KR20080113699A - Glass panel transport pallet - Google Patents

Abstract

A pallet for the glass panel freight is provided to minimize damage and deformation caused by movement of the glass panel while transferring the glass panel. A pallet for the glass panel freight comprises: a main body(22) which has the predetermined height so that the glass panel can be loaded; a supporting frame(24) supporting the glass panel(200); a loading frame(20) consisting of the main support frame(26); a rotating unit(30); a control unit(90) combined with the rotating unit; a pressurization unit(100) which is detachably fixed to the rotating unit; more than one movement prevention unit(150) formed on both sides of the supporting frame; and a receiving unit(160) for receiving the pressurization unit.

Description

Glass panel transport pallet

1 is a perspective view showing a pallet for transportation with a conventional fixing device.

Figure 2 is a side view showing a glass panel transport pallet according to the present invention.

Figure 3 is a front view showing a state before the glass panel is loaded on the glass panel transport pallet according to the present invention.

4 is an exploded perspective view showing a rotating means according to the present invention.

5 is an exploded perspective view showing a part of the pressing means according to the present invention.

6 is a perspective view showing a flow preventing means according to the present invention.

Figure 7 is a perspective view of a part of the receiving means according to the invention.

8 is a cross-sectional view showing a control means according to the present invention.

9 is a front view showing a state in which the pressing means is accommodated in the receiving means according to the present invention.

10 and 11 is an operating state cross-sectional view showing an operating state of the flow preventing means according to the present invention.

12 and 13 are front cross-sectional views showing the operating state of the control means according to the present invention.

Figure 14 is an operating state diagram showing a state in which the pressing means is coupled to the rotating means is fixed according to the present invention, (a) is an operating state cross-sectional view showing a state in which the pressing means is coupled to the rotating means, (b) An operating state cross-sectional view showing a state in which the pressing means is fixed to the rotation means.

Figure 15 is an enlarged view of the main portion showing a state before the rotation means is rotated according to the present invention.

Fig. 16 is an enlarged view of a main portion showing a state in which the rotation means according to the present invention is rotated by the control means.

17 is an enlarged view illustrating a main part of the pressing unit according to the present invention in a fixed state for pressing the glass panel;

18 is an enlarged view illustrating a main part of a state in which the pressing unit presses the glass panel by the fixing unit according to the present invention;

19 is an enlarged cross-sectional view of a main portion showing a state in which the pressing unit is pressurized by the fixing unit according to the present invention;

Explanation of symbols on the main parts of the drawings

10: pallet 20: loading frame

22: main body 24: support frame

26: lower support frame 30: rotation means

40: rotating portion 42: fixed cover

44: hollow shaft 46: shaft

48: rotating gear 50: rotating cover

52: first rotating cover 54: second rotating cover

55: guide cover 56: connection cover

57: through-hole 58: hoebar

60: pressure part 62: pressure bar

64: pressure gear 66, 133: elastic member

66a, 133a: outer cylinder 66b, 133b: spring

66c, 133c: Elastic cylinder 66d, 133d: Insertion fixing member

68: pressurized gear 70: fixed part

72: guide plate 74: guidelines

76: locking groove 78, 84, 94, 143: hinge pin

80: fixed lever 81: guide rod

82: fixing pin 83: first link

85: second link 86: third link

87: fixed link 90: control means

92: control link 96: control cylinder

100: pressing means 110: pressing frame

112: insertion hole 114: pressure surface

120: pressure lever 130: pulling means

131: bending axis 132: pressure ring

134: connecting shaft 135: connecting link

140: fixing means 141: insertion groove

142: pressure cover 144: fixed gear

145: pressure link 150: flow preventing means

151: support cover 152: fixed plate

153: handle 154: screw shaft

155: guide rod 160: storage means

162: lower storage frame 164: upper storage frame

166: storage space 170: pressing member

172: push bar 174: push link

176: push lever 178: push cover

200: glass panel

The present invention relates to a pallet for transporting a glass panel, and more particularly, to stack the glass panel regardless of the size of the liquid crystal digital (LCD) glass panel, to prevent the flow of the glass panel, The present invention relates to a glass panel transport pallet for enabling transportation by means of transport such as ships, freight vehicles, airplanes, etc.

Generally, a glass panel is essentially used for a thin film transistor liquid crystal display, and the size of the glass panel is classified using a name unit called 'generation', which is somewhat different depending on the manufacturer. However, on average, the size of 5th generation (1100 × 1300㎜), 6th generation (1500 × 1850㎜), and 7th generation (1870 × 2200㎜) is increasing. It is characterized by being thin as several mm.

In addition, the glass panel used for LCD manufacturing is limited to a company with the ability to manufacture the glass panel produced in a specific area, and transported to the intended place by means of ships, freight vehicles, airplanes, etc. .

However, glass has brittleness easily broken due to torsion and impact due to the nature of the material, and therefore, a separate transport pallet is used when transporting the glass panel used for the LCD because it is rarely damaged even by a weak external shock.

Such a transport pallet is used exclusively for each generation, and the scope of application can be divided into 4 to 5 generation general purpose containers and 6 or more generation transport pallets, that is, transport pallets used for the 7th generation and 8 generation generation or more recently produced. have.

In addition, the glass panel for LCD is not only to maintain the cleanliness, but also to pay attention to handling to prevent the deformation of the glass panel, etc., the manufacture or handling of the pallet for loading the glass panel is very strict.

