JP2005186939A - Apparatus for transporting and storing instrument - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily correspond with a various kinds of instruments with different sizes and shapes, and to accelerate resource saving and reuse. <P>SOLUTION: Fitting channels 6 with which a bolt 5 for a fixture 3 can be engaged are provided on a loading platform 2 on which the instrument A is placed on a placing face 1 to make fitting positions for the fixtures on the placing face changeable. In particular, the fitting channels are extended from the outer edge part of the placing face toward the central part. The loading platform is equipped with a gap into which a fork of a transporting vehicle can be inserted between the upper and lower plate-like parts. Rubber blocks 15 are mounted between the placing face formed on the upper face of the upper side plate-like part 11 and the underside face of the instrument. In addition, the placing face of the upper side plate-like part is formed to be flat so as to make wheels of the instrument travel, and lightening holes 32 are formed on the lower side plate-like part 12. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an equipment transport storage device for transporting or storing various equipment.

  When transporting and storing various types of electrical equipment such as office machines such as copiers, air is used to ensure that equipment is not damaged by contact with other items. There is known a packaging device (see Patent Document 1) configured to wind a shock-absorbing member enclosing the device around the device, and a packaging device configured to sandwich the device between upper and lower fixing materials (refer to Patent Document 2).

There is also known an equipment transportation and storage device having a configuration in which equipment is placed on a pallet one by one and fixed with a fixture so that handling by a transportation vehicle such as a forklift or a pallet truck becomes easy. (See Patent Document 3).
JP 2000-62850 A JP-A-2001-114382 JP-A-10-95429

  However, although the packaging device and the packaging device described above are devised so as to be used multiple times and do not emit waste, they are composed of a combination of a number of members, or from a thin synthetic resin material Because it is relatively fragile, it has limitations in promoting resource saving and reuse. On the other hand, the equipment transporting and storage device configured to fix the equipment on the pallet has a small number of parts and is made up of sturdy synthetic resin materials and metal materials, and has high durability to withstand repeated use over a long period of time. Since it can be provided, it is excellent in terms of resource saving and reuse.

  However, in the conventional equipment transport and storage device, since it is difficult to cope with different equipment sizes and shapes, when there are many models with different sizes and shapes, it is necessary to prepare for each of those models. In addition, the cost is high and the resource saving is not desirable. Even if it is configured to be reusable, if it cannot cope with changes in size and shape, it can be used later if the size and shape are changed by a new model. The problem of disappearing occurs, the long-term repeated use is restricted, and the reuse cannot be sufficiently promoted.

  The present invention has been devised to solve such problems of the prior art, and its main purpose is to be able to easily cope with many types of devices having different sizes and shapes, and to save resources and An object of the present invention is to provide an equipment transport and storage device configured to facilitate reuse.

  In order to achieve such an object, according to the present invention, as shown in claim 1, a loading platform on which a device is placed on a placement surface, a fixing means for the loading platform, and a fixing means having a locking means for the device. The fixing tool is configured to be attached to the loading platform by an attachment structure capable of changing the attachment position on the mounting surface.

  According to this, since the attachment position of the fixture for fixing the device to the loading platform can be changed, it is possible to easily cope with devices having different sizes and shapes. For this reason, troublesome preparation for each type of device is eliminated, and repeated use over a long period of time is possible, so resource saving and reuse can be promoted.

  In the apparatus transporting and storing apparatus, as shown in claim 2, the mounting structure of the fixture can be configured such that a mounting groove in which the mounting means of the fixing tool can be engaged is provided in the cargo bed. According to this, since the attachment position of the fixture can be changed steplessly along the attachment groove according to the equipment, it can be easily applied to many kinds of equipment.

  In the said equipment conveyance storage apparatus, as shown in Claim 3, the said attachment groove | channel can take the structure extended toward the center part from the outer edge part of the said mounting surface. According to this, the device can be fixed to the center of the placement surface, and the device can be transported and stored in a stable state.

