JP4798058B2 - Functional pillar - Google Patents

Description

  The present invention relates to a function gate pillar provided with an intercom and a nameplate.

  2. Description of the Related Art Conventionally, a functional gate pillar standing at the entrance of a site is known, and an electrical device such as an interphone is installed in this functional gate pillar as shown in Patent Document 1, for example. In Patent Document 1, an interphone device as an electrical device is provided on the front surface of the gate post body, and the interphone device is connected to electrical wiring from the ground to the gate post body in the gate post body. In addition, an opening for wiring work is formed on the rear surface of the gate post body to connect electrical wiring to the intercom device and to inspect the connection portion.

However, when the intercom device is installed on the front of the main pole body as described above, the left and right width of the main pole body cannot be made shorter than the left and right width of the intercom device, and the left and right width of the main pillar body becomes longer and the functional gate pillar is clean. Appearance does not become. In addition, the wiring work opening provided on the rear surface of the gate post body is closed by a lid so that it can be opened and closed. However, rainwater attached to the upper part of the wiring work opening on the rear surface of the gate pillar body flows down, There is a risk of intrusion into the main body of the main pole that houses the electrical wiring from the edge.
Japanese Patent Laid-Open No. 5-17097

  The present invention has been invented in view of the above-described conventional problems. The functional gate pillar can be made to have a clean appearance, wiring work can be easily performed, and rainwater infiltrates into a portion storing electric wiring. It is an object to provide a functional portal that can prevent this.

  In order to solve the above-mentioned problems, the functional gate pole according to the present invention has a wiring box 18 attached to the left and right side surfaces of the gate pole body 2 in which the wiring passage 5 is formed, and an electric device (interphone device 19) attached to the wiring box 18. The electrical wiring in the wiring passage 5 is drawn out from the gate post body 2 and introduced into the wiring box 18 and then connected to the electrical equipment. The wiring box 18 is a box having a wiring work opening 16 formed on the rear surface. The main body 21 and a detachable lid 22 that closes the wiring work opening 16 of the box main body 21 are provided, and a nameplate unit 3c having a display unit on the front side is installed on the upper surface of the box main body 21; A cover 54 protrudes downward from the rear end of the nameplate unit 3c, and the cover 54 covers the upper end of the rear surface of the lid body 22.

  Thus, by providing an electrical device in the wiring box 18 provided on the side surface of the gate post body 2, the left and right widths of the gate post body 2 can be shortened, and the functional gate post can have a clean appearance. The left and right width dimension of the wiring box 18 for performing the above can be made longer than the left and right width of the gate pole body 2. Further, the upper end of the rear surface of the lid 22 that closes the wiring work opening 16 of the wiring box 18 can be covered by a cover 54 that protrudes downward from the rear end of the nameplate unit 3c.

  The nameplate unit 3c includes a front side inclined plate 48 and a rear side inclined plate 49 which are formed in a substantially mountain shape when viewed from the side and provided with a display portion. It is preferable that the cover portion 54 is formed so as to extend. In this case, rain water on the rear inclined plate 49 can flow down to the cover 54 side due to the inclination of the rear inclined plate 49 and can flow down to the ground 1 along the back surface of the cover 54.

  Further, an illumination unit 4 located above the nameplate unit 3c is projected from the gate post body 2 and a gap 79 is formed between the lower surface of the illumination unit 4 and the upper end of the nameplate unit 3c. It is preferable to provide a light source (LED 64) for irradiating light downward.

  In this case, the light from the light source can be applied to the front surface of the front inclined plate 48 and the rear surface of the rear inclined plate 49 of the lower nameplate unit 3c through the gap 79, and reflected to the front or rear of the nameplate unit 3c.

  In the invention which concerns on Claim 1, the left-right width | variety of a gate pillar main body can be shortened, and it can do with a good appearance as a clean appearance of a functional gate pillar. Also, the wiring box can be easily wired from the opening for wiring work by making the width dimension of the wiring box longer than the width of the gate pole body. Also, the upper end of the rear surface of the lid can be covered with a cover projecting downward from the rear end of the nameplate unit, so that rainwater or the like can escape from the gap between the upper end of the lid and the rear end surface of the wiring box. Intrusion into the wiring box can be prevented.