Conventionally, glass panels were loaded on pallets made of iron or wood, and then bound and transported by means of bands, etc. As the above pallets could not bind glass panels with even tension, the glass panels were deformed or damaged during transportation. felled

In many cases, not only caused considerable economic losses, but also the binding work was very difficult for large glass panels, and it has been pointed out that the edge portion of the glass panel in contact with the pallet is damaged by the pallet.

Utility model registration 20-0416150 "Pallet with a fixing device" was devised to improve the above problems, which will be described with reference to the drawings as follows.

1 is a perspective view showing a pallet for transportation provided with a conventional fixing device as shown in FIG. 1, wherein the conventional pallet 1 includes a holder 3 having a mounting plate 3a and a supporting plate 4a. It is coupled between the main body 2 made of a combination of the support 4, a pair of upper and lower fixed levers 5a and 5b installed on both sides of the main body 2, and the respective fixed levers 5a and 5b. The fixing device 6 and the crank rod 5c for controlling the rotation angle of the fixing levers 5a and 5b are fixed to the fixing levers 5a and 5b to the stoppers 5d provided on both sides of the main body 2. It is configured to be controlled by.

The pallet (1) configured as described above has a pair of upper and lower fixed levers (5a, 5b) corresponding to both sides of the main body (2) in a state where the glass panel is supported by the holder (3) and the support (4). A combination of the upper and lower sets of the fixing levers 5a and 5b and the fixing device 6 is formed by rotating the glass panel loaded by the fixing device 6 fixed to the fixing levers 5a and 5b. This has the advantage of fixing the glass panel.

However, since the conventional pallet 1 is fixed only by the fixing device 6 when the size of the glass panel is small when fixing the glass panel to be loaded, the left and right flow of the glass panel during transportation of the glass panel is increased. There was always a risk of glass panel breakage.

In addition, although the crank rod 5c and the stopper 5d are configured to control the rotation angle of the upper and lower sets of the fixed levers 5a and 5b, the crank rod 5c is controlled by the stopper 5d. When the crank rod 5c is out of the stopper 5d due to external shock or damage of the stopper 5d, the fixing device 6 and the fixing levers 5a and 5b do not have mutually accurate fixing. Since the fixing device 6 is to be stored separately, it is not easy to store the fixing device 6 so that the fixing device 6 is exposed to foreign matters at all times and there is a risk of damage.

Due to the above problems, the flow of the glass panel is stably fixed regardless of the size of the glass panel, and the storage of the means for fixing the glass panel is simple and easy to use in use, regardless of the size and transportation of the glass panel There was an urgent need for glass panel transportation pallets to secure glass panels stably.

An object of the present invention for solving the above problems is to be able to bind by simple operation irrespective of the specification of the glass panel and to minimize the damage and deformation caused by the flow of the glass panel during the transport of the glass panel. And, to provide a glass panel transport pallet that can be made more stable glass panel fixing.

In order to achieve the above object, the main body is fixed to the vehicle and has a predetermined height for loading the glass panel, and the support frame is fixed to the main body to support the glass panel at a predetermined angle. A loading frame composed of a lower support frame fixed to a lower portion of the support frame to support a glass panel; At least one pair of pivoting means pivoting on both sides of the loading frame; Control means coupled to the rotation means for the rotation means to rotate at a predetermined angle; A pressurizing means detachably fixed to the pivot means to achieve a pressurization on the glass panel which is fixed to the pivot means and mounted; At least one flow preventing means on both sides of the support frame to prevent flow of the glass panel loaded on the stacking frame; And a receiving means for storing the pressing means inside the loading frame body.

In the present invention, the rotating means is fixed to the inner side of the support frame on both sides of the fixed cover, is provided with a hollow shaft to be rotated by the fixing cover, the shaft is inserted into the hollow shaft is provided, A rotating part provided with a rotation gear inside both ends of the shaft; The first rotating cover is pivoted by the hollow shaft of the rotating part, and is spaced apart from the first rotating cover at a predetermined distance so that the other side of the second rotating cover extends to a predetermined length. At least one guide cover is fixed to the cover, and a rotation cover part provided as a connection cover for fixing the first rotation cover and the second rotation cover to each other; The pressure rod is inserted into the guide cover of the pivoting cover part and is provided, and a pressure gear is provided on one surface of the pressure rod, and an elastic member fixed to one side of the pressure rod is fixed, and a pressure gear fixed to one side of the elastic member. A pressing part provided to be in contact with the rotating gear of the rotating part; And a pair of guide plates fixed to one end of the first cover and the second cover of the pivot cover to be spaced apart from each other by a predetermined distance, and provided with a guide line having a round under the guide plate. Locking grooves are provided at both ends of the guide line, and the upper part is fixed by the hinge pin to the pivoting cover part to be rotated, positioned between the guide plates, extending downward, and guided along the guide line of the guide plate. It is preferably configured as; a fixing portion having a fixing lever fixed to the locking groove.

In the present invention, it is preferable that the rotation bar is provided on the other end extending to the second cover of the rotation cover part is rotatably fixed to at least one rotation cover portion to secure.

In the present invention, the fixing lever is provided with a guide hole, is provided with a fixing pin extending to protrude by making a coupling to the guide hole, the fixing pin is guided up and down along the guideline of the guide plate fixed to the locking groove And a first link having an upper portion fixed to the fixing pin, and a second link having a lower portion of the first link rotated by a hinge pin, and having an upper portion fixed to the upper portion of the second link. A third link is fixed to the inside of the lever by a hinge pin, the one side is fixed to the inside of the fixing lever by a hinge pin, the other link is provided with a fixed link fixed by the other side and the hinge pin, It is preferable that the other side of the fixed link is configured to be fixed to the pressing portion.

