JP6282056B2 - Sliding door gate for mechanical parking - Google Patents

Description

  The present invention relates to a sliding door gate for a mechanical parking lot used as a three-dimensional parking lot.

In a mechanical parking lot used as a three-dimensional parking lot, it is dangerous for a child to enter the mechanical parking lot during an elevating operation.
Therefore, fences are provided on both sides and the rear of the mechanical parking lot, but the front is often chained.
Since the chain does not have a sufficient intrusion prevention function, a gate-type elevating gate, a multistage telescopic sliding door gate, an intrusion prevention device using a photoelectric sensor, and the like can be considered as countermeasures.
By the way, in patent document 1, a guide support | pillar is erected in the middle part of the opening part formed by the left and right side wall bodies, and between the both side wall bodies, there are two lengths each having approximately half the length of the opening part. Sliding doors are arranged in parallel in the front-rear direction. Then, the two sliding doors close to each side of the left and right side wall bodies and close the entire opening, and both sliding doors are closer to one side wall side, and the opposite side wall body and the guide column A substantially horizontal guide beam that bridges the two sliding doors is fixed to the upper portion of the guide column. Then, a plurality of guide rollers rolling with the movement of the two sliding doors are suspended from the guide beam with the upper edges of the two sliding doors attached.
According to the sliding type sliding door gate in Patent Document 1, the gate of a garage that can store two automobiles can be opened and closed stably.

JP-A-8-254088

However, a gate-type elevating gate requires a large pillar, so there must be enough space. In addition, the strength of the foundation is required. Furthermore, since the gates are opened and closed across a plurality of groups, there is a problem that the gates at the places where no entry / exit is performed are also opened.
In addition, the multistage telescopic type sliding door type gate requires a space for arranging the shrunk gate, and it is necessary to separately secure a space not related to loading and unloading.
In addition, the intrusion prevention device using a photoelectric sensor has a problem that it can enter through a gap between photoelectric cells.
In addition, the sliding type sliding door in Patent Document 1 can stably open and close the gate of the garage and can enter and exit each of two automobiles, but is limited for mechanical parking. In addition, a detector, a lock mechanism, etc. must be provided on the gate column within the continuous pitch.

  Therefore, the present invention is a mechanical type in which the gate is not located on the end gate strut and the middle gate strut in a state where the front pit opening is closed by the gate, and the surface where the gate is not located can be effectively used. The purpose is to provide a sliding door gate for parking lots.

The sliding door gate for a mechanical parking lot according to the first aspect of the present invention is a sliding door gate for a mechanical parking lot in which a gate is disposed at a front pit of a mechanical parking lot provided with a plurality of vehicle spaces. A pair of end gate struts disposed on both sides of the front pit front opening, a middle gate strut disposed between the pair of end gate struts in accordance with the base pitch, and a pair of the above And a rail for moving the gate arranged between the gate pillars for the end portion, the number of the gates is made to correspond to the number of consecutive bases, and the side upper end of the gate is protruded laterally. A tip guide is provided, and the end gate post is provided with an end post bracket formed with a concave guide for guiding one of the tip guides, and the other gate guide is guided on the middle gate post. Medium-sized with a recessed guide Characterized in that a pillar bracket.
According to a second aspect of the present invention, in the sliding gate for a mechanical parking lot according to the first aspect, the end support bracket and the middle support bracket are formed with the recess guide on the lower surface, A recess guide guides the upper end of the tip guide from above, the end support bracket is detachably attached to the end gate support, and the middle support bracket is attached to and detached from the middle gate support. It is provided as possible.
According to a third aspect of the present invention, in the sliding door gate for a mechanical parking lot according to the first or second aspect, the end support bracket does not protrude from the width of the end gate support, In a state in which the front opening of the pit is closed by the gate, one of the tip guides is disposed within the width of the end gate column.
According to a fourth aspect of the present invention, there is provided a sliding door gate for a mechanical parking lot according to any one of the first to third aspects, wherein a handle protruded laterally is provided on one side of the gate. And the handle is disposed within the width of the end-use gate column in a state where the front opening of the pit is closed by the gate.
According to a fifth aspect of the present invention, in the sliding door gate for a mechanical parking lot according to any one of the first to fourth aspects, the rail is connected to an imaginary line connecting the rear surfaces of the pair of end gate columns. The detector is provided on the vehicle space side, and a detector for detecting the closing of the gate is provided on the back surface of the end gate strut in a state where the front opening of the pit is closed by the gate. To do.
According to a sixth aspect of the present invention, in the mechanical parking lot sliding door gate according to the fifth aspect, the mechanical parking lot has a lifting mechanism, and the detector does not detect the closing of the gate. The lifting mechanism is not operated.
A seventh aspect of the present invention is the sliding door gate for a mechanical parking lot according to any one of the first to fourth aspects, wherein the rail is connected to the back surface of the pair of end gate columns. The locking device is provided on the vehicle space side, and on the back surface of the end gate column, the lock device is provided to keep the gate closed in a state in which the front opening of the pit is closed by the gate. To do.
The present invention according to claim 8 is the imaginary line that connects the rails to the rear surfaces of the pair of end gate struts in the sliding door gate for a mechanical parking lot according to any one of claims 1 to 4. Further, the stopper is provided on the vehicle space side, and a stopper for restricting the movement of the gate in the closing direction is provided on the rear surface of the end gate column.
A ninth aspect of the present invention is the sliding door type gate for a mechanical parking lot according to any one of the first to eighth aspects, wherein a gate retaining material protruded laterally at a lower end of the side portion of the gate. Is provided.
According to a tenth aspect of the present invention, in the sliding door gate for a mechanical parking lot according to the sixth aspect, an operation panel for instructing the operation of the lifting mechanism is provided on the front surface of one of the end gate columns. It is characterized by.
The present invention of claim 11 is the sliding door type gate for a mechanical parking lot according to claim 6, wherein the rail is provided on the vehicle space side with respect to an imaginary line connecting the back surfaces of the pair of end gate columns. A photoelectric sensor that detects a moving body in the pit depth direction is disposed on the back surface of the end gate column, and the lifting mechanism is not operated when the photoelectric sensor detects the moving body. .
The sliding door type gate for a mechanical parking lot of the present invention according to claim 12 is provided with a plurality of vehicle spaces, and a sliding door type for a mechanical parking lot in which a gate is arranged at a front pit of a mechanical parking lot having a lifting mechanism. A pair of end gate struts disposed on both sides of the pit front entrance, and a middle gate strut disposed between the pair of end gate struts in accordance with the base pitch, A rail that is disposed between a pair of end gate columns and moves the gate, and the number of the gates corresponds to the number of consecutive bases, and the rail is connected to the pair of end gate columns. A detector for detecting the closing of the gate provided on the vehicle space side of the imaginary line connecting the back of the gate, and in the state where the front opening of the pit is closed by the gate on the back of the end gate column. Provided with said end gate post An operation panel for instructing operation of the elevating mechanism is provided on the front surface, and the elevating mechanism is not operated regardless of the operation on the operation panel when the detector does not detect the closing of the gate. .
The sliding door gate of the present invention according to claim 13 is a pair of end gate struts disposed on both sides of the frontage, a middle gate strut disposed between the pair of end gate struts, and the pair of ends. And a rail for moving the gate disposed between the part gate struts, a tip guide projecting sideways is provided at the upper end of the side part of the gate, An end support bracket having a recess guide for guiding one of the tip guides is provided, and an intermediate support bracket having a recess guide for guiding the other tip guide is provided on the middle gate support. It is characterized by.
According to a fourteenth aspect of the present invention, in the sliding door gate according to the thirteenth aspect, the end support bracket and the intermediate support bracket are formed with the recess guide on the lower surface, and the recess guide is the tip guide. The upper end bracket is provided from above, the end support bracket is detachably attached to the end gate support, and the intermediate support bracket is attached to the middle gate support. Features.
According to a fifteenth aspect of the present invention, in the sliding door type gate according to the thirteenth or fourteenth aspect, a stopper is provided on the back surface of the end gate column to restrict the movement of the gate in the closing direction. The lower end of the side part is provided with a gate retaining material that protrudes laterally.

