JP4141422B2 - Ground support bracket for carport support strut - Google Patents

Description

  The present invention relates to a ground embedded support fitting for a support column of a carport used to support a support column of a carport on the ground surface side.

  This type of carport support strut is designed to prevent wind sag and drooping due to snow on the roof cantilevered on the strut, and to provide wind resistance and load resistance to the roof. It is assumed that it is suspended from the free end of the roof, and the lower end thereof is received and supported by a support bracket on the surface side, and the free end of the roof is supported. Generally, the support bracket is an upward opening box and a hook disposed in the box. A hook that is embedded in the ground surface with a receiver, and a hook disposed at the lower end of the support column is received in the box and detachably fixed to the hook receiver to receive and support on the ground surface side. At this time, if it is not necessary to support the free end of the roof, the support strut can be swung up to the free end of the roof where it is suspended and stored. The strut as detachable from the roof free end, and is intended to additionally provided housed example roof cantilevered struts.

Japanese Patent Laid-Open No. 9-221928

  In this case, it is possible to simplify and securely support the roof with the support column when necessary, while removing the support column to prevent the support column from getting in the way when the support is unnecessary, However, when the support column is removed, the support bracket having the above-mentioned upwardly opened box remains on the ground as it is, so that dust enters the box, and the space inside the box The supporting hooks are buried with the dust that has entered the hooks, making it impossible to support and support the support columns. In general, the support columns are inclined between the free end of the roof and the ground surface protruding to the side. In many cases, the position of the support bracket is, for example, near the outside of the door position of the vehicle stored in the carport. The driver and passengers to get on and off the vehicle, the heel portion of the high heel is left risk causing a fall fits into the box space of the upward opening, particularly women wearing.

  The present invention has been made in view of such circumstances, and the problem to be solved is to prevent dust from entering or falling due to the upward opening box remaining on the ground surface when the support column is removed when the support is unnecessary. It is an object of the present invention to provide a ground embedded support bracket for a support column of a carport which can eliminate the possibility.

  In accordance with the above-mentioned problems, the present invention provides an openable and closable box cover on a support metal fitting for receiving and supporting the support column, and the box cover covers and closes an upwardly opened box on its upper surface, and the support column is removed. In order to prevent the box from opening in the state, and when the box is opened, the box cover stands upright on the box or stands upright so that the box cover can be carried and rotated without causing any obstacles to walking. In other words, the invention according to claim 1 is embedded in the ground surface with a box having an upward opening and a hook receiver disposed in the box, and the support column of the carport The support strut is grounded by receiving the hook arranged at the lower end in the box and removably fixing it to the hook receiver. An earth-embedded metal fitting that is received and supported at the top of the box, wherein a box cover that covers and closes the box of the upward opening is freely opened and closed, and the box cover can be rotated above the box of the upward opening. The box cover is integrally opened and closed by being pivotably connected via a link installed in the box, and the box cover is placed on a nearby ground surface by rotating the box cover when the box is opened. It is a ground embedded support bracket for a support column of a carport, characterized in that it can be placed freely.

  In addition to the above, the invention according to claim 2 is provided so that the box cover can be installed on the upper side of the box end of the upward opening so that the box cover can be stably and reliably installed. The ground embedded support bracket for a support column of a carport according to claim 1, wherein the bracket is disposed so as to be freely opened and closed.

  In addition to the above, the invention described in claim 3 restricts the position of the link so that the box cover is placed in a preferred form, and the link is placed above the link on the box side. 3. The support embedded in the ground support bracket for a support column of a carport according to claim 2, wherein the support column is arranged at a center position in the rotation direction of the support column and the link length is ½ of the box length. is there.

  In addition to the above, the invention according to claim 4 is provided so that the structure of the support metal fitting can be prevented from being complicated by arranging the link on the hook receiver for receiving the hook of the support column. 4. The ground embedded support bracket for a support column of a carport according to claim 3, wherein the link is arranged on a hook receiver installed at a center position in the support column rotation direction above the box. It is what.

  Since the present invention is configured as described above, the invention according to claim 1 prevents the box from being opened when the support column is removed by allowing the box cover to cover and close the upwardly opened box on its upper surface. In addition, when the support column is removed when the support is unnecessary, the possibility of dust entering or falling due to the upward opening box remaining on the ground surface is eliminated and the box cover is carried and rotated to the ground surface. Thus, it is possible to provide a ground embedded support bracket for a support column of a carport that prevents the obstacle of walking from being caused by the box cover standing upright or inclined upright when the box is opened.

