JP4961009B2 - Wiring and piping mounting body and wiring and piping mounting body device - Google Patents

Description

  The present invention is an installation for wiring and piping such as an end cover, an end coupling, a slab rising elbow, a saddle, etc., which is fixed to a mounting body such as a formwork and concrete is cast and embedded in a concrete frame. In particular, the present invention relates to a wiring / piping mounting body and a wiring / piping mounting body device that are often mounted in parallel on the mounted body.

FIG. 20 shows an attachment body for wiring and piping of this type that is conventionally embedded in a concrete housing, with an end cover as an application example.
In FIG. 20, an attachment body 41 for wiring and piping applied to the end cover is disposed in a concrete housing 48 such as a double ceiling, and is roughly cut by a diagonal surface into a cylinder having two bottom walls. The diagonal surface of the cylinder is flush with the concrete surface and opens outward. A wiring / piping material protection tube 47 is attached to one end of the mounting body 41 via a connector (not shown), and a portion corresponding to the side wall portion of the cylinder is an inclined side wall 42. . Further, a nail is attached to the center fixing portion 43 provided at the substantially central portion of the upper surface of the inclined side wall 42 or the side fixing portions 45 provided on both sides of the contact plate portion 44 with which the formwork 31 for placing concrete contacts. A fixture 32 such as the above is attached so that the attachment body 41 is fixed to the mold 31.

The mounting body 41 thus constructed is embedded in the concrete frame 48 with the mounting body 41 placed on the formwork 31 in a state in which the rebars 33 and the formwork 31 arranged vertically and horizontally are installed. The fixing tool 32 is inserted into the insertion hole 46 of the central fixing part 43 or the side fixing parts 45 on both sides, and the fixing tool 32 is driven into the mold 31 to fix the attachment body 41. Next, the concrete is cast and the mold 31 is removed after the concrete is hardened.

After the mounting body 41 is embedded in the concrete housing 48 in this way, the wiring / piping material (not shown) inside the wiring / piping material protection pipe 47 disposed in the concrete housing 48 is attached to the mounting body 41. The wiring / piping material can be inserted into the wiring / piping material protection tube 47 from the opening of the lower surface or from the opening of the mounting body 41.

By the way, as shown in FIG. 21, these attachment bodies 41 are often attached to an attachment body such as a mold 31 in a plurality.
With regard to an attachment body in which a plurality of attachment bodies are attached in parallel, for example, a technique disclosed in JP-A-11-336952 is disclosed.
Japanese Patent Laid-Open No. 11-336952

However, when mounting a plurality of conventional mounting bodies 41 including the mounting bodies described in Japanese Patent Laid-Open No. 11-336952 in parallel in the concrete frame 48, a number of supporting bodies 41 are disposed above the mounting body 41. Since the steel reinforcing bars 33 are arranged vertically and horizontally and the work space is narrowed, the attachment of the attachment body 41 to the mold 31 is very troublesome. That is, with reference to FIG. 21, among the three attachment bodies 41, for the two attachment bodies 41 on both the left and right sides arranged at the approximate center of the space surrounded by the longitudinal and lateral rebars 33, the operator It is possible to hold the attachment body 41 with one hand and hit the fixing tool 31 with the other hand using a tool such as a hammer. However, the attachment body 41 arranged in the middle includes the reinforcement 33 in the upper part. Therefore, when the fixing tool is hit, the narrow attachment between the reinforcement 33 and the formwork 31 is handed from the lateral direction. Must be inserted and the attachment body 41 is held, and the attachment body 41 must be fixed in an unreasonable posture. For this reason, it is difficult to work, and it may be impossible to fix at a predetermined position due to displacement. In particular, since the rebar rebar 33 is normally arranged in two upper and lower stages, the work is more difficult.

In addition, when attaching a plurality of conventional attachment bodies 41 to the mold frame 31 in parallel, for example, when attaching to the mold frame 31 using the side fixing portions 45 provided on both sides, For each body 41, it was necessary to attach a fixing tool 32 such as a nail or a screw to the side fixing portions 45 on both sides. In addition, since a large number of fixtures 32 are required to be mounted, a lot of work time is required.

Therefore, the present invention is embedded in a concrete case, and can be fixed to an attached body with good workability even in a narrow space where a rebar or the like is interposed when attaching to a formwork in placing concrete. At the same time, it is an object of the present invention to provide an attachment body for wiring and piping that can reduce the number of fixtures to be fixed to the mold and reduce the work time for the attachment.

  The mounting body for wiring and piping according to claim 1 is a mounting body for wiring and piping that is fixed to a mold and embedded in a concrete frame, and the main body and the main body are attached to the mold. A fixing portion for fixing, and an engaging portion that protrudes outward from the main body portion to engage with another mounting body, and is engaged with the engaging portion of the other mounting body fixed to the mold In order to prevent the movement of the mounting body in the direction of the mold surface when combined, the surface facing the outer surface of the other mounting body is provided so as to contact or be in close proximity.

  The mounting body includes an end cover, an end coupling, a slab start-up elbow, a saddle, etc., embedded in a concrete housing, and is used for wiring and piping. There is something to protect. These attachment bodies may be embedded in the concrete frame in parallel with a plurality of the same or different types, and in particular, a plurality of the same types are often provided side by side. Specifically, the attached body corresponds to a formwork or the like used for concrete placement.