  According to the present invention, in the state where the front opening of the pit is closed by the gate, the end gate strut and the middle gate strut have a surface where the gate is not located, and the surface where the gate is not located can be effectively used.

The front view of the mechanical parking lot which shows the installation state of the sliding door gate for mechanical parking lots by one Example of this invention Side view of the mechanical parking lot Perspective front view of sliding door gate for mechanical parking according to this embodiment A1 arrow view of FIG. A2 arrow view of FIG. Front view showing a gate according to the present embodiment The enlarged front view which shows one gate side part of FIG. Left side view showing one gate side of FIG. The enlarged front view which shows the other gate side part of FIG. The right view which shows the other gate side part of FIG. B1 arrow view of FIG. B2 arrow view of FIG. B3 arrow view of FIG. A3 arrow view of FIG. A4 arrow view of FIG. The main part rear view of FIG. Side view of FIG. 16 is an enlarged view of the main part of FIG. A perspective front view of a sliding door gate for a mechanical parking lot according to another embodiment of the present invention A1 arrow view of FIG. A2 arrow view of FIG. B1 arrow view of FIG. B2 arrow view of FIG. B3 arrow view of FIG. B4 arrow view of FIG. A3 arrow view of FIG. A4 arrow view of FIG. The main part rear view of FIG. Plan view of the parking lot where the sliding gate for the mechanical parking lot is installed Side view of the main part of the sliding door gate for mechanical parking

  The sliding door gate for a mechanical parking lot according to the first embodiment of the present invention is a pair of end gate struts arranged on both sides of the front entrance of the pit, and a pair of end portions according to the base pitch. A middle gate strut disposed between the gate struts, and a rail for moving the gate disposed between the pair of end gate struts, the number of gates corresponding to the number of bases, A tip guide that protrudes sideways is provided at the upper end of the side, and an end support bracket formed with a recessed guide that guides one of the tip guides is provided at the end gate support. Is provided with an intermediate support bracket formed with a recess guide for guiding the other tip guide. According to the present embodiment, by guiding the tip guide that protrudes to the side, the overlap between the gate side portion and the end gate column and the overlap between the gate side portion and the middle gate column can be reduced. . Therefore, in a state where the front opening of the pit is closed by the gate, the end gate strut and the middle gate strut have a surface where the gate is not located, and the surface where the gate is not located can be used effectively.

  The second embodiment of the present invention is a sliding door gate for a mechanical parking lot according to the first embodiment, wherein the end support bracket and the intermediate support bracket are formed with a recess guide on the lower surface. The guide guides the upper end of the tip guide from above, the end support bracket is detachably attached to the end gate support, and the middle support bracket is attached to the middle gate support. is there. According to the present embodiment, by guiding the tip guide from above, the gate can be prevented from overturning, and the end support bracket and the middle support bracket can be mounted in a state where the gate is arranged on the rail. Excellent workability.

  In the third embodiment of the present invention, in the sliding door gate for a mechanical parking lot according to the first or second embodiment, the end support bracket does not protrude from the width of the end gate support, In the state where the front opening of the pit is closed by the gate, one tip guide is arranged within the width of the end gate support column. According to the present embodiment, it is possible to effectively use a limited space without narrowing the linkage pitch.