  In this case, in a device provided with a rectangular box-shaped housing, it is preferable that the four corners of the rectangular bottom surface be fixed to the cargo bed with fixing members. Further, on the square mounting surface, when the mounting grooves extending linearly from the corners toward the center are arranged corresponding to each of the four corners, a total of four mounting grooves are provided. good.

  In the apparatus transporting and storing apparatus, as shown in claim 4, the mounting structure of the fixing tool may be configured such that a plurality of mounting holes that can be engaged with mounting means of the fixing tool are provided in the cargo bed. . According to this, the attachment position of a fixing tool can be changed in steps. In this case, although the mounting position is limited as compared with the configuration having the mounting groove, it is advantageous in reliably defining the mounting position.

  In the device transporting and storing apparatus, as shown in claim 5, a plurality of the mounting holes can be provided side by side from the outer edge portion to the center portion of the mounting surface. According to this, the device can be fixed to the center of the placement surface, and the device can be transported and stored in a stable state.

  In this case, on the square mounting surface, a group of mounting holes arranged on one straight line from the corner to the center is arranged corresponding to each of the four corners, for a total of four groups. A mounting hole group may be provided.

  In the apparatus transporting and storing apparatus, as shown in claim 6, the loading platform includes a gap into which a fork of a transporting vehicle can be inserted, and the upper surface of the upper surface constituting the mounting surface and the lower surface of the apparatus, It is possible to adopt a configuration in which a buffer member is interposed between the two. According to this, it is possible to avoid damage to the equipment due to vibration or impact during transportation. In this case, the buffer member may be made of a rubber material.

  In the equipment transport and storage device, as shown in claim 7, the loading platform includes the upper plate-like portion, the lower plate-like portion, and a columnar portion between these upper and lower plate-like portions, The mounting surface of the upper plate-like portion can be configured to be flat so that the wheels of the device can run, and the lower plate-like portion can be formed with a hollow hole. According to this, since an apparatus can be smoothly run on a mounting surface, the operation | work of loading and position alignment can be performed easily. Further, since the lightening hole is formed in the lower plate-like portion, the weight can be reduced, and the lightening hole does not hinder the running of the device on the mounting surface.

  In the said equipment conveyance storage apparatus, as shown in Claim 8, the said loading platform can take the structure which consists of aluminum alloy materials. According to this, strength can be ensured and weight reduction can be achieved.

  In the apparatus transporting and storing apparatus, as shown in claim 9, the loading platform has a loading platform body provided with a gap into which a fork of a transportation vehicle can be inserted, and an upper surface of the loading platform main body constituting the mounting surface. A configuration having a mounting board and a buffering member interposed between the mounting board and the cargo bed body can be employed. According to this, it is possible to avoid damage to the equipment due to vibration or impact during transportation. In this case, the buffer member may be made of a rubber material.

  In the apparatus transporting and storing apparatus, as described in claim 10, the mounting board is formed in a flat plate shape so that the wheels of the apparatus can travel on the mounting surface, and the load carrier body includes upper and lower plate-like portions. The upper and lower plate-like portions can be configured such that a hollow hole is formed in each of the upper and lower plate-like portions. According to this, since an apparatus can be smoothly run on a mounting surface, the operation | work of loading and position alignment can be performed easily. Further, the weight can be reduced by the lightening hole in the loading platform body, and the lightening hole does not hinder the running of the device on the mounting surface.

  In the apparatus transporting and storing apparatus, as shown in claim 11, the mounting board can be made of an aluminum alloy material, and the cargo bed body can be made of a synthetic resin material. According to this, high strength can be ensured by the metal mounting board, and light weight can be achieved by the light alloy mounting board and the synthetic resin pallet.

  In the said equipment conveyance storage apparatus, as shown in Claim 12, the structure which further has a protective cover which covers the apparatus mounted on the mounting surface mentioned above can be taken. According to this, it is possible to protect the device from dust and rainwater.

