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`Detail
`Ima e ‘
`CLAIMS i‘.
`
`* NOTICES *
`JPO and INPIT are not responsible for any
`damages caused by the use of this translation.
`1.This document has been translated by computer. So the translation may not
`reflect the original precisely.
`2.**** shows the word which can not be translated.
`3.In the drawings, any words are not translated.
`
`CLAIMS
`[Claim(s)]
`[Claim 1]
`A machinery room which arranged an evaporator room where an evaporator was stored, and
`storage space by which a freezer containing a compressor and a condenser was stored up and
`down in the side of a storehouse main part is provided, With the aforementioned storehouse
`main part in this machinery room, while circulation space of air is formed between a side panel
`of an opposite side, and a side surface of the aforementioned evaporator room, An exhaust port
`is formed in a region to which an inlet port corresponds to the lower part side of the front panel
`of the aforementioned machinery room with aforementioned circulation space of an upper side,
`In a cooling storage house discharged from the aforementioned exhaust port outside after
`warm exhaust air after cooling the aforementioned condenser of the aforementioned freezer,
`etc. by the open air inhaled from the aforementioned inlet port and presenting cooling rose to
`aforementioned circulation space,
`A cooling storage house, wherein a control box which stored an electrical part for drive
`controlling of the aforementioned freezer, etc. at the back surface of a top plate of
`aforementioned circulation space is provided.
`[Claim 2]
`The aforementioned top plate is formed with a plank ranging from the aforementioned
`storehouse main part to the aforementioned machinery room, The cooling storage house
`according to claim 1, wherein a reinforcing member is arranged by back surface of an end
`projected to a ceiling surface of aforementioned circulation space in this top plate and it is
`equipped with the aforementioned control box along with a rail provided by the aforementioned
`reinforcing member so that extraction and insertion is possible.
`[Claim 3]
`The cooling storage house according to claim 2 while a placing part slidably placed on the
`aforementioned rail at the rear part side of the aforementioned control box is provided, wherein
`it is inserted in a front side from the front to a front part of the aforementioned reinforcing
`member and a latch part which can be hung is provided.
`[Claim 4]
`The cooling storage house according to any one of claims 1 to 3 where it made structure where
`a lid provided space to a box body of top surface opening, and was laminated on it and space is
`provided [ control box / aforementioned ] between this lid and the aforementioned top plate,
`wherein it is equipped.
`[Claim 5]
`The aforementioned control box is the structure where a lid was laminated on a box body of top
`surface opening, The cooling storage house according to claim 3 or 4, wherein the
`aforementioned latch part is formed in an extending end of an extended plate which a front
`face plate provided by this lid covered a front face of the aforementioned box body, and
`extended ahead from margo inferior of a front face plate of the aforementioned lid.
`[Claim 6]
`The cooling storage house according to claim 5, wherein the aforementioned extended plate is
`formed in an inclination posture which turned to the slanting upper part and a drainage opening
`is formed in the lower part side of this extended plate.
`[Claim 7]
`The cooling storage house according to any one of claims 1 to 6, wherein it has the
`aforementioned control box separately from the main control boxes as a control box of
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`assistance which mainly stores an electrical part etc. which may be exchanged according to
`specification of a freezer, etc.
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`* NOTICES *
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`damages caused by the use of this translation.
`1.This document has been translated by computer. So the translation may not
`reflect the original precisely.
`2.**** shows the word which can not be translated.
`3.In the drawings, any words are not translated.
`
`DETAILED DESCRIPTION
`[Detailed Description of the Invention]
`[Field of the Invention]
`[0001]
`The present invention relates to the cooling storage house of a horizontal type.
`[Background of the Invention]
`[0002]
`As an example of this kind of horizontal-type refrigerator, what was described in the Patent
`document 1 is known. While this thing has the refrigerator body 1 which consists of an oblong
`adiabatic box as shown in Fig.14, and the inside is made into cold storage, the machinery room
`2 is provided by the side of the main part 1. cold storage and the adiathermic evaporator room
`3 which communicated are projected and formed in the upper side in the machinery room 2 --
`the fan 43 in a warehouse -- while the evaporator 4A is stored together, the freezer which
`contains a compressor, the condenser 5, etc. in the storage space provided at the lower part
`side is stored. While circulation space 6 of air is formed between the side panel 2A of the
`machinery room 2, and the side surface of the evaporator room 3, the exhaust port BB is
`formed in the region to which the inlet port 8A corresponds with circulation space 6 of an upper
`side at the lower part side of the front panel 7 of the machinery room 2.