  A fourth embodiment of the present invention is a sliding door gate for a mechanical parking lot according to any one of the first to third embodiments, and a handle protruded laterally on one side of the gate. In the state where the front opening of the pit is closed by the gate, the handle is disposed within the width of the end gate column. According to the present embodiment, it is possible to effectively use a limited space without narrowing the linkage pitch.

  According to a fifth embodiment of the present invention, in the sliding door gate for a mechanical parking lot according to the first to fourth embodiments, the rail is connected to a vehicle rather than an imaginary line connecting the rear surfaces of the pair of end gate columns. A detector is provided on the space side, and a detector for detecting the closing of the gate is provided on the back surface of the end gate strut with the front opening of the pit closed by the gate. According to the present embodiment, the detector can be provided on the back surface of the end gate column, and by providing the detector, control based on the open / closed state of the gate is possible.

  The sixth embodiment of the present invention is a sliding door gate for a mechanical parking lot according to the fifth embodiment, wherein the mechanical parking lot has an elevating mechanism, and the detector does not elevate when the detector does not detect the closing of the gate. The mechanism is not operated. According to the present embodiment, safety can be improved by not operating the elevating mechanism when the gate is open.

  In a seventh embodiment of the present invention, in the sliding door gate for a mechanical parking lot according to any one of the first to fourth embodiments, an imaginary line connecting the rail and the back surface of the pair of end gate columns. In addition, a lock device is provided on the vehicle space side, and on the back surface of the end gate support column, the gate is kept closed with the front pit opening closed by the gate. According to the present embodiment, a lock device can be provided on the back surface of the end gate column, and by providing the lock device, the gate can be kept closed and safety can be improved.

  In an eighth embodiment of the present invention, in the sliding door gate for a mechanical parking lot according to any one of the first to fourth embodiments, an imaginary line connecting a rail and a back surface of a pair of end gate columns. In addition, a stopper is provided on the vehicle space side, and a stopper for restricting the movement of the gate in the closing direction is provided on the back surface of the end gate column. According to the present embodiment, the stopper can be provided on the back surface of the end gate column, and the gate can be prevented from being detached or damaged by providing the stopper.

  The ninth embodiment of the present invention is a sliding gate for a mechanical parking lot according to any one of the first to eighth embodiments, wherein the gate is protruded laterally at the lower end of the side of the gate. A stopper is provided. According to the present embodiment, it is possible to prevent the gate from being removed due to falling off or mischief.

  In the tenth embodiment of the present invention, in the sliding door gate for a mechanical parking lot according to the sixth embodiment, an operation panel for instructing operation of the lifting mechanism is provided on the front surface of one end gate column. It is a thing. According to the present embodiment, the elevating mechanism can be operated from the outside of the gate, so that safety is high.

  In an eleventh embodiment of the present invention, in the sliding door gate for a mechanical parking lot according to the sixth embodiment, the rail is closer to the vehicle space than the imaginary line connecting the back surfaces of the pair of end gate columns. A photoelectric sensor that detects a moving body in the pit depth direction is disposed on the back surface of the end gate support, and when the photoelectric sensor detects the moving body, the lifting mechanism is not operated. According to the present embodiment, a photoelectric sensor can be provided on the back surface of the end gate column, and safety can be improved by providing the photoelectric sensor.

A sliding door gate for a mechanical parking lot according to a twelfth embodiment of the present invention is a pair of end gate struts arranged on both sides of the front entrance of the pit, and a pair of end portions according to the base pitch. There are middle gate struts arranged between the gate struts, and rails arranged between the pair of end gate struts to move the gates, the number of gates corresponds to the number of bases, and the rails Detecting the closing of the gate provided in the vehicle space side with respect to the imaginary line connecting the back of the pair of end gate struts, with the front pit front end closed by the gate on the back of the end gate struts Set up a vessel,
An operation panel for instructing operation of the elevating mechanism is provided on the front surface of the end gate column, and the elevating mechanism is not operated regardless of the operation on the operation panel when the detector does not detect closing of the gate. According to the present embodiment, safety can be improved by not operating the elevating mechanism when the gate is open.

  A sliding door gate according to a thirteenth embodiment of the present invention includes a pair of end gate struts disposed on both sides of the frontage, a middle gate strut disposed between the pair of end gate struts, and a pair of It has a rail that is arranged between the end gate columns and moves the gate. A tip guide that protrudes to the side is provided at the upper end of the side of the gate. An end column bracket having a recess guide for guiding the tip guide is provided, and an intermediate column bracket having a recess guide for guiding the other end guide is provided on the middle gate column. According to the present embodiment, by guiding the tip guide that protrudes to the side, the overlap between the gate side portion and the end gate column and the overlap between the gate side portion and the middle gate column can be reduced. . Therefore, in a state where the gate is closed, the end gate strut and the middle gate strut have a surface where the gate is not located, and the surface where the gate is not located can be used effectively.

  According to a fourteenth embodiment of the present invention, in the sliding door gate according to the thirteenth embodiment, the end support bracket and the intermediate support bracket are formed with a recess guide on the lower surface, and the recess guide is a tip guide. The upper end is guided from above, the end support bracket is provided detachably with respect to the end gate support, and the middle support bracket is provided detachably with respect to the middle gate support. According to the present embodiment, by guiding the tip guide from above, the gate can be prevented from overturning, and the end support bracket and the middle support bracket can be mounted in a state where the gate is arranged on the rail. Excellent workability.

In the sliding door type gate according to the thirteenth or fourteenth embodiment, a fifteenth embodiment of the present invention is provided with a stopper for restricting the movement of the gate in the closing direction on the back surface of the end gate column.
At the lower end of the side part of the gate, there is provided a gate retaining material protruding sideways. According to the present embodiment, it is possible to prevent the gate from being removed due to falling off or mischief.