  In the apparatus transporting and storing apparatus, as shown in claim 13, the protective cover can have a configuration having a cushioning material layer made of a foamed resin material. According to this, it is possible to protect the device from an impact or the like by a buffer material such as a mirror mat. In this case, the cushioning material layer is preferably a sheet material covered with a skin layer made of PE or the like, and has high strength and excellent durability, so that it can be used repeatedly for a long time.

  In the apparatus transporting and storing apparatus, as shown in claim 14, the protective cover can be formed in a bag shape and provided with a bundling means for squeezing the opening. According to this, it is easy to attach and detach the protective cover, and it is possible to reliably prevent the protective cover from being detached due to vibration during transportation.

  In the apparatus transporting and storing apparatus, as shown in claim 15, the apparatus further includes a frame body that is connected to the loading platform and surrounds the apparatus on the mounting surface, and a handle is provided on the frame body. be able to. According to this, the conveyance work of an apparatus becomes easy by utilizing the handle of a frame.

  In this case, the frame body may be configured to be able to be stacked up and down with the equipment placed on the loading platform. At this time, the upper portion of the lower frame body in a mode that does not contact the equipment on the loading platform. If it is set as the structure which the lower part of an upper loading platform fits, a stacking state can be hold | maintained stably.

  In addition, as the mounting structure of the fixture that can change the mounting position on the mounting surface, a configuration such as standing a bolt for mounting and fixing the fixing tool on the mounting surface is also possible. In the case of a device with casters, a mounting structure with recesses such as grooves and holes that do not hinder travel is desirable so that smooth travel on the mounting surface is possible for the convenience of loading and positioning.

  As described above, according to the present invention, the number of parts is small, the synthetic resin material or the metal material is thick, and is configured to be durable and can withstand repeated use over a long period of time. Since it is possible to change the mounting position of the fixture that fixes the device to the loading platform, it is possible to easily cope with many types of devices with different sizes and shapes. Since there is no trouble of preparing and it can be used repeatedly for a long time, a great effect can be obtained in promoting resource saving and reuse.

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

  FIG. 1 is a perspective view showing a first example of an apparatus transporting and storing apparatus according to the present invention. This equipment transport and storage device has a loading platform 2 on which the equipment A is placed on the placing surface 1 and a fixture 3 that fixes the equipment A to the loading platform 2. It is attached to the loading platform by an attachment structure that can change the attachment position on the mounting surface 1. That is, here, the mounting groove 6 with which the bolt (mounting means) 5 of the fixture 3 engages is provided in the loading platform 2, and the mounting position of the fixture 3 can be changed steplessly along the mounting groove 6. It can be done.

  Similar to a general pallet, the loading platform 2 includes an upper plate-like portion 11, a lower plate-like portion 12, and a columnar portion 13 that connects these upper and lower plate-like portions. Between the shape parts 11 and 12, the space | gap which can insert the fork of conveyance vehicles, such as a forklift and a pallet truck, is defined. The loading platform 2 is formed of an aluminum alloy material in order to ensure strength and reduce weight.

  The plate-like portion 11 on the upper side of the loading platform 2 constitutes a placement surface 1 on which the device A is placed, and a rubber block (buffer member) is placed between the placement surface 1 and the lower surface of the device A. 15, so that the device A can be prevented from being damaged by vibration or impact during transportation.

  FIG. 2 is a cross-sectional view showing in detail the fixture shown in FIG. 1, and is broken away on a plane along the mounting groove. The fixture 3 includes a fixing plate 24 having a projecting piece (locking means) 23 that engages with a fixing hole 22 provided in a frame material (chassis) 21 exposed on the lower surface of the device, and the fixing plate 24 as a loading platform. 2 and a fastener composed of a bolt 5 and a nut 25 to be fixed to each other.