In the present invention, the control means is fixed to the rotating means is rotated by the rotation of the rotating means, it is preferable that the lower portion is composed of a control link extending.

In the present invention, it is preferable that the control cylinder is fixed to the lower side of the control link by a hinge pin and the other side is fixed to form a rotating frame body.

In the present invention, it is preferable that a control bar having a predetermined length for controlling the rotation of each control means is provided to be fixed to the hinge pin in the lower side of the control link.

In the present invention, the pressing means is the insertion hole in the upper symmetrical through-holes, any one surface forming a pressing surface, the pressing frame is provided with a damage preventing member for preventing damage to the glass panel; A press lever fixedly symmetrically fixed to the upper center of the pressing frame; One side of the bending shaft which is pulled by the pressing lever is mutually fixed with the pressing lever by a pressing ring, the other side of the bending shaft is inserted into the pressing frame, and an elastic member having one side fixed to the other side of the bending shaft is provided. A pull means provided with the other side of the elastic member fixed to one side of the connecting shaft and the one side of the connecting link fixed to the other side of the connecting shaft; And a pair of pressing covers configured to protrude at both ends of the pressing frame and have an insertion groove formed at a predetermined depth at a lower portion thereof, and positioned between the pressing covers and having an upper portion at the thermal link of the pulling means. It is fixed to the hinge pin, bent at a predetermined angle is provided with a pressure link provided with a fixed gear toward the upper surface is provided with a fixing means rotatably provided on the pressure cover by the hinge pin.

In the present invention, the flow preventing means is provided with a support cover which is fixed to both sides of the support frame of the loading frame, the support cover is located in the inner direction is provided with a fixed plate for preventing the flow of the glass panel, the transfer of the fixed plate One side is fixed to the fixing plate to achieve a combination to form a support cover, and the other side is composed of a screw shaft provided with a handle and a guide rod fixed to the fixing plate by coupling to at least one support cover to guide the fixing plate. This is preferred.

In the present invention, it is preferable that the accommodating means is provided inside the main body so that the lower accommodating member and the upper accommodating member accommodating the pressurizing means are fixed to each other and provided with at least one accommodating space.

In the present invention, it is preferable that the receiving means further comprises at least one pressing member for fixing the pressing means after receiving the pressing means on one side or both sides.

In the present invention, the pressing member is provided with a pressing rod for pressing and fixing the pressing means in order to facilitate the storage and release of the pressing means, the pressing rod is provided with a pressing link to form a rotation, the pressing link It is preferable that a push lever for driving is fixed to the push cover so as to be rotatable.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a side view showing a glass panel transport pallet according to the invention, Figure 3 is a front view showing a state before the glass panel is loaded on the glass panel transport pallet according to the present invention, the overall configuration of the glass panel transport pallet If outlined as follows.

Loading box 10 of the present invention is composed of a loading frame 20, the rotating means 30, the control means 90, the pressing means 100, the flow preventing means 150, the receiving means 160, Figure 2 And as shown in Figure 3, the loading frame 20 is provided with a main body 22 is fixed to a vehicle (not shown), to achieve a predetermined height for loading the glass panel 200, the main body 22 It is fixed to one side is provided with a support frame 24 for supporting the glass panel 200 to a predetermined angle, is fixed to the lower portion and the body 22 of the support frame 24 to support the glass panel 200 It is composed of a lower support frame 26 is to be loaded the glass panel 200.

The support frame 24 and the lower support frame 26 of the stacking frame 20 are fixedly attached to a damage preventing member (not shown) for preventing the glass panel 200 from being damaged when the glass panel 200 is loaded. It is preferable that the general rubber material, soft cloth, or antistatic material having a predetermined elasticity is preferably used.

In addition, the lower support frame 26 is provided to maintain an angle of 72 ° from the ground, the support frame 24 is preferably provided to be perpendicular to each other with the lower support frame 26.

At least one or more paired rotating means 30 which rotates on both sides of the stacking frame 20 configured as described above are provided and fixed to the support frame 24 to achieve the same rotation by the rotating part 40. Each rotation means 30 is configured to be rotated by the rotation bar 58 to form a rotation.

In addition, the rotation means 30 is provided with a control means 90 for the control to achieve the rotation at a predetermined angle to the rotation means 30, the rotation means 30 is any one or a plurality of control cylinder ( 96 and the control means 90 provided with each other, the control means 90 is configured to control the rotation of the rotation means 30 so that the rotation means 30 is rotated at a predetermined angle.

In addition, a control bar 98 for driving the control means 90 at the same angle is fixed to each control means 90 so that each control means 90 achieves the same control.

It is preferable that the rotation means 30 makes a gig angle rotation at a 90 ° angle by the control means 90.

In addition, at least one flow preventing means 150 is supported by the support frame 24 to prevent the flow of the glass panel 200 supported and stacked on the support frame 24 and the lower support frame 26 of the loading frame 20. It is configured to be fixed on both sides.

The pressurizing means 100 for pressurizing the glass panel 200 loaded in the stacking box 10 configured as described above is accommodated in the accommodating means 160 and then a pair of rotating means for pressurizing the glass panel 200 ( 30 is fixed to the glass panel 200 by pressing the glass panel 200 at a predetermined pressure by the fixing unit 70 of the rotation means 30.