  Further, in the invention according to claim 2, in addition to the effect of the invention according to claim 1, by utilizing the inclination of the rear inclined plate, the rain water on the rear inclined plate of the nameplate unit can be removed from the back of the cover. It can be smoothly flowed down to the ground.

  Further, in the invention according to claim 3, in addition to the effect of the invention according to claim 1 or 2, the light from the light source passes through the gap and the front and rear inclined plates of the front inclined plate of the lower nameplate unit. It is possible to perform illumination such that the rear face is reflected forward or backward, and the nameplate member emits light in the front-rear direction.

  Hereinafter, the present invention will be described based on embodiments shown in the accompanying drawings. In addition, the functional gate pillar of this invention arrange | positions the back side of a functional gate pillar in the entrance side of a building, for example, and is erected in the front of a front door.

  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 is a facility unit that is vertically arranged on the upper part of the left and right side surfaces (left side surface in the illustrated example) of the main pillar body 2 and the main pillar body 2 that stands vertically on the ground 1 or the like of the entrance. 3a-3c. As the equipment units 3a to 3c, a total of three equipment units including a post unit 3a, an intercom unit 3b, and a nameplate unit 3c are provided in order from the one arranged below. Further, an illumination unit 4 for illuminating the nameplate unit 3 c is provided at the upper end portion of the gate post body 2, and the post unit 3 a, the intercom unit 3 b, and the illumination unit 4 are supported on the gate post body 2 in a cantilever manner. The nameplate unit 3c is placed on the intercom unit 3b.

  The gate post body 2 is made of an aluminum mold that has a horizontal section and is long in the front-rear direction, and is erected on the ground 1 by burying the lower end of the gate post body 2 in the ground as shown in FIG. As shown in FIG. 3, a wiring passage 5 is formed in the gate pole main body 2 over the entire length of the gate pole main body 2 in the vertical direction, and electrical wiring (not shown) from the lower end opening of the gate pole main body 2 to the ground. Is introduced into the wiring path 5. A wiring lead-out hole 6 is formed in an upper portion of the left wall portion of the gate post body 2 and where the interphone unit 3b is attached, and the interphone unit 3b is connected to the interphone unit 3b out of the electric wiring introduced into the wiring passage 5 from the ground. The electric wiring to be connected is led out from the wiring lead-out hole 6, and the electric wiring to be connected to the lighting unit 4 is led out from the upper end opening of the gate post body 2. A detent rod 8 that penetrates the main column main body 2 in the left-right direction is provided at the lower end of the main column main body 2, and the detent rod 8 is embedded in the ground together with the lower end of the main column main body 2 to A detent is made. A plurality of screw holes 9 for attaching the interphone unit 3b and the post unit 3a are formed in the upper and lower side wall portions (the left side wall portion in the illustrated example) at the upper part of the main body 2 in the vertical direction. A hole 10 for inserting a screw 87 is formed in front and rear of the upper end portion of the side wall portion.

  The post unit 3a includes a vertical mailbox 7. The front and rear lengths of the mailbox 7 are longer than the front and rear lengths of the intercom unit 3b, the nameplate unit 3c, and the gate post body 2. A vertically long rectangular parallelepiped mailbox 7 has a vertically long inlet 11 and a rear surface 12 having an outlet 12. A plurality of holes 15 through which screws 14 and 86 are inserted are formed in the front part of the left and right side plates of the mailbox 7 in the vertical direction. In order to attach the mail box 7 to the gate post body 2, screws 14 are inserted into the holes 15 provided in the side plate on the gate post body 2 side of the mail box 7, and the screws 14 are screwed into the corresponding screw holes 9 of the gate post body 2. Match. As a result, the mailbox 7 is attached along the left side surface of the gate post body 2, the front surface of the post unit 3a attached in this way is substantially flush with the front surface of the gate post body 2, and the rear portion of the post unit 3a is the gate post. It protrudes backward from the main body 2. Note that the front surface of the post unit 3 a is located slightly behind the front surface of the gate post body 2. In addition, the mailbox 7 is formed symmetrically, and not only when the facility units 3a to 3c are installed on the left side of the gate post body 2 as in this example, but the right gate post body symmetrical with the gate post body 2 is formed. It can also be attached to the right side (not shown).

