JP4798059B2 - Functional pillar - Google Patents

Description

  The present invention relates to a functional gatepost provided with equipment units such as an intercom, a nameplate, and a post.

  Conventionally, a functional gate pillar standing at the entrance to the site is known. As this function gate pillar, a support beam is installed between a pair of columns, an equipment unit is mounted on the support beam, the facility unit is mounted on the support beam, and wiring is introduced from the column to the wiring path provided in the support beam. Patent Document 1 discloses that a wiring is introduced into a facility unit from a wiring path of a support bar.

  Further, this Patent Document 1 discloses a structure in which a plurality of support bars are installed between a pair of support columns, and equipment units each having a box shape with the same width are arranged on each support bar in the vertical direction. .

  However, in the conventional example shown in the above-mentioned Patent Document 1, since the equipment unit is mounted and mounted on a support bar laid between a pair of support columns, Supporting bars always exist between the equipment units, and the equipment units cannot be brought into contact with each other in the vertical direction so as to have a unified appearance like an integrated object in front view. Also, when passing the wiring from the support column into the equipment unit, the wiring is passed through the wiring passage in the support column and the wiring is bent laterally from the wiring through hole on the side surface of the support column and passed through the support beam. The wiring passed through the inside is bent upward and introduced into the equipment unit from the bottom of the equipment unit, and there is a problem that the number of times the wiring is bent increases and the wiring work is difficult.

  Moreover, in the above conventional example, it is disclosed that the box-like equipment unit having the same width in the front view is disposed vertically between the pair of columns, and two types having different lateral widths in the front view are disclosed. It is not disclosed how to install the above equipment unit between a pair of support columns.

Further, in the above-described conventional example, the box-shaped equipment unit has a problem that the installation of the equipment unit is not stable because only the lower surface is attached to the support bar, instead of attaching both side surfaces to the pair of columns.
Japanese Examined Patent Publication No. 04-3204

  The present invention has been invented in view of the above-described conventional problems, and can easily and reliably attach an equipment unit to a position away from a side surface of a column without providing a support bar as in the prior art, and a side surface of the column. It is possible to improve the appearance by preventing the shaft body for mounting the equipment unit away from the outside from being exposed to the outside, and to easily introduce the wiring into the equipment unit located away from the side surface of the column. It is an object of the present invention to provide a functional gate pillar through which wiring can be passed so as not to be exposed to the outside.

  In order to solve the above-mentioned problem, the functional gate pillar according to the present invention attaches the side surface portion of the equipment unit 2 to the side surface portion of the support column 1 via the spacer 4, and the spacer 4 fixes one end portion to the side surface portion of the support column 1. The other end of the shaft body 5 is fixed to the equipment unit 2 and the cover 6 is placed on the shaft body 5. The wiring 7 drawn out from the wiring path 3 in the support column 1 is inserted into the cover 6. A wiring space 8 is provided to be inserted and introduced to the equipment unit 2 side.

  By adopting such a configuration, the facility unit 2 can be attached to the side surface portion of the support column 1 via the spacer 4 via the spacer 4 without installing a support bar between the support columns 1 as in the prior art. Since the cover 6 is put on the shaft body 5 for connecting and fixing the side surface portion of the equipment unit 2 to the side surface portion 1, the shaft body 5 can be prevented from being exposed to the outside. Using the wiring space 8 provided in the cover 6 that covers the shaft body 5 so as not to be exposed, the wiring 7 drawn from the wiring passage 3 in the support column 1 is introduced into the equipment unit 2 through the wiring space 8. It becomes possible. Furthermore, since a support bar is not required as in the prior art, it is possible to mount the equipment units 2 in a state where they are in contact with each other at a position away from the side surface portion of the support column 1, and a unity feeling as a whole of the functional gate pillar. Can be put out.

  Further, it is preferable that the wiring holding portion 9 is provided inside the cover 6 and that the shaft body insertion portion 10 in which the shaft body 5 is inserted and held at the distal end portion of the wiring holding portion 9 is provided.

  With such a configuration, the shaft body 5 can be inserted and held in the shaft body insertion portion 10 of the cover 6 to cover the shaft body 5 with the cover 6, and the wiring space 8 provided in the cover 6 can be covered. The wiring 7 to be passed can be held by the wiring holding portion 9, and the wiring 7 can be prevented from being twisted around the shaft body 5.