Figure 4 is an exploded perspective view showing a rotating means according to the present invention, the configuration of the rotating means with reference to this as follows.

As shown in FIG. 4, the rotation means 30 includes a rotation part 40 fixed to the inner surfaces of both sides of the support frame 24 and configured to rotate, and fixed to both ends of the rotation part 40 to rotate. A rotating cover part 50 is formed, and a pressing part 60 fixed and guided to the rotating cover part 50 is provided, and fixed to one side of the pressing part 60 to pressurize the pressing part 60. It consists of a fixed part 70 is fixed.

The rotating part 40 has a fixing cover 42 is fixed to the inner surface of both sides of the support frame 24, the hollow shaft 44 is inserted into the fixing cover 42 to form a rotation cover part ( It is fixed to the 50, and the shaft 46 is inserted into the hollow shaft 44 is provided to be rotatably fixed to the rotation cover portion 50, the rotation gear 48 to the inside of the end of the shaft 46 ) Is configured to be fixed.

In addition, the hollow shaft 44 and the shaft 46 is preferably extended in the longitudinal direction to achieve the same rotation of the paired rotation means 30.

The rotation cover part 50 is provided with a first rotation cover 52 fixed to the rotation part 40 to rotate by the rotation of the rotation part 40 and a predetermined distance from the first rotation cover 52. The other side of the second pivotal cover 54 spaced apart is provided to extend to a predetermined length, at least one guide cover 55 is fixed to the second pivotal cover 54, the guide cover 55 The pressing part 60 inserted and guided to form a coupling, and is composed of a connection cover 56 for fixing the first rotation cover 52 and the second rotation cover 54 to each other.

In addition, the other end extending to the second rotation cover 54 of the rotation cover part 50 is provided with a rotation bar 58 is rotatably fixed to the at least one rotation cover part 50, respectively Rotating cover 50 is preferably rotated in the same way.

The pressing portion 60 is provided with a pressing rod 62 which is inserted into the pivoting cover portion 50 and guided, the pressing gear 64 is provided on one surface of the pressing rod 62, and the pressing rod ( 62) The elastic member 66 is fixed to one side, the pressure gear 68 is provided to be fixed to one side of the elastic member 66 is in contact with the rotating part 40 and the other side is provided in the fixing part 70 It is configured to be driven by a fixed lever (80).

The fixing part 70 is provided with a pair of guide plates 72 fixed to one end of the rotation cover part 50 and spaced apart from each other by a predetermined distance, and the lower portion of the guide plate 72 has a round. A guide line 74 is provided, a locking groove 76 is provided at both ends of the guide line 74, and an upper portion is fixed to the pivot cover part 50 by a hinge pin 78 to form a rotation. Located between the guide plate 72 extends downward, the fixing lever 80 is guided along the guide line 74 of the guide plate 72 is fixed to the locking groove 76 is configured.

The fixing lever 80 is provided with a guide hole 81, is provided with a fixing pin 82 extending to protrude to form a coupling to the guide hole 81, the fixing pin 72 is a guide plate 72 The first link 83 is guided up and down along the guide line 74 of the) and fixed to the locking groove 76, the upper end is fixed to the fixing pin 82, the first link 83 The lower portion of the second link 85 is provided by the hinge pin 84, the lower portion is pivotally fixed, the upper portion of the second link 85, the hinge pin (84) inside the fixing lever (80) The third link 86 is fixed to be rotated in the rotation, one side is fixed by the hinge pin (84) to the inside of the fixing lever 80, the other side of the third link (86) and the hinge pin (84) The fixed link 87 is fixed by the), the other side of the fixed link 87 is configured to be fixed to the pressure gear 68 of the pressing portion (60).

5 is an exploded perspective view showing a part of the pressing means according to the present invention with reference to this configuration of the pressing means as follows.

As shown in Figure 5, the pressing means 100 is provided with a pressing frame 110 for pressing the plate-shaped product 200 loaded on the loading frame 20, the pressing frame 110 in the center It is provided with a pressing lever 120 that is fixed symmetrically, is provided with a pulling means 130 driven by the pressing lever 120, is composed of a fixing means 140 driven by the pulling means 130. .

The pressing frame 110 is a rectangular hollow frame extends to a predetermined length to form a through hole symmetrically through the insertion hole 112 in the upper center, which one surface forms a pressing surface 114, the pressing surface ( 114 is configured to attach a damage preventing member (not shown) to prevent the damage of the plate-shaped product 200.

The pulling means 130 is one side of the bending shaft 131 which is pulled by the pressure lever 120 is fixed to the pressure lever 120 by the pressure ring 132, the other side of the bending shaft 131 The elastic frame 133 is inserted into the pressing frame 110, and one side is fixed to the other side of the bending shaft 131, and the other side of the elastic member 133 is connected to one side of the connecting shaft 134. It is fixed, and one side of the connection link 135 is fixed to the other side of the connecting shaft 134.

The fixing means 140 is fixed to protrude from both ends of the pressing frame 110, the insertion groove 141 forming a mutually removable with the rotation means 30 is a pair of pressure cover configured to a predetermined depth at the bottom 142 is provided between the pressing cover 142, the upper portion is fixed to the connecting link 135 of the pulling means 130 by a hinge pin 143, bent at a predetermined angle to form a fixed gear 144 is provided with a pressure link 145 provided to face the upper surface is fixed to the pressure cover 142 by a hinge pin 143 to be rotatable.

