JP4681838B2 - Sign device support - Google Patents

Description

  The present invention relates to a post for a sign device that is erected to attach a sign board that displays a peripheral guide map, a direction of guidance to a destination, and the like.

  For example, various outdoor facilities such as parks and amusement parks, and various buildings such as hospitals and hotels have sign devices to display the surrounding guide maps and directions to the destination on the inside and outside of those facilities or buildings. is set up.

  For example, as shown in FIG. 7, the sign device erected a plurality of support posts 1 on a base surface such as the ground at a predetermined interval, and displays a peripheral guide map or the like between the adjacent support posts 1. A guide plate (sign plate) 5 is installed, and a guide plate (sign plate) 6 that displays the guide direction to the destination at an arbitrary position of the support column 1, for example, the upper end portion, projects radially (mainly in the left-right direction). So that it is installed.

  And in the sign apparatus mentioned above, in order to reduce the weight and reduce the cost, the pillar 1 is formed by extruding aluminum alloy or the like, for example, and its cross section is as shown in FIG. The hollow having a protruding portion 4 having a mounting groove 3 for mounting the guide plate 5 and the guide plate 6 that are opened outward on the left and right outer surfaces facing each other of the hollow square cylindrical column main body 2 is provided. It is a single character shape.

  By the way, since the support | pillar 1 used for the sign apparatus mentioned above is the single letter shape which makes the cross section hollow, there exists a problem that it is hard to say that intensity | strength is enough and it is easy to raise | generate the deformation | transformation by external force. However, if the wall thickness is increased, the strength can be increased, but there is a problem that the weight is increased and the cost is increased.

  In addition, since the column 1 used in the sign device described above is a single-letter shape having a hollow cross section, the outer surface shape is relatively simple and the design is not novel.

  The present invention has been proposed in view of such circumstances, and is a sign that can increase the strength without increasing the wall thickness and can express a novel appearance in terms of design. The object is to provide a column for the device.

In order to achieve the above-mentioned object, the present invention is a sign device support column which is erected to attach a sign board for displaying a peripheral guide map, a guide direction to a destination, etc. A hollow column main body, and four protrusions extending from the front, rear, left and right outer surfaces of the column main body to the outside and extending from the upper end to the lower end of the column main body, the cross section is formed in a hollow cross shape Each projecting portion has a bottomed mounting groove having an open outer end extending from the upper end to the lower end of each projecting portion so that the sign plate can be attached via the mounting groove. The bottom of the mounting groove is the outer surface of the column main body, and a pressing bolt is screwed into a fixing portion that is inserted into the mounting groove in a retaining state so that the pressing bolt can be advanced and retracted, and the pressing bolt is tightened to tighten the pressing bolt. Push the outer surface of the column body whose tip is the bottom of the mounting groove. The fixed portion by a reaction which is fixed to the mounting groove, wherein the sign plate is characterized Rukoto attached to the support body via a fixing unit.

Since the cross section of the sign device for this structure is formed in a cross shape, the strength can be increased without increasing the wall thickness, and an unprecedented fresh outer shape can be obtained. Moreover, according to such a structure, a sign board can be attached to a cross-shaped direction, respectively.

In a preferred embodiment, a cover member for closing the attachment groove from the outside can be detachably attached to the outer end portion of the protruding portion . According to such a configuration, since the mounting groove to which the sign plate is not attached can be covered with the cover member, the mounting groove is not exposed to the outside, which is preferable in appearance.

  As described above, the post for the sign device of the present invention has a cross-shaped cross section, so that the strength can be increased and deformation due to external force can be suppressed, and the unprecedented fresh taste. A certain external shape can be obtained and a novel appearance can be expressed in terms of design, and a sign board can be attached in each of the cross-shaped directions, so that a free-form sign device can be constructed.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 shows a sign device using a column 10 according to the present invention, and a plurality of (three in this embodiment) columns 10 are erected at a predetermined interval on a ground surface such as the ground. In addition, a first sign board, for example, a guide board 20 for displaying a map in the facility, a layout diagram in the building, or the like is installed between the adjacent pillars 10, and a second sign board is installed at the upper end of the pillar 10. For example, a guide plate 30 that displays a guide direction to a destination place is attached in a protruding shape.

