JP4421926B2 - Box pallet for transportation of high center of gravity vertical precision equipment - Google Patents

Description

  TECHNICAL FIELD The present invention relates to a box pallet suitable for transporting a high center of gravity vertical precision instrument having a particularly high center of gravity and having a vertically long box shape and a relatively heavy weight, such as an automatic teller machine (ATM), a money changer, and an unmanned contract machine. .

  Among various box pallets, a box with a high fence standing around the rectangular pallet part of the base is provided to prevent the cargo from collapsing when a large number of goods are loaded and transported. Some have a fence-like structure.

Therefore, conventionally, such a box-shaped fence-like box pallet is also used when transporting a high center of gravity vertical precision device such as an ATM. Among such transport box pallets, for example, as shown in FIG. 15, there is a structure in which a box fence 2 is erected around a deck board 1 provided with a moving caster 1a on the bottom surface. When the ATM 3 is transported using a conventional box pallet, for example, the inside of the box fence 2 is cured in advance with a curing material 4 such as cardboard, and a phosphorus tree 5 is laid on the deck board 1. Then, the ATM 3 that is appropriately wrapped and packed in a packaging material or PP band 6 is placed on the phosphorus tree 5 using a forklift, and is further shifted and fixed in the box fence 2. Then, the ATM3 is transported together with the box pallet using a forklift, and is loaded on a truck for transportation. On the other hand, at the transport destination, the ATM 3 lowered from the transport truck is carried by the forklift as well as the box pallet, and then the ATM 3 is unloaded from the box pallet and unpacked.
JP 2002-68187 A

  However, in the conventional box pallet, the height of the box fence 2 is high, and it is difficult to carry out the work of loading and unloading the vertically long and relatively heavy ATM 3 by the operator's hand, as described above. It has a structure that must be handled using a forklift. Therefore, conventionally, when using a forklift to load and unload ATMs, the forklift claws accidentally hit and damage the ATMs, or because of the high center of gravity, the balance is lost and the ATMs are destroyed by falling. There was a problem. In addition, even during cargo handling using a forklift, the balance may be lost, causing accidents such as dropping or overturning the ATM, etc. with the box pallet. There was also a problem that an operator or the like accidentally dropped the box pallet from the loading platform of the transport truck and the like, thereby damaging the ATM.

  Therefore, the object of the present invention is to enable easy loading and unloading work by hand without using a forklift, even if it is a heavy high center of gravity vertical precision device such as ATM. It is an object of the present invention to provide a safe and reliable transport box pallet that does not fall over and be damaged.

Accordingly, in order to solve the above-described problems, the invention according to claim 1 is characterized in that a pair of frame fitting portions are erected on both sides in the width direction of the rear end edge, and a high center of gravity vertical precision device is placed on the upper surface. A rectangular pallet part having a base plate, and a lower part of a vertical frame are respectively fitted to the frame fitting part so as to be rotatable along a rear end edge of the pallet part, and the frame fitting in an upright state. While the rear part is held to be able to fall down to the front overlapped with the base plate by the joint part, the rear side fence that is held incapable of falling down, and when the rear side fence is made to stand up, the front part overlaps with the base plate And a first lock means for restricting the fall of the pallet, and a foldable fence body in which the upper fence member is connected to the lower fence member so as to be rotatable in one direction by a hinge. to pivotally connected to the side edges was erected the lower fence member state Left and right side fences holding the lower fence material so as to be able to fall down to the side overlapping the base plate and holding the upper fence material to the side opposite to the base plate, and the left and right sides When the bottom fence material of the fence is raised, when the second locking means for restricting lodging to the side and the upper fence material of the left and right side fences are raised with the lower fence material , A third locking means for regulating the fall of the upper fence material, a front fence that can be opened and closed between the front side portions of the left and right side fences, and a lower width size of the high center of gravity vertical precision device placed on the base plate And fixing means having a pair of left and right angle plates that are mounted on the base plate so that the fastening position can be moved and adjusted in multiple stages, and for loading and unloading that attaches one end to the front edge of the base plate in a freely detachable manner. and a slope, in use, said at twofold state in which folded over the upper railing member Rotating the fence material to stand the left and right side fences, the second lock means to restrict the lower fence material to the side, the left and right side fences standing in a folded state While locking and assembling with the upper half open, when folded, release the lowering regulation state by the second locking means of the lower fence material that has stood up, and in the folded state in which the upper fence material is folded and folded It is a box pallet for transportation of high center of gravity vertical precision equipment, which is formed by rotating a lower fence material to the side overlapping with the base plate and alternately folding the left and right side fences and folding it on the base plate. To do.

