board (hereinafter, represented by the board in this specification) BP of the electronic device and fixed to the board BP. And a cable C disposed on the upper side of the fixing unit 1 and formed integrally with the fixing unit 1 and extending along the surface of the substrate BP (see FIG. 3A). And a holding portion 2 for holding the. Here, the fixing portion 1 and the holding portion 2 are formed by integral molding of resin.

  The fixing part 1 has a columnar piece 11 in the shape of a short plate oriented in the vertical vertical direction. From the lower end of the columnar part 11 to both sides in the plate thickness direction, here diagonally upward in the left and right direction in FIG. And a pair of fitting pieces 13 each having a generally V shape in front view. On the outer surface of the intermediate position in the vertical direction of these fitting pieces 13, a step portion 13 a having a wide lower end side is provided. The dimension between the step portions 13a of the fitting piece 13 in the left-right direction is designed to be approximately the same as or slightly larger than the inner diameter of the fixing hole H. Further, a tongue-like leg piece 14 projecting obliquely outward and downward is provided at the upper end of each fitting piece 13, and the vertical direction of the leg piece 14 and each stepped portion 13a is provided. The spacing dimension is at least smaller than the thickness of the substrate BP. Here, the distance dimension is designed to be a very small dimension close to zero.

  The pillar pieces 11 are not necessarily required in the present invention as long as the left and right fitting pieces 13 are integrated with each other at the lower end portion and have a required shape retaining property. Thus, in order to increase the strength reliability of the cable holder CH, it is preferable to provide the column piece 11 as in the first embodiment. As will be described later, the thickness of the pillar piece 11 is such that when the fitting piece 13 is fitted into the fixing hole H, the fitting piece 13 is elastically deformed inward to be inserted through the fixing hole H. It is formed in a dimension as thick as possible within the range that enables the above. In addition, a horizontal piece 12 extending in the horizontal direction is integrally provided at the upper end of the pillar piece 11, and the horizontal piece 12 is at least a V-shaped gap generated between the pair of fitting pieces 13. The length dimension in the left-right direction is designed to cover.

  On the other hand, the holding portion 2 has a base end connected to the left and right fitting pieces 13 of the fixing portion 1 and extends from the base end toward the upper region, and a pair of holding pieces whose ends are opposed to each other. 20 In the first embodiment, each holding piece 20 is connected to the upper end portion of the fitting piece 13, and has a lower side portion 21 extending outward from the upper end portion with a small size and a predetermined size from the lower side portion 21. It has a side part 22 extended upward and an upper part 23 extended inward from the side part 22 and is formed in a U-shape facing each other. In order to hold the cable surrounded by the piece 20, a substantially rectangular holding area is defined between the holding pieces 20.

  The lower side portion 21 has an upper surface close to the lower surface of the horizontal piece 12 with a minute size. The side portion 22 is almost entirely thicker than the other sides, and the outer side surface is prevented from slipping at the fingertip when operating the cable holder CH as will be described later. Ridges 22a are provided. The upper side portion 23 is inclined with the tip side slightly inclined downward, the left and right upper side edges are arranged opposite to each other, and the ½ portion of each tip edge in the width direction is different from each other. The leading edge is formed as a crossing edge 23a that crosses in the width direction and the thickness direction.

  As shown in FIG. 3A, the cable holder according to the first embodiment fixes the cable holder CH to the board BP by fitting the fitting piece 13 of the fixing portion 1 into the fixing hole H of the board BP. To do. In this fixing, the fitting piece 13 is inserted into the fixing hole H from one surface of the substrate BP, here the surface side. That is, when the fitting piece 13 is inserted into the fixing hole H, both the fitting pieces 13 are elastically deformed inward by the inner edge of the fixing hole H, and when the stepped portion 13a passes through the fixing hole H and passes. The step 13a is engaged with the inner edge of the fixing hole H by elastic return to the outside. Further, as the fitting piece 13 is inserted into the fixing hole H, the tip of the pair of leg pieces 14 comes into contact with the surface of the substrate BP and the tip elastically deforms upward, and the elastic restoring force causes the surface of the substrate BP. It will be in a state of being touched by. Due to the elastic restoring force of the leg piece 14, an upward force is generated in the fitting piece 13, and this force promotes the engagement state between the step portion 13 a of the fitting piece 13 and the inner edge of the fixing hole H, thereby fixing the fitting piece 13. The part 1 is fixed to the fixing hole H of the board BP in a stable state, and the cable holder CH is fixed to the board BP.