Hereinafter, a sliding door gate for a mechanical parking lot according to an embodiment of the present invention will be described.
FIG. 1 is a front view of a mechanical parking lot showing an installation state of a sliding door gate for a mechanical parking lot according to the present embodiment, and FIG. 2 is a side view of the mechanical parking lot.
The sliding door type gate 20A for a mechanical parking lot according to the present embodiment has gates 21x and 21y arranged at the pit front entrance 11 of the mechanical parking lot 10 provided with a plurality of vehicle spaces.
In the figure, a double-base mechanical parking lot 10 having a base pitch P, a pit front entrance W, and a pit depth B is shown.
The gates 21x and 21y are arranged so as to cover a space having a predetermined height from the boarding surface H.
The mechanical parking lot 10 has an elevating mechanism 12.

3 is a transparent front view of a sliding door gate for a mechanical parking lot according to the present embodiment, FIG. 4 is a view taken along arrow A1 in FIG. 3, and FIG. 5 is a view taken along arrow A2 in FIG.
The sliding door type gate 20A for a mechanical parking lot according to the present embodiment has a pair of end gate struts 22x and 22y arranged on both sides of the pit front entrance W, and a pair of end portions according to the base pitch P. The middle gate column 23 is disposed between the gate columns 22x and 22y, and the rail 24 is disposed between the pair of end gate columns 22x and 22y to move the gates 21x and 21y.
The rail 24 is provided on the vehicle space side with respect to an imaginary line XX that connects the back surfaces of the pair of end gate struts 22x and 22y.
In the present embodiment, two gates 21x and 21y are provided corresponding to the number of consecutive bases of the mechanical parking lot 10.

6 is a front view showing a gate according to the present embodiment, FIG. 7 is an enlarged front view showing one gate side portion of FIG. 6, FIG. 8 is a left side view showing one gate side portion of FIG. FIG. 10 is an enlarged front view showing the other gate side portion of FIG. 6, and FIG. 10 is a right side view showing the other gate side portion of FIG.
6 to 10 show the gate 21x. The basic configuration of the gate 21y is the same.

Tip guides 31x and 31y projecting sideways are provided at the upper side of the gate 21x.
At the lower end of the side portion of the gate 21x, gate retaining materials 32x and 32y projecting sideways are provided.
The gate 21x includes an upper frame 33 that forms an upper side, a lower frame 34 that forms a lower side, a side frame 35x that forms one gate side, and a side frame 35y that forms the other gate side. A frame is formed, and a lattice-shaped net member 36 is provided in the frame.
The tip guide 31x is provided at the upper end of the side of one side frame 35x, and the tip guide 31y is provided at the upper end of the side of the other side frame 35y.
The gate retaining material 32x is provided at the lower end of the side of one side frame 35x, and the gate retaining material 32y is provided at the lower end of the side of the other side frame 35y.

As shown in FIGS. 7 and 9, the tip guides 31x and 31y are formed in an L shape by an attachment surface 31a to the side frames 35x and 35y and a protruding piece 31b protruding to the side.
The tip guides 31x and 31y are attached such that the upper surface of the protruding piece 31b is the same height as the upper surface of the upper frame 33.
Further, the gate retaining members 32x and 32y are formed in an L-shape with attachment surfaces 32a to the side frames 35x and 35y and projecting pieces 32b projecting sideways.

As shown in FIGS. 8 and 10, the protruding pieces 32b of the gate retaining members 32x and 32y protrude beyond the depth dimensions of the side frames 35x and 35y.
On both sides of the lower frame 34, wheels 37 x and 37 y placed on the rail 24 are provided.
On one side of the gate 21x, that is, on the side surface of the one side frame 35x, a handle 38 protruding sideways is provided.
Further, a limit striker 41 and a lock member 51x are provided on one side of the gate 21x, that is, on the side surface of the one side frame 35x.
In addition, it is preferable to provide the lock member 51y also on the other side portion of the gate 21x, that is, the side surface of the other side frame 35y.

11 is a view taken in the direction of arrow B1 in FIG. 3, FIG. 12 is a view taken in the direction of arrow B2, and FIG. 13 is a view taken in the direction of arrow B3 in FIG.
As shown in FIG. 11, one end gate column 22x is provided with an end column bracket 60x.
Further, as shown in FIG. 12, the other end gate column 22y is provided with an end column bracket 60y.
Further, as shown in FIG. 13, the middle gate column 23 is provided with a middle column bracket 70.

One end support bracket 60x forms a recess guide 61x that guides one tip guide 31x of the gate 21x when the gate 21x is closed and guides the other tip guide 31y of the gate 21y when the gate 21y is fully opened. doing.
The other end support bracket 60y forms a recess guide 61y that guides one tip guide 31x of the gate 21y when the gate 21y is closed and guides the other tip guide 31y of the gate 21x when the gate 21x is fully opened. doing.
The middle support bracket 70 forms a concave guide 71 that guides the other tip guide 31y of the gate 21x when the gate 21x is closed and guides the other tip guide 31y of the gate 21y when the gate 21y is closed. .

The recess guide 71 guides one tip guide 31x of the gate 21x when the gate 21x is fully opened, and guides one tip guide 31x of the gate 21y when the gate 21y is fully opened.
The recess guide 71 guides the upper frame 33 during the opening / closing operation of the gates 21x and 21y.
As shown in FIGS. 11 to 13, the end support brackets 60x and 60y and the intermediate support bracket 70 have recess guides 61x, 61y, and 71 formed on the lower surface, and the recess guides 61x, 61y, and 71 are at the front ends. The upper ends of the guides 31x and 31y, that is, both sides of the protruding piece 31b are guided from above.