  The intercom unit 3b includes an interphone device 19 as an electric device, and includes a wiring box 18 provided on the left side surface of the gate post body 2 and an interphone device 19 (interphone slave device) provided in the wiring box 18. The

  The width dimension in the left-right direction of the wiring box 18 constituting the intercom unit 3 b is the same as the width dimension in the left-right direction of the mailbox 7. The wiring box 18 is formed in a rectangular box shape whose front-rear length is substantially the same as the front-rear length of the gate post body 2 (specifically, slightly shorter in detail). It is attached. The wiring box 18 includes a box body 21 attached to the gate pole body 2 having a wiring work opening 16 formed on the rear surface, and a vertical plate-like lid body 22 that closes the wiring work opening 16 of the box body 21. It is configured. Further, the box main body 21 is a box-shaped box 23 in a frontal view with front and rear surfaces attached to the gate post main body 2 open, and the front opening of the box 23 is closed, and the interphone device 19 is installed. It is comprised with the base 24. FIG.

  The box body 23 is made of an aluminum mold material, and has a hole 25 for wiring through at the center of both side plate portions. Screwed portions 28 are formed at both front and rear ends of the bottom plate 26 and the top plate 27 of the box body 23. Each of the upper surface of the bottom plate 26 of the box body 23 and the lower surface of the top plate 27 is formed with C-shaped cross-section screw holes over the entire length in the front-rear direction, and the bottom plate 26 and the top plate are formed at both front and rear ends of each screw hole. The screw-in part 28 provided before and behind each of 27 is comprised. Further, a plurality of holes 29 through which screws 35 are inserted are formed on both side plates of the box body 23 in the vertical direction.

  As shown in FIG. 7, the pedestal 24 includes a front plate 30 that closes the front opening of the box 23 and an upper plate 31 that is placed on the top plate 27 of the box 23. It consists of a stainless steel plate, and the upper surface 31 of the pedestal 24 constitutes the upper surface of the box body 21. An interphone device 19 is attached to the center of the front plate 30 of the base 24 along the front surface of the front plate 30 with screws 32. A hole 33 for inserting a screw 34 is formed in the lower end portion of the front plate 30 of the base 24, and the screw 34 inserted through the hole 33 is screwed into the screwed portion 28 on the lower side and the front side of the box body 23. By doing so, the base 24 is attached to the box body 23. The interphone device 19 may be attached to the pedestal 24 before being attached to the box 23 or may be attached to the pedestal 24 after being attached to the box 23.

  In order to attach the box body 21 to the gate pole body 2, screws 35 are inserted into the holes 29 provided on the side plate of the box body 23 on the gate pole body 2 side, and the screws 35 are screwed into the corresponding screw holes 9 of the gate pole body 2. Match. Thereby, the box main body 21 is attached along the left side surface of the gate pole main body 2. In this attached state, the box body 23 is placed on the mail box 7, and the front surface of the front plate 30 of the base 24 (that is, the front surface of the box body 21) is flush with the front surface of the mail box 7. Further, the wiring passage hole 25 of the box body 23 faces the wiring lead-out hole 6 of the gate pole main body 2, and the electric wiring led out from the wiring lead-out hole 6 passes through the wiring passage hole 25 in the box main body 21. To be introduced. The box body 21 may be attached to the box body 23 after the box body 23 is attached to the gate body 2, or the box body 23 is attached to the gate body 2 after the base 24 is attached to the box body 23. May be.