  The fixed plate 24 includes a horizontal plate portion 27 along the placement surface 1 of the loading platform 2 and a vertical plate portion 28 that rises in an L shape from a side edge of the horizontal plate portion 27, and makes the steel plate into a predetermined shape. Obtained by cutting and then bending. An insertion hole for the bolt 5 is formed in the horizontal plate portion 27, and a projecting piece 23 is formed to project laterally on the upper portion of the vertical plate portion 28, and the projecting piece 23 is placed below the fixing hole 22 on the device side. The frame material 21 on the device side can be locked by inserting the protrusion 23 from the side and shifting it in the lateral direction to engage the projecting piece 23 with the opening edge of the fixing hole 22.

  FIG. 3 is a cross-sectional view showing in detail the fixture shown in FIG. 1, and is broken away on a plane perpendicular to the mounting groove. The shaft portion of the bolt 5 is inserted through the open portion of the mounting groove 6, and this open portion is formed narrow so that the head portion of the bolt 5 can be engaged with the edge portion 33. The bottom portion is formed wide so that the movement of the head of the bolt 5 is not restricted, and the mounting groove 6 has a convex cross section as a whole.

  Therefore, the fixing tool 3 can be slid along the mounting groove 6 with the bolt 5 and the nut 25 loosened, and the protrusion 23 of the fixing plate 24 is fixed to the fixing position where the device can be properly locked. After the positioning of the bolt 24 and the nut 25, the edge 33 of the mounting groove 6 is sandwiched between the head of the bolt 5 and the horizontal plate portion 27 of the fixing plate 24. Is firmly fixed to the loading platform 2.

  FIG. 4 is a top view of the equipment transporting and storing apparatus shown in FIG. The mounting groove 6 extends from the outer edge portion of the mounting surface 1 toward the center portion, and in particular, the mounting groove 6 has a rectangular mounting shape so that the device A having a rectangular box-shaped housing can be appropriately fixed. Mounting grooves 6 extending linearly from the corners of the mounting surface 1 toward the center are arranged corresponding to each of the four corners, and a total of four mounting grooves 6 are provided. The device A is fixed to the loading platform 2 at the four corners by a total of four fixtures 3 attached to.

  At this time, since the mounting position of the fixture 3 can be changed steplessly along the mounting groove 6, it can be easily adapted to many types of devices A and B having different sizes and shapes, Since the devices A and B can be fixed to the center of the mounting surface 1, the devices A and B can be transported and stored in a stable state.

  FIG. 5 is a cross-sectional view of the equipment transporting and storing apparatus shown in FIG. The mounting surface 1 formed on the upper surface of the plate-like portion 11 on the upper side of the loading platform 2 is formed flat so that the wheels 31 of casters provided on the lower surface of the device A can travel, and the device A is mounted on the mounting surface 1. 1 can be smoothly traveled, so that the positioning operation on the mounting surface 1 can be easily performed. Further, by placing a trap (not shown) on the loading platform 2, the device A can be moved and loaded from the outside onto the loading surface 1 of the loading platform 2, so that the loading operation can be easily performed.

  On the other hand, in the lower plate-like portion 12, which is not related to the placement surface 1 on which the device A travels, a lightening hole 32 is formed in order to reduce the weight. It does not hinder the traveling of the device A on the surface 1.

  As described above, the device transporting and storing apparatus is composed of the loading platform 2, the fixing device 3, and the rubber block 15, and is configured to have a small number of parts and is robust, and has high durability to withstand repeated use over a long period of time. In addition, since it is possible to easily cope with devices having different sizes and shapes, resource saving and reuse can be promoted. When the device A is loaded on the loading surface 1 of the loading platform 2 as described above, the device A is once lifted, and then the protruding piece 23 of the fixture 3 is fixed to the fixing hole 22 on the lower surface side of the device A. (See FIG. 2), and the rubber block 15 may be mounted so as to be sandwiched between the placing surface 1 of the loading platform 2 and the lower surface of the device A.