  In addition to the above, the invention described in claim 2 can stably and reliably install the box cover.

  In addition to the above, the invention according to claim 3 can restrict the arrangement position of the link to make the box cover arrangement in a preferable form.

  In addition to the above, the invention described in claim 4 can prevent the structure of the support fitting from being complicated by arranging the link on the hook receiver that receives the hook of the support column. it can.

  In the following, the present invention will be described in more detail with reference to the drawings. A is a carport, 1 is its column, 2 is a beam, 3 is a roof, 4 is between the free end of the roof 3 and the ground surface. The support column which supports the free end of the roof 3 and prevents the roof 3 from drooping due to strong winds and falling down due to snow is shown.

  The support strut 1 is configured to be adjustable in length, and the hook disposed at the upper end thereof is suspended and fixed to the free end of the roof, in this example, the suspension support fitting 10 installed at the end of the beam 2. The upper end of the hook 32 is removably supported, and the hook 32 disposed at the lower end is detachably fixed to the hook receiver 43 of the embedded metal fitting 40 embedded on the ground surface, and the lower end is also supported removably. Thus, the roof 3 is supported between the free end of the roof and the ground surface.

  In this example, the suspension support fitting 10 includes a base portion 11 having, for example, a U-shaped cross section with an upward opening, a pair of wall surfaces 12 suspended from the base portion 11, and a horizontal rod 13 installed between the wall surfaces 12. The base 11 is held by the lower end of the beam 2 from the lower surface, and is pivotally fixed to the roof free end crossing direction by a fixture such as a bolt and nut. The horizontal rod 13 is arranged on the side.

  In this example, the hook portion of the support column 4 is, for example, a separate hook member 20 placed on the upper end of the support column 4 and disposed. The hook member 20 is, for example, a hollow portion of the support column 4 In this example, it is a cylindrical shape that fits to the support column 4 so that the lower part is fitted and fixed to the bottom, and from the upper end to the same direction, about 1/4 to 1/8 yen. In this case, the same metal member having a pair of opposed L-shaped grooves 21 formed by notching in an L shape opposite to the outer peripheral surface so as to have a length of about ¼ circle, The character-shaped groove 21 is fitted to the support column 4 so as to protrude upward from the upper end of the support column 4, and is fixed from the outer periphery of the support column 4 with a fixing bracket such as a screw.

  Therefore, the suspension support of the support support 4 with respect to the suspension support bracket 10 is so received that the horizontal rod 13 of the suspension support bracket 10 is received in the hook portion, in this example, the pair of L-shaped grooves 21 facing the hook bracket 10. This is done by turning the opening of the L-shaped groove 21 of the hook metal fitting 20 toward the horizontal rod 13 and rotating it about 1/4 circle in the circumferential direction after receiving it. By making the support bracket 10 pivotable in the direction of crossing the free end of the roof, the support column 4 is suspended and supported by the suspension support bracket 10 so as to be pivotable in the direction of crossing the free end of the roof 3 of the carport A. Has been done.

  Further, the embedded metal fitting 40 is provided with a box 41 having an upward opening and a hook receiver 43 disposed in the box 41, and is embedded on the ground surface, and the hook 32 at the lower end of the support column 4 can be detachably fixed. The hook 32 at the lower end is received and fixed in the box 41 of the embedded metal fitting 40, and the support column 4 is received and held on the ground surface side.

  In this example, the embedded bracket 40 is formed long in the direction of rotation of the support column 4 suspended and supported by the suspension support bracket 10 at the free end of the roof, has a peripheral edge as an inclined surface, and faces outward at the upper end. An overhanging fin 42 and a pair of bearing through-holes in the longitudinal direction slightly below the overhanging fin 42, in this example, in the central position near the upper end, that is, in the central position in the rotational direction of the support column 4 And a box 41 having an upward opening and a horizontal bar that is horizontally installed and fixed above the box 41 by pivotally supporting the box 41 through the pair of through holes at the center in the longitudinal direction. 43 and anchors 44 installed at both ends in the longitudinal direction of the box 41, the anchor 44 is deeply embedded in the concrete, and the projecting fins 42 are flush with the ground surface. There as those embedded fixed to the surface position protruding somewhat laterally from the roof free end of Poto A.