  In addition, in the state where the cable holder CH is fixed to the board BP, the left and right fitting pieces 13 are respectively deformed inward, and accordingly, the side portions 22 of the left and right holding pieces 20 are respectively in a normal state. Is also elastically deformed so that it tilts inward, and here it has a substantially vertical posture. As a result, the crossing edges 23a of the left and right upper side parts 23 are brought into contact with each other. In this contacted state, the crossing edges 23a of both the upper side parts 23 are crossed in an X shape when viewed from the front. Both the crossing edges 23a are brought into contact with each other in a state of intersecting in the width direction (direction perpendicular to the paper surface in FIG. 3A) and the thickness direction (vertical direction in FIG. 3A).

  The cable C can be held by the holding portion 2 by inserting the cable C between the left and right holding pieces 20 from above. That is, when the cable C is pushed downward from the upper side 23 of the holding pieces 20, the crossing edge 23 a at the tip of the upper side 23 is elastically deformed downward to allow the insertion of the cable C. After being done, it will be restored upward. As a result, the cable C is held in the holding area defined by the left and right holding pieces 20 and is held on the board BP. At this time, the V-shaped gap generated between the left and right fitting pieces 13 of the fixing portion 1 is covered with the horizontal piece 12, so that the cable C does not enter the gap and will be described later. When removing the cable holder CH from the board BP, the fitting pieces 13 cannot be deformed inward. Further, since both upper side portions 23 are in contact with each other at the crossing edge 23a so as to intersect with each other in the width direction and the thickness direction, both upper side portions 23 are constrained to each other in the width direction and the thickness direction, so Thus, the posture retention of the upper side portion 23 is enhanced and the cable C is prevented from being detached upward, and the reliability of cable retention at the retaining portion can be enhanced.

  Further, in this cable holder CH, when it is fixed to the board BP, the elastic force generated in the leg piece 14 is transmitted to the holding piece 20, and as a contact force at the crossing edge 23a of the upper side portion 23 of the holding piece 20. Added. For this reason, contact reaction forces in the outward direction are generated in the left and right upper side portions 23, and the contact reaction forces are transmitted to the lower side portion 21 via the side portions 22. This acts as a force that widens the left and right fitting pieces 13 in both outer directions, and the fitting force of the stepped portion 13a of the fitting piece 13 with respect to the fixing hole H is increased. Further, in the fixing portion 1, each lower side portion 21 of the holding piece 20 is brought into contact with the lower surface of the horizontal piece 12 on the upper surface, so that an upward force is generated in the horizontal piece 12, and this force is Since it is transmitted to the left and right fitting pieces 13 via the piece 11, the engaging force with the inner edge of the fixing hole H in the step portion 13a of the fitting piece 13 is increased. Further, a frictional force is generated between the lower side portion 21 and the lateral side 2 due to the contact, and this frictional force gives the lower side portion 21 a moderation in the movement in the left-right direction. Deformation is also suppressed, and the fitting piece 13 is hardly detached from the fixing hole H. As a result, the reliability of the fixed state in the fixed portion 1 can be improved.

  When the cable holder CH is removed from the board BP for reuse of an electronic device equipped with the cable holder, as shown in FIG. 3B, the side portions 22 of the left and right holding pieces 20 are fingered or the like. Pick it up and push it inward. Finger slipping when picked by the ridge 22a provided on the outer surface of the side portion 22 is prevented. By pressing the side portion 22 inward, the side portions 22 are elastically deformed inward, and this elastic deformation is transmitted to the fitting piece 13 through the lower side portion 21, and both fitting pieces 13 are elastically inward. Deformed and reduced in width. As a result, the engagement state between the stepped portions 13a of the fitting pieces 13 and the inner edge of the fixing hole H is released, so that the cable holder CH can be detached from the board BP. At this time, when the operating force F1 is applied to the side portion 22 inward, the force F2 applied to the upper end side of the side portion 22 is brought into contact with the upper edge portion 23a of the left and right upper side portions 23 due to the abutment. 23 is not deformed inward, so the forces F2 cancel each other. Therefore, almost all of the operating force F1 is applied to the lower side portion 21 to become a force F3 for releasing the engagement with the fitting piece 13, and the efficiency of the operating force F1 is increased, and the fitting piece 13 with a small operating force F1. Can be easily detached from the fixing hole H, and the cable holder can be easily detached.