  The engaging portion is mutually engaged with the engaging portion of the other mounting body, whereby the mounting body can be temporarily fixed to the other mounting body. Here, the temporary fixing refers to the other mounting body which is a counterpart member fixed to the mounted body before the mounting body is permanently fixed to the mounted body with a fixing tool such as a nail or a screw. It means that it can be held on the mounted body to such an extent that it does not shift, and it is not firmly fixed so that it cannot be detached. The engagement between the engaging portions can be performed, for example, by fitting the convex portion into the concave portion provided on the other side. Here, the concave portion may be penetrated or non-penetrated. In short, it is only necessary that the convex portion can be fitted. In addition to engaging the engaging portion of one mounting body directly with the engaging portion of the other mounting body, a connecting tool or the like is installed between the mounting bodies, and the engaging is performed via the connecting tool. Things are included. Although it is appropriate to provide the engaging part at one center at each center of both sides of the main body part, it can be provided at each end part of both side parts, and the position and the number thereof are not limited.

  In order to embed a plurality of mounting bodies in parallel in a concrete housing, the first mounting body arranged at a position where the rebars are not harmful to the mounting body is fixed to the mounting body by a normal fixing method. To do. Next, if the engagement portion of the next attachment body is engaged with the engagement portion of the first attachment body fixed to the attachment body and placed on the attachment body, the position shifts with respect to the first attachment body. Since it is temporarily fixed to the mounted body to such an extent that it does not, the next mounting body is held at a predetermined position of the mounted body. Thereby, the operator does not need to hold | maintain the said following attachment body with one hand. As a result, even if an obstacle such as a rebar is present in the periphery of the next mounting body, it is necessary to insert and hold a hand from the side in a narrow space between the obstacle and the mounted body. Therefore, the operator can fix the next mounting body to the mounted body by attaching the fixing tool to the fixing portion with an easy posture.

  When fixing a plurality of attachment bodies to the attachment body, as described above, after fixing the first attachment body to the attachment body, the engaging portion of the next attachment body with respect to this attachment body May be temporarily fixed with a fixture, or may be permanently fixed with a fixture, or after all the attachments are engaged with each other from the beginning, the attachments are attached sequentially via the fixture. It can also be permanently fixed to the body.

  In addition, by temporarily fixing, the plurality of mounting bodies are engaged with each other at the respective engaging portions, and since each mounting body is held at a predetermined position when placing concrete, all of the plurality of mounting bodies are attached. For some attachments without fixing to the body, fixation to the attached object can be omitted. And this can be done with or without obstacles.

  The wiring / piping attachment body according to claim 2 is a wiring / piping attachment body fixed to a mold and embedded in a concrete frame, wherein the main body portion and the main body portion are connected to the mold frame. A fixing part through which a fixing tool such as a nail or a screw is inserted, and an engaging part that engages with another mounting body, the fixing part penetrating the main body part. The engaging portion is formed so as to protrude outward from the side portion of the main body portion so as to engage with another attachment body at a position different from the axis of the fixture inserted through the fixing portion. Is.

  The attachment body for wiring and piping according to claim 3 is an attachment body for wiring and piping that is fixed to a mold and embedded in a concrete body, and includes a main body portion having an opening, and the main body portion. A fixing portion that is fixed to the mold, and an engaging portion that engages with another attachment body. The engaging portion is formed to protrude outward from the main body, and is attached to the mold. At the time of fixing, the engagement portion is engaged with the engagement portion of another attachment body so as to be flush with the opening of the other attachment body.

The wiring / piping attachment body according to claim 1, which is dependent on claim 1, claim 3 or claim 2 , wherein the engaging portions are provided on both side portions of the main body portion, respectively. The engagement portion on one side of the joint portion is separated from the mold and is provided on the upper side of the engagement portion on the other side of the other attachment body, and further, the engagement portion is provided on one side of the attachment body. The engaging portion of the mounting body can be engaged with the engaging portion of the other mounting body from above by superimposing the engaging portion on the other side of the other mounting body.

  The wiring / pipe mounting body device according to claim 5 is a wiring / piping mounting body device including a plurality of wiring / piping mounting bodies fixed in a mold and embedded in a concrete body. Each of the plurality of attachment bodies includes a main body portion, a fixing portion that fixes the main body portion to the mold, and an engagement portion that mutually engages with the other attachment body. Is formed to project outward from the main body, and can be temporarily fixed to the mold by engaging the engaging part with an engaging part of another attachment body when fixed to the mold, Furthermore, the main body portion of each mounting body is different in size, and the position of the engaging portion from one end of each mounting body is such that one end of each main body portion in the mounting body is aligned with each other so that each mounting body can be engaged. Are in common.

Since the mounting body for wiring and piping according to claim 1 can be temporarily fixed by engaging the engaging portion with the engaging portion of another mounting body when fixing to the mounted body, a plurality of mounting bodies are arranged in parallel. Thus, when attaching to the mounted body, the operator does not need to hold the next mounting body with one hand. As a result, even if there is an obstacle such as a rebar in the periphery of the next mounting body, there is no need to insert a hand into the narrow space between the obstacle and the body to be mounted. Therefore, the operator can attach the mounted body to the mounted body with good workability while securely holding the mounted body.

In addition, when mounting a plurality in parallel to the mounted body, for example, when mounting to the mounted body using the fixing portions provided on both sides, the engaging portion is engaged with another mounting body. Since it is possible to engage and hold the part, it is not necessary to attach a fixing tool such as a nail or a screw to the fixing part on both sides for each mounting body, and the number of fixing tools can be reduced. Work time can also be shortened.