  A wiring lead-out hole 36 is formed in a portion of the front plate 30 of the pedestal 24 facing the intercom device 19, and the electric wiring introduced into the box body 21 through the above-described wiring through hole 25 is connected to the wiring lead-out hole 36. The intercom device 19 is connected through the hole 36. That is, the underground electrical wiring passes through the wiring passage 5 of the gate pillar body 2, the wiring outlet hole 6, the wiring passage hole 25, the inside of the box body 21, and the wiring extraction hole 36 in order, and is exposed to the outside. Without being connected to the intercom device 19. The operation of connecting the electrical wiring drawn out from the gate post body 2 to the interphone device 19 is performed by inserting a hand from the wiring work opening 16 of the box body 21, and the wiring work opening 16 is connected to the wiring box 18. It is also used as an opening for inspecting the inside.

  Side-reverse L-shaped locking pieces 37 formed by cutting and raising the upper plate 31 are provided on both sides of the front portion of the upper plate 31 of the pedestal 24. An insertion groove 38 that opens rearward is formed therebetween. A hanging piece 39 is suspended from both end portions of the rear edge of the upper plate 31.

  The lid 22 is made of an aluminum or stainless steel plate. As shown in FIG. 8, a hole 40 for inserting a screw 43 is formed in the lower end portion of the lid body 22, and an opening portion 41 for screw insertion consisting of a notch opening upward is formed in the upper end portion. ing. A notch 42 having substantially the same shape as the hanging piece 39 is formed at both end portions of the upper end portion of the lid 22. In order to attach the lid body 22 to the box body 21, the lid body 22 is arranged in each notch 42 so that each hanging piece 39 of the pedestal 24 is positioned, and a screw 43 inserted through the hole 40 of the lid body 22 is inserted into the box body. 23, and after that, a nameplate member 47 constituting the nameplate unit 3c is mounted on the wiring box 18 as will be described later, and the lid 22 is used with the nameplate member 47. To fix. The wiring box 18 also has a symmetrical shape, and can be attached to the left side of the left gate post body in the same manner as the post unit 3a.

  As shown in FIGS. 4 and 7, the nameplate unit 3c is constituted by a nameplate member 47 made of an aluminum mold formed in a substantially mountain shape when viewed from the side. The width dimension of the nameplate member 47 is the same as the width dimension of the wiring box 18 in the left-right direction. That is, the post unit 3a, intercom unit 3b, and nameplate unit 3c all have the same width dimension in the left-right direction. The front-rear length of the nameplate member 47 is substantially the same as the front-rear length of the wiring box 18, that is, the front-rear length of the gate post body 2 is substantially the same (specifically, slightly shorter).

  The nameplate member 47 includes a front inclined plate 48 that forms a mountain-shaped front inclined surface and a rear inclined plate 49 that forms a rear inclined surface, and is separate from the wiring box 18 of the intercom unit 3b. On the front surface of the front inclined plate 48, a nameplate display 50 such as a resident's name is written as a display section. Since the front inclined plate 48 is inclined downward as it goes to the front side, there is an advantage that a person in front of the nameplate member 47 is easily visible when looking at the nameplate display 50 provided on the nameplate member 47 from above.

  The lower portions of the front inclined plate 48 and the rear inclined plate 49 are integrally connected and reinforced by a horizontal piece-like connecting piece 51 extending over the entire length of the nameplate member 47 in the left-right direction. A locking piece 52 having an L-shaped side cross section is integrally projected downward from the front portion of the connecting piece 51, and a lateral piece-like portion 52a of the locking piece 52 projects forward. .

  The lower end portions of the front inclined plate 48 and the rear inclined plate 49 protrude downward from the connecting piece 51, and the lower end portion of the front inclined plate 48 is a front placing portion. On the other hand, as shown in FIG. 6, a mounting piece 53 is integrally projected from the lower end of the rear inclined plate 49 toward the rear, and the mounting piece 53 serves as a rear mounting portion. The rear end portion of the mounting piece 53 provided at the lower end portion of the rear inclined plate 49 extends downward to form a vertical piece-shaped cover portion 54, and the cover portion 54 and the mounting piece 53 It has an L-shaped side section. A screw insertion hole 55 penetrating in the front-rear direction is formed in the cover portion 54.