  On the other hand, in the cable holder CH, since the release piece for releasing the fixation at the fixing portion 1 does not protrude outside the holding portion, unlike the cable holder of Patent Document 1, the holding portion 2 The left and right dimensions are the outer dimensions of the cable holder. That is, referring to FIG. 4, as shown in FIG. 4B, the left and right dimensions of the cable holder CHx of Patent Document 1 are the left and right dimensions of the holding portion 200 plus the protruding dimension of the release piece 115. On the other hand, the cable holder CH of Embodiment 1 can reduce the overall dimensions of the cable holder because the left and right dimensions of the holding portion 2 are left and right as shown in FIG. 4A. This is advantageous in reducing the installation space for the cable holder. In other words, when securing a holding area having the same height A1 as the cable holder CHx of Patent Document 1 and the same area A1, that is, an area capable of holding the same thickness and number of cables. In the cable holder CH of Embodiment 1, the left and right dimensions of the holding portion 2 can be further reduced. Alternatively, in the case of the same left and right dimensions, the area of the holding region can be increased, and the diameter and number of cables that can be held can be increased.

  This cable holder CH is less likely to come into contact with the operator's hand or jig as the release piece 115 does not protrude outward as in Patent Document 1, and the probability that an external force is applied is reduced. The probability that the fixing at 1 is unintentionally released and the cable holder CH is dropped from the board BP is also reduced. Further, if an external force is applied to the holding piece 20 of the cable holder CH so as to be deformed inward, the side portion 22 is formed thicker than the release piece 115 of Patent Document 1. However, since the mechanical strength is enhanced, it is not easily elastically deformed inward, and therefore, the fitting piece 13 is prevented from being deformed inward to prevent the substrate BP from falling off. Further, in the cable holder of Patent Document 1, when an external force is applied only to one release piece 115, all of the external force is transmitted from the one release piece 115 to the fitting piece 113 connected thereto. Thus, it is applied as a force for releasing the engagement with the fixing hole H. On the other hand, in the cable holder CH of Embodiment 1, as shown in FIG. 3A, the external force F11 applied to the holding piece 20 on one side is distributed and transmitted to the upper side portion 23 and the lower side portion 21. However, the component force F12 transmitted to the upper side portion 23 is absorbed by deforming the upper side portion 23 of the holding piece 20 on the opposite side in contact with the outer side. For this reason, even if the side portions 22 are tilted, the force F13 transmitted to the lower side portion 21 is greatly reduced, and this reduced force F13 is related to the fixing hole H in the fitting piece 13. The cable holder CH is prevented from being detached from the board BP by an external force without being deformed until it is removed.

  Here, as shown in FIG. 5A (a), contact pieces 12a that are easily elastically deformed at both ends of the horizontal piece 12 may be integrally protruded outward. By providing the contact piece 12a, as shown in FIG. 5A (b), the left and right side portions 22 are deformed inward in a state where the cable holder CH is fixed to the substrate BP. 12 a is elastically deformed and elastically contacts the inner surface of the side portion 22. Therefore, the side portion 22 is pressed outward by the elastic restoring force of the contact piece 12 a, and this pressing force is transmitted to the fitting piece 13 through the lower side portion 21, and the stepped portion of the fitting piece 13 is The engaging force with the fixing hole H in 13a is increased, and the cable holder CH is less likely to fall off the substrate BP. At the same time, the horizontal piece 12 functions as a pulling piece for preventing the side portion 22 from being deformed inward, so that the side portion 22 is deformed inward by an external force and the fitting piece 13 is fixed to the fixing hole H. Is prevented from falling off. Thereby, the reliability of the fixed state with respect to the board | substrate BP of the cable holder CH can be improved more.