  FIG. 6 is a perspective view showing a second example of the apparatus transporting and storing apparatus according to the present invention. In this equipment transport and storage device, the equipment A is placed on the placement surface 41 of the loading platform 42, and the mounting position of the fixture 3 that fixes the device A to the loading platform 42 can be changed on the placement surface 41. As a structure, a plurality of mounting holes 43 that can be engaged with the bolts 5 of the fixture 3 are provided.

  Further, in this equipment transporting and storing apparatus, the loading platform 42 includes a loading platform main body 51 having a space into which a fork of a transporting vehicle can be inserted, a mounting board 52 that is disposed on the upper side and the upper surface forms the mounting surface 41, It is composed of a rubber member (buffer member) 53 interposed between the mounting board 52 and the cargo bed body 51, and this rubber member 53 absorbs vibrations and shocks during transportation to damage the device A. It is designed to avoid it.

  FIG. 7 is a top view of the equipment transport / storage device shown in FIG. A plurality of mounting holes 43 are provided side by side from the outer edge portion of the mounting surface 41 toward the center portion, and in particular, here, a plurality of mounting holes 43 are formed from the corner portions of the rectangular mounting surface 41 toward the center portion. Are arranged corresponding to each of the four corners, and a total of four groups of mounting hole groups are provided, the total corresponding to each of the mounting hole groups. As in the above example, the four fixtures 3 fix the device A to the loading platform 42 at four corners.

  At this time, by selecting one mounting hole 43 for mounting the fixing tool 3 from the mounting hole group, the mounting position of the fixing tool 3 can be changed in stages, and it is easy for the device A having a different size and shape. In addition, since the device A can be fixed to the center of the mounting surface 41, the device A can be transported and stored in a stable state. In this case, although the mounting position of the fixture 3 is limited as compared with the above example, there is an advantage that the mounting position can be defined reliably.

  FIG. 8 is a cross-sectional view of the equipment transport storage device shown in FIG. The mounting board 52 is formed in a flat plate shape so that the wheel 31 of the device A can travel on the mounting surface 41, and the device A can smoothly travel on the mounting surface 41 as in the above example. As a result, loading and positioning operations can be performed easily.

  On the other hand, the cargo bed body 51 includes an upper plate-like portion 55, a lower plate-like portion 56, and a columnar portion 57 that connects these upper and lower plate-like portions 55, 56. 56 is formed with lightening holes 61 and 62, respectively, to reduce weight and prevent the lightening holes 61 and 62 from hindering the running of the device A on the mounting surface 41. .

  The mounting board 52 is a plate made of an aluminum alloy material, and the cargo bed body 51 is made of a synthetic resin material. The mounting board 52 stably supports the device A by the high-strength mounting board 52 and reduces the overall weight. I try to plan. In this configuration, although the number of parts is slightly increased as compared with the above example, it is configured to be strong with a thick synthetic resin material and metal material and has high durability to withstand repeated use over a long period of time. Therefore, resource saving and reuse can be promoted.

  FIG. 9 is a cross-sectional view showing how the rubber member shown in FIG. 6 is attached. The mounting board 52 and the rubber member 53 are provided with bolt insertion holes 65 and 66 into which connection bolts 64 as connection means are loosely inserted, and the connection bolts 64 are inserted into the bolt insertion holes 65 and 66. Then, by screwing the connecting bolt 64 into the screw hole 67 provided in the cargo bed main body 51, the three members are connected in such a manner that the rubber member 53 is sandwiched between the mounting board 52 and the cargo bed main body 51. Then, the rubber member 53 is appropriately elastically deformed, so that vibrations and impacts acting on the cargo bed main body 51 are absorbed.

  FIG. 10 is a perspective view showing a third example of the apparatus transporting and storing apparatus according to the present invention. In addition to the cargo bed 2 and the fixture 3 in the first example shown in FIG. 1, this equipment transport / storage device protects the equipment A placed on the placement surface 1 of the cargo bed 2 from dust, rainwater, and the like. Therefore, it further has a protective cover 71 that covers the device A.