  In this example, the hook 32 of the support column 4 is inserted and installed below the support column 4 so that the length of the support column 4 is adjustable, and is fixed with an adjustment bolt. It is installed at the lower end of the support column 4 via the adjustment rod 5, and the hook 32 of this example is arranged by installing a separate metal fitting 30 at the lower end of the adjustment rod 5, In this example, the locking metal fitting 30 is fitted and fixed to the hollow portion of the adjusting rod 5 and the lower portion is used as the hook 32. A metal fitting having an anti-roll metal fitting 33 welded to the main body 31 so as to prevent the rolling at the time of fitting to secure the fitting width to the portion, and the upper part of the S-shaped main body 31 The hook 32 protrudes downward from the lower end of the adjusting rod 5 to prevent the metal fitting 33. This is fitted into the adjustment rod 5 so that it can be fixed with a fixing bracket such as a screw from the outer periphery, and the length of the adjustment rod 5 can be adjusted to adjust the protruding position at the lower end of the support column 4. As arranged in

  Accordingly, the support column 4 suspended and supported by the suspension support bracket 10 at the free end of the roof 3 is rotated in the direction intersecting the roof 3, the position of the hook 32 at the lower end is adjusted by adjusting the length of the adjustment rod 5, and the hook 32 is The embedded metal fitting 40 is put in the box 41 and hooked and fixed to the hook receiver 43 so that the suspension support metal fitting 10 and the support column 4 supported by the embedded metal fitting 40 are connected to the free end of the roof 3, In the example, the roof 3 is supported between the ends of the beams 2.

  Since the support column 4 supported by the suspension support bracket 10 and the embedded bracket 40 can be removed by the reverse procedure of the support, it is removed when the roof 3 is not required to be supported, that is, in this example. By removing this and installing the upper metal fitting 1a and the lower metal fitting 1b so as to support the hook metal fitting 20 at the upper end and the locking metal fitting 30 at the lower end on the column 1, these are attached to the outer surface of the column 1 by these. It can be installed and stored.

  At this time, the embedded bracket 40 is provided with a box cover 50 that covers and closes the box 41 of the upward opening so as to be openable and closable on the upper surface, and the support column 4 is removed, that is, the box 41 of the upward opening is removed. Dust enters the space inside the box 41 that remains so as to be exposed on the ground surface, and the box 41 with its upward opening and its hook receiver 43 are buried with dust, making it impossible for the support column 4 to be received and supported. The driver or passenger's high heels can be fitted into the space in the box 41 with the upward opening so as to eliminate the trouble that would cause the vehicle to fall, and the box cover can be rotated above the box with the upward opening. The box cover can be opened and closed as a unit by connecting it freely via a link that can be freely installed. When the box is opened, the box cover can be placed on the nearby ground surface by rotating the box cover when the box is opened. When the box is opened, the box cover stands upright on the box or stands upright. And so on.

  In this example, the box cover 50 can be opened and closed integrally by connecting the box cover 50 via a link 54 rotatably installed above the box 41 having the upward opening. When the box 41 is opened, the box cover 50 is rotated on the nearby ground surface so as to be able to be placed over.

  The link 54 of this example is arranged at the center position in the rotational direction of the support column 4 above it on the box 41 side, and the length of the link 54 is approximately ½ of the length of the box 41. In some cases, the link 54 is placed on the hook receiver 43 installed at the central position near the upper end above the box 41, that is, at the central position in the rotational direction of the support column 4.

  That is, in this example, the box cover 50 is formed into a planar rectangle having an area covering the extending fin 42 so as to cover and close the upward opening box 41 in the embedded metal fitting 40, or one end portion in the longitudinal direction thereof. On the lower surface in the vicinity thereof, for example, by receiving a U-shaped metal fitting, a receiving piece 51 provided with a pair of downwardly supporting link shafts 52 is disposed, while the upper surface is subjected to a non-slip coining process. The upper surface of the metal fittings is made of a metal plate with a handle 53 for opening and closing by partially cutting and raising the surface. It is made of a thick metal plate so that it has sufficient load resistance.

  Each of the links 54 has a plate-like pair of link bars 55 in this example, each having a through hole on one end of the longitudinal direction and a bossed bearing 56 on the other, and the pair of link bars 55 connected to each other. In this example, it is assumed that the metal plate is bent, for example, a pair of link bars 55. The length of the box 41 is approximately ½ of the length of the box 41, and the width connected by the connecting piece 57 is narrower than the opening width of the box 41 and wider than the hook 32 width of the support column 4. In addition, the through-holes at one end in the longitudinal direction of the pair of link bars 55 and the bearings 56 are arranged so as to face each other between the ends of the pair of link bars 55.

