JPH06297995A - Plate glass carrier - Google Patents

Abstract

PURPOSE:To enable transportation of a large sized plate glass and to enable tire replacement by arranging a lower end of a frame lower than a base so as to lower a supporting position of the plate glass and by constituting the frame so that is can be raised by operation of a cylinder. CONSTITUTION:Guide supports 6 on the both sides of a platform are mounted so that stoppers 13 at their lower ends are lower than the platform. A frame 7 is constituted by a plurality of vertical members 14, a plurality of lateral members 15 and a receiving members 16, and at least one of the vertical members 14 is slidably engaged with a guide part of the guide support 6, while the lateral members 15 are located on the outer face of the vertical members 14 and framed with the vertical members 14. The receiving member 16 is extended between lower ends of the vertical members 14 in parallel with the lateral members 15 and projected outward. Moreover, an auxiliary frame 19 is provided on the frame 7 in capable of vertical slide with a cylinder 20 for auxiliary frame 20. By the above mechanism, this carrier can deal with a large sized plate glass, and as the fame 7 can be raised by a cylinder for frame 8, there is no trouble in replacing tires.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a flat glass carrier, and more particularly to a type suitable for carrying a large flat glass. Of course, this carrier can be applied not only to the flat glass but also to transport flat articles similar to the flat glass, such as fittings and wall materials.

[0002]

2. Description of the Related Art There is known a type in which a frame is mounted on a loading platform of a vehicle, and a plate glass is placed on the frame to carry the frame.

[0003]

In recent years, due to the development of plate glass manufacturing technology, one having a large area per sheet has been manufactured. However, in the conventional carrier, since the frame is assembled on the loading platform, it is not possible to carry a large sheet of glass whose height from the ground exceeds the vehicle height limit during loading. The present invention, by arranging the lower end of the frame to a position lower than the underframe, lowers the plate glass support position to accommodate a large plate glass, and raises the frame to enable tire replacement at the time of puncture. Intent.

[0004]

A plate glass carrier according to the present invention comprises a vehicle section and a cargo bed section. The vehicle section is of a conventional type in which a driver's cab is mounted on a chassis.
The loading platform has an underframe, a guide column, a frame, and a frame cylinder.

The underframe comprises a plurality of vertical joists and horizontal joists,
A base plate is arranged on the upper surface and is installed on the chassis. The guide column has a guide portion at the front portion, a stopper is provided at the lower end, and the rear portion is attached to the end portion of the lateral joist of the underframe below the lateral joist.

The frame is composed of a plurality of vertical members, a plurality of horizontal members, and a receiving member. At least one of the vertical members is slidably fitted to the guide portion of the above-mentioned guide column, the horizontal member is on the outer surface of the vertical member and is framed with the vertical member, and the receiving member is the horizontal member. They are installed in parallel between the lower ends of the vertical members and project outward from the frame surface. The frame cylinder is installed between the underframe and the frame.

The frame has an auxiliary frame composed of a plurality of vertical members and a horizontal member. The vertical member of this auxiliary frame is slidably fitted to the vertical member of the frame, and the horizontal member is The vertical member may be bridged between the upper end portions, and the auxiliary frame cylinder may be bridged between the frame and the auxiliary frame.

The guide post is constructed by back-to-back fixing a pair of channel steel members each having a lip at one end, and the portion including the lip serves as the above-mentioned guide portion, and the lower portion of the flange is a horizontal joist. Alternatively, the upper portion may be fixed to a column upright from the lateral joist.

The vertical member of the frame is constructed by welding the rear surface of the C-shaped steel material to this channel-shaped steel material so as to close the opening on the side surface of the channel-shaped steel material. It can also be slidably fitted to the portion including the aforementioned lip.

A partition plate adapted to the projecting length of the receiving member may be provided at the front end portion of the frame. Hooks may be installed on the lower surface of the receiving member of the frame and the upper surface of the lateral member of the auxiliary frame, respectively.

