KR101848423B1 - Pallet for transporting glass - Google Patents

Abstract

The present invention can prevent damage to glass by closely supporting the lower part of the glass in the process of transferring a plurality of glass products which have been vacuum-treated in the interior thereof, to enable a large amount of glass products to be loaded, And more particularly, to a glass feeding pallet having an improved structure so as to improve work efficiency by improving the entryability of a fork portion in a work.
The present invention relates to an image forming apparatus comprising: a plurality of horizontal bands which are horizontal with respect to a floor; a plurality of vertically arranged frames extending vertically at a rear end of the plurality of horizontal bands; A horizontally stacking base integrally joined so that a lower portion thereof is seated on a horizontal base of the frame; a rear support member extending upward at an angle inclined upwards from the rear end side of the horizontal stacking band and integrally welded to an upper portion of the vertical base, And an inclined support plate which is installed on the upper side of the horizontal stacking table in a forward and backward direction and has an upper side inclined downwardly toward the rear side and arranged so as to be perpendicular to the inclination angle of the rear support table. And a binding means provided at one side of the frame and a connecting means provided at the other side of the frame for connecting ends of the binding straps to bind the glass product loaded on the loading table.

Description

PALLET FOR TRANSPORTING GLASS

The present invention relates to a pallet for transporting glass, and more particularly, to a pallet for transporting glass, in which a rear support and an inclined support plate are maintained at a right angle of 90 ° in a process of transferring a vacuum- It is possible to prevent breakage and to restrict the inclination of the inclined support plate to 3 to 4 degrees so that a large amount of glass products can be loaded without damaging the glass product. In addition, To a pallet for transferring glass whose structure is improved so as to improve work efficiency.

Generally, a pallet is used for storing and transporting cargo at a production site or a warehouse. It has a pallet for storing cargo, and a space for a fork of a forklift is provided at the bottom of the pallet, It is a carrier that can do it.

These pallets are made of wood, synthetic resin, steel, etc., and have various shapes and configurations. They are selectively used depending on the conditions and conditions. In some cases, paper pallets may be used. The double wooden pallet is made of middle wood and the wood is made of plywood with a nail or takafin by putting several pieces of plywood on the upper or lower part of each of the upper and lower parts of the wood. The synthetic pallet is formed by molding, and the iron pallet is formed by iron plate, Is cut and welded.

However, the conventional wooden pallet has a problem in that the operation for putting nails or taka pins is manually performed, the workability and the composition of the wooden pallet are lowered, the excessive cost due to the import of wood is spent,

On the other hand, the synthetic resin pallet is excellent in manufacturability as compared with the wooden pallet, but has a problem in that a manufacturing cost is increased due to the use of a material having a high hardness in order to transport heavy cargo, and environmental pollution is caused at the time of disposal. Moreover, pallets of the above-mentioned materials have problems that are not suitable for transporting heavy and fragile cargo such as glass.

The steel pallet is capable of transporting relatively heavy cargoes compared to the above-mentioned wooden pallet and synthetic resin pallet, and it is also advantageous to carry the cargo in a non-uniform shape by forming the support base on both sides of the platform, This also makes it difficult to transport and store cargo such as glass or window frames.

That is, when a cargo such as a window or a glass is transported by using a steel pallet, the cargo is not stacked from the bottom, but is transported forward at an angle to the rear support. However, in the conventional steel pallet, when the forklift runs on an inclined plane, the cargo is slippery and the cargo is poured, and a great cost is lost .

Prior art related to the existing pallet includes a loading table which allows the cargo to be loaded, inclined downward from the front, as disclosed in Korean Patent Registration No. 10-1384013, "Pallet" (Registered Date: Apr. A left and right support stand erected on both sides of the stacking table and folded in the stacking direction with the support shaft rotating about the lower axis pin; A rear side support which is inclined rearwardly of the stage and supports the cargo loaded on the stage; An auxiliary support which is connected to the upper end of the rear side support by a hinge pin and is folded and stands on the upper end of the rear side support when the standardized cargo is transported and stored to support the cargo; A latch provided on each of the left and right sides of the auxiliary support is hung on a latch plate provided on the left and right support pedestals so as to raise the auxiliary support, or a hanging and unhooking part for folding the auxiliary support so that the auxiliary support is folded. .