  Further, a male screw portion 11 provided at one end portion of the shaft body 5 inserted through the shaft body insertion portion 10 is screwed into a screw hole 12 provided in a side surface portion of the column 1 and the other end portion of the shaft body 5 is connected to the equipment unit. It is preferable to provide an anti-rotation means 14 that is fixed to the side surface portion 2 with screws 13 and prevents the cover from rotating around the shaft body 5 with respect to the support column 1 or the equipment unit 2.

  By adopting such a configuration, the equipment unit 2b having a narrow width can be easily mounted using the shaft body 5 via the spacer 4, and the spacer 4 is centered on the shaft body 5 by the anti-rotation preventing means 14. Therefore, it is possible to attach the equipment unit 2b having a narrow width through the spacer 4 with an accurate posture.

  In addition, a plurality of equipment units 2 are arranged between the pair of support columns 1 in the vertical direction, and the plurality of equipment units 2 are provided with at least two types having different lateral widths in the front view and having a long lateral width in the front view. When both side portions of the unit 2 are fixed to the support column 1 and the equipment unit 2 having a narrow width in front view is attached to the support column 1, at least one of the support columns 1 is attached to the side surface of the support column 1 via the spacer 4. It is preferable.

  By adopting such a configuration, two or more types of equipment units 2 having different widths in front view can be mounted vertically between the pair of support columns 1 and supported between the support columns 1 as in the past. Both side surfaces of the equipment unit 2 can be attached to the pair of columns 1 without installing a crosspiece.

  Since the present invention is configured as described above, it can be attached to the side of the column with a simple structure via a gap, and a shaft for connecting and fixing the side surface of the equipment unit to the side surface of the column It is possible to prevent the shaft body from being exposed to the outside by covering it with a cover, thereby improving the appearance. In addition, using the wiring space provided in the cover that covers the shaft body so that the shaft body is not exposed to the outside, the wiring drawn out from the wiring passage in the column is introduced into the equipment unit through the wiring space. When wiring is introduced into the equipment unit from the wiring path in the support column, wiring can be introduced straight into the equipment unit from inside the cover, facilitating wiring work, and the wiring is not exposed. Will be better. In addition, since a support bar is not required unlike the conventional case, it is possible to attach the equipment units in a state where they are in contact with each other at a position away from the side surface portion of the support column, and to give a sense of unity as the entire functional portal. This also improves the appearance. In addition, since a support bar is not required unlike the conventional case, it is possible to attach the equipment units in a state where they are in contact with each other at a position away from the side surface portion of the support column, and to give a sense of unity as the entire functional portal. Can do.

  Hereinafter, the present invention will be described based on embodiments shown in the accompanying drawings. FIG. 1 is an overall perspective view of a functional gate pillar as an example of this embodiment, FIG. 2 is a front view and a side view of the functional gate pillar, and FIG. 3 is an exploded perspective view.

  The functional gate pillar includes a pair of support pillars 1 that are erected vertically on the ground 15 or the like of the entrance, and a plurality of equipment units 2 that are disposed between the pair of support pillars 1 in the vertical direction.

  The pair of struts 1 are made of metal, and at least one of the pair of struts 1 is provided with a wiring passage 3 therein. In the embodiment shown in the accompanying drawings, there is shown an example in which each of the pair of support columns 1 is constituted by a cylindrical column body in which the inside is a wiring passage 3. In addition, even if both the insides of a pair of support | pillars 1 become the channel | path 3 for wiring, you may make it pass the wiring 7 in any one in a field, and may let wiring pass in both.

  As shown in FIG. 2, the support column 1 is erected on the ground 15 or the like. At the time of erecting construction, the wiring 7 inserted into a conduit (not shown) embedded in the ground is connected to the support column 1. The wiring is introduced into the wiring passage 3 in the support column 1 from the wiring introduction portion 16 provided at the lower end of the wiring.

  A retaining member 17 is installed between the lower ends of the pair of support columns 1, and the retaining member 17 constitutes the ground when the pair of supporting members 1 are buried in the ground (embedded in the concrete constituting the ground). It can be erected so as not to come out of the pair of struts 1 by being buried in the concrete.

