JP2016044783A - Wiring and piping material support tool - Google Patents

Abstract

PROBLEM TO BE SOLVED: To attach a support body supporting a wiring and piping material to a pair of standing bodies, to reinforce a raising plate part of a substrate on which the pair of standing bodies is erected, and further arrange the support body supporting the wiring and piping material as below as possible.SOLUTION: In a raising plate part 42 of a substrate V, formed is a recess part 43 capable of moving the lower end of a pipe body support part (wiring and piping material support part) 2 to the side of a foundation floor F beyond the upper end surface of the raising plate part 42 without the raising plate part 42 and the pipe body support part 2 interfering with each other.SELECTED DRAWING: Figure 9

Description

  The present invention relates to a wiring / piping material support having a feature in a substrate on which a support body for supporting wiring / piping material is attached to a pair of standing bodies and the pair of standing bodies are erected.

  In Patent Document 1, a support body that supports wiring / piping materials is attached to a pair of standing bodies, and the pair of standing bodies is installed on a substrate fixed to a foundation floor. A piping material support is disclosed.

  The substrate used for the above purpose has poor workability unless the entire substrate is a single substrate. However, since the entire surface of the substrate disclosed in Patent Document 1 is a flat plate that is in close contact with the foundation floor, it is difficult to fix the substrate to the foundation floor if there are uneven portions. The fixing of the substrate to the foundation floor is performed by inserting a fixing tool such as a screw or a nail into fixing tool insertion holes provided at both ends in the longitudinal direction, but after fixing one end of the substrate, Even if you notice the presence of the uneven part, the other end is often fixed as it is to improve work efficiency. In this case, the board is fixed to the foundation floor in an unstable state. As a result, the support of the wiring / piping material becomes unstable.

  For this reason, as a board | substrate, only the both ends which are fixing | fixed parts contact | abut to a foundation floor, the remaining part is raised without contacting a foundation floor, and a pair of standing body is supported by the said raising board part. However, if the portion excluding both ends of the substrate is raised as it is, the raised plate portion is bent due to the load acting on the pair of standing body parts, and eventually the wiring / piping material is supported. It becomes unstable.

JP 2011-241977 A

  The present invention provides a wiring / pipe material support in which a support body that supports wiring / piping material is attached to a pair of standing bodies, and the pair of standing bodies is erected on a substrate. An object is to dispose the support body for supporting the wiring / piping material as far as possible after reinforcing the raised plate portion.

  The invention according to claim 1 for solving the above-described problem is that the pair of upright bodies and the pair of left and right contact plate portions that are in contact with the foundation floor are raised relative to the contact plate portions. A board connected via a plate part, and a pair of standing bodies standing on the raised plate part, and attached to the pair of standing bodies along the standing direction of the standing body A wiring / piping material support comprising a wiring / piping material support portion having a wiring / piping material support portion whose arrangement position can be adjusted, wherein the support body is a pair of wires above the lower end of the wiring / piping material support portion. The pair of standing bodies are attached to both ends of the raised plate portion of the substrate via the attachment portion, and the pair of standing bodies are erected on both ends of the raised plate portion of the substrate. The lower end of the wiring / piping material support portion is not interfered with each other, and the lower end of the wiring / piping material support portion is the upper end of the raised plate portion. It is characterized in that the recess to be movable is formed in the longitudinal direction beyond the side of the baseplate.

  According to the first aspect of the present invention, since the raised plate portion constituting the substrate is reinforced by the concave portion formed in the longitudinal direction and the bending strength is increased, the load acting on the pair of upright bodies. The load acting on the pair of standing bodies can be supported without bending deformation. Further, the concave portion formed in the raised plate portion is configured such that the lower end of the wiring / pipe material support portion is connected to the upper end surface of the raised plate portion without causing the raised plate portion and the wiring / pipe material support portion to interfere with each other. Therefore, the substrate is raised by an amount corresponding to the depth of the recess, even though the arrangement position of the pair of standing bodies is raised. Since the raised height of the plate portion can be reduced, the lowermost position of the wiring / pipe material support portion can be lowered, and as a result, the lowermost support position of the wiring / pipe material can be lowered.

  Further, the portion of the substrate that contacts the foundation floor is only a pair of contact plate portions at both ends in the longitudinal direction, and the raised plate portion between the pair of contact plate portions does not contact the foundation floor. As a result, it becomes easier to fix the substrate to the foundation floor by avoiding the uneven part, and the support state of the wiring / piping material is stabilized.