Furthermore, since the surface opposite to the outer surface of the other mounting body is provided so as to be in contact or in close proximity, when the engaging portions of the mounting bodies are engaged with each other, the engaging portion is used as an axis. Rotation in the horizontal direction, that is, in the same plane direction as the upper surface of the formwork is restricted and temporarily fixed at a predetermined position of the formwork. Thereby, the operator does not need to hold by hand during the fixing work, and can be attached with good workability.

The attachment body for wiring and piping according to claim 2 can be fixed to the attachment body by engaging the engagement portion with the engagement portion of another attachment body.

The wiring / piping attachment body according to claim 3 is fixed to the formwork in a state where the opening does not float above the upper surface of the formwork when engaged with another attachment body. be able to.

The wiring / piping attachment body according to claim 1, which is dependent on claim 1, 3, or claim 2, is formed such that its engaging portion can be engaged with an engaging portion of another attachment body from above. Therefore, the engaging portion can be engaged with the engaging portion of the other attachment body in a superposed state up and down, and the installation space on the attachment body can be reduced.

In the wiring body / piping attachment device according to claim 5, although the main body portions of the respective attachment bodies are formed in different sizes, when the attachment bodies are engaged with each other, one end of each main body portion is mutually connected. Since they are engaged so as to align, the appearance in the room and outdoors is good.

Hereinafter, a first embodiment of the present invention will be described with reference to FIGS. Here, FIG. 1 is a perspective view of the wiring / piping attachment body of the present invention as seen from one side, and FIG. 2 is a perspective view of the attachment body as seen from the opposite side.

1 to 8, the attachment body 1 is an end cover given as an example of an attachment body embedded in a concrete housing, and the attachment body 1 applied as the end cover includes a wiring / piping material protection tube, and It is embedded in concrete such as a double ceiling together with a connector (not shown) attached to one end of the mounting body 1. Wiring / piping material inserted through the inside of the wiring / piping material protection pipe arranged in the concrete body is drawn out from the opening surface 2 of the mounting body 1 to the outside of the concrete surface, or conversely, outside the concrete surface. It is inserted into the mounting body 1 from the side and drawn into the wiring / piping material protection pipe.

The attachment body 1 is roughly shaped by cutting a cylinder having a bottom wall into two diagonal surfaces, and the diagonal surface of the cylinder is flush with the concrete surface as shown in FIG. Thus, the opening surface 2 is opened outward. A portion corresponding to the bottom wall of the cylinder, which is one end side of the mounting body 1, is formed with a mounting wall 3 and is inclined obliquely upward from the opening surface 2 so that the connector is mounted. A portion corresponding to the side wall portion of the cylinder is an inclined side wall 4 of the mounting body 1. An attachment hole 5 through which one end side of the connector is inserted is provided at the center of the attachment wall 3, and the attachment wall 3 is sandwiched between a flange portion and a nut provided in the connector. Is supposed to be attached. The attachment hole 5 corresponds to a holding portion in claims.

A central fixing portion 6 through which a fixing tool 32 such as a nail or a screw is inserted is provided at a substantially central portion of the top of the inclined side wall 4. As shown in FIG. 6, the center fixing portion 6 is integrally provided with a guide pin 7 that hangs in an orthogonal direction toward the opening surface 2, and the fixing tool 32 is inserted through the guide pin 7. The through-hole 8 to be penetrated and can be broken off at the connecting portion with the inclined side wall 4. That is, when the guide pin 7 is fixed to the mold 31 as an attached body, the guide pin 7 is fixed in a direction orthogonal to the mold 31 by guiding the mounting direction of the fixture 32 to the mold 31. In accordance with the removal of the formwork 31 after placing the concrete, it is broken off at the joint with the inclined side wall 4 and removed together with the fixture 32. The attachment wall 3, the inclined side wall 4, and the abutting plate portion 9 described later correspond to a main body portion of the claims.

In addition, a contact plate portion 9 that contacts the mold 31 is formed on the outer peripheral portion of the opening surface 2 of the attachment body 1, and a fixing tool 32 such as a nail is attached to a substantially central portion on both sides thereof. The substantially square plate-like side fixing part 10 and the side fixing part 11 are provided so as to protrude laterally. The side fixing part 10 and the side fixing part 11 are respectively provided with an insertion hole 12 and an insertion hole 13 through which the fixing tool 32 is inserted. In addition, although the fixing | fixed part for fixing the said attachment body 1 to the formwork 31 is provided in three places, the said center fixing | fixed part 6, the side fixing | fixed part 10, and the side fixing | fixed part 11, Usually, the fixture 32 is inserted into one place of the center fixing portion 6 and fixed to the mold 31. However, when the mounting body 1 once embedded in the concrete housing and then removed for reuse is embedded in another concrete housing again, the guide pin 7 of the central fixing portion 6 has already been broken and removed. Therefore, it is fixed using the side fixing part 10 and the side fixing part 11.

Further, a non-contact engaging portion 14 having a substantially square plate shape, which is a feature of the present invention, is integrally provided adjacent to the side fixing portion 10 in the longitudinal direction of the attachment body 1. The non-contact engagement portion 14 is spaced apart upward from the upper surface of the mold 31 and is in a non-contact state. Further, a substantially square plate-like contact engaging portion 15 which is a feature of the present invention is integrally provided adjacent to the opposite side fixing portion 11 in the longitudinal direction of the attachment body 1. The contact engagement portion 15 is in contact with the upper surface of the mold 31. The non-contact engagement portion 14 and the contact engagement portion 15 correspond to the engagement portions in the claims.