  A plurality of screw holes 12 for attaching a facility unit 2 to be described later are provided in the side surfaces facing each other of the pair of columns 1 in the vertical direction, and the side surfaces facing the pair of columns 1 in the vertical direction. Wiring through holes 18 are provided in one or a plurality of places. As shown in FIGS. 4, 5, and 6, a bush 60 made of rubber or the like is fitted into the wiring through hole 18, and when the wiring 7 is led out from the wiring through hole 18, the wiring 7 is connected to the wiring through hole 18. The edges are not damaged.

  As the plurality of equipment units 2 arranged in the vertical direction between the pair of support columns 1, at least two kinds of equipment units having different lateral widths in front view are used.

  That is, in the embodiment shown in the accompanying drawings, a delivery box unit is illustrated as an equipment unit 2a having a long lateral width in front view, and a post unit 2b1, an interphone unit 2b2, a nameplate unit as equipment equipment 2b having a narrow lateral width in front view. 2c3 is illustrated. In the embodiment shown in the accompanying drawings, the post unit 2b1, the intercom unit 2b2, and the nameplate unit 2c3 have the same lateral width in front view.

  Screw insertion holes 20 are provided on both side portions of the equipment unit 2. Furthermore, in addition to the screw insertion hole 20, a non-rotating screw insertion hole 21 is provided in the equipment unit 2 b having a narrow lateral width when viewed from the front. In addition, a wiring introduction hole 22 is provided in a side surface portion of the equipment unit 2b having a narrow lateral width for introducing the wiring 7 therein among the equipment units 2b having a narrow lateral width when viewed from the front. As shown in FIGS. 4 and 6, a bush 60 made of rubber or the like is fitted into the wiring introduction hole 22. When the wiring 7 is introduced from the wiring introduction hole 22, the wiring 7 is at the edge of the wiring introduction hole 22. I try not to be hurt.

  A delivery box unit is disposed between the lower portions of the pair of support columns 1 as a facility unit 2a having a long lateral width when viewed from the front.

  A delivery box unit, which is a facility unit 2 a having a long lateral width when viewed from the front, is disposed between a pair of support columns 1 and is attached to both side surfaces using mounting adapters 19.

  The post unit 2b1 and the intercom unit 2b2, which are equipment units 2b having a short lateral width when viewed from the front, are disposed above the delivery box between the pair of support columns 1 and are interposed between the side surfaces of the support columns 1 with spacers 4 interposed therebetween. Mounted.

  The spacer 4 is composed of a shaft body 5 having one end portion fixed to the side surface portion of the column 1 and the other end portion fixed to the equipment unit 2b having a narrow lateral width when viewed from the front, and a cover 6 that covers the shaft body 5. It is.

  The shaft body 5 is made of metal as shown in FIG. 8, and a male screw portion 11 having a diameter smaller than that of the shaft body 5 is projected in the axial direction from one axial end surface portion of the shaft body 5. A female screw hole 23 is provided in the other end surface portion in the axial direction of 5.

  The cover 6 is made of metal and has a cylindrical shape, and as shown in FIG. 7, wiring holding portions 9 are projected from the plurality of locations in the circumferential direction toward the inside so as to project the entire length in the axial direction. A shaft body insertion portion 10 is provided at the tip of the portion 9 over the entire length in the axial direction. In the embodiment of FIG. 7, the shaft body insertion portion 10 is configured by a plurality of C-shaped portions, but the shaft body insertion portion 10 may have a circular cross section. The center of the shaft body insertion part 10 coincides with the center of the cover 6. In the cover 6, a wiring space 8 is formed between the inner surface portion of the cover 6 and the shaft body insertion portion 10, and both end portions in the axial direction are opened. The wiring space 8 includes a plurality of wiring holding portions 9. Is divided into a plurality in the circumferential direction. Further, a rib portion serving as a tapping hole 25 is formed in the cover 6 in the axial direction.

  The shaft body 5 projects the shaft body 5 laterally from the side surface portion of the support column 1 by screwing and fixing the male screw portion 11 into the screw hole 12 of the support column 1. The shaft body 5 is fitted with and supported by the shaft body insertion portion 10 of the cylindrical cover 6, and one end portion of the cylindrical cover 6 is brought into contact with the side surface of the column 1.