  The invention described in claim 2 is a box pallet for transporting a high center of gravity vertical precision device according to claim 1, wherein when the high center of gravity vertical precision device is placed on the base plate, the lower front side thereof is protected. A guard plate for preventing claw collision is provided on the pallet portion at the height position to be opened and closed.

  A third aspect of the present invention is the box pallet for transporting a high center of gravity vertical precision device according to claim 1 or 2, wherein the loading slope has a slip of the high center of gravity vertical precision device on a side edge thereof. While providing a prevention rib and providing a downward latching piece at one end, a slit for engaging the latching piece is provided at the front edge of the base plate.

  According to the first aspect of the present invention, (1) even if a heavy high center of gravity vertical precision device such as ATM is used, when loading and unloading it, the upper fence material is folded on the lower fence material and left and right. The upper half can be opened so that the side fence can be easily operated from the side, so that the operator can easily and safely carry out the loading and unloading operation while pressing the high center of gravity vertical precision device from the side. In addition, a loading slope that absorbs the level difference is attached to the pallet, and it is easy and safe along the slope of the loading slope while holding a high center of gravity vertical precision device from the side of the open side fence. On the other hand, it is also possible to load the pallet part easily and safely along the slope of the unloading slope while holding the high center of gravity vertical precision device. In this way, when unloading, the unloading operation can be performed easily and safely with a minimum of manpower without using a forklift. As a result, when loading and unloading high center of gravity precision equipment, the forklift pawl accidentally hits and damages the high center of gravity precision equipment, or because of the high center of gravity, the balance is lost and it falls and falls down. Can be solved. (2) When loading, the positioning and fixing means is used to position and fix the high center of gravity vertical precision equipment on the pallet part according to its lower width size. It is possible to eliminate the accident that the balance is lost and the high center of gravity vertical precision device is dropped or falls with the box pallet. (3) Furthermore, since the pallet part is not equipped with casters, the high center of gravity precision equipment may be damaged due to the operator dropping the box pallet accidentally from the loading platform of the transport truck during operation. Occurrence can also be prevented. (4) And, after assembled and used in a box fence state, the rear fence, the left and right side fences and the front fence can be folded on the pallet, and can be carried and stored in a compact folded state as a whole There is.

  According to the invention described in claim 2, in addition, when a high precision center of gravity precision device is secured and the box pallet is loaded with a forklift, it is protected by a guard plate for preventing claw collision, and the forklift It is possible to prevent the occurrence of a problem that the nail hits a high center of gravity precision device and breaks it.

  According to the invention described in claim 3, in addition, when loading and unloading a high center of gravity longitudinal precision device on the pallet part using the loading slope, the loading slope can be easily attached to and detached from the pallet part. In addition, it is possible to smoothly load and unload the high center-of-gravity vertical precision equipment on the pallet without slipping off the loading slope by guiding with the slip-off prevention ribs.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 is a perspective view showing an example of a box pallet for transportation of a high center of gravity vertical precision device according to the present invention. 2 is a front view, FIG. 3 is a rear view, FIG. 4 is a left side view, and FIG. 5 is a right side view. The illustrated box pallet P is a metal pallet for securing and transporting and storing a high center of gravity vertical precision device (ATM in the illustrated example) S. The base pallet part A, the rear fence B, and the left and right side fences It is equipped with CD and front fence E, and is assembled like a box fence.

