JP2018197596A - Structure supporting structure - Google Patents

Abstract

To provide a structure supporting structure for supporting a structure as a target of seismic isolation with respect to a foundation with a simple arrangement.SOLUTION: A structure supporting structure comprises an upper guide member fixed to a structure and an intermediate guide member positioned under the upper guide member and supported by a foundation instead of a conventional structure support structure. An X axis and a Y axis, which are a pair of virtual axes, are orthogonal in a horizontal plane. An X-axis sliding surface which is a downward-facing surface formed in the upper guide member and an X-axis sliding surface which an upward-facing surface formed in the intermediate guide member can relatively move along the X axis by sliding. The X-axis sliding surface includes a pair of left and right X-axis unidirectional sliding surfaces positioned in parallel along the Y axis, and the pair of left and right X-axis unidirectional sliding surfaces are respectively inclined in opposite directions to each other along the Y axis.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a structure support structure for supporting a structure with respect to a foundation.

A structure support structure is used to support the structure.
For example, a structure support structure that supports a structure that stores valuables is used.
For example, a structure support structure that supports a frame that is a structure of a server computer is used.
For example, a structure support structure that supports a frame that is a structure of a semiconductor manufacturing apparatus is used.
For example, in a museum, a structure support structure that supports a table that is a structure on which a work of art is placed is used.

The structure support structure may exhibit a seismic isolation function.
For example, the structure support structure incorporates a seismic isolation mechanism.
The structure support structure changes its posture between a non-operation state and an operation state.
In the inoperative state, the seismic isolation mechanism stops the structure.
In the operating state, the displacement and acceleration of the structure are attempted to be kept within a predetermined range corresponding to the acceleration vibration of the installation surface. As a result, the structure is displaced with respect to the installation surface.

  There is a demand for a structure support structure for supporting a base structure to be seismically isolated with a simple structure.

  In view of the above phenomenon, the present invention seeks to provide a structure support structure for supporting a structure to be seismically isolated with respect to a foundation with a simple structure.

In order to achieve the above object, a structure support structure for supporting the structure according to the present invention with respect to the foundation,
An upper guide member fixed to the structure;
An intermediate guide member positioned below the upper guide member and supported by the foundation;
With
A pair of virtual axes, the X axis and the Y axis, are orthogonal to each other in the horizontal plane,
The X-axis sliding surface, which is the downward surface formed on the upper guide member, and the X-axis sliding surface, which is the upward surface, formed on the intermediate guide member, slide relative to each other along the X-axis. The X-axis sliding surface can be a pair of left and right X-axis one-way sliding surfaces positioned in parallel along the Y-axis and a pair of left and right X-axis reverse sliding surfaces positioned in parallel along the Y-axis. The pair of left and right X-axis unidirectional sliding surfaces incline upward as they move in one direction along the X-axis, and the pair of left and right X-axis reverse sliding surfaces move to the X-axis. A pair of left and right sliding members that are each a pair of left and right sliding members that respectively incline upward as they move in opposite directions along the upper guide member, and the upper guide member forms a pair of left and right downward X-axis unidirectional sliding surfaces. A pair of left and right forming the upper X-axis unidirectional sliding member and the pair of left and right downward X-axis surface reverse sliding surfaces. And a pair of left and right sliding members each having a pair of left and right upper X-axis unidirectional sliding surfaces. A pair of left and right intermediate X-axis unidirectional sliding members and a pair of left and right intermediate X-axis reverse slidable members, each of which forms a pair of left and right upward X-axis reverse sliding surfaces; And a pair of left and right upper X-axis unidirectional sliding members that can overlap and slide in the X-axis direction and a pair of left and right intermediate X-axis unidirectional sliding members. An engaging portion formed along the X-axis sliding surface on at least one of the left and right sliding members of the sliding member has at least one of the left and right of the other pair of left and right sliding members. The sliding member is engaged with an engaged portion formed along the X-axis sliding surface. Along the Y-axis direction between at least one of the left and right sliding members of the pair of left and right sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members A pair of left and right upper X-axis reverse sliding members and a pair of left and right intermediate X-axis reverse sliding members that can restrain relative movement in at least one direction and overlap each other and slide in the X-axis direction. An engaging portion formed along the X-axis sliding surface on at least one of the left and right sliding members of either one of the pair of left and right sliding members is provided on the other pair of left and right sliding members. At least either one of the left and right sliding members is engaged with an engaged portion formed along the X-axis sliding surface on at least one of the left and right sliding members. The left side of the sliding member and the other pair of left and right sliding members The relative movement in at least one direction along the Y-axis direction with at least one of the sliding members on the right can be restricted.

With the configuration of the present invention, the upper guide member is fixed to the structure. The intermediate guide member is positioned below the upper guide member and supported by the foundation. The X axis and Y axis, which are a pair of virtual axes, are orthogonal to each other in the horizontal plane. The X-axis sliding surface, which is the downward surface formed on the upper guide member, and the X-axis sliding surface, which is the upward surface, formed on the intermediate guide member, slide relative to each other along the X-axis. it can. The X-axis sliding surface includes a pair of left and right X-axis unidirectional sliding surfaces positioned in parallel along the Y-axis and a pair of left and right X-axis reverse sliding surfaces positioned in parallel along the Y-axis. Including. The pair of left and right X-axis unidirectional sliding surfaces incline upward as they move in one direction along the X-axis. The pair of left and right X-axis reverse sliding surfaces incline upward as they move in the opposite direction along the X-axis. The pair of left and right upper X-axis unidirectional sliding members of the upper guide member are a pair of left and right sliding members that respectively form a pair of left and right downward X-axis unidirectional sliding surfaces. The pair of left and right upper X-axis reverse sliding members of the upper guide member are a pair of left and right sliding members that respectively form a pair of left and right downward X-axis surface reverse sliding surfaces. The pair of left and right intermediate X-axis unidirectional sliding members of the intermediate guide member are a pair of left and right sliding members that respectively form a pair of left and right upward X-axis unidirectional sliding surfaces. The pair of left and right intermediate X-axis reverse sliding members of the intermediate guide member are a pair of left and right sliding members that respectively form a pair of left and right upward X-axis reverse sliding surfaces. One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engaging portion is formed along the X-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and at least one of the left and right sliding members of one pair of left and right sliding members and the left and right of the other pair of left and right sliding members. The relative movement in at least one direction along the Y-axis direction with either one of the sliding members can be restricted. The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed along the X-axis sliding surface on at least one of the left and right sliding members. At least one of the left and right sliding members of the other pair of left and right sliding members forms an engaged portion along the X-axis sliding surface. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. The relative movement in at least one direction along the Y-axis direction with either one of the sliding members can be restricted.
As a result, the structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while suppressing movement in one direction along the Y axis, and is stabilized along the X axis. Can move.

  The structure support structure according to the embodiment of the present invention will be described below. The present invention includes any of the embodiments described below, or a combination of two or more of them.

The structure support structure according to the embodiment of the present invention includes a pair of left and right upper X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction, and a pair of left and right intermediate X-axis unidirectional sliding members. One of the pair of left and right sliding members of at least one of the left and right sliding members is formed along the X-axis sliding surface and the other pair of left and right sliding members At least one of the left and right sliding members is engaged with an engaged portion formed along the X-axis sliding surface. The relative movement in both directions along the Y-axis direction between the one sliding member and the left and right of the other pair of left and right sliding members can be constrained and overlapped vertically. A pair of left and right upper X-axis reverse sliding parts capable of sliding in the axial direction And at least one of the left and right sliding members of one of the pair of left and right intermediate X-axis reverse sliding members along the X-axis sliding surface. The engaging portion formed is engaged with the engaged portion formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. Along the Y-axis direction between at least one of the left and right sliding members of one pair of left and right sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members. The relative movement in both directions can be constrained.
According to the configuration of the above-described embodiment, either one of the pair of left and right upper X-axis one-way sliding members that overlap vertically and slide in the X-axis direction and the pair of left and right intermediate X-axis one-way sliding members An engaging portion is formed along the X-axis sliding surface on at least one of the left and right sliding members of the pair of left and right sliding members. An engaged portion is formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. Relative movement in both directions along the Y-axis direction with either one of the sliding members can be restricted. The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed along the X-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. Relative movement in both directions along the Y-axis direction with either one of the sliding members can be restricted.
As a result, the structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while suppressing movement in both directions along the Y axis, and is stabilized along the X axis. Can move.

The structure support structure according to the embodiment of the present invention includes a pair of left and right upper X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction, and a pair of left and right intermediate X-axis unidirectional sliding members. One of the pair of left and right sliding members is formed along the X-axis sliding surface, and the other pair of left and right sliding members is formed along the X-axis sliding surface. The relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members can be restrained by engaging with the engaged portion to be The left and right pair of sliding members of either the pair of left and right upper X-axis reverse direction sliding members that can slide in the overlapping X-axis direction and the pair of left and right intermediate X-axis reverse direction sliding members An engagement portion formed along the X-axis sliding surface is formed on the other pair of left and right sliding members along the X-axis sliding surface. The direction of relative movement of both along the Y-axis direction between said one pair engages the engaged portion sliding member and the other of the pair of the sliding members is made possible constraint.
According to the configuration of the above-described embodiment, either one of the pair of left and right upper X-axis one-way sliding members that overlap vertically and slide in the X-axis direction and the pair of left and right intermediate X-axis one-way sliding members An engagement portion is formed along the X-axis sliding surface in the pair of left and right sliding members. An engaged portion is formed on the other pair of left and right sliding members along the X-axis sliding surface. The engaging portion engages with the engaged portion to restrain relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members. it can. The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed along the X-axis sliding surface. An engaged portion is formed on the other pair of left and right sliding members along the X-axis sliding surface. The engaging portion engages with the engaged portion to restrain relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members. it can.
As a result, the structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while suppressing movement in both directions along the Y axis, and is stabilized along the X axis. Can move.

The structure support structure according to the embodiment of the present invention includes a pair of left and right upper X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction, and a pair of left and right intermediate X-axis unidirectional sliding members. One of the left and right pair of the sliding members is one of the left and right sliding members formed along the X-axis sliding surface, and the other pair of left and right sliding members. One of the left and right sliding members engages with an engaged portion formed along the X-axis sliding surface, and one of the left and right of the pair of left and right sliding members Relative movement in one of the directions along the Y-axis direction between the sliding member and one of the left and right sliding members of the other pair of left and right sliding members can be restricted and overlapped vertically. A pair of left and right upper X-axis unidirectional sliding members capable of sliding in the axial direction and a pair of left and right intermediate X-axis unidirectional sliding members An engagement portion formed along the X-axis sliding surface on the other sliding member of the left and right of the pair of left and right sliding members of one of the materials is the other pair of left and right One of the left and right of the pair of left and right sliding members engaged with the engaged portion formed along the X axis sliding surface on the other sliding member of the left and right of the sliding member Relative movement in the other of the directions along the Y-axis direction between the other sliding member and the other of the left and right of the other pair of left and right sliding members can be constrained. Of the pair of left and right sliding members, one of the pair of left and right upper X-axis reverse sliding members and the pair of left and right intermediate X-axis reverse sliding members that can slide in the X-axis direction. An engagement portion formed along the X-axis sliding surface on one of the left and right sliding members has a pair of left and right fronts. One of the left and right sides of the sliding member is engaged with an engaged portion formed along the X-axis sliding surface on one of the left and right sliding members. Relative movement in one of the directions along the Y-axis direction between one sliding member and one of the left and right sliding members of the other pair of left and right sliding members can be constrained. Of the pair of left and right sliding members, one of the pair of left and right upper X-axis reverse sliding members and the pair of left and right intermediate X-axis reverse sliding members that can slide in the X-axis direction. The engaging portion formed along the X-axis sliding surface on the other sliding member of the left and right is the X on the other sliding member of the left and right of the other pair of left and right sliding members. The front of the other of the left and right of the pair of left and right sliding members engaged with the engaged portion formed along the shaft sliding surface The relative movement in the other of the directions along the Y-axis direction between the sliding member and the other of the left and right sliding members of the other pair of left and right sliding members can be restricted.
According to the configuration of the above-described embodiment, either one of the pair of left and right upper X-axis one-way sliding members that overlap vertically and slide in the X-axis direction and the pair of left and right intermediate X-axis one-way sliding members An engaging portion is formed along the X-axis sliding surface on one of the left and right sliding members of the pair of left and right sliding members. An engaged portion is formed along the X-axis sliding surface on one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and one of the left and right of the pair of sliding members and one of the left and right of the other pair of left and right sliding members. Relative movement in one of the directions along the Y-axis direction with the one sliding member can be restricted.
One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engaging portion is formed on the other sliding member of the left and right sides along the X-axis sliding surface. An engaged portion is formed along the X-axis sliding surface on the other of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and the other of the left and right sliding members of the left and right pair of sliding members and the other of the left and right pair of sliding members of the left and right The relative movement in the other direction among the directions along the Y-axis direction with the other sliding member can be restricted.
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed on one of the left and right sliding members along the X-axis sliding surface. An engaged portion is formed along the X-axis sliding surface on one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and one of the left and right of the pair of sliding members and one of the left and right of the other pair of left and right sliding members. Relative movement in one of the directions along the Y-axis direction with the one sliding member can be restricted.
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed on the other sliding member of the left and right sides along the X-axis sliding surface. An engaged portion is formed along the X-axis sliding surface on the other of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and the other of the left and right sliding members of the left and right pair of sliding members and the other of the left and right pair of sliding members of the left and right The relative movement in the other direction among the directions along the Y-axis direction with the other sliding member can be restricted.
As a result, the structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while suppressing movement in both directions along the Y axis, and is stabilized along the X axis. Can move.

In the structure support structure according to the embodiment of the present invention, the pair of left and right upper X-axis unidirectional sliding members is provided with a gap along the Y-axis, and the pair of left and right upper X-axis reverse sliding members Is provided with a gap therebetween along the Y axis, and the pair of left and right intermediate X-axis unidirectional sliding members is provided with a gap therebetween along the Y axis, and the pair of left and right intermediate X-axis reverse sliding members Is provided with a gap therebetween along the Y axis.
With the configuration of the above embodiment, the pair of left and right upper X-axis unidirectional sliding members are provided with a gap between them along the Y-axis. A pair of left and right upper X-axis reverse direction sliding members is provided with a gap therebetween along the Y-axis. A pair of left and right intermediate X-axis unidirectional sliding members are provided with a gap therebetween along the Y-axis. A pair of left and right intermediate X-axis reverse sliding members are provided with a gap therebetween along the Y-axis.
As a result, the overturning moment acting on the structure can be supported by the pair of left and right sliding members.

  In order to achieve the above object, a structure support structure for supporting a structure according to the present invention with respect to a foundation includes an upper guide member fixed to the structure, and a foundation positioned below the upper guide member. A lower guide member to be supported, and an intermediate guide member positioned between the upper guide member and the lower guide member, and a pair of virtual axes X and Y are orthogonal to each other in a horizontal plane. The X-axis sliding surface, which is the downward surface formed on the upper guide member, and the X-axis sliding surface, which is the upward surface formed on the intermediate guide member, slide relative to each other along the X-axis. A Y-axis sliding surface, which is a downward surface formed on the intermediate guide member, and a Y-axis sliding surface, which is an upward surface formed on the lower guide member, slide along the Y-axis. The X-axis sliding surfaces are parallel to each other along the Y-axis. And a pair of left and right X-axis reverse sliding surfaces positioned in parallel along the Y-axis, and the pair of left and right X-axis one-way sliding surfaces along the X-axis together in one direction The pair of left and right X-axis reverse sliding surfaces incline upwards as they move in the opposite direction along the X-axis, and the Y-axis sliding surfaces move in the X-axis. A pair of left and right Y-axis unidirectional sliding surfaces positioned in parallel along the X axis and a pair of left and right Y-axis reverse sliding surfaces positioned in parallel along the X axis. The directional sliding surfaces incline upward as they move in one direction along the Y axis, and the pair of left and right Y-axis reverse sliding surfaces move upward in the opposite direction along the Y axis. A pair of left and right sides inclined to each other, and the upper guide member forms a pair of left and right downward X-axis unidirectional sliding surfaces. A pair of left and right upper X-axis slidable members that respectively form a pair of left and right upper X-axis unidirectional sliding members that are moving members and a pair of left and right downward X-axis surface reverse sliding surfaces. A pair of left and right intermediate X-axis unidirectional slides, each of which is a pair of left and right sliding members that respectively form a pair of left and right upward X-axis unidirectional sliding surfaces. A pair of left and right intermediate X-axis reverse sliding members, which are a pair of left and right sliding members that respectively form a moving member and a pair of left and right upward X-axis reverse sliding surfaces, and a pair of left and right downward Y-axis ones A pair of left and right intermediate Y-axis unidirectional sliding members that are a pair of left and right sliding members that respectively form a directional sliding surface, and a pair of left and right that forms a pair of left and right downward sliding surfaces that are opposite to the Y-axis surface. A pair of left and right intermediate Y-axis reverse direction sliding members, and the lower guide member is A pair of left and right lower Y-axis unidirectional sliding members, which are a pair of left and right sliding members that form a pair of upward Y-axis unidirectional sliding surfaces, and a pair of left and right upward Y-axis reverse sliding surfaces, respectively. A pair of left and right lower Y-axis reverse sliding members that are a pair of left and right sliding members to be formed, and a pair of left and right upper X-axis unidirectional sliding members that can be slid in the X-axis direction. It is formed along the X-axis sliding surface on at least one of the left and right sliding members of either one of the pair of intermediate X-axis unidirectional sliding members. The engaging portion engages with an engaged portion formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members and the other left and right of the pair of left and right sliding members A pair of left and right that can restrain relative movement in at least one direction along the Y-axis direction with at least one of the left and right sliding members of the sliding member, and can slide in the X-axis direction by overlapping vertically. The upper X-axis reverse direction sliding member and the left and right pair of intermediate X-axis reverse direction sliding members of either one of the left and right pair of sliding members at least one of the left and right sliding members An engagement portion formed along the X-axis sliding surface is formed on at least one of the left and right sliding members of the other pair of left and right sliding members along the X-axis sliding surface. Engaging at least one of the left and right sliding members of one pair of left and right sliding members and the left and right of the pair of other left and right sliding members. At least along the Y-axis direction with the sliding member A pair of left and right middle Y-axis unidirectional sliding members and a pair of left and right lower Y-axis unidirectional sliding members that can restrain relative movement in either direction and overlap each other and slide in the Y-axis direction. The engaged portion formed along the Y-axis sliding surface on at least one of the left and right sliding members of the left and right pair of sliding members is the other pair of left and right sliding members. At least one of the left and right of the pair of left and right sliding members engaged with the engaged portion formed along the Y-axis sliding surface on at least one of the left and right sliding members of the member Relative movement in at least one direction along the X-axis direction between one sliding member and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted. A pair of left and right that can overlap and slide in the Y-axis direction At least one of the left and right sliding members of either the left or right pair of sliding members of the intermediate Y-axis backward sliding member and the pair of left and right lower Y-axis backward sliding members An engaged portion formed along the Y-axis sliding surface is formed along at least one of the left and right sliding members of the other pair of left and right sliding members along the Y-axis sliding surface. At least one of the left and right sliding members of one pair of left and right sliding members and the right and left sliding members of the other pair of left and right sliding members engaged with the engaged portion. The relative movement in at least one direction along the X-axis direction with the moving member can be restricted.