`And if a freezer and the fan 45 in a warehouse are operated, circulation feed of the cold
`generated by the evaporator 4A will be carried out into cold storage, and the inside of cold
`storage will be cooled. A condenser cooling fan drives with a freezer and the condenser 5 of a
`freezer, etc. are cooled by the open air inhaled from the inlet port BA of the front panel 7, and
`after warm exhaust air after presenting cooling rises to circulation space 6, it is discharged in
`front from the exhaust port BB.
`[Patent document 1] JP H9 - 273856A
`[Description of the Invention]
`[Problem to be solved by the invention]
`[0003]
`On the other hand, ranging from the main part 1 to the machinery room 2, the top plate 9
`which consists of a plank is stretched, and this kind of horizontal-type refrigerator is used in
`many cases instead of the top surface of the top plate 9 being a table.
`However, in the conventional thing, in the portion which discharges warm exhaust air after
`cooling a freezer in the machinery room 2, as shown in Fig.15, a part of warm exhaust air
`which rose circulation space 6 may hit the top plate 9. Moreover the front tip of the eaves 9A of
`the top plate 9 is bent downward, and it is formed in many cases, and also about the front
`panel 7, The warm exhaust air which the exhaust port BB has the situation that it can form only
`from the position which fell for a while rather than the upper limb, and recovered from the
`Reasons of the structure for securing the strength of a periphery to the ceiling part of
`circulation space 6 cannot be exhausted smoothly, stagnates rather, and serves as a victory.
`Therefore, the top plate 9 stretched by especially the portion of circulation space E was heated,
`temperature rise was carried out not a little, and there was a possibility that use might be
`restricted by that foods etc. cannot be placed etc.
`Although several kinds of electrical part for controlling the drive of a freezer would be stored to
`the control box and will be installed in the machinery room 2, it had become a problem also
`with important reservation of the setting space in the small refrigerator also especially including
`the machinery room 2.
`The present invention is completed based on the above situations.
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`[Means for solving problem]
`[0004]
`As a means for achieving the above-mentioned object, invention of Claim 1, The machinery
`room which arranged the evaporator room where the evaporator was stored, and the storage
`space by which the freezer containing a compressor and a condenser was stored up and down
`in the side of the storehouse main part is provided, With the aforementioned storehouse main
`part in this machinery room, while circulation space of air is formed between the side panel of
`an opposite side, and the side surface of the aforementioned evaporator room, An exhaust port
`is formed in the region to which an inlet port corresponds to the lower part side of the front
`panel of the aforementioned machinery room with aforementioned circulation space of an upper
`side, In the cooling storage house discharged from the aforementioned exhaust port outside
`after warm exhaust air after cooling the aforementioned condenser of the aforementioned
`freezer, etc. by the open air inhaled from the aforementioned inlet port and presenting cooling
`rose to aforementioned circulation space, It has the characteristics at the place considered as
`the composition by which the control box which stored the electrical part for the drive
`controlling of the aforementioned freezer, etc. at the back surface of the top plate of
`aforementioned circulation space is provided.
`[0005]
`Invention of Claim 2 is formed in an invention described in Claim 1 with the plank ranging from
`the aforementioned storehouse main part to the aforementioned machinery room in the
`aforementioned top plate, The reinforcing member is arranged by the back surface of the end
`projected to the ceiling surface of aforementioned circulation space in this top plate, and the
`aforementioned control box has the characteristics at the place with which it is equipped along
`with the rail provided by the aforementioned reinforcing member so that extraction and
`insertion is possible.
`In an invention described in Claim 2, invention of Claim 3 has the characteristics at the place
`where it is inserted in a front side from the front to the front part of the aforementioned
`reinforcing member at, and the latch part which can be hung is provided, while the placing part
`slidably placed on the aforementioned rail at the rear part side of the aforementioned control
`box is provided.
`[ooos]
`Invention of Claim 4 has the characteristics at the place with which it is equipped where the
`aforementioned control box made the structure where the lid provided space to the box body of
`top surface opening, and was laminated on it and space is provided between this lid and the
`aforementioned top plate in the thing according to any one of claims 1 to 3.
