JPH06345169A - Longitudinal-connection type transportation device for board-shaped item such as glass board - Google Patents

Abstract

PURPOSE:To make it possible to store a board-shaped intem corresponding to the amount thereof by constituting a base by a plurality of unit bases which are arranged parallelly in a longitudinal direction and connected together detachably so that the longitudinal length of the base is acdjustable corresponding to the number of the unit bases to be used. CONSTITUTION:A glass board transportation device 1 comprises a base 2, back receiving panel 4 as an inclination-preventive body and front-preventive panel 5, and inclination-preventive body connection mechanism 7. The base 2 for supporting the lower edge of an upstanding glass board G has the arrangement such that a plurality of unit bases 3 are disposed parallelly adjacent to one another in a back and forth direction and detachably connected together by a connecting mechanism 6. The unit base 3 supports a small lot of glass boards and comprises a square framed structure, wherein inner and outer engaging cylinders which are parts of the mechanism 6 provided on both sides of the opposite ends of the structure are respectively engaged with those provided in adjacent unit bases 3 in such a manner that a leg of each panel 4, 5 is vertically fitted into an opening of the engaging part of the mechanism 6.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a transportation tool used for transportation of plate-like objects such as glass plates.

[0002]

2. Description of the Related Art For example, glass plates for processing are generally manufactured in each glass processing base and then distributed to each user or each construction site.

Therefore, in order to transport the glass sheet through such a distribution process, a glass sheet transporting tool is used in order to realize safe transportation without damaging the glass sheet.

As such a glass plate transporting device, conventionally,
An integrated base with a predetermined predetermined width that supports the lower edge of the glass plate in an upright state, and a panel-shaped spine that stands on the base part and prevents the glass plate from tilting. A vehicle having a receiver is provided.

However, in the above-described glass plate transporting tool as described above, when it is necessary to transport a smaller number of glass plates than the expected number, a wasteful empty space is generated on the base, There is a problem that a large amount of space is unnecessarily required when the product is loaded on a truck or the like and is transported or temporarily stored.

Further, when a plurality of small lots of glass plates are to be accommodated and transported in a case where the number of the products is small, a wasteful empty space is similarly generated on the base, and space is reduced. However, there was a problem that the transportation could not be performed efficiently.

In view of the above-mentioned conventional problems, the present invention is capable of accommodating a plate-like material such as a glass plate to be transported without wasteful space, and the like. The main purpose is to provide a transportation tool for plate-shaped materials.

[0008]

For the above-mentioned purpose, the first
Of the present invention, a base that supports the lower edge of a plate-like object such as a glass plate, and stands upright on the base to prevent the plate-like object from tilting,
In a transportation tool for a plate-like object such as a glass plate provided with a tilting prevention member such as a panel, the base is composed of a plurality of unit bases that are detachably connected in parallel in the front-rear direction. According to the number of the unit bases, the length of the base in the front-back direction is adjusted, and a plate-like front-and-back connection type transportation tool such as a glass plate is summarized.

A second aspect of the present invention is the above-mentioned first aspect, in which the inner fitting cylindrical portion has an opening on the upper surface on the opposite side of the adjacent one of the unit bases, the opening allowing the insertion of the foot of the tilting prevention body. Is provided on the opposite side of the other unit base,
An opening that is arranged corresponding to the inner fitting cylindrical portion, has an upper surface that allows insertion of the foot of the tilting prevention body, and an opening that allows insertion of the inner fitting at the opposite side surface. An outer fitting cylindrical portion having an upper surface opening portion and an independent state is provided,
While the inner fitting tubular portion is inserted and fitted into the outer fitting tubular portion through the openings on the opposite side surfaces thereof, the legs of the back receiving body are inserted through the upper openings of the inner and outer fitting tubular portions. By inserting into the inner fitting tubular portion, the back receiving body is held in an upright state, and the front and rear unit bases are connected to each other. The main point is articulated transportation equipment.

According to a third aspect of the present invention, in the second aspect, the set pin is passed through the outer fitting tubular portion, the inner fitting tubular portion and the foot of the back receiving body. The gist is a transportation device that connects front and rear plates such as glass plates.