  The pallet part A includes a rectangular base plate (deck plate) 10 and a rectangular frame 11 on the lower side thereof. The four corners of the base plate 10 and the frame body 11 are connected by a pair of front support legs 12 and 13 and a pair of rear support legs 14 and 15, and intermediate positions of the support legs are connected by a connecting column 16. It is assembled in a rectangular thin box pallet shape and has a structure in which claw insertion openings 17 for forklifts are opened on all sides. It should be noted that a moving caster is not provided on the bottom side of the pallet part A.

  In the pallet part A, the rear support legs 14 and 15 are provided with frame fitting parts 14a and 15a having a U-shaped cross section at the upper part, and are erected with the open side facing forward. On the other hand, as shown in FIGS. 1 and 2, pipe portions 12a and 13a are attached to the front support legs 12 and 13 in the length direction, respectively. A guard plate 20 for preventing claw collision is provided between the pipe portions 12a13a.

  The guard plate 20 is a protective plate made of an elongated rectangular iron plate that protects the lower front surface of the high center of gravity precision device S placed on the base plate 10, and is bent in an L shape downward in the figure at both ends. The connecting rods 21 and 22 are fixed. The connecting rod 21 on one side is provided with a retaining projection 21a at the lower end. The connecting rod 21 on one side is fitted into the pipe portion 12a, and the guard plate 20 is pivotally connected to the support leg 12 with the connecting rod 21 as a fulcrum, and the high center of gravity vertical precision device S is placed on the base plate 10. At this time, it is attached to the pallet part A so as to be openable and closable at a height position facing the lower front surface. Accordingly, when the guard plate 20 is locked in the closed position as shown in FIG. 2 in order to protect the high center-of-gravity vertical precision device S, the entire guard rod 20 is once lifted up, and the connecting rod 22 on the other side is inserted and connected to the pipe portion 13a. . On the other hand, when opening for loading and unloading the high center-of-gravity vertical precision device S, the whole is lifted in the same manner, and the other connecting rod 22 is removed from the pipe portion 12a and rotated using the opposite pipe portion 12a as a fulcrum. . Note that a fixed guard plate 23 for preventing claw collision is erected and fixed to the pallet portion A on the rear end surface and the left and right side surfaces at the same height as the movable guard plate 20.

  Further, as shown in FIG. 1, the pallet part A is provided with positioning and fixing means 25 for positioning and fixing the high center-of-gravity vertical precision device S on the base plate 10. The positioning and fixing means 25 includes a pair of iron angle plates 26 and 26. As shown in FIG. 6 (A), the angle plates 26 and 26 are provided with a long and narrow slit 27 in the width direction of one piece 26a and a buffer rubber plate 28 attached to the other piece 26b. On the other hand, as shown in FIG. 6 (B), the base plate 10 has a plurality of (three in the illustrated example) at the symmetrical positions near the left and right edges, respectively, in accordance with the lower width size of various high center of gravity vertical precision devices. Screw bolts 29 for bolts 29) are arranged side by side in the width direction, and the position of bolt fastening of the angle plates 26 and 26 is determined by screw holes 29 depending on which of the high center of gravity vertical precision equipment to be actually placed. Can be adjusted in multiple stages. At the time of positioning, the fastening positions of the angle plates 26 and 26 are moved and adjusted in accordance with the lower width size of the high center of gravity vertical precision device S placed on the base plate 10, and the angle plate 26 is adjusted at the adjusted fastening position. The bolt 26 is screwed into one of the screw holes 29 and fastened, and the high center of gravity precision device S is sandwiched and fixed by the angle plates 26 and 26.

  As shown in FIGS. 1 and 3, the rear fence B is composed of a rectangular frame and a lattice portion in the frame. In particular, the left and right vertical frames 30 and 31 corresponding to both sides of the frame are provided at the lower portions 30a and It is formed in a fence shape in which 31a is protruded long downward. Then, the lower portions 30a and 31a of the vertical frames 30 and 31 are fitted to the frame fitting portions 14a and 15a as shown in FIG. 7 and pivotally supported at the lower ends of the support legs 14 and 15, and the rear rail B is The pallet part A is pivotably connected along the rear edge. Accordingly, the rear rail B is supported by the support legs 14 and 15 so as to be able to fall down in front of the base plate 10 while being erected with respect to the pallet part A, and on the opposite rear side, the support legs 14 and 15. The frame fitting portions 14a and 15a support the back side of the frame and are held so as not to fall down.