`In the thing according to claim 3 or 4, invention of Claim 5 the aforementioned control box, It is
`the structure where the lid was laminated on the box body of top surface opening, and has the
`characteristics at the place in which the aforementioned latch part is formed in the extending
`end of the extended plate which the front face plate provided by this lid covered the front face
`of the aforementioned box body, and extended ahead from the margo inferior of the front face
`plate of the aforementioned lid.
`[0007]
`Invention of Claim 6 has the characteristics in an invention described in Claim 5 at the place
`where it is formed in the inclination posture to which the aforementioned extended plate turned
`to the slanting upper part at, and the drainage opening is formed in the lower part side of this
`extended plate.
`Invention of Claim 7 has the characteristics at the place which it has separately from the main
`control boxes as a control box of the assistance which mainly stores the electrical part etc. for
`which the aforementioned control box may be exchanged according to the specification of a
`freezer, etc. in the thing according to any one of claims 1 to 6.
`[Effect of the Invention]
`[0008]
`< Invention of Claim 1>
`Since it will be in the state where it was avoided that the warm exhaust air which rose
`circulation space hits a top plate directly by a control box being provided by the back surface of
`the top plate of circulation space, and warm exhaust air stagnated, and the ceiling part which
`was a victory was filled up with the control box, towards an exhaust port, warm exhaust air
`flows smoothly and is discharged. As a result, the top plate of circulation space is prevented
`from being heated superfluously, and it can extend the use range of a top plate -- foods can be
`placed.
`the control box called it the ceiling part of circulation space -- since it is installed so to speak
`using debt space, it can contribute to a space saving.
`[0009]
`< Invention of Claim 2>
`Since a control box can extract and insert along with a rail, it becomes convenient when
`exchanging the electrical part etc. which were stored.
`When the top plate is formed with the plank ranging from the storehouse main part to a
`machinery room on the other hand, since the end of the top plate with which it corresponds to
`circulation space does not have what is received downward, it provides a reinforcing member in
`many cases. And since the rail for taking a control box in and out was provided to this
`reinforcing member, a structural change can be stopped at worst and it can correspond.
`[0010]
`< Invention of Claim 3>
`When attaching a control box, a placing part is carried before a rail as a diagonal position which
`raised the rear side, sliding a rail top and pushing into the back, a front side is raised and it is
`considered as a horizontal position, and a latch part is inserted in the front part of a reinforcing
`member, and is hung. When removing, a control box is pulled out ahead, extracting a latch
`part, and as a placing part is removed to this side, it may extract it from a rail to it, the last
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`leaning a front side downward.
`A control box can be supported stably and also detaching work can be performed easily.
`< Invention of Claim 4>
`The inside of a control box has space, and by providing space between the lid of a control box,
`and a top plate further, it will be in the state where the double thermal break was formed in the
`back side of a top plate, and it can have and can prevent more reliably heating of the top plate
`by warm exhaust air.
`[0011]
`< Invention of Claim 5>
`When the back surface of the top plate of circulation space is equipped with a control box, the
`water from which it rebounded when the waterdrop which fell on the top plate turns to the
`back side, and it hangs down or the floor line of a kitchen is washed in cold water may fall on
`on the front-face side of a control box through the gap and exhaust port of the front panel and
`a top plate especially. If the facilities in the case of performing exchange of an electrical part
`etc. are considered by the control box side on the other hand, There is a situation that it is
`desirable to consider it as the structure of putting a lid on a box body, and it is desirable to
`make the front part of a control box into hanging structure in order to support a control box
`stably and to detach and attach easily, as described above. So, in providing a latch part, in the
`present invention, it was considered as the structure which formed the front face plate which
`covers the front face of a box body to a lid, and formed the latch part in the extending end of
`the extended plate which extended ahead from the margo inferior of this front face plate.
`Directly, since it is the structure where the front face of the box body was covered with the
`front face plate of the lid, also when waterfalls on, it prevents being interrupted with a front
`face plate and flooded in a box body, i.e., a control box.
`< Invention of Claim 6>
`A possibility that will hang down from the back surface of a top plate, or the waterdrop which
`fell on from the front will be dropped at an extended plate is high, and the dropped moisture is
`promptly discharged from an exhaust opening, after imitating an inclination and flowing down.
`It prevents being flooded in a control box more reliably.
`[0012]
`< Invention of Claim 7>
`If especially a compressor is changed when the specification of a freezer changes, it is
`necessary to also exchange the electrical part of the attachment. Therefore, there was a
`situation that a control box could not be standardized.