  The protective cover 71 has a bag shape covering five surfaces excluding the lower surface of the device A. The protective cover 71 has a vertical notch 72 over the entire height so that the device A can be easily attached and detached. It is joined by a fastener 73. Further, a binding string (binding means) 75 is provided on the edge 74 at the lower end of the protective cover 71 so as to pass through the bag-like folded portion, and the binding string 75 opens the lower side of the protective cover 71. By narrowing the mouth, it is possible to prevent the protective cover 71 from being detached from the device A, thereby reliably protecting the device A, and to prevent dust and rainwater from entering the protective cover 71.

  FIG. 11 is a cross-sectional view of a main part of the protective cover shown in FIG. The protective cover 71 is made of a sheet material in which a cushioning material layer 81 made of a foamed resin material such as a mirror mat is sandwiched between skin layers 82 and 83 made of PE, so that the device is protected from impacts applied during transportation. Since it can be protected, and has high strength and excellent durability, it can be used repeatedly for a long time.

  FIG. 12 is a perspective view showing a fourth example of the device transporting and storing apparatus according to the present invention. In addition to the loading platform 102 and the fixture 3 on which the device A is placed on the placement surface 101, this equipment transporting and storage device can be stacked up and down with the device A placed on the loading platform 102. A frame 103 is further provided. The frame 103 is composed of four portal-shaped members 111 to 114 and is erected on the loading platform 102 so as to surround the device A on the placement surface 101.

  The loading platform 102 is substantially the same as the loading platform 2 in the first example shown in FIG. 1, but has embedded holes 116 at four corners for standing the frame 103 on the placement surface 101 side. The lower ends of the higher portal members 111 and 113 are inserted into the embedding holes 116, and the portal members 111 and 113 are connected and fixed to the loading platform 102. The lower portal members 112 and 114 are fastened and fixed to the portal members 111 and 113 with screws.

  Each of the gate-shaped members 111 to 114 has a handle portion 118 installed in a lateral direction at a substantially central position in the height direction, and has a torii-like shape as a whole. Can be easily performed. The portal members 111 to 114 are made of a metal pipe material whose surface is covered with a synthetic resin material.

  The lower surface of the loading platform 102 is provided with a pair of fitting grooves 121 on both sides into which the top portions of the lower portal members 111 and 113 are fitted when stacked. The fitting groove 121 extends in a direction orthogonal to the portal members 111 and 113 along the edge of the loading platform 102 where the portal members 112 and 114 are arranged.

  FIG. 13 is a side view of the equipment transport / storage device shown in FIG. 12, showing a state in which two equipment transport / storage devices are stacked one above the other. By fitting the fitting groove 121 of the loading platform 102 of the upper device transporting and storing device into the top of the gate-shaped members 111 and 113 of the lower device transporting and storing device, the upper device transporting and storing device can be Stacked in a state rotated 90 degrees with respect to the equipment transporting storage device, the stacked state can be stably maintained. Further, the upper carrier 102 is stacked in such a manner that the upper carrier 102 does not come into contact with the device A on the lower carrier 102 so that the load of the upper device transporting and storing apparatus does not act on the lower device A.

  The equipment transport and storage device according to the present invention can easily cope with many kinds of equipment of different sizes and shapes, so there is no trouble of preparing for each kind of equipment and it can be used repeatedly for a long time. Therefore, it has a great effect in promoting resource saving and reuse, and is useful as a device transporting and storing device that is also used in many types of devices.

The perspective view which shows the 1st example of the equipment conveyance storage apparatus by this invention Sectional drawing which shows the fixture shown in FIG. 1 in detail Sectional drawing which shows the fixture shown in FIG. 1 in detail Top view of the equipment transport and storage device shown in FIG. Sectional view of the equipment transport and storage device shown in FIG. The perspective view which shows the 2nd example of the equipment conveyance storage apparatus by this invention Top view of the equipment transport and storage device shown in FIG. Sectional view of the equipment transport storage device shown in FIG. Sectional drawing which shows the attachment condition of the rubber member shown in FIG. The perspective view which shows the 3rd example of the equipment conveyance storage apparatus by this invention Sectional drawing of the principal part of the protective cover shown in FIG. The perspective view which shows the 4th example of the equipment conveyance storage apparatus by this invention Side view of the equipment transport storage device shown in FIG.