  Further, as shown in FIG. 3, the rear fence B has a first locking means 35 for restricting the forward sloping that overlaps the base plate 10, particularly when it is raised with respect to the pallet part A. It is attached to the lower part 30 a of the one side vertical frame 30. As shown in FIG. 8, the first locking means 35 is provided with a loop portion 32 on the back side of the lower portion 30 a of the vertical frame 30, and a lock bar 33 is engaged with the loop portion 32 so as to be slidable up and down. The lock bar 33 is shaped such that the upper end side in the figure is bent into an L shape to provide a stopper portion 33a, the opposite lower end side is bent up one step higher, and a locking step portion 33b is provided there. And when the rear surface fence B is in the standing state, the lock bar 33 is pushed down to engage the engaging stepped portion 33b with the frame fitting portion 15a, thereby locking the rear surface rail B from falling forward. In addition, as shown in FIGS. 1 and 3, J-plate-shaped bearing pieces 36 and 37 are provided on the outer end surface of the vertical frame 30 on one side of the rear rail B at intervals in the vertical direction. It is fixed. Similarly, J-plate-shaped bearing pieces 38 and 39 are also fixed to the outer side end face of the other vertical frame 31 at intervals in the longitudinal direction.

  As shown in FIGS. 1, 4, and 5, the left and right fences C and D are each composed of two upper fence members 40 and 41 and a lower fence member each made up of a slightly elongated rectangular frame and a lattice portion in the frame. It consists of a flat fence body which connected 42 * 43 so that rotation with the hinge 44 made from hinges was possible. The left fence C is pivotally supported by the front and rear support legs 13 and 15 with the lower fence 42 and is pivotably connected along one side edge of the pallet part A. The right fence D pivotally supports the lower fence member 43 with the front and rear support legs 12 and 14 and is pivotably connected along the other side edge of the pallet part A. By the way, in particular, these side rails C and D have a structure in which the horizontal frames 40a and 42a, 41a and 43a on which the upper and lower rails overlap are connected to each other by attaching a hinge 44 to the outside thereof in an upright state. . Therefore, in the left and right side rails C and D, the lower fence members 42 and 43 are held in a state where they can fall down to the side overlapping the base plate 10 with the shaft fulcrum of the support legs 12 to 15 as the center. On the other hand, the upper fence members 40 and 41 are rotatably held only on the side opposite to the base plate 10 with the hinge 44 as a fulcrum with respect to the lower fence members 42 and 43, respectively. Accordingly, when the upper fence members 40 and 41 are rotated with respect to the standing lower fence members 42 and 43, the left and right fences C and D can be folded into two and folded on the lower fence members 42 and 43. ing.

  In addition, the left and right side rails C and D, respectively, when the lower fence members 42 and 43 are erected with respect to the pallet part A, the lower fence members 42 and 43 are inclined to the left and right sides. The second locking means 45 to be controlled is attached to the rear vertical frames 42b and 43b of the lower fence members 42 and 43. Further, when the upper fence members 40 and 41 are erected together with the lower fence members 42 and 43, the third lock means 46 for restricting the upper fence members 40 and 41 from falling to the left and right sides is provided. The upper fence members 40 and 41 are attached to the rear vertical frames 40b and 41b. In addition, the locking means 45 and 46 are provided on the outer side surfaces of the rear vertical frames 40b to 43b at height positions corresponding to the installation positions of the bearing pieces 36 to 39 provided on the rear rail B, respectively.

  Such locking means 45 and 46 (see FIG. 9) are provided with shaft holding pipe portions 49 on the outer side surfaces of the rear vertical frames 40b to 43b corresponding to the bearing pieces 36 to 39 on the rear rail B side, respectively. On the other hand, one end of an L-bar shaped lock lever 50 is slidably inserted into the shaft holding pipe portion 49 and is held rotatably by the shaft holding pipe portion 49. Reference numeral 51 in the drawing denotes a nut for preventing the lock lever 50 from coming off. As shown in FIGS. 1 and 2, the left and right rails C and D described above are vertically oriented on the front vertical frames 40c and 41c of the upper fence members 40 and 41 with a space in the vertical direction. Further, pipe portions 52 and 53 are provided.