With the configuration of the present invention, the upper guide member is fixed to the structure. The lower guide member is positioned below the upper guide member and supported by the foundation. The intermediate guide member is located between the upper guide member and the lower guide member. The X axis and Y axis, which are a pair of virtual axes, are orthogonal to each other in the horizontal plane. The X-axis sliding surface, which is the downward surface formed on the upper guide member, and the X-axis sliding surface, which is the upward surface, formed on the intermediate guide member, slide relative to each other along the X-axis. it can. A Y-axis sliding surface, which is a downward surface formed on the intermediate guide member, and a Y-axis sliding surface, which is an upward surface formed on the lower guide member, slide to move relative to each other along the Y-axis. it can. The X-axis sliding surface includes a pair of left and right X-axis unidirectional sliding surfaces positioned in parallel along the Y-axis and a pair of left and right X-axis reverse sliding surfaces positioned in parallel along the Y-axis. Including. The pair of left and right X-axis unidirectional sliding surfaces incline upward as they move in one direction along the X-axis. The pair of left and right X-axis reverse sliding surfaces incline upward as they move in the opposite direction along the X-axis. The Y-axis sliding surface includes a pair of left and right Y-axis unidirectional sliding surfaces positioned in parallel along the X-axis and a pair of left and right Y-axis reverse sliding surfaces positioned in parallel along the X-axis. Including. The pair of left and right Y-axis unidirectional sliding surfaces incline upward as they move in one direction along the Y axis. The pair of left and right Y-axis reverse sliding surfaces incline upward as they move in the opposite direction along the Y-axis. The upper guide members are a pair of left and right upper X-axis unidirectional sliding members and a pair of left and right downward X that are a pair of left and right sliding members that respectively form a pair of left and right downward X-axis unidirectional sliding surfaces. A pair of left and right upper X-axis reverse direction sliding members which are a pair of left and right sliding members that respectively form axial surface reverse direction sliding surfaces. The intermediate guide member is a pair of left and right intermediate X-axis unidirectional sliding members and a pair of left and right upward X, which are a pair of left and right sliding members that respectively form a pair of left and right upward X-axis unidirectional sliding surfaces. A pair of left and right intermediate X-axis reverse sliding members, which are a pair of left and right sliding members each forming an axial reverse sliding surface, and a pair of left and right downward Y-axis one-directional sliding surfaces are formed respectively. A pair of left and right sliding members that respectively form a pair of left and right intermediate Y-axis one-way sliding members that are a pair of left and right sliding members and a pair of left and right sliding surfaces that are opposite to the Y-axis surfaces. And an intermediate Y-axis reverse direction sliding member. The pair of left and right lower Y-axis unidirectional sliding members and the pair of left and right upward Y-axis reverse directions, wherein the lower guide member is a pair of left and right sliding members that form a pair of left and right upward Y-axis unidirectional sliding surfaces. A pair of left and right lower Y-axis reverse direction sliding members, which are a pair of left and right sliding members that respectively form sliding surfaces.
One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engaging portion is formed along the X-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. Relative movement in at least one direction along the Y-axis direction with either one of the sliding members can be restricted.
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed along the X-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. Relative movement in at least one direction along the Y-axis direction with either one of the sliding members can be restricted.
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed along the Y-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the Y-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. Relative movement in at least one direction along the X-axis direction with either one of the sliding members can be restricted.
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed along the Y-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the Y-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. The relative movement in at least one direction along the X-axis direction with either one of the sliding members can be restricted.
As a result, the structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while being prevented from moving in one direction along the Y axis. It is supported via an intermediate guide member and a lower guide member that slide along the Y axis while suppressing the movement of the direction, and can move stably along the X axis and the Y axis.

  The structure support structure according to the embodiment of the present invention will be described below. The present invention includes any of the embodiments described below, or a combination of two or more of them.

The structure support structure according to the embodiment of the present invention includes a pair of left and right upper X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction, and a pair of left and right intermediate X-axis unidirectional sliding members. An engagement portion formed along the X-axis sliding surface on at least one of the left and right sliding members of one of the left and right pair of sliding members is the other pair of left and right sliding members. At least one of the left and right of the pair of left and right sliding members engaged with the engaged portion formed along the X-axis sliding surface on at least one of the left and right sliding members of the member The relative movement in both directions along the Y-axis direction between the one sliding member and the left and right sliding members of the other pair of left and right sliding members can be constrained and overlapped vertically. A pair of left and right upper X-axis reverse sliding members capable of sliding in a direction; Formed along the X-axis sliding surface on at least one of the left and right sliding members of one of the pair of right and left intermediate X-axis reverse sliding members. The engaged portion is engaged with the engaged portion formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. Along the Y-axis direction of at least one of the left and right sliding members of the pair of left and right sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members Which of the pair of left and right intermediate Y-axis unidirectional sliding members and the pair of left and right lower Y-axis unidirectional sliding members that can restrain relative movement in both directions and overlap in the vertical direction and slide in the Y-axis direction At least one of the left and right of the pair of left and right sliding members An engagement portion formed on one of the sliding members along the Y-axis sliding surface has the Y-axis sliding on at least one of the left and right sliding members of the other pair of left and right sliding members. The left and right pair of sliding members and the left and right pair of sliding members on the left and right sides of one pair of left and right sliding members and the left and right pair of sliding members engaged with an engaged portion formed along the surface. A pair of left and right intermediate Y-axis reverse sliding members capable of restraining relative movement in both directions along the X-axis direction with at least one of the sliding members, overlapping vertically and sliding in the Y-axis direction; Formed along the Y-axis sliding surface on at least one of the left and right sliding members of either one of the pair of left and right lower Y-axis reverse sliding members. At least the left and right of the other pair of left and right sliding members. One of the sliding members engages with an engaged portion formed along the Y-axis sliding surface, and at least one of the left and right sliding members of the pair of left and right sliding members. Relative movement in both directions along the X-axis direction between the member and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted.
With the configuration of the above embodiment,
One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engaging portion is formed along the X-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and at least one of the left and right sliding members of one pair of left and right sliding members and the left and right of the other pair of left and right sliding members. Relative movement in both directions along the Y-axis direction with either of the sliding members can be restricted.
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed along the X-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the X-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. Relative movement in both directions along the Y-axis direction with either one of the sliding members can be restricted.
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed along the Y-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the Y-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. The relative movement in either direction along the X-axis direction with either one of the sliding members can be restricted.
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed along the Y-axis sliding surface on at least one of the left and right sliding members. An engaged portion is formed along the Y-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion and at least one of the left and right sliding members of one pair of left and right sliding members and at least the left and right of the other pair of left and right sliding members. The relative movement in either direction along the X-axis direction with either one of the sliding members can be restricted.
As a result, the structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while suppressing movement in both directions along the Y axis, and both directions along the X axis. Is supported through an intermediate guide member and a lower guide member that slide along the Y axis while being restrained from moving, and can move stably along the X axis and the Y axis.

The structure support structure according to the embodiment of the present invention includes a pair of left and right upper X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction, and a pair of left and right intermediate X-axis unidirectional sliding members. One of the pair of left and right sliding members is formed with an engaging portion formed along the X-axis sliding surface on the other pair of left and right sliding members along the X-axis sliding surface. The relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members can be restrained by engaging with the engaged portion to be The left and right pair of sliding members of either the pair of left and right upper X-axis reverse direction sliding members that can slide in the overlapping X-axis direction and the pair of left and right intermediate X-axis reverse direction sliding members An engagement portion formed along the X-axis sliding surface is formed on the other pair of left and right sliding members along the X-axis sliding surface. The relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members can be restricted by engaging with the engaged portion formed. One of the pair of left and right intermediate Y-axis sliding members and the pair of left and right lower Y-axis one-way sliding members that can slide in the Y-axis direction. An engaging portion formed along the Y-axis sliding surface engages with an engaged portion formed along the Y-axis sliding surface with the other pair of left and right sliding members. The pair of left and right intermediate Y that can restrain the relative movement in both directions along the X-axis direction between the pair of sliding members and the other pair of left and right sliding members and can overlap in the vertical direction and slide in the Y-axis direction. The left and right pair of left and right pairs of the lower Y-axis reverse direction sliding member and the pair of left and right lower Y-axis backward sliding members. An engaging portion formed on the moving member along the Y-axis sliding surface is engaged with an engaged portion formed on the other pair of left and right sliding members along the Y-axis sliding surface. The relative movement in both directions along the X-axis direction between the pair of left and right sliding members and the other pair of left and right sliding members can be restricted.
According to the configuration of the above-described embodiment, either one of the pair of left and right upper X-axis one-way sliding members that overlap vertically and slide in the X-axis direction and the pair of left and right intermediate X-axis one-way sliding members An engagement portion is formed along the X-axis sliding surface in the pair of left and right sliding members. An engaged portion is formed on the other pair of left and right sliding members along the X-axis sliding surface. The engaging portion engages with the engaged portion to restrain relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members. it can.
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed along the X-axis sliding surface. An engaged portion is formed on the other pair of left and right sliding members along the X-axis sliding surface. The engaging portion engages with the engaged portion to restrain relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members. it can.
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed along the Y-axis sliding surface. An engaged portion is formed on the other pair of left and right sliding members along the Y-axis sliding surface. The engaging portion engages with the engaged portion and restrains relative movement in both directions along the X-axis direction between one pair of left and right sliding members and the other pair of left and right sliding members. it can.
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed along the Y-axis sliding surface. An engaged portion is formed on the other pair of left and right sliding members along the Y-axis sliding surface. The engaging portion engages with the engaged portion and restrains relative movement in both directions along the X-axis direction between one pair of left and right sliding members and the other pair of left and right sliding members. it can.
As a result, the structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while being prevented from moving in both directions along the Y axis, and both of the structures along the X axis are supported. It is supported via an intermediate guide member and a lower guide member that slide along the Y axis while suppressing the movement of the direction, and can move stably along the X axis and the Y axis.

The structure support structure according to the embodiment of the present invention includes a pair of left and right upper X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction, and a pair of left and right intermediate X-axis unidirectional sliding members. An engaging portion formed along the X-axis sliding surface on one of the left and right sliding members of either one of the pair of left and right sliding members is the other pair of left and right sliding members One of the left and right sliding members is engaged with a respondent engaging portion formed along the X-axis sliding surface. Relative movement in one of the directions along the Y-axis direction between the sliding member and one of the left and right sliding members of the other pair of left and right sliding members can be restricted and overlapped vertically. A pair of left and right upper X-axis one-way sliding members capable of sliding in the axial direction and a pair of left and right intermediate X-axis one-way sliding An engaging portion formed along the X-axis sliding surface is formed on the other sliding member of the left and right of the pair of left and right sliding members of either one of the members. One of the left and right of the pair of left and right sliding members is engaged with a defending engagement portion formed along the X-axis sliding surface on the other of the left and right sliding members. Relative movement in the other of the directions along the Y-axis direction between the other sliding member and the other of the left and right of the other pair of left and right sliding members can be constrained. Of the pair of left and right sliding members, one of the pair of left and right upper X-axis reverse sliding members and the pair of left and right intermediate X-axis reverse sliding members that can slide in the X-axis direction. One of the left and right sliding members has an engaging portion formed along the X-axis sliding surface. One of the left and right sides of the sliding member is engaged with a respondent engaging portion formed along the X-axis sliding surface on one of the left and right sliding members. Relative movement in one of the directions along the Y-axis direction between the one sliding member and the left and right sliding members of the other pair of left and right sliding members, The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engagement portion formed along the X-axis sliding surface on the other sliding member of the left and right of the left and right of the other pair of sliding members on the other of the left and right of the sliding member One of the left and right of the pair of left and right sliding members engaged with the defendant engaging portion formed along the X-axis sliding surface Relative movement in the other direction of the direction along the Y-axis direction between the other sliding member and the other of the left and right sliding members of the other pair of left and right sliding members can be restricted. The left and right of the pair of left and right sliding members of one of the pair of left and right intermediate Y axis unidirectional sliding members and the pair of left and right lower Y axis unidirectional sliding members that can slide in the overlapping Y axis direction One of the sliding members has an engaging portion formed along the Y-axis sliding surface, and one of the left and right sliding members of the other pair of left and right sliding members has the Y-axis. One of the left and right of the pair of left and right sliding members and the left and right of the other pair of left and right sliding members engaged with an engaged portion formed along the sliding surface The relative movement in one of the directions along the X-axis direction with one of the sliding members can be restricted, and The left and right of the pair of left and right sliding members of one of the pair of left and right intermediate Y axis unidirectional sliding members and the pair of left and right lower Y axis unidirectional sliding members that can slide in the overlapping Y axis direction An engagement portion formed along the Y-axis sliding surface on the other sliding member of the left and right of the other pair of left and right sliding members on the other sliding member of the Y-axis One of the left and right of the pair of left and right sliding members engaged with an engaged portion formed along the sliding surface and the left and right of the other pair of left and right sliding members The pair of left and right intermediate Y-axis opposite directions that can restrain the relative movement in the other of the directions along the X-axis direction with respect to the other sliding member, and overlap in the vertical direction and slide in the Y-axis direction One pair of left and right sliding members of the sliding member and the pair of left and right lower Y-axis reverse sliding members An engagement portion formed along the Y-axis sliding surface on one of the left and right sliding members of the member is provided on one of the left and right sliding members of the other pair of left and right sliding members. One of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the Y-axis sliding surface A pair of left and right intermediate Ys that can restrain relative movement in one of the directions along the X-axis direction with one of the sliding members on the left and right of the member, overlap vertically and slide in the Y-axis direction The Y-axis sliding is applied to the other sliding member of the left and right of the pair of left and right sliding members of either the left or right pair of lower Y-axis backward sliding members. The engaging portion formed along the moving surface is in front of the other sliding member of the left and right of the other pair of left and right sliding members. One of the left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the Y-axis sliding surface. Relative movement in the other of the directions along the X-axis direction with the other sliding member of the left and right of the member can be restricted.
According to the configuration of the above-described embodiment, either one of the pair of left and right upper X-axis one-way sliding members that overlap vertically and slide in the X-axis direction and the pair of left and right intermediate X-axis one-way sliding members An engaging portion is formed along the X-axis sliding surface on one of the left and right sliding members of the pair of left and right sliding members. One of the left and right sliding members of the other pair of left and right sliding members forms a defendant engaging portion along the X-axis sliding surface. The engaging portion engages with the engaged portion, and one of the left and right of the pair of sliding members and one of the left and right of the other pair of left and right sliding members. Relative movement in one of the directions along the Y-axis direction with the one sliding member can be restricted.
One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engaging portion is formed on the other sliding member of the left and right sides along the X-axis sliding surface. The other sliding member of the left and right of the other pair of left and right sliding members forms a defendant engaging portion along the X-axis sliding surface. The engaging portion engages with the engaged portion, and the other of the left and right sliding members of the left and right pair of sliding members and the other of the left and right pair of sliding members of the left and right The relative movement in the other direction among the directions along the Y-axis direction with the other sliding member can be restricted.
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed on one of the left and right sliding members along the X-axis sliding surface. One of the left and right sliding members of the other pair of left and right sliding members forms a defendant engaging portion along the X-axis sliding surface. The engaging portion engages with the engaged portion, and one of the left and right of the pair of sliding members and one of the left and right of the other pair of left and right sliding members. Relative movement in one of the directions along the Y-axis direction with the one sliding member can be restricted.
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engaging portion is formed on the other sliding member of the left and right sides along the X-axis sliding surface. The other sliding member of the left and right of the other pair of left and right sliding members forms a defendant engaging portion along the X-axis sliding surface. The engaging portion engages with the engaged portion, and the other of the left and right of the pair of left and right sliding members and the other of the left and right of the pair of left and right sliding members. The relative movement in the other direction among the directions along the Y-axis direction with the sliding member can be restricted.
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed on one of the left and right sliding members along the Y-axis sliding surface. An engaged portion is formed along the Y-axis sliding surface on one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and one of the left and right sliding members of one pair of left and right sliding members and the left and right of the other pair of left and right sliding members. Relative movement in one of the directions along the X-axis direction with the one sliding member can be restricted.
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed along the Y-axis sliding surface on the other of the left and right sliding members. An engaged portion is formed along the Y-axis sliding surface on the other of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and the other of the left and right sliding members of the left and right pair of sliding members and the other of the left and right pair of sliding members of the left and right Relative movement in the other direction among the directions along the X-axis direction with the other sliding member can be restricted.
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed on one of the left and right sliding members along the Y-axis sliding surface. An engaged portion is formed along the Y-axis sliding surface on one of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and one of the left and right of the pair of sliding members and one of the left and right of the other pair of left and right sliding members. Relative movement in one of the directions along the X-axis direction with the one sliding member can be restricted.
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. An engaging portion is formed along the Y-axis sliding surface on the other of the left and right sliding members. An engaged portion is formed along the Y-axis sliding surface on the other of the left and right sliding members of the other pair of left and right sliding members. The engaging portion engages with the engaged portion, and the other of the left and right sliding members of the left and right pair of sliding members and the other of the left and right pair of sliding members of the left and right Relative movement in the other direction among the directions along the X-axis direction with the other sliding member can be restricted.
As a result, the structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while being prevented from moving in both directions along the Y axis, and both of the structures along the X axis are supported. It is supported via an intermediate guide member and a lower guide member that slide along the Y axis while suppressing the movement of the direction, and can move stably along the X axis and the Y axis.

In the structure support structure according to the embodiment of the present invention, a pair of right upper X-axis unidirectional sliding members are provided with a gap between them along the Y-axis, and a pair of left and right upper X-axis reverse sliding members Is provided with a gap therebetween along the Y axis, and the pair of left and right intermediate X-axis unidirectional sliding members is provided with a gap therebetween along the Y axis, and the pair of left and right intermediate X-axis reverse sliding members Is provided with a gap therebetween along the Y axis, and the pair of left and right intermediate Y axis unidirectional sliding members is provided with a gap therebetween along the X axis, and the pair of left and right intermediate Y axis reverse sliding members A pair of left and right lower Y-axis unidirectional sliding members are provided along the X axis, and a pair of left and right lower Y-axis reverse sliding members are provided. Is provided with a gap therebetween along the X-axis.
With the configuration of the above-described embodiment, a pair of right upper X-axis unidirectional sliding members are provided with a gap along the Y-axis.
A pair of left and right upper X-axis reverse direction sliding members is provided with a gap therebetween along the Y-axis.
A pair of left and right intermediate X-axis unidirectional sliding members are provided with a gap therebetween along the Y-axis.
A pair of left and right intermediate X-axis reverse sliding members are provided with a gap therebetween along the Y-axis.
A pair of left and right intermediate Y-axis unidirectional sliding members are provided with a gap therebetween along the X-axis.
A pair of left and right intermediate Y-axis reverse sliding members is provided with a gap along the X-axis.
A pair of left and right lower Y-axis unidirectional sliding members are provided with a gap therebetween along the X-axis.
A pair of left and right lower Y-axis reverse sliding members are provided with a gap therebetween along the X-axis.
As a result, the overturning moment acting on the structure can be supported by the pair of left and right sliding members.

A structure support structure according to an embodiment of the present invention is formed at a location where a pair of left and right sliding surfaces, which are inclined with respect to each other in a direction intersecting the sliding direction, intersects the sliding surface. A ridge-like portion extending in the direction, formed at a location where a pair of left and right sliding surfaces that incline with each other in a direction intersecting the sliding direction intersects the sliding direction along the sliding surface. It is a valley-shaped part that extends, and the ridge-shaped part of the engaging part and the valley-shaped part of the engaged part come into contact with each other, and the engaging part engages with the engaged part.
According to the configuration of the above embodiment, the engaging portion is formed in a ridge shape extending in the sliding direction along the sliding surface formed at a location where the pair of left and right sliding surfaces incline with each other in the direction intersecting the sliding direction. It is a part of. The engaged portion is a valley-shaped portion that is formed at a location where a pair of left and right sliding surfaces that are inclined to each other in a direction intersecting the sliding direction intersects and extends in the sliding direction along the sliding surface.
The ridge-shaped part of the engaging part and the valley-shaped part of the engaged part come into contact with each other, and the engaging part engages with the engaged part.
As a result, the relative movement in the direction orthogonal to the axial direction can be restricted and guided in the axial direction.

