JP2005203767A - Electronic apparatus housing box and its moving method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an electronic apparatus housing box whose box body is lightened and installation and movement to a predetermined section can be easily carried out, and to provide its moving method. <P>SOLUTION: Each reinforcements 28, 28A to reinforce a case body 3 of a server case 1 are located at the positions away from the opening 10 and inside space 3A in the case body 3 of the server case 1, and casters 26 are fixed on the case body 3 as a movement means enabling it to move, and a jack mechanism for lifting the case body 3 is located between the casters and the case body 3. The case body 3 is jacked up while the server case 1 is moved to the predetermined section, then, the case body 3 is jacked down so as to be installed in the predetermined section. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an electronic device storage box for storing an electronic device such as an IT server and a method for moving the same.

In recent years, with the penetration of IT (Information Technology) systems to enterprises, IT equipment that uses important corporate data has increased, and there has been a growing demand for a stable IT equipment operating environment such as a server room. ing. Against this background, an electronic equipment storage box that is integrally provided with an air conditioner for temperature adjustment of IT equipment, a backup power source, etc. has been proposed so that a small IT environment can be constructed with a small construction burden ( For example, see Patent Document 1).
JP 2003-264385 A

By the way, with the recent refusal of holding fixed assets and the increase in the number of new IT-related companies established, the number of companies that have established offices in old tenant buildings has increased. There is a demand for a configuration that enables the introduction of an electronic device storage box and facilitates the introduction and relocation of the box.
The present invention has been made in view of the above circumstances, and an object thereof is to provide an electronic device storage box and a transfer method thereof that can reduce the weight of the housing and can be easily introduced into and transferred to a predetermined section.

  As a means for solving the above problem, the invention described in claim 1 is configured so that an electronic device can be accommodated in an inside of the casing through an opening provided in the casing, and is provided integrally with the casing. In an electronic device storage box configured to be capable of adjusting the temperature of the electronic device using an air conditioner, reinforcing means for reinforcing the housing is provided at a position avoiding the opening and the internal space of the housing. Features.

According to this configuration, as in the case where a bracing reinforcing member is provided in the housing, the volume of the electronic device in the housing can be reduced without interfering with the electronic device in and out of the housing. There is nothing.
Further, after providing reinforcing means to the main part of each wall part forming the casing to improve the strength and rigidity of the entire casing, the general part where the reinforcing means in each wall part is not provided, that is, the entire casing It is possible to reduce the thickness of the plate in order to reduce the strength and rigidity of the portion having little influence on the strength and rigidity.

  At this time, the reinforcing means has a substantially L-shaped upper reinforcing portion provided along the upper corner of the housing, and a substantially triangular shape provided so as to be aligned with the lower corner of the housing. If it is composed of a lower reinforcing part of the shape (Claim 2), the influence on the opening of the casing and the internal space (electronic device housing space) and the increase in weight are suppressed, and the casing is affected by an earthquake or the like. It is possible to more effectively reinforce the lower corner of the casing where stress tends to concentrate when the body shakes.

  Here, in the electronic device storage box as described above, by providing the casing with a moving means that makes it movable (Claims 3 and 4), the electronic device can be stored at the time of introduction to the predetermined section and at the time of transfer. The box can be moved easily.

  For example, an existing caster may be used as the moving means.

Further, as in the invention described in claim 6, if a jack mechanism is provided between the moving means (caster) and the casing so that the casing can be moved up and down, the electronic device storage box is attached to the casing. While the body is jacked up, the body can be moved to a predetermined section, and the housing can be jacked down to install the electronic device storage box in the predetermined section.
In other words, by jacking up the housing, the electronic device storage box can be moved smoothly while avoiding a pedestal or the like installed on the floor surface, and by moving the housing in a predetermined section, Can be installed on the floor without intervention.