FIG. 14 is a view taken in the direction of arrow A3 in FIG.
The end support brackets 60x and 60y do not protrude from the width of the end gate support 22x and 22y, and the middle support bracket 70 does not protrude from the width of the intermediate gate support 23.
In this embodiment, the width of the end support brackets 60x and 60y is the same as the width of the end support posts 22x and 22y, and the width of the intermediate support bracket 70 is the same as the width of the intermediate gate support 23. Yes.
When the gate 21x is in the closed state, one tip guide 31x of the gate 21x is disposed within the width of the gate strut 22x for one end, and when the gate 21y is in the closed state, one tip guide 31x of the gate 21y is the other end. It arrange | positions within the width | variety of the part gate support | pillar 22y.

  The end support brackets 60x and 60y are detachably attached to the end gate support posts 22x and 22y by inserting bolts 62 from above. The middle support bracket 70 is detachable from the middle gate support 23 by inserting bolts 72 from above.

FIG. 15 is an A4 arrow view of FIG. 3 and is an enlarged view with a part omitted.
A stopper stand 81 is provided on the boarding surface H at a position facing the middle gate post 23. The rail 24 is located between the middle gate column 23 and the stopper stand 81.
As shown in FIG. 15, when the gates 21x and 21y are in the closed state, the projecting piece 32b constituting the gate retaining material 32y of the gate 21x comes close to or abuts on the stopper stand 81, and the gate retaining material of the gate 21y. The protruding piece 32b constituting 32y comes close to or abuts on the back surface of the middle gate support column 23.
Further, when the gate 21x is in a fully opened state, the gate retaining material 32x of the gate 21x.
The projecting piece 32b that constitutes the contact portion approaches or contacts the stopper stand 81.
Further, when the gate 21y is in a fully opened state, the gate retaining material 32x of the gate 21y.
The projecting piece 32b that constitutes the contact portion is in proximity to or in contact with the back surface of the middle gate post 23.
Accordingly, by providing the gate stoppers 32x and 32y protruding sideways at the lower ends of the side portions of the gates 21x and 21y, it is possible to prevent the gates 21x and 21y from being removed due to dropping or mischief of the gates 21x and 21y.

16 is a rear view of the main part of FIG. 3, FIG. 17 is a side view of FIG. 16, and FIG. 18 is an enlarged view of the main part of FIG.
As shown in FIG. 16, by guiding the tip guide 31x protruding sideways with the end support bracket 60x, the overlap between the side of the gate 21x and the end gate support 22x can be reduced. Therefore, in a state where the gate 21x is closed, the end gate column 22x has a surface where the gate 21x is not located, and the surface where the gate 21x is not located can be used effectively.
In the state where the gate 21x is closed, the handle 38 is disposed within the width of the end gate column 22x. According to the present embodiment, a limited space can be effectively utilized without narrowing the linkage base pitch P.

A detector 40 for detecting the closing of the gate 21x is provided on the back surface of the end gate column 22x with the gate 21x closed. In the present embodiment, a limit switch is used as the detector 40, and the closed state of the gate 21x is detected when the limit striker 41 contacts. According to the present embodiment, the detector 40 can be provided on the back surface of the end gate column 22x, and by providing the detector 40, the elevating mechanism 12 can be controlled by the open / closed state of the gate 21x.
That is, in a state where the detector 40 does not detect the closed state of the gate 21x, safety can be improved by not operating the elevating mechanism 12.
A lock device 50 is provided on the back surface of the end gate column 22x to maintain the closed state of the gate 21x with the gate 21x closed.

As shown in FIGS. 16 and 18, in this embodiment, a female locking member 51x is used as the locking device 50, and the gate 21x can be kept closed by being fitted with the male locking member 51x. Can be increased.
Further, as shown in FIGS. 16 and 18, a stopper 52 for restricting the movement of the gate 21x in the closing direction is provided on the back surface of the end gate column 22x. In this embodiment, a buffer material is used as the stopper 52. By providing the stopper 52 on the back surface of the end gate column 22x, it is possible to prevent the gate 21x from being detached or damaged.
In the present embodiment, the holding member 53 is extended in the vertical direction from the back surface of the end gate column 22x, and the locking device 50 and the stopper 52 are provided on the holding member 53.

  As shown in FIG. 17, an operation panel 80 for instructing operation of the elevating mechanism 12 is provided in front of one end gate support column 22x. According to the present embodiment, since the elevating mechanism 12 can be operated from outside the gate 21x, safety is high.

Hereinafter, a sliding door gate for a mechanical parking lot according to another embodiment of the present invention will be described.
19 is a perspective front view of a sliding door gate for a mechanical parking lot according to another embodiment, FIG. 20 is a view taken along arrow A1 in FIG. 19, and FIG. 21 is a view taken along arrow A2 in FIG.
The sliding door gate 20B for a mechanical parking lot according to the present embodiment has a pair of end gate struts 22x and 22y disposed on both sides of the pit front entrance W, and a pair of end portions according to the base pitch P. There are middle gate struts 23x, 23y disposed between the gate struts 22x, 22y, and rails 24 disposed between the pair of end gate struts 22x, 22y for moving the gates 21x, 21y, 21z. doing.
The rail 24 is provided on the vehicle space side with respect to an imaginary line XX that connects the back surfaces of the pair of end gate struts 22x and 22y.
In this embodiment, the number of consecutive bases of the mechanical parking lot 10 is three, and three gates 21x, 21y, and 21z are provided.
The basic configuration of the gate 21z is the same as that of the gate 21x described with reference to FIGS.