The structure support structure according to an embodiment of the present invention is a wall-like portion that extends in the sliding direction along the sliding surface with the engaging portion facing one side in the horizontal direction intersecting the sliding direction. The engaged portion is a wall-like portion extending in the sliding direction along the sliding surface with the surface facing the other direction in the horizontal direction intersecting the sliding direction, and the wall-like portion of the engaging portion The portion and the wall-shaped portion of the engaged portion come into contact with each other, and the engaging portion engages with the engaged portion.
By the structure of said embodiment, the said engaging part is a wall-shaped part which orient | assigns a surface to one direction of the horizontal direction which cross | intersects a sliding direction, and extends in a sliding direction along a sliding surface. The engaged portion is a wall-like portion extending in the sliding direction along the sliding surface with the surface facing the other horizontal direction intersecting the sliding direction. The wall-shaped part of the engaging part and the wall-shaped part of the engaged part abut, and the engaging part engages with the engaged part.
As a result, the relative movement in the direction orthogonal to the axial direction can be restricted and guided in the axial direction.

The structure support structure according to the embodiment of the present invention includes a pair of walls extending in the sliding direction along the sliding surface with the pair of surfaces facing outward along a horizontal direction in which the engaging portion intersects the sliding direction. A pair of wall-like portions extending in the sliding direction along the sliding surface with the pair of surfaces facing inward along the horizontal direction in which the engaged portion intersects the sliding direction, The pair of wall-shaped portions of the engaging portion and the pair of wall-shaped portions of the engaged portion come into contact with each other, and the engaging portion engages with the engaged portion. According to the configuration of the above embodiment, the engaging portion is a pair of wall-like portions extending in the sliding direction along the sliding surface with the pair of surfaces facing outward along the horizontal direction intersecting the sliding direction. . The engaged portions are a pair of wall-shaped portions extending in the sliding direction along the sliding surface with the pair of surfaces facing inward along the horizontal direction intersecting the sliding direction. The pair of wall-shaped portions of the engaging portion and the pair of wall-shaped portions of the engaged portion come into contact with each other, and the engaging portion engages with the engaged portion.
As a result, the relative movement in the direction orthogonal to the axial direction can be restricted and guided in the axial direction.

The structure support structure according to the embodiment of the present invention is a convex portion that extends in the sliding direction along a sliding surface that curves in the vertical direction along the direction in which the engaging portion intersects the sliding direction. A concave portion extending in the sliding direction along a sliding surface curved in the vertical direction along the direction in which the engaged portion intersects the sliding direction, and the convex portion of the engaging portion; The recessed portion of the engaged portion comes into contact with the engaged portion, and the engaging portion engages with the engaged portion.
According to the configuration of the above-described embodiment, the engaging portion is a convex portion extending in the sliding direction along the sliding surface curved in the vertical direction along the direction intersecting the sliding direction. The engaged portion is a concave portion extending in the sliding direction along a sliding surface that curves in the vertical direction along the direction intersecting the sliding direction. The convex portion of the engaging portion and the concave portion of the engaged portion come into contact with each other, and the engaging portion engages with the engaged portion.
As a result, the relative movement in the direction orthogonal to the axial direction can be restricted and guided in the axial direction.

As described above, the structure support structure according to the present invention has the following effects depending on its configuration.
A pair of left and right upper X-axis unidirectional sliding members and a pair of left and right downward X-axis surface reverse slides, wherein the upper guide member fixed to the structure forms a pair of left and right X-axis unidirectional sliding surfaces. A pair of left and right upper X-axis reverse sliding members each forming a moving surface, and an intermediate guide member instructed by a foundation forms a pair of left and right upward X-axis one-way sliding surfaces, respectively. A pair of left and right intermediate X-axis unidirectional sliding members and a pair of left and right intermediate X-axis reverse slidable members that respectively form a pair of left and right upward X-axis reverse slidable surfaces; The axial unidirectional sliding surfaces are inclined upward as they move together in one direction along the X axis, and the pair of left and right X-axis reverse sliding surfaces move together in the opposite direction along the X axis. A pair of left and right upper X-axis that can be slid in the X-axis direction, tilting upward and downward, overlapping vertically The X-axis sliding surface on at least one of the left and right sliding members of either one of the sliding member and the pair of left and right intermediate X-axis unidirectional sliding members The engaging portion formed along the X axis sliding surface is engaged with at least one of the left and right sliding members of the other pair of left and right sliding members. The Y axis of at least one of the left and right sliding members of one pair of left and right sliding members and at least one of the right and left sliding members of the other pair of left and right sliding members A pair of left and right upper X-axis reverse sliding members and a pair of left and right intermediate X-axis reverse sliding members that can restrain relative movement in at least one direction along the direction and can overlap and slide in the X-axis direction Left and right of the pair of left and right sliding members At least one of the sliding members has an engaging portion formed along the X-axis sliding surface on at least one of the sliding members. Engaging at least one of the left and right sliding members of one pair of left and right sliding members and the other pair of sliding members of the other left and right. Since the relative movement in at least one direction along the Y-axis direction with at least one of the left and right sliding members can be restricted, the structure suppresses movement in one direction along the Y-axis. It is supported via the upper guide member and the intermediate guide member that slide along the X axis while being moved, and can move stably along the X axis.
Also, the pair of left and right slides of either one of the pair of left and right upper X-axis unidirectional sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis unidirectional sliding members. The engaging portion formed by the at least one of the left and right sliding members of the moving member along the X-axis sliding surface is at least one of the left and right sliding members of the other pair of left and right sliding members. A moving member engages with an engaged portion formed along the X-axis sliding surface, and at least one of the left and right sliding members and the other pair of left and right of the pair of left and right sliding members. A pair of left and right upper parts capable of restraining relative movement in both directions along the Y-axis direction with at least one of the left and right sliding members of the sliding member and overlapping in the vertical direction and sliding in the X-axis direction X-axis reverse sliding member and a pair of left and right intermediate X-axis reverse sliding members One of the left and right pair of sliding members of the member and at least one of the left and right sliding members is formed along the X-axis sliding surface, and the other pair of left and right engaging portions At least one of the left and right sliding members of the sliding member engages with an engaged portion formed along the X-axis sliding surface, and the left and right of the pair of left and right sliding members The relative movement in both directions along the Y-axis direction between at least one of the sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted. Therefore, the structure is supported through the upper guide member and the intermediate guide member that slide along the X axis while being prevented from moving in both directions along the Y axis, and is stable along the X axis. Can move.
Also, the pair of left and right slides of either one of the pair of left and right upper X-axis unidirectional sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis unidirectional sliding members. The engaging part formed along the X-axis sliding surface with the moving member engages the engaged part formed along the X-axis sliding surface with the other pair of left and right sliding members. The pair of left and right sliding members that can restrain the relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members, and can be slid in the X-axis direction. One of the pair of left and right sliding members of the upper X-axis reverse direction sliding member and the pair of left and right intermediate X-axis reverse direction sliding members is formed along the X-axis sliding surface. The other pair of left and right sliding members engages with the engaged portion formed along the X-axis sliding surface. Since the relative movement in both directions along the Y-axis direction between the pair of right sliding members and the other pair of left and right sliding members can be restrained, the structure can be It is supported via the upper guide member and the intermediate guide member that slide along the X axis while the movement of the direction is suppressed, and can move stably along the X axis.
Also, the pair of left and right slides of either one of the pair of left and right upper X-axis unidirectional sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis unidirectional sliding members. One of the sliding members on the left and right of the moving member is formed along the X-axis sliding surface, and the engaging portion is one of the sliding members on the left and right of the other pair of left and right sliding members. Is engaged with an engaged portion formed along the X-axis sliding surface, and one of the left and right sliding members and the other pair of left and right sliding members. A pair of left and right upper parts capable of restraining relative movement in one of the directions along the Y-axis direction with one of the left and right sliding members of the moving member and overlapping in the vertical direction and sliding in the X-axis direction One of the left and right ones of the X-axis unidirectional sliding member and the pair of left and right intermediate X-axis unidirectional sliding members The other sliding member of the left and right sides of the sliding member is formed along the X-axis sliding surface, and the engaging portion is the other of the left and right of the other pair of left and right sliding members. A sliding member engages with an engaged portion formed along the X-axis sliding surface, and the other sliding member and the other pair of left and right of the left and right of the pair of left and right sliding members. A pair of left and right that can restrain relative movement in the other of the directions along the Y-axis direction with the other of the left and right of the sliding member, and can slide in the X-axis direction by overlapping vertically. One of the left and right sliding members of the pair of left and right sliding members of either the upper X-axis backward sliding member or the pair of left and right intermediate X-axis backward sliding members The engaging portion formed along the X-axis sliding surface is one of the left and right of the other pair of left and right sliding members. The moving member engages with an engaged portion formed along the X-axis sliding surface, and one of the left and right of the pair of left and right sliding members and the other pair of left and right sides of the sliding member. A pair of left and right sides that can restrain relative movement in one of the directions along the Y-axis direction with the one of the left and right sides of the sliding member, and can slide in the X-axis direction by overlapping vertically. The other sliding member of the left and right of the pair of left and right sliding members of either the upper X-axis backward sliding member or the pair of left and right intermediate X-axis backward sliding members is An engagement portion formed along the X-axis sliding surface is engaged so that the other sliding member of the left and right of the other pair of left and right sliding members is formed along the X-axis sliding surface. One of the left and right sliding members and the other pair of left and right sliding members engaged with the joint portion Since the relative movement in the other of the directions along the Y-axis direction with the other of the left and right sliding members of the moving member can be restrained, the structure is It is supported via the upper guide member and the intermediate guide member that slide along the X axis while the movement of the direction is suppressed, and can move stably along the X axis.
The pair of left and right upper X-axis unidirectional sliding members is provided with a gap along the Y axis, and the pair of left and right upper X-axis unidirectional sliding members is provided with a gap between the Y-axis. The pair of left and right intermediate X-axis one-way sliding members is provided with a gap between the Y-axis, and the pair of left and right intermediate X-axis reverse-direction sliding members is provided with a gap between the Y-axis. Therefore, the overturning moment acting on the structure can be supported by the pair of left and right sliding members.
In addition, the upper guide member fixed to the structure forms a pair of left and right downward X-axis one-way sliding surfaces and a pair of left and right upper X-axis one-way sliding members and a pair of left and right downward X-axis surfaces opposite to each other. A pair of left and right upper X-axis reverse direction sliding members each forming a direction sliding surface,
A lower guide member positioned below the upper guide member supported by the foundation forms a pair of left and right lower Y-axis one-way sliding surfaces and a pair of left and right lower Y-axis one-way sliding members and a pair of left and right downwards A pair of left and right lower Y-axis reverse sliding members each forming the Y-axis surface reverse sliding surface,
The pair of left and right X-axis unidirectional sliding surfaces incline upward as they move in one direction along the X-axis, and the pair of left and right X-axis reverse sliding surfaces are both reversed along the X-axis. The pair of left and right Y-axis unidirectional sliding surfaces incline upwards as they move in one direction along the Y axis, and the pair of left and right Y-axis reverses. A pair of left and right upper X-axis unidirectional sliding members and a pair of left and right upper sliding surfaces that can be slid in the X-axis direction are inclined upward and downward as they move in opposite directions along the Y-axis. At least one of the left and right sliding members of one of the pair of left and right sliding members of the intermediate X-axis unidirectional sliding member is formed along the X-axis sliding surface. The joint is at least one of the left and right of the other pair of left and right sliding members The sliding member is engaged with an engaged portion formed along the X-axis sliding surface, and at least one of the left and right of the pair of left and right sliding members and the other Relative movement in at least one direction along the Y-axis direction with at least one of the left and right sliding members of the pair of left and right sliding members can be restricted and overlaps vertically and slides in the X-axis direction. The left and right of the pair of left and right sliding members of either the left or right pair of upper X-axis reverse sliding members and the pair of left and right intermediate X-axis backward sliding members A sliding member is formed along the X-axis sliding surface, and an engaging portion formed along the X-axis sliding surface is at least one of the left and right sliding members of the other pair of left and right sliding members. One of the pair of left and right is engaged with the engaged portion formed by At least one direction along the Y-axis direction of at least one of the left and right sliding members of the moving member and at least one of the left and right sliding members of the other pair of left and right sliding members One of the pair of left and right intermediate Y-axis unidirectional sliding members and the pair of left and right lower Y-axis unidirectional sliding members that can overlap and slide in the Y-axis direction. The engaged portion formed along the Y-axis sliding surface on at least one of the left and right sliding members of the pair of left and right sliding members has at least the left and right of the other pair of left and right sliding members. One of the sliding members engages with an engaged portion formed along the Y-axis sliding surface, and at least one of the left and right sliding members of the pair of left and right sliding members. Left and right of the member and the other pair of left and right sliding members The pair of left and right intermediate Y axes that can be constrained to move relative to at least one of the sliding members in the X axis direction along the X axis direction and overlap each other and slide in the Y axis direction The Y-axis sliding surface on at least one of the left and right sliding members of either one of the sliding member and the pair of left and right lower Y-axis reverse sliding members The engaged portion formed along the Y-axis sliding surface is at least one of the left and right sliding members of the other pair of left and right sliding members. X between the sliding member at least one of the left and right of the pair of left and right sliding members and the sliding member of at least one of the left and right of the other pair of sliding members At least one direction along the axial direction Since the relative movement can be restrained, the structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while suppressing movement in one direction along the Y axis. It is supported via an intermediate guide member and a lower guide member that slide along the Y axis while suppressing movement in one direction along the X axis, and moves stably along the X axis and the Y axis. it can.
Also, the pair of left and right slides of either one of the pair of left and right upper X-axis unidirectional sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis unidirectional sliding members. The engaging portion formed by the at least one of the left and right sliding members of the moving member along the X-axis sliding surface is at least one of the left and right sliding members of the other pair of left and right sliding members. A moving member engages with an engaged portion formed along the X-axis sliding surface, and at least one of the left and right sliding members and the other pair of left and right of the pair of left and right sliding members. A pair of left and right upper Xs that can be constrained to move relative to each other in both directions along the Y-axis direction with at least one of the left and right sliding members of the sliding member. A reverse shaft sliding member and a pair of left and right intermediate X-axis reverse sliding members And the left and right pair of sliding members of either one of the members and at least one of the left and right sliding members is formed along the X-axis sliding surface. At least one of the left and right sliding members of the sliding member engages with an engaged portion formed along the X-axis sliding surface, and the left and right of the pair of left and right sliding members The relative movement in both directions along the Y-axis direction between at least one of the sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted. Of the pair of left and right sliding members of one of the pair of left and right intermediate Y axis unidirectional sliding members and the pair of left and right lower Y axis unidirectional sliding members that can slide in the Y axis direction. The Y-axis slide is attached to at least one of the left and right sliding members. The engaging portion formed along the surface is an engaged portion formed along the Y-axis sliding surface on at least one of the left and right sliding members of the other pair of left and right sliding members. X between the sliding member at least one of the left and right of the pair of left and right sliding members and the sliding member of at least one of the left and right of the other pair of sliding members A pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can restrain relative movement in both directions along the axial direction and overlap each other and slide in the Y-axis direction The engaging portion formed along the Y-axis sliding surface on at least one of the left and right sliding members of either one of the pair of left and right sliding members At least one of the sliding members on the left and right sides of the sliding member At least one of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the Y-axis sliding surface Since the relative movement in both directions along the X-axis direction with at least one of the left and right sliding members of the member can be restricted, the structure can move in both directions along the Y-axis. An intermediate guide member that is supported via an upper guide member and an intermediate guide member that slide along the X axis while being suppressed, and that slides along the Y axis while suppressing movement in both directions along the X axis; It is supported via the lower guide member and can move stably along the X axis and the Y axis.
Also, the pair of left and right slides of either one of the pair of left and right upper X-axis unidirectional sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis unidirectional sliding members. The engaging part formed along the X-axis sliding surface with the moving member engages the engaged part formed along the X-axis sliding surface with the other pair of left and right sliding members. The pair of left and right sliding members that can restrain the relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members, and can be slid in the X-axis direction. One of the pair of left and right sliding members of the upper X-axis reverse direction sliding member and the pair of left and right intermediate X-axis reverse direction sliding members is formed along the X-axis sliding surface. The other pair of left and right sliding members engages with the engaged portion formed along the X-axis sliding surface. A pair of left and right intermediate members capable of restraining relative movement in both directions along the Y-axis direction between the pair of right and left sliding members and the other pair of left and right sliding members and overlapping in the vertical direction and sliding in the Y-axis direction Engagement formed along the Y-axis sliding surface on one of the pair of left and right sliding members of the Y-axis one-way sliding member and the pair of left and right lower Y-axis one-way sliding members The left and right pair of sliding members and the other pair of left and right sliding members are engaged with an engaged portion formed along the Y-axis sliding surface with the other pair of left and right sliding members. A pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis that can be constrained to move relative to the moving member in both directions along the X-axis direction and overlap each other and slide in the Y-axis direction Along the Y-axis sliding surface, the pair of left and right sliding members of one of the reverse direction sliding members The formed engaging portion engages with the engaged portion formed along the Y-axis sliding surface with the other pair of left and right sliding members, and the left and right pair of sliding members and the other left and right Since the relative movement in both directions along the X-axis direction with the pair of sliding members can be restricted, the structure can move to the X-axis while suppressing movement in both directions along the Y-axis. An intermediate guide member and a lower guide member that are supported through the upper guide member and the intermediate guide member that slide along the Y-axis and that slide along the Y-axis while suppressing movement in both directions along the X-axis. And can move stably along the X-axis and the Y-axis.
Also, the pair of left and right slides of either one of the pair of left and right upper X-axis unidirectional sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis unidirectional sliding members. One of the sliding members on the left and right of the moving member is formed along the X-axis sliding surface, and the engaging portion is one of the sliding members on the left and right of the other pair of left and right sliding members. Is engaged with a respondent engaging portion formed along the X-axis sliding surface, and one of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members. A pair of left and right upper parts capable of restraining relative movement in one of the directions along the Y-axis direction with one of the left and right sliding members of the moving member and overlapping in the vertical direction and sliding in the X-axis direction Left and right of either one of the X-axis unidirectional sliding member and the pair of left and right intermediate X-axis unidirectional sliding members The engaging portion formed by the other sliding member of the left and right of the pair of sliding members along the X-axis sliding surface is the other of the left and right of the other pair of left and right sliding members. The sliding member engages with an accused engaging portion formed along the X-axis sliding surface, and the other sliding member and the other left and right of the left and right of the pair of left and right sliding members. The left and right of the pair of sliding members can be restrained from relative movement in the other of the directions along the Y-axis direction with the other of the sliding members, and can be slid in the X-axis direction. One of the sliding members of the left and right of the pair of left and right sliding members of one of the pair of upper X-axis backward sliding members and the pair of left and right intermediate X-axis backward sliding members The engaging portion formed along the X-axis sliding surface is one of the left and right of the other pair of left and right sliding members. The sliding member engages with the respondent engaging portion formed along the X-axis sliding surface, and one of the left and right of the pair of left and right sliding members and the other left and right of the sliding members. The left and right of the pair of sliding members can be restrained from relative movement in one of the directions along the Y-axis direction with the one of the sliding members and can slide in the X-axis direction. The other of the left and right sliding members of the pair of left and right sliding members of either one of the pair of upper X-axis backward sliding members and the pair of left and right intermediate X-axis backward sliding members The engagement portion formed along the X-axis sliding surface is formed along the X-axis sliding surface, the other sliding member of the left and right of the other pair of left and right sliding members. The other sliding member and the other pair of left and right of the left and right of the pair of left and right sliding members engaged with the defendant engaging portion A pair of left and right sliding members which can restrain relative movement in the other of the sliding members along the Y-axis direction and can slide in the Y-axis direction. The intermediate Y-axis unidirectional sliding member and the left and right pair of lower Y-axis unidirectional sliding members are either left or right of the pair of left and right sliding members. An engagement portion formed along the Y-axis sliding surface is formed on the one of the left and right sliding members of the other pair of left and right sliding members along the Y-axis sliding surface. One of the left and right sliding members of one pair of left and right sliding members and one of the left and right sliding members of the other pair of left and right sliding members engaged with the joint portion The relative movement in one of the directions along the X-axis direction can be restricted,
One of the pair of left and right sliding members of one of the pair of left and right intermediate Y-axis unidirectional sliding members and the pair of left and right lower Y-axis unidirectional sliding members that can overlap and slide in the Y-axis direction. An engagement portion formed along the Y-axis sliding surface on the other sliding member of the left and right is Y on the other sliding member of the left and right of the other pair of left and right sliding members. The other of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the shaft sliding surface A pair of left and right intermediate Y-axis that can be constrained to move relative to each other in the direction along the X-axis with the other of the left and right sliding members, and can overlap and slide in the Y-axis direction. One of the pair of left and right direction sliding members and the pair of left and right lower Y-axis reverse direction sliding members An engagement portion formed along the Y-axis sliding surface on one of the left and right sliding members of the moving member has one sliding member on the left and right of the other pair of left and right sliding members. One of the left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the Y-axis sliding surface. A pair of left and right intermediate members capable of restraining relative movement in one of the directions along the X-axis direction with one of the left and right sliding members of the moving member and overlapping in the vertical direction and sliding in the Y-axis direction The Y-axis reverse sliding member and the pair of left and right lower Y-axis reverse sliding members, the Y-axis The engaging portion formed along the sliding surface is the other of the left and right of the pair of left and right sliding members. The other sliding member of the left and right of one pair of left and right sliding members and the other pair of left and right slidings engaged with an engaged portion formed along the Y-axis sliding surface Since the relative movement in the other direction among the directions along the X-axis direction with the other of the left and right sliding members of the member can be restricted, the structure has both directions along the Y-axis. Is supported via an upper guide member and an intermediate guide member that slide along the X axis while suppressing movement of the slider, and slides along the Y axis while suppressing movement in both directions along the X axis. It is supported via the intermediate guide member and the lower guide member, and can move stably along the X axis and the Y axis.
In addition, a pair of right upper X-axis unidirectional sliding members are provided with a gap along the Y axis, and a pair of left and right upper X-axis reverse sliding members are provided with a gap along the Y axis. The pair of left and right intermediate X-axis one-way sliding members is provided with a gap between the Y-axis, and the pair of left and right intermediate X-axis reverse-direction sliding members is provided with a gap between the Y-axis. The pair of left and right intermediate Y-axis one-way sliding members is provided with a gap along the X-axis, and the pair of left and right intermediate Y-axis reverse-direction sliding members is provided with a gap between the X-axis. The pair of left and right lower Y-axis one-way sliding members is provided with a gap between the X-axis, and the pair of left and right lower Y-axis reverse-direction sliding members is provided with a gap between the X-axis. Therefore, the overturning moment acting on the structure can be supported by the pair of left and right sliding members.
Further, a ridge-shaped portion formed at a location where a pair of left and right sliding surfaces that are inclined to each other in a direction intersecting the sliding direction of the engaging portion and extending in the sliding direction along the sliding surface and the engaged member The engagement is formed by contact with a valley-shaped portion formed at a crossing point of a pair of left and right sliding surfaces that are inclined to each other in a direction crossing the sliding direction of the joint portion and extending in the sliding direction along the sliding surface. Since the portion engages with the engaged portion, the relative movement in the direction orthogonal to the axial direction can be restricted and guided in the axial direction.
Further, a wall-like portion extending in the sliding direction along the sliding surface with the surface facing one direction intersecting the sliding direction of the engaging portion and the other crossing the sliding direction of the engaged portion. Since the surface is directed in the direction and the wall-like portion extending in the sliding direction along the sliding surface comes into contact with the engaging portion, the engaging portion engages with the engaged portion. Relative movement can be restricted and guided in the axial direction.
The pair of wall-like portions extending in the sliding direction along the sliding surface with the pair of surfaces facing outward along the direction intersecting the sliding direction of the engaging portion and the sliding of the engaged portion A pair of surfaces are directed inward along a direction intersecting the direction, and a pair of wall-like portions extending in the sliding direction along the sliding surface come into contact with each other, and the engaging portion engages with the engaged portion. As a result, the relative movement in the direction orthogonal to the axial direction can be restricted and guided in the axial direction.
Further, a convex portion extending in the sliding direction along a sliding surface curved in the vertical direction along the direction intersecting the sliding direction of the engaging portion and the sliding direction of the engaged portion. Since the engaging portion engages with the engaged portion by contacting a concave portion extending in the sliding direction along the sliding surface curved in the vertical direction along the direction, Relative movement in the orthogonal direction can be restricted and guided in the axial direction.
Therefore, it is possible to provide a structure support structure for supporting the structure subject to seismic isolation with respect to the foundation with a simple structure.