  In order to attach the nameplate member 47 to the wiring box 18, first, as shown in FIG. 4B and FIG. 7, the horizontal piece 52 a of each locking piece 52 is inserted into each insertion groove 38 on the base 24. Then, each locking piece 52 is locked to the corresponding locked piece 37, and the lower end portion of the front inclined plate 48 which is the front mounting portion and the mounting piece 53 which is the front mounting portion are connected to the wiring box 18. It mounts on each of the front edge part and rear edge part of an upper surface. Also, at this time, as shown in FIG. 6, between the front surface of the cover portion 54 of the nameplate member 47 and the rear end of the top plate 27 of the box body 23, there is an upper end portion (a portion between both notches 42). Both hanging pieces 39 of the base 24 located on both sides are arranged. Then, a screw 56 is inserted into the hole 55 provided in the cover portion 54 of the nameplate member 47 temporarily fixed in this way, and the screw 56 is passed through the opening 41 of the lid body 22 so as to be screwed on the upper side and the rear side of the box body 23. The nameplate member 47 is permanently fixed to the wiring box 18 by being screwed to the wire 28. In addition, the cover 54 of the nameplate member 47 and the top plate 27 of the box 23 attached to the wiring box 18 in this manner sandwich and fix the upper end of the lid 22 and the two hanging pieces 39 of the base 24 located on both sides thereof. Is done.

  Here, the lower end of the cover portion 54 of the nameplate member 47 is positioned below both the notches 42 of the lid body 22, and therefore, the left and right sides without the hanging piece 39 at the rear end edge portion of the upper plate 31 of the base 24 are provided. A gap between the central portion and the left and right central portions excluding the notches 42 on both sides of the upper edge portion of the lid 22 located below the same portion, and the lower edge portion of each hanging piece 39 of the pedestal 24, and the same portion The rear part of the gap between the edge of the notch 42 of the lid 22 located below the cover 22 is covered with a cover 54. That is, the gap formed between the rear edge of the base 24 and the upper edge of the lid 22 located below the cover 24 is covered by the cover 54 over the entire length in the left-right direction. Rainwater or the like is prevented from entering the wiring box 18 from the gap. Further, since the cover portion 54 of the present example is formed by extending the lower end portion of the rear inclined plate 49 inclined downward so as to be located at the lower side, the inclination of the rear inclined plate 49 is used. Thus, rain water on the rear inclined plate 49 of the nameplate member 47 can be smoothly flowed down along the back surface of the cover 54. Further, in this example, the screw 56 is screwed into the box body 23 through an opening 41 that is formed at the upper end portion of the lid body 22 and opens upward. For this reason, the screw 34 is removed from the box body 23, and the screw 56. The upper end of the lid 22 can be pulled out from between the cover 54 and the top plate 27 simply by loosening the screwed portion 28 with respect to the screwed portion 28, and the inspection inside the wiring box 18 can be easily performed. .

  The front end of the nameplate member 47 attached as described above is arranged at a position overlapping the front surface of the wiring box 18 (that is, the front surface of the front plate 30 of the base 24) and the front surface of the mail box 7 in plan view. Further, the nameplate unit 3c has a left-right symmetrical shape, and can also correspond to the above-described left-hand portal post body 2.

  The illumination unit 4 protrudes from the upper end of the gate pole body 2 toward the left side which is the side on which the various equipment units 3a to 3c are provided. The front-rear length of the lighting unit 4 is substantially the same as the front-rear length of the gate post body 2, and the left-right width dimension is such that the left end, which is the protruding end, protrudes slightly outside the equipment units 3a-3c. It is.