  The equipment unit 2b having a short lateral width when viewed from the front is in contact with the other end of the shaft body 5 and the cover 6 at the outer surface side of the side face, and in this state, is provided at the side face of the equipment unit 2b having a short lateral width when viewed from the front. The screw 13 is inserted from the screw insertion hole 20 and screwed into the female screw hole 23 of the shaft body 5 to be fixed. Further, the rotation stop screw 24 is inserted from the rotation stop screw insertion hole 21 and the rotation stop screw 24 is screwed into the tapping hole 25 of the cover 6. In this way, the side part of the equipment unit 2b having a short lateral width is attached to the support column 1 with the spacer 4 formed by the shaft body 5 and the cover 6 being separated from the side surface part of the support column 1 to the side.

  Here, by screwing the non-rotating screw 24 into the tapping hole 25, the cover 6 is prevented from turning around the shaft body 5 with respect to the support column 1 or the equipment unit 2. In the embodiment, the rotation prevention screw 14 and the tapping hole 25 constitute the rotation prevention means 14.

  As described above, a plurality of equipment units 2b having a short lateral width in front view (in the embodiment, post unit 2b1 and intercom unit 2b2) are each attached via a spacer 4 between a pair of support columns 1; When mounting the short equipment unit 2b, both side surfaces of the equipment unit 2b having a short lateral width in front view are attached to the opposing side surfaces of the pair of support columns 1 via the spacers 4, respectively. Is not required as in the case where the equipment unit is mounted on the support bar and the equipment units 2b having a short lateral width in the front view are stacked in contact with each other in the vertical direction. The equipment unit 2b can be attached in a state where both side parts are separated from the side parts of the pair of support columns 1, and thus the equipment having a short width in front view. There is no supporting frame between knit 2b, may be a unity-rounded appearance as if short equipment unit 2b of the width in the front view is as if a single piece.

  Further, since the equipment unit 2b having a short width in front view is attached to the side surface portion of the support column 1 via the spacer 4, as shown in FIG. 1 and FIG. A plurality of equipment units 2b having a short lateral width can be arranged and attached between the pair of support columns 1 so as to have a sense of unity in the vertical direction.

  Here, in the case where it is necessary to introduce the wiring 7 inside the equipment unit 2b having a short width in front view (for example, the equipment unit 2b having a short width in front view needs to introduce the wiring 7 inside). When the spacer 4 is attached to the side surface of the support column 1, as shown in FIG. 4, the spacer 4 is inserted into the wiring passage 3 in the support column 1 and led out from the wiring through hole 18 in the side surface of the support column 1. The wiring 7 is inserted into the wiring space 8 formed in the cover 6 and introduced into the equipment unit 2b straight from the wiring introduction hole 22 formed in the side surface of the equipment unit 2b having a narrow lateral width. It is electrically connected to an electric device (in the embodiment, an interphone) provided in the equipment unit 2b. In this case, since the wiring 7 inserted laterally into the wiring space 8 can be introduced straight into the equipment unit 2b from the wiring introduction hole 22 without bending, the wiring 7 can be easily introduced into the equipment unit 2b. It will be possible.

  Since the wiring space 8 is divided into a plurality in the circumferential direction by the plurality of wiring holding portions 9, the wiring 7 introduced into any of the wiring spaces 8 is held in the circumferential direction by the wiring holding portion 9 to cover the cover 6. It is possible to prevent twisting in the circumferential direction. In addition, when different types of wiring 7 are introduced into the wiring space 8, different types of wiring 7 can be separately introduced into the separate wiring spaces 8 divided in the circumferential direction. Thus, different types of wiring 7 can be prevented from contacting or tangling with each other in the cover 6.

  Further, the anti-rotation prevention means 14 constituted by the anti-rotation screw 24 and the tapping hole 25 prevents the cover 6 from rotating around the shaft body 5 with respect to the support column 1 or the equipment unit 2. The wiring 7 inserted into the space 8 is prevented from rotating in the circumferential direction together with the cover 6, and cutting of the wiring 7 and the like are prevented.

  In the embodiment shown in the accompanying drawings, an example is shown in which a plurality of equipment units 2b having a short lateral width in a front view are stacked in the vertical direction. That is, the post unit 2b1 is disposed between the pair of support columns 1 and both side surfaces of the post unit 2b1 are attached to the side surfaces of the pair of support columns 1 via the spacers 4 as described above. The unit 2b2 is arranged and the lower surface of the interphone unit 2b2 is mounted on the upper surface of the post unit 2b1, and is attached to the side surfaces of the pair of columns 1 via the spacer 4 as described above. When attaching 2b2, the wiring 7 led out from the wiring path 3 of the support column 1 is introduced into the intercom unit 2b2 through the wiring space 8 provided inside one of the plurality of spacers 4. . Here, among the plurality of spacers 4, when the wiring 7 is not actually passed, the locking screw 24 may not be screwed into the tapping hole 25, but the spacer 4 that does not actually pass the wiring 7 may be used. The locking screw 24 may be screwed into the tapping hole 25.