First, as shown in FIG. 1 and the like, the non-contact engagement portion 14 is at a position where the lower surface 16 is spaced upward from the opening surface 2 by a height h1. A cylindrical convex portion 17 that projects vertically downward is provided substantially at the center of the lower surface 16. On the other hand, the contact engagement portion 15 is provided at a position corresponding to the non-contact engagement portion 14, and the lower surface thereof is at the same height as the opening surface 2, as shown in FIG. The upper surface 18 is located above the opening surface 2 by a height h2. A concave portion 19 into which the convex portion 17 is fitted is provided at the approximate center of the upper surface 18 corresponding to the convex portion 17 of the non-contact engagement portion 14. The recess 19 is formed as a through hole or a non-through hole.

Further, the height h2 is set to be the same as the height h1 of the non-contact engagement portion 14. Accordingly, as shown in FIG. 7, the convex portion 17 of the non-contact engagement portion 14 of one attachment body 1 and the concave portion 19 of the contact engagement portion 15 of the other attachment body 1 are fitted to each other. When the non-contact engagement portion 14 and the contact engagement portion 15 are engaged, the lower surface 16 of the non-contact engagement portion 14 is adjacent to the side contact portion 10 adjacent to the non-contact engagement portion 14. Or the bottom surface 16 of the non-contact engagement portion 14 floats above the top surface 18 of the contact engagement portion 15. Without mounting, the mounting body 1 is placed on the upper surface 18 of the abutting engagement portion 15, and the both attachment bodies 1 are arranged side by side in a state where they are fit in the height direction. The entire lower surface 16 of the non-contact engagement portion 14 may be placed on the upper surface 18 of the contact engagement portion 15, or a part thereof may be placed. The lower surface 16 of the non-contact engagement portion 14 corresponds to the contacted portion of the claims, and the lower surface of the contact engagement portion 15 corresponds to the contact portion of the claims.

Next, the positional relationship between the non-contact engagement portion 14 and the contact engagement portion 15 will be described with reference to FIGS.
The distance h3 from the center of the convex portion 17 of the non-contact engagement portion 14 to the base line A in the width direction passing through one end on the attachment hole 5 side as the holding portion of the mounting body 1, and the concave portion of the contact engagement portion 15 The distance h4 from the center of 19 to the base line A is set to be the same. Therefore, when the plurality of attachment bodies 1 are fixed in parallel on the mold 31, as shown in FIG. 8, the base lines A of the attachment bodies 1 are aligned and the attachment bodies 1 are aligned. Become. As shown in FIG. 8, the side fixing part 10 and the side fixing part 11, when the plurality of attachment bodies 1 are fixed in parallel to the mold frame 31, The contact fixing portion 15 is superposed vertically and engaged.

Further, the outer side surface 10a of the side fixing portion 10 shown in FIG. 1 is a side surface of the abutting plate portion 9 facing the other mounting body 1 when the plurality of mounting bodies 1 are fixed in parallel to the mold 31. It protrudes outward with an amount of protrusion that is in contact with or very close to 9a. Alternatively, the outer side surface 11a of the side fixing portion 11 and the outer side surface 15a of the contact engaging portion 15 are in contact with or closely adjacent to the side surface 9b of the opposing contact plate portion 9 of the other mounting body 1. It protrudes outward. Therefore, as shown in FIG. 8, when the engaging portions of the attachment bodies 1 are engaged with each other, the side fixing portion and the outer side surface of each engaging portion are in contact with the side surface of the abutting plate portion 9. Due to the contact, the mounting body 1 is restricted from rotating in the horizontal direction, that is, in the same plane direction as the opening surface 2 around the engaging portion of the convex portion 17 and the concave portion 19, and the mounting bodies 1 are aligned in parallel. Kept in a state.

Next, the work of fixing the plurality of attachment bodies 1 in parallel on the mold 31 will be described with reference to FIG. Although FIG. 8 shows a case where three attachment bodies 1 are provided side by side, the case where two or four or more attachment bodies 1 are provided can also be performed in the same manner.

In FIG. 8, the rebars 33 are arranged at predetermined intervals vertically and horizontally above the mold 31 with a predetermined distance. In this bar arrangement state, even if the placement location of the three attachment bodies 1 is adjusted, the gap between the rebars 33 is small, so in any attachment body 1, for example, in FIG. There is a lateral rebar rebar 33 above the mounting body 1, which becomes a hindrance to the fixing work, and the operator cannot hold the mounting body 1 by extending his hand downward. A hand must be inserted and held in the gap between the mounted body 31 and the rebar 33. Accordingly, it is very troublesome to sequentially fix and fix the fixture 32 on the mold 31 as it is. On the other hand, since there is no support bar 33 on the upper side of the attachment bodies 1 on both sides, the operator extends the hand directly from above the attachment body 1 and holds the attachment body 1 in the fixing work. can do. Therefore, first, the fixing of the left attachment body 1 in FIG. 8 is started.

In fixing the left attachment body 1 to the mold 31, a fixing tool 32 such as a nail is inserted into the central fixing part 6 while being guided by the guide pin 7, and the head of the fixing tool 32 is inserted with a tool such as a hammer. Can be done by hitting. When the left mounting body 1 is a reused product and the guide pin 7 has already been removed, the side fixing parts 10 on both sides of the mounting body 1 are not used. The fixing tool 32 can be inserted and fixed in the insertion hole 12 and the insertion hole 13 of the side fixing part 11. Hereinafter, the same applies to the fixing to other attachment bodies 1.