  According to a second aspect of the present invention, in the first aspect of the present invention, the substrate is made of metal, and the raised plate portion is formed with a reinforcing bead that bulges from the front surface toward the back surface side. The concave portion is formed by a bead.

  The reinforcing bead is often used for reinforcing a plate material, and as in the invention of claim 2, a reinforcing bead bulging from the front surface to the back surface side is formed on the raised plate portion of the metal substrate, By forming the concave portion with the reinforcing bead, the raising plate portion can be reinforced and the concave portion can be formed simultaneously.

  According to a third aspect of the present invention, in the first aspect of the present invention, a reinforcing rib protruding downward is formed at a lower end portion of the wiring / piping material support portion, and the reinforcing rib enters the concave portion. It is characterized by being.

  According to the invention of claim 3, the wiring / pipe material support portion constituting the support body is formed with a reinforcing rib protruding downward at the lower end portion thereof, so that the wiring / pipe material support portion itself is In addition to being reinforced, the reinforcing rib is configured to enter a recess formed in the raised plate portion of the substrate, so that the lowermost position of the wiring / pipe material support portion is lowered by the combination of the reinforcing rib and the recess. As a result, the lowermost support position of the wiring / piping material can be lowered.

  In the invention according to claim 4, the pair of upright bodies and the pair of left and right contact plate portions that are in contact with the foundation floor are connected to each other through the raised plate portions raised to the respective contact plate portions. The metal board on which the pair of standing bodies are erected on the raised plate portion and the arrangement position of the standing body along the erection direction are adjusted by being attached to the pair of standing bodies. A wiring / piping material support comprising a support having a possible wiring / piping material supporting portion, wherein the support has a pair of attachment portions above a lower end of the wiring / piping material supporting portion. Attached to the pair of upright bodies, the pair of upright bodies are erected at both ends of the raised plate portion of the substrate, and the raised plate portion of the substrate has an upper end surface of the raised plate portion A reinforcing bead protruding upward is formed in the longitudinal direction, and the reinforcing bead enters the lower end of the wiring / pipe material support part. DOO is characterized in that the concave reinforcing ribs are formed in the circumferential direction as possible.

  The invention of claim 4 is formed along the vertical direction of the reinforcing beads provided on the raised plate portion of the substrate with respect to the substrate and the inner and outer directions of the reinforcing rib provided on the lower end portion of the wiring / pipe material support portion. The difference is that it is opposite to that of the first aspect of the invention, but the reinforcing bead that protrudes upward from the raised plate portion of the substrate enters the concave portion (concave portion) of the reinforcing rib of the wiring / pipe material support portion. Thus, the lowermost support position of the support body for supporting the wiring / pipe material can be lowered, and the raised plate portion of the substrate and the wiring / pipe material support portion are reinforced, which is the same as the invention of claim 1. .

  In a fifth aspect of the present invention, a pair of standing bodies and a pair of left and right abutting plate portions that are in contact with the foundation floor are connected via raised plate portions raised to the respective abutting plate portions. The metal board on which the pair of standing bodies are erected on the raised plate portion and the arrangement position of the standing body along the erection direction are adjusted by being attached to the pair of standing bodies. A wiring / piping material support comprising a support having a possible wiring / piping material supporting portion, wherein the support has a pair of attachment portions above a lower end of the wiring / piping material supporting portion. Attached to the pair of upright bodies, the pair of upright bodies are erected at both ends of the raised plate portion of the substrate, and the raised plate portion of the substrate has an upper end surface of the raised plate portion Reinforcing beads projecting upward from the longitudinal direction are formed in the longitudinal direction, and the lower end of the wiring / pipe material support part has a width relative to the reinforcing bead. By deviated in direction, the reinforcing ribs are arranged adjacent with respect to the reinforcing bead is characterized by being provided downward.

  Also in the invention of claim 5, the substrate and the wiring / piping material support portion are reinforced by the reinforcement bead and the reinforcement rib, respectively, and the reinforcement bead and the reinforcement rib are displaced along the width direction of the substrate and the support. Therefore, since it is adjacently disposed, the lowermost support position of the support can be lowered.

  The invention according to claim 6 is the invention according to any one of claims 1 to 5, wherein the standing body is a bolt body, and the raised plate portion of the substrate is formed with a nut housing space that opens to the back side. The lower end of the wiring / piping material support part is movable below the upper surface of the nut housing space.