  The front fence E is assembled between the front vertical frames 40c and 41c included in the upper fence members 40 and 41 of the left and right side fences. The front fence E is formed by using a long and thin iron bar, and is formed into a fence shape with a frame body 55 that is slightly horizontally long and a vertical fence member 56 in the frame 55, and a display panel 57 is attached to the vertical fence 56. The frame body 55 is formed by bending the ends (right ends in FIG. 2) of the parallel horizontal frame portions 55a and 55a downward L-shaped, and providing hook portions 55b there. Then, the vertical frame portion 55c on one side is fitted to the pipe portion 53 of the upper fence member 41, and the front fence E is pivotally connected to the right fence D with this as a fulcrum so that it can be opened and closed. Yes. Therefore, when the front fence E is closed as shown in FIG. 2, the whole is lifted once and the hook portions 55 b are respectively inserted into the pipe portions 52. On the other hand, when opening, similarly, the whole is lifted, and the hook portion 55b is removed from the pipe portion 52 so that it can be rotated.

  In addition, the box pallet according to the present invention has a structure in which a pair of unloading slopes 60 and 60 are attached to the pallet portion A as shown by a chain line in FIG. As shown in FIG. 10, each of the loading / unloading slopes 60, 60 includes an elongated rectangular plate-shaped iron plate guide plate 61, and a plate-like shape standing downward on the back surface base end side with respect to the guide plate 61. The latch piece 62 and the support plate piece 63 standing along the length direction of the center of the back surface are welded and assembled. The support plate piece 63 has a height corresponding to one end on the attachment side corresponding to the pallet part A, and is gradually inclined downward from the one end side toward the other end side opposite to the support plate piece 63. Further, the loading / unloading slopes 60 and 60 are welded with a steel bar slip-off preventing rib 64 along one side edge that is separated from each other when arranged in parallel. Then, when the loading / unloading slopes 60 and 60 are used, the hooking pieces 62 are inserted into the pair of slits 65 provided at the front end edge of the base plate 10 and set on the pallet portion A.

  Now, when the high center of gravity vertical precision device S is transported using the illustrated box pallet of the present invention, the box pallet is assembled as shown in FIG. First, the rear fence B is raised with respect to the pallet part A, and then the lock bar 33 of the first locking means 35 is pushed down to be engaged with the support leg 15 to lock the rear fence B from falling forward ( (See FIG. 8). Then, the left side fence C is erected in a state where the upper fence member 40 is folded on the lower fence member 42, and the lock lever 50 of the second lock means 45 is engaged with the bearing piece 39 of the rear fence B to be folded. It locks that the left-side fence C in the overlapped state falls down (see FIG. 4). Next, the front fence E is rotated and overlapped with the upper fence member 41 of the right fence D, and then the right fence D is raised from the pallet part A with the upper fence member 41 folded over the lower fence member 43. Similarly, the lock lever 50 of the second lock means 45 is engaged with the bearing piece 37 to lock the right rail D from falling down. Thus, in the illustrated box pallet, the left and right side rails C and D are opened at the upper half so that the work can be easily performed from the sides. The guard plate 20 is rotated with the pipe portion 12a as a fulcrum to be opened, and is retracted along the upper fence member 41 side of the right-side fence D in the folded state. Thereafter, the loading slopes 60 and 60 are juxtaposed by inserting the retaining plate pieces 62 into the slits 65 of the pallet part A, respectively.