6 is a perspective view showing a flow preventing means according to the present invention, the configuration of the flow preventing means with reference to this as follows.

As shown in FIG. 6, the flow preventing means 150 includes a support cover 151 fixed to both sides of the support frame 24 of the loading frame 20, and is positioned in the support cover 151 inward direction. The fixing plate 152 is provided to prevent the flow of the panel 200, one side is fixed to the fixing plate 152 to achieve the transfer of the fixing plate 152 to form a coupling with the support cover 151, the handle on the other side 153 is provided with a screw shaft 154, and guide rods 155 fixed to the fixing plate 152 by coupling to at least one support cover 151 to guide the fixing plate 152 do.

7 is a perspective view showing a part of the housing means according to the present invention, the configuration of the housing means with reference to this as follows.

As shown in FIG. 2, the accommodation means 160 is provided to be fixed inside the main body 22.

As shown in FIG. 7, the lower storage frame 162 and the upper storage frame 164 in which the pressing means 100 is accommodated are fixed to each other to include at least one storage space 166, and the storage space 166. A pressing member 170 is provided to fix the pressing means 100 stored therein, and the pressing member 170 is provided at least one side or both sides of the lower storage frame 162 to press the pressing means 100. A push rod 172 is provided to press and fix the push rod 172, and a push link 174 is formed to rotate by pushing the push rod 172, and a push lever 176 for driving the push link 174 is provided. It is provided is rotatably fixed to the pressing cover (178).

8 is a flat cross-sectional view showing a control means according to the present invention, the configuration of the control means with reference to this as follows.

4 and 8, the control means 90 is fixed to the hollow shaft 44 provided in the rotating portion 40 of the rotation means 30 by welding or a separate fixing means (not shown). And a rotation link 92 having a lower portion extending to achieve rotation of the rotation means 30, and a lower side of the rotation link 92 fixed by a hinge pin 94 to drive the rotation link 92. And the other side is provided with a control cylinder 96 is fixed to the rotating frame 20, the main body 22 to rotate, the rotating link 92 fixed to each rotating means 30 to achieve the same rotation (92) The drive bar 98 is configured to be fixed by the hinge pin 94 to the lower inner side so that each control means 90 is fixed to form the same rotation with each other.

In addition, the elastic members (66,133) provided in the rotating means 30 and the pressing means 100 is provided with outer cylinders (66a, 133a) having a through hole formed on one side is opened and the other end is formed as shown in Figure 4 Springs 66b and 133b inserted into the outer cylinders 66a and 133a are provided, and elastic cylinders 66c and 133c for compressing the springs 66a and 133b are provided on the other side of the outer cylinders 66a and 133a. Is inserted into the through hole of the protruding and fixed to the pressure gear 68 and the connecting shaft 134, and inserted into one side open to the outer cylinder (66a, 133a) to prevent the departure of the cylinder (66c, 133c) It is preferable that the insertion fixing members 66d and 133d to be fixed are configured to be fixed to the pressure bar 62 and the bending shaft 131, but this may use an elastic body having a predetermined elasticity according to the user's convenience.

In addition, it is preferable that the partition wall (unsigned) is provided so that each pressing means 100 is inserted into and fixed to the lower storage frame 162 of the storage means 160, a separate storage space 166 is preferably provided.

In addition, each configuration constituting the loading box 10 according to the present invention is preferably a conventional bolt (not shown) is used to fix each configuration mutually, each configuration in a separate method according to the user's convenience As it can be fixed, one example can achieve mutual fixing by welding or the like.

In addition, in order to smoothly fix and rotate the hollow shaft 44 and the shaft 46 provided in the rotating part 40, it is preferable to be fixed to be rotated by a conventional bearing (unsigned), which is according to the user's convenience. It is changeable.

In addition, the support frame 24, the lower support frame 26, the pressing surface 114 of the pressing frame 110 to make contact with the glass panel 200 loaded on the loading box 10, the flow preventing means 150 It is preferable that a damage preventing member (unsigned) is attached to the fixing plate 152 of the c) to prevent damage of the glass panel 200.

If described in detail with reference to the operating relationship of the stacking box configured as described above are as follows.

9 is a front view showing a state accommodated in the pressing means in the receiving means according to the invention, Figures 10 and 11 is a cross-sectional view of the operating state showing the operating state of the flow preventing means according to the present invention, Figure 12 and Figure 13 is a front sectional view showing an operating state of the control means according to the present invention, Figure 14 is an operating state diagram showing a state in which the pressing means according to the present invention is coupled to the rotating means, (a) is a pressing means A cross-sectional view showing a state coupled to the rotating means, (b) is a cross-sectional view of the operating state showing a state in which the pressing means is fixed to the rotating means, Figure 15 is a main portion showing a state before the rotating means according to the present invention is rotated 16 is an enlarged view illustrating a state in which the rotation means according to the present invention is rotated by the control means, and FIG. 17 is a state in which the pressing means according to the present invention is fixed to press the glass panel. Fig. 18 is an enlarged view of the main part, and Fig. 18 is an enlarged main part showing a state in which the pressing unit presses the glass panel by the fixing unit according to the present invention. It is a main part enlarged sectional view which shows the state.