  FIG. 2 shows a support column 10 according to the present invention, which is formed by extruding aluminum alloy or the like, for example, and its cross section is a hollow cross shape, and the front, rear, left and right sides of the column body 11 having a hollow rectangular tube shape. The four protrusions 12 extending in the cross-shaped direction from the outer surfaces of the two are provided. A mounting groove 13 for mounting the guide plate 20 and the guide plate 30 that are opened outward is formed from the upper end to the lower end of the support column 10 on each protrusion 12 of the support column 10. Cover locking grooves 14 are formed on both side edges of the opening. A cover member 15 that closes the attachment groove 13 from the outside is detachably attached to the tip of the protruding portion 12 of the column 10. The cover member 15 is formed by extruding an elastically deformable material such as a synthetic resin, for example, and is attached to the cover member main body 16 having a flat plate shape and the column 10 protruding to the back side of the cover member main body 16. It consists of a pair of locking legs 17 that locks with the cover locking groove 14 of the groove 13, and can be arbitrarily mounted by pushing it into the mounting groove 13 from the surface side. The cover member 15 is attached to the mounting groove 13 to which the guide plate 20 or the guide plate 30 is not attached, and is not attached to the attachment groove 13 to which the guide plate 20 or the guide plate 30 is attached.

  The support column 10 is put on an internal support column 50 made of a rectangular tube-type steel pipe and is erected on the base surface together with the internal support column 50.

  Since the support 10 according to the present invention is formed in a cross shape having a hollow cross section, the strength can be increased without increasing the thickness, and an unprecedented fresh outer shape can be obtained. can get. Thereby, deformation due to external force can be suppressed, and a novel appearance can be expressed in terms of design. Further, since the mounting grooves 13 for mounting the guide plate 20 and the guide plate 30 are formed in the four projecting portions 12 extending in the cross-shaped direction, the guide plate 20 and the guide plate 30 can be mounted in the cross-shaped direction, respectively. Is possible. Furthermore, since the cover member 15 that closes the attachment groove 13 from the outside is detachably attached to the tip of the protruding portion 12 of the support column 10, the attachment groove 13 to which the guide plate 20 and the guide plate 30 are not attached is covered with the cover member. 15 can be coated. Thereby, the mounting groove 13 is not exposed to the outside, which is preferable in appearance.

  FIG. 3 shows another embodiment of the support column 10 according to the present invention, and this embodiment covers an internal support column 50 ′ made of a cylindrical steel pipe.

  The guide plate 20 is made of, for example, a plate-like steel plate having arbitrary height and width dimensions, and is attached to the support column 10 by a spacer 21 and a panel structure frame 25 as shown in FIG. FIG. 4 shows a case where the guide plate 20 is attached to the column 10 shown in FIG.

The spacer 21 is formed by extruding aluminum alloy or the like, for example. The spacer 21 is provided with a fixing portion 22 which is inserted into the mounting groove 13 of the support column 10 in a retaining state on the base side, and a panel structure on the front side. An attachment portion 23 for attaching the frame 25 is provided. The spacer 21, the pressing bolt 24 from the front portion side is screwed to be movable forward and backward, by tightening the pressing bolt 2 3, the tip of the pressing bolt 23 presses the strut body 11 of strut 10, its The spacer 21 can be fixed to the protruding portion 12 of the column 10 by the reaction.