It is a perspective view of the structure support structure concerning a first embodiment of the present invention. FIG. 3 is an operation explanatory view 1 of the structure support structure according to the first embodiment of the present invention. It is the fragmentary perspective view 1 of the structure support structure which concerns on 1st embodiment of this invention. It is the fragmentary perspective view 2 of the structure support structure which concerns on 1st embodiment of this invention. FIG. 6 is a third partial perspective view of the structure support structure according to the first embodiment of the present invention. FIG. 6 is a partial perspective view of the structure support structure according to the first embodiment of the present invention, part 4; It is a side view of the structure support structure concerning a first embodiment of the present invention. It is the fragmentary top view 1 of the structure support structure which concerns on 1st embodiment of this invention. It is the fragmentary top view 2 of the structure support structure which concerns on 1st embodiment of this invention. It is the partial side view 1 of the sliding member which concerns on 1st embodiment of this invention. It is the partial side view 1 of the sliding member which concerns on 1st embodiment of this invention. It is a perspective view of the structure support structure concerning a second embodiment of the present invention. FIG. 4 is a first operation explanatory view of the structure support structure according to the second embodiment of the present invention. It is the fragmentary perspective view 1 of the structure support structure which concerns on 2nd embodiment of this invention. It is the fragmentary perspective view 2 of the structure support structure which concerns on 2nd embodiment of this invention. It is the fragmentary perspective view 3 of the structure support structure which concerns on 2nd embodiment of this invention. It is the fragmentary perspective view 4 of the structure support structure which concerns on 2nd embodiment of this invention. It is a side view of the structure support structure which concerns on 2nd embodiment of this invention. It is the fragmentary top view 1 of the structure support structure which concerns on 2nd embodiment of this invention. It is the fragmentary top view 2 of the structure support structure which concerns on 2nd embodiment of this invention. It is the partial side view 1 of the sliding member which concerns on 2nd embodiment of this invention. It is the partial side view 1 of the sliding member which concerns on 2nd embodiment of this invention. It is a perspective view of the structure support structure concerning a third embodiment of the present invention. FIG. 6 is an explanatory diagram 1 of an operation of the structure support structure according to the third embodiment of the present invention. It is the fragmentary perspective view 1 of the structure support structure which concerns on 3rd embodiment of this invention. It is the fragmentary perspective view 2 of the structure support structure which concerns on 3rd embodiment of this invention. It is the fragmentary perspective view 3 of the structure support structure which concerns on 3rd embodiment of this invention. It is the fragmentary perspective view 4 of the structure support structure which concerns on 3rd embodiment of this invention. It is a side view of the structure support structure concerning a third embodiment of the present invention. It is the fragmentary top view 1 of the structure support structure which concerns on 3rd embodiment of this invention. It is the fragmentary top view 2 of the structure support structure which concerns on 3rd embodiment of this invention. It is the partial side view 1 of the sliding member which concerns on 3rd embodiment of this invention. It is the partial side view 1 of the sliding member which concerns on 3rd embodiment of this invention. It is a side view of the various sliding members which concern on embodiment of this invention. It is a perspective view of the structure concerning an embodiment of the present invention.

Hereinafter, modes for carrying out the present invention will be described.
Initially, the structure support structure concerning embodiment of this invention is demonstrated based on a figure.
1 to 11 are views for explaining a structure support structure 22 according to a first embodiment of the present invention. FIG. 12 thru | or 22 is a figure explaining the structure support structure 22 which concerns on 2nd embodiment of this invention. FIGS. 23 to 33 are views for explaining the structure support structure 22 according to the third embodiment of the present invention. FIG. 34 is a side view of various sliding members according to the embodiment of the present invention.
FIG. 35 is a perspective view of a structure according to an embodiment of the present invention.

The structure support structure 50 is a structure for supporting the structure 30 with respect to the foundation 40.
For example, one structure support structure 50 installed on the foundation 40 supports the structure 30.
For example, a plurality of structure support structures 50 installed on the foundation 40 support the structure 30.
FIG. 35 shows a state in which a plurality of structure support structures 50 support the structure 30 with respect to the foundation 40.

The structure support structure 50 includes an upper guide member 100 and an intermediate guide member 300.
The structure support structure 50 may include an upper guide member 100, a lower guide member 200, and an intermediate guide member 300.
The structure support structure 50 may be configured by the lower guide member 200 and the intermediate guide member 300.
The X axis and Y axis, which are a pair of virtual axes, are orthogonal to each other in the horizontal plane.
In the following, for convenience of explanation, when describing the X-axis sliding surface Sx, the term “a pair of left and right” refers to the left and right in a state of viewing horizontally with the line of sight parallel to the X axis, and the Y-axis sliding surface Sy will be described. The term “a pair of left and right” sometimes refers to the left and right when viewed horizontally with the line of sight parallel to the Y axis.
A dashed dotted arrow in the figure indicates a direction in which the inclination of the sliding surface is upward.

The upper guide member 100 is formed with an X-axis sliding surface Sx that is a downward surface.
The intermediate guide member 300 is formed with an X-axis sliding surface Sx that is an upward surface.
The X-axis sliding surface Sx formed on the upper guide member 100 and the X-axis sliding surface Sx formed on the intermediate guide member 300 slide and can move relative to each other along the X-axis.
For example, the X-axis sliding surface Sx formed on the upper guide member 100 and the X-axis sliding surface Sx formed on the intermediate guide member 300 can slide with each other along the X-axis.
The X-axis sliding surface Sx is a pair of left and right X-axis unidirectional sliding surfaces Sx1 positioned in parallel along the Y-axis and a pair of left and right X-axis reverse sliding surfaces Sx2 positioned in parallel along the Y-axis. Including.
For example, the upper guide member 100 is formed with a pair of left and right downward X-axis unidirectional sliding surfaces Sx1 and a pair of left and right downward X-axis reverse sliding surfaces Sx2.
The pair of left and right downward X-axis one-direction sliding surfaces Sx1 are positioned in parallel along the Y-axis and below the upper guide member 100.
The pair of left and right downward X-axis reverse sliding surfaces Sx2 are positioned below the upper guide member 100 in parallel along the Y-axis.
For example, the intermediate guide member 300 is formed with a pair of left and right upward X-axis unidirectional sliding surfaces Sx1 and a pair of left and right upward X-axis reverse sliding surfaces Sx2.
The pair of left and right upward X-axis unidirectional sliding surfaces Sx <b> 1 are positioned above the intermediate guide member 300 in parallel along the Y-axis.
The pair of left and right upward X-axis reverse sliding surfaces Sx2 are positioned above the intermediate guide member 300 in parallel along the Y-axis.

The pair of left and right X-axis unidirectional sliding surfaces Sx1 are inclined upward as they move in one direction along the X-axis.
The pair of left and right X-axis unidirectional sliding surfaces Sx1 may be long surfaces extending along the X-axis.
For example, the left X-axis unidirectional sliding surface Sx1 is inclined upward as it moves in one direction along the X-axis.
For example, the right X-axis unidirectional sliding surface Sx1 is inclined upward as it moves in one direction along the X-axis.

The pair of left and right X-axis unidirectional sliding surfaces Sx1 may be inclined upward at an inclination angle θx1 as they move in one direction along the X-axis.
For example, the left X-axis unidirectional sliding surface Sx1 is inclined upward at an inclination angle θx1 as it moves in one direction along the X-axis.
For example, the right X-axis unidirectional sliding surface Sx1 is inclined upward at an inclination angle θx1 as it moves in one direction along the X-axis.

The pair of left and right X-axis reverse sliding surfaces Sx2 are inclined upward as they move in the opposite direction along the X-axis.
The pair of left and right X-axis reverse sliding surfaces Sx2 are long surfaces extending along the X-axis.
For example, the left X-axis reverse direction sliding surface Sx2 is inclined upward as it moves in the opposite direction along the X-axis.
For example, the right X-axis reverse direction sliding surface Sx2 is inclined and inclined upward as it moves in the opposite direction along the X-axis.

The pair of left and right X-axis reverse sliding surfaces Sx2 may be inclined upward at an inclination angle θx2 as they move in opposite directions along the X-axis.
For example, the left X-axis reverse sliding surface Sx2 is inclined upward at an inclination angle θx2 as it moves in the opposite direction along the X-axis.
For example, the right X-axis reverse direction sliding surface Sx2 is inclined upward at an inclination angle θx2 as it moves in the opposite direction along the X-axis.

  The pair of left and right X-axis unidirectional sliding surfaces Sx1 and the pair of left and right X-axis reverse sliding surfaces Sx2 may intersect each other when the line of sight is viewed along the Y axis.

The inclination angle θx1 and the inclination angle θX2 are smaller than the friction angle of the X-axis sliding surface.
The inclination angle θx1 and the inclination angle θx2 may be equal.

The intermediate guide member 300 is formed with a Y-axis sliding surface Sy that is a downward surface.
The lower guide member 200 has a Y-axis sliding surface Sy that is an upward surface.
The Y-axis sliding surface Sy formed on the intermediate guide member 300 and the Y-axis sliding surface Sy formed on the lower guide member 200 slide and can move relative to each other along the Y-axis.
For example, the Y-axis sliding surface Sy formed on the intermediate guide member 300 and the Y-axis sliding surface Sy formed on the lower guide member 200 can slide along the Y-axis.
The Y-axis sliding surface Sy is a pair of left and right Y-axis one-way sliding surfaces Sy1 positioned in parallel along the X-axis and a pair of left and right Y-axis reverse sliding surfaces positioned in parallel along the X-axis. Including Sy2.
For example, the intermediate guide member 300 is formed with a pair of left and right downward Y-axis unidirectional sliding surfaces Sy1 and a pair of left and right downward Y-axis reverse sliding surfaces Sy2.
The pair of left and right downward Y-axis unidirectional sliding surfaces Sy1 are positioned below the intermediate guide member 300 in parallel along the X axis.
The pair of left and right downward Y-axis reverse sliding surfaces Sy2 are positioned in parallel along the X-axis and below the intermediate guide member 300.
For example, the lower guide member 200 is formed with a pair of left and right upward Y-axis unidirectional sliding surfaces Sy1 and a pair of left and right upward Y-axis reverse sliding surfaces Sy2.
The pair of left and right upward Y-axis one-way sliding surfaces Sy1 are positioned in parallel with the X-axis and above the lower guide member 200.
The pair of left and right upward Y-axis reverse sliding surfaces Sy <b> 2 are positioned in parallel along the X-axis and above the lower guide member 200.

The pair of left and right Y-axis unidirectional sliding surfaces Sy1 are inclined upward as they move in one direction along the Y axis.
The pair of left and right Y-axis unidirectional sliding surfaces Sy1 may be long surfaces extending along the Y-axis.
For example, the left Y-axis unidirectional sliding surface Sy1 is inclined upward as it moves in one direction along the Y-axis.
For example, the right Y-axis unidirectional sliding surface Sy1 is inclined upward as it moves in one direction along the Y-axis.

The pair of left and right Y-axis unidirectional sliding surfaces Sy1 may be inclined upward at an inclination angle θy1 as they move in one direction along the Y axis.
The pair of left and right Y-axis unidirectional sliding surfaces Sy1 may be long surfaces extending along the Y-axis.
For example, the left Y-axis unidirectional sliding surface Sy1 is inclined upward at an inclination angle θy1 as it moves in one direction along the Y-axis.
For example, the right Y-axis unidirectional sliding surface Sy1 is inclined upward at an inclination angle θy1 as it moves in one direction along the Y-axis.

The pair of left and right Y-axis reverse sliding surfaces Sy2 are inclined upward as they move in the opposite direction along the Y-axis.
The pair of left and right Y-axis reverse sliding surfaces Sy2 may be long surfaces extending along the Y-axis.
For example, the left Y-axis reverse sliding surface Sy2 is inclined upward as it moves in the opposite direction along the Y-axis.
For example, the right Y-axis reverse sliding surface Sy2 is inclined upward as it moves in the reverse direction along the Y-axis.

The pair of left and right Y-axis reverse sliding surfaces Sy2 may be inclined upward at an inclination angle θy2 as they move in opposite directions along the Y-axis.
For example, the left Y-axis reverse sliding surface Sy2 is inclined upward at an inclination angle θy2 as it moves in the opposite direction along the Y-axis.
For example, the right Y-axis reverse sliding surface Sy2 is inclined upward at the inclination angle θy2 as it moves in the opposite direction along the Y-axis.

  When the line of sight is viewed along the X axis, the pair of left and right Y-axis unidirectional sliding surfaces and the pair of left and right Y-axis reverse sliding surfaces may intersect.

The inclination angle θy1 and the inclination angle θy2 are smaller than the friction angle of the Y-axis sliding surface.
The inclination angle θy1 and the inclination angle θy2 may be equal.

  Hereinafter, the structures of the upper guide member 100, the lower guide member 200, and the intermediate guide member 300 will be described.

The upper guide member 100 includes a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right upper X-axis reverse sliding members 112a and 112b.
The upper guide member 100 may be composed of a pair of left and right upper X-axis unidirectional sliding members 111a and 111b, a pair of left and right upper X-axis reverse direction sliding members 112a and 112b, and an upper guide base member 130.
3, 14, and 25, the upper guide member 100 includes two sets of the upper X-axis sliding member 110 and the upper guide base member 130, and the two sets of the upper X-axis sliding member 110 are a pair of left and right. A state in which the upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right upper X-axis reverse sliding members 112a and 112b are respectively configured is shown.

The pair of left and right upper X-axis unidirectional sliding members 111a and 111b form a pair of left and right downward X-axis unidirectional sliding surfaces Sx1, respectively.
For example, the left upper X-axis unidirectional sliding member 111a forms a left downward X-axis unidirectional sliding surface Sx1.
For example, the right upper X-axis unidirectional sliding member 111b forms a right downward X-axis unidirectional sliding surface Sx1.

The pair of left and right upper X-axis reverse sliding members 112a and 112b form a pair of left and right downward X-axis reverse sliding surfaces Sx2, respectively.
For example, the left upper X-axis reverse sliding member 112a forms a left downward X-axis reverse sliding surface Sx2.
For example, the right upper X-axis reverse sliding member 112b forms a left downward X-axis reverse sliding surface Sx2.

The upper guide base member 130 is a structural member that supports the upper X-axis sliding member 110.
For example, the upper X-axis sliding member 110 is fixed to the lower portion of the upper guide base member 130.

The lower guide member 200 includes a pair of left and right lower Y-axis unidirectional sliding members 211a and 211b and a pair of left and right lower Y-axis reverse sliding members 212a and 212b.
The lower guide member 200 may include a pair of left and right lower Y-axis unidirectional sliding members 211a and 211b, a pair of left and right lower Y-axis reverse sliding members 212a and 212b, and a lower guide base member 230.
6, 17, and 28, the lower guide member 200 includes a lower Y-axis sliding member 210 and a lower guide base member 230, and the lower Y-axis sliding member 210 slides in a pair of left and right lower Y-axes in one direction. A state in which the members 211a and 211b and a pair of left and right lower Y-axis reverse sliding members 212a and 212b are configured is shown.

The pair of left and right lower Y-axis unidirectional sliding members 211a and 211b form a pair of left and right upward Y-axis unidirectional sliding surfaces Sy1 The pair of left and right lower Y-axis reverse sliding members 212a and 212b Each of the upward Y-axis reverse sliding surfaces Sy2 is formed

The lower guide base member 230 is a structural member that supports the lower Y-axis sliding member 210.
For example, the lower Y-axis sliding member 210 is fixed to the upper part of the lower guide base member 230.