  The link 54 rotatably supports the through-holes of the opposing link bar 55 at both ends in the width direction of the hook receiver 43 at the center position in the longitudinal direction of the box 41 that is installed in a transverse manner above the box 41. A support shaft 52 formed on the receiving piece 51 of the box cover 50 is rotatably supported on the bearing 56 so that the box cover 50 can be opened and closed on the upper surface of the box 41 so as to cover and close the upward opening.

  Accordingly, when the support column 4 is not required, for example, during periods other than the typhoon season or the snowy period in a cold region, the support column 4 is opened upward by removing the support column 4 from the suspension support bracket 10 and the embedded bracket 40 and remains on the ground surface. The box 41 with the upward opening of the bayonet bracket 40 is closed by the box cover 50, so that the trouble due to the upward opening remaining on the ground surface can be solved, and the box cover 50 is opened when the support column 4 is required. The box 41 having an upward opening is exposed to the ground surface, so that the support free end can be supported by the support column 4.

  The box cover 50 of this example uses a link 54 that is approximately ½ the length of the box 41 and has a width within the box 41, and the link 54 allows a receiving piece 51 at one end on the lower surface of the box cover 50. And the hook receiver 43 at the center in the longitudinal direction above the inside of the box 41, so that the link 54 is housed in the box 41, and the hook receiver 43 of the box 41 is used as the center of rotation. As a result, the box cover 50 is placed on the overhanging fin 42 of the box 41 in the closed state of the box 41 so as to be substantially flush with the ground surface and the box 41 is opened. In this state, the box cover 50 is turned to the one side in the longitudinal direction and placed on the nearby ground surface, and becomes substantially flush with the ground surface, so that the box cover 50 protrudes from the ground surface. In time there is no support posts 4, for example, or cause tire hits deformation or damage of the vehicle, it can be assumed that does not lead to trouble a person or stumbled.

  The example shown in the figure is as described above. For example, a support shaft is installed on a box for supporting a link shaft different from the hook support, and the box cover is placed on the ground surface with reference to the position of the support shaft. The link length is set so that the box cover is pivoted to the end of the box so that it rotates relative to the box when the support column is supported by the roof. Carports, embedded brackets, boxes with upward openings, hook receivers, etc., including standing up near the lower end of the support column and placing it on the box so that it is almost flush with the ground surface when closed , Roofs, support columns, box covers, links, etc., if necessary, specific shapes, structures, materials, their relationships, additions to them, etc. It can be of a form.

It is a perspective view which shows the state which installed the support support | pillar in the car port. It is a perspective view which shows the relationship between a suspension support metal fitting, a support support | pillar, and an embedded metal fitting. It is a perspective view which shows the relationship between a suspension support metal fitting and the hook metal fitting on the support support | pillar side. It is a perspective view which shows the relationship between the latching metal fitting of a support support | pillar, and an embedded metal fitting. It is a perspective view of the embedded metal fittings with the box cover opened. It is a perspective view of the embedded metal fittings in a state where the box cover is half opened. It is a perspective view of the embedded metal fittings in a state where the box cover is closed.

Explanation of symbols

A Carport 1 Post 2 Beam 3 Roof 4 Support post 10 Suspension support bracket 20 Hook bracket 30 Locking bracket 40 Embedded bracket 41 Box 43 Hook holder 50 Box cover 54 Link

Claims (4)

  A box with an upward opening and a hook receiver placed in the box are embedded in the ground surface, and the hook placed at the lower end of the support column of the carport is received in the box and fixed to the hook receiver in a freely detachable manner. By mounting a box cover for receiving and supporting the support strut on the ground side, the box cover covering the upper opening box so as to be openable and closable on the upper surface thereof is disposed, and the box cover is A box cover can be integrally opened and closed by being pivotably connected via a link that is pivotably installed above the box of the opening. A ground embedded support bracket for a support column of a carport, characterized in that a box cover can be placed on a nearby ground surface.   2. The ground embedded support bracket for a support column of a carport according to claim 1, wherein the box cover is disposed so as to be freely opened and closed by being pivotally supported above the box of the upward opening.   3. The carport according to claim 2, wherein the link is disposed at a center position in the direction of rotation of the support strut above the box side, and the link length is approximately ½ of the box length. Ground support bracket for support struts.   4. The ground embedded support bracket for a support column of a carport according to claim 3, wherein the link is arranged on a hook support installed at a center position in the support column rotation direction above the box.

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