As another prior art related to the existing pallet, as disclosed in Korean Patent Laid-Open No. 10-2014-0088674 entitled " Folding pallet "(published on Apr. 31, 2014), in a pallet for loading a window, A rear frame installed to be vertically pivoted rearward of the stacking frame; And a support member installed at the rear of the loading frame to fix the vertically rotated rear frame.

However, since the pallet has a slope of 5 to 20 °, when the inclination angle exceeds 5 °, it is possible to increase the load according to the inclination angle. On the other hand, when the glass product is transported, And the glass may be broken.

In addition, when the angle between the existing rear side support and the mounting table is not 90 degrees, the double-layered glass such as double glass or triple glass vacuum-processed inside is loaded on the table, Layer glass G is supported on the upper side of the glass substrate G and the remaining lower portion is not brought into close contact with the stacking table and is floated in the air. As a result, the excited region is sagged by the weight of the glass, Or the lower portion of the glass may be broken.

In addition, the conventional pallet is provided with an insertion port for the fork portion of the forklift to be lowered. However, in this case, when the fork portion of the forklift is entered, the operation efficiency is lowered and the operation time is longer .

Korean Registered Patent No. 10-1384013 entitled "Pallet" (registered on April 4, 2014) Korean Patent Laid-Open Publication No. 10-2014-0088674 entitled "Folding pallet" (Open date: 2014.07.11)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a glass product which is capable of preventing breakage of glass by closely supporting the lower part of the glass in the course of transferring a plurality of vacuum- The present invention provides a pallet for transporting glass having improved structure so that a large amount of glass products can be loaded and the efficiency of operation of the fork can be improved when the forklift is transported.

According to an aspect of the present invention, there is provided an image display apparatus including: a plurality of horizontal bars that are horizontally held with respect to a floor; a plurality of vertical frames extending vertically at a rear end of the plurality of horizontal bars; A horizontally stacking base integrally joined so that a lower portion thereof is seated on a horizontal base of the frame; a rear support member extending upward at an angle inclined upwards from the rear end side of the horizontal stacking band and integrally welded to an upper portion of the vertical base, And an inclined support plate which is installed on the upper side of the horizontal stacking table in a forward and backward direction and has an upper side inclined downwardly toward the rear side and arranged so as to be perpendicular to the inclination angle of the rear support table. And a binding means which is composed of a binding strap provided at one side of the frame and a connecting means provided at the other side of the frame for connecting ends of the binding straps to bind the glass product loaded on the loading frame, A lower stopper for connecting between the lower ends of the plurality of horizontal stands and a lower stopper for connecting the lower ends of the plurality of horizontal stands to the lower end of the forklifts, And an upper stopper arranged to be spaced apart from the lower stopper and connecting the upper side of the rear ends of the plurality of horizontal bases such that the lower side has the same height as the lower side of the horizontal mounting table.

The rear support has an obtuse inclination angle with respect to the horizontal table.

The inclination angle of the upper side of the inclined support plate has an inclination angle of 3 to 4 degrees with respect to the upper side of the horizontal stand.

The connecting means includes a first guide bar provided on one side of the frame, a connection bracket connected to the first guide bar so as to be able to move up and down and the binding strap connected to the other, and a second guide bar provided on the other side of the frame, A coupling bracket that is inserted into the second guide bar and is capable of being raised and lowered and has a connecting port so that an end of the binding strap is tied to one side of the coupling bracket; And a connecting jaw that limits the range of movement of the binding bracket.

And a buffer material made of a rubber material having elasticity for buffering is provided on the upper side of the inclined support plate to prevent slippage of the glass product to be seated.

The present invention is characterized in that a frame is mounted on a frame, a rear support is arranged to have an obtuse angle with respect to the horizontal, and an inclined support plate is inclined downwardly toward the rear so that the rear support and the inclined support plate The lower part of the glass product is supported so as to be in close contact with the upper surface of the inclined supporting plate to prevent lifting of the part of the glass product, It has an advantage that can be prevented.