On the other hand, when the support leg having a jack mechanism is provided in the casing as in the invention described in claim 8, the electronic device storage box is moved to a predetermined section with the casing being jacked down, The electronic device storage box can be installed in the predetermined section by jacking up the housing.
In other words, by jacking down the housing and grounding the moving means, the electronic device storage box can be smoothly moved using the moving means, and the moving means is separated from the floor surface by jacking up the housing in a predetermined section. By doing this, it can be installed on the floor without a moving means.

According to the first and second aspects of the present invention, the housing can be reinforced without impairing the capacity of the electronic device, and in particular, the earthquake resistance can be improved. In addition, the strength and rigidity of the entire casing can be improved, and the general portion of each wall can be thinned to reduce the weight of the casing. Moreover, by reducing the weight of the housing, it is possible to construct a full IT environment regardless of whether the building is new or old.
According to the invention described in claims 3 to 5, the electronic device storage box can be introduced and moved quickly and easily.
According to the invention described in claims 6 to 9, while the electronic device storage box can be moved smoothly, it can be stabilized at the time of installation. In addition, since the housing has the equipment necessary for each of these operations, it is not necessary to prepare a separate carriage, jack, crane, etc., and the introduction and relocation of the electronic equipment storage box can be made quickly and easily. It can flexibly cope with changes in the office environment unique to small IT environments.

  Embodiments of the present invention will be described below with reference to the drawings.

  A server case (electronic device housing box) 1 shown in FIGS. 1 and 2 is for housing an electronic device 2 that complies with the 19-inch rack 4 standard defined by JIS C 6010, for example. A rack 4 is provided inside the case main body (housing) 3 of the server case 1, and a plurality of the electronic devices 2 are stored in a row in the rack 4 so as to be stacked in the vertical direction. The electronic device 2 accommodated in the case body 3 includes a router, a switching hub, a server, a firewall, and a power supply unit. The power supply unit is a UPS (uninterruptible power supply) for the AC electronic device 2 and a rectifier for the DC electronic device 2, and enables stable power supply even during a power failure. .

  The case body 3 has a substantially rectangular parallelepiped appearance that is long in the vertical direction so that a large number of electronic devices 2 can be accommodated, and an upper wall portion 5 having a width and a depth corresponding to the size of the electronic device 2 and It has a lower wall part 6 and a right side wall part 7, a left side wall part 8 and a rear wall part 9 respectively provided over the same side edge part of both wall parts 5 and 6, and on the front wall part An opening 10 provided in a corresponding portion is configured to be opened and closed by a front door 11.

  Each wall part 5-9 is made into an integral structure, and the front door 11 has the right edge part connected with the front edge part of the right wall part 7 via a hinge etc., for example. By opening the front door 11, each electronic device 2 can be taken in and out from the opening 10 of the case body 3. Further, a seal member that is in close contact with the periphery of the opening 10 is provided on the inner surface of the front door 11, and the internal space 3 </ b> A of the case body 3 can be sealed by closing the front door 11. Each wall part 5-9 and the front door 11 are comprised from the outer plate 12 made from a steel plate, and the heat insulating material 13 provided in the inner side (refer FIG. 3).

  An air conditioner 14 that adjusts the temperature in the case main body 3 is provided integrally with the case main body 3 behind the rear wall portion 9. That is, the temperature of each electronic device 2 in the case body 3 can be adjusted by the air conditioner 14. The air conditioner 14 is covered with a cover 15 made of a substantially rectangular parallelepiped steel plate that is smaller than the rear wall 9 in the rear view of the case body 3 and flattened in the front-rear direction of the case body 3. A rack 16 joined to the lower portion of the rear wall portion 9 is provided below the cover 15, and a drain tank 17 for the air conditioner 14 is supported by the rack 16.

  FIG. 3 is an explanatory diagram of the airflow during the operation of the air conditioner 14. The airflow circulating through the internal space 3 </ b> A of the case body 3 is indicated by a solid arrow, and the airflow passing through the cover 15 outside the case body 3 is indicated by a dashed arrow. Each is shown. Here, the air conditioner 14 includes a well-known heat exchanger having a compressor, a condenser, a decompressor, and an evaporator, and a fan driving unit (all not shown).