  As shown in FIG. 3, the intercom unit 2 b 2 is an upper surface piece of a metal interphone pedestal 27 having an inverted L-shaped cross section on the upper surface of a rectangular box-shaped metal box 26 that is open at the front and rear of the main body. 27a is mounted, and the front piece 27b is attached to the front end opening of the box body 26, and the interphone device 28 is attached to the front face of the front piece 27b. A set screw insertion hole 21 and a wiring introduction hole 22 are provided. On both the left and right sides (left and right sides as viewed from the front) of the upper surface piece 27a of the intercom pedestal 27, inverted L-shaped pieces constituting the insertion grooves 39 are provided so as to project upward.

  And after attaching to the side part of a pair of support | pillar 1 through the spacer 4 as mentioned above in the state which mounted the equipment unit 2b with short width in front view as mentioned above on the upper surface of the post unit 2b1, The wiring 7 introduced into the intercom unit 2 b 2 through the wiring space 8 in the spacer 4 is connected to the intercom device 28 using the rear end opening of the box body 26.

  When the wiring connection work is completed, a lid 29 is detachably attached to the rear end opening of the box body 26 and the rear end opening is closed.

  On the intercom unit 2b2, a metal nameplate unit 2c3 having the same width as the front view of the intercom unit 2b2 is mounted and attached.

  As shown in FIGS. 3 and 5, the nameplate unit 2c3 includes a nameplate member 30 made of an aluminum mold formed in a substantially mountain shape when viewed from the side. The left-right width dimension of the nameplate member 30 is the same as the width dimension of the box body 26 in the left-right direction, and the front-rear length of the nameplate member 30 is substantially the same as the front-rear length of the box body 26. The front-rear length of the box body 26 and the front-rear length of the nameplate member 30 are substantially the same as the front-rear length of the support column 1 (specifically, slightly shorter).

  The nameplate member 30 includes a front inclined plate 31 constituting a mountain-shaped front inclined surface and a rear inclined plate 32 constituting a rear inclined surface. On the front surface of the front inclined plate 31, a nameplate display such as a resident's name is written as a display unit 33. Since the front inclined plate 31 is inclined downward toward the front side, there is an advantage that a person in front of the nameplate member 30 is easy to visually recognize when viewing the display unit 33 from a position above the nameplate member 30.

  The lower portions of the front side inclined plate 31 and the rear side inclined plate 32 are integrally connected and reinforced by a horizontal piece-like connecting piece portion 34 extending over the entire length of the nameplate member 30 in the left-right direction. A locking piece portion 35 having an L-shaped side cross section is integrally provided on the front portion of the connecting piece portion 34 so as to protrude downward, and a lateral piece portion 36 of the locking piece portion 35 projects forward. ing.

  The lower end portions of the front inclined plate 31 and the rear inclined plate 32 protrude below the connecting piece portion 34, and the lower end portion of the front inclined plate 31 is a front mounting portion 43. On the other hand, a mounting piece portion 37 a is integrally protruded from the lower end of the rear inclined plate 32 toward the rear, and the mounting piece portion 37 a serves as the rear mounting portion 37. The rear end portion of the rear placement portion 37 provided at the lower end portion of the rear inclined plate 32 extends downward to form a vertical piece-like cover portion 38, and the cover portion 38 and the placement piece portion 37a forms an inverted L-shaped side section. The cover portion 38 is provided with a screw insertion hole penetrating in the front-rear direction.

  In order to attach the nameplate member 30 to the box body 26, first, the horizontal piece portion 36 of each locking piece portion 35 is inserted into each insertion groove 39 on the interphone pedestal 27, and each locking piece portion 35 is inserted into the interphone pedestal. 27, and the front-side placement portion 43 and the rear-side placement portion 37 are placed on the front edge portion and the rear edge portion of the upper surface of the box body 26, respectively. A screw 44 is inserted into a hole provided in the cover portion 38 of the member 30, and the screw 44 is screwed into a screw hole provided in an upper end opening edge portion of the rear end opening of the box body 26, whereby the nameplate member 30. Is permanently fixed to the box body 26.