In addition, since the upper side of the inclined support plate of the present invention maintains a right angle with the front surface of the rear support, and the upper side maintains the inclined slope of 3 to 4 degrees, It has an advantage that a large amount of glass products can be loaded.

In addition, according to the present invention, since the connecting bracket and the binding bracket are inserted into the first and second guide rods so that they can be lifted and lowered, the binding height of the binding strap can be adjusted within a predetermined range of elevation according to the volume of the glass product. The convenience of the binding operation can be improved.

Further, since the upper and lower stoppers connecting the rear end and the lower end of the horizontal stand in the horizontal direction are provided, the space in which the fork portion of the forklift enters is relatively wider and the convenience of the feed operation of the forklift can be increased .

1 is a perspective view showing a glass pallet for conveying glass according to the present invention;
Fig. 2 is a side view of Fig. 1; Fig.
3 is a perspective view showing the structure of the frame of the present invention.
4 is a view showing a structure of a loading table according to the present invention.
5 is a view showing an upper and a lower lifting / lowering structure of a connection bracket of the binding means of the present invention.
6 is a rear perspective view of the lower stopper according to the present invention.
Fig. 7 is a state of use showing a state in which a multilayer glass is loaded on a stacker of the present invention. Fig.
8 is an exemplary view showing a state in which a multilayer glass is placed on a conventional mount.

1 to 7, the glass pallet for conveying glass according to the present invention comprises a plurality of horizontal bars 110 which are kept horizontal with respect to the floor, And a plurality of vertical bars (120) extending from the frame (100). A horizontal stacking table 210 integrally coupled to the bottom of the frame 100 so as to be seated on the horizontal stack 110 of the frame 100; A rear support platform 220 integrally welded to an upper portion of the vertical platform 120, and a rear support platform 220 installed on the upper side of the horizontal platform 210 in an overall length in forward and backward directions, And a tilting support plate (230) arranged at a right angle to the inclination angle of the rear support table (220). And a connecting rod 350 which is provided on the other side of the frame 100 and connects the end of the binding strap 305 to the loading strap 200 And binding means 300 for binding the glass product G loaded on the glass product G.

1, the horizontal bar 110 of the frame 100 is formed in a plurality of bars spaced from each other, and the vertical bar 120 is formed of a frame, And has a structure integrally formed to extend upward.

A plurality of horizontal bands 110 of the frame 100 are spaced apart from each other and a lower connection plate 115 connecting the lower ends of the front ends is integrally welded between adjacent horizontal bands 110.

In addition, the horizontal table 110 has a structure in which the horizontal table 210 is integrally welded.

The upper support member 220 is welded to the upper portion of the vertical support 120 and is disposed at an obtuse inclination angle with respect to the horizontal support 210.

The inclined support plate 230 is further provided with a rubber material cushioning material 235 having a self-elasticity for preventing slipping and buffering of the glass product G seated on the upper side.

The inclined support plate 230 provided with the cushioning material 235 has a structure in which the upper side is inclined downwardly from the upper side of the horizontal mounting table 210 toward the rear side at an inclination angle inclined by 3 to 4 °, , The loaded glass product G may fall forward, and when the inclination angle of the glass product G exceeds 4 DEG, a large load is transferred to the glass adhered to the rear support table 220, There are disadvantages.

The frame 100 is supported on the floor or on the floor so that the horizontal table 110 and the vertical table 120 are spaced apart from the upper surface of the paper table 200. When the glass product G is loaded The horizontal base 110 and the vertical base 120 have a right angle of 90 [deg.] To prevent them from falling down.

The frame 100 includes a lower stopper 420 for connecting the plurality of horizontal bands 110 to a rear end lower side between adjacent horizontal bands 110, The upper stopper 410 is disposed so as to be spaced apart from the lower stopper 420 so that the upper end of the fork of the forklift may be connected to the upper end of the lower end of the fork 110. [

The upper and lower stoppers 410 and 420 are formed to be as long as the width of the horizontal bar 110 so that the entrance of the fork of the forklift is excellent and a load is transmitted to the rear side of the pallet when the fork portion of the forklift is transported. The lower surface of the upper stopper 410 is brought into contact with the upper surface of the fork end portion and the front portion of the fork is brought into contact with the upper surface of the lower connecting plate 115 to prevent the pallet from falling rearward, When the load is transferred to the front side of the pallet to be transported forward, the upper surface of the lower stopper 420 is brought into contact with the lower surface of the fork end portion, and the front portion of the fork is connected to the lower surface So that it can be prevented from tilting forward.