  An air introduction port 18 that communicates the inside of the cover 15 and the internal space 3 </ b> A of the case body 3 is provided in a portion of the rear wall 9 that faces the upper end of the air conditioner 14. Below the opening 18, there is also provided an air outlet 19 that allows the inside of the cover 15 to communicate with the internal space 3 </ b> A of the case body 3. The air circulating in the internal space 3 </ b> A of the case body 3 is cooled by the evaporator of the air conditioner 14 when going from the air outlet 19 to the air inlet 18.

  The heat insulating material 13 of the rear wall portion 9 extends forward from between the air inlet port 18 and the air outlet port 19, and this heat insulating material 13 serves as a partition plate 13 a, and the internal space portion of the case body 3. 3A is partitioned into an upper space portion 22 and a lower space portion 23 that are communicated only through the communication passage 21 near the front door 11. Here, the internal space 3 </ b> A in this embodiment is synonymous with the accommodation space of the electronic device 2, and the electronic device 2 accommodated in the case body 3 is mainly disposed in the lower space 23.

  An internal fan (not shown) is provided in the vicinity of the air inlet 18, and after the cooling air cooled by the air conditioner 14 by the internal fan is introduced into the case body 3 from the air inlet 18, the upper space portion 22 passes through the communication path 21 and flows into the lower space 23. Since the interior of the lower space 23 is relatively high due to heat generated by each electronic device 2, the cooling air flowing in from the communication path 21 moves downward near the front door 11 due to the air density. The gap between the electronic devices 2 is sewn to the rear wall 9 side where the air outlet 19 is provided. In this way, the plurality of stacked electronic devices 2 are cooled uniformly.

  Also, an external fan (not shown) is provided inside the cover 15, and outside air is introduced into the cover 15 from the plurality of louvers 24 formed at the rear portion of the cover 15 by the external fan. The outside air introduced into the cover 15 is supplied to the condenser or the like of the air conditioner 14 and then discharged from the louver 24 again. Reference numeral 25 denotes an air filter for filtering the cooling air circulating inside the case body 3.

The server case 1 configured as described above is configured so that the electronic devices 2 necessary for the construction of the IT environment are accommodated in a sealed case body 3 in a line in the vertical direction so that they are integrated and compactly packaged. It is what. Here, each electronic device 2 accommodated in the case body 3 can be stably supplied with power by a highly reliable power source, and the temperature is adjusted by an air conditioner 14 provided integrally with the case body 3. Is possible. Moreover, airtightness can be made favorable by the inside of case body 3 being sealed, and it will also have waterproofness, dustproofness, and soundproofing property. Furthermore, if the front door 11 is configured to be lockable, the crime prevention property for each electronic device 2 can be dramatically improved.
In this way, a highly reliable IT environment close to the server room can be constructed without carrying out extensive construction such as buildings and facilities. That is, a highly reliable IT environment can be constructed quickly and easily with a small burden.

  Here, as shown in FIGS. 1 to 3, the case body 3 of the server case 1 is provided with casters 26 at the four corners of the lower wall portion 6 as moving means for allowing the case body 3 to move. ing. Each caster 26 is a well-known one configured so as to be pivotable about an axis along the vertical direction, and is connected to the lower wall portion 6 of the case body 3 via a connecting shaft 27 sharing the axis with the pivot axis ( (See FIGS. 5 and 6). The allowable load of each caster 26 is determined according to the weight of the server case 1 that is the load target. The wheel diameter and material of the caster 26 can be appropriately selected according to the situation of the floor surface 31 of the server case 1 introduction section.