A fourth aspect of the present invention is the above-mentioned first, second or third aspect of the invention, wherein a plurality of tilt preventing members are provided on the base at an interval in the front-rear direction, and
A connecting arm is provided as a connecting mechanism for connecting the tilting preventive bodies adjacent to each other, and the connecting arm includes an arm body having a cross-section downward-opening U-shape and upper plate portions thereof at both ends of the lower-opening U-shape arm main body. Has a protruding plate part that protrudes outward,
The projecting plate portion on one end side of the arm serves as a pivotally attaching plate portion, which is close to the upper surface of one of the adjoining tilting stoppers and which is close to the upper surface.
In a mode capable of separating and displacing, the pin is pivotally mounted so as to be swingable, and a notch for locking is provided at a side edge of the projecting plate portion on the other end side of the connecting arm, and the notch, By the swinging of the arm, it is supposed to be laterally fitted and latched to the latching pin provided corresponding to the other adjacent tilting prevention body,
And, in this fitting locked state, the proximal end pivotal plate portion of the connecting arm is brought into a close displacement state with respect to the upper surface of the tilt preventing body, so that the proximal end sides of the left and right side plate portions of the U-shaped arm body. The edge of the contact arm comes into contact with the side surface of the upper surface of the tilt preventing body to prevent the connecting arm from swinging, while the base end pivot plate of the connecting arm is moved away from the upper surface of the tilt preventing body. As a result, both side plate portions of the U-shaped arm main body are displaced above the upper surface of the tilt preventing body so that the connecting arm can swing. The gist is the front-to-back connected transportation device.

[0012]

According to the first aspect of the invention, the base is composed of a plurality of unit bases which are arranged in parallel in the front-rear direction and are detachably connected to each other. By adjusting the length, it is possible to arrange the number of unit bases necessary for the transportation according to the amount of the plate-like material to be transported and to connect them to each other to form the base. it can.

Therefore, when the quantity of the plate-like material to be transported is small, the number of unit bases used is reduced according to the quantity, while when the quantity of the plate-like material to be transported is large. ,
If the number of unit bases to be used is increased in accordance with the amount, it is possible to realize space-saving accommodation in accordance with the amount of plate-shaped objects.

In the second aspect of the invention, the inner fitting cylindrical portion provided on one of the adjacent unit bases is opposed to the inner fitting cylindrical portion provided on the other adjacent unit base. The legs of the back support body are inserted into the inner fitting tubular portion through the openings on the upper surfaces of both the inner and outer fitting tubular portions while being inserted and fitted through the openings on the side side surfaces. Since the body is held in an upright position and the front and rear unit bases are connected to each other, the connection between the tilting prevention body and the front and rear unit bases is organically integrated and structured. Is extremely simple.

Further, according to the third aspect of the invention, the set pin is passed through the outer fitting tubular portion, the inner fitting tubular portion and the foot of the back receiving member. Also, the connection state of the three members of the tilt prevention body becomes a solid one with an extremely simple structure.

Further, in the fourth aspect of the invention, when the front and rear tilting stoppers are connected to each other, the pivotally connecting portion of the connecting arm is set in a separated displacement state with respect to the upper surface of the tilting stopper, and in that state. If the connecting arm is swung to the side of the other adjacent tilting preventive body, the notch for locking at the tip end is fitted and locked to the locking pin of the other tilting preventive body. The tilt blocking bodies are connected to each other. Then, in this state, if the pivotally connecting part of the connecting arm is brought into a close displacement state with respect to the upper surface of the tilt-preventing body, the proximal edges of both side plate parts of the downward-opening U-shaped arm body are prevented from tilting the same. As the contact arm comes in contact with the side surface of the upper surface of the body, the swinging of the connecting arm is prevented, and the tilting preventive bodies are firmly and reliably connected by the connecting arm.

On the other hand, in the case of releasing the connection between the tilt preventing bodies, if the pivotally connecting part of the connecting arm is moved away from the upper surface of the tilt preventing body, the connecting arm can swing. In this state, when the arm is swung, the hooked state between the notch and the pin is released, and the connection state between the two tilt blocking bodies is released.

[0018]

EXAMPLES Next, examples in which the transporting tool of the present invention is applied to transporting glass sheets will be described.

As shown in FIG. 1 (a), in this glass plate transporting tool (1), (2) is a base, (3) ... Is a unit base, and (4) ... Back support panel, (5) Front protection panel as a tilting block,
(6) is a unit base connection mechanism, and (7) is a tilt blocking body connection mechanism.

The base (2) supports the lower edge of the glass plate (G) in an upright state, and is constituted by one unit base (3) as shown in FIG. 1 (b). Alternatively, as shown in FIG. 1 (a), a plurality of unit bases (3) are arranged side by side in the front-rear direction and are detachably connected to each other.

