CN1172937A - Cooling storage storehouse - Google Patents
Cooling storage storehouse Download PDFInfo
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- CN1172937A CN1172937A CN97104664A CN97104664A CN1172937A CN 1172937 A CN1172937 A CN 1172937A CN 97104664 A CN97104664 A CN 97104664A CN 97104664 A CN97104664 A CN 97104664A CN 1172937 A CN1172937 A CN 1172937A
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- condenser
- machine room
- insulating box
- thermal insulating
- metal line
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
- F25D23/00—General constructional features
- F25D23/06—Walls
- F25D23/065—Details
- F25D23/067—Supporting elements
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Refrigerator Housings (AREA)
- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
A cooling storage house has a heat insulating box member forming a storage chamber and a machine chamber installed to the side of the heat insulating box member. The heat insulating box member is made of a thermal insulation material. The machine chamber has a condenser of a wire type and a compressor. The cooling storage house includes a side panel installed to the side of the machine chamber, with a bent-up part bent at an acute angle. The condenser forms the machine chamber side together with the side panel. The bent-up part of the side panel is installed near the condenser or in a state of coming in contact with the condenser. The condenser is installed to the periphery side of a bottom plate and an upper plate constituting the machine chamber.
Description
The present invention relates to a kind of refrigeration storage that has metal line style condenser.
In the prior art, the for example real clear communique 56-34279 communique (F29D/00) of opening, it discloses a kind of freeze cycle (cycle) device, the condenser (condenser) of the groove chamber with curved slot (channel) shape is installed at freezer body lateral surface, at groove chamber and the recess that is arranged at freezer body side, form the required minimum requisite space of configurable compressor (compressor).
In above-mentioned prior art, be used as slightly become the open side of the metal wire condenser of font as the freezer inside side walls, and utilize the rotation of metal parts or screw to be fixed in the inboard, both ends of font, so when freezer is carried, can produce and clamp finger between metal wire condenser and the freezer and injured problem.
Moreover, when the metal wire condenser is installed, must install in font inboard, have the problem of installation exercise inefficiency.
Because of being arranged in the narrow and small kitchen, operating personnel's pin bumps against the Machine Room again, also can produce the problem of metal wire condenser distortion.
Because the problems referred to above the object of the present invention is to provide a kind of refrigeration storage, the gap of metal line style condenser mounting portion is diminished as far as possible, improve operating efficiency simultaneously, and prevent the condenser distortion.
For reaching above-mentioned purpose, the invention provides a kind of refrigeration storage, it has the body of thermal insulating box that storeroom is formed at inside and forms with heat-insulating material, and is arranged at this body of thermal insulating box side and inner Machine Room with condenser and compressor, and it also comprises:
One side panelling, it is arranged at the side of this Machine Room; And
One metal line style condenser, its setting closely connects or contacts with the edge of this side panelling, and forms side panelling and side, Machine Room.
Therefore, can't stretch into hand between metal line style condenser and the side panelling, thus can prevent because of clamping injured, and the security can promote refrigeration storage and be provided with the time.
The present invention also provides a kind of refrigeration storage, it has the body of thermal insulating box that storeroom is formed at inside and forms with heat-insulating material, and be arranged at this body of thermal insulating box side and inner Machine Room with condenser and compressor, be used as condenser with metal line style condenser, and outside with screw fixed.
Therefore, the installation of metal line style condenser can utilize screw to carry out from the outside, thereby promotes installation exercise efficient.
This side panelling also has a reinforcement, in order to strengthen this Machine Room.
Therefore, can prevent the distortion of metal line style condenser as far as possible.