`So, in the present invention, the control box which stores the electrical part which does not
`need exchange to the main control boxes which it had independently even if the specification of
`a freezer changes, and is provided to the ceiling part of circulation space mainly stored the
`possible electrical part of exchange as an auxiliary control box.
`As a result, since the main control boxes can be standardized, only an auxiliary control box may
`be chosen to change of the specification of a freezer and it may correspond, it can total and can
`contribute to reduction of cost.
`[Best Mode of Carrying Out the Invention]
`[0013]
`Hereinafter, the embodiment of the present invention is described based on an accompanying
`drawing.
`< Embodiment 1>
`Embodiment 1 of the present invention is described by Fig.1 thru/or Fig.9. According to this
`embodiment, the freezing refrigerator of a horizontal type (table type) is illustrated.
`In Fig.1 thru/or Fig.3, the code 10 is a main part of a freezing refrigerator, is constituted by the
`oblong adiabatic box which carried out the opening in front, and is supported by the leg 11
`provided by four corners at the bottom. The inside of the main part 10 is divided into right and
`left with the adiathermic partition wall 12 post-installed, and the freezer compartment 14A and
`right side with the relatively narrow wide left side serves as the cold storage 145. The opening
`of the front face of the freezer compartment 14A is equipped with the heat insulation door 16
`of double doors opening outward [ heat insulation door/ 15 / of a swing type / opening / of the
`front face of the cold storage 14B ], respectively.
`[0014]
`The machinery room 18 is provided by the left side part seen from the transverse plane of the
`main part 10. The machinery room 18 is formed in the below-mentioned cube type in which
`the front face carried out the opening so that it might carry out in detail.
`While the freezer compartment 14A and the adiathermic evaporator room 20A which
`communicated are projected and formed in the position visited to the front for a while rather
`than the central part of the depth direction in the upper part in the machinery room 18, the
`storage space 21 stored so that extraction and insertion of the refrigeration unit 45 is possible
`is provided by the lower part. Another evaporator room 20B is formed in the surface on the
`cold storage 143 side of the partition wall 12 by stretching the duct 23.
`[0015]
`As the refrigeration circuit 25 is shown in Fig.4, the condenser 27 with condenser cooling fan
`28 is connected to the outlet side of the compressor 26, and the dryer 29 and the strainer 30
`are connected to the downstream side in turn. The refrigerant circulation piping 34A and 34B
`on the refrigeration [ which carried out the series connection of the electromagnetic valves 31A
`and 313, the capillary tubes 32A and 328, and the evaporators 33A and 33B ], and
`refrigeration side is provided in parallel, and flowing-back connection is made at the entrance
`side of the compressor 26 at the downstream side of the strainer 30.
`The evaporator 33A on the refrigeration side is equipped with the fan 35A in a warehouse
`among the component members of the refrigeration circuit 25 in the evaporator room 20A on
`the freezer compartment 14A side, and the evaporator 33B on the refrigeration side is similarly
`equipped with the fan 353 in a warehouse in the evaporator room 203 on the cold storage 143
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`side.
`[0016]
`On the other hand, as a part is shown in Fig.2, it mounts on the base 37 and unitization of the
`compressor 26, the condenser 27, the condenser cooling fan 28, the dryer 29, the strainer 30,
`and the electromagnetic valves 31A and 313 is carried out. The base 37 makes form which
`turned down “H and the handle 38 in which the top surface carried out the opening and
`which was substantially bent and formed in the groove is formed in the end rim of a near side.
`The bottom plate 40 placed on the bottom surface of the storage space 21 of the machinery
`room 18 so that extraction and insertion of the above-mentioned base 37 is possible is
`stretched to it. This bottom plate 40 is formed in saucerlike, before and after the right side
`board seen from the transverse plane was provided by the lower end part of the side surface of
`the main part 10 and the left side board was provided by drooping state from the margo
`inferior of the side surface of the evaporator room 20A, it is fixed to the lower end of the pair of
`holding frame 42, respectively, and it is supported.
`[0017]
`The base 37 which mounted the refrigeration unit 45 is pushed in from the front on the bottom
`plate 40 of the storage space 21, Pushing is stopped because the corrosion plate 39 which is a
`side surface on the back side of the handle 38 collides with the tie-down plate 41 provided by
`the edge of the near side of the bottom plate 40, and it fixes because the corrosion plate 39
`and the tie-down plate 41 bolt the screw 44.