The unit base (3) supports a small lot of glass plates, and is composed of a rectangular frame structure as shown in FIGS. 2 (a) and (b), and its width in the front-rear direction is as follows. It is designed to have such a short dimension that it can accommodate a small lot of glass sheets (G), and its width in the left-right direction is a predetermined dimension that can stably support such glass sheets (G). Is designed. In addition, (8) is a cushioning material.

The back support panel (4) receives one side of the glass plate (G), and as shown in FIG.
The ends of the upper and lower rectangular horizontal aggregates (9) and (10) are connected to each other by the right and left rectangular vertical aggregates (11) and (11), and the rigidity is increased by other intermediate vertical aggregates (12) and (12). It has a rectangular flat plate-shaped frame structure and is designed to have substantially the same width as the base (2). And the lower ends of the left and right vertical aggregates (11) (11) are
It projects below the lower horizontal aggregate (10), and the projections constitute the legs (13) (13) of the back support panel (4).
In these respects, the front protection panel (5) has the same structure as the back support panel (4). In addition, (15)
Is a hook, (8) is a cushioning material, and (16) is a band. Further, as shown in FIG. 6, the front protection panel (5) is provided with a set pin (17) adjacent to the inside of the foot (13).

The unit base connecting mechanism (6) connects adjacent unit bases (3) and (3) with each other, and at the same time vertically holds the back support panel (4) on the base.

That is, the connecting mechanism (6) is shown in FIG.
1) As shown in (a-2) and (b), the inner fitting cylindrical portions (18) provided in the front projecting state on the front side both sides of the adjacent rear unit bases (3) respectively. And outer fitting cylindrical parts (19) provided on both sides of the rear surface side of the adjacent unit bases (3) on the front side, and feet (13) of the back support panel (4).
And a set pin (20).

The inner fitting tubular portion (18) has a rectangular shape and has an opening (22) in the upper surface thereof, and the foot of the back receiving panel (4) is internally provided through the opening (22). Are adapted to be fitted and inserted.

The outer fitting tubular portion (19) also has a rectangular shape, and has an opening (23) on the rear side surface thereof, and the inner fitting is internally performed through the opening (23). The tubular portion (18) is adapted to be fitted and fitted, and the upper surface thereof has an opening (24) independent of the side opening (23).
The insertion of the foot (13) of the back receiving panel (4) is allowed inside through the opening.

The set pin (20) is provided in the unit base (3) adjacent to the inner side of the outer fitting tubular portion (19) so as to be movable in the left-right direction. Pin insertion holes (25) are provided in the fitting tubular portions (18) and (19) and the foot (13) of the back receiving panel (4).

Therefore, as shown in FIG. 4B, the inner fitting cylindrical portion (18) is inserted and fitted into the outer fitting cylindrical portion (19) through the side opening (23), and In the fitted state, the feet (13) of the back receiving panel (4) are inserted and fitted into the inner fitting tubular portion (18) through the upper opening portions (22) and (24), so that they are adjacent to each other. Unit base of (3)
(3) are connected to each other, and the back support panel (4) is connected and held in an upright state, so that these three parts are organically connected.

As shown in FIG. 5, the tilting block connecting mechanism (7) connects the adjacent back support panels (4) and (4) to each other, and as shown in FIG. 7, the front protection panel (5). ) And the back support panel (4) adjacent thereto, and is provided with a connecting arm (27) as a main component thereof.

The connecting arm (27) is provided with an arm main body made of a U-shaped channel material having a predetermined length which opens downward, and is provided on the upper horizontal aggregate (9) of the back support panel (4).
It is formed in such a size that it can be fitted from the upper surface side in a substantially fitted state. An upper plate part (27a) of the U-shaped arm body of the connecting arm (27) is extended and protruded outward to form a plate-like pivot part (28). . Further, the upper plate portion (27a) of the connecting arm (27) is extended and protruded from the other end portion of the U-shaped arm main body, and the upper plate portion (27a) is laterally opened at one side edge portion of the protruding plate portion. The notch (29) is formed.

On the other hand, a pin (30) is provided on one side of the upper horizontal aggregate (9) of the back receiving panel (4). The pin (30) is vertically penetrated through the horizontal aggregate (9),
The transverse aggregate (9) is attached to the horizontal aggregate (9) in a state where it is kept standing by downward by its own weight and can be projected upward by being lifted against its own weight. The connecting arm (27) is held by the pin (30) such that the upward protruding portion of the pin (30) penetrates through the plate-like pivoting portion (28) at one end of the arm and is rotatable relative to the pin (30).