[0011]

[Function] The plate glass is placed on the receiving member and hung on the frame, and if necessary, a rope or the like is used to bind the members vertically and horizontally. If the rear tire is flat, operate the frame cylinder to push the frame upward from the tire position and replace the tire. After the replacement, operate the cylinder for the frame again to lower the frame and drive.

The frame has an auxiliary frame composed of a plurality of vertical members and a horizontal member, and the vertical member of the auxiliary frame is slidably fitted to the vertical member of the frame, and the horizontal member is When the auxiliary frame cylinder is installed between the upper ends of the vertical members and the auxiliary frame cylinder is installed between the frame and the auxiliary frame, when the vertical dimension of the sheet glass does not fit in the frame, the auxiliary frame cylinder is installed. The auxiliary frame is operated and pushed up from the frame, and the upper part of the plate glass is hung on this auxiliary frame. When the transportation is completed, operate the auxiliary frame cylinder again to lower the auxiliary frame and put it in the frame.

The guide post is constructed by back-to-back fixing a pair of channel steel members each having a lip at one end, and the portion including the lip serves as the above-mentioned guide portion, and the lower portion of the flange is a horizontal joist. When fixed and the upper part is fixed to the upright pillar from the horizontal joist, the rigidity of the guide pillar is increased, the flange can be easily attached to the lateral joist, and it is stably installed on the underframe and mounted at the lip part. It is possible to reliably guide the movement of the frame.

The vertical member of the frame is constructed by welding the rear surface of the C-shaped steel material to this channel-shaped steel material so as to close the opening on the side surface of the channel-shaped steel material. When it is slidably fitted to the portion including the above-mentioned lip, the C-shaped steel material is used for sliding fitting on the guide column, and the channel member is used for guiding on the vertical member of the auxiliary frame.

By partitioning the partition plate which fits the projecting length of the receiving member at the front end portion of the frame, when the plate glass is leaned against the frame, the front end portion of the partition glass is brought into contact with this partition so that the vehicle body It is possible to prevent the plate glass from shifting due to the vibration of. By installing hooks on the lower surface of the receiving member of the frame and on the upper surface of the lateral member of the auxiliary frame, the rope and the like for tying the plate glass can be easily and reliably erected.

A steel pipe is laid between the horizontal members of the frame in parallel with it, and several S-shaped hooks are hung on this steel pipe.
It may be used for suspending a plate glass, tying up a rope for binding, and other uses. If a cushioning material is attached to the front surface of the lateral member of the frame or the surface of the partition plate, it is possible to prevent the plate glass from being damaged by the vibration of the vehicle.

Further, when the lateral joist of the underframe touches the rear tire, this is cut off. Further, in order to prevent the plate glass from being damaged by the flip-up of gravel or the like by the rear wheels, a protective plate can be arranged at the relevant part of the frame.

[0018]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS 1 is a vehicle section and 2 is a cargo bed section. The vehicle unit 1 is of a normal type in which a cab 4 is mounted on a chassis 3. The loading platform 2 has an underframe 5, a guide column 6, a frame 7, and a frame cylinder 8.

The underframe 5 is constructed by arranging a plurality of vertical joists 9 and lateral joists 10 and a base plate 11 arranged on the upper surface, and is installed on the chassis 3. Various articles can be placed on the base plate 11.

As shown in FIG. 6, the guide pillar 6 has a guide portion 12 on the outer surface thereof, and as shown in FIG.
3 is provided, and the stopper 13 is attached to the end of the horizontal joist 10 of the underframe 5 with the stopper 13 lower than the lateral joist 10. The number of guide pillars 6 may be appropriate, but in terms of strength, each lateral joist 1
It is desirable to attach it to 0.

The frame 7 is composed of a plurality of vertical members 14, a plurality of horizontal members 15, and a receiving member 16. At least one of the vertical members 14 is slidably fitted in the guide portion 12 of the guide column 6. The horizontal member 15 is on the outer surface of the vertical member 14 and is framed with the vertical member. Further, the receiving member 16 is installed on the lower end portion of the vertical member 14 in parallel with the horizontal member 15, and
The bottom end surface of the glass sheet G is supported by projecting outward from the surface. The frame cylinder 8 is installed between the underframe 5 and the frame 7 to move the frame 7 up and down.