22 is a view as viewed from the arrow B1 in FIG. 19, FIG. 23 is a view as viewed from the arrow B2 in FIG. 19, FIG. 24 is a view as viewed from the arrow B3 in FIG.
As shown in FIG. 22, one end gate column 22x is provided with an end column bracket 60x.
Further, as shown in FIG. 23, the other end gate column 22y is provided with an end column bracket 60y.
Further, as shown in FIG. 24, the middle gate column 23x is provided with a middle column bracket 70x.
Moreover, as shown in FIG. 25, the middle gate column 23y is provided with a middle column bracket 70y.

One end support bracket 60x forms a recess guide 61x that guides one tip guide 31x of the gate 21x when the gate 21x is closed and guides the other tip guide 31y of the gate 21y when the gate 21y is fully opened. doing.
The other end support bracket 60y forms a recess guide 61y that guides the other tip guide 31y of the gate 21z when the gate 21z is closed.
The middle support bracket 70x forms a recess guide 71x that guides the other tip guide 31y of the gate 21x when the gate 21x is closed and guides the other tip guide 31y of the gate 21y when the gate 21y is closed. .
The concave guide 71x guides one tip guide 31x of the gate 21x when the gate 21x is fully opened, and guides one tip guide 31x of the gate 21y when the gate 21y is fully opened.
The recess guide 71x guides the upper frame 33 of the gates 21x and 21y during the opening and closing operation of the gates 21x and 21y.

The middle support bracket 70y forms a concave guide 71y that guides one tip guide 31x of the gate 21y when the gate 21y is closed and guides one tip guide 31x of the gate 21z when the gate 21z is closed. .
The recess guide 71y guides the other tip guide 31y of the gate 21z when the gate 21z is fully open.
The recess guide 71y guides the upper frame 33 of the gate 21z during the opening / closing operation of the gate 21z.
As shown in FIGS. 22 to 25, the end support brackets 60x and 60y and the intermediate support brackets 70x and 70y are formed with recess guides 61x, 61y, 71x and 71y on the lower surface, and the recess guides 61x and 61y. 71x and 71y guide the upper ends of the tip guides 31x and 31y, that is, both side portions of the protruding piece 31b from above.

FIG. 26 is a view taken in the direction of arrow A3 in FIG.
The end column brackets 60x and 60y do not protrude from the width of the end gate columns 22x and 22y, and the middle column brackets 70x and 70y do not protrude from the width of the middle gate columns 23x and 23y.
In the present embodiment, the width of the end support brackets 60x and 60y is the same as the width of the end support posts 22x and 22y, and the width of the intermediate support brackets 70x and 70y is the same as that of the middle gate supports 23x and 23y. The width is the same.
When the gate 21x is in a closed state, one tip guide 31x of the gate 21x is disposed within the width of one end gate column 22x. When the gate 21z is in a closed state, the other tip guide 31y of the gate 21z is at the other end. It arrange | positions within the width | variety of the part gate support | pillar 22y.
The end support brackets 60x and 60y are detachably attached to the end gate support posts 22x and 22y by inserting bolts 62 from above. The middle support brackets 70x and 70y are detachably attached to the middle gate supports 23x and 23y by inserting bolts 72 from above.

FIG. 27 is an A4 arrow view of FIG. 19 and is an enlarged view partially omitted.
Stopper stands 81x and 81y are provided on the boarding surface H at positions facing the middle gate posts 23x and 23y. The rail 24 is located between the middle gate posts 23x and 23y and the stopper stands 81x and 81y.

As shown in FIG. 27, when the gates 21x and 21y are in the closed state, the projecting piece 32b constituting the gate retaining material 32y of the gate 21x is close to or abuts on the stopper stand 81x, and the gate retaining material of the gate 21y. The projecting piece 32b constituting 32y comes close to or comes into contact with the back surface of the middle gate support column 23x.
Further, when the gate 21x is in a fully opened state, the gate retaining material 32x of the gate 21x.
The projecting piece 32b that constitutes is in contact with or in contact with the stopper stand 81x.
Further, when the gate 21y is in a fully opened state, the gate retaining material 32x of the gate 21y.
The projecting piece 32b that constitutes is in contact with or in contact with the back surface of the middle gate post 23x.
Accordingly, by providing the gate stoppers 32x and 32y protruding sideways at the lower ends of the side portions of the gates 21x and 21y, it is possible to prevent the gates 21x and 21y from being removed due to dropping or mischief of the gates 21x and 21y.

When the gates 21y and 21z are in the closed state, the protruding piece 32b constituting the gate retaining material 32x of the gate 21z is in proximity to or in contact with the stopper stand 81y, and the protruding piece 32b constituting the gate retaining material 32x of the gate 21y. Is close to or in contact with the back surface of the middle gate post 23y.
Further, when the gate 21z is in the fully opened state, the protruding piece 32b constituting the gate retaining material 32y of the gate 21z comes close to or abuts on the stopper stand 81y.
Therefore, by providing the gate retaining materials 32x and 32y protruding sideways at the lower end of the side portion of 21z, it is possible to prevent the gate 21z from being removed due to the dropping or mischief of the gate 21z.

28 is a rear view of the main part of FIG.
As shown in FIG. 28, by guiding the distal end guide 31x of the gate 21y with the middle column bracket 70y, the overlap between the side portion of the gate 21y and the middle gate column 23y can be reduced. Therefore, in the state where the gate 21y is closed, the middle gate column 23y has a surface where the gate 21y is not located, and the surface where the gate 21y is not located can be used effectively.
When the gate 21y is closed, the handle 38 is disposed within the width of the middle gate column 23y. According to the present embodiment, a limited space can be effectively utilized without narrowing the linkage base pitch P.