In addition, since the upper and lower stoppers 410 and 420 are arranged to connect in the horizontal direction with respect to the horizontal stand 110, even if the fork portion of the forklift enters in a diagonal line, .

The upper stopper 410 is disposed so that the lower surface bent toward the front side maintains a plane of the same height as the lower side surface of the horizontal stacking table 210. This causes the fork portion of the forklift to move up and down 410 and 420, interference with the upper stopper 410 can be prevented.

The binding means 300 includes a first guide bar 310 provided at one side of the frame 100 and a second guide bar 310 fitted to the first guide bar 310 so as to be able to ascend and descend, A second guide bar 330 provided on the other side of the frame 100 and a second connecting rod 320 which is coupled to the second guide bar 330 so as to be able to move up and down, And a coupling bracket 340 provided with a coupling hole 350 so that end portions of the coupling bracket 340 are coupled.

That is, after the binding strap 305 of the binding means 300 has wrapped the glass product G placed on the loading table 200 from one side of the frame 100, the connecting rod 350 ) To bind the glass product (G).

The coupling unit 300 is coupled to the first guide rod 310 such that the coupling bracket 320 is vertically movable up and down and the coupling bracket 340 is coupled to the second guide rod 330 It is possible to arbitrarily adjust the height of the binding position in accordance with the height of the glass product G stacked on the table 200. [

The first and second guide rods 310 and 330 of the binding means 300 are connected to the connection bracket 320 and the coupling bracket 340 Respectively.

The connecting jaw 360 has a structure in which the first guide bar 310 is connected to one side of the vertical bar 120 and the second guide bar 330 is connected to the other side of the vertical bar 120 .

The present invention having such a configuration is supported to prevent the stack 200 from falling off from the ground and to prevent the stack 200 from falling when the frame 100 is placed on the floor.

When the glass product G is mounted on the inclined support plate 230 of the mount table 200 so as to be seated thereon, since the angle between the rear support table 220 and the inclined support plate 230 is 90 °, 230, the lower surface of the glass product G is stacked on the inclined support plate 230 in close contact with the double-glazed or triple-glazed glass.

That is, even if a double or triple multi-layered glass product G is stacked on the upper side of the inclined support plate 230 of the loading table 200, the lower surface of the glass product G is in close contact with the upper side of the inclined support plate 230 So that a part of the lower part of each glass product G can be prevented from being lifted, so that the deflection phenomenon of the glass product G can be prevented.

The binding strap 305 of the binding means 300 is wrapped around the front surface of the glass product G placed on the sloping support plate 230 and then bundled with the connecting port 350 of the binding bracket 340 to form a glass product G To prevent the flow during conveyance of the conveyor.

The connection bracket 320 is lifted up and down in a state of being fitted in the first guide rod 310 and the connection bracket 320 is lifted up and down by the binding bracket 320 so as to correspond to the height of the connection bracket 320, 340 can be vertically moved up and down in a state of being fitted in the second guide bar 330 so that the binding height of the binding straps 305 with respect to the glass product G can be adjusted.

Since the inclination angle of the upper side slope of the inclined support plate 230 with respect to the horizontal mounting table 210 is 3 to 4 °, the forward deflection phenomenon is prevented while preventing the damage due to the loading load during transportation of the glass product (G) And has the advantage that a maximum amount of glass products G can be loaded.

Accordingly, the present invention is characterized in that the frame 200 is coupled to the frame 100, the rear support 220 is disposed to have an obtuse angle with respect to the horizontal mount 210, and the inclined support 230 is disposed rearward Since the rear supporting table 220 and the sloping supporting plate 230 of the loading table 200 are maintained at a right angle of 90 °, the inside of the loading table 200 is maintained at a right angle, The lower part of the glass product G can be held in close contact with the upper surface of the inclined support plate 230 to prevent the lifting phenomenon of the glass product G so that some deflection phenomenon can be prevented.