As shown in FIG. 2, the receiving end 160 provided to be fixed to the inside of the loading frame 20 has a pressing member 170 of the accommodating means 160 as shown in FIG. 9. The pressing bar 172 provided in the) is prevented from being separated from the storage space 166 by pressing, and the pressing lever 176 and the pressing lever 176 rotatably fixed to the pressing cover 178. The pressing links 174 fixed to the pressing covers 178 are pulled together, and the pressing rods 172 fixed to the pressing links 174 to adjust the length are flipped so that the pressing means 100 is Easily to be separated from the receiving means (160).

In addition, the lower portion of the pressing rod 172 is preferably provided with a pressing buffer member (unsigned) of a rubber material to achieve the pressing of the pressing means (100).

In addition, the pressing means 100 is accommodated in the storage space 166 when not in use to facilitate the storage of the pressing means 100 to prevent the damage of the pressing means 100 in advance.

2 and 3, the flow preventing means 150 for preventing the left and right flow of the glass panel 200 fixedly mounted on both sides of the support frame 24 of the loading frame 20, FIG. 10 and 11, the handle is fixed to the other side of the screw shaft 154, the fixing plate 152 located in the inner direction of the support cover 151 fixed to the support frame 24 of the loading frame 20 It is conveyed by the operation of 153 and guided by the guide rod 155 to fix the left and right sides of the glass panel 200.

As described above, the glass panel 200 loaded on the stacking frame 20 has the rotating part of the rotation means 30 as shown in FIGS. 4 and 8 in a state in which the left and right sides are fixed by the flow preventing means 150. The hollow shaft 44 provided in the 40 is fixed to the control link 92 of the control means 90, rotated to form an angle of 90 ° by the control cylinder 96 as shown in Figs. To achieve.

At this time, the hollow shaft 44 is fixed to the control link 92 is made to rotate, the loading frame 20 by the control bar 98 is rotatably fixed to the hinge pin 94 of the control link 92 The control means 90 provided on one side and the other side is rotated to achieve the same control.

As described above, the rotation means 30 controlled by the control means 90 rotates by the rotation part 40 to form a right angle with the glass panel 200, and thus is pressurized to be fixed to the rotation means 30. As for the means 100, the bending shaft 131 of the pulling means 130 is pushed and bent as the pressing lever 120 of the pressing means 100 is turned to the open state as shown in FIG. The elastic member 133 and the connecting shaft 134 are pushed by the shaft 131 to push the pressure link 145 of the fixing means 140 to open the fixed gear 144 of the pressure link 145. The pressure rod 62 provided in the pressing portion 60 of the rotation means 30 is inserted into the insertion groove 141 of the pressing cover 142.

In order to fix the pressure rod 62 inserted into the pressure cover 142 as described above, as shown in (b) of FIG. Pull the bending shaft 131 of the pulling means 130 by, and the elastic member 133 and the connecting shaft 134 is pulled by pulling the bending shaft 131, the pressure link 145 of the fixing means 140 ) Is pulled, and the fixed gear 144 provided on the pressure link 145 is engaged with the pressure gear 64 provided on the pressure rod 62 of the rotation means 30 by pulling the pressure link 145. It is fixed.

At this time, in order to achieve the fixing of the pressure gear 64 and the fixed gear 144, the elastic member 133 is fixed between the bending shaft 131 and the connecting shaft 134 to the connecting shaft 134 with a predetermined force Since the pull gear 64 and the fixed gear 144 is to make a solid fixation.

Referring to the driving sequence for fixing the glass panel 200 by the pressing means 100 and the rotating means 30 made of mutual coupling as described above in more detail as follows.

As shown in FIG. 15, any one of the rotating means 30 fixed by the rotating part 40 is rotated, and the control means 90 controls the rotation angle by the control cylinder 96, and the rotating part The hollow shaft 44 of the 40 rotates, and the first pivot cover 52 and the second pivot cover 54 provided on the pivot means 30 are rotated by the rotation of the hollow shaft 44. Therefore, as shown in FIG. 16, the pivoting means 30 is pivoted in a state perpendicular to the support frame 24.

At this time, the control bar 98 provided in the control means 90 drives the control means 90 provided on any one side of the support frame 24, and the control bar by driving any one of the control means 90 The other control means 90 fixed to 98 achieves the same rotation, and the respective rotating parts 40 are rotated by the driving of the respective control means 90, and the second means of the rotation means 30 is rotated. By the rotation bar 58 fixed to the rotation cover 54, the second rotation cover 54 of the other rotation means 30 of the support frame 24 is to achieve the same rotation with each other, which is the rotation means 30 The hollow shaft 44 of the rotating part 40 is rotated by any one rotation, and the rotation means 30 fixed to both sides of the support frame 24 by the rotation of the hollow shaft 44 achieves the same rotation. By the driving of the respective control means 90, each of the rotation means 30 makes the same rotation, and also to the control bar 98 and the rotation bar 58 As a result, each of the rotating means 30 provided in the support frame 24 achieves the same rotation.

As described above, the pressing rod 62 and the pressing means 64 and the pressing means 100 of the pressing portion 60 of the pressing portion 60 guided to the second rotating cover 54 of the rotating means 30 positioned at a right angle to the support frame 24. Fixed gear 144 provided in the pressure link 145 of the) is engaged with each other to secure the glass panel 200 loaded on the loading frame 20, as shown in Figure 17, the pressing means 100 It is fixed to the rotation means (30).