`In order to form the refrigeration circuit 25 with it, while the capillary tubes 32A and 325 which
`were connected to the entrance side of both the evaporators 33A and 33B, and were pulled out
`are connected to the electromagnetic valves 31A and 31B with which it corresponds, Unification
`piping of the refrigerant piping pulled out from the outlet side of both the evaporators 33A and
`33B is connected to the entrance side of the compressor 26.
`[0018]
`It is equipped with the corner plate 47 as the above-mentioned evaporator room 20A order is
`filled in the top panel of the machinery room 18 (only the corner plate 47 of a near side is
`illustrated to Fig.7), as the top plate 50 which extended from the main part 10 side laps with
`the evaporator room 20A and the corner plate 47 of order, it is stretched -- the end of the left-
`hand side -- the left lateral of the evaporator room 20A -- the holding frame 42 -- substantially
`-- a part for thickness -- projecting -- **** . This top plate 50 is formed, for example with the
`plank made from a stainless steel plate, and that top surface is usable as foods and a table
`which carries a cooking utensil etc. The side board crooked downward is formed in the
`periphery of the top plate 50, and the angle is rounded in the portion used as the eaves 50A of
`a front of solvent.
`[0019]
`The back panel (not shown) is stretched flat-tapped with the back face of the main part 10 by
`the back face of the machinery room 18. In the side surface of the machinery room 18, it is
`stretched over the left end of the bottom plate 40 and the top plate 50, the side panel 52
`(Fig.3) being applied by the holding frame 42. As this described above, the machinery room 18
`which makes the cube type of front opening is formed. With it, circulation space 53 which
`circulates the below—mentioned warm exhaust air to carry out is formed between the side panel
`52 and the evaporator room 20A.
`[0020]
`The opening of the front face of the machinery room 18 is equipped with the front panel 55.
`This front panel 55 makes saucerlike [ longwise ] which provided the side board to the
`periphery, is the right side edge seen from the transverse plane, and on the hinge 56, is
`supported so that swing opening and closing are possible.
`The inlet port 57 of the open air is formed in the lower part side of the front panel 55 that the
`condenser 27 etc. should be cooled, and the front face of the inlet port 57 is equipped with the
`air filter 58. The opening of the exhaust port 59 is carried out to the position where it
`corresponds [ side /, i.e., the above-mentioned front of circulation space 53, / which was seen
`from the transverse plane in the upper part of the front panel 55 / left edge ].
`[0021]
`The main control box 60 is attached to the back surface side of the right area of the upper part
`in the front panel 55. In this main control box 60, several kinds of electrical parts, such as a
`relay for controlling the drive of the refrigeration unit 45 etc., a transformer, and a breaker, a
`microcomputer, etc. are stored. The display part 61 which displays temperature inside etc. on
`the front face of the main control box 60, the distribution power board for inputting preset
`temperature, etc. were provided, and the window hole 62 by which the opening was carried
`out to the front panel 55 is faced the front face of the main control box 60.
`[0022]
`Now, according to this embodiment, improvement is added to the structure of the ceiling part
`of circulation space 53 in the machinery room 13, and it describes about it below. Since the left
`edge part projected above circulation space 53 in the top plate 50 does not have what is
`received downward, the reinforcing member 70 is arranged at the lower surface for
`reinforcement.
`As this reinforcing member 70 is shown in Fig.5, when press-forming metal plates, such as a
`zinc steel plate, long and slender lower surface opening is formed in box shape. In the attitude
`which turned the opening downward, this reinforcing member 70 is applied to the back surface
`of the top plate 50 of circulation space 53, and as shown in Fig.7, it is carried out by stopping
`the right lateral seen from the transverse plane with the screw 71 on the side surface of the
`evaporator room 20A, etc., and fixes. The back plate 72 of the reinforcing member 70 was
`applied by the side board of the rear side of the top plate 50, and the front face plate 73 has
`stopped in the inner part of the eaves 50A of the top plate 50. The upper limb of the side panel
`52 is screwed to the left lateral of the reinforcing member 70.
`[0023]
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`The inside of this reinforcing member 70 is equipped with the auxiliary—control box 80. This
`auxiliary-control box 80 comprises the box body 81 and the lid 82, and, similarly metal plates,
`such as a zinc steel plate, are both formed press forming and by carrying out spot welding.