Below in conjunction with accompanying drawing, embodiments of the invention are described, wherein:
Fig. 1 is the stereogram of refrigeration storage of the present invention;
Fig. 2 is the combination stereogram of front portion, Machine Room;
Fig. 3 is the stereogram that is shown the refrigeration storage assembled state by the Machine Room rear side;
Fig. 4 is the front view of Machine Room;
Fig. 5 is the front sectional elevation of Machine Room;
Fig. 6 is the stereogram of refrigeration storage;
Fig. 7 is the side view of refrigeration storage;
Fig. 8 is the stereogram of body of thermal insulating box;
Fig. 9 is the ground plan of body of thermal insulating box when leg is installed;
Figure 10 is the rear perspective view of body of thermal insulating box when leg is installed;
Figure 11 is the stereogram of bottom view of body of thermal insulating box when leg is installed;
Stereogram when Figure 12 installs base plate for the Machine Room;
Stereogram when Figure 13 installs for the Machine Room;
Figure 14 is the stereogram of commercial freezer;
Figure 15 is the profilograph of backplate (guard) under the freezer base station shown in Figure 14;
Figure 16 is the rear perspective view of backplate under the base station;
Figure 17 is when backplate is installed among another embodiment under the base station, backplate part profilograph under the freezer base station;
Figure 18 is the stereogram of commercial freezer;
Figure 19 vaporising device front view that commercial freezer takes out of serving as reasons;
Figure 20 is the front view of the vaporising device of commercial freezer;
Figure 21 is the side view of vaporising device;
Figure 22 is the front view of vaporising device;
Figure 23 is the exploded perspective view of evaporation plate and connector;
Figure 24 is the evaporation plate of another embodiment and the stereogram of connector;
Figure 25 is the exploded perspective view of evaporation plate shown in Figure 24 and connector;
Figure 26 is the front view of evaporation plate shown in Figure 24 and connector;
Figure 27 is the evaporation plate shown in Figure 24 of discharge water water level rising situation and the schematic diagram of connector state in the explanation evaporating dish;
Figure 28 is the evaporation plate shown in Figure 24 of discharge water water level decline situation and the schematic diagram of connector state in the explanation evaporating dish;
When Figure 29 uses the higher connector of proportion for explanation, the evaporation plate of discharge water water level rising situation and the schematic diagram of connector state in the evaporating dish;
Figure 30 is the stereogram of refrigeration storage;
Figure 31 is the rear perspective view one of refrigeration storage;
Figure 32 is the rear perspective view two of refrigeration storage;
Figure 33 is the side view of Machine Room;
Figure 34 is a pseudosection on the Machine Room;
Figure 35 is for looking the enlarged drawing that the section pith amplifies on the Machine Room;
Figure 36 is the stereogram of metal line style (wire) condenser.
Below referring to figs. 1 through one embodiment of the invention shown in 5, have the refrigeration storage body 1 of the freezer of a storeroom or freezer etc., this storeroom designs within the body of thermal insulating box 2 of front openings.Then, but the front openings of body of thermal insulating box 2 is provided with the insulated door 3 of free switch, and the top of insulated door 3 is provided with handle 4.And, be provided with the cooling chamber (not shown) that makes this storeroom cooling in the side of body of thermal insulating box 2, constitute compressor 5, the metal line style condenser 6 of freeze cycle simultaneously and have the Machine Room 8 of cooling with blowing fan 7.In addition, also be provided with and be used as top desktop (top table) 9 that operation post uses and in order to support the leg 10 of refrigeration storage body 1.
8 fronts are provided with the front panelling (panel) 13 with suction inlet 11 and control part 12 in the Machine Room, and the side of Machine Room 8 is provided with side panelling 14.This side panelling 14 is fixed in the support member 15 of the outside above-below direction that extends in these front panelling 13 the insides by screw 16, and support member 15 by screw 18 screw fixed in order to the desktop stiffener 17 of top desktop 9 to be installed.
Then, the opposite side that is connected with support member 15 at side panelling 14 forms the bend 19 that is bent into acute angle.This bend 19 becomes superimposed structure with reinforcement 23, and wherein this reinforcement 23 utilizes screw 22 to be connected in the base plate 20 that forms these 8 bottom surfaces, Machine Room and is connected on the top board 21 that forms above the Machine Room 8, and the purposes of reinforcement is for strengthening Machine Room 8.
The position that reinforcement 23 is installed on base plate 20 and top board 21 forms tetragonal unfilled corner 24 respectively, and on base plate 20 mounting flange (flange) 25 in order to screw fixed reinforcement 23 is set.And top board 21 utilizes the side of screw screw fixed in this body of thermal insulating box 2, and base plate 20 then is connected in side and this leg 10 of this body of thermal insulating box 2.And this metal line style condenser 6 slightly forms the font, and the opening of font is installed in the direction in the face of body of thermal insulating box 2 sides.With install screw 27 from the lateral direction screw fixed of metal line style condenser 6 in the screw hole of the side flanges 26 that is built up in base plate 20 sides.By this, can promote operating efficiency.
Moreover the bend 19 of side panelling 14 is set to contact with the curvature portion of metal line style condenser 6, forms to utilize screw 27 and the structure of bend 19 with 6 supports of metal line style condenser are installed.And the flange that utilizes top board 21 up and down 28 of metal line style condenser 6 is connected with the flange 26 of base plate 20.