  According to the invention of claim 6, the lower end of the wiring / pipe material support part for supporting the wiring / pipe material is movable below the upper surface of the nut housing space formed on the back side of the raised plate part of the substrate. Therefore, the wiring / pipe material support part substantially enters the nut housing space, and the lowermost position of the wiring / pipe material support part can be lowered.

  According to the present invention, the raised plate portion constituting the substrate is reinforced by the concave portion formed in the longitudinal direction to enhance the bending strength, so that the load acting on the pair of standing bodies is increased. The concave portion formed in the raised plate portion can support a load acting on the pair of upright bodies without being bent and deformed even though the arrangement position of the pair of upright bodies is raised. Since the raised height of the raised plate portion of the substrate can be lowered by an amount corresponding to the depth of the substrate, the lowermost position of the wiring / piping material support portion can be lowered, and as a result, the lowermost end support of the wiring / piping material is supported. The position can be lowered.

It is a perspective view of the wiring and piping material support tool D in the state which does not support the tubular body P. FIG. 4 is a front view of a wiring / pipe material support D in a state in which a tube P is supported by a tube support 2; FIG. It is the perspective view which looked at the support body S from the downward direction. 3 is a perspective view of a substrate V. FIG. (A) is the XX expanded sectional view of FIG. 2, (b) is a figure corresponded to the XX expanded sectional view of FIG. 2 of another example. FIG. 4 is a longitudinal sectional view of one side in a state where the support body S is attached to a pair of bolt shafts 22 via a pair of attachment portions 7. It is a figure which shows the obstruction | occlusion piece insertion clearance gap 11 formed between the outer peripheral surface of the pipe body P, and the inner surface of the 2nd extension part 4 of the support body S. FIG. It is a front view which shows the state by which the insertion opening 1 of the tubular body P was formed in the upper surface of the said tubular body support part 2 by causing the obstruction piece 6 arrange | positioned outside the tubular body support part 2. FIG. It is a front view in the state where pipe P is supported in the lowest position. It is the YY line expanded sectional view of FIG. In both (a) and (b), reinforcing beads B ₂ and B ₂ ′ provided on the raised plate portion 42 of the substrate V are formed of reinforcing ribs R ₂ and R ₂ ′ formed on the tube support portion 2. It is sectional drawing of the state which has penetrated into the recessed parts 48 and 49. FIG. (A), (b) is a cross section showing a reinforcing bead B ₃ which both provided in the raised plate section 42 of the substrate V, and state of being arranged adjacent to the reinforcing rib R ₃ formed on the tube support 2 FIG.

  Hereinafter, the present invention will be described in more detail with reference to a plurality of examples.

First, the wiring / piping material support D according to the present invention will be described with reference to FIGS. The support body S that surrounds and supports the entire circumference of the tube body P is made of resin, and the upper surface opening is the insertion opening 1 of the tube body P, and the tube body support portion that supports the tube body P from below. 1 and the tubular body support portion 2 are extended so as to have different extension lengths, so that the tubular body support portion 2 surrounds the entire circumference of the tubular body P and is closed. And second extending portions 3 and 4. The tubular body support portion 2 has a central angle of about 180 ° and has a rigidity that hardly deforms. The first extending portion 3 includes an elastic deformation portion 5 connected to one end portion in the circumferential direction of the tube body support portion 2 and a distal end portion of the elastic deformation portion 5 so that the first extension portion 3 can be slightly elastically deformed outward. And a closing piece 6 that can be deformed upright. The second extending portion 4 has a cantilever support shape and can be slightly elastically deformed outward. A pair of attachment portions 7 that are detachably attached to a pair of bolt shafts 22 erected on a raised plate portion 42 of a substrate V, which will be described later, are integrally formed on the opposite sides of the tube support portion 2. Also, the rigidity of the tube support portion 2 is enhanced by the structure in which the pair of attachment portions 7 are integrally provided outside the tube support portion 2. Between the pair of attachment portions 7 on the outer surface of the tube body support portion 2, a reinforcing rib R ₁ for increasing rigidity is provided along the circumferential direction at the center portion in the width direction of the tube body support portion 2. A closing piece insertion that is provided continuously and allows the distal end portion of the closing piece 6 of the first extending portion 3 to be inserted into the remaining portion other than the base end portion of the cantilevered second extending portion 4. In order to form the gap 11 (see FIG. 7) on the inner side, the dimension along the radial direction is along the radial direction of each inner peripheral surface of the tubular body support portion 2 and the elastic deformation portion 5 of the first extension portion 3. It is slightly larger than the measured size. The elastic deformation part 5 of the first extension part 3 is formed with reinforcing ribs 35 along the circumferential direction in the remaining part except the tip part, and the second extension part 4 has a base end part thereof. By forming the reinforcing ribs 36 along the circumferential direction only on the outer side, the elastic deformation portion 5 and the first extension portion 3 of the first extension portion 3 can be inserted in a range in which the tube body P can be inserted into the tube body support portion 2. 2 The bending strength of the extension 4 is increased. The bending strength of the elastic deformation portion 5 of the first extension portion 3 is greater than the bending strength of the second extension portion 4 and is relatively less likely to be bent than the second extension portion 4.