In this way, when the left attachment body 1 is fixed to the mold 31, the center attachment body 1 is disposed slightly adjacent to the lower attachment body 1 from an oblique lateral direction while slightly floating from the mold 31. At this time, the convex portion 17 of the non-contact engagement portion 14 of the central attachment body 1 is fitted into the concave portion 19 of the contact engagement portion 15 of the left attachment body 1, so The contact engagement portion 14 is engaged with the contact engagement portion 15 of the left attachment body 1.

In this engaged state, the outer side surface 10a of the side fixing portion 10 of the central mounting body 1 is in contact with or in close proximity to the side surface 9a of the opposing abutting plate portion 9 of the left mounting body 1, or The outer side surface 11a of the side fixing portion 11 of the left mounting body 1 and the outer side surface 15a of the contact engaging portion 15 are in contact with or very close to the side surface 9b of the abutting plate portion 9 of the central mounting body 1 facing each other. To do. As a result, due to the abutment of the lateral fixing part and the outer surface of each engaging part and the side surface of the abutting plate part 9, the central mounting body 1 can pivot the engaging part between the convex part 17 and the concave part 19. Further, it is restricted from rotating with respect to the left attachment body 1 in the horizontal direction, that is, in the same plane direction as the upper surface of the mold 31. As a result, the central attachment body 1 is held in a certain parallel state with respect to the left attachment body 1 and temporarily fixed at a predetermined position of the mold 31. Thereby, the operator does not need to hold | maintain the center attachment body 1 by hand during a fixing operation, and can save the effort.

Once the central mounting body 1 is temporarily fixed, the operator can insert the fixing tool 32 into the central fixing portion 6 without holding the central mounting body 1 by hand and hit the mold 31 with a hammer. Thus, the central attachment body 1 is fixed, that is, permanently fixed to the mold 31. When a reusable product is attached as the central attachment body 1 or when the rebar 33 is directly above the central fixing portion 6, the fixing tool 32 cannot be inserted into the central fixing portion 6. For example, the side fixing part 10 and the side fixing part 11 on both sides can be inserted.

Here, when fixing the central attachment body 1, since the gap between the left attachment body 1 and the central attachment body 1 is small, it is preferable that the center attachment body 1 is driven through a rod-shaped tool. That is, it can be performed by abutting the tip of the rod-shaped tool against the head of the fixture 32 and hitting the other end of the tool with a hammer or the like. Alternatively, as shown in FIGS. 9 to 11, a nailing hammer 34 can be used for simple driving. As shown in FIG. 9, the nail hammer 34 drops in the direction of the arrow when the nail is inserted from the side insertion port 34a, so that the handle 34b is pushed down as shown in FIG. It can be easily struck even in a narrow space as shown in FIG.

When the left and center attachment bodies 1 are fixed in this way, the right attachment body 1 in FIG. 8 is fixed. Since the right attachment body 1 can be fixed to the mold 31 in the same manner as the central attachment body 1, the description thereof is omitted.

By the way, the fixing of the center mounting body 1 and the right mounting body 1 in FIG. 8 is performed by first fixing the left mounting body 1 to the mold, and then fixing the center mounting body 1 and the right mounting body 1 in order. Although it is performed in the procedure of temporarily fixing to the body 1 and hitting the fixing tool 32 to perform the main fixing, it is not limited to this. First, the engaging portions of all three attachment bodies 1 are engaged. It is also possible to place all three pieces on the mold 31 in a temporarily fixed state, and then perform permanent fixing using the fixing tool 32 sequentially. In this case, similarly, after the left side mounting body 1 is first fixed, the center mounting body 1 and the right side mounting body 1 are temporarily fixed. The fixing tool 32 can be hit on the frame 31 to be permanently fixed.

If the upper attachment body 1 is permanently fixed to the central attachment body 1, the contact engagement portion 15 of the central attachment body 1 is not contacted with the upper attachment body 1 placed on the contact attachment portion 15. Since the upward movement is prevented by the portion 14, when it is stably held on the formwork 31 without performing the main fixing by the fixing tool 32, the temporary fixing also serves as the main fixing. Thus, the fixing using the fixing tool 32 can be omitted.

Thus, according to the attachment body 1 of this embodiment, when attaching a plurality of attachment bodies 1 to the attachment body in parallel, the operator needs to hold the next attachment body with one hand. Therefore, it can be attached to the mold 31 with good workability. In addition, the number of fixtures 32 can be reduced by holding the engaging portions to be engaged, and accordingly the working time can be shortened.

Further, as shown in FIG. 8, the side end of the contact plate portion 9, which is one end on the attachment hole 5 side of the attachment body 1 from the center of the convex portion 17 of the non-contact engagement portion 14 of each attachment body 1, is arranged. Since the distance h3 to the passing base line A and the distance h4 from the center of the recess 19 of the contact engagement portion 15 to the base line A are the same, the concrete opening position of the embedded mounting body 1 is along the base line A. Align. Thus, the wiring / piping material protection pipes can be attached to each mounting body 1 in an aligned state, and the wiring / piping material or the wiring / piping material protection pipes can be pulled out from the opening of the concrete frame in an aligned state. It looks good both indoors and outdoors.

Since one end on the side of the attachment hole 5 as a holding portion for holding the wiring / pipe material is aligned, all the attachment holes 5 face the same direction, so that the operator can wire to the attachment hole 5. -Since it is not necessary to change the working posture for each mounting body 1 when installing or releasing the piping material protection pipe, the work can be performed easily.