(Embodiment 2)
FIG. 6A is a front view of the cable holder of the second embodiment, and the same parts as those of the first embodiment are denoted by the same reference numerals and detailed description thereof is omitted. In the first embodiment, the left and right holding pieces 20 are connected to the upper ends of the left and right fitting pieces 13, and the left and right leg pieces 14 are formed as independent pieces protruding from the upper ends of the left and right fitting pieces 13, respectively. In the second embodiment, the leg piece is also used as the lower side portion 21 of the holding piece 20. That is, the lower side portions 21 of the left and right holding pieces 20 connected to the upper ends of the left and right fitting pieces 13 are configured to protrude obliquely downward on the left and right outer sides, respectively. The portion 22 is configured to extend upward or inward from the tip of the lower side portion 21 positioned below this portion. Accordingly, in the holding piece 20 of the second embodiment, the side part 22 and the upper side part 23 are the same as those of the first embodiment, but the lower side part 21 is configured to be combined with the leg piece 14 of the first embodiment. Yes.

  In the configuration of the cable holder CH of the second embodiment, as shown in FIG. 6B, when the fitting piece 13 of the fixing portion 1 is inserted into the fixing hole H of the board BP, the stepped portion of the fitting piece 13 It is the same as in the first embodiment that 13a engages with the inner edge of the fixing hole H. Also, the step 13a of the fitting piece 13 is released from the engagement with the inner edge of the fixing hole H by pressing the side portions 22 inward and deformed, and the cable holder CH is removed from the board as in the first embodiment. The same.

  In the cable holder CH of Embodiment 2, the tip of the lower side portion 21 of the holding piece 20 of the holding portion 2 comes into elastic contact with the surface of the substrate BP, and the fitting piece 13 is moved by the restoring force at the lower piece portion 21 at that time. It is urged upward to promote the engagement between the fitting piece 13 and the fixing hole H. That is, the upper side portion 21 exhibits a function equivalent to that of the leg piece 14 of the first embodiment. At the same time, the uppermost part of the lower side part 21, here the part where the lower side part 21 is connected to the fitting piece 13 abuts upward on the lower surface of the horizontal piece 12, By urging the piece 12 and the column piece 11 upward, the fitting piece 13 is urged upward, and the engaging force with the fixing hole H is promoted.

  Furthermore, since the contact piece 12a is provided at both ends of the horizontal piece 12 in the second embodiment, the contact piece 12a contacts the inner surface of the side part 22 and presses the side part 22 to the outside. The portion 22 is prevented from being deformed inward. Thereby, the fitting piece 13 is not easily dropped from the fixing hole H. Similarly to the first embodiment, the tip of the upper side portion 23 of the holding piece 220 is configured as an L-shaped crossing edge 23a in a plan view, and the crossing edge 23a of each upper side portion 23 abuts in the width direction and the thickness direction. Thus, an outward biasing force is generated on the side portion 22 or the fitting piece 13, and the fitting piece 13 is widened in both outer directions to promote the engagement state with the fixing hole H. As a result, the left and right holding pieces 20 can be deformed inward as in the first embodiment, and the fitting piece 13 can be easily removed from the fixing hole H, while only the one holding piece 20 is deformed inward. In this case, the fitting piece 13 does not easily come off from the fixing hole H, and therefore the cable holder CH is not easily detached from the board BP by an external force.

  Further, since the cable holder of the second embodiment does not have an independent leg piece as in the first embodiment, it is possible to prevent a decrease in reliability when the cable holder is fixed due to the leg piece being damaged. Further, the absence of leg pieces simplifies the overall shape of the cable holder CH, and simplifies the mold structure for resin molding of the cable holder CH to reduce the mold cost or product cost. Become advantageous.

  In the first and second embodiments, the fixing portion 1 is provided with the T-shaped component portion of the pillar piece 11 and the horizontal piece 12. If the desired fixed state is secured by engaging the cable, when the cable is held in the holding portion 2, the cable falls between the fitting pieces 13 so that the fitting piece 13 moves inward. The column pieces 11 and the horizontal pieces 12 can be omitted if they do not disturb the elastic deformation.