  The outline of the illumination unit 4 is formed in a thick horizontal plate shape, and constitutes a top plate portion located above the nameplate unit 3c which is the uppermost equipment unit. The outer casing of the lighting unit 4 includes an upper case 60 that opens downward and a lower cover 61 that closes the lower opening of the upper case 60. The upper case 60 is formed by aluminum die casting, and the lower cover 61 is made of an aluminum plate. As shown in FIG. 9, a terminal block 62, a power supply unit 63, an LED 64 serving as a light source, and the like are housed as electronic components in an outer wall composed of an upper case 60 and a lower cover 61.

  As shown in FIG. 10, a light source hole 65 is formed in the center of the lower cover 61 having a substantially rectangular plate shape. A wiring insertion opening 66 made of a notch is formed at the rear end of the side end of the lower cover 61 on the side of the gate pole main body 2, and an attachment portion 67 is formed in front of the wiring insertion opening 66. Yes. A plurality of holes 68 for inserting screws 88 are formed in the front-rear direction in the mounting portion 67 that constitutes the side end portion of the lower cover 61 on the side of the gate pole body 2. A fitting through hole 69 that is long in the front-rear direction is formed slightly in front of the edge of the lower cover 61 on the side of the gate pole body 2. The portion of the lower cover 61 excluding the front and rear end portions on the side opposite to the gate column main body 2 is positioned one step higher than the other portions, so that the side end of the lower cover 61 on the side opposite to the gate column main body 2 is located. In the center, a fitting recess 70 is formed that opens downward and on the left side opposite to the main body 2. A plurality of holes 71 for inserting screws are formed in the bottom portion of the insertion recess 70 in the front-rear direction.

  The attachment portion 67 of the lower cover 61 is attached to the upper case 60 via a connector 72 shown in FIG. The coupling tool 72 is a stainless steel fitting, and is formed in a U-shaped cross-section with a horizontal piece 73 that is long in the front-rear direction and insertion pieces 74 that are suspended from both side edges of the horizontal piece 73. The horizontal piece 73 is formed with a screw insertion hole 75 at a position corresponding to each hole 68, and the left insertion piece 74 is a screw hole at a position corresponding to each hole 10 of the gate post body 2. 76 is drilled.

  In order to attach the lower cover 61 to the upper case 60, as shown in FIG. 4, first, the horizontal piece 73 of the connector 72 is placed on the attaching portion 67 of the lower cover 61, and the left insertion piece 74 is lowered. Along the left edge of the attachment portion 67 of the cover 61, the left insertion piece 74 is inserted into the attachment hole 69 of the lower cover 61 from above, and the left and right insertion pieces 74 are inserted from the lower cover 61. Also projects downward. Then, screws 88 are inserted into the holes 75 of the insertion piece 74 and the corresponding holes 68 of the lower cover 61, and the screws 88 are screwed into the upper case 60, thereby connecting the connector 72 to the upper case 60. The mounting portion 67 of the lower cover 61 is sandwiched between the horizontal piece 73 of the connector 72 and the upper case 60, and on the other hand, the bottom portion of the fitting recess 70 of the lower cover 61 is positioned at the center in the front-rear direction. A screw 77 is inserted into the hole 71 and screwed into the upper case 60, thereby fixing the lower cover 61 to the upper case 60.

  In order to attach the lighting unit 4 to the gate pole body 2, each insertion piece 74 projecting downward from the lower cover 61 of the connector 72 is inserted into the upper end portion of the gate pole body 2 (upper end portion of the wiring passage 5). The screws 87 inserted into the respective holes 10 are screwed into the screw holes 76 provided in the left insertion piece 74, and the connector 72 is attached to the gate pole body 2. The connecting tool 72 attached in this way is arranged at the middle part in the front-rear direction at the upper end portion of the wiring passage 5. At this time, the front and rear end portions of the upper end portion of the wiring passage 5 are not blocked by the lateral pieces 73 of the connecting device 72. A wiring passage opening 78 is formed between the front wall portion of the gate post body 2 and the front end of the connector 72 and between the rear wall portion of the gate post body 2 and the rear end of the connector 72. One of the front and rear wiring passage openings 78 (the rear wiring passage opening 78 in the illustrated example) faces the wiring insertion opening 66 of the lower cover 61, and the wiring passage opening 78 and the wiring insertion opening. The electrical wiring in the wiring passage 5 is introduced into the lighting unit 4 through the opening 66 and connected to the terminal block 62.