Explanation of symbols

1, 41, 101 Placement surface 2, 42, 102 Loading platform 3 Fixing tool 5 Bolt (mounting means)
6 Mounting groove 11/55 Upper plate-like portion 12/56 Lower plate-like portion 13/57 Column-like portion 15 Rubber block (buffer member)
23 Projection (locking means)
31 Wheels 32, 61, and 62 Mouth holes 43 Mounting holes 51 Cargo body 52 Mounting board 53 Rubber member (buffer member)
71 Protective cover 75 Bundling string (binding means)
81 Buffer material layer 103 Frame 118 Handle part A / B Equipment

Claims (15)

  A loading platform on which the device is placed on the placement surface, and a fixture having a mounting means for the loading platform and a locking means for the device, and the fixture has a mounting position on the placement surface described above. A device transporting and storing apparatus characterized by being attached to the cargo bed by a changeable mounting structure.   2. The apparatus transporting and storing apparatus according to claim 1, wherein the mounting structure of the fixing tool is provided with a mounting groove in the cargo bed that can be engaged with the mounting means of the fixing tool.   The apparatus transporting and storing apparatus according to claim 2, wherein the mounting groove extends from the outer edge portion of the mounting surface toward the center portion.   The equipment transport storage apparatus according to claim 1, wherein the mounting structure of the fixing tool is provided with a plurality of mounting holes that can be engaged with the mounting means of the fixing tool.   The equipment transport storage device according to claim 4, wherein a plurality of the mounting holes are provided side by side from the outer edge portion of the placement surface toward the center portion.   The loading platform has a gap into which a fork of a transport vehicle can be inserted, and a buffer member is interposed between the upper plate-like portion constituting the mounting surface and the lower surface of the device. The equipment transport storage device according to claim 1, wherein   The loading platform includes the upper plate-like portion, the lower plate-like portion, and a columnar portion between the upper and lower plate-like portions, and the mounting surface of the upper plate-like portion is a wheel of an apparatus. The apparatus transporting and storing apparatus according to claim 6, wherein a flat hole is formed in the lower plate-like portion so as to be able to run.   The apparatus carrying and storing apparatus according to claim 6, wherein the cargo bed is made of an aluminum alloy material.   The loading platform includes a loading platform main body having a gap into which a fork of a transport vehicle can be inserted, a mounting board disposed on the upper side thereof, the upper surface constituting the mounting surface, and a space between the mounting board and the loading platform main body. The apparatus transport and storage device according to claim 1, further comprising a buffer member interposed in the apparatus.   The mounting board is formed in a flat plate shape so that the wheel of the device can travel on the mounting surface, and the cargo bed body includes an upper and lower plate-like portion and a columnar portion connecting the upper and lower plate-like portions. The apparatus transportation and storage device according to claim 9, wherein a hollow hole is formed in the upper and lower plate-like portions.   The apparatus transporting and storing apparatus according to claim 9, wherein the mounting board is made of an aluminum alloy material, and the cargo bed body is made of a synthetic resin material.   The apparatus transporting and storing apparatus according to claim 1, further comprising a protective cover that covers the apparatus placed on the placement surface.   The apparatus transporting and storing apparatus according to claim 12, wherein the protective cover has a buffer material layer made of a foamed resin material.   13. The apparatus transporting and storing apparatus according to claim 12, wherein the protective cover has a bag shape and includes a binding means for narrowing the opening. The apparatus transporting and storing apparatus according to claim 1, further comprising a frame body connected to the loading platform and surrounding the apparatus on the mounting surface, wherein the frame body is provided with a handle.

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