A detector 40 for detecting the closing of the gate 21y is provided on the back surface of the middle gate support 23y in a state where the gate 21y is closed. In this embodiment, a limit switch is used as the detector 40, and the closed state of the gate 21y is detected when the limit striker 41 comes into contact therewith. According to the present embodiment, the detector 40 can be provided on the back surface of the middle gate column 23y, and by providing the detector 40, the elevating mechanism 12 can be controlled by the open / closed state of the gate 21y.
That is, in a state where the detector 40 does not detect the closed state of the gate 21y, safety can be improved by not operating the elevating mechanism 12.
On the back surface of the middle gate support 23y, a lock device 50 is provided for maintaining the closed state of the gate 21y with the gate 21y closed.
In the present embodiment, a female locking member 51x is used as the locking device 50, and the gate 21y can be kept closed by being fitted to the male locking member 51x, thereby improving safety.

In addition, a stopper 52 that restricts the movement of the gate 21y in the closing direction is provided on the back surface of the middle gate post 23y. In this embodiment, a buffer material is used as the stopper 52. By providing the stopper 52 on the back surface of the middle gate post 23y, it is possible to prevent the gate 21y from being detached or damaged.
In this embodiment, the holding member 53 is extended in the vertical direction from the back surface of the middle gate column 23y, and the locking device 50 and the stopper 52 are provided on the holding member 53.

  As shown in FIG. 22, an operation panel 80 for instructing operation of the elevating mechanism 12 is provided in front of one end gate column 22 x. According to the present embodiment, since the elevating mechanism 12 can be operated from outside the gate 21x, safety is high.

29 and 30 show a sliding gate for a mechanical parking lot according to still another embodiment.
29 is a plan view of a parking lot where the sliding door gate for the mechanical parking lot is installed, and FIG. 30 is a side view of the main part of the sliding door gate for the mechanical parking lot.
In the present embodiment, a parking lot in which a double-base mechanical parking lot 10A and a triple-base mechanical parking lot 10B are provided is shown.
The double-base mechanical parking lot 10A is provided with a mechanical parking lot sliding door 20A, and the triple-base mechanical parking lot 10B is provided with a mechanical parking lot sliding gate 20B.
The mechanical parking lot sliding door gate 20A has a pair of end gate struts 22Ax and 22Ay, and the mechanical parking lot sliding door gate 20B has a pair of end gate struts 22Bx and 22By. Yes.
The mechanical parking lot sliding door type 20A and the mechanical parking lot sliding door type gate 20B have the same configurations as those described in the above embodiment, and thus the description thereof is omitted.

A photoelectric sensor column 90A is provided corresponding to the end gate column 22Ay of the mechanical parking lot sliding door 20A adjacent to the mechanical parking lot 10B. That is, the photoelectric sensor column 90A is provided in the pit depth B direction of the end gate column 22Ay.
A photoelectric sensor column 90B is provided corresponding to the end gate column 22Bx of the mechanical parking lot sliding door 20B adjacent to the mechanical parking lot 10A. That is, the photoelectric sensor support 90B is provided in the pit depth B direction of the end gate support 22Bx.
As shown in FIG. 30, the irradiation part of the photoelectric sensor 91 is provided on the back surface of the end gate support columns 22Ay and 22Bx, and the light receiving unit 92 is provided on the photoelectric sensor support columns 90A and 90B.
Since the light from the irradiation part of the photoelectric sensor 91 is blocked, the moving body is between the end gate column 22Ay and the photoelectric sensor column 90A or between the end gate column 22Bx and the photoelectric sensor column 90B. Detects that has entered.

When the photoelectric sensor 91 for detecting the moving body in the pit depth direction is arranged on the rear surface of the end gate column 22Ay and the photoelectric sensor 91 of the end gate column 22Ay detects the moving body, the lifting mechanism 12A is not operated. . Further, a photoelectric sensor 91 that detects a moving body in the pit depth direction is disposed on the back surface of the end gate column 22Bx, and when the photoelectric sensor 91 of the end gate column 22Bx detects the moving body, the lifting mechanism 12B is Do not operate.
According to the present embodiment, the photoelectric sensor 91 can be provided on the back surface of the end gate struts 22Ay and 22Bx, and the safety can be improved by providing the photoelectric sensor 91.

In the said Example, although the sliding door type gate for mechanical parking lots installed in a mechanical parking lot was demonstrated, it is applicable also besides mechanical parking lots.
That is, it can be applied as a sliding door type gate that closes the frontage.
The sliding door type gate includes a pair of end gate struts 22x and 22y disposed on both sides of the frontage, a middle gate strut 23, 23x and 23y disposed between the pair of end gate struts 22x and 22y, and a pair. And a rail 24 for moving the gates 21x, 21y, and 21z, and is protruded laterally at the upper ends of the side portions of the gates 21x, 21y, and 21z. End guides 31x and 31y are provided, and the end gate struts 22x and 22y are provided with end support strut brackets 60 each having a recess guide 61 for guiding one end guide 31x or the other end guide 31y. For the gate struts 23, 23x, 23y, there is a middle strut bracket 70 formed with a recess guide 71 for guiding one tip guide 31x or the other tip guide 31y. This reduces the overlap between the gate side portion and the end gate strut 21x and the overlap between the gate side portion and the middle gate struts 23, 23x, 23y, and closes the gates 21x, 21y, 21z. The end gate struts 22x, 22y and the middle gate struts 23, 23x, 23y have surfaces on which the gates 21x, 21y, 21z are not located, and the surfaces on which the gates 21x, 21y, 21z are not located are effectively used. it can.

  The present invention can be applied to other sliding door gates as well as sliding gates for mechanical parking lots.