The intermediate guide member 300 may include a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b and a pair of left and right intermediate X-axis reverse direction sliding members 312a and 312b.
The intermediate guide member 300 may include a pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and a pair of left and right intermediate Y-axis reverse sliding members 322a and 322b.
The intermediate guide member 300 includes a pair of left and right intermediate X-axis one-way sliding members 311a and 311b, a pair of left and right intermediate X-axis reverse-direction sliding members 312a and 312b, and a pair of left and right intermediate Y-axis one-way sliding members 321a and 321b. And a pair of left and right intermediate Y-axis reverse sliding members 322a and 322b.
The intermediate guide member 300 includes a pair of left and right intermediate X-axis one-way sliding members 311a and 311b, a pair of left and right intermediate X-axis reverse-direction sliding members 312a and 312b, and a pair of left and right intermediate Y-axis one-way sliding members 321a and 321b. And a pair of left and right intermediate Y-axis reverse direction sliding members 322a and 322b and an intermediate guide base member 330.
4, 5, 15, 26, and 27, the intermediate guide member 300 includes an intermediate X-axis sliding member 310, an intermediate Y-axis sliding member 320, and an intermediate guide base member 330. The shaft sliding member 310 includes a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b and a pair of left and right intermediate X-axis reverse sliding members 312a and 312b. A state in which the pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and the pair of left and right intermediate Y-axis reverse-direction sliding members 322a and 322b are respectively shown is shown.

The pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b form a pair of left and right upward X-axis unidirectional sliding surfaces Sx1, respectively.
The pair of left and right intermediate X-axis reverse sliding members 212a and 212b form a pair of left and right upward X-axis reverse sliding surfaces Sx2, respectively.
The pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b respectively form a pair of left and right downward Y-axis unidirectional sliding surfaces Sy1.
The pair of left and right intermediate Y-axis reverse sliding members 322a and 322b respectively form a pair of left and right downward Y-axis reverse sliding surfaces Sy2.

The intermediate guide base member 330 is a structural member that supports the intermediate X-axis sliding member 310.
The intermediate guide base member 330 may be a structural member that supports the intermediate X-axis sliding member 310 and the intermediate Y-axis sliding member 320.

  The relative arrangement of the upper X-axis sliding member 110 and the intermediate Y-axis sliding member 320 and the relative arrangement of the lower Y-axis sliding member 210 and the intermediate X-axis sliding member 310 will be described below.

A pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right upper X-axis reverse direction sliding members 112a and 112b are provided with a gap between them along the Y-axis,
A pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b and a pair of left and right intermediate X-axis reverse direction sliding members 312a and 312b may be provided with a gap along the Y axis.

A pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and a pair of left and right intermediate Y-axis reverse direction sliding members 322a and 322b are provided with a gap therebetween along the X-axis,
A gap may be provided between the pair of left and right lower Y-axis unidirectional sliding members 211a and 211b and the pair of left and right lower Y-axis reverse sliding members 212a and 212b along the X axis.

At least one of the left and right sliding members sliding in the X-axis direction restrains movement in at least one direction in the Y-axis direction.
One pair of left and right sliding of either a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction. An engaging portion Z1 is formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of the member.
The engaged portion Z2 is formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of the other pair of left and right sliding members.
When the engaging portion Z1 engages with the engaged portion Z2, at least one of the left and right sliding members of one pair of left and right sliding members and at least either of the left and right sliding members of the other pair of left and right sliding members Relative movement in at least one direction along the Y-axis direction with the one sliding member can be restricted.
One pair of left and right sliding of either a pair of left and right upper X-axis reverse sliding members 112a and 112b and a pair of left and right intermediate X-axis reverse sliding members 312a and 312b, which can overlap and slide in the X-axis direction. An engaging portion Z1 is formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of the member.
At least one of the left and right sliding members of the other pair of left and right sliding members forms the engaged portion Z2 along the X-axis sliding surface Sx.
The engaging part Z1 engages with the engaged part Z2, and at least one of the left and right sliding members of one pair of left and right sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members. The relative movement in at least one direction along the Y-axis direction with the sliding member can be restricted.

At least one of the sliding members that slide in the left and right X-axis directions may be able to restrain movement in both directions in the Y-axis direction.
One pair of left and right sliding of either a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction. At least one of the left and right sliding members of the member is formed with an engaging portion Z1 along the X-axis sliding surface Sx, and at least one of the left and right sliding members of the other pair of left and right sliding members. An engaged portion Z2 is formed along the X-axis sliding surface Sx, and the engaging portion Z1 engages with the engaged portion Z2 so that at least one of the left and right sliding members of one pair of left and right sliding members is engaged. Relative movement in both directions along the Y-axis direction between the moving member and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted.
One pair of left and right sliding of either a pair of left and right upper X-axis reverse sliding members 112a and 112b and a pair of left and right intermediate X-axis reverse sliding members 312a and 312b, which can overlap and slide in the X-axis direction. At least one of the left and right sliding members of the member is formed with an engaging portion Z1 along the X-axis sliding surface Sx, and at least one of the left and right sliding members of the other pair of left and right sliding members. An engaged portion Z2 is formed along the X-axis sliding surface Sx, and the engaging portion Z1 engages with the engaged portion Z2 so that at least one of the left and right sliding members of one pair of left and right sliding members is engaged. Relative movement in both directions along the Y-axis direction between the moving member and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted.

Both sliding members that slide in the left and right X-axis directions may be able to restrain movement in both directions in both Y-axis directions.
One pair of left and right sliding of either a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction. An engaging portion Z1 is formed along the X-axis sliding surface Sx on the member, and an engaged portion Z2 is formed along the X-axis sliding surface Sx on the other pair of left and right sliding members, and the engaging portion Z1. Is engaged with the engaged portion Z2, and the relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members can be restricted.
One pair of left and right sliding of either a pair of left and right upper X-axis reverse sliding members 112a and 112b and a pair of left and right intermediate X-axis reverse sliding members 312a and 312b, which can overlap and slide in the X-axis direction. An engaging portion Z1 is formed along the X-axis sliding surface Sx on the member, and an engaged portion Z2 is formed along the X-axis sliding surface Sx on the other pair of left and right sliding members, and the engaging portion Z1. Is engaged with the engaged portion Z2, and the relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members can be restricted.

One of the sliding members sliding in the left and right X-axis directions may be able to constrain one direction of the Y-axis, and the other of the left and right sliding members may be able to constrain the other direction of the Y-axis.
For example, a pair of left and right upper X-axis unidirectional sliding members 111a and 111b that can overlap and slide in the X-axis direction and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b. An engagement portion Z1 is formed along the X-axis sliding surface Sx on one of the left and right sliding members, and one of the left and right sliding members of the other pair of left and right sliding members. An engaged portion Z2 is formed along the X-axis sliding surface Sx, and the engaging portion Z1 engages with the engaged portion Z2 to slide one of the left and right of the pair of left and right sliding members. The relative movement in one of the directions along the Y-axis direction between the member and one of the left and right sliding members of the other pair of left and right sliding members can be restricted.
For example, a pair of left and right upper X-axis unidirectional sliding members 111a and 111b that can overlap and slide in the X-axis direction and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b. An engaging portion Z1 is formed along the X-axis sliding surface Sx on the other sliding member on the left and right of the sliding member, and the other sliding member on the left and right of the other pair of left and right sliding members. An engaged portion Z2 is formed along the X-axis sliding surface Sx, and the engaging portion Z1 engages with the engaged portion Z2 to slide the other of the left and right of the pair of left and right sliding members. The relative movement in the other direction of the direction along the Y-axis direction between the member and the other sliding member of the left and right of the other pair of left and right sliding members can be restricted.
For example, a pair of left and right upper X-axis reverse sliding members 112a and 112b that can overlap and slide in the X-axis direction and a pair of left and right intermediate X-axis reverse sliding members 312a and 312b. An engagement portion Z1 is formed along the X-axis sliding surface Sx on one of the left and right sliding members, and one of the left and right sliding members of the other pair of left and right sliding members. An engaged portion Z2 is formed along the X-axis sliding surface Sx, and the engaging portion Z1 engages with the engaged portion Z2 to slide one of the left and right of the pair of left and right sliding members. The relative movement in one of the directions along the Y-axis direction between the member and one of the left and right sliding members of the other pair of left and right sliding members can be restricted.
For example, a pair of left and right upper X-axis reverse sliding members 112a and 112b that can overlap and slide in the X-axis direction and a pair of left and right intermediate X-axis reverse sliding members 312a and 312b. An engaging portion Z1 is formed along the X-axis sliding surface Sx on the other sliding member on the left and right of the sliding member, and the other sliding member on the left and right of the other pair of left and right sliding members. An engaged portion Z2 is formed along the X-axis sliding surface Sx, and the engaging portion Z1 engages with the engaged portion Z2 to slide the other of the left and right of the pair of left and right sliding members. The relative movement in the other direction of the direction along the Y-axis direction between the member and the other sliding member of the left and right of the other pair of left and right sliding members can be restricted.

At least one of the left and right sliding members that slide in the X and Y axis directions restrains movement in at least one of the X and Y axis directions.
For example, a pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b that can overlap and slide in the Y-axis direction and a pair of left and right lower Y-axis unidirectional sliding members 211a and 211b. The engaged portion Z2 is formed along the Y-axis sliding surface Sy on at least one of the left and right sliding members of the sliding member, and at least one of the left and right of the other pair of left and right sliding members. The sliding member is formed with an engaged portion Z2 along the Y-axis sliding surface Sy, and the engaging portion Z1 engages with the engaged portion Z2 so that at least the left and right of one pair of left and right sliding members Relative movement in at least one direction along the X-axis direction between one of the sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted.
For example, one pair of left and right pair of left and right intermediate Y-axis one-way sliding members 322a and 322b that can overlap and slide in the Y-axis direction and one pair of left and right lower Y-axis reverse direction sliding members 212a and 212b. The engaged portion Z2 is formed along the Y-axis sliding surface Sy on at least one of the left and right sliding members of the sliding member, and at least one of the left and right sliding members of the other pair of left and right sliding members. An engaged portion Z2 is formed on the moving member along the Y-axis sliding surface Sy, and the engaging portion Z1 engages with the engaged portion Z2 and at least one of the left and right of the pair of left and right sliding members. Relative movement in at least one direction along the X-axis direction between one sliding member and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted.

The movement in both directions in the Y-axis direction may be restricted by at least one of the left and right sliding members that slide in the Y-axis direction.
A pair of left and right sliding members, one of a pair of left and right intermediate Y-axis one-way sliding members 321a and 321b and a pair of left and right lower Y-axis one-way sliding members 211a and 211b that overlap vertically and can slide in the Y-axis direction. An engagement portion Z1 is formed along the Y-axis sliding surface Sy on at least one of the left and right sliding members of the member, and at least one of the left and right sliding members of the other pair of left and right sliding members. An engaged portion Z2 is formed along the Y-axis sliding surface Sy, and the engaging portion Z1 engages with the engaged portion Z2, and at least one of the left and right sliding members of one pair of left and right sliding members. Relative movement in both directions along the X-axis direction between the moving member and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted.
A pair of left and right sliding members 322a and 322b and a pair of left and right lower Y-axis reverse sliding members 212a and 212b that can overlap and slide in the Y-axis direction. An engagement portion Z1 is formed along the Y-axis sliding surface Sy on at least one of the left and right sliding members of the member, and at least one of the left and right sliding members of the other pair of left and right sliding members. An engaged portion Z2 is formed along the Y-axis sliding surface Sy, and the engaging portion Z1 engages with the engaged portion Z2, and at least one of the left and right sliding members of one pair of left and right sliding members. Relative movement in both directions along the X-axis direction between the moving member and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted.

Both sliding members that slide in the left and right Y-axis directions may be able to restrain movement in both directions in both Y-axis directions.
A pair of left and right sliding members, one of a pair of left and right intermediate Y-axis one-way sliding members 321a and 321b and a pair of left and right lower Y-axis one-way sliding members 211a and 211b that overlap vertically and slide in the Y-axis direction. An engaging portion Z1 is formed along the Y-axis sliding surface Sy on the member, and an engaged portion Z2 is formed along the Y-axis sliding surface Sy on the other pair of left and right sliding members, and the engaging portion Z1. Is engaged with the engaged portion Z2 and can restrain the relative movement in both directions along the X-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members.
A pair of left and right sliding members 322a and 322b and a pair of left and right lower Y-axis reverse sliding members 212a and 212b that can overlap and slide in the Y-axis direction. An engaging portion Z1 is formed along the Y-axis sliding surface Sy on the member, and an engaged portion Z2 is formed along the Y-axis sliding surface Sy on the other pair of left and right sliding members, and the engaging portion Z1. Is engaged with the engaged portion Z2 and can restrain the relative movement in both directions along the X-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members.

One of the sliding members sliding in the left and right X and Y axis directions may restrain one direction of the Y and X axes, and the other of the left and right sliding members may restrain the other direction of the Y and X axes.
A pair of left and right sliding members, one of a pair of left and right intermediate Y-axis one-way sliding members 321a and 321b and a pair of left and right lower Y-axis one-way sliding members 211a and 211b that overlap vertically and can slide in the Y-axis direction. The engagement portion Z1 is formed along the Y-axis sliding surface Sy on one of the left and right sliding members of the member, and the Y-axis is provided on one of the left and right sliding members of the other pair of left and right sliding members. An engaged portion Z2 is formed along the sliding surface Sy, and the engaging portion Z1 is engaged with the engaged portion Z2, and one of the left and right sliding members of the pair of left and right sliding members and Relative movement in one of the directions along the X-axis direction with one of the left and right sliding members of the other pair of left and right sliding members can be restricted.
A pair of left and right sliding members, one of a pair of left and right intermediate Y-axis one-way sliding members 321a and 321b and a pair of left and right lower Y-axis one-way sliding members 211a and 211b that overlap vertically and can slide in the Y-axis direction. An engagement portion Z1 is formed along the Y-axis sliding surface Sy on the other sliding member on the left and right of the member, and the other sliding member on the other left and right of the other pair of left and right sliding members has a Y-axis. An engaged portion Z2 is formed along the sliding surface Sy, and the engaging portion Z1 engages with the engaged portion Z2, and the other sliding member of the left and right of one pair of left and right sliding members Relative movement in the other of the directions along the X-axis direction with the other sliding member of the left and right of the other pair of left and right sliding members can be restricted.
For example, one pair of left and right pair of left and right intermediate Y-axis one-way sliding members 322a and 322b that can overlap and slide in the Y-axis direction and one pair of left and right lower Y-axis reverse direction sliding members 212a and 212b. An engagement portion Z1 is formed along the Y-axis sliding surface Sy on one of the left and right sliding members, and one of the left and right sliding members of the other pair of left and right sliding members. An engaged portion Z2 is formed along the Y-axis sliding surface Sy, and the engaging portion Z1 engages with the engaged portion Z2 to slide one of the left and right of one pair of left and right sliding members. The relative movement in one of the directions along the X-axis direction between the member and one of the left and right sliding members of the other pair of left and right sliding members can be restricted.
A pair of left and right sliding members 322a and 322b and a pair of left and right lower Y-axis reverse sliding members 212a and 212b that can overlap and slide in the Y-axis direction. An engagement portion Z1 is formed along the Y-axis sliding surface Sy on the other sliding member on the left and right of the member, and the other sliding member on the other left and right of the other pair of left and right sliding members has a Y-axis. An engaged portion Z2 is formed along the sliding surface Sy, and the engaging portion Z1 engages with the engaged portion Z2, and the other sliding member of the left and right of one pair of left and right sliding members Relative movement in the other of the directions along the X-axis direction with the other sliding member of the left and right of the other pair of left and right sliding members can be restricted.

  Below, the relationship of engagement of the engaging portion Z1 and the engaged portion Z2 will be described based on the drawings.

The engaging portion Z1 is a ridge-shaped portion that is formed at a location where a pair of left and right sliding surfaces that incline with each other in the direction intersecting the sliding direction and extends in the sliding direction along the sliding surface. It may be a valley-shaped portion formed at a location where a pair of left and right sliding surfaces that incline each other in the direction in which the portion Z2 intersects the sliding direction intersects and extends in the sliding direction along the sliding surface.
The angle at which the engaging portions Z1 are inclined to each other in the direction intersecting the sliding direction is larger than the friction angle of the sliding surface.
The angle at which the engaged portions Z2 are inclined to each other in the direction intersecting the sliding direction is larger than the friction angle of the sliding surface.
The peak-shaped part of the engaging part Z1 and the valley-shaped part of the engaged part Z2 come into contact with each other, and the engaging part engages with the engaged part Z2.
FIG. 34 (A) shows an engaging portion Z1 having a ridge-like portion formed on one of the sliding members that overlap vertically, and an engaged portion Z2 having a valley-like portion formed on the other sliding member. And the engagement portion Z1 is engaged with the engaged portion Z2.

The engaging portion Z1 is a wall-shaped portion extending in the sliding direction along the sliding surface with the surface facing one direction in the horizontal direction intersecting the sliding direction, and the engaged portion Z2 intersecting the sliding direction It may be a wall-like portion extending in the sliding direction along the sliding surface with the surface facing the other horizontal direction.
The wall-shaped part of the engaging part Z1 and the wall-shaped part of the engaged part Z2 come into contact with each other, and the engaging part Z1 engages with the engaged part Z2.
FIGS. 34B and 34C show the wall shape of the engaging portion Z1 having a wall-like portion formed on one of the sliding members that overlap vertically and the engaged portion Z2 formed on the other sliding member. This shows that the portion is abutted and the engaging portion Z1 is engaged with the engaged portion Z2.

The engaging portion Z1 is a pair of wall-like portions extending in the sliding direction along the sliding surface with the pair of surfaces facing outward along the horizontal direction intersecting the sliding direction, and the engaged portion Z2 is sliding. It may be a pair of wall-like portions extending in the sliding direction along the sliding surface with the pair of surfaces facing inward along the horizontal direction intersecting the moving direction.
The pair of wall portions of the engaging portion Z1 and the pair of wall portions of the engaged portion Z2 come into contact with each other, and the engaging portion Z1 engages with the engaged portion Z2.
34 (D) and 34 (E) show an engagement portion Z1 having a pair of wall-like portions formed on one of the sliding members that overlap vertically and an engaged portion Z2 formed on the other of the sliding members. A mode that a pair of wall-shaped part contact | abuts and the engaging part Z1 engages with the to-be-engaged part Z2 is shown.

The engaging portion Z1 is a convex portion extending in the sliding direction along the sliding surface curved in the vertical direction along the direction intersecting the sliding direction, and the engaged portion Z2 intersects the sliding direction. It may be a concave portion extending in the sliding direction along the sliding surface curved in the vertical direction along the direction.
The convex part of the engaging part Z1 and the concave part of the engaged part Z2 come into contact with each other, and the engaging part Z1 engages with the engaged part Z2.
FIG. 34 (F) shows that the concave portion of the engaging portion Z1 having a convex portion formed on one side of the sliding member that overlaps vertically and the engaged portion Z2 formed on the other side of the sliding member. A state where the engaging portion Z1 engages with the engaged portion Z2 is shown.

Below, the effect | action of the structure support structure concerning embodiment of this invention is demonstrated based on a figure.
2, 13, and 24 illustrate the operation of the structure support structure according to the embodiment of the present invention when an earthquake occurs.
7, 18 and 32 show a state in which no earthquake has occurred.
10, FIG. 11, FIG. 21, FIG. 22, FIG. 29, and FIG. 30 show that when the earthquake occurs, the downward X-axis sliding surface Sx and the upward X-axis sliding surface Sx slide, The state of relative movement along is shown.