The connecting arm (27) has the pivot (28) together with the pin (30) axially displaces the pin (30) from the upper surface of the upper transverse aggregate (9). As a result, the pivoting portion (28) of the connecting arm (27) is oriented at a right angle to the upper transverse aggregate (9) while the pivot arm (28) is freely swingable in the horizontal plane. When it is displaced close to the upper surface of (9), the edge portions (31) (31) of the side plate portions (27b) (27b) of the arm (27) on the pivotal attachment side are located on the front side of the upper transverse aggregate (9). The arm (27) is held in a state in which the swing of the arm (27) is blocked. That is, the edge portions (31) of the both side plate portions (27b) (27b) of the arm (27) on the pivotal attachment side.
(31) constitutes the engaging portion in the present invention.

As shown in FIG. 7, the connecting arm (27) is not pivotally attached to the front protection panel (5), but the pin (30) is not attached to the back support panel (4). As in the case, the upper transverse aggregate (9) is vertically penetrated,
It is attached to the transverse aggregate (9) in a retaining state in a mode in which it is always standing by downward by its own weight and can be projected upward by being lifted against its own weight.

The transportation tool (1) having the above structure is used for transportation of glass plates as follows.

First, small lots of glass plates
The case of loading on transportation equipment will be described.

In this case, the number of unit bases (3) ... Is prepared according to the number of the product types. Then, as shown in FIG. 2A, for one unit base (3) among them,
Install the back support panel (4). In this installation, the legs (13) of the back support panel (4) are inserted and fitted into the outer fitting cylindrical part (19) of the unit base (3) through the upper opening (24), and in that state. , Set pin (20) is projected outward. Then, as shown in FIG. 2B, a small lot of glass plates (G) is set up,
The lower edge portion is supported on the unit base (3), and one side thereof is received by the back support panel (4), and in that state, the band (B) is used for the small lot glass plate (G).
To the back support panel (4). Next, prepare the next unit base (3) and the next back support panel (4), and
And as shown in FIG. 4, the unit base (3) is arranged adjacent to the front side of the unit base (3) which is being supported by the glass plate, and the inner fitting cylindrical portion (18) is fitted outside. Cylindrical part (19)
The legs (13) of the back receiving panel (4) are inserted and fitted into the inner fitting tubular portion (18) from above, and the set pin (20) is projected outward. As a result, both unit bases (3) and (3) are connected to each other, and at the same time, the back support panel (4) is also attached in an upright state. Furthermore, FIG.
As shown in Fig. 6, the connecting arm (27) of the back support panel (4) located on the rear side is displaced upward, and is swung to the front back support panel (4) side, and the arm tip is locked. The engaging notch (29) is fitted to the pin (30) of the front back support panel (4) on the lower surface side of the pivotal attachment portion (28) of the front arm, and in that state, the connecting arm ( The pivot part (28) of 27) is brought into a state of being displaced toward the upper surface of the upper transverse aggregate (9). As a result, the swinging of the connecting arm (27) is prevented, the notch (29) and the pin (30) are held in a locked state, and the front and rear back receiving panels (4) are firmly connected. . In this state, similarly to the above case, the glass plate (G) of the next small lot is supported on the unit base (3) and is bound by the band (B). After this operation is repeated to accommodate the small lot glass plates of all kinds to be transported, as shown in FIG. 6A, the inner fitting cylindrical portion of the unit base (3) located at the forefront. The foot (13) of the front protection panel (5) is inserted and fitted into the (18), and the set pin (17) is used to prevent it from being pulled out. ) And the front protection panel (5). In this state, the small lot glass plates (G) of various types described above are transported.

When carrying a small lot of glass plates of a smaller number of types than the above, a unit base (3) is prepared corresponding to the number of types of the smaller number than the above case,
In the same manner as described above, small lot glass plates of each kind should be accommodated.

In case of transporting one kind of small lot glass plate, one unit base (3) is prepared and one back receiving panel (4) and front face are prepared as shown in FIG. 1 (B). Using the protection panel (5), the small rod glass plate (G)
Are stored and transported.