In order to easily fix the glass panel 200 fixed by the pressing means 100 as described above, as shown in FIGS. 18 and 19, the first rotating cover 52 and the second rotating cover 30 of FIG. Located in the middle of a pair of guide plates 72 fixed to one side of the rotation cover 54, the upper portion is rotated by the fixing lever 80 is fixed to the through hole 57 of the connecting cover 56 by turning The fixing pin 82 and the first link 83 coupled to the fixing lever 80 are guided along the guide line 74 provided on the guide plate 72 and are driven by the driving of the first link 83. The two links 85 rotate, the third link 86 rotates by the rotation of the second link 85, and the fixed link 86 is pulled, and the rotation means is pulled by the fixed link 86. The pressing gear 68 of the pressing portion 60 guided along the plurality of guide covers 55 provided on the second pivotal cover 54 of 30 is pulled, and pulled by the pressing gear 68. burnt The member 66 is pulled, the pressing rod 62 is pulled by the elastic member 66, and the pressing rod 62 is fixed to the pressure gear 64 of the pressing rod 62 by the pulling. The pressing means 100 is pulled to make the glass panel 200 firmly fixed, and the fixing pin 82 guided along the guideline 74 of the guide plate 72 is the end of the guideline 74. It is inserted into the locking groove 76 provided in the pressing gear 68 is to be fixed in the pulled state at all times.

And, as shown in FIG. 19, the pressing gear 68 of the elastic member 66 provided in the pressing unit 60 is pulled by the fixed lever 80, the pressing gear 68 is pulled, the pressure gear The spring 66b inserted into the outer cylinder 66a is pulled by the elastic cylinder 66c fixed to the pressure gear 68 by the pulling of the 68, and the outer cylinder is restored by the restoring force of the spring 66b. A pressing force of a predetermined force is applied to the pressure rod 62 by pulling the pressure rod 62 with a predetermined force so that the pressure means 100 always presses the glass panel 200 to firmly hold the glass panel 200. It may be fixed, or an elastic body having a predetermined elasticity may be used according to the user's convenience.

In addition, the pressing gear 68 is pulled by pulling any one of the fixed lever 80 of the pair of rotation means (30) paired on both sides of the support frame 24 and the pressing gear (by pulling the pressing gear 68) 68 is a rotation gear 48 of the rotating part 40 in contact with each other, and the rotation gear 48 is rotated by the rotation gear 48, the rotation shaft 46 is fixed to the other side of the shaft 46 Since the 48 is rotated and the other pressure gear 68 is pulled, and the pressure rod 62 provided in the other rotation means 30 forms a pressure, the pressure rods 52 of the both rotation means 30 are pressed. Fixed pressing means 100 is to achieve the fixing by pressing the glass panel 200 with the same force.

As described above, only one embodiment for carrying out the glass panel transport box according to the present invention, the present invention is not limited to the above-described embodiment, the gist of the present invention as claimed in the following claims Without departing from the scope of the present invention, those of ordinary skill in the art will have a technical idea of the present invention to the extent that various modifications can be made.

As described above, the glass panel transport pallet of the present invention has a support frame fixed to the loading frame body and a lower support frame inclined at a predetermined angle, and is easy to support the load when the glass panel easily damaged and deteriorated. , By the flow prevention means fixed to both sides of the support frame is to prevent the left, right flow regardless of the size of the glass panel.

Another effect of the present invention is provided with at least one or two or more pairs of rotation means depending on the size of the glass panel and the stacking box is the same rotation is made only by any one of the respective rotation means, the user can easily press the pressing means The glass panel is easily fixed by detaching and attaching the glass panel, and the glass panel is pressurized by the same pressure by one of the fixing levers provided in each rotating means, thereby fixing the glass panel firmly. There is.

In addition, the pressing means is accommodated in the receiving means to prevent the damage of the pressing means, the user can easily reuse the pressing means.

Claims (12)