  As shown in FIG. 4, upper reinforcing portions (reinforcing means) 28 are provided in the vicinity of the two corners on the upper side of the case body 3 when viewed from the front (front view). Lower reinforcing portions (reinforcing means) 28A are provided in the vicinity of the two corners, respectively. These reinforcing portions 28 and 28A are provided to reinforce the case body 3 in order to effectively compensate for the reduction in strength and rigidity of the case body 3 due to the opening 10.

  The upper reinforcing portion 28 is provided so as to overlap with two wall portions joined at corresponding corner portions in the front view, that is, to form a substantially L shape along the corner portion in the front view. The lower reinforcing portion 28A is provided with an outer reinforcing portion 28 ′ having a substantially L shape similar to the upper reinforcing portion 28, and a slightly vertically long substantially triangular shape provided so as to be aligned with the inside of the L shape portion 28 ′. It can be said that the lower reinforcing portion 28A has a substantially triangular shape that matches the corners as a whole. Here, each of the reinforcing portions 28 and 28A is disposed so as to avoid interference with the opening 10 in a front view of the case body 3 and also disposed so as to avoid interference with the internal space portion 3A of the case body 3. Has been.

  As an example of the upper reinforcing portion 28 and the external reinforcing portion 28 ′, for example, a method in which a steel material having an L-shaped cross section is joined to a corresponding portion in the case body 3, or a different member is used for the corresponding portion (for example, the steel material is used). Or a high-strength steel plate is used as the outer plate 12), a method of forming a reinforcing shape such as a rib extending over both wall portions joined at corresponding portions, and the like. As an example of the inner reinforcing portion 38, a method of joining steel materials having a substantially triangular cross section, a method of providing steel materials having a substantially triangular shape in a rib shape, and the like are conceivable. The outer reinforcing portion 28 ′ and the inner reinforcing portion 38 may be integrally formed. In addition, it is preferable that each caster 26 is attached to the site | part in which the lower side reinforcement part 28A in the lower wall part 6 of the case main body 3 was provided from the relationship which supports the weight of the server case 1. FIG.

  As shown in FIG. 5, the connecting shaft 27 that connects each caster 26 and the lower wall portion 6 of the case body 3 is configured as, for example, a male screw member in which a thread is engraved on the outer periphery thereof. On the other hand, the lower wall portion 6 of the case body 3 is provided with a screw feed mechanism 29 that allows the corresponding connecting shaft 27 to be screwed and screwed to the lower wall portion 6. The connecting shaft 27 and the screw feed mechanism 29 constitute a jack mechanism 30 between the case body 3 and the casters 26. By such a jack mechanism 30, the case main body 3 is jacked up or jacked down by operating each screw feeding mechanism 29 manually or electrically while each caster 26 is grounded.

Next, procedures for introducing and moving the server case 1 will be described.
First, when the server case 1 is introduced into a predetermined section, as shown in FIG. 5, as shown in FIG. 5, the anchor 32 is driven in advance on the floor surface 31 of the predetermined section and the floor 31 and the case body 3 are interposed. A pair of mounts 33 to be interposed are temporarily installed.

  Next, the server case 1 is moved to a predetermined section. This can be easily performed using the casters 26 provided in the case body 3. At this time, the case body 3 is sufficiently jacked up by the jack mechanism 30 and adjusted so that the lower surface height of the lower wall portion 6 of the case body 3 is higher than the upper surface height of the gantry 33 laid on the floor surface 31. Thus, the server case 1 can be smoothly moved to a predetermined section while avoiding the gantry 33.

  After the server case 1 is moved to a predetermined section, the case main body 3 is jacked down by the jack mechanism 30 so that it can be placed on the gantry 33. By further operating the screw feed mechanism 29 from here, as shown in FIG. 6, the casters 26 are separated from the floor surface 31 and the entire weight of the server case 1 is supported by the mounts 33. At this time, the part supported by each pedestal 33 is preferably a part provided with the lower reinforcing part 28 </ b> A in the lower wall part 6 as in the case of the caster 26. The gantry 33 may be configured to have earthquake resistance using an elastic member and a flexible member.