  After that, a cornering plate (not shown) is applied to the corner of the packaged high center of gravity precision device S, and a buffering backing plate is also applied to the back surface. Then, while pushing the high center-of-gravity vertical precision device S, it slowly travels on the loading slopes 60, 60 and puts it on the base plate 10, and puts it along the rear fence B with the back plate in between. Next, the high-center-of-gravity vertical precision device S is positioned and fixed on the base plate 10 using the positioning and fixing means 25 previously removed from the base plate 10. Then, the fastening positions of the angle plates 26 and 26 are moved and adjusted in accordance with the lower width size of the high center of gravity vertical precision device S, and the angle plates 26 and 26 are bolted to one of the screw holes 29 at the adjusted fastening position. 24 is screwed and fastened, and the high-center-of-gravity vertical precision device S is sandwiched and fixed by the angle plates 26 and 26 (see FIG. 6). If the high center-of-gravity vertical precision device S has a fixing adjuster on the bottom surface of the front portion thereof, it is lowered and adjusted.

  After positioning and fixing the high center-of-gravity vertical precision device S, the loading slopes 60 and 60 are removed from the pallet part A. Then, in the left and right side rails C and D, the upper fence members 40 and 41 folded on the lower fence members 42 and 43 are rotated and raised, and the lock lever 50 of the third lock means 46 is moved to the bearing of the rear fence B. Engage with the piece 39 to lock the upper members 40 and 41 from falling down (see FIG. 9). Then, as shown in FIG. 1, the cardboard protective plate 70 is applied to the front surface, and then the high center of gravity vertical precision device S and the rear surface fence B are tied and secured with a PP band. Next, the opened front fence E is rotated and the front upper portion of the pallet part A is closed, then the whole is lifted and shifted, and the hook parts 55b are respectively inserted into the pipe parts 52 and hooked. Similarly, the retracted guard plate 20 is also rotated and lifted and shifted, and the connecting rod 22 is inserted into the pipe portion 13a and latched to protect the lower front surface of the high center of gravity vertical precision device S. When the lashing is completed in this way, it is loaded into a truck for transportation using a forklift and shipped to a transport destination.

  On the other hand, when unpacking the high center-of-gravity vertically long precision device S in a locked state from the illustrated box pallet at the transport destination, the front fence E is first lifted and shifted, and the hook portion 55b is removed from the pipe portion 52 and opened. . Similarly, the guard plate 20 is similarly lifted up and shifted, and the connecting rod 22 is removed from the pipe portion 12a and opened. After unpacking the PP band, the unloading sleep 60/60 is attached to the pallet part A. Thereafter, in the left and right side rails C and D, the lock lever 50 of the third lock means 46 is turned to raise, respectively, and is pulled out from the bearing piece 38 of the rear side rail B to release the lock. The fence members 40 and 41 are turned outward and folded (see FIG. 11). In this way, the upper half of the left and right rails C and D is opened so that it can be easily operated from the side. Thereafter, the bolts 24 of the positioning and fixing means 25 are loosened, the angle plates 26 and 26 are slid outward from each other, and retracted from the high center of gravity vertical precision device S. Then, after removing the corrugated cardboard protective plate 70 and raising the fixing adjuster, as shown in FIG. 12, the high gravity center vertical precision device S is pushed from the open side to the unloading slopes 60 and 60. Unroll from the pallet part A.

  By the way, after being assembled and used in a box fence state, the illustrated box pallet can be carried and stored in a folded state as a whole. In that case, after rotating the front fence E and putting it on the upper fence 41 of the right fence D, the locked state of the upper and lower fences 41 and 43 by the second and third locking means 45 and 46 is released. Then, the right fence D is brought into a state where it can fall down. Then, as shown in FIG. 13, the upper fence member 41 of the right fence D is folded on the lower fence member 43 with the front fence E interposed therebetween, and then the right fence D is folded on the base plate 10. Next, after the upper fence member 40 of the left fence C is folded on the lower fence member 42, the left fence C is folded on the right fence D. Thereafter, the locked state by the first locking means 35 is released to allow the rear rail B to fall forward, and then the rear rail B is tilted forward and folded on the left rail C as shown in FIG. As described above, the guard plate 20 is connected to the front side of the pallet part A by hooking the connecting rod 22 to the pipe part 13a. Then, the whole is wound and fixed with a PP band (not shown).