The frame 7 includes a plurality of vertical members 17 and horizontal members 18.
It has an auxiliary frame 19 composed of. This auxiliary frame 1
9, the vertical member 17 is slidably fitted to the vertical member 14 of the frame 7, and the horizontal member 18 is mounted between the upper ends of the vertical members 17. Then, the cylinder 20 for the auxiliary frame is installed between the frame 7 and the auxiliary frame 19 to move the auxiliary frame 19 up and down.

The guide pillar 6 is formed by fixing a channel steel 22 having a lip 21 at one end thereof back to back. The portion including the lip 21 serves as the guide portion 12. And
A lower portion of the flange 23 is fixed to the horizontal joist 10 and an upper portion thereof is fixed to a column 24 standing upright from the horizontal joist 10.

The vertical member 14 of the frame 7 is constructed by welding the rear surface of the C-shaped steel material 27 to the channel member 25 so as to close the opening 26 on the side surface of the channel member 25. The C-shaped steel material 27 is slidably fitted to a portion of the guide column 6 including the lip 21.

A partition plate 28 is provided at the front end portion of the frame 7 so as to match the projecting length of the receiving member 16. Also,
The lower surface of the receiving member 16 of the frame 7 and the lateral member 18 of the auxiliary frame 19.
Hooks 29 and 30 are installed on the upper surface of each.

In the drawing, 31 is a lateral member 15 of the frame 7.
An S-shaped hook suspended on each steel pipe 32 installed in parallel between them, 33 is a cushioning material, 34 is a guide column 6 and a vertical member 14.
Is a cut-off portion which makes the rear wheel 35 free of contact with the rear wheel 35, 36 is a protection plate for preventing gravel flipping up, and 37 is continuously fitted to the end of each lateral joist 10 to cover them and weld the guide post 6 The side frame 38 is a frame member fixed to the horizontal joist 10 between the columns 24, 39 is a stay bridged between the vertical joist 9 and the attachment plate 40 of the guide column 6, and 41 is a reinforcing plate. .

In the illustrated vehicle, the plate glass G is placed on the receiving member 16 of the frame 7, and the frame 7 is also leaned against. Then, the hooks 29 and 30, the S-shaped hook 32 and the like are used to bind the plate glass with a rope or the like. Plate glass is frame 7
If the size is such that it projects above the top of the
Is extruded by the cylinder 20, the upper part of the plate glass is put on this, and it is pressed with a rope or the like as described above. If the rear wheel 35 is punctured while the vehicle is traveling, the frame 8 is moved by the cylinder 8.
Push up, replace the tire, and pull down the frame 7 again.

[0028]

According to the present invention, since the lower end of the frame is located below the underframe, it is possible to load flat glass having a height higher than conventional ones within the vehicle height limit, and when the frame is punctured, the frame can be stacked. Can be replaced by pushing up.

According to the second aspect, when the height of the glass sheet is above the frame, the auxiliary frame is extruded,
The upper frame of the plate glass can be hung on this auxiliary frame.

According to claim 3, the structure of the guide column is simplified and the strength is high. According to the fourth aspect, it is possible to easily prepare a sliding fitting portion for the guide column and a sliding fitting portion for the vertical member of the auxiliary frame on the vertical member of the frame, and the strength is large.

According to the fifth aspect of the present invention, the front end portion of the sheet glass is applied to the partition plate so as to be stacked and fixed, whereby it is possible to prevent the sheet glass from being displaced and damaged due to inertia when the vehicle starts or stops. According to the sixth aspect, the plate glass can be firmly laid on the frame, and it is possible to prevent the glass plate from falling off due to vibration.

[Brief description of drawings]

FIG. 1 is a schematic side view showing a specific example of a plate glass carrier according to the present invention.