In addition, since a plurality of wiring / piping material protection tubes drawn out from the attachment holes 5 can be bundled outside the attachment holes 5 of each attachment body 1, the arrangement state of the plurality of wiring / piping material protection tubes Can prevent the wiring / piping material protection pipes from being entangled with each other, and prevent the wiring / piping material protection pipes from being attached to the mounting holes 5 due to a cluttered arrangement. .

By the way, in the said embodiment, although the case where all the attachment bodies 1 fixed the same thing was shown, as shown in FIG. 12, it applies similarly to the attachment bodies 1 from which a magnitude | size mutually differs. be able to. In this case, the distance h3 from the center of the convex portion 17 of the non-contact engagement portion 14 of each attachment body 1 to the base line A at one end of the attachment body 1 on the attachment hole 5 side, and the contact relationship of each attachment body 1 If the distance h4 from the center of the concave portion 19 of the joint portion 15 to the base line A is set to be the same, the positions of the mounting holes 5 of the embedded mounting body 1 are aligned as in the above embodiment. Can do.

Moreover, in the said embodiment, although each attachment body 1 has shown what is aligned in the same direction, as shown in FIG. 13, when fixing in a different direction, it carries out with the same procedure and method. Can do.

In addition, it may be preferable to increase the interval between the attachment bodies 1 in reverse, as shown in FIG. This can be done by increasing the protruding length to the side.

Next, the attachment body of 2nd Embodiment of this invention is shown in FIG. 15 thru | or FIG.
15 to 17, a non-contact engagement portion 20 that is separated from the upper surface of the mold 31 by a predetermined distance is integrally provided on one side of each attachment body 1 and on the opposite side. A contact engaging portion 21 that contacts the upper surface of the mold 31 is integrally provided. The non-contact engagement portion 20 is formed in a square plate shape, and a circular convex portion 22 protrudes downward at a substantially central portion thereof. The protruding length of the convex portion 22 is set to a size that is flush with the bottom surface of the contact plate portion 9, and when the mounting body 1 is placed on the mold 31, the bottom surface of the convex portion 22 and The bottom surfaces of the contact plate portions 9 are all in contact with the upper surface of the mold 31 evenly. Further, the non-contact engagement portion 20 is provided with an insertion hole 23 concentric with the convex portion 22. The insertion hole 23 is formed in such a size that a fixture 32 such as a nail can be inserted therethrough.

On the other hand, the abutting engagement portion 21 on the opposite side is formed in a square plate shape, and a concave portion 24 through which the convex portion 22 of the non-abutting engagement portion 20 can be fitted is provided in a substantially central portion thereof. Yes. The concave portion 24 is a through hole. However, when the protruding length of the convex portion 22 of the non-contact engagement portion 20 is short, the non-excluding portion except the portion through which the fixing tool 32 is inserted correspondingly. It is also possible to use a through hole.

Since the attachment body 1 of the second embodiment is the same as the attachment body 1 of the first embodiment except for the non-contact engagement portion 20 and the contact engagement portion 21, description of overlapping portions is omitted. .

The attachment body 1 of the second embodiment is first fixed on the mold 31 by hitting a fixing tool 32 such as a nail into the insertion hole 23 of the non-contact engagement portion 20 of one attachment body 1. Then, the convex portion 22 of the non-contact engagement portion 20 of the next attachment body 1 is fitted into the concave portion 24 of the contact engagement portion 21 of the attachment body 1 from above to make no contact with the contact engagement portion 21. The engaging part 20 is engaged. Next, the fixture 32 is inserted from above into the insertion hole 23 of the non-abutting engagement portion 20 of the next attachment body 1 and driven into the mold 31. Here, the outer surface of the abutting engagement portion 21 of the mounting body 1 that has been fixed first is protruded so as to abut the side surface of the abutting plate portion 9 of the next mounting body 1 along the length direction. In addition, by adjusting the positional relationship with the recess 24, it is possible to prevent the attached mounting body 1 from rotating in the horizontal direction with the engaging portion between the protrusion 22 and the recess 24 as an axis. .

Therefore, according to the attachment body of the second embodiment, if the non-contact engagement portion 20 of the next attachment body 1 is engaged with the contact engagement portion 21 of the attachment body 1 fixed first, Since the next mounting body 1 is temporarily fixed to the previous mounting body 1, the fixing tool 32 is inserted into the insertion hole 23 and driven without being held by hand, like the mounting body 1 of the first embodiment. Thus, it can be permanently fixed to the mold 31. Hereinafter, the third and subsequent attachment bodies 1 can be sequentially fixed in the same procedure. In addition, when only two attachment bodies 1 are provided side by side, after engaging portions are engaged with each other at an intermediate position between the two attachment bodies 1, an insertion hole of the non-contact engagement portion 20 at the intermediate position is provided. It is also possible to fix two attachment bodies 1 at a time simply by hitting one fixing tool 32 on 23.

In the second embodiment, the non-contact engagement portion 20 and the contact engagement portion 21 are engaged with each other, and the fixing tool 32 is inserted into the insertion hole 23 and is hit against the mold 31. Since the attachment body 1 can be fixed by this, it can also serve as an engaging part and a fixing part.