`The box body 81 is the above-mentioned reinforcing member 70 and the width, and is formed
`in the long and slender cube type of top surface opening with the length of the half strength of
`the reinforcing member 70. In this box body 81, while the guide surface 83 which became a
`gentle upward gradient towards the front at the corner on the front-of-solvent side at the
`bottom is formed, the opening of the drawer mouths 84, such as an electric wire, is carried out
`to the position which approached the back end at the bottom.
`Lower surface opening in which one lid 82 is the width which can fit in closely, and had length
`shorter than the box body 81 in the box body 81 is formed in box shape. In the lid 82 side,
`slant misses on the square on the front-of-solvent side on top, and the surface 85 is formed.
`The tie-down plate 87 with which the margo inferior was extended downward, the leg piece 86
`was formed, and the front face plate and back plate of the lid 82 were bent outward in the
`margo inferior of the leg piece 86 is formed.
`[0024]
`it is substantially inserted
`The lid 82 is fixed, when [of the length direction of the box body 81 ]
`in from the upper part in a central part, and the leg piece 86 of order is applied by the back
`bottom surface a little and stops the tie-down plate 87 with the screw 88, respectively rather
`than the hidden root part and the drawer mouth 84 of the guide surface 83. Thereby, as shown
`in Fig.6, the auxiliary-control box 80 in the state where the lid 82 was put is formed in the
`central part of the length direction of the box body 81. At this time, as shown in Fig.7, the lid
`82 floats from the bottom surface of the box body 81, and an upper side projects it above the
`upper limb of the box body 81. However, the projection height is smaller than the height
`(depth) of the reinforcing member 70.
`In this auxiliary-control box 80, as shown in the chain line of the figure, the capacitor as
`accessories of the compressor 26 and the electrical parts A, such as a relay for starting, are
`mainly stored. Those leads are pulled out outside from the drawer mouth 84.
`[0025]
`In the position which approached the back side for a while from the central part of the length
`direction in the reinforcing member 70 as a structure for attaching the auxiliary-control box 80
`in the reinforcing member 70, As shown in Fig.5 and Fig.8, the pair of right and left rail 74 with
`prescribed length is formed by carrying out rigid-angle bending of the portion projected from
`the margo inferior of the right and left side board 70A to an inner direction. On the other hand,
`in the auxiliary-control box 80 side, the placing board 91 by which became narrow slightly in
`the upper limb of the back plate 90, and rigid-angle bending was carried out to back is formed,
`the edges on both sides of the crooked part are cut deeply, and the guide groove 92 which can
`insert the above-mentioned rail 74 is formed.
`[0026]
`The margo inferior of the front face plate 73 of the reinforcing member 70 is slightly made
`narrow, and is projected, and the sideways insertion slot 76 is formed in the margo inferior of
`the root part of the projection part 75, Le, the side board 70A of the reinforcing member 70,
`and the position where it corresponded. The screw hole 77 is cut by the projection part 75. On
`the other hand, at the auxiliary-control box 80 side, the inserting piece 94 in which a plug is
`possible is formed in the insertion slot 76 by rigid-angle bending of the portion projected from
`the upper limb of the short front face plate 93 of the box body 81 being carried out to an inner
`direction. The opening of the insertion hole 96 of the screw 95 is carried out to the front face
`plate 93.
`As the opening of the outlet port 78 is carried out to the upper part of the front face plate 73 in
`the reinforcing member 70 and it is shown in Fig.7, it can let the outlet port 78 and also the slit
`47A of the corner plate 47 pass, and can miss now the warm exhaust air in the reinforcing
`member 70 outside from under the eaves 50A of the top plate 50.
`[0027]
`In attaching the auxiliary-control box 80, The front side of the auxiliary-control box 80 is raised,
`and it is considered as a horizontal position until it carries the placing board 91 over the end
`before both the rails 74 as a diagonal position which raised the rear side of the auxiliary-control
`box 80, then the upper limb of the box body 81 hits the margo inferior of the reinforcing
`member 70, as shown in Fig.9, and it pushes into the back. Letting the rail 74 pass to the guide
`groove 92, the placing board 91 slides on the rail 74 top, and the auxiliary-control box 80 is
`pushed in. If it results in the end, the inserting piece 94 on the front-of-solvent side of the
`auxiliary-control box 80 will be fitted over the insertion slot 76 of the reinforcing member 70,
`and pushing will be stopped because the front face plate 93 is equivalent to the projection part
`75. By screwing in the screw hole 77 the screw 95 which it let pass to the insertion hole 96,
`and then, bolting it, as shown in Fig.7, the auxiliary-control box 80 is attache