Since the transportation tool (1) in this case has a narrow width in the front-rear direction, as shown in FIG.
It is preferable to use jigs (33) (33) to support the transportation tool (1) from both front and rear directions in order to stably hold the transportation tool (1) in a state of being loaded on a truck. The jig (33) includes a bar-shaped jig main body (34) for supporting the middle portion in the height direction of the front surface or the rear surface of the transportation tool (1) and the upper edges of the truck carrier side plates (S) (S). The jig main body (34) has a double-tube fitting structure, and has a lower open U-shaped hooking portion (35) that is hooked to a portion between the side plates (S) (S) of the truck. It is possible to adjust the expansion and contraction according to the distance distance.

As described above, according to the transporting tool (1) having the above-mentioned structure, the transporting tool (1) can be transported according to the amount of the glass plate (G) to be transported.
It is possible to determine the number of unit bases (3) to be used, and to assemble the transportation tool (1) with a size corresponding to the amount of the glass plate (G), and thus create a useless empty space in the transportation tool (1). It is very convenient that the glass plate (G) can be transported without any space and is advantageous in terms of space.

In particular, when transporting small lots of glass plates of different types, there is an advantage in that space-saving transportation can be realized according to the number of types.

The transport tool (1) is made of metal, but the material is not particularly limited and may be wood.

[0043]

According to the above, the transportation device of the first invention is
The base is composed of a plurality of unit bases that are arranged in parallel in the front-rear direction and are detachably connected, and the length of the base in the front-rear direction is adjusted according to the number of unit bases used. Therefore, the number of unit bases required for the transportation can be connected to each other to form a base according to the amount of the sheet to be transported, and the space is wasted according to the amount of the sheet. It is possible to realize accommodation of a plate-like object such as a glass plate that does not exist.

Further, in the transporting tool of the second invention, the inner fitting cylindrical portion provided on one of the adjacent unit bases is inside the outer fitting cylindrical portion provided on the other adjacent unit base. ,
By being inserted and fitted through the opening on the side surface on the opposite side, the legs of the back receiving body are inserted into the inner fitting cylindrical portion through the openings on the upper surfaces of the inner and outer fitting cylindrical portions, Since the back support is held in an upright position, and the front and rear unit bases are connected to each other, the connection of the tilt blocking body and the front and rear unit bases is
It can be realized organically and structurally very simply.

Further, in the transporting tool of the third invention, since the set pin is passed through the outer fitting tubular portion, the inner fitting tubular portion and the foot of the back receiving body, The unit base and the tilting block can be connected firmly to each other with a very simple structure, and safe transportation can be realized.

Further, since the transporting tool of the fourth aspect of the invention adopts the unique arm-type coupling mechanism having the above-mentioned peculiar structure in order to couple the adjacent tilting-preventing bodies, both the tilting-preventing bodies are prevented. The bodies can be connected to each other in a firm and reliable connection state without causing an unintended disconnection operation, and a plate-like material such as a glass plate can be safely transported.

[Brief description of drawings]

FIG. 1 shows an embodiment of a transportation tool. FIG. 1 (a) is an overall perspective view of the transportation tool in the case where a plurality of small lots of glass plates are simultaneously accommodated and transported, and FIG. It is a whole perspective view of a transportation tool in the case of accommodating and transporting one kind of glass plate.

2A and 2B show a process of assembling a transportation tool, wherein FIG. 2A is a perspective view showing a process of mounting a backrest on a unit base, and FIG. 2B is a state in which a glass plate is supported on the unit base. It is a perspective view.

FIG. 3 shows an assembling process of a transportation tool in the case of simultaneously transporting a small lot of glass sheets for a plurality of types.
It is a perspective view showing a state in which the next unit base is connected to the unit base shown in (b) and the next back receiving panel is erected.

FIG. 4 is a perspective view showing a connecting mechanism of front and rear unit bases and a back support panel, FIG. (A-1) is a perspective view showing the unit bases in a separated state, and FIG. Is a partially different perspective view, and FIG. 6B is a perspective view showing a state in which front and rear unit bases are fitted to each other and a back support panel is about to be inserted.

5 is a perspective view showing a connecting mechanism of front and rear back receiving panels, wherein FIG. 5 (a) is a perspective view showing a swinging process of the connecting arm, and FIG. 5 (b) is a fitting of a pin and a notch portion of the connecting arm. It is a perspective view which shows the state just before combination.

FIG. 6A is a perspective view showing a state where the front protection panel is being attached, and FIG. 6B is a front view of a foot portion of the front protection panel.