It is an assembly perspective view which shows an example of the box pallet for transportation of the high gravity center vertical precision apparatus by this invention. It is a front view of a box pallet for transportation. It is a rear view of a box pallet for transportation. It is a left view of a transport box pallet. It is a right view of a box pallet for transportation. (A) is a perspective view which shows a positioning fixing means, (B) is a longitudinal cross-sectional view. It is a fragmentary perspective view which shows the support structure of a rear surface fence. It is a fragmentary perspective view which shows the fall control lock structure of a rear surface fence. It is a fragmentary perspective view which shows the fall regulation lock structure of a side fence. It is a perspective view which shows an unloading slope. It is a perspective view which shows the box pallet for transport which mounted the high center-of-gravity vertical precision apparatus in the loading / unloading state which folded the right-and-left side fence into two. It is a perspective view which shows the state which unloads a high gravity center vertical precision apparatus using an unloading slope. It is a perspective view which shows the box pallet for transport in the middle of folding. It is a perspective view which shows the box pallet for transportation in the folding completion state. It is a perspective view which shows the conventional box pallet for transport in the locked state of a high gravity center vertical precision apparatus.

Explanation of symbols

A Pallet part B Rear fence C Left fence D Right fence E Front fence S High center of gravity vertical precision equipment 10 Base plate 20 Claw collision prevention guard plate 25 Positioning fixing means 26 Angle plate 35 First locking means 40 and 41 Upper fence material 42 43 Lower fence material 44 Hinge 45 Second locking means 46 Third locking means 60 Unloading slope

Claims (3)

A rectangular pallet portion having a base plate for placing a high center of gravity vertically long precision device on the upper surface while standing up a pair of frame fitting portions on both sides in the width direction of the rear edge,
The lower part of each vertical frame is fitted to the frame fitting part, and is pivotably connected along the rear edge of the pallet part, and in the standing state, the frame fitting part lies forward and overlaps the base plate. A rear fence, which is held in a way that is not allowed to fall,
A first locking means for restricting the forward lying overlying the base plate when the rear fence is raised; and
Both consist of a foldable fence body in which the upper fence material is connected to the lower fence material so as to be rotatable in one direction with a hinge, and the lower fence material is rotatably connected to the side edge of the pallet part. When the lower fence material is in an upright state , the lower fence material is held so as to be able to fall down to the side overlapping the base plate, and the upper fence material is held so as to be able to fall down to the side opposite to the base plate. Left and right side fences,
A second locking means for restricting the lateral collapse when the lower fence material of the right and left side fences is raised;
A third locking means for restricting the fall of the upper fence material when the upper fence material of the left and right side fences is raised with the lower fence material;
A front fence that can be opened and closed between the front sides of the left right fence,
Positioning and fixing means having a pair of left and right angle plates mounted on the base plate so that the fastening position can be moved and adjusted in multiple stages in accordance with the lower width size of the high center of gravity vertical precision device placed on the base plate; ,
A loading and unloading slope that is detachably attached to the front edge of the base plate;
In use, the lower fence member is rotated in a folded state in which the upper fence member is folded in a folded state, and the left and right side fences are erected, and the lower lock member is allowed to fall laterally with the second locking means. Locking the left and right side fences that have stood up in a folded state in a folded state, and assembled with the upper half open, while being folded, regulation of the falling down by the second locking means of the standing lower fence member The state is released, and the upper fence material is folded in a folded state. The lower fence material is rotated to the side overlapping the base plate, and the left and right side rails are alternately overlapped and folded on the base plate. A box pallet for transporting high precision center of gravity precision equipment.   A guard plate for preventing claw collision can be opened and closed on the pallet portion at a height position that protects the lower front side when the high center-of-gravity vertical precision device is placed on the base plate. The box pallet for transportation of the high-center-of-gravity vertical precision device according to claim 1. The unloading slope is provided with a high-center-of-gravity longitudinal precision instrument slip-off prevention rib on its side edge and a downward-facing latching piece on one end side, while the latching piece is provided on the front edge of the base plate. The box pallet for transportation of a high center of gravity vertical precision device according to claim 1, wherein a slit to be engaged is provided.

Images