And the curvature portion of metal line style condenser 6 and bend 19 are made as and closely connect also passablely, and its structure that closely connects only has the gap that can't allow that staff enters.By this, when freezer is set, can prevent injured generations such as operator's hand.
The invention provides a kind of refrigeration storage 1, it has the body of thermal insulating box 2 that storeroom is formed at inside and forms with heat-insulating material, and be arranged at this body of thermal insulating box side and inner Machine Room 8 with condenser and compressor 5, it comprises: a side panelling 14, and it is arranged at the side of this Machine Room 8; And a metal line style condenser 6, its setting closely connects or contacts with the edge of this side panelling 14, and forms side panelling 14 and 8 sides, Machine Room.
Therefore, hand etc. can't stretch between metal line style condenser 6 and side panelling 14, so can prevent because of clamping injuredly, and can promote the security of refrigeration storage 1 when being provided with.
The present invention also provides a kind of refrigeration storage 1, it has the body of thermal insulating box 2 that storeroom is formed at inside and forms with heat-insulating material, and be arranged at this body of thermal insulating box side and inner Machine Room 8 with condenser and compressor 5, be used as condenser with metal line style condenser 6, and at lateral surface with screw fixed.
Therefore, can utilize screw (screw 27 is installed), metal line style condenser 6 is installed from the outside.
This refrigeration storage 1 is provided with a reinforcement 23 at the edge of side panelling 14, in order to Machine Room 8 is strengthened.
Therefore, can prevent the distortion of metal line style condenser 6.
Please refer to the related embodiment that leg is installed shown in Fig. 6 to 13, Fig. 6 shows that inside has the refrigeration storage 1 of storeroom, and it comprises that the front has the body of thermal insulating box 103 (as shown in Figure 8) of filling with foam insulation materials between an opening 102 and inside and outside two casees, be arranged at that but this body of thermal insulating box 103 makes front openings 102 free switch and by blocking the formed insulated door 104 of heat-insulating material, be arranged at the sidepiece of this body of thermal insulating box 103 and have the Machine Room 107 of compressor 105 and condenser 106, and the top desktop of being installed across this Machine Room 107 and this body of thermal insulating box 103 108.
And, on insulated door 104, be provided with leader 104A.
Rear lateral portion at body of thermal insulating box 103 forms a notch part 109, and the part with compressor 105 places this notch part 109 then.It is the part that the notch part 109 of body of thermal insulating box 103 can be provided with Machine Room 107.
Four legs 115 are set in the bottom surface of refrigeration storage 1, but this leg 115 comprise the trapezoidal base portion of subinverse 116, from the extended installation portion 117 of the pedestal of base portion 116, be positioned at base portion 116 the bottom spiral adjustment part 118 and corresponding to these adjustment part 118 foots 119 moving up and down.
And in the bottom surface of body of thermal insulating box 103, and the leg 115 that is installed on Machine Room 107 sides only will lean on one side screw fixed of body of thermal insulating box 103 to leg 115 with conjunctions such as screw and screw 120 screw fixed.Promptly according to relevant structure, leg 115 by active balance be disposed at four jiaos of body of thermal insulating box 103 bottom surfaces.With this state, body of thermal insulating box 103 utilizes leg 115 supporting unchangeably.
To be arranged at the portion of bearing 121 on the base plate 110 of Machine Room 107 for installation portion 117 chimeric insertions, in the Machine Room leg 115 of 107 sides not a side of screw fixed insert this and bear portion 121.
Therefore, when making refrigeration storage 1, shown in Fig. 8 to 11, four legs 115 at first are set in the bottom surface of body of thermal insulating box 103, again body of thermal insulating box is stood, shown in the arrow of Figure 12, the portion of bearing 121 that the installation portion 117 of above-mentioned leg 115 is inserted base plates 110, again with base plate 110 screw fixed in the side of body of thermal insulating box 103.Yet, this situation in fact as shown in figure 13, compressor 105, condenser 106, blowing fan 114 also are mounted.
According to above-mentioned structure, can make reverse (under counter) type refrigeration storage of the existing end certainly, both made tiny type (slim type) refrigeration storage 1 as present embodiment, also can make Machine Room 107 installation exercise efficient become good.