  The panel structure frame 25 is formed to have a substantially U-shaped cross-section by extruding aluminum alloy or the like, for example, and is fixed to the mounting portion 23 of the spacer 21 by fixing bolts 26 screwed from the base side of the spacer 21. It is like that. On both side surfaces of the panel structure frame 25, flat magnet plates 27 are attached to arbitrary portions, for example, two places on the upper and lower sides, for example, with an adhesive or the like, and the guide plate 20 is adsorbed by the magnetic force of the magnet plate 27. The guide plate 20 can be fixed to the panel structure frame 25 with screws (not shown) while temporarily fixed to the panel structure frame 25.

When attaching the guide plate 20 to the support column 10, first, the fixing portion 22 of the spacer 21 is fitted and inserted into the mounting groove 13 of the support column 10, and then the fixing portion 22 of the spacer 21 is pressed by the pressing bolt 24. The spacer 21 is attached to the column 10 by being fixed to the column 10. When the spacer 21 is attached to the support column 10, the panel structure frame 25 is fixed to the spacer 21 with fixing bolts 26, the guide plate 20 is temporarily fixed to the magnet plate 27 attached to the panel structure frame 25, and then the temporary fixing is performed. The guide plate 20 is attached to the panel structure frame 25 by fixing the guide plate 20 to the panel structure frame 25 with screws (not shown). Thereby, the guide plate 20 is attached to the support column 10 by the spacer 21 and the panel structure frame 25 .

According to the mounting structure of the guide plate 20 described above, the guide plate 20 is fixed to the panel structure frame 25 in a state of being temporarily fixed by the magnet plate 27, so that, for example, when the guide plate 20 is replaced, the guide plate 20 is Even if the screws fixed to the panel structure frame 25 are removed, the guide plate 20 remains fixed to the panel structure frame 25 by the magnet plate 26, so that the guide plate 20 does not fall off during the replacement operation. , Work safety can be ensured. Moreover, the vibration of the guide plate 20 can be suppressed and the noise due to the vibration can be prevented by the attractive force of the magnet plate 27 interposed between the guide plate 20 and the panel structure frame 25.

  The guide plate 30 has substantially the same height and width dimensions as the frame structure on both side surfaces of a U-shaped frame structure in which one end of a pair of upper and lower horizontal frame members is connected by a side frame member. A flat face plate made of, for example, a steel plate or the like is attached, and is attached to the support column 10 at an arbitrary attachment angle by a base member 31 and a joint member 36 as shown in FIG. FIG. 5 shows a case where the guide plate 30 is attached to the column 10 shown in FIG.

  The base member 31 is formed by extruding aluminum alloy or the like, for example. The base portion is provided with a fixing portion 32 that is fitted in the mounting groove 13 of the support column 10 in a retaining state, and on the front portion side. A semi-cylindrical bearing portion 33 is provided on the inner periphery of which a plurality (five in FIG. 5) of axial ridges 34 are projected with a predetermined interval. A pressing bolt 35 is screwed into the base member 31 at an arbitrary position of the fixing portion 32, for example, at two locations on the upper and lower sides, so that the pressing bolt 35 can be moved forward and backward. The support body 11 of the support column 10 is pressed, and the base member 31 can be fixed to the protruding portion 12 of the support column 10 by its reaction.

  The joint member 36 is formed by extruding aluminum alloy or the like, for example, and is provided with an attachment portion 37 for attaching the guide plate 30 on the base side, and on the outer side of the base member 31 on the front side. A plurality (seven in FIG. 5) of axial grooves 39 that fit into the axial ridges 34 of the bearing portion 33 are inserted into the bearing portions 33 of the base member 31 that are drilled at a predetermined interval. A possible cylindrical insert 38 is provided. The joint member 36 can be fixed to the side edge of the guide plate 30 by fixing bolts 40 at arbitrary positions of the mounting portion 37, for example, two upper and lower portions.

  When the joint member 36 is inserted into the bearing portion 33 of the base member 31, the joint member 36 includes an axial groove 39 of the insertion portion 38 and an axial protrusion 34 of the bearing portion 33 of the base member 31. By selectively fitting, the mounting angle with respect to the base member 31 can be arbitrarily set.