  The elastic deformation part 5 of the first extension part 3 covers the substantially upper half of the pipe body P supported by the pipe body support part 2, thereby closing the insertion opening 1 of the pipe body support part 2. For this purpose, a closed piece 6 having a short arc shape following the outer diameter of the tube P is integrally connected. An engaging portion 8 is formed along the circumferential direction on the outer surface of the distal end portion of the closing piece 6, and the inner surface of the second extending portion 4 is covered with the engaging portion 8 corresponding to the closing piece 6. The engaging part 9 is formed along the circumferential direction. The engaging portion 8 and the engaged portion 9 are both formed in a saw blade shape in the longitudinal section, and different tightening positions along the circumferential direction so as to be able to absorb variations in the outer diameter of the tube body P. Can be engaged with each other.

  The both ends in the width direction of the lower surface of the second extension portion 4 are in contact with the outer peripheral surface of the tube body P supported by the tube body support portion 2, so as to be in contact with the lower surface of the second extension portion 4. Thus, a pair of contact projections 12 and 13 for forming the closing piece insertion gap 11 (see FIG. 7) are formed. The contact protrusions 12 and 13 are formed so as to be shifted along the circumferential direction (longitudinal direction) in order to facilitate the insertion of the distal end portion 6 a of the closing piece 6 into the closing piece insertion gap 11. A plate-like protruding plate having a low height over the entire width is provided at the rear portion of the engaging portion 8 on the outer surface of the closing piece 6 of the first extending portion 3 and the distal end portion of the outer surface of the second extending portion 4. Portions 14 and 15 are provided. Each of the protruding plate portions 14 and 15 inserts the distal end portion 6a of the closing piece 6 into the closing piece insertion gap 11 in a state where the tube body P is supported by the tube support portion 2, and By engaging with the engaged portion 9, when tightening the closing piece 6, both ends of pliers (not shown) are hooked and pulled together, or engaged with the engaging portion 8. When the tube 9 is taken out from the tube support portion 2 by releasing the engagement with the portion 9, the tip of the driver (not shown) is pressed and used as a fulcrum for raising and rotating the driver. Thus, the second extending portion 4 is easily caused. Furthermore, hook portions 14a and 15a projecting in the width direction are provided at both end portions of the upper ends of the respective projecting plate portions 14 and 15, and each projecting plate portion 14 is in a state where the tubular body P is tightened and supported. , 15 of the hooks 14a, 15a are connected by a wire or the like, so that the tightening of the tubular body P can be prevented.

  As shown in FIG. 2, the distal end portion 6 a of the closing piece 6 of the first extending portion 3 is disposed below the second extending portion 4, and the engaging portion on the outer surface of the distal end portion 6 a of the closing piece 6 is arranged. 8 and the engaged portion 9 on the inner surface of the second extending portion 4 are engaged with each other, and in a state where the portions overlap each other (partially overlapped state), the closing piece 6 The “partially polymerized state” is maintained by the resilience to. That is, as shown by a two-dot chain line in FIG. 8, the above-mentioned “partially polymerized state” is released, and in the state where the distal end portion 6 a of the closing piece 6 is disposed outside the tube support portion 2, The piece 6 has lost its elasticity. In order to apply such a resilience to the closing piece 6, the supporting piece 6 a is supported so that the distal end portion 6 a of the closing piece 6 is disposed outside the distal end portion of the second extending portion 4 at a predetermined interval. This can be realized by injection-molding the body S and making the connecting portion between the closing piece 6 and the elastic deformation portion 5 into a thin first bending deformation portion 16 that is more articulated than the other portions.