This storage 1 comprises the body of thermal insulating box 103, the Machine Room 107 that is arranged at these body of thermal insulating box 103 sides that are provided with storeroom, be arranged at condenser 106 in this Machine Room 107 with compressor 105, use the base plate 110 put for this condensation 106 and compressor 105 and across the leg 115 of this base plate 110 with these body of thermal insulating box 103 bottom surfaces.
Therefore, leg 115 can be reached effective balanced action, and because can be only body of thermal insulating box 103 be supported with leg 115, and institute is so that to comprise the combination operating efficiency change that Machine Room 107 and base plate 110 are installed good.
And leg 115 screw fixed of storage 1 are in body of thermal insulating box 103 bottom surface sides.
So, can utilize leg 115 that body of thermal insulating box 103 is supported, and more promote the combination operating efficiency.
Therefore, can make the base plate 110 that constitutes Machine Room 107 become telescope structure, so can promote the operating efficiency that base plate 110 is installed.
Consult backplate under the relevant base station shown in Figure 14 to 16, storage 1 is for being arranged at for example commercial freezer in kitchens such as restaurant, dining room, fast food restaurant, be provided with forwardly opening and the body 203 that constitutes by body of thermal insulating box in be provided with a storeroom 207, and door 208 free to rotate ground pivots prop up preceding right side of face in body 203, but utilize 208 opening free switch that make storeroom 207.
Left side at body 203 constitutes Machine Room 209, is equiped with in Machine Room 209 in order to constitute the compressor and the condenser 213 of cooling device (not shown).And condenser 213 is provided with around Machine Room 209.In order to panelling 214 with the front switch of this Machine Room 209.
And, the top desktop 216 of stainless steel is installed at the top of body 203, it covers till 209 tops, Machine Room.Moreover these top desktop 216 sides, door 208 fronts and panelling 214 fronts are pasted and are decorated thin layer S,
On the one hand, storeroom 207 internal frames of body 203 are provided with steelframe 217, and simultaneously, its top utilizes dividing plate 218 to be distinguished, and is equipped with cooler and blowing fan 219 in order to constitute this cooling device (not shown) in dividing plate 218.Utilize blowing fan 219 to be circulated within the storeroom 207 with the cold air of cooler heat exchange, in order to keep predetermined refrigeration or cryogenic temperature.
On the other hand, four corners of the bottom surface 203A of body 203 are equipped with the leg 221 of predetermined adjustment size, by leg 221, make and locate to form lower space 204 in order to assembling evaporating dish etc. below the 203A of bottom surface.
Be provided with the installing plate 206 of steel plate system about the place ahead of the bottom surface 203A of body 203.Slightly rectangle U word shape base portion 206A and support portion 206B are constituted each installing plate 206 by section, wherein the bottom surface 203A of body 203 is opened and be fixed in before and after this base portion 206A and top, and this support portion 206B from base portion 206A front end sagging after, vertical curve forwards.The end of this support portion 206B is toward oblique front upper place complications, and its end has rotating fulcrum 206C.
Be provided with magnetic in the base portion 206A of installing plate 206 and hold storage MC.This magnetic is held storage (magnetcatcher) MC and is had from base portion 206A outstanding and can move forward and backward and be used as the magnetite MG and the coil spring (not shown) of magnetic toward the place ahead, utilization is pressed into this magnetite MG once, and stop at as shown in figure 15 position, simultaneously, if from then on state is pressed magnetite MG once again, magnetite MG will then utilize coil spring to become forwards outstanding structure.
On the one hand, backplate 202 is arranged at its place ahead for the lower space 204 of hiding body 203 downsides under the base station.Backplate 202 is the metal foils that are made of stainless steel under the base station, and its surface is pasted with decorates thin layer S.And the front of backplate 202 is also pasted and is decorated thin layer S under the base station, and several slits 223 with space 204 ventilations in the past are set.
And under base station backplate 202 above have the top 202A of right-angle bending (lower space) preliminary dimension in the rear, from the continuity of the rear end of this top 202A and downwards vertical vertical limit (binding limit) 202B of binding of right-angle bending, from this vertical limit 202B of binding continuity and the limit of the horizontal binding of the level of vertical curve rearward (binding limit) 202C and from this 202C rear end, horizontal binding limit continuity and butt limit 202D crooked downwards and that extend up and down bends to one.The rear end that is horizontal binding limit 202C continues in the upper end of butt limit 202D, and butt limit 202D begins from here toward sagging.
Moreover, under the base station lower end of backplate 202 have past rear right-angle bending preliminary dimension following 202E and from this bottom 202E rear end upward after the vertical curve again to tiltedly down the rear lower flange 202F that is converted into sharp angles bend to one.And, under the base station backplate 202 about end also have a rearward crooked rectangular side flanges 202G.