  The lighting unit 4 attached in this way is positioned above the nameplate member 47 through a slight gap 79. The light source hole 65 provided in the lower cover 61 of the illumination unit 4 is located above the top of the angle-shaped nameplate member 47, and the LED 64 built in the illumination unit 4 faces downward through the light source hole 65. Accordingly, by emitting the LED 64 of the illumination unit 4, the light from the LED 64 is reflected forward or backward through the gap 79 on the front surface of the front inclined plate 48 and the rear surface of the rear inclined plate 49 of the lower nameplate member 47. And since the light from LED64 reaches the front and back of the nameplate member 47, it can be illuminated as if the nameplate member 47 emits light in the front-rear direction.

  Further, since the post unit 3a, the intercom unit 3b, and the nameplate unit 3c all have the same width in the left-right direction, when the equipment units 3a to 3c are attached to the gate post body 2 as described above, the post unit 3a, the intercom The ends of the unit 3b and the nameplate unit 3c opposite to the gate post main body 2, that is, the left side of the mailbox 7 and the left side of the wiring box 18 (left side of the box 23) and the left side of the nameplate member 47 are viewed in plan view. However, the right end portion of the lighting unit 4 protrudes to the opposite side of the gate post body 2 from these equipment units 3a to 3c. The lighting unit 4 can be attached to the upper case 60 in place of the lower cover 61 and a lower cover (not shown) that is symmetrical to the lower cover 61. It can be adapted to the main gate body 2 as well.

  Here, along the left side of each equipment unit 3a-3c, the one side surface board 80 over the post unit 3a, the intercom unit 3b, and the nameplate unit 3c is provided.

  The side surface plate 80 has a front-rear length that is substantially the same as the front-rear length of the wiring box 18, and a vertical length that is substantially the same as the total height of the post unit 3a, intercom unit 3b, and nameplate unit 3c. As shown in FIG. 11, it is composed of a vertical plate 81 having a rectangular plate shape and a fitting piece 82 formed by bending the upper end to the left side opposite to the main body 2. is there. A plurality of screw holes 83 are formed in the vertical plate 81 in the vertical direction, and holes 84 for inserting screws 85 are formed in the front and rear of the fitting piece 82.

  In order to attach the side surface plate 80 to the functional gate pillar, the fitting piece 82 is fitted into the fitting recess 70 provided in the lower cover 61 of the illumination unit 4 as shown in FIG. It is made to lie along the left side of each equipment unit 3a-3c. Next, the screws 85 inserted through the holes 84 provided in the front and rear of the fitting piece 82 are threaded into the upper case 60 through the corresponding holes 71 of the lower cover 61, and the holes 29 of the wiring box 18 and the mail receiving box. Screws 86 inserted from the respective holes 15 provided in the side plate on the side surface plate 80 side of 7 are screwed into corresponding screw holes 83 provided in the vertical plate 81. Here, in this example, the lighting unit 4 (top plate portion) is provided above the uppermost equipment unit (nameplate unit 3 c), and the fitting piece 82 provided on the upper end portion of the side surface plate 80 is used as the lower surface of the lighting unit 4. Therefore, the side surface plate 80 can be reliably positioned and attached to the equipment unit 3. The side surface plate 80 attached in this manner has a front end overlapping the front end of the nameplate member 47, the front surface of the wiring box 18, and the front surface of the mailbox 7 in a plan view, and the rear end overlapping the rear surface of the wiring box 18. .

  For the construction of the functional gate pillar, for example, as described above, the gate pole body 2 is erected on the ground 1, and then the post unit 3a, the intercom unit 3b, and the nameplate unit 3c are sequentially attached to the gate pole body 2, and then the lighting unit. 4 and the nameplate member 47 are attached.