  The closing piece 6 does not rotate the closing piece 6 greatly when inserting the tube P into the inside from the insertion opening 1 of the tube support portion 2, and a bolt shaft 22, which will be described later, exists in the rotation direction. In order to avoid interference with the other, a thin second bent deformation part 17 having a joint shape is provided in the middle along the longitudinal direction. As a result, as shown by the solid line in FIG. 8, the closing piece 6 can be elastically deformed in the bent state at the first and second bending deformation portions 16 and 17, so that the bending shape of the closing piece 6 is closed. The piece 6 can be extended substantially linearly to stand up. As a result, the insertion opening 1 of the tubular body P is formed on the upper surface of the tubular body support portion 2 without the obstruction piece 6 interfering with the bolt shaft 22. Can be formed.

  On the outside of the flange plate portion 23 of each attachment portion 7, a pair of projecting portions 24 having a split sectional shape are projected outward, and on the outside of the pair of projecting portions 24, male screws 25 are formed, The space between each protrusion part 24 comprises the movement space 26 of the engaging body 31 mentioned later. Bolt shaft insertion holes 27 through which the bolt shaft 22 is inserted are formed on the inner side of the flange plate portion 23 in each attachment portion 7 (on the side where the tube body support portion 2 is disposed). . A female screw 29 (see FIG. 6) is formed on the inner peripheral surface of the bottomed cylindrical screw 28 to be engaged with the male screw 25 on the outer peripheral surface of the pair of protrusions 24. A part is accommodated in the screw body 28, and the engagement body 31 is connected to the bottom plate portion 28a of the screw body 28 via a connecting portion 31a on the back side so as to be able to rotate freely.

The engaging body 31 has a vertically long rectangular shape when viewed from the front, and a partial female screw 31b that engages with the male screw portion 22a of the bolt shaft 22 is formed in a concave portion having a semicircular cross section on the front surface. Has been. When the screw body 28 is screwed onto the male screw 25 on the outer peripheral surface of the pair of projecting portions 24 and is rotated in both forward and reverse directions, the engagement body 31 connected to the screw body 28 so as to be able to rotate freely is paired. By being guided by the opposing guide surfaces 24a on the inner side of the protruding portion 24, it is moved forward and backward while maintaining the standing posture without being rotated. At the final portion of the screw body 28 to be rotated, the screw body 28 is screw-rotated in a pressed state, so that the partial female screw 31 b of the engaging body 31 is brought into contact with the male screw portion 22 a on the outer peripheral surface of the bolt shaft 22. Engaged in the pressed state, the support S is attached to the pair of bolt shafts 22 via the pair of left and right attachment portions 7. The attachment is released by rotating the screwed body 28 in the opposite direction. As shown in FIG. 2, the screw rotation axis C ₁ of the pair of left and right screw bodies 28 exists on the same straight line, and the axis of the pipe body P supported by the pipe body support portion 2. It is disposed below the heart C _0.

As shown in FIGS. 1, 2, 4, and 5, the substrate V has a pair of left and right contact plate portions 41 that are in contact with the foundation floor F with respect to the contact plate portions 41. Reinforced beads B ₁ swelled from the front surface to the back surface are formed along the longitudinal direction on the portion excluding both ends of the raised plate portion 42, which are connected via the raised plate portion 42 raised. A concave portion 43 is formed in the central portion in the width direction of the raised plate portion 42 along the longitudinal direction by the reinforcing bead B ₁ . Since the lower end portion of the reinforcing rib R ₁ formed on the outer peripheral surface of the tube body support portion 2 is inserted into the recess portion 43, as shown in FIG. This corresponds to the cross-sectional shape of the reinforcing rib R _{1 on} the outer peripheral surface of the portion 2. The substrate V is inserted into a fixture insertion hole 44 formed in the pair of left and right contact plate portions 41 by inserting a fixture such as a nail or a screw into the foundation floor F or screwed in, Fixed to the foundation floor F. In a state where the substrate V is fixed to the foundation floor F, only the portions of the contact plate portions 41 at both the left and right end portions are in contact with the foundation floor F, and the portion of the raised plate portion 42 is located with respect to the foundation floor F. A space between the back surface of the raised plate portion 42 and the foundation floor F is a nut housing space 45 that is raised by a fixed amount. As shown in FIG. 5, the bottom surface of the recess 43 formed by the reinforcing bead B ₁ is disposed at a position lower by “H ₁ ” than the top surface of the nut housing space 45 (same as the back surface of the raised plate portion 42). The In FIG. 5, T indicates the thickness of the substrate V.