Herein, as described later, for the back (surface after the bending) that makes butt limit 202D holds magnetite, the decoration thin layer S of horizontal binding limit 202C and butt limit 202D part is removed.This situation, utilization cut off device (cutter) crimping and vertical limit 202B of binding of drawing and horizontal binding limit 202C meet bight P3, and can the decoration thin layer S after the horizontal fillet 202C be cut off from its place ahead part, so that will decorate thin layer S and peel off from meeting bight P3 afterwards, decorate thin layer S so can easily remove.
Then, backplate 202 is the rotating fulcrum 206C that are engaged in installing plate 206 by the wedge angle sweep with lower flange 202F under the relevant base station, and be installed on the installing plate 206 free to rotately, moreover, hold that magnetic is held the magnetite MG of storage MC and the place ahead of being arranged at space 204 by back with butt limit 202D.
In this situation, the position that utilizes magnetic as shown in figure 15 to hold the magnetite MG of storage MC makes that backplate 202 slightly becomes vertically (with reference to Figure 15) and normal state under the base station.At this moment, be set to the distance L 2 also little (embodiment is shorter) up to the rear end of top 202A P2 from rotating fulcrum 206C up to the distance L 1 of the upper end P4 of butt limit 202D than rotating fulcrum 206C.
Then, the exchange of the evaporating dish in carrying out space 204 etc., when cleaning, by will top, 202 fronts of backplate under the base station from the state shown in the figure l5 being pressed into and separate, as mentioned above, magnetite MG forwards gives prominence to.Utilize this outstanding action, make that backplate 202 under the base station is that counter clockwise direction among middle mind-set Figure 15 is rotated with rotating fulcrum 206C, thereby the place ahead to body 203 fronts tilts (perhaps breaking away from from magnetite with this state), so have this upper end P4, and backplate under the base station 202 is rotated to counter-clockwise direction, and by outwards taking out from magnetite MG and installing plate 206, the place ahead that makes space 204 is by opening.
At this moment, as mentioned above, be set to also littler up to the distance L 2 of the rear end of top 202A P2 from rotating fulcrum 206C up to the distance L 1 of the upper end P4 of butt limit 202D than rotating fulcrum 206C, so with backplate under the base station 202 from rotating fulcrum 206C when counter clockwise direction is rotated, upper end P4 can't be than rear end P2 more near body 203.Therefore, state does not as shown in figure 15 need to form the also big gap of gap P1 with the bottom surface 203A of body 203 than top 202A, the outward appearance that helps to beautify storage.
As mentioned above, backplate 202 so do not resemble existing structure decorating thin layer place generation wrinkle Zhe, can prevent that outward appearance is not good unlike the structure of existing structure utilization near bending under the base station of the present invention.Moreover, crooked for several times and formation top 202A, vertical binding limit 202B, horizontal binding limit 202C and butt limit 202D of the top of backplate 202 utilization under the base station, thus the bulk strength of backplate 202 under the base station can be increased, simultaneously, do not need other parts, can reach the purpose that cost reduces.Particularly utilize this structure that the buckling work of backplate 202 under the base station is become easily, can promote production efficiency.
Figure 17 is when backplate is installed among another embodiment under the base station, backplate part profilograph under the base station of freezer.In this situation, the vertical binding limit 202B of backplate 202 continues and down vertical curve and down extension from the rear end of top 202A under the base station, simultaneously, horizontal binding limit 202C is vertical curve rearward by the vertical lower end continuity that links limit 202B, and butt limit 202D is made of vertical curve from the continuity of the rear end of this horizontal binding limit 202C and upward.Other structures are identical with Figure 15.
In this situation, be set to also littler up to the distance L 2 of the rear end of top 202A P2 from rotating fulcrum 206C up to the distance L 1 of the upper end P4 of butt limit 202D than rotating fulcrum 206C, so both made the not gap P1 change with aforementioned same size big, the rotation of backplate 202 is also had no problem under the base station.Particularly if construct according to this, the back of butt limit 202D becomes the inside of backplate 202 under the base station, so there is no need to remove decoration thin layer S.
And, in an embodiment,, being not limited thereto though the present invention is applicable to commercial freezer, the present invention is all applicable to home-use freezer and display frames etc.