  In this state, the nut screwed to the anchor 32 is tightened to fix the lower portion of each pedestal 33 to the floor 31, and the upper portion of each pedestal 33 and the lower wall portion 6 of the case body 3 are fastened with bolts and nuts. . As a result, the server case 1 is fixed to the floor surface 31 of the predetermined section via each mount 33. Finally, the predetermined electronic device 2 is accommodated in the case main body 3, and the wiring process including the connection between the commercial 100V power supply and the power supply unit is performed, whereby the installation of the server case 1 is completed.

  When the server case 1 is relocated due to changes in the office environment or the like, first, each electronic device 2 and its wiring are removed as necessary, and the upper portion of each mount 33 and the lower wall portion 6 are fastened. The fastening between the lower part of each pedestal 33 and the floor 31 is released. Then, by operating the screw feed mechanism 29 to ground each caster 26 to the floor 31 and jacking up the case body 3, the total weight of the server case 1 is supported by each caster 26 as shown in FIG. At the same time, the lower surface of the lower wall portion 6 is separated from the upper surface of the gantry 33, and the server case 1 can be smoothly moved and installed in the same manner as described above.

According to the above embodiment, the air conditioner 14 that is configured so that the electronic device 2 can be accommodated in the case body 3 through the opening 10 provided in the case body 3 and is provided integrally with the case body 3 is provided. In the server case 1 configured so that the temperature of the electronic device 2 can be adjusted, each case for reinforcing the case main body 3 at a position avoiding the opening 10 of the case main body 3 and the internal space (electronic device housing space) 3A. Since the reinforcing portions 28 and 28A are provided, the case main body 3 is not obstructed from being inserted into and removed from the case main body 3 as in the case where a bracing reinforcing member is provided in the case main body 3. The volume in which the electronic device 2 can be accommodated is not reduced.
For this reason, the case main body 3 can be reinforced without impairing the accommodation of the electronic device 2, and in particular, there is an effect of improving the earthquake resistance.

Further, the reinforcing portions 28 and 28A are provided at the main portions of the wall portions forming the case body 3 to improve the strength and rigidity of the entire case body 3, and the reinforcing portions 28 and 28A at the wall portions are provided. It is possible to reduce the thickness of the general portion that is not present, that is, to reduce the strength and stiffness of the portion having little influence on the strength and stiffness of the entire case body 3.
As described above, the strength and rigidity of the case body 3 can be improved, and the general portion of each wall portion can be thinned to reduce the weight of the case body 3.

  At this time, the reinforcing means for reinforcing the case main body 3 is aligned with the substantially L-shaped upper reinforcing portion 28 provided along the upper corner of the case main body 3 and the lower corner of the case main body 3. The case main body 3 due to an earthquake or the like after suppressing the influence on the opening 10 and the internal space 3A of the case main body 3 and the increase in weight. It is possible to more effectively reinforce the lower corner of the case body 3 where stress tends to concentrate when the swaying occurs.

Here, in the case of a building such as a tenant building in recent years considering the correspondence to the IT environment, the allowable load on the floor surface is set to a sufficiently high value (about 500 kg / m ² ). In some buildings, the allowable load on the floor surface may be a general value (about 300 kg / m ² ), and it is heavy to introduce a conventional server case in such a building. There are cases where there is a restriction, but if the weight is reduced as in the case of the server case 1, such a point can be solved. Further, when the server case 1 is introduced into the recent building, a large amount of electronic equipment 2 can be accommodated in the case body 3 in terms of weight.
In other words, there is an effect that a full IT environment can be constructed regardless of old or new buildings.

In addition, since the caster 26 is provided in the case main body 3 as a moving means for making it movable, the server case 1 can be easily moved at the time of introduction and transfer to a predetermined section. If the main body 3 is reduced in weight, the caster 26 can be changed to one having a low allowable load.
As a result, the server case 1 can be introduced and moved quickly and easily, and the caster 26 can be reduced in size and weight and cost can be reduced.