DESCRIPTION OF SYMBOLS 10 Mechanical parking lot 11 Front entrance of pit 12 Lifting mechanism 20A Sliding door type gate for mechanical parking lot 20B Sliding door type gate for mechanical parking lot 21x, 21y, 21z Gate 22x, 22y End gate support 23, 23x, 23y Middle gate support 24 Rail 31x, 31y Tip guide 32x, 32y Gate stopper 38 Handle 40 Detector 50 Locking device 52 Stopper 60x, 60y End support bracket 61x, 61y Recess guide 70, 70x, 70y Middle support bracket 71, 71x, 71y Recess guide 80 Operation panel 81, 81x, 81y Stopper stand 90A, 90B Photoelectric sensor support column 91 Photoelectric sensor 92 Light receiving unit

Claims (15)

It is a sliding gate for a mechanical parking lot that places a gate at the front pit of a mechanical parking lot with a plurality of vehicle spaces,
A pair of end gate struts arranged on both sides of the front opening of the pit,
A middle gate strut disposed between the pair of end gate struts according to the base pitch,
A rail disposed between the pair of end-use gate columns and moving the gate;
The number of gates corresponds to the number of consecutive bases,
Provided at the upper end of the side of the gate is a tip guide protruding sideways,
The end gate support column is provided with an end support bracket formed with a recess guide for guiding one of the tip guides,
A sliding door type gate for a mechanical parking lot, wherein the middle gate column is provided with a middle column bracket in which a concave guide for guiding the other tip guide is formed. The column support bracket for the end and the column support bracket for the middle form the recess guide on the lower surface, the recess guide guides the upper end of the tip guide from above,
The end support bracket is detachably provided to the end gate support,
The sliding door gate for a mechanical parking lot according to claim 1, wherein the middle support column bracket is detachably attached to the middle gate column. The end support column bracket does not protrude from the width of the end gate support column,
3. The mechanical type according to claim 1, wherein, in a state in which the front opening of the pit is closed by the gate, one of the tip guides is disposed within the width of the end-use gate column. Sliding door gate for parking lots. On one side of the gate, there is a handle protruding sideways,
The mechanical parking according to any one of claims 1 to 3, wherein the handle is disposed within a width of the end gate column in a state where the front opening of the pit is closed by the gate. A sliding door gate for parking lots. The rail is provided on the vehicle space side with respect to an imaginary line that connects the rear surfaces of the pair of end gate columns,
5. The detector according to claim 1, wherein a detector for detecting the closing of the gate is provided on the rear surface of the end gate column for the end portion in a state where the front opening of the pit is closed by the gate. A sliding door gate for a mechanical parking lot according to any one of the above. The mechanical parking lot has a lifting mechanism;
6. The sliding door gate for a mechanical parking lot according to claim 5, wherein the lifting mechanism is not operated in a state where the detector does not detect closing of the gate. The rail is provided on the vehicle space side with respect to an imaginary line that connects the rear surfaces of the pair of end gate columns,
5. The lock device for maintaining the gate closed in a state in which the front opening of the pit is closed by the gate on the back surface of the end gate column. A sliding door gate for a mechanical parking lot according to any one of the above. The rail is provided on the vehicle space side with respect to an imaginary line that connects the rear surfaces of the pair of end gate columns,
The sliding door type for a mechanical parking lot according to any one of claims 1 to 4, wherein a stopper for restricting movement of the gate in the closing direction is provided on the back surface of the end gate column. Gate.   The sliding door type gate for a mechanical parking lot according to any one of claims 1 to 8, wherein a gate retaining member that protrudes laterally is provided at a lower end of the side portion of the gate. The sliding door gate for a mechanical parking lot according to claim 6, wherein an operation panel for instructing operation of the lifting mechanism is provided in front of one of the end gate columns. The rail is provided on the vehicle space side with respect to an imaginary line that connects the rear surfaces of the pair of end gate columns,
A photoelectric sensor that detects a moving body in the pit depth direction is disposed on the back surface of the end gate support column.
The sliding door gate for a mechanical parking lot according to claim 6, wherein when the photoelectric sensor detects the moving body, the lifting mechanism is not operated. A sliding door gate for a mechanical parking lot where a plurality of vehicle spaces are provided and a gate is disposed at the front pit of a mechanical parking lot having a lifting mechanism,
A pair of end gate struts arranged on both sides of the front opening of the pit,
A middle gate strut disposed between the pair of end gate struts according to the base pitch,
A rail disposed between the pair of end-use gate columns and moving the gate;
The number of gates corresponds to the number of consecutive bases,
The rail is provided on the vehicle space side with respect to an imaginary line that connects the rear surfaces of the pair of end gate columns,
On the back surface of the end gate support column, a detector for detecting the closing of the gate is provided in a state where the front opening of the pit is closed by the gate,
Provided on the front face of the end gate support column is an operation panel for instructing operation of the lifting mechanism,
The sliding door gate for a mechanical parking lot, wherein the lifting mechanism is not operated regardless of the operation on the operation panel when the detector does not detect the closing of the gate. A pair of end gate struts arranged on both sides of the frontage;
A middle gate strut disposed between the pair of end gate struts;
A rail for moving the gate disposed between the pair of end-use gate columns;
Provided at the upper end of the side of the gate is a tip guide protruding sideways,
The end gate support column is provided with an end support bracket formed with a recess guide for guiding one of the tip guides,
A sliding door type gate, wherein the middle gate column is provided with a middle column bracket in which a concave guide for guiding the other tip guide is formed. The column support bracket for the end and the column support bracket for the middle form the recess guide on the lower surface, the recess guide guides the upper end of the tip guide from above,
The end support bracket is detachably provided to the end gate support,
The sliding door gate according to claim 13, wherein the middle support bracket is detachably attached to the middle gate support. Provided on the back of the end gate support column is a stopper that restricts the movement of the gate in the closing direction,
The sliding door type gate according to claim 13 or 14, wherein a gate retaining member that protrudes laterally is provided at a lower end of the side portion of the gate.