The pair of bolt shafts 22 are erected at portions where the reinforcing beads B ₁ are not formed at both ends in the longitudinal direction of the raised plate portion 42 of the substrate V. That is, the bolt shaft 22 is inserted into the bolt shaft insertion holes 46 (see FIGS. 3 and 9) formed at both ends in the longitudinal direction of the raised plate portion 42, and a pair of upper and lower nuts screwed to the bolt shaft 22. 47, the pair of bolt shafts 22 is erected on both ends of the raised plate portion 42 by sandwiching the raised plate portion 42. As described above, the support body S that supports the tube body P is paired via the pair of attachment portions 7 that are integrally provided in an opposed state to the outer peripheral portion of the tube body support portion 2 constituting the support body S. The bolt shaft 22 is attached.

  In order to attach the support S to the pair of bolt shafts 22 via the pair of attachment portions 7, the substrate V is fixed at an appropriate position on the piping path of the foundation floor F. The substrate V is fixed to the foundation floor F by inserting a fixture such as a screw or a nail into the fixture insertion hole 44 of the pair of abutting plate portions 41 at both the left and right ends and driving the fixture into the foundation floor F. , Screwed in. Since the contact part with respect to the base floor F in the board | substrate V is only the part of each contact plate part 41 of both right-and-left both ends, the raising board part 42 between them does not contact with the base floor F, Therefore Compared to the flat substrate over the entire length, the non-land portion existing on the foundation floor F reduces the possibility that the fixing of the substrate V becomes unstable.

  As described above, when the substrate V is fixed to the foundation floor F, the bolt shaft 22 is attached from below to the bolt shaft insertion holes 46 formed at both ends in the longitudinal direction of the raised plate portion 42 of the substrate V. In a state where the board V is fixed to the foundation floor F while being inserted, the lower nut 47 screwed to the bolt shaft 22 accommodates a nut which is a space between the raised plate portion 42 and the foundation floor F. It is accommodated in the space 45. For this reason, the nut 47 is screwed up from the upper end portion of the bolt shaft 22 to the raised plate portion 42 and tightened, and the raised plate of the substrate V is thus secured by the pair of upper and lower nuts 47 screwed to the bolt shaft 22. When the portion 42 is sandwiched, the pair of bolt shafts 22 is erected at both ends in the longitudinal direction of the raised plate portion 42 of the substrate V.

  Next, the screwing of the screwed body 28 to the male screw 25 on the outer peripheral surface of the pair of projecting parts 24 provided integrally on the outside of the tube support part 2 of the support S is screwed in the reverse direction and loosened. In this state, the pair of bolt shafts 22 are inserted into the left and right bolt shaft insertion holes 27, and the threaded body 28 is rotated in the forward direction at the desired height position, whereby the engaging body 31 is engaged. When the front female screw 31b and the male screw portion 22a of the bolt shaft 22 are engaged, the support S is attached to the pair of bolt shafts 22 via the pair of attachment portions 7. As described above, when the support body S is attached to the pair of bolt shafts 22 at the beginning, and when the support height of the support body S attached to the pair of bolt shafts 22 is changed. In this case, after the support S is slid with respect to the pair of bolt shafts 22 with respect to the pair of bolt shafts 22 until the support S is disposed, Since it can be realized by engaging the female screw 31b on the front surface with the male screw portion 22a of the bolt shaft 22, there is an advantage that the nut can be quickly turned since no screw rotation is required. In FIG. 1, FIG. 2, etc., reference numeral 51 denotes a cap attached to the upper end of each bolt shaft 22 in order to prevent the support S from coming off from the pair of bolt shafts 22.

In this state, after inserting the tube body S through the insertion opening 1 on the upper surface of the tube body support portion 2, the distal end portion 6 a of the closing piece 6 of the first extension portion 3 is inserted into the closing piece insertion gap 11. When tightened, the engaging portion 8 on the outer side of the distal end portion 6a of the closing piece 6 and the engaged portion 9 on the inner side of the second extending portion 4 are engaged, and the closing piece 6 is fastened to the tube P. Is maintained. FIG. 2 shows this state, and a predetermined amount is provided between the lowest portion of the reinforcing rib R ₁ provided on the outer peripheral surface of the tube support portion 2 and the raised plate portion 42 of the substrate V. A gap is formed.