A support frame 24 fixed to a vehicle and having a predetermined height for loading the glass panel is provided and fixed to the main body 22 to support the glass panel 200 at a predetermined angle. A stacking frame 20 having a lower support frame 26 fixed to a lower portion of the support frame 24 to support the glass panel 200; At least one pair of pivoting means 30 which pivot on both sides of the loading frame 20; Control means (90) coupled to the rotation means (30) for the rotation means (30) to rotate at a predetermined angle; A pressurizing means (100) detachably fixed to the pivoting means (30) to achieve a pressurization on the glass panel (200) which is fixed to the pivoting means (30) and fixedly loaded; At least one flow preventing means (150) on both sides of the support frame (26) to prevent the flow of the stacked glass panel (200); And Glass panel transport pallet, characterized in that the receiving means 160 for receiving the pressing means 100 is provided inside the loading frame 20, the main body 22. The method of claim 1, The rotating means 30 is provided with a fixed cover 42 is fixed to the inner surface of both sides of the support frame 24, the hollow shaft 44 is inserted into the fixing cover 42 to form a rotation, the hollow shaft 44 is provided with a shaft 46 inserted therein, and a rotating part 40 provided with a rotation gear 48 inside both ends of the shaft 46; The first rotating cover 52 is rotated by the hollow shaft 44 of the rotating part 40, and is spaced apart from the first rotating cover 52 by a predetermined distance of the second rotating cover 54. The other side is provided to extend to a predetermined length, at least one guide cover 55 is fixed to the second pivot cover 54, and the first pivot cover 52 and the second pivot cover 54 are mutually A rotation cover part 50 provided as a connection cover 56 for fixing; A pressure rod 62 is inserted into the guide cover 55 of the rotation cover part 50 and guided. A pressure gear 64 is provided on one surface of the pressure rod 62, and the pressure rod 62 is provided. The elastic member 66 fixed to one side is fixed, and the pressure gear 68 fixed to one side of the elastic member 66 is provided to make contact with the rotation gear 48 of the rotating part 40. Pressurized portion 60; And A pair of guide plates 72 fixed to one end of the first pivoter 52 and the second pivotal cover 54 of the pivoting cover part 50 and spaced apart from each other by a predetermined distance are provided. A guide line 74 is formed at a lower portion of the lower portion 72, and a locking groove 76 is provided at both ends of the guide line 74. An upper portion of the pivot cover part 50 has a hinge pin 78. Fixed by) to be rotated, positioned between the guide plates 72 and extending downward, and are guided along the guideline 74 of the guide plate 72 to be fixed to the locking groove 76. 80 is provided with a fixing portion 70; glass panel transport pallets characterized in that consisting of. The method of claim 2, A rotation bar 58 rotatably fixed to the other end extending from the second rotation cover 54 of the rotation cover part 50 is further included to secure the at least one rotation cover part 50. Glass panel transport pallets. The method of claim 2, The fixing lever 80 is provided with a guide hole 81, is provided with a fixing pin 82 extending to protrude to form a coupling to the guide hole 81, the fixing pin 72 is a guide plate 72 The first link 83 is guided up and down along the guide line 74 of the) and fixed to the locking groove 76, the upper end is fixed to the fixing pin 82, the first link 83 A lower link is provided with a second link 85, the lower portion of which is rotated by a hinge pin 84 mutually, the upper portion of the second link 85 is a hinge pin (84) inside the fixing lever (80) It is fixed to be rotated to, the fixing lever 80 is provided with a third link (86), one side of which is fixed by a hinge pin (84) inside the upper, the other side of the third link (86) and the hinge pin (84) Fixed link (87) is provided to be fixed, the other side of the fixed link (87) glass panel transport pallet, characterized in that configured to be fixed to the pressing portion (60). The method of claim 1, The control means 90 is fixed to the rotating means 30, the upper portion is rotated by the rotation of the rotating means 30, the lower portion of the glass panel transport pallet, characterized in that consisting of a control link 92 is extended . The method of claim 5, wherein One side of the control link 92 is fixed by the hinge pin 94 and the other side is a control cylinder 96 is fixed to form a rotation frame 20, the main body 22 for transporting the glass panel palette. The method according to any one of claims 5 to 6, A control bar 98 having a predetermined length for controlling the rotation of each control means 90 is provided to be fixed to the hinge pin 94 in the lower side of the control link 92 is further configured. Pallet for transporting glass panels. The method of claim 1, The pressing means 100 has an insertion hole 112 symmetrically through the through-hole on one side, which one side constitutes the pressing surface 114, to prevent the breakage of the glass panel 200 on the pressing surface 114 Pressure frame 110 is provided with a damage prevention member 116 for; A pressure lever 120 fixed in symmetry with respect to the upper center of the pressing frame 110; One side of the bending shaft 131 which is pulled by the pressure lever 120 is fixed to the pressure lever 120 by the pressure ring 132, and the other side of the bending shaft 131 is inside the pressure frame 110. Is inserted into, the elastic member 133 is provided with one side is fixed to the other side of the bending shaft 131, the other side of the elastic member 133 is fixed to one side of the connecting shaft 134, the connecting shaft 134 A pulling means 130 provided at one side of the connection link 135 at the other side; And Insertion fixing is formed to protrude from both ends of the pressing frame 110, the insertion groove 141 is provided with a pair of pressing cover 142 configured to a predetermined depth at the bottom, located between the pressing cover 142 The upper end is fixed to the thermal link 135 of the pulling means 130 by a hinge pin 143, and bent at a predetermined angle, the pressing link 145 is provided so that the fixed gear 144 is directed toward the upper surface. It is provided with a hinge means 143, the fixing means 140 is provided to be rotatable in the pressure cover 142; Glass panel transport pallets characterized in that consisting of. The method of claim 1, The flow preventing means 150 is provided with a support cover 151 fixed to both sides of the support frame 24 of the loading frame 20, the support cover 151 is located in the inner direction of the flow of the glass panel 200 Fixed plate 152 is provided to prevent the, one side is fixed to the fixed plate 152 to achieve the transfer of the fixed plate 152 to form a coupling with the support cover 151, the handle 153 is provided on the other side Glass panel, characterized in that consisting of a guide rod 155 fixed to the fixing plate 152 by coupling to at least one support cover 151 to guide the screw shaft 154 and the fixing plate 152 Pallet for transportation. The method of claim 1, The accommodating means 160 is provided inside the main body 22, and the lower accommodating member 162 and the upper accommodating member 164, in which the pressing means 100 is accommodated, are fixed to each other to include at least one accommodating space 166. Glass panel transport pallets characterized in that. The method of claim 10, The storage means 160 is a glass panel transport stack, characterized in that at least one or more pressing member 170 for fixing the pressing means 100 after receiving the pressing means 100 is configured on one side or both sides. The method of claim 11, The pressing member 170 is provided with a pressing rod 172 for pressing and fixing the pressing means 100 in order to facilitate storage and detachment of the pressing means 100, and the pressing rod 172 is fixed and rotated. The push link 174 is provided, and the push lever 176 for driving the push link 174 is provided with a glass panel transport stack, characterized in that the rotatably fixed to the push cover (178).

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