  Thus, in the embodiment shown in the accompanying drawings, only the nameplate unit 2c3 is not attached to the side surface portion of the support column 1 via the spacer 4 among the plurality of equipment units 2b having a short width when viewed from the front, but attached to the lower intercom unit 2b2. It is mounted and mounted.

  A connecting metal fitting 50 is fitted and attached to the upper end of each support column 1, and a cap 49 is attached to the upper end of the connecting metal 50.

  An upper lid 51 is disposed between the pair of struts 1, and both end portions of the upper lid 51 are attached to the connecting bracket 50 attached to the upper ends of the pair of struts 1.

  The upper lid 51 is formed with a recess having an open bottom surface, and an upper lid cover 52 is attached to the lower opening of the recess. A power unit 48, a terminal block 54, a light emitting unit 53 such as an LED, and the like are provided on the upper surface portion of the upper lid cover 52, and the wiring 7 inserted through the wiring path 3 in the column 1 is disposed above the upper end of the column 1. It is introduced into the lid 51 and connected to the terminal block 54, and power is supplied from the terminal block 54 to the light emitting unit 53 via the power supply unit 48.

  A window portion 55 is provided at the center of the upper lid cover 52, and the window portion 55 is located directly above the mountain-shaped top portion of the nameplate member 30 via a gap 56, and light is emitted directly above the window portion 55. The part 53 is configured to be located.

  Then, the light from the light emitting unit 53 is irradiated downward through the window 55, and the light is reflected forward or backward on the front inclined plate 31 and the rear inclined plate 32 through the gap 56. In this case, the light emitting unit Since the light from 53 reaches not only the front but also the rear of the nameplate member 30, it is possible to perform illumination so that the nameplate member 30 emits light in the front-rear direction.

  In the present invention, when only a plurality of equipment units 2 having the same horizontal width in the front view are disposed between the pair of support pillars 1 in the vertical direction, the equipment is installed on the side surface of the support pillar 1 without the spacer 4 interposed. The side part of the unit 2 can be directly attached with a screw.

It is a whole perspective view of the functional portal pillar of this invention. (A) (b) is the front view and side view of a functional portal pillar same as the above. It is a disassembled perspective view of the functional gate pillar same as the above. It is an enlarged front view which shows the attachment part to a pair of support | pillar of an intercom unit same as the above. It is side surface sectional drawing same as the above. It is sectional drawing explaining the part which has passed the same wiring. (A) is sectional drawing of the cover used for the same as the above, (b) is sectional drawing explaining passing a shaft through a cover same as the above, and letting wiring pass. The shaft body used for the above is shown, (a) is a front view, (b) is a left side view, and (c) is a right side view.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Support | pillar 2 Equipment unit 3 Wiring path 4 Spacer 5 Shaft body 6 Cover 7 Wiring 8 Wiring space 9 Wiring holding part 10 Shaft body insertion part 11 Male thread part 12 Screw hole 13 Screw 14 Anti-rotation prevention means

Claims (4)

  The side part of the equipment unit is attached to the side part of the column via a spacer, and the spacer is fixed to the side part of the column and the other end is fixed to the equipment unit. A functional gate pillar comprising a wiring space through which the wiring drawn from the wiring passage in the support is inserted and introduced to the equipment unit side in the cover.   2. The functional portal according to claim 1, wherein a wiring holding portion is provided in the cover so that a shaft body insertion portion through which the shaft body is inserted and held is provided at a tip portion of the wiring holding portion.   The male thread part provided at one end of the shaft body inserted through the shaft body insertion part is screwed into the screw hole provided in the side surface part of the support column, and the other end part of the shaft body is fixed to the side surface part of the equipment unit with a screw. 3. The functional gate pole according to claim 2, further comprising anti-rotation preventing means for preventing the cover from rotating around the shaft body with respect to the support pillar or the equipment unit. A plurality of equipment units are arranged in a vertical direction between a pair of support columns, and the plurality of equipment units are provided with at least two types having different lateral widths in the front view. 4. At least one of the columns is attached to the side of the column via a spacer when the facility unit is fixed to the column and attached to the column. Functional gate pillar as described in any one of.

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