Since the raised plate portion 42 of the substrate V is disposed in the air in a state where both ends are supported, the bending strength is reduced. However, the portion of the raised plate portion 42 except for the standing portions of the pair of bolt shafts 22 is provided below. Since the reinforcing bead B ₁ bulging out is provided and reinforced, the bending strength of the raised plate portion 42 is increased, and as a result, the support state of the tubular body P is also stabilized.

When the tube P is drainpipe, if its axis needs to pipe it occurs with a gradient along the direction of the C _0, want the lowest possible axis C ₀ of the tube P Will occur. In such a case, as shown in FIGS. 9 and 10, the reinforcing rib R formed on the outer periphery of the tube support portion 2 of the support S is formed in the recess 43 formed on the upper surface of the reinforcement bead B _1. By inserting ₁ , the axial center C ₀ of the tube P can be lowered. As shown in FIGS. 5 and 10, due to the presence of the recess 43 formed on the upper surface of the reinforcing bead B ₁ , the axial center C ₀ of the tubular body P is (T + H) compared to the case where the recess 43 is not present. ₁ ) Can only be placed low. In the case of the above embodiment, the reinforcing rib R _{1 on} the outer peripheral surface of the tube support portion 2 reaches below the upper surface of the nut housing space 45 (the same as the back surface of the raised plate portion 42) by (H ₁ ). ing. Incidentally, FIG. 5 as shown in (b), 'by increasing the protruding length of downward, the reinforcing bead B _1' reinforcing bead B ₁ bottom surface of the recess 43 'formed by the nut accommodating space 45 The lowermost support position of the pipe P can be further lowered by being arranged at a position lower by “H ₂ (> H ₁ )” than the upper surface of the tube P.

Further, as shown in FIG. 11 (a), contrary to the above embodiment, to form a reinforcing bead B ₂ ridges bulging upward raising plate portion 42 of the substrate V, tube support S The bending strength of the raised plate portion 42 of the substrate V can also be increased by forming a pair of reinforcing ribs R ₂ that form recesses 48 into which the reinforcing beads B ₂ can enter the outer peripheral surface of the body support portion 2. Both of raising and lowering the position of the axis C ₀ of the tube P supported by the support S can be realized at the same time. FIG. 11B shows that the reinforcing reinforcement B ₂ ′ of the ridge that bulges upward is formed on the raised plate portion 42 of the substrate V and enters the tube support portion 2 of the support S inside. By forming the reinforcing rib R ₂ ′, the concave portion 49 is formed on the outer peripheral side of the tube body supporting portion 2, and the reinforcing bead B ₂ ′ of the raised plate portion 42 of the substrate V enters the concave portion 49. .

In the embodiment shown in FIG. 12A, a reinforcing bead B ₃ protruding upward is formed on the raised plate portion 42 of the substrate V, and the reinforcing bead is provided on the outer peripheral surface of the tube support portion 2 of the support S. by being protruded displaced in the width direction with respect to B _3, in which the reinforcing ribs R ₃ arranged adjacent with respect to the reinforcing bead B ₃ is formed. The reinforcing bead B ₃ formed on the raised plate portion 42 of the substrate V and the reinforcing rib R ₃ formed on the tube support portion 2 reinforce the raised plate portion 42 and the tube support portion 2 of the substrate V, respectively. By arranging the reinforcing bead B ₃ and the reinforcing rib R ₃ adjacent to each other along the width direction, the lowermost support position of the tubular body support portion 2 can be lowered by the height of the reinforcing bead B ₃ .

In FIG. 12B, a pair of reinforcing beads B ₃ are formed on the raised plate portion 42 of the substrate V at a predetermined interval in the width direction, and a tubular body is formed in the recess 50 between the pair of reinforcing beads B _3. In this configuration, the reinforcing rib R ₃ of the holding portion 2 is inserted, and the bending strength of the raised plate portion 42 of the substrate V is further increased.

Although the support S in the above embodiment is made of resin, the support in the present invention may be made of metal. In the case of a metal support, the reinforcing rib provided at the lower end is It becomes the shape like the reinforcing bead B ₁ formed on the substrate V of the embodiment.

  Further, in the present invention, the pair of standing bodies for attaching the support body is not limited to the bolt shaft, and the engaged portion is provided at a predetermined pitch along the height direction. It may be a rod-shaped body capable of adjusting the height.