  Alternatively, both ends of the horizontal piece 12 may be connected to the holding piece 20. For example, FIG. 5B (a) shows an example applied to the first embodiment, but the contact piece 12a provided at the tip of the horizontal piece 12 is connected to the inner surfaces of the left and right side portions 22 of the holding piece 20. That is, the abutting piece 12a is configured as a connecting piece, and both ends of the horizontal piece 12 are connected to the inner surface of the side portion 22 of the holding piece 20 arranged to face each other. This prevents relative twisting between the horizontal piece 12 and the side portion 22, that is, relative rotation in the direction perpendicular to the paper surface, and improves the stability of the shape as a cable holder. To do. In particular, as shown in FIG. 5B (b), when the cable holder CH is fixed to the substrate BP, the side portion 22 is twisted by an external force or the like applied to a supporting cable (not shown). In some cases, the stability of the shape is ensured. If the horizontal piece 12 is not connected to the side portion 22, only the side portion 22 is twisted, and a gap may be formed between the horizontal piece 12 and the cable may drop. By connecting the horizontal piece 12 to the side part 22 via 12a, when the side part 22 is twisted, the horizontal piece 12 is also twisted integrally, so that there is a gap between the horizontal piece 12 and the side part 22. Will not occur, and the cable will surely be prevented from falling.

  On the other hand, by connecting the horizontal piece 12 to the side portion 22 in this way, when the left and right side portions 22 are deformed inward when the cable holder CH is fixed to the substrate BP, the abutment is made. Although the piece 12a is elastically deformed, the reaction force presses the inner surface of the side portion 22 outward, and the engagement force with the fixing hole H in the step portion 13a of the fitting piece 13 is increased via the lower side portion 21 to increase the cable. It becomes difficult for the holder CH to fall off the substrate BP. At the same time, by connecting the horizontal piece 12 to the side portion 22 via the contact piece 12a, the side piece 22 is not easily deformed inward even if it receives an external force, and the fitting piece 13 falls out of the fixing hole H. This prevents the cable holder CH from being fixed to the board BP more reliably. In addition, although illustration is abbreviate | omitted, the structure which connects the horizontal piece 12 to the side part 22 by the contact piece 12a is applicable also to Embodiment 2. FIG. Further, the same applies to the modified examples described later.

  In the first and second embodiments, the upper edge portion 23 of the holding piece 20 has an L-shaped intersection edge 23a at the tip edge, thereby bringing the intersection edges 23a into contact with each other in the width direction and the thickness direction. 2 is only for the purpose of closing the upper opening so that the cable does not fall off, the configuration in which the tips of both upper side portions 23 are close to or in contact with each other, or the configuration in which both tips overlap in the vertical direction. Just do it. Further, the side portion 22 of the holding piece 20 is not limited to a shape that is close to a straight line as in the first embodiment, or a shape that is somewhat bulged outwardly as in the second embodiment. The shape can be changed as appropriate so as to form a holding region having an arbitrary shape corresponding to the number or the like.

  For example, FIG. 7 is a cross-sectional view of a state in which the cable holder according to the modification of Embodiments 1 and 2 is fixed to the substrate BP. Here, the configuration of the holding portion 2, particularly the configuration of the upper side portion 23 of the holding piece 20, is configured such that the tips of the left and right upper side portions 23 simply abut. When the cable holder is fixed to the substrate BP, the left and right upper side portions 23 come into contact with each other in the opposite direction, thereby preventing the cable held in the holding portion 2 from falling off. Further, as in the first and second embodiments, when an external force is applied to the holding piece 20 on one side by the contact at the left and right upper side portions 23, the force applied to the fitting piece 13 is reduced by the inclination of the holding piece 20. When the left and right holding pieces 20 are deformed inward, the fitting pieces 13 are deformed inward with a small force to release the fixing when the left and right holding pieces 20 are deformed inward. be able to.

  Alternatively, FIG. 8 shows a sectional view of a cable holder CH of a further different modification. In this example, in the holding portion 2, the pair of holding pieces 20 </ b> A and 20 </ b> B are erected substantially vertically with a required length from the base portion connected to the pair of fitting pieces 13 vertically upward. The one holding piece 20A on the left side of the figure is formed longer than the other holding piece 20B on the right side. The one holding piece 20A can be bent at the front end portion 20Aa in the thickness direction in the thin flexible portion 20a provided at the intermediate portion in the length direction. The tip of the holding piece 20A is positioned opposite to the tip of the other holding piece 20B. In addition, the distal end portion of one holding piece 20A is formed as an engagement wedge portion 24 that is bent inwardly in a tapered shape. The engagement wedge portion 24 is provided with a locking claw 24a on the tapered surface on the distal end side, and the bent distal end is configured as an engagement release portion 24b. The tip of the other holding piece 20B is formed as an engagement recess 25 made of a box-like frame body into which the engagement wedge 24 can be fitted. A locking frame 25a with which the pawl 24a engages is provided. The configuration of the fixing portion 1 of the cable holder is the same as that of the first embodiment, and includes the same column piece 11 and horizontal piece 12.