  As described above, the functional gate pole of the present embodiment includes a plurality of equipment units 3 a to 3 c having substantially the same left and right width dimensions, and a plurality of equipment units 3 a to 3 c are arranged side by side along one side surface of the gate pole body 2. The side faces of the respective equipment units 3a to 3c opposite to the gate pole body 2 are aligned to be flush with each other, and the gate pole bodies of the plurality of equipment units 3a to 3c are arranged at positions opposite to the gate pole body 2 with the equipment units 3a to 3c interposed therebetween. 2 is provided with a single side surface plate 80 extending along the side opposite to the side 2 and extending over the plurality of equipment units 3a to 3c, the front of each equipment unit 3a to 3c when the functional portal is viewed from the front. And the functions of the equipment units 3a to 3c can be easily understood. Moreover, the equipment units 3a to 3c having the same left-right width dimension are arranged vertically on the same side surface of the gate post body 2, so that a plurality of equipment units 3a to 3c are installed from the upper part of the gate post body 2 when viewed from the front. It is possible to have a new and unified appearance such that a single box is projected. Moreover, the side surface on the opposite side to the gate pole main body 2 which became the same surface of each of these equipment units 3a-3c can be covered with the one side surface board 80 over several equipment units 3a-3c, and it is neat and clean. The appearance can be experienced. Further, by providing a plurality of equipment units 3a to 3c on the same side surface of the main pole body 2, the left and right width dimensions of the main pole body 2 can be reduced, and the appearance can be made more neat and unified. Can be miniaturized.

  In this example, the plurality of equipment units 3a to 3c are provided only on the left side surface of the gate post body 2, but the plurality of equipment units may be provided only on the right side surface of the gate post body 2 or both the left and right sides. It may be provided on the side.

It is a whole perspective view of a functional portal pillar of an example of an embodiment of the invention. (A) is a front view of a functional gate pillar same as the above, (b) is a side view seen from the side surface board side of the functional gate pillar same as the above. It is a disassembled perspective view of the functional gate pillar same as the above. (A) is principal part front sectional drawing of a functional gate pillar same as the above, (b) is a sectional side view of (a). It is a principal part enlarged view of Fig.4 (a). It is a principal part enlarged view of FIG.4 (b). The pedestal same as the above is shown, (a) is a front view, (b) is a side view, and (c) is a plan view. It is a front view of a cover body same as the above. It is a horizontal sectional view of an illumination unit same as the above. The lower cover of an illumination unit same as the above is shown, (a) is a plan view, and (b) is a front view. The side surface board same as the above is shown, (a) is a front view, (b) is a side view, and (c) is a plan view.

Explanation of symbols

2 Gate post body 3c Nameplate unit 5 Wiring passage 16 Wiring work opening 18 Wiring box 21 Box body 22 Lid 54 Cover

Claims (3)

  A wiring box is attached to the left and right side surfaces of the main body having a wiring passage formed therein, and an electrical device is provided in the wiring box. After the electric wiring in the wiring passage is drawn out from the main body and introduced into the wiring box, the electric The wiring box is connected to a device, and the wiring box includes a box body having a wiring work opening formed on a rear surface thereof, and a detachable lid that closes the wiring work opening of the box body. A nameplate unit having a display unit on the front side, a cover projecting downward from the rear end of the nameplate unit, and covering the upper end of the rear surface of the lid with the cover. Functional gatepost to do.   The nameplate unit is formed in a substantially mountain shape when viewed from the side, and includes a front inclined plate and a rear inclined plate provided with a display portion, and a lower end portion of the rear inclined plate of the nameplate unit extends downward to cover the cover portion. The functional gate pillar according to claim 1, wherein the functional gate pillar is formed.   A lighting unit located above the doorplate unit is projected from the gate post body, and a gap is formed between the lower surface of the lighting unit and the upper end of the doorplate unit, and light is irradiated downward to the lighting unit. The functional portal according to claim 1 or 2, further comprising a light source.

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