Next, the attachment body of 3rd Embodiment is demonstrated based on FIG.18 and FIG.19. The attachment body of 3rd Embodiment shows what attached the mutual space | interval enlarged.
18 and 19, a square plate-like side fixing portion 25 and a square plate-like abutting engagement portion 26 are integrally provided on both sides of each attachment body 1 symmetrically. The abutting engagement portions 26 are provided on both sides of the side fixing portion 25. The bottom surface of the side fixing portion 25 and the bottom surface of the contact engagement portion 26 are formed in the same plane so as to contact the mold 31. Further, an insertion hole 27 through which the fixing tool 32 is inserted is provided at a substantially central portion of the side fixing portion 25. A concave portion 28 is provided at a substantially central portion of each contact engagement portion 26.

On the other hand, between each attachment body 1, the connection tool 29 attached to the said contact engaging part 26 and connecting the said attachment bodies 1 is attached detachably. The coupling tool 29 is formed in a substantially H plate shape as a whole, and a convex portion 30 that projects into the concave portion 28 corresponding to the abutting engagement portion 26 is projected downward on one side surface. Since other configurations are the same as those of the attachment body 1 of each of the embodiments, the description thereof is omitted.

In the mounting body 1 of the third embodiment configured as described above, the fixing tool 32 is first inserted into the insertion hole 27 of the central fixing portion 6 or the side fixing portion 25 of any of the mounting bodies 1 to form the form 31. The mounting body 1 is fixed. Next, the next mounting body 1 is arranged on the side of the first mounting body 1, and the convex portion 30 of the coupling tool 29 is formed in the concave portion of each of the first mounting body 1 and each contact engaging portion 26 of the next mounting body 1. 28. Then, since the next mounting body 1 is engaged with the convex portion 30 of the coupling tool 29 at the two concave portions 28, it is prevented from moving or rotating in the horizontal direction, and is stabilized at a predetermined position on the mold 31. Held, that is, temporarily fixed. Thereafter, with respect to the next mounting body 1, the fixing tool 32 is inserted into the insertion hole 27 of the center fixing portion 6 or the side fixing portion 25 and is struck to the mold 31 to fix the mounting body 1. Thereby, when it is preferable to increase the interval between the attachment bodies 1 from the reinforcement state of the rebar 33, the next attachment body 1 is temporarily fixed via the connector 29, and Similarly to the attachment body 1 of the embodiment, the following attachment body 1 can be permanently fixed by hitting the fixture 32 to the mold 31 without holding it by hand.

By the way, the wiring and piping attachment body of each of the above embodiments shows what is applied to the end cover, but in addition, it is embedded in a concrete housing, such as an end coupling, a slab rising elbow, a saddle, The present invention is similarly applied to various wiring / piping articles that are mounted in parallel on a mounted body in parallel.

Next, technical ideas that can be grasped from the above-described embodiments and other examples will be described below together with their effects.
(1) The engagement portion engages with an engagement portion of another attachment body so that one end of each main body portion of the plurality of attachment bodies is aligned with each other. A mounting body for wiring and piping according to claim 1. If comprised in this way, since the engaging part engages so that the end of a main-body part may mutually align, it looks good indoors and outdoors.

(2) The attachment body for wiring / piping according to any one of claims 1 to 4, wherein the main body portion has a holding portion for holding a wiring / piping material protection rod. If comprised in this way, since the main-body part has a holding part holding a wiring and piping material protection rod, it can prevent that the said wiring and piping material protection rod moves to a longitudinal direction.

(3) The technical concept (2), wherein the engagement portion engages with an engagement portion of another attachment body so that one end of each main body portion of the plurality of attachment bodies is aligned with each other. Mounting body for wiring and piping as described in). If configured in this way, one end of the main body portion on the holding portion side is aligned, and all the holding portions face the same direction, so the worker can attach and release the wiring / pipe material protection rod to the holding portion. Since there is no need to change the posture for each mounting body, it is easy to work. Further, since a plurality of wiring / piping material protection rods drawn out from the holding portion can be bundled outside the holding portion, the wiring / piping material protection rod is protected by disturbing the arrangement state of the wiring / piping material protection rods. It is possible to prevent entanglement between the heels and to prevent an error in the mounting position on each holding portion.

(4) The wiring / pipe according to any one of claims 1 to 3, wherein the engaging portion is formed to be engageable with an engaging portion of another attachment body from above. Mounting body. If comprised in this way, an engaging part can be engaged with the engaging part of another attachment body up and down in a superposition | polymerization state, and the mounting space to a to-be-attached body can be made small.

An engagement portion having an abutting portion that comes into contact with the attached body and an engaging portion having a non-contact portion that does not come into contact with the attached body, and the non-engagement of the engaging portion having the abutted portion. The wiring according to any one of claims 1 to 3, wherein the contact portion is formed so as to be placed on a corresponding contact portion of an engagement portion having a contact portion in another attachment body. -Piping mounting body. If comprised in this way, there exists an effect similar to a technical thought (4).

(6) The engaging portion is provided on both sides of the main body, one of which has a contact portion that comes into contact with the attached body, and the other has a non-contact portion that does not come into contact with the attached body. The wiring / piping attachment body according to the technical concept (5), If comprised in this way, a some attachment body can be juxtaposed sequentially on a to-be-attached body, mounting an engaging part on the engaging part of another attachment body.