FIG. 2 is a rear view of the same.

3 is a view of the left side of the same direction as FIG. 2,
It is a detailed view of the attachment part of the support pillar to the underframe.

FIG. 4 is a detailed view of the mounting structure of the frame cylinder for the frame and the mounting structure of the auxiliary frame cylinder for the auxiliary frame, as viewed from the same direction as FIG. 1.

5 is a right side view of FIG. 4. FIG.

6 is a cross-sectional view taken along line 6-6 of FIG. 4 and shows the relationship between the guide columns and the vertical members of the frame.

[Explanation of symbols]

 1 Vehicle part 2 Loading part 3 Chassis 4 Driver's cab 5 Underframe 6 Guide column 7 Frame 8 Cylinder for frame 9 Vertical joist 10 Horizontal joist 11 Platform 12 Guide part 13 Stopper 14 Vertical member 15 Horizontal member 16 Receiving member 17 Vertical Member 18 Lateral member 19 Auxiliary frame 20 Cylinder for auxiliary frame 21 Lip 22 Channel steel material 23 Flange 24 Strut 25 Channel member 26 Opening 27 C-shaped steel material 28 Partition screen 29 Hook 30 Hook

Claims (6)

[Claims] 1. A vehicle section (1) and a cargo bed section (2), the vehicle section (1) being of a normal type in which a cab (4) is mounted on a chassis (3). The part (2) has an underframe (5), a guide post (6), a frame (7), and a frame cylinder (8), and the underframe (5) has a plurality of vertical joists (9). ) And a horizontal joist (10), and a base plate (11) arranged on the upper surface, which is installed on the chassis (3), and the guide pillar (6) has a guide portion (12) at the front. It is equipped with a stopper (13) at the lower end, and the rear part is the lateral joist of the underframe (5).
The stopper (13) is attached to the end of (10) by lowering it from the horizontal joist (10). At least one of the vertical members (14) is slidably fitted to the guide portion (12) of the above-mentioned guide column (6), and the lateral member (15) is provided in the vertical direction. The receiving member (16) is provided on the outer surface of the member (14) and is framed with the vertical member, and the receiving member (16) is installed between the lower ends of the vertical members (14) in parallel with the horizontal member (15). ) A plate glass carrier that projects outwardly from the outer surface and that the frame cylinder (8) is installed between the underframe (5) and the frame (7). 2. The frame (7) comprises a plurality of vertical members (17) and lateral members.
(18) has an auxiliary frame (19), the vertical member (17) of this auxiliary frame is slidably fitted to the vertical member (14) of the frame (7),
The horizontal member (18) is mounted between the upper ends of the vertical members (17), and the auxiliary frame cylinder (20) is installed between the frame (7) and the auxiliary frame (19). Item 1. The flat glass carrier according to Item 1. 3. The guide pillar (6) is formed by fixing a pair of channel steel members (22) having a lip (21) at one end thereof back to back, and the portion including the lip (21) is the guide portion described above. The glass sheet according to claim 1, wherein the flange (23) is fixed to the lateral joist (10) at a lower portion thereof, and the upper portion is fixed to a column (24) standing upright from the lateral joist (10). Carrier. 4. The vertical member (14) of the frame (7) is a channel steel material.
The grooved steel material (25) is welded to the back surface of the C-shaped steel material (27) so as to close the opening (26) on the side surface of the (25), and the guide pillar is already formed by the C-shaped steel material (27). The flat glass carrier according to claim 3, which is slidably fitted to a portion including the lip (21) of (6). 5. The receiving member (16) at the front end portion of the frame (7).
The flat glass carrier according to claim 1, further comprising a partition plate (28) protruding in conformity with the protruding length of the plate glass. 6. Hooks (29, 29) respectively on the lower surface of the receiving member (16) of the frame (7) and the upper surface of the lateral member (18) of the auxiliary frame (19).
30) The flat glass carrier according to claim 2, wherein the glass glass carrier is installed.