Downward X-axis unidirectional sliding surface Sx1 formed on upper X-axis unidirectional sliding members 111a and 111b and upward X-axis unidirectional sliding surface formed on intermediate X-axis unidirectional sliding members 311a and 311b The X-axis reverse sliding surface Sx2 formed on the upper X-axis reverse sliding members 112a and 111b and the upward X-axis reverse formed on the intermediate X-axis reverse sliding members 312a and 312b are in contact with Sx1. The direction sliding surface Sx2 is in contact.
For convenience of explanation, the position of the upper guide member 100 at this time with respect to the intermediate guide member 300 is referred to as a neutral position.
When an earthquake occurs, horizontal acceleration is generated in the structure, and the structure moves horizontally relative to the foundation.
When the upper guide member 100 moves relative to the intermediate guide member 300 from the neutral position in the forward direction of the X axis (corresponding to one direction), the X axis reverse direction formed on the upper X axis reverse direction sliding members 112a and 112b. A gap is formed between the directional sliding surface Sx2 and the upward X-axis reverse sliding surface Sx2 formed on the intermediate X-axis reverse sliding members 312a and 312b, and is formed on the upper X-axis unidirectional sliding member 111a. The downward X-axis unidirectional sliding surface Sx1 and the upward X-axis unidirectional sliding surface Sx1 formed on the intermediate X-axis unidirectional sliding member 311a slide and move relative to each other along the X-axis. .
The downward X-axis unidirectional sliding surface Sx1 formed on the upper X-axis unidirectional sliding member 111a and the upward X-axis unidirectional sliding surface Sx1 formed on the intermediate X-axis unidirectional sliding member 311a are slid. When moved and relatively moved along the X-axis, a restoring force is generated that causes the upper guide member 100 to return to the neutral position with respect to the intermediate guide member 300 due to gravity.
When the upper guide member 100 moves relative to the intermediate guide member 300 from the neutral position in the negative X-axis direction (corresponding to the reverse direction), the downward X-axis one formed on the upper X-axis one-way sliding member 111a. A gap is formed between the unidirectional sliding surface Sx1 and the upward X-axis unidirectional sliding surface Sx1 formed on the intermediate X-axis unidirectional sliding member 311a, so that the upper X-axis unidirectional sliding members 112a and 112b The X-axis reverse sliding surface Sx2 formed and the upward X-axis reverse sliding surface Sx2 formed on the intermediate X-axis reverse sliding members 312a and 312b slide to move relative to each other along the X-axis. To do.
An X-axis reverse sliding surface Sx2 formed on the upper X-axis reverse sliding members 112a and 112b and an upward X-axis reverse sliding surface Sx2 formed on the intermediate X-axis reverse sliding members 312a and 312b When the slider slides and relatively moves along the X-axis, a restoring force is generated that causes the upper guide member 100 to return to the neutral position with respect to the intermediate guide member 300 due to gravity.
At this time, the pair of left and right X-axis unidirectional sliding surfaces Sx1 and the pair of left and right X-axis reverse sliding surfaces Sx2 are inclined in opposite directions along the Y axis, respectively. The member 100 does not move relative to the intermediate guide member 300 from the neutral position in the direction along the Y axis.

Below, the structure support structure concerning several embodiment of this invention is demonstrated.
Initially, the structure support structure which concerns on 1st embodiment of this invention is demonstrated based on a figure.
FIG. 1 is a perspective view of a structure support structure according to a first embodiment of the present invention. FIG. 2 is an operation explanatory view 1 of the structure support structure according to the first embodiment of the present invention. FIG. 3 is a partial perspective view 1 of the structure support structure according to the first embodiment of the present invention. FIG. 4 is a partial perspective view 2 of the structure support structure according to the first embodiment of the present invention. FIG. 5 is a partial perspective view 3 of the structure support structure according to the first embodiment of the present invention. FIG. 6 is a partial perspective view 4 of the structure support structure according to the first embodiment of the present invention. FIG. 7 is a side view of the structure support structure according to the first embodiment of the present invention. FIG. 8 is a first partial plan view of the structure support structure according to the first embodiment of the present invention. FIG. 9 is a second partial plan view of the structure support structure according to the first embodiment of the present invention. FIG. 10 is a partial side view (part 1) of the sliding member according to the first embodiment of the present invention. FIG. 11 is a partial side view (part 1) of the sliding member according to the first embodiment of the present invention.

The structure excluding the engaging portion Z1 and the engaged portion Z2 formed on the sliding member of the structure support structure according to the first embodiment of the present invention is the same as described above.
Of the pair of left and right upper X-axis unidirectional sliding members 111a and 111b and the pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction, one pair of left and right upper X-axis The directional sliding members 111a and 111b are formed with the engaging portion Z1 along the X-axis sliding surface Sx, and the pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b are covered along the X-axis sliding surface Sx. The engaging portion Z2 is formed, and the ridged portion of the engaging portion Z1 engages with the ridged portion of the engaged portion Z2, and the pair of left and right upper X-axis unidirectional sliding members 111a and 111b and the pair of left and right The relative movement in both directions along the Y-axis direction with the intermediate X-axis unidirectional sliding members 311a and 311b can be restricted.
Of the pair of left and right upper X-axis reverse sliding members 112a and 112b and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b, which can overlap and slide in the X-axis direction, the pair of left and right upper X-axis reverse members The direction sliding members 112a and 112b are formed with an engaging portion Z1 along the X-axis sliding surface Sx, and the pair of left and right intermediate X-axis reverse direction sliding members 312a and 312b are covered along the X-axis sliding surface Sx. The engaging portion Z2 is formed, and the ridge-shaped portion of the engaging portion Z1 engages with the valley-shaped portion of the engaged portion Z2, and the pair of left and right upper X-axis reverse sliding members 112a and 112b and the pair of left and right The relative movement in both directions along the Y-axis direction of the intermediate X-axis reverse direction sliding members 312a and 312b can be restricted.
Among a pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and a pair of left and right lower Y-axis unidirectional sliding members 211a and 211b that overlap vertically and can slide in the Y-axis direction, one pair of left and right intermediate Y-axis sliding members The directional sliding members 321a and 321b are formed with an engaging portion Z1 along the Y-axis sliding surface Sy, and the pair of left and right lower Y-axis unidirectional sliding members 211a and 211b are covered along the Y-axis sliding surface Sy. The engaging portion Z2 is formed, and the ridge-shaped portion of the engaging portion Z1 engages with the valley-shaped portion of the engaged portion Z2, and the pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and the pair of left and right The relative movement in both directions along the X-axis direction with the lower Y-axis unidirectional sliding members 211a and 211b can be restricted.
Of the pair of left and right intermediate Y-axis unidirectional sliding members 322a and 322b that can overlap and slide in the Y-axis direction and the pair of left and right lower Y-axis reverse-direction sliding members 212a and 212b, one pair of left and right intermediate Y-axis The direction sliding members 322a and 322b are formed with the engaging portion Z1 along the Y-axis sliding surface Sy, and the pair of left and right lower Y-axis reverse direction sliding members 212a and 212b are covered along the Y-axis sliding surface Sy. The engaging portion Z2 is formed, and the peak-shaped portion of the engaging portion Z1 engages with the valley-shaped portion of the engaged portion Z2, and a pair of left and right intermediate Y-axis one-way sliding members 322a and 322b and a pair of left and right Relative movement in both directions along the X-axis direction with the lower Y-axis reverse direction sliding members 212a and 212b can be restricted.

Initially, the structure support structure which concerns on 2nd embodiment of this invention is demonstrated based on a figure.
FIG. 12 is a perspective view of the structure support structure according to the second embodiment of the present invention. FIG. 13 is an operation explanatory view 1 of the structure support structure according to the second embodiment of the present invention. FIG. 14 is a partial perspective view 1 of the structure support structure according to the second embodiment of the present invention. FIG. 15 is a second partial perspective view of the structure support structure according to the second embodiment of the present invention. FIG. 16 is a partial perspective view 3 of the structure support structure according to the second embodiment of the present invention. FIG. 17 is a partial perspective view 4 of the structure support structure according to the second embodiment of the present invention. FIG. 18 is a side view of the structure support structure according to the second embodiment of the present invention. FIG. 19 is a partial plan view of a structure support structure according to the second embodiment of the present invention (Part 1). FIG. 20 is a second partial plan view of the structure support structure according to the second embodiment of the present invention. FIG. 21 is a partial side view (part 1) of the sliding member according to the second embodiment of the present invention. FIG. 22 is a first partial side view of the sliding member according to the second embodiment of the present invention.

The structure excluding the engaging portion Z1 and the engaged portion Z2 formed on the sliding member of the structure support structure according to the second embodiment of the present invention is the same as described above.
Of the pair of left and right upper X-axis unidirectional sliding members 111a and 111b and the pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction, one pair of left and right upper X-axis The directional sliding members 111a and 111b are formed with the engaging portion Z1 along the X-axis sliding surface Sx, and the pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b are covered along the X-axis sliding surface Sx. A pair of wall-shaped portions formed with the engaging portion Z2 and facing the pair of surfaces of the engaging portion Z1 outwardly engage with a pair of wall-shaped portions facing the pair of surfaces of the engaged portion Z2 inward. Thus, relative movement in both directions along the Y-axis direction between the pair of left and right upper X-axis unidirectional sliding members 111a and 111b and the pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b can be restricted.
Of the pair of left and right upper X-axis reverse sliding members 112a and 112b and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b, which can overlap and slide in the X-axis direction, the pair of left and right upper X-axis reverse members The direction sliding members 112a and 112b are formed with an engaging portion Z1 along the X-axis sliding surface Sx, and the pair of left and right intermediate X-axis reverse direction sliding members 312a and 312b are covered along the X-axis sliding surface Sx. A pair of wall-shaped portions formed with the engaging portion Z2 and facing the pair of surfaces of the engaging portion Z1 outwardly engage with a pair of wall-shaped portions facing the pair of surfaces of the engaged portion Z2 inward. Thus, the relative movement in both directions along the Y-axis direction of the pair of left and right upper X-axis reverse sliding members 112a and 112b and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b can be restricted.
Among a pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and a pair of left and right lower Y-axis unidirectional sliding members 211a and 211b that overlap vertically and can slide in the Y-axis direction, one pair of left and right intermediate Y-axis sliding members The directional sliding members 321a and 321b are formed with an engaging portion Z1 along the Y-axis sliding surface Sy, and the pair of left and right lower Y-axis unidirectional sliding members 211a and 211b are covered along the Y-axis sliding surface Sy. A pair of wall-shaped portions formed with the engaging portion Z2 and facing the pair of surfaces of the engaging portion Z1 outwardly engage with a pair of wall-shaped portions facing the pair of surfaces of the engaged portion Z2 inward. Thus, the relative movement in both directions along the X-axis direction between the pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and the pair of left and right lower Y-axis unidirectional sliding members 211a and 211b can be restricted.
Out of a pair of left and right intermediate Y-axis unidirectional sliding members 322a and 322b that can overlap and slide in the Y-axis direction and a pair of left and right lower Y-axis reverse direction sliding members 212a and 212b, the pair of left and right intermediate Y-axis reversed The direction sliding member is formed with the engaging portion Z1 along the Y-axis sliding surface Sy, and the pair of left and right lower Y-axis reverse direction sliding members 212a and 212b are engaged with the Y-axis sliding surface Sy. A pair of wall-shaped portions formed with Z2 and facing a pair of surfaces of the engaging portion Z1 outwardly engage with a pair of wall-shaped portions facing a pair of surfaces of the engaged portion Z2 inward and a pair of left and right The relative movement in both directions along the X-axis direction between the intermediate Y-axis unidirectional sliding members 322a and 322b and the pair of left and right lower Y-axis reverse sliding members 212a and 212b can be restricted.

Initially, the structure support structure which concerns on 3rd embodiment of this invention is demonstrated based on a figure.
FIG. 23 is a perspective view of the structure support structure according to the third embodiment of the present invention. FIG. 24 is an explanatory diagram 1 of the operation of the structure support structure according to the third embodiment of the present invention. FIG. 25 is a partial perspective view 1 of a structure supporting structure according to the third embodiment of the present invention. FIG. 26 is a second partial perspective view of the structure support structure according to the third embodiment of the present invention. FIG. 27 is a partial perspective view 3 of the structure supporting structure according to the third embodiment of the present invention. FIG. 28 is a partial perspective view 4 of the structure supporting structure according to the third embodiment of the present invention. FIG. 29 is a side view of the structure support structure according to the third embodiment of the present invention. FIG. 30 is a partial plan view 1 of a structure support structure according to the third embodiment of the present invention. FIG. 31 is a second partial plan view of the structure support structure according to the third embodiment of the present invention. FIG. 32 is a first partial side view of the sliding member according to the third embodiment of the present invention. FIG. 33 is a first partial side view of the sliding member according to the third embodiment of the present invention.

One of the left and right sliding members sliding in the X-axis direction can constrain one direction of the Y-axis, the other of the left and right sliding members can constrain the other direction of the Y-axis, and the left and right sliding members sliding in the Y-axis direction One of the sliding members can constrain one direction of the X axis, and the other of the left and right sliding members can constrain the other direction of the X axis.
Of the pair of left and right upper X-axis unidirectional sliding members 111a and 111b and the pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction, the left upper X-axis unidirectional sliding member An engaging portion Z1 is formed along the X-axis sliding surface Sx on the direction sliding member 111b,
The left intermediate X-axis unidirectional sliding member 311b is formed with a portion Z2 to be engaged along the X-axis sliding surface Sx, and the wall-shaped portion of the engaging portion Z1 faces in one direction in the Y-axis direction. Comes into contact with the wall-shaped portion of the engaged portion Z2 facing the other side in the Y-axis direction, and the left upper X-axis unidirectional sliding member 111b and the left intermediate X-axis unidirectional sliding member 311b. Relative movement in one direction along the Y-axis direction can be restricted.
Of the pair of left and right upper X-axis unidirectional sliding members 111a and 111b and the pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction, the right upper X-axis sliding member An engagement portion Z1 is formed on the directional sliding member 111a along the X-axis sliding surface Sx, and an engaged portion Z2 is formed on the right intermediate X-axis unidirectional sliding member 311a along the X-axis sliding surface Sx. The wall-shaped portion that is formed and faces the surface in the other direction of the Y-axis direction of the engaging portion Z1 is in contact with the wall-shaped portion that faces the surface in one direction of the Y-axis direction of the engaged portion Z2, The relative movement in the other direction along the Y-axis direction between the left upper X-axis unidirectional sliding member 111a and the left intermediate X-axis unidirectional sliding member 311a can be restricted.
Of the pair of left and right upper X-axis reverse sliding members 112a and 112b and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b, which overlap vertically and slide in the X-axis direction, the left upper X-axis reverse member An engaging portion Z1 is formed on the directional sliding member 112b along the X-axis sliding surface Sx, and an engaged portion Z2 is formed on the left intermediate X-axis reverse sliding member 312b along the X-axis sliding surface Sx. The wall-shaped part that is formed and faces the surface in one direction in the Y-axis direction of the engaging part Z1 contacts the wall-shaped part that faces the other direction in the Y-axis direction of the engaged part Z2, Relative movement in one direction along the Y-axis direction between the left upper X-axis unidirectional sliding member 111b and the left intermediate X-axis unidirectional sliding member 311b can be restricted.
Of the pair of left and right upper X-axis reverse sliding members 112a and 112b that overlap vertically and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b, the right upper X-axis reverse member An engaging portion Z1 is formed along the X-axis sliding surface Sx on the direction sliding member 112a, and an engaged portion Z2 is formed along the X-axis sliding surface Sx on the right intermediate X-axis backward sliding member 312a. The wall-shaped portion that is formed and faces the surface in the other direction of the Y-axis direction of the engaging portion Z1 is in contact with the wall-shaped portion that faces the surface in one direction of the Y-axis direction of the engaged portion Z2, The relative movement of the left upper X-axis unidirectional sliding member 111b and the left intermediate X-axis unidirectional sliding member 311b in the other direction along the Y-axis direction can be restricted.
Of the pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and the pair of left and right lower Y-axis unidirectional sliding members 211a and 211b that overlap vertically and slide in the Y-axis direction, the left front intermediate Y-axis An engaging portion Z1 is formed along the Y-axis sliding surface Sy on the one-way sliding member 321b, and an engaged portion Z2 along the Y-axis sliding surface Sy is formed on the left lower Y-axis one-way sliding member 211b. And the wall-shaped part whose surface faces in one direction in the X-axis direction of the engaging part Z1 is in contact with the wall-shaped part whose surface faces in the other direction in the X-axis direction of the engaged part Z2. The relative movement in one direction along the X-axis direction between the left intermediate Y-axis unidirectional sliding member 321b and the left lower Y-axis unidirectional sliding member 211b can be restricted.
Of the pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and the pair of left and right lower Y-axis unidirectional sliding members 211a and 211b that can overlap and slide in the Y-axis direction, the right front intermediate Y-axis An engaging portion Z1 is formed on the unidirectional sliding member 321a along the Y-axis sliding surface Sy, and an engaged portion Z2 is formed on the right lower Y-axis unidirectional sliding member 211b along the Y-axis sliding surface Sy. And the wall-shaped part whose surface faces in one direction in the X-axis direction of the engaging part Z1 is in contact with the wall-shaped part whose surface faces in the other direction in the X-axis direction of the engaged part Z2. The relative movement in the other direction along the X-axis direction between the right intermediate Y-axis one-way sliding member 321a and the right lower Y-axis one-way sliding member 211a can be restricted.
Of the pair of left and right intermediate Y-axis unidirectional sliding members 322a and 322b that overlap vertically and slide in the Y-axis direction and the pair of left and right lower Y-axis reverse sliding members 212a and 212b, the left intermediate Y-axis reverse An engagement portion Z1 is formed on the directional sliding member 322b along the Y-axis sliding surface Sy, and an engaged portion Z2 is formed on the left lower Y-axis reverse sliding member 212b along the Y-axis sliding surface Sy. The wall-shaped part that is formed and faces the surface in one direction in the X-axis direction of the engaging part Z1 contacts the wall-shaped part that faces the other direction in the X-axis direction of the engaged part Z2, The relative movement in one direction along the X-axis direction between the left intermediate Y-axis reverse sliding member 322b and the left lower Y-axis reverse sliding member 212b can be restricted.
Of the pair of left and right upper X-axis reverse sliding members 112a and 112b that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b, the right intermediate Y-axis reverse An engaging portion Z1 is formed along the Y-axis sliding surface Sy on the direction sliding member 322a, and an engaged portion Z2 is formed along the Y-axis sliding surface Sy on the right lower Y-axis reverse sliding member 212a. The wall-shaped part that is formed and faces the surface in one direction in the X-axis direction of the engaging part Z1 contacts the wall-shaped part that faces the other direction in the X-axis direction of the engaged part Z2, The relative movement of the right intermediate Y-axis reverse sliding member 322a and the right lower Y-axis reverse sliding member 212a in the other direction along the X-axis direction can be restricted.