  For example, as shown in FIG. 9A, the cable holder CH is inserted into the cable C held between the pair of holding pieces 20A and 20B before being fixed to the substrate BP, and one holding is performed. The tip 20Aa of the piece 20A is bent inward from the chain line state in the flexible part 20a, and the engagement wedge part 24 provided at the tip part is provided at the tip of the other holding piece 20B as shown by the solid line in the figure. It fits into the engaging recess 25. When the engagement wedge 24 is inserted, the locking claw 24a is elastically deformed and press-fitted into the engagement recess 25, and when the elastic claw is restored, the locking claw 24a is engaged with the locking frame 25a. The combined wedge portion 24 does not come off from the engaging recess 25, and the cable C is reliably held between the pair of holding pieces 20A and 20B. Then, the cable holder CH is fixed to the substrate BP by fitting the pair of fitting pieces 13 of the fixing portion 1 into the fixing holes H of the substrate BP, and the held cable C is fixedly held to the substrate BP. It becomes possible. As described above, the cable holder CH can be fixed to the board BP in a state where the cable C is first held in the holding portion 2, so that workability when holding a plurality of cables C together is improved. Is done. Of course, it is also possible to hold the cable C in the holding part 2 after fixing the cable holder CH to the substrate BP.

  When removing the cable holder CH from the board BP for reuse, as shown in FIG. 9B, the left and right holding pieces 20A and 20B may be picked with fingers or the like and pushed inward as indicated by arrows. . By pushing both holding pieces 20A and 20B inward, both holding pieces 20A and 20B are elastically deformed inward, and by this elastic deformation, both fitting pieces 13 are elastically deformed inward and reduced in width. Thereby, the engagement state of both the fitting pieces 13 and the fixing hole H is released, and the cable holder CH can be detached from the board BP. At this time, when an operating force is applied to both holding pieces 20A and 20B, the respective leading ends are connected by the engagement between the engagement wedge portion 24 and the engagement recess 25. 20B is not deformed inward, and almost all of the operating force is applied to the base end portions of the holding pieces 20A and 20B to become the force for releasing the engagement with the fitting piece 13, and the efficiency of the operating force Thus, the fitting piece 13 can be easily detached from the fixing hole H with a small operating force, and the cable holder CH can be easily removed.

  Also, in this cable holder CH, since there is no release piece protruding outward as in Patent Document 1, there is little opportunity to contact the operator's hand or jig as in the first embodiment, and external force is applied. The probability is reduced, and the probability that the fixing at the fixing portion 1 is unexpectedly released and the cable holder CH is dropped from the board BP is also reduced. Further, in the cable holder CH, the external force applied to the holding piece 20A or 20B on one side is absorbed by being transferred from the holding piece on one side in a connected state to the holding piece on the opposite side. Therefore, even if the holding piece 20A or 20B is tilted, the fitting piece 13 does not deform until it is disengaged from the fixing hole H, and the cable holder CH is dropped from the board BP by an external force. Is prevented.

  Further, in the first and second embodiments, it is necessary to design a large elastic force in the holding piece 20 in order to increase the holding ability of the cable C being held. For this reason, when the cable C is detached from the holding portion 2, it is held. Some force is required to elastically deform the pieces 20 so as to push them outward. In this cable holder CH, the holding pieces 20A and 20B are firmly connected by the engagement between the engagement wedge portion 24 and the engagement recess 25, so that the connection is easy even by an external force applied to the holding pieces 20A and 20B. The holding capacity of the cable C is high. On the other hand, the engagement claw 24a is disengaged from the engagement frame 25a by operating the engagement release piece 24b of the engagement wedge portion 24 inward to be elastically deformed, and the distal end portion 20Aa of the holding piece 20A is released. Since the cable C can be opened, the cable C can be easily detached from the holding portion.