FIG. 7 shows a connecting structure of a front protection panel and a back support panel, FIG. (A-1) is a front view of a connecting arm mounting portion of the back support panel, and FIG. (A-2) is a front protection panel. FIG. 6 is a cross-sectional view showing a pin mounting portion, FIG. 6B is a perspective view showing a swinging process of the connecting arm, and FIG. 6C is a perspective view showing a state immediately before fitting of a pin with a notch portion of the connecting arm. .

FIG. 8 is a perspective view showing a state in which a transportation tool is loaded on a truck when one kind of small lot glass plate is stored.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Transport tool 2 ... Base 3 ... Unit base 4 ... Back support panel (tilt prevention body) 5 ... Front protection panel (tilt prevention body) 6 ... Unit base connection mechanism 7 ... Tilt prevention body connection mechanism 13 ... Foot 18 ... Inside Fitting tubular portion 19 ... Outer fitting tubular portion 20 ... Set pin 22 ... Top opening 23 ... Side opening 24 ... Top opening 25 ... Pin hole 27 ... Connecting arm 27a ... Top plate 27b ... Side plate 28 ... Pivoting part 29 ... Notch for locking 30 ... Pin (locking pin, pivoting pin) 31 ... End edge

Front Page Continuation (72) Inventor Kenki Kobayashi Sanchome, Honami-cho, Sakai City, Osaka Prefecture Osaka Eco-Kentetsu Co., Ltd. Inside Ekon Kentetsu Co., Ltd.

Claims (4)

[Claims] 1. A glass provided with a base for supporting a lower edge portion of a plate-like object such as a glass plate, and a tilting preventive member such as a panel which stands on the base and prevents tilting of the plate-like object. In a plate-shaped object transporter such as a plate, the base is composed of a plurality of unit bases which are arranged in parallel in the front-rear direction and are detachably connected to each other. A front-rear connecting transport device for a plate-like object such as a glass plate, characterized in that the length in the direction is adjusted. 2. On the opposite side of one of the adjacent unit bases,
An inner fitting cylindrical portion having an opening for allowing the foot of the tilting prevention body to be inserted is provided on the upper surface portion, and is arranged on the opposite side of the other unit base in correspondence with the inner fitting cylindrical portion. An outer fitting that has an opening in the upper surface that allows insertion of the foot of the tilting prevention body, and an opening that allows insertion of the inner fitting portion in the opposite side surface independently of the upper opening. A cylindrical portion is provided, and in a state where the inner fitting tubular portion is inserted and fitted into the outer fitting tubular portion through an opening of a side surface on the opposite side thereof, through an opening on an upper surface side of both the inner and outer fitting tubular portions. The back support body is held in an upright state by inserting the legs of the back support body into the inner fitting cylindrical portion, and the front and rear unit bases are connected to each other. A front-back connection type transportation tool for a plate-like object such as the glass plate described in 1. 3. A plate such as a glass plate according to claim 2, wherein a set pin is passed through the legs of the outer fitting tubular portion, the inner fitting tubular portion, and the back receiving body. Front-to-back connection type transportation equipment. 4. A plurality of the tilting preventive members are erected on the base at intervals in the front-rear direction, and
A connecting arm is provided as a connecting mechanism for connecting the tilting preventive bodies adjacent to each other, and the connecting arm includes an arm body having a U-shaped cross section with a downward opening.
The lower open U-shaped arm body has projecting plate portions at both ends thereof, the upper plate portions of which project outward, and the projecting plate portions on one end side of the arms serve as pivotally attaching plate portions and are adjacent to each other. Close to the top surface of the tilt blocking body
In a mode capable of separating and displacing, a pin is pivotally attached so as to be swingable, and a notch for locking is provided at a side edge of the protruding plate portion on the other end side of the connecting arm, and the notch is By swinging the arm,
It is adapted to be laterally fitted and latched to a latching pin provided corresponding to the other adjacent tilting prevention body, and in this fitted and latched state, the base end pivoting plate portion of the connecting arm is By being brought closer to the upper surface of the tilt preventing body, the proximal end edges of the left and right side plate portions of the U-shaped arm main body come into contact with the upper surface side surface of the same tilt preventing body, and While the swing is prevented, the base end pivotally connecting plate portion of the connecting arm is moved away from the upper surface of the tilting preventive body so that both side plate parts of the U-shaped arm main body of the tilting preventive body. The front-back connection type transport tool for a plate-like object such as a glass plate according to any one of claims 1 to 3, wherein the connecting arm is displaced upward from the upper surface so that the connecting arm can swing.