As described above, the use of the structure support structure according to the embodiment of the present invention has the following effects.
A pair of left and right upper X-axis unidirectional sliding members 111a and 111b in which the upper guide member fixed to the structure forms a pair of left and right X-directional sliding surfaces on the lower side and a pair of left and right downward X-axis surfaces in the opposite direction A pair of left and right upper X-axis reverse direction sliding members 112a and 112b that form sliding surfaces, respectively, and the intermediate guide members indicated by the foundation each have a pair of left and right upward X-axis unidirectional sliding surfaces A pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b and a pair of left and right intermediate X-axis unidirectional sliding members 312a and 312b respectively forming a pair of left and right upward X-axis reverse sliding surfaces. The pair of left and right X-axis unidirectional sliding surfaces incline upward as they move in one direction along the X-axis, and the pair of left and right X-axis reverse sliding surfaces along the X-axis. As they move in the opposite direction, each tilts upward and moves up and down. The left and right pair of sliding members 111a and 111b and the pair of left and right intermediate X-axis one-way sliding members 311a and 311b that can slide in the X-axis direction. The engaging portion Z1 formed along the X-axis sliding surface Sx on at least one of the left and right sliding members has an X-axis on at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion Z2 formed along the sliding surface Sx A pair of left and right upper X-axis reverse slides that can restrain relative movement in at least one direction along the Y-axis direction with at least one of the left and right sliding members, and can slide in the X-axis direction overlapping vertically. Members 112a and 112b and a pair of left and right intermediate X The engagement portion Z1 formed along the X-axis sliding surface Sx is formed on at least one of the left and right sliding members of either one of the pair of left and right sliding members of the reverse direction sliding members 312a and 312b. At least one of the left and right sliding members of the pair of left and right sliding members engages with the engaged portion Z2 formed along the X-axis sliding surface Sx, and the left and right of the pair of left and right sliding members. The relative movement in at least one direction along the Y-axis direction between at least one of the sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted. Therefore, the structure is supported through the upper guide member and the intermediate guide member that slide along the X axis while suppressing movement in one direction along the Y axis, and is stable along the X axis. I can move.
In addition, a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction. The engagement portion Z1 formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of the sliding member has at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members are engaged with a member to be engaged Z2 formed along the X-axis sliding surface Sx. A pair of left and right upper X-axis reverse slides that can restrain relative movement in both directions along the Y-axis direction with at least one of the left and right sliding members of the moving member, and can overlap and slide in the X-axis direction. Moving members 112a and 112b and a pair of left and right intermediate X axes The engaging portion Z1 formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of either one of the directional sliding members 312a and 312b is provided on the other side. The left and right of the pair of left and right sliding members are engaged with the engaged portion Z2 formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of the pair of left and right sliding members. Since the relative movement in both directions along the Y-axis direction between at least one of the sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted. The structure is supported via the upper guide member and the intermediate guide member that slide along the X axis while being prevented from moving in both directions along the Y axis, and can move stably along the X axis. .
In addition, a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction. An engaging portion Z1 formed on the sliding member along the X-axis sliding surface Sx is engaged with an engaged portion Z2 formed on the other pair of left and right sliding members along the X-axis sliding surface Sx. The pair of left and right sliding members can be restrained from relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members, and can be slid in the X-axis direction. The pair of left and right sliding members of the upper X-axis reverse sliding members 112a and 112b and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b are formed along the X-axis sliding surface Sx. The engaging portion Z1 extends along the X-axis sliding surface Sx to the other pair of left and right sliding members. Engage with the engaged portion Z2 to be formed so that the relative movement in both directions along the Y-axis direction between one pair of left and right sliding members and the other pair of left and right sliding members can be restricted. Therefore, the structure is supported through the upper guide member and the intermediate guide member that slide along the X axis while being prevented from moving in both directions along the Y axis, and is stable along the X axis. I can move.
In addition, a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction. An engaging portion Z1 formed along the X-axis sliding surface Sx on one of the left and right sliding members of the sliding member is on one of the left and right sliding members of the other pair of left and right sliding members. One of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion Z2 formed along the X-axis sliding surface Sx. A pair of left and right upper X-axis one-way slides that can restrain relative movement in one of the directions along the Y-axis direction with one of the left and right sliding members, and can overlap and slide in the X-axis direction. Between the moving members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b. The engaging portion Z1 formed along the X-axis sliding surface Sx on the other sliding member of the left and right of the one pair of left and right sliding members is the left and right of the other pair of left and right sliding members. The other sliding member is engaged with the engaged portion Z2 formed along the X-axis sliding surface Sx, and the other sliding member of the left and right of the pair of left and right sliding members and the other A pair of left and right sliding members that can restrain relative movement in the other of the left and right sliding members of the pair of left and right sliding members in the direction along the Y axis, and can slide in the X axis direction. The upper X-axis reverse sliding member 112a, 112b and the pair of left and right intermediate X-axis reverse sliding members 312a, 312b are either one of the left and right sliding members of the pair of left and right sliding members. The engaging portion Z1 formed along the X-axis sliding surface Sx is the left and right of the other pair of left and right sliding members. One sliding member of the left and right of one pair of left and right sliding members and the other left and right of the one sliding member engaged with the engaged portion Z2 formed along the X-axis sliding surface Sx. A pair of left and right sliding members that can restrain relative movement in one of the directions along the Y-axis direction with the left and right sliding members of the pair of sliding members, and can slide in the X-axis direction by overlapping vertically. The upper X-axis reverse sliding members 112a and 112b and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b are connected to the other sliding member of the left and right of the pair of left and right sliding members. The engaged portion Z1 formed along the shaft sliding surface Sx is engaged with the other sliding member of the other pair of left and right sliding members formed along the X-axis sliding surface Sx. The other sliding member and the other pair of left and right sliding portions of the left and right of one pair of left and right sliding members engaged with the portion Z2 Since the relative movement in the other of the directions along the Y-axis direction with the other sliding member on the left and right of the material can be restricted, the structure can be moved in both directions along the Y-axis. It is supported via an upper guide member and an intermediate guide member that slide along the X axis while being restrained from moving, and can move stably along the X axis.
In addition, a pair of left and right upper X-axis unidirectional sliding members 111a and 111b are provided with a gap along the Y axis, and a pair of left and right upper X-axis reverse sliding members 112a and 112b are provided along the Y axis. A pair of left and right intermediate X-axis one-way sliding members 311a and 311b are provided along the Y-axis, and a pair of left and right intermediate X-axis reverse-direction sliding members 312a and 312b are Y-axis. Since a gap is provided between the two members, the overturning moment acting on the structure can be supported by the pair of left and right sliding members.
The upper guide member fixed to the structure forms a pair of left and right downward X-axis unidirectional sliding surfaces and a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right downward X-axis surfaces. A pair of left and right upper X-axis reverse direction sliding members 112a and 112b each forming a reverse direction sliding surface, and a lower guide member positioned below the upper guide member supported by the foundation is directed downwards A pair of left and right lower Y-axis unidirectional sliding members 211a and 211b that form a Y-axis unidirectional sliding surface and a pair of left and right lower Y-axis slidable surfaces that respectively form a pair of left and right lower Y-axis sliding surfaces. The pair of left and right X-axis unidirectional sliding surfaces incline upward as they move in one direction along the X-axis, and the pair of left and right X-axis reverse directions. As the sliding surface moves in the opposite direction along the X axis, The pair of left and right Y-axis unidirectional sliding surfaces are inclined in the upward direction as they move together in one direction along the Y axis, and the pair of left and right Y-axis reverse sliding surfaces are Y-axis. A pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectionally inclined to each other as they move in opposite directions along each other The engaging portion Z1 formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of the left and right pair of sliding members 311a and 311b is the other left and right. At least one of the left and right sliding members of the pair of sliding members engages with the engaged portion Z2 formed along the X-axis sliding surface Sx, and the left and right of the pair of left and right sliding members At least one sliding member and the other pair of left and right sliding members A pair of left and right upper X-axis reverse slides that can restrain relative movement in at least one direction along the Y-axis direction with at least one of the left and right sliding members and overlap in the vertical direction and slide in the X-axis direction. The X-axis sliding surface Sx is placed on at least one of the left and right sliding members of the left and right sliding members of the moving members 112a and 112b and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b. The engagement portion Z1 formed along the engagement portion Z2 formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of the other pair of left and right sliding members. Combined along the Y-axis direction of at least one of the left and right sliding members of one pair of left and right sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members Phase in at least one direction One of the pair of left and right intermediate Y-axis unidirectional sliding members 321a and 321b and the pair of left and right lower Y-axis unidirectional sliding members 211a and 211b that can restrain pair movement and overlap each other and slide in the Y-axis direction. The engaging portion Z1 formed along the Y-axis sliding surface Sy on at least one of the left and right sliding members of the pair of left and right sliding members is at least one of the left and right of the other pair of left and right sliding members. One sliding member engages with an engaged portion Z2 formed along the Y-axis sliding surface Sy, and at least one of the left and right sliding members of the pair of left and right sliding members and the other A pair of left and right sliding members that can restrain relative movement in at least one direction along the X-axis direction with at least one of the left and right sliding members of the pair of left and right sliding members and can overlap in the vertical direction and slide in the Y-axis direction. Intermediate Y-axis unidirectional sliding member 322a 322b and a pair of left and right lower Y-axis reverse sliding members 212a and 212b are formed along at least one of the left and right sliding members of the pair of left and right sliding members along the Y-axis sliding surface Sy. The engaged portion Z1 is engaged with the engaged portion Z2 formed along the Y-axis sliding surface Sy on at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of the pair of left and right sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members along the X-axis direction Since the relative movement in the direction is restricted, the structure is supported via an upper guide member and an intermediate guide member that slide along the X axis while suppressing movement in one direction along the Y axis. To move in one direction along the X axis. It is supported through a being the braking and the intermediate guide member that slides along the Y-axis and a lower guide member, can be stably moved along the X-axis and Y-axis.
In addition, a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction. The engagement portion Z1 formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of the sliding member has at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members are engaged with a member to be engaged Z2 formed along the X-axis sliding surface Sx. A pair of left and right upper X-axis reverse slides that can restrain relative movement in both directions along the Y-axis direction with at least one of the left and right sliding members of the moving member, and can overlap and slide in the X-axis direction. Moving members 112a and 112b and a pair of left and right intermediate X axes The engaging portion Z1 formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of either one of the directional sliding members 312a and 312b is provided on the other side. The left and right of the pair of left and right sliding members are engaged with the engaged portion Z2 formed along the X-axis sliding surface Sx on at least one of the left and right sliding members of the pair of left and right sliding members. The relative movement in both directions along the Y-axis direction between at least one of the sliding members and at least one of the left and right sliding members of the other pair of left and right sliding members can be restricted and overlapped vertically Left and right of one pair of left and right sliding members of either a pair of left and right intermediate Y-axis one-way sliding members 321a and 321b that can slide in the Y-axis direction and a pair of left and right lower Y-axis one-way sliding members 211a and 211b At least one of the sliding members An engagement portion Z1 formed along the Y-axis sliding surface Sy is formed on at least one of the left and right sliding members of the other pair of left and right sliding members along the Y-axis sliding surface Sy. At least one of the left and right sliding members of one pair of left and right sliding members engaged with the engaging portion Z2, and at least one of the left and right sliding members of the other pair of left and right sliding members A pair of left and right intermediate Y-axis one-way sliding members 322a and 322b that can restrain relative movement in both directions along the X-axis direction, and overlap and slide in the Y-axis direction, and a pair of left and right lower Y-axis reverse slides An engaging portion Z1 formed along the Y-axis sliding surface Sy is formed on at least one of the left and right sliding members of either one of the left and right sliding members of the moving members 212a and 212b. At least one of the left and right sliding members At least one of the left and right sliding members and the other pair of left and right sliding members engaged with the engaged portion Z2 formed along the Y axis sliding surface Sy. Since the relative movement in both directions along the X-axis direction with at least one of the left and right sliding members of the member can be restricted, the structure suppresses movement in both directions along the Y-axis. An intermediate guide member and a lower portion that are supported through an upper guide member and an intermediate guide member that slide along the X axis while being slid along the Y axis while being prevented from moving in both directions along the X axis. It is supported via the guide member and can move stably along the X axis and the Y axis.
In addition, a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction. An engaging portion Z1 formed on the sliding member along the X-axis sliding surface Sx is engaged with an engaged portion Z2 formed on the other pair of left and right sliding members along the X-axis sliding surface Sx. The pair of left and right sliding members can be restrained from relative movement in both directions along the Y-axis direction between the one pair of left and right sliding members and the other pair of left and right sliding members, and can be slid in the X axis direction. The pair of left and right sliding members of the upper X-axis reverse sliding members 112a and 112b and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b are formed along the X-axis sliding surface Sx. The engaging portion Z1 extends along the X-axis sliding surface Sx to the other pair of left and right sliding members. By engaging with the formed engaged portion Z2, the relative movement in both directions along the Y-axis direction between one pair of left and right sliding members and the other pair of left and right sliding members can be restricted. A pair of left and right sliding members 321a and 321b and a pair of left and right lower Y-axis unidirectional sliding members 211a and 211b that can slide in the overlapping Y-axis direction. The engaging portion Z1 formed along the Y-axis sliding surface Sy is engaged with the engaged portion Z2 formed along the Y-axis sliding surface Sy by the other pair of left and right sliding members. The pair of left and right sliding members and the other pair of left and right sliding members can restrain the relative movement in both directions along the X-axis direction. Direction sliding members 322a and 322b and a pair of left and right lower Y-axis reverse direction sliding members 212a and 21 An engaging portion Z1 formed along the Y-axis sliding surface Sy on one of the pair of left and right sliding members is formed along the Y-axis sliding surface Sy on the other pair of left and right sliding members. Since the engaged portion Z2 is engaged, the relative movement in both directions along the X-axis direction between one pair of left and right sliding members and the other pair of left and right sliding members can be restricted. The structure is supported via an upper guide member and an intermediate guide member that slide along the X axis while being prevented from moving in both directions along the Y axis, and in both directions along the X axis. It is supported via an intermediate guide member and a lower guide member that slide along the Y axis while being restrained from moving, and can move stably along the X axis and the Y axis. One pair of left and right sliding of either a pair of left and right upper X-axis unidirectional sliding members 111a and 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b that can overlap and slide in the X-axis direction. The engagement portion Z1 formed along the X-axis sliding surface Sx on one of the left and right sliding members of the member has an X-axis on one of the left and right sliding members of the other pair of left and right sliding members. One of the left and right sliding members of one pair of left and right sliding members and the left and right of the other pair of left and right sliding members engaged with the defendant engaging portion formed along the sliding surface Sx. The pair of left and right upper X-axis one-way sliding members 111a that can restrain relative movement in one of the directions along the Y-axis direction with one of the sliding members and can slide in the X-axis direction by overlapping vertically. 111b and a pair of left and right intermediate X-axis unidirectional sliding members 311a and 311b An engagement portion Z1 formed along the X-axis sliding surface Sx on the other sliding member of the left and right of the left and right pair of sliding members is the other of the left and right of the other pair of left and right sliding members. The other sliding member and the other pair of left and right of the left and right of the pair of left and right sliding members by engaging with the engaged portion Z2 formed along the X-axis sliding surface Sx. A pair of left and right upper parts capable of restraining relative movement in the other of the directions along the Y-axis direction with the other of the left and right of the sliding member and overlapping and sliding in the X-axis direction The X-axis reverse sliding member 112a, 112b and the pair of left and right intermediate X-axis reverse direction sliding members 312a, 312b are connected to one of the left and right sliding members of the pair of left and right sliding members. The engaging portion Z1 formed along the sliding surface Sx is one of the left and right sliding members of the other pair of left and right sliding members. One sliding member of the left and right of one pair of left and right sliding members and the other pair of left and right sliding members by engaging with a member to be engaged formed on the member along the X-axis sliding surface Sx A pair of left and right upper X-axis opposite directions that can restrain relative movement in one of the directions along the Y-axis direction with one of the left and right sliding members and can slide in the X-axis direction by overlapping vertically The X-axis sliding surface Sx is placed on the other of the left and right sliding members of either one of the sliding members 112a and 112b and the pair of left and right intermediate X-axis reverse sliding members 312a and 312b. The engaging portion Z1 formed along the left and right sliding members of the other pair of left and right sliding members engages with the defending engaging portion formed along the X-axis sliding surface Sx. The left and right sides of the other pair of left and right sliding members and the other pair of left and right sliding members. The pair of left and right intermediate Y-axis one-way sliding members 321a that can restrain the relative movement in the other direction among the directions along the Y-axis direction with the other sliding member, and overlap with each other and slide in the Y-axis direction. , 321b and a pair of left and right lower Y-axis one-way sliding members 211a and 211b, formed on one of the left and right sliding members of the pair of left and right sliding members along the Y-axis sliding surface Sy. The engaged portion Z1 is engaged with the engaged portion Z2 formed along the Y-axis sliding surface Sy on one of the left and right sliding members of the other pair of left and right sliding members. One of the directions along the X-axis direction of one of the left and right sliding members of the pair of left and right sliding members and one of the left and right sliding members of the other pair of left and right sliding members A pair of left and right intermediate Y-axis unidirectional sliding members that can restrain the relative movement of the upper and lower and slide in the Y-axis direction. 21a and 321b and a pair of left and right lower Y-axis one-way sliding members 211a and 211b, the other sliding member of the left and right of the pair of left and right sliding members along the Y-axis sliding surface Sy. The formed engaging portion Z1 is engaged with the engaged portion Z2 formed along the Y-axis sliding surface Sy on the other sliding member of the left and right of the other pair of left and right sliding members. The other of the directions along the X-axis direction of the other sliding member of the left and right of the pair of left and right sliding members and the other sliding member of the left and right of the other pair of left and right sliding members Of the pair of left and right intermediate Y-axis one-way sliding members 322a and 322b and the pair of left and right lower Y-axis reverse-direction sliding members 212a and 212b that can restrain relative movement in the direction and overlap each other and slide in the Y-axis direction. Y-axis sliding on one of the left and right sliding members of the pair of left and right sliding members The engaging portion Z1 formed along Sy is engaged with the engaged portion Z2 formed along the Y-axis sliding surface Sy on one of the left and right sliding members of the other pair of left and right sliding members. In the direction along the X-axis direction, one of the left and right sliding members of the pair of left and right sliding members and one of the left and right sliding members of the other pair of left and right sliding members A pair of left and right intermediate Y-axis unidirectional sliding members 322a and 322b and a pair of left and right lower Y-axis reverse sliding members 212a, which can restrain relative movement in one direction and overlap and slide in the Y-axis direction. The engaging portion Z1 formed along the Y-axis sliding surface Sy on the other sliding member of the left and right of the pair of left and right sliding members of either one of 212b and the other pair of left and right sliding members One of the left and right sliding members is engaged with an engaged portion Z2 formed along the Y-axis sliding surface Sy. The other of the directions along the X-axis direction of the other sliding member of the left and right of the pair of left and right sliding members and the other sliding member of the left and right of the other pair of left and right sliding members Since the relative movement in the direction of can be restrained,
The structure is supported via an upper guide member and an intermediate guide member that slide along the X axis while being prevented from moving in both directions along the Y axis, and moved in both directions along the X axis. Is supported via an intermediate guide member and a lower guide member that slide along the Y axis while being suppressed, and can move stably along the X axis and the Y axis.
In addition, a pair of left and right upper X-axis unidirectional sliding members 111a and 111b are provided with a gap along the Y axis, and a pair of left and right upper X-axis reverse sliding members 112a and 112b are provided along the Y axis. A pair of left and right intermediate X-axis one-way sliding members 311a and 311b are provided along the Y-axis, and a pair of left and right intermediate X-axis reverse-direction sliding members 312a and 312b are Y-axis. A pair of left and right intermediate Y-axis one-way sliding members 321a and 321b are provided along the X-axis, and a pair of left and right intermediate Y-axis one-way sliding members 322a, 322b is provided with a gap along the X axis, and the pair of left and right lower Y-axis unidirectional sliding members 211a and 211b is provided with a gap between the X axis and the pair of left and right lower Y axis reverse slides. The gap between the moving members 212a and 212b along the X axis Since the manner provided, to support the overturning moment acting on the structure in the left-right pair of sliding members.
In addition, a ridge-shaped portion that is formed at a location where a pair of left and right sliding surfaces that incline with each other in a direction intersecting the sliding direction of the engaging portion Z1 and extends in the sliding direction along the sliding surface is engaged. The engagement portion is formed by contact with a valley-shaped portion that is formed at a location where a pair of left and right sliding surfaces that are inclined with respect to each other in a direction intersecting the sliding direction of the portion Z2 extends in the sliding direction along the sliding surface. Since Z1 is engaged with the engaged portion Z2, the relative movement in the direction orthogonal to the axial direction can be restricted and guided in the axial direction.
Further, a wall-like portion extending in the sliding direction along the sliding surface with the surface facing one direction intersecting the sliding direction of the engaging portion Z1 and the other crossing the sliding direction of the engaged portion Z2 Since the surface is directed in the direction and the wall-like portion extending in the sliding direction along the sliding surface comes into contact with the engaging portion Z1 to engage the engaged portion Z2, the orthogonal direction to the axial direction Relative movement can be restricted and guided in the axial direction.
Further, the sliding of the engaged portion Z2 with the pair of wall-like portions extending in the sliding direction along the sliding surface with the pair of surfaces facing outward along the direction intersecting the sliding direction of the engaging portion Z1. A pair of wall surfaces extending in the sliding direction along the sliding surface with the pair of surfaces facing inward along the direction intersecting the direction, the engaging portion Z1 engages with the engaged portion Z2. As a result, the relative movement in the direction orthogonal to the axial direction can be restricted and guided in the axial direction.
Further, the convex portion extending in the sliding direction along the sliding surface curved in the vertical direction along the direction intersecting the sliding direction of the engaging portion Z1 intersects the sliding direction of the engaged portion Z2. Since the engaging portion Z1 is engaged with the engaged portion Z2 by contacting the concave portion extending in the sliding direction along the sliding surface curved in the vertical direction along the direction, Relative movement in the orthogonal direction can be restricted and guided in the axial direction.