  The engaging portions provided at the respective distal end portions of the holding pieces 20A and 20B of the cable holder CH of this modification are not limited to the configuration of the engaging wedge portion 24 and the engaging concave portion 25 described above, but both the distal end portions. As long as the two holding pieces 20A and 20B are mechanically firmly connected to each other when they are engaged with each other, and the engagement is released by a simple operation, other engaging portions are employed. It is also possible. Further, as shown in this modified example, the length of one holding piece 20A does not necessarily need to be longer than the length of the other holding piece 20B, and the front ends of both holding pieces are arranged opposite to each other. Any configuration can be used. Furthermore, the structure may be such that both holding pieces can be deformed, and when both holding pieces are deformed, the leading ends of both holding pieces are engaged with each other.

  The substrate in the present invention may be any substrate as long as the cable holder can be attached to and detached from the open fixing hole regardless of the difference in the names of the chassis, panel, and housing of the electronic device. Needless to say, the cable held by the cable holder of the present invention is not limited to a so-called electric wire, but includes a linear member such as a wire or a pipe. Furthermore, it goes without saying that the configurations of the fixing portion and the holding portion constituting the cable holder of the present invention are not limited to the configurations described in the first and second embodiments.

  The present invention can be applied to a cable holder in which a fixing portion for fixing in a fixing hole opened in a substrate and a holding portion for holding a cable are integrally formed.

DESCRIPTION OF SYMBOLS 1 Fixing part 2 Holding part 11 Column piece 12 Horizontal piece 12a Contact piece 13 Fitting piece 13a Step part 14 Leg piece 20, 20A, 20B Holding piece 20a Flexible part 21 Lower side part 22 Side part 23 Upper part 23a Crossing edge 24 Engagement wedge 25 Engagement recess CH Cable holder BP Substrate H Fixing hole C Cable

Claims (5)

A cable holder comprising a fixing portion that is fitted and fixed in a fixing hole provided in a substrate, and a holding portion that is formed integrally with the fixing portion and holds a cable, wherein the fixing portion is the fixing hole. The holding portion includes a pair of holding pieces whose base ends are respectively connected to the pair of fitting pieces and whose distal ends are arranged to face each other, and the fixing portion is When fitted into the fixing hole and fixed, the tips of the pair of holding pieces are in contact with each other, and the tips are not deformed when the holding pieces are elastically deformed inward. The pair of fitting pieces are reduced inward, and further, a column piece standing between the pair of fitting pieces, and a space between the pair of fitting pieces connected to the column piece to cover the gap. It has horizontal pieces, and the horizontal pieces have contact pieces that are easily elastically deformed at both ends. Face disposed on the inner surface of the pair of holding pieces, when the fixing portion is fitted into the fixing hole, the cable holding, characterized in that the inner surface of the pair of holding pieces in the contact piece into contact Ingredients. A cable holder comprising a fixing portion that is fitted and fixed in a fixing hole provided in a substrate, and a holding portion that is formed integrally with the fixing portion and holds a cable, wherein the fixing portion is the fixing hole. The holding portion includes a pair of holding pieces whose base ends are respectively connected to the pair of fitting pieces and whose distal ends are arranged to face each other, and the fixing portion is When fitted into the fixing hole and fixed, the tips of the pair of holding pieces are in contact with each other, and the tips are not deformed when the holding pieces are elastically deformed inward. The pair of fitting pieces are reduced inward, and further, a column piece standing between the pair of fitting pieces, and a space between the pair of fitting pieces connected to the column piece to cover the gap. It has a horizontal piece, and the horizontal piece has opposing contact pieces that are easily elastically deformed at both ends. Cable holder, characterized in that coupled to the holding piece. The fixing portion integrally includes a leg piece that elastically contacts the surface of the substrate to generate an urging force for promoting engagement between the fitting piece and the fixing hole, and the leg piece includes the holding piece and the holding piece. The cable holder according to claim 1 , wherein the cable holder is configured as an independent piece or a part of the holding piece. The holding portion is configured such that the tip edges of the pair of holding pieces are staggered, and the tip edges cross each other in the width direction and the thickness direction when the cable holder is fixed to the substrate. The cable holder according to any one of claims 1 to 3, wherein the cable holder is provided. The holding portion can be deformed to a position where the tip of at least one holding piece of the pair of holding pieces is opposed to the tip of the other holding piece. The cable holder according to any one of claims 1 to 3, wherein an engagement portion for connecting the pieces to each other is provided.

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