  In FIG. 5, reference numeral 41 denotes a fixing bolt for fixing the base member 31 and the joint member 36. The bolt 41 is inserted from the base side into a bolt insertion hole 42 formed in the base member 31 and drilled in the joint member 36. The base member 31 and the joint member 36 can be fixed together by tightening the fixing bolt 41. The bolt hole 43 drilled in the joint member 36 selectively fits the axial groove 39 of the fitting insertion portion 38 in the joint member 36 and the axial protrusion 34 of the bearing portion 33 in the base member 31. Since the attachment angle of the joint member 36 with respect to the base member 31 is set appropriately, a plurality (three in FIG. 5) are radially formed so as to coincide with the bolt insertion holes 42 of the base member 31 at any attachment angle. Has been.

  When the guide plate 30 is attached to the column 10, the projection 34 of the bearing portion 33 in the base member 31 and the fitting insertion portion 38 in the joint member 36 so that the attachment angle of the joint member 36 with respect to the base member 31 becomes a desired angle. In a state where the concave groove 39 is selectively aligned, the fitting portion 38 of the joint member 36 is fitted into the bearing portion 33 of the base member 31 from above, and the base member 31 and the joint member are fixed by the fixing bolt 41. The joint member 36 is attached to the base member 31 at a desired attachment angle. Next, after the fixing portion 32 of the base member 31 is inserted into the mounting groove 13 of the support column 10, the fixing portion 32 of the base member 31 is fixed to the protruding portion 12 of the support column 10 with the pressing bolt 35. 31 and the joint member 36 are attached to the column 10. Thereafter, the guide plate 30 is fixed to the joint member 36 by fixing the guide plate 30 to the mounting portion 37 of the joint member 36 with the fixing bolt 40. Thereby, the guide plate 30 is attached to the support column 10 by the base member 31 and the joint member 36 at an arbitrary attachment angle.

  According to the mounting structure of the guide plate 30 described above, a plurality of axial ridges 34 are formed at predetermined intervals on the inner peripheral portion of the bearing portion 33 of the base member 31 fixed to the column 10. A plurality of axial grooves 39 that fit with the axial ridges 34 of the bearing portion 33 of the base member 31 are formed at predetermined intervals on the outer peripheral portion of the insertion portion 38 of the joint member 36 fixed to the guide plate 30. Due to the configuration of having the hole to be drilled, when the insertion portion 38 of the joint member 36 is inserted into the bearing portion 33 of the base member 31, the axial concave groove 39 of the insertion portion 38 of the joint member 36 and the base By selectively fitting the axial protrusions 34 of the bearing portion 33 of the member 31 to the bearing portion 33 of the base member 31, the guide plate 30 can be easily simply inserted into the fitting portion 38 of the joint member 36. Against the column 10 It is possible to mounting angle is set arbitrarily change the attachment angle to the struts 10 of the guide plate 30 after installation can also be easily performed. Moreover, the base member 31 and the joint member 36 are engaged with each other by fitting the plurality of axial grooves 39 of the fitting insertion portion 38 in the joint member 36 and the plurality of axial ridges 34 of the bearing portion 33 in the base member 31. By combining, the engagement area between the base member 31 and the joint member 36 can be increased, and the mounting strength of the guide plate 30 to the support column 10 can be improved, and against external pressure loads such as wind pressure loads and artificial loads. It can be strong.

  The number, interval, and shape of the axial ridges 34 and the axial grooves 39 provided in the base member 31 and the joint member 36 can be arbitrarily changed as necessary.

  In the embodiment described above, a plurality of support columns 10 are erected at a predetermined interval, the guide plate 20 is installed between the adjacent support columns 10, and the guide plate 30 is provided at the upper end of the support column 10. Although the sign device attached in a protruding shape is shown, the present invention may be a sign device in which a plurality of support columns 10 are erected at a predetermined interval, and a guide plate 20 is installed between the adjacent support columns 10. A sign device may be used in which one column 10 is erected and the guide plate 30 is attached to the upper end of the column 10 in a protruding manner.