The present invention is not limited to the embodiments described above, and various modifications can be made without departing from the scope of the invention.
Although the embodiment of the invention has been described by taking an example of a structure as an example, the present invention is not limited to this. For example, the upper guide member 100 may be composed of two sets of the upper X-axis sliding member 110 and the upper guide base member 130. For example, the lower guide member 200 may be composed of two sets of the lower Y-axis sliding member 210 and the lower guide base member 230. For example,
The structure support structure 50 includes an upper guide member 100 and an intermediate guide member 300, and the intermediate guide member 300 may be fixed to the foundation.

S sliding surface Sx downward X-axis sliding surface, upward X-axis sliding surface Sx1 pair of left and right X-axis unidirectional sliding surfaces Sx2 pair of left and right X-axis reverse sliding surfaces Sy downward Y-axis sliding surface , Upward Y-axis sliding surface Sy1 left-right pair of Y-axis unidirectional sliding surfaces Sy2 left-right pair of Y-axis reverse-direction sliding surfaces Z1 engaging portion Z2 engaged portion
θx1 Inclination angle (X-axis direction of X-axis unidirectional sliding surface)
θx2 Tilt angle (X-axis direction of X-axis reverse sliding surface)
θy1 Inclination angle (Y-axis direction of Y-axis unidirectional sliding surface)
θy2 Inclination angle (Y-axis direction of Y-axis reverse sliding surface)
DESCRIPTION OF SYMBOLS 30 Structure 40 Foundation 50 Structure support structure 100 Upper guide member 110 Upper X-axis sliding member 111a, 111b A pair of left and right upper X-axis unidirectional sliding members 112a, 112b A pair of left and right upper X-axis reverse sliding members 130 Upper guide basic member 200 Lower guide member 210 Lower Y-axis sliding member 211a, 211b A pair of left and right lower Y-axis one-way sliding members 212a, 212b A pair of left and right lower Y-axis reverse sliding members 230 Lower guide basic member 300 Intermediate Guide member 310 Intermediate X-axis sliding member 311a, 311b Pair of left and right intermediate X-axis unidirectional sliding members 312a, 312b Pair of left and right intermediate X-axis reverse sliding members 320 Intermediate Y-axis sliding members 321a, 321b Intermediate Y-axis one-way sliding member 322a, 322b A pair of left and right intermediate Y-axis reverse-direction sliding members 330 Intermediate guide base Member

JP2013-130216A JP2014-119033 JP2006-014411A

Claims (14)

A structure support structure for supporting the structure with respect to the foundation,
An upper guide member fixed to the structure;
An intermediate guide member positioned below the upper guide member and supported by the foundation;
With
A pair of virtual axes, the X axis and the Y axis, are orthogonal to each other in the horizontal plane,
An X-axis sliding surface, which is a downward sliding surface formed on the upper guide member, and an X-axis sliding surface, which is an upward sliding surface formed on the intermediate guide member, slide to the X-axis. Relative movement along the
The X-axis sliding surface includes a pair of left and right X-axis unidirectional sliding surfaces positioned in parallel along the Y-axis and a pair of left and right X-axis reverse sliding surfaces positioned in parallel along the Y-axis. Including
The pair of left and right X-axis unidirectional sliding surfaces incline upward each as they move in one direction along the X-axis,
The pair of left and right X-axis reverse sliding surfaces incline upward each as they move in the opposite direction along the X-axis,
The upper guide members are a pair of left and right upper X-axis unidirectional sliding members and a pair of left and right downward X that are a pair of left and right sliding members that respectively form a pair of left and right downward X-axis unidirectional sliding surfaces. A pair of left and right upper X-axis reverse direction sliding members that are a pair of left and right sliding members that each form an axial surface reverse direction sliding surface;
A pair of left and right intermediate X-axis unidirectional sliding members and a pair of left and right upward X-axis, wherein the intermediate guide member is a pair of left and right sliding members that respectively form a pair of left and right upward X-axis unidirectional sliding surfaces A pair of left and right intermediate X-axis reverse direction sliding members that are a pair of left and right sliding members that form a reverse direction sliding surface,
One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engagement portion formed along the X-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of the pair of left and right sliding members and the other pair of left and right pairing of the left and right sliding members. The relative movement in at least one direction along the Y-axis direction with at least one of the left and right sliding members of the sliding member can be restricted,
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engagement portion formed along the X-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the X-axis sliding surface. The relative movement in at least one direction along the Y-axis direction with at least one of the left and right sliding members of the moving member can be restricted.
A structure support structure characterized by that. One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engagement portion formed along the X-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of the pair of left and right sliding members and the other pair of left and right pairs of the sliding members engaged with the engaged portion formed along the X-axis sliding surface. The relative movement in both directions along the Y-axis direction with the sliding member on at least one of the left and right sides of the sliding member can be restricted,
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engagement portion formed along the X-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of the pair of left and right sliding members and the other pair of left and right pairs of the sliding members engaged with the engaged portion formed along the X-axis sliding surface. The relative movement in both directions along the Y-axis direction with at least one of the left and right sliding members of the sliding member can be restricted.
The structure support structure according to claim 1, wherein: One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction The engaging portion formed along the X-axis sliding surface is engaged with the engaged portion formed along the X-axis sliding surface on the other pair of left and right sliding members. The relative movement in both directions along the Y-axis direction between the pair of left and right sliding members and the other pair of left and right sliding members can be restricted,
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members The engaging portion formed along the X-axis sliding surface engages with the engaged portion formed along the X-axis sliding surface with the other pair of left and right sliding members. The relative movement in both directions along the Y-axis direction between the pair of sliding members and the other pair of left and right sliding members can be restricted.
The structure support structure according to claim 1, wherein: One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engagement portion formed along the X-axis sliding surface on one of the left and right sliding members of the left and right of the other left and right of the pair of sliding members on the one of the sliding members One of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the X-axis sliding surface The relative movement in one of the directions along the Y-axis direction with the one of the left and right sliding members can be restricted,
One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engagement portion formed along the X-axis sliding surface on the other sliding member of the left and right of the left and right of the other pair of sliding members on the other of the left and right of the sliding member One of the left and right of the pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the X-axis sliding surface The relative movement in the other direction among the directions along the Y-axis direction with the other sliding member of the left and right of
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engagement portion formed along the X-axis sliding surface on one of the left and right sliding members of the left and right of the other left and right of the pair of sliding members on the one of the sliding members One of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the X-axis sliding surface The relative movement in one of the directions along the Y-axis direction with the one of the left and right sliding members can be restricted,
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engagement portion formed along the X-axis sliding surface on the other sliding member of the left and right of the left and right of the other pair of sliding members on the other of the left and right of the sliding member One of the left and right of the pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the X-axis sliding surface The relative movement in the other direction among the directions along the Y-axis direction with the other sliding member of the left and right of
The structure support structure according to claim 1, wherein: A pair of left and right upper X-axis unidirectional sliding members are provided with a gap along the Y-axis,
A pair of left and right upper X-axis reverse sliding members are provided with a gap along the Y-axis,
A pair of left and right intermediate X-axis unidirectional sliding members are provided with a gap along the Y-axis,
A pair of left and right intermediate X-axis reverse sliding members are provided with a gap therebetween along the Y-axis.
The structure support structure according to any one of claims 1 to 4, wherein the structure support structure is provided. A structure support structure for supporting the structure with respect to the foundation,
An upper guide member fixed to the structure;
A lower guide member positioned below the upper guide member and supported by a foundation;
An intermediate guide member positioned between the upper guide member and the lower guide member;
With
A pair of virtual axes, the X axis and the Y axis, are orthogonal to each other in the horizontal plane,
The X-axis sliding surface, which is the downward surface formed on the upper guide member, and the X-axis sliding surface, which is the upward surface, formed on the intermediate guide member, slide relative to each other along the X-axis. Can
A Y-axis sliding surface, which is a downward surface formed on the intermediate guide member, and a Y-axis sliding surface, which is an upward surface formed on the lower guide member, slide to move relative to each other along the Y-axis. Can
The X-axis sliding surface includes a pair of left and right X-axis unidirectional sliding surfaces positioned in parallel along the Y-axis and a pair of left and right X-axis reverse sliding surfaces positioned in parallel along the Y-axis. Including
The pair of left and right X-axis unidirectional sliding surfaces incline upward each as they move in one direction along the X-axis,
The pair of left and right X-axis reverse sliding surfaces incline upward each as they move in the opposite direction along the X-axis,
The Y-axis sliding surface includes a pair of left and right Y-axis unidirectional sliding surfaces positioned in parallel along the X-axis and a pair of left and right Y-axis reverse sliding surfaces positioned in parallel along the X-axis. Including
The pair of left and right Y-axis unidirectional sliding surfaces incline upward as they move in one direction along the Y-axis,
The pair of left and right Y-axis reverse sliding surfaces are inclined upward as they move in the opposite direction along the Y-axis,
The upper guide members are a pair of left and right upper X-axis unidirectional sliding members and a pair of left and right downward X that are a pair of left and right sliding members that respectively form a pair of left and right downward X-axis unidirectional sliding surfaces. A pair of left and right upper X-axis reverse direction sliding members that are a pair of left and right sliding members that each form an axial surface reverse direction sliding surface;
The intermediate guide member is a pair of left and right intermediate X-axis unidirectional sliding members and a pair of left and right upward X, which are a pair of left and right sliding members that respectively form a pair of left and right upward X-axis unidirectional sliding surfaces. A pair of left and right intermediate X-axis reverse sliding members, which are a pair of left and right sliding members each forming an axial reverse sliding surface, and a pair of left and right downward Y-axis one-directional sliding surfaces are formed respectively. A pair of left and right sliding members that respectively form a pair of left and right intermediate Y-axis one-way sliding members that are a pair of left and right sliding members and a pair of left and right sliding surfaces that are opposite to the Y-axis surfaces. An intermediate Y-axis reverse sliding member;
The pair of left and right lower Y-axis unidirectional sliding members and the pair of left and right upward Y-axis reverse directions, wherein the lower guide member is a pair of left and right sliding members that form a pair of left and right upward Y-axis unidirectional sliding surfaces. A pair of left and right lower Y-axis reverse sliding members that are a pair of left and right sliding members that form a sliding surface,
One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engagement portion formed along the X-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of the pair of left and right sliding members and the other pair of left and right pairs of the sliding members engaged with the engaged portion formed along the X-axis sliding surface. The relative movement in at least one direction along the Y-axis direction with at least one of the left and right sliding members of the sliding member can be restricted,
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engagement portion formed along the X-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of the pair of left and right sliding members and the other pair of left and right pairs of the sliding members engaged with the engaged portion formed along the X-axis sliding surface. The relative movement in at least one direction along the Y-axis direction with at least one of the left and right sliding members of the sliding member can be restricted,
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. The engaged portion formed along the Y-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members and the other pair of left and right of the pair of left and right sliding members engaged with the engaged portion formed along the Y-axis sliding surface on the member. The relative movement in at least one direction along the X-axis direction with at least one of the left and right sliding members of the sliding member can be restricted,
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. The engaged portion formed along the Y-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members and the other pair of left and right of the pair of left and right sliding members engaged with the engaged portion formed along the Y-axis sliding surface on the member. Relative movement in at least one direction along the X-axis direction with at least one of the left and right sliding members of the sliding member can be restricted.
A structure support structure characterized by that. One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engagement portion formed along the X-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members and the other pair of left and right sliding members of one pair of left and right sliding members engaged with an engaged portion formed along the X-axis sliding surface. The relative movement in both directions along the Y-axis direction with the sliding member on at least one of the left and right sides of the moving member can be restricted.
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engagement portion formed along the X-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of the pair of left and right sliding members and the other pair of left and right pairs of the sliding members engaged with the engaged portion formed along the X-axis sliding surface. The relative movement in both directions along the Y-axis direction with the sliding member on at least one of the left and right sides of the sliding member can be restricted,
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. An engagement portion formed along the Y-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of the pair of left and right sliding members and the other pair of left and right pairs of the sliding members engaged with the engaged portion formed along the Y-axis sliding surface. The relative movement in both directions along the X-axis direction with at least one of the left and right sliding members of the sliding member can be restricted,
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. An engagement portion formed along the Y-axis sliding surface on at least one of the left and right sliding members is at least one of the left and right sliding members of the other pair of left and right sliding members. At least one of the left and right sliding members of the pair of left and right sliding members and the other pair of left and right pairs of the sliding members engaged with the engaged portion formed along the Y-axis sliding surface. The structure support structure according to claim 6, wherein relative movement in both directions along the X-axis direction with at least one of the left and right sliding members of the sliding member can be restricted. One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction The engaging portion formed along the X-axis sliding surface is engaged with the engaged portion formed along the X-axis sliding surface on the other pair of left and right sliding members. The relative movement in both directions along the Y-axis direction between the pair of left and right sliding members and the other pair of left and right sliding members can be restricted,
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members The engaging portion formed along the X-axis sliding surface engages with the engaged portion formed along the X-axis sliding surface with the other pair of left and right sliding members. The relative movement in both directions along the Y-axis direction between the pair of sliding members and the other pair of left and right sliding members can be restricted,
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. The engaging portion formed along the Y-axis sliding surface is engaged with the engaged portion formed along the Y-axis sliding surface with the other pair of left and right sliding members. The relative movement in both directions along the X-axis direction between the pair of left and right sliding members and the other pair of left and right sliding members can be restricted.
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. The engaging portion formed along the Y-axis sliding surface engages with the engaged portion formed along the Y-axis sliding surface with the other pair of left and right sliding members. 7. The structure support structure according to claim 6, wherein relative movement in both directions along the X-axis direction between the pair of sliding members and the other pair of left and right sliding members can be restricted. One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engagement portion formed along the X-axis sliding surface on one of the left and right sliding members of the left and right of the other left and right of the pair of sliding members on the one of the sliding members One of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with a respondent engaging portion formed along the X-axis sliding surface The relative movement in one of the directions along the Y-axis direction with the one of the left and right sliding members can be restricted,
One pair of left and right sliding members of one of the pair of left and right upper X-axis unidirectional sliding members and the pair of left and right intermediate X-axis unidirectional sliding members that overlap vertically and can slide in the X-axis direction An engagement portion formed along the X-axis sliding surface on the other sliding member of the left and right of the left and right of the other pair of sliding members on the other of the left and right of the sliding member One of the left and right of the pair of left and right sliding members and the other pair of left and right sliding members engaged with a respondent engaging portion formed along the X-axis sliding surface The relative movement in the other direction among the directions along the Y-axis direction with the other sliding member of the left and right of
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engagement portion formed along the X-axis sliding surface on one of the left and right sliding members of the left and right of the other left and right of the pair of sliding members on the one of the sliding members One of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with a respondent engaging portion formed along the X-axis sliding surface The relative movement in one of the directions along the Y-axis direction with the one of the left and right sliding members can be restricted,
The pair of left and right sliding members of either the pair of left and right upper X-axis reverse sliding members that can overlap and slide in the X-axis direction and the pair of left and right intermediate X-axis reverse sliding members An engagement portion formed along the X-axis sliding surface on the other sliding member of the left and right of the left and right of the other pair of sliding members on the other of the left and right of the sliding member The other of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with a defendant engaging portion formed along the X-axis sliding surface The relative movement in the other direction among the directions along the Y-axis direction with the other of the left and right sliding members can be restricted,
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. An engagement portion formed along the Y-axis sliding surface on one of the left and right sliding members of the left and right of the other pair of sliding members on the left and right of the sliding member One of the left and right sliding members of one pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the Y-axis sliding surface The relative movement in one of the directions along the X-axis direction with the one of the left and right sliding members can be restricted,
The pair of left and right sliding members that are one of the pair of left and right intermediate Y-axis one-way sliding members and the pair of left and right lower Y-axis one-way sliding members that can overlap and slide in the Y-axis direction. An engagement part formed along the Y-axis sliding surface on the other sliding member of the left and right of the left and right of the other pair of sliding members on the other of the left and right of the sliding member One of the left and right of the pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the Y-axis sliding surface The relative movement in the other direction of the directions along the X-axis direction with the other sliding member of the left and right of
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. An engagement portion formed along the Y-axis sliding surface on one of the left and right sliding members of the left and right of the other pair of sliding members on the left and right of the sliding member One of the left and right of the pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the Y-axis sliding surface The relative movement in one of the directions along the X-axis direction with the one of the left and right sliding members can be restricted,
The pair of left and right sliding members that is one of a pair of left and right intermediate Y-axis reverse sliding members and a pair of left and right lower Y-axis reverse sliding members that can overlap and slide in the Y-axis direction. An engagement part formed along the Y-axis sliding surface on the other sliding member of the left and right of the left and right of the other pair of sliding members on the other of the left and right of the sliding member One of the left and right of the pair of left and right sliding members and the other pair of left and right sliding members engaged with an engaged portion formed along the Y-axis sliding surface The relative movement in the other direction among the directions along the X-axis direction with the other sliding member of the left and right of
The sliding seismic isolation device according to claim 6. A pair of left and right upper X-axis unidirectional sliding members are provided with a gap along the Y-axis,
A pair of left and right upper X-axis reverse sliding members are provided with a gap along the Y-axis,
A pair of left and right intermediate X-axis unidirectional sliding members are provided with a gap along the Y-axis,
A pair of left and right intermediate X-axis reverse sliding members are provided with a gap along the Y-axis,
A pair of left and right intermediate Y-axis unidirectional sliding members are provided with a gap therebetween along the X-axis,
A pair of left and right intermediate Y-axis reverse sliding members are provided with a gap along the X-axis,
A pair of left and right lower Y-axis unidirectional sliding members are provided with a gap therebetween along the X-axis,
A pair of left and right lower Y-axis reverse sliding members are provided with a gap therebetween along the X-axis,
The structure support structure according to claim 6. The engaging portion is a ridge-shaped portion formed at a location where a pair of left and right sliding surfaces that incline with each other in a direction intersecting the sliding direction and extending in the sliding direction along the sliding surface;
The engagement portion is a valley-shaped portion formed at a location where a pair of left and right sliding surfaces that are inclined to each other in a direction intersecting the sliding direction and extending in the sliding direction along the sliding surface;
The ridged portion of the engaging portion and the valley-shaped portion of the engaged portion abut and the engaging portion engages with the engaged portion;
The structure support structure according to claim 1, wherein the structure support structure is a structure support structure. The engaging portion is a wall-shaped portion extending in the sliding direction along the sliding surface with the surface facing in one direction of the horizontal direction intersecting the sliding direction,
The engaged portion is a wall-shaped portion extending in the sliding direction along the sliding surface with the surface facing the other direction in the horizontal direction intersecting the sliding direction,
The wall-shaped part of the engaging part and the wall-shaped part of the engaged part abut, and the engaging part engages with the engaged part;
The structure support structure according to claim 1, wherein the structure support structure is a structure support structure. A pair of wall-shaped portions extending in the sliding direction along the sliding surface with the pair of surfaces facing outward along the horizontal direction in which the engaging portion intersects the sliding direction;
A pair of wall-shaped portions extending in the sliding direction along the sliding surface with the pair of surfaces facing inward along the horizontal direction in which the engaged portion intersects the sliding direction;
A pair of the wall-shaped portions of the engaging portion and a pair of the wall-shaped portions of the engaged portion come into contact with each other, and the engaging portion engages with the engaged portion;
The structure support structure according to claim 1, wherein the structure support structure is a structure support structure. The engaging portion is a convex portion extending in the sliding direction along a sliding surface that curves in the vertical direction along the direction intersecting the sliding direction,
The engaged portion is a concave portion extending in the sliding direction along a sliding surface curved in the vertical direction along the direction intersecting the sliding direction;
The convex part of the engaging part and the concave part of the engaged part abut and the engaging part engages with the engaged part;
The structure support structure according to claim 1, wherein the structure support structure is a structure support structure.

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