The upper side of the inclined support plate 230 of the present invention maintains a right angle with the front surface of the rear support table 220 and the upper side of the inclined support plate 230 is supported by the upper side of the horizontal table 210, The glass product G mounted on the mount table 200 can be prevented from being damaged and a large amount of glass products can be loaded.

The connecting bracket 320 and the binding bracket 340 are inserted into the first and second guide rods 310 and 330 so that the first and second guide rods 310 and 330 can be lifted and lowered so that the binding strength of the binding rope 305 is adjusted according to the volume of the glass product G The position can be adjusted within a predetermined range of elevation so that the convenience of the binding operation with respect to the glass product G can be improved.

In the present invention, since the upper and lower stoppers 410 and 420 for connecting the rear end and the lower end of the horizontal stand 110 in the lateral direction are provided, the space in which the fork portion of the forklift enters is equal to the width of the horizontal stand 110 So that it is possible to facilitate the entry of the forklift, thereby increasing the convenience of the transfer operation of the forklift.

100: Frame 110: Horizontal band
115: Lower connection plate 120: Vertical stand
200: Loading stand 210: Horizontal loading stand
220: rear support bar 230: inclined support plate
235: cushioning material 300: binding means
305: a binding string 310: a first guide rod
320: connection bracket 330: second guide rod
340: coupling bracket 350: connector
360: connecting jaw 410: upper stopper
420: Lower stopper

Claims (5)

A frame 100 composed of a plurality of horizontal bars 110 which are kept horizontal with respect to the floor and a plurality of vertical bars 120 which extend vertically at the rear ends of the plurality of horizontal bars 110;
A horizontal stacking table 210 integrally coupled to the bottom of the frame 100 so as to be seated on the horizontal stack 110 of the frame 100; A rear support platform 220 integrally welded to an upper portion of the vertical platform 120, and a rear support platform 220 installed on the upper side of the horizontal platform 210 in an overall length in forward and backward directions, And a tilting support plate (230) arranged at a right angle to the inclination angle of the rear support table (220). And
A binding strap 305 provided on one side of the frame 100 and a connecting port 350 provided on the other side of the frame 100 to connect the ends of the binding straps 305, And a binding means (300) for binding the glass product (G)
The frame 100 includes a lower connecting plate 115 integrally connecting the lower ends of the plurality of horizontal bars 110, a lower stopper 420 connecting the lower ends of the plurality of horizontal bars 110, The lower end of the fork portion of the forklift is spaced apart from the lower stopper 420 at a position where the vertical portion 120 and the horizontal portion 110 are orthogonal to each other, And an upper stopper (410) connecting the upper ends of the rear ends of the plurality of horizontal stands (110) so as to have a height. The method according to claim 1,
Wherein the rear support table (220) has an obtuse inclination angle with respect to the horizontal table (210). The method according to claim 1,
Wherein an inclination angle of the upper side of the inclined support plate (230) has an inclination angle of 3 to 4 degrees with respect to an upper side of the horizontal mount table (210). The method according to claim 1,
The binding means 300 includes a first guide rod 310 provided on one side of the frame 100,
A connection bracket 320 which is inserted into the first guide rod 310 so as to be movable up and down and to which the binding strap 305 is connected,
A second guide bar 330 provided on the other side of the frame 100,
A binding bracket 340 fitted to the second guide bar 330 so as to be able to move up and down and having a connecting port 350 to bind the end of the binding strap 305 to one side,
And a connecting jaw 360 formed to connect the first and second guide rods 310 and 330 to both sides of the vertical bar 120 and to limit the ascending and descending range of the connecting bracket 320 and the binding bracket 340 Glass pallet for conveying. The glass transfer pallet according to any one of claims 1 to 3, further comprising a buffer material (235) made of a rubber material having elasticity to prevent slipping of the glass product (G) placed on the sloping support plate (230) .

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