  Moreover, in the said embodiment, although the cover member 15 attached to the front-end | tip part of the protrusion part 12 is used so that the front-end | tip surface of the protrusion part 12 in the support | pillar 10 may be covered, as shown in FIG. You may use cover member 15 'attached to the front-end | tip part of the protrusion part 12 so that the front end surface of the protrusion part 12 may appear. The cover member 15 ′ includes a flat cover member body 16 ′ having substantially the same width as the opening width dimension of the attachment groove 13, and a mounting groove in the column 10 in which both side edges of the cover member body 16 ′ are bent. 13 cover locking grooves 14 and a pair of locking legs 17 ′ locked. Since this cover member 15 ′ is mounted in a state of being fitted into the opening end of the mounting groove 13, it is possible to show the front end surface of the protruding portion 12 of the support column 10, thereby improving the appearance of the support column 10. There is an effect that can. Incidentally, since the cover member 15 covers the front end surface of the protruding portion 12 of the support column 10, even if a person hits the protruding portion 12 of the support column 10, the impact is absorbed and the person is bruised or cracked. There is an effect that is excellent in safety without causing damage such as scratches.

The front view which shows the sign apparatus using the support | pillar of embodiment of this invention. The top view which shows the support | pillar of embodiment of this invention. The top view which shows the support | pillar of other embodiment of this invention. The figure which shows the attachment structure of the guide plate to the support | pillar which concerns on this invention. Drawing which shows the attachment structure of the guide plate to the support | pillar which concerns on this invention. The top view which shows the support | pillar equipped with another cover member. The front view which shows the sign apparatus using the conventional support | pillar. The top view which shows the conventional support | pillar.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Column, 11 ... Column body, 12 ... Projection part, 13 ... Mounting groove (mounting part), 14 ... Cover latching groove, 15, 15 '... Cover member, 16, 16' ... Cover member body, 17, 17 '... Legs for locking, 20 ... Guide plate (first sign board), 21 ... Spacer, 22 ... Fixing part, 23 ... Mounting part, 24 ... Pressing bolt, 25 ... Panel structural frame, 26 ... Fixing bolt, 27 ... Magnetic plate, 30 ... Induction plate (second sign plate), 31 ... Base member, 32 ... Fixing portion, 33 ... Bearing portion, 34 ... Axial ridge, 35 ... Pressing bolt, 36 ... Joint member, 37 DESCRIPTION OF SYMBOLS ... Installation part, 38 ... Insertion part, 39 ... Axial groove, 40 ... Fixing bolt, 41 ... Fixing bolt, 42 ... Bolt insertion hole, 43 ... Bolt hole, 50, 50 '... Internal strut

Claims (2)

A sign device post that is erected to attach a sign board that displays a peripheral guide map and a direction of guidance to a destination sideways,
A hollow column main body into which the internal column can enter, and four protrusions extending outward from the front, rear, left and right outer surfaces of the column main body and extending from the upper end to the lower end of the column main body, and having a hollow cross section Formed into a shape,
Each projecting portion has a bottomed mounting groove having an outer end opened from the upper end to the lower end of each projecting portion, and the sign plate can be mounted via the mounting groove. The bottom of the mounting groove is the outer surface of the column main body, and a pressing bolt is threadably inserted into a fixing portion that is inserted into the mounting groove in a retaining state, and the tip of the pressing bolt is tightened by tightening the pressing bolt. wherein the fixed portion by the reaction of pressing the outer surface of the strut body is a bottom of the mounting groove is fixed to the mounting groove, said sign plate sign device upright, characterized in Rukoto attached to the support body via a fixing portion . The outer end of the projection, according to claim 1 Symbol placement sign device for struts and wherein the cover member for closing the mounting groove from the outside is detachably mounted.

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