It is the perspective view which looked at the attachment body for wiring and piping of 1st Embodiment of this invention from the one side. It is the perspective view which looked at the attachment body of FIG. 1 from the other side. It is a front view of the attachment body of FIG. It is a top view of the attachment body of FIG. It is a side view of the attachment body of FIG. It is sectional drawing of the attachment body of FIG. It is a perspective view which shows the state which juxtaposes the two attachment bodies of FIG. It is a top view which shows the state which juxtaposes the attachment body of FIG. 1 and fixes it on a formwork. It is a front view which shows the nail hammer used for fixation of the attachment body of FIG. FIG. 10 is a front view showing a nail driving state of the nail hammer of FIG. 9. It is a front view which shows the state which fixes an attachment body to a formwork using the nailing hammer of FIG. It is a top view which shows the state which arranged the some attachment body from which the magnitude | size of FIG. 1 differs in parallel. It is a top view which shows the state which has arrange | positioned multiple attachment bodies of FIG. 1 in a different direction. It is a top view which shows the state which enlarged the space | interval of the attachment body of FIG. It is a top view which shows the state which arranged the attachment body for wiring and piping of 2nd Embodiment of this invention in parallel. It is a side view which shows the state which arranges the attachment body of FIG. FIG. 16 is a cross-sectional view of the juxtaposed attachment body of FIG. 15. It is a top view which shows the state which arranged the attachment body for wiring and piping of 3rd Embodiment of this invention in parallel. It is a side view which shows the state which arranges the attachment body of FIG. It is a perspective view which shows the state which mounted the conventional attachment body in the formwork. It is a top view which shows the state which arranged the conventional attachment body in multiple numbers on the formwork.

DESCRIPTION OF SYMBOLS 1 Attachment body 6 Center fixing | fixed part 10, 11, 25 Side fixing | fixed part 14, 20 Non-contact engagement part 15, 21, 26 Contact engagement part 17, 22, 30 Protrusion part 19, 24, 28 Concave part 29 Connection Tool 31 Form frame 32 Fixing tool A Base line h1 Height h2 from the opening surface of the attachment body to the lower surface of the non-contact engagement portion Height h3 from the opening surface of the attachment body to the upper surface of the contact engagement portion Non-contact Distance h4 from the center of the convex part of the engaging part to the base line A Distance from the center of the concave part of the contact engaging part to the base line A

Claims (5)

It is a mounting body for wiring and piping that is fixed to a formwork and embedded in a concrete frame,
The main body,
A fixing part for fixing the main body part to the mold,
An engaging portion that protrudes outward from the main body portion to engage with another attachment body,
When engaged with the engaging part of another mounting body fixed to the mold, the surface facing the outer surface of the other mounting body is in contact with or poled to prevent the mounting body from moving in the mold surface direction. It is provided to be close ,
The engaging portions are provided on both sides of the main body,
Of the engaging portions provided on both side portions, the engaging portion on one side is separated from the mold, and is provided so as to be superposed on the upper side of the engaging portion on the other side of the other mounting body,
Further, the engagement portion is configured such that the engagement portion on one side of the attachment body is superimposed on the upper side of the engagement portion on the other side of the other attachment body, whereby the engagement portion of the attachment body is engaged with the other attachment body. A fitting body for wiring and piping , which can be engaged with the part from above . It is a mounting body for wiring and piping that is fixed to a formwork and embedded in a concrete frame,
The main body,
A fixing part through which a fixing tool such as a nail or a screw is inserted in order to fix the main body part to the formwork;
An engaging portion that engages with another attachment body,
The fixing portion is provided at a position where the fixing tool penetrates the main body portion,
The wiring / characteristics characterized in that the engaging portion is formed to protrude outward from the side portion of the main body portion so as to engage with another attachment body at a position different from the axis of the fixing tool inserted through the fixing portion. Mounting body for piping. It is a mounting body for wiring and piping that is fixed to a formwork and embedded in a concrete frame,
A main body having an opening;
A fixing part for fixing the main body part to the mold,
An engaging portion that engages with another attachment body,
The engaging portion is formed to protrude outward from the main body portion,
Upon fixing to the formwork, the engagement of the engaging portion in a state that is engaged with the engagement portion of the other attachment member, and the engagement so that the opening and flush the other mounting member,
The engaging portions are provided on both sides of the main body,
Of the engaging portions provided on both side portions, the engaging portion on one side is separated from the mold, and is provided so as to be superposed on the upper side of the engaging portion on the other side of the other mounting body,
Further, the engagement portion is configured such that the engagement portion on one side of the attachment body is superimposed on the upper side of the engagement portion on the other side of the other attachment body, whereby the engagement portion of the attachment body is engaged with the other attachment body. A fitting body for wiring and piping , which can be engaged with the part from above . The engaging portions are provided on both sides of the main body,
Of the engaging portions provided on both side portions, the engaging portion on one side is separated from the mold, and is provided so as to be superposed on the upper side of the engaging portion on the other side of the other mounting body,
Further, the engagement portion is configured such that the engagement portion on one side of the attachment body is superimposed on the upper side of the engagement portion on the other side of the other attachment body, whereby the engagement portion of the attachment body is engaged with the other attachment body. The attachment body for wiring and piping according to claim 2 , characterized in that it can be engaged with the portion from above. A wiring / piping mounting body device comprising a plurality of wiring / piping mounting bodies fixed in a formwork and embedded in a concrete body,
Each of the plurality of attachments includes a main body portion, a fixing portion that fixes the main body portion to the mold,
An engaging portion that engages with another attachment body,
The engaging portion is formed to protrude outward from the main body portion, and is temporarily fixed to the mold by engaging the engaging portion with an engaging portion of another attachment body when fixed to the mold. In addition, the size of the main body of each mounting body is different, and the engagement from one end of each mounting body is such that one end of each main body portion of the mounting body is aligned with each other so that each mounting body can be engaged. A mounting body device for wiring and piping, characterized in that joint positions are common.

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