B _{1 to} B ₃ : Reinforcement beads
C ₀ : Axis of tube
D: Wiring / pipe material support
F: Foundation floor
H ₁ and H ₂ : distances at which the bottom surface of the concave portion of the raised plate portion is lowered from the back surface of the raised plate portion
P: Tubing (wiring / piping material)
R _{1 to} R ₃ : Reinforcing ribs provided on the tube support part
S: Support
T: Board thickness
V: Substrate
2: Tube support (wiring / pipe material support)
7: Attachment
22: Bolt shaft (standing structure)
41: Contact plate portion of substrate
42: Raised board portion of substrate
43: Concave part formed in raised plate part
45: Nut housing space
48: Recess formed between a pair of reinforcing ribs
49: Concave portion formed on the outside of the reinforcing rib protruding inward
50: Concavity formed between a pair of reinforcing beads

Claims (6)

A pair of upright bodies and a pair of left and right contact plate portions that are in contact with the foundation floor are connected to each other with the raised plate portions raised with respect to the respective contact plate portions. A substrate on which a pair of standing bodies are erected, and a wiring / piping material support portion that is attached to the pair of erected bodies and is capable of adjusting the arrangement position along the standing direction of the standing bodies. A wiring / pipe material support comprising a support
The support is attached to the pair of upright bodies via a pair of attachments above a lower end of the wiring / piping material support part, and the pair of support parts is attached to both ends of the raised plate part of the substrate. A standing body was erected,
The raised plate portion of the substrate has a lower end of the wiring / pipe material support portion that exceeds the upper end surface of the raised plate portion without interfering between the raised plate portion and the wiring / pipe material support portion. A wiring / piping material support, characterized in that a recess that is movable toward the floor is formed in the longitudinal direction.   The substrate is made of metal, and a reinforcing bead bulging from the front surface to the back surface side is formed on the raised plate portion, and the concave portion is formed by the reinforcing bead. The wiring / piping material support according to claim 1.   The wiring / piping material support portion according to claim 1, wherein a reinforcing rib protruding downward is formed at a lower end portion of the wiring / piping material support portion, and the reinforcing rib enters the recess. Piping material support. A pair of upright bodies and a pair of left and right contact plate portions that are in contact with the foundation floor are connected to each other with the raised plate portions raised with respect to the respective contact plate portions. A metal substrate on which a pair of standing bodies are erected, and a wiring / pipe material support that is attached to the pair of standing bodies and whose arrangement position along the erection direction of the standing bodies can be adjusted. A wiring / pipe material support comprising a support provided with a section,
The support is attached to the pair of upright bodies via a pair of attachments above a lower end of the wiring / piping material support part, and the pair of support parts is attached to both ends of the raised plate part of the substrate. A standing body was erected,
A reinforcing bead protruding upward from the upper end surface of the raised plate portion is formed in the longitudinal direction on the raised plate portion of the substrate, and the reinforcing bead enters the lower end portion of the wiring / pipe material support portion. A wiring / piping material support, characterized in that possible concave reinforcing ribs are formed in the circumferential direction. A pair of upright bodies and a pair of left and right contact plate portions that are in contact with the foundation floor are connected to each other with the raised plate portions raised with respect to the respective contact plate portions. A metal substrate on which a pair of standing bodies are erected, and a wiring / pipe material support that is attached to the pair of standing bodies and whose arrangement position along the erection direction of the standing bodies can be adjusted. A wiring / pipe material support comprising a support provided with a section,
The support is attached to the pair of upright bodies via a pair of attachments above a lower end of the wiring / piping material support part, and the pair of support parts is attached to both ends of the raised plate part of the substrate. A standing body was erected,
A reinforcing bead protruding upward from the upper end surface of the raised plate portion is formed in the longitudinal direction on the raised plate portion of the substrate, and the lower end portion of the wiring / pipe material support portion has a width relative to the reinforcing bead. A wiring / piping material support, wherein a reinforcing rib disposed adjacent to the reinforcing bead is provided downward by being displaced in the direction.   The upright body is a bolt body, and the raised plate portion of the substrate is formed with a nut housing space that opens to the back surface side, and the lower end of the wiring / pipe material support portion is an upper surface of the nut housing space. The wiring / piping material support according to any one of claims 1 to 5, wherein the wiring / piping material support is movable downward.

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