Furthermore, a jack mechanism 30 is provided between the caster 26 and the case main body 3 so that the case main body 3 can be moved up and down, thereby moving the server case 1 to a predetermined section with the case main body 3 being jacked up. At the same time, the case body 3 can be jacked down to install the server case 1 in a predetermined section.
That is, by jacking up the case body 3, the server case 1 can be moved smoothly while avoiding the gantry 33 installed on the floor surface 31, and the case body 3 can be casted down by jacking down the case body 3 in a predetermined section. It can be installed on the floor surface 31 without using 26.
For this reason, while the server case 1 can be moved smoothly, there is an effect that the server case 1 is stabilized at the time of installation. In addition, since the case body 3 has the equipment necessary for each of these operations, it is not necessary to prepare a separate carriage, jack, crane, or the like, and the server case 1 can be introduced and moved quickly and easily. There is an effect that it is possible to flexibly cope with changes in the office environment peculiar to a small IT environment.

Next, a second embodiment of the present invention will be described.
The second embodiment is different from the first embodiment in that the jack mechanism 30 between the case main body 3 and the caster 26 is eliminated, while the case main body 3 is provided with a support leg having a separate jack mechanism. The parts corresponding to those of the first embodiment are denoted by the same reference numerals, and the description thereof is omitted.

  As shown in FIG. 7, for example, four support legs 133 are provided on the lower wall portion 6 of the case body 3 of the server case 101, for example, at a portion outside the casters 26. The support leg 133 includes a shaft portion 127 as a male screw member along the vertical direction, and a screw feed mechanism 129 that allows the shaft portion 127 to be screwed and screwed to the floor portion of the case main body 3. It is configured as a so-called level foot capable of adjusting the height and inclination with respect to 31. That is, the screw feed mechanism 129 is fixed to the lower wall portion 6 of the case body 3, and each screw feed mechanism 29 is operated manually or electrically while the anchor plate 132a at the lower end of the shaft portion 127 is grounded. The main body 3 can be jacked up or jacked down. Such a support leg 133 can be said to have a jack mechanism 130 including a shaft portion 127 and a screw feed mechanism 129.

Next, procedures for introducing and moving the server case 101 will be described.
First, when the server case 101 is introduced into a predetermined section, as shown in FIG. 5, the case body 3 is jacked down, the casters 26 are grounded, and the support legs 133 are separated from the floor 31. Then, the server case 101 is moved to a predetermined section in which the anchor 132 is driven into the floor 31 in advance.

  After the server case 101 is moved to a predetermined section, the support mechanism 133 is lowered while the anchor 132 and the anchor plate 132a are engaged by the operation of the screw feed mechanism 129, and the jack mechanism 30 is grounded after the anchor plate 132a is grounded. To jack up the case body 3. As a result, as shown in FIG. 8, the casters 26 are separated from the floor surface 31 and the entire weight of the server case 1 is supported by the support legs 133, and the nuts screwed to the anchors 132 in this state. And the anchor plate 132a and the floor surface 31 are fastened, whereby the server case 101 is fixed to the floor surface 31 of the predetermined section and the installation is completed.

  Further, when the server case 101 is relocated, the anchor plate 132a and the floor 31 are released from being fastened, and the case body 3 is jacked down to ground each caster 26 as shown in FIG. Each support leg 133 is in a state of being separated from the floor surface 31, and the server case 1 can be smoothly moved and installed in a predetermined section as described above.

According to the second embodiment, in the server case 101 in which the case main body 3 is provided with the caster 26 as a moving means for allowing the case main body 3 to move, the support leg 133 having the jack mechanism 130 is provided in the case main body 3. Thus, the server case 101 can be moved to a predetermined section while the case body 3 is jacked down, and the server case 101 can be installed in the predetermined section by jacking up the case body 3.
That is, by jacking down the case body 3 and grounding the caster 26, the server case 101 can be smoothly moved using the caster 26, and the case body 3 is jacked up in a predetermined section so that the caster 26 is removed from the floor 31. By separating them, they can be installed on the floor surface 31 without the casters 26 being interposed.
Therefore, as in the first embodiment, the server case 1 can be moved smoothly, while the server case 1 is stabilized during installation. In addition, the server case 1 can be introduced and moved quickly and easily, and changes in the office environment unique to the small IT environment can be flexibly handled.

In addition, this invention is not restricted to the said Example, For example, the case main body 3 is good also as what accommodates the electronic device of several rows laminated | stacked on the up-down direction. Further, the front door 11 may be a double-opening type or a sliding type. Furthermore, the case body 3 may have a plurality of openings and a door for opening and closing the openings.
Further, the moving means of the case body 3 may be configured by combining, for example, a rail having a sliding surface and a slider. Furthermore, the jack mechanism 30 that raises and lowers the case body 3 may be a hydraulic type or an air pressure type. Furthermore, when the server case 1 is installed, the case body 3 may be directly placed on the floor surface.
And the structure in the said Example is an example, and it cannot be overemphasized that a various change is possible in the range which does not deviate from the summary of invention.

It is the perspective view which looked at the server case in the Example of this invention from diagonally forward. It is the perspective view which looked at the said server case from diagonally behind. It is explanatory drawing of the airflow in the said server case. It is front explanatory drawing which shows the reinforcement part of the case main body of the said server case. It is side surface explanatory drawing at the time of the movement of the said server case. It is side surface explanatory drawing at the time of installation of the said server case. It is side surface explanatory drawing at the time of the movement of the server case in 2nd Example of this invention. It is side surface explanatory drawing at the time of installation of the said server case.

Explanation of symbols

1,101 Server case (electronic equipment storage box)
2 Electronic equipment 3 Case body (housing)
3A Internal space 10 Opening 14 Air conditioner 26 Caster (moving means)
28 Upper reinforcement (reinforcing means)
28A Lower reinforcement (reinforcement means)
30,130 Jack mechanism 133 Support leg

Claims (9)

An electronic device can be accommodated inside the housing through an opening provided in the housing, and the temperature of the electronic device can be adjusted using an air conditioner provided integrally with the housing. In the electronic equipment storage box
An electronic device storage box, wherein reinforcing means for reinforcing the casing is provided at a position avoiding the opening and the internal space of the casing.   The reinforcing means includes a substantially L-shaped upper reinforcing portion provided along the upper corner of the housing, and a substantially triangular bottom provided to align with the lower corner of the housing. The electronic device storage box according to claim 1, comprising a side reinforcing portion.   The electronic device storage box according to claim 1 or 2, wherein a moving means for moving the casing is provided in the casing. In an electronic device storage box configured to accommodate an electronic device in a housing, and configured to be capable of adjusting the temperature of the electronic device using an air conditioning facility provided integrally with the housing,
An electronic device storage box, characterized in that a moving means for enabling movement of the casing is provided in the casing.   5. The electronic device storage box according to claim 3, wherein the moving means is a caster.   The electronic device storage box according to claim 5, wherein a jack mechanism is provided between the moving unit and the housing so that the housing can be moved up and down.   The electronic device storage box according to claim 6 is moved to a predetermined section with the casing jacked up, and the electronic apparatus storage box is installed in the predetermined section by jacking down the casing. Relocation method of electronic equipment storage box.   6. The electronic device storage box according to claim 3, wherein a support leg having a jack mechanism is provided in the housing. 9. The electronic device storage box according to claim 8, wherein the electronic device storage box is moved to a predetermined section with the casing jacked down, and the electronic apparatus storage box is installed in the predetermined section by jacking up the casing. To move the electronic equipment storage box.

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