Consult the relevant discharge water vaporising device shown in Figure 18 to 23, constitute Machine Room 309, in Machine Room 309, be equiped with in order to constitute the compressor and the condenser 3 13 of cooling device (not shown) in the left side of body 303.And condenser 313 is provided with around Machine Room 309.In order to panelling 314 with the front switch of this Machine Room 309.And, at the end face of body 303 the top desktop 316 of stainless steel being installed, it covers till 309 tops, Machine Room.
On the one hand, storeroom 307 internal frames of body 303 are provided with rack 317, and simultaneously, its top utilizes dividing plate 318 to be distinguished, and is equipped with in dividing plate 318 in order to blowing fan 319 in the cooler that constitutes this cooling device and the storehouse.Utilize with the cold air of cooler heat exchange that blowing fan 319 is circulated in the storeroom 307 in the storehouse, in order to keep predetermined refrigeration or cryogenic temperature.
On the other hand, four jiaos of legs 321 that the predetermined altitude size is installed of the bottom surface 303A of body 303 by leg 321, make and locate to form lower space 304 in order to assembling evaporating dish etc. below the 303A of bottom surface.
And, about 303A front, the bottom surface of body 303, installing plate 306 is set, and backplate (not shown) under the base station that can freely load and unload is being installed on these installing plates 306, make lower space 304 form the structure that the place ahead hides.
Moreover, the supporting rail (rail) 311 that configuration and installation can be extended from front and back about the inboard of the bottom surface of body 303 303A, installing plate 306, its front end forms has available finger adjustment degree of tightness spiral in conjunction with the screw hole with decoration screw 312, the face that the is mounted 311A of She Zhiing forward.
The water that is communicated with this cooler downside from 303A the place ahead, bottom surface is accepted ware and storeroom 307, and pull out respectively in order to the drainpipe 323 of discharging discharge water thus and aftermentioned in order to the base side electric wire 324 in blowing fan 322 of switching in lower space 304, base side electric wire 324 front ends are equipped with hookup (coupler) 324A.
On the other hand, vaporising device 302 comprises the portion of bearing 326 of being made by for example steel plate, is located at this fan box 327 that bears portion 326 rears, is installed on the blowing fan 322 that formed by axial flow fan in this fan box 327, is held in the evaporating dish 328 that can freely be loaded and unloaded on the portion of bearing 326 and resin system or steel plate system and is disposed at the interior evaporation plate 310 of this evaporating dish 328.
This fan box 327 is fixed in the inboard, depths (back) of the portion of bearing 326, before and after the inner blower of opening fan 322 exposes before and after making.At this moment, the bottom surface of leaving the portion of bearing 326, the lower end of fan box 327 is installed into floating.The 326B place, left and right side at fan box 327 rears is provided with slit 331.
Moreover the front upside of left surface 326B is provided with through hole 332, and this through hole 332 is arranged to can be by the size of this drainpipe 323.To retract the exterior front of left surface 326B from the fan side electric wire 333 that this blowing fan 322 is pulled out, its front end is equipped with hookup 333A.
And this evaporating dish 328 presents the open rectangle plate-like in top, and fan box 327 is set to freely to load and unload the size of putting from 326A the place ahead, bottom surface of the portion of bearing 326.Several pieces evaporation plate 310 are set in evaporating dish 328.
This evaporation plate 310 is constituted for the good material of water-based by fiber weaving cloth or porous matter plastic material etc. so that rectangle is tabular, and place the air-supply fore-and-aft direction of this blowing fan 322, about stay predetermined interval, at this moment, the air output of fitted shaft air supply stream fan 322, this evaporation plate 310 is closeer in the left and right sides setting, and dredges (please refer to Figure 22) in the mid portion setting.
Moreover the interval between each relevant evaporation plate 310 utilizes connector 305 supporting.This connector 305 is made of the good material of water imbibition equally with evaporation plate 310.As shown in figure 23, form and have the otch consistent 336 presenting tabular upper limb place with the interval of this evaporation plate 310.
On the other hand, the front and back of each evaporation plate 310 lower edge also form otch 337, the chimeric otch 336 that is connected in each connector 305 that utilizes the otch 337 of each evaporation plate 310 freely to load and unload can make evaporation plate 310 and each connector 305 combination, makes each evaporation plate 310 can keep above-mentioned interval mutually.
More than during with body 303 combinations, evaporating dish 328 is the storing state to structure with vaporising device of the present invention 302, and the rear end of the flange 326C of bearing piece 326 can be placed in the front end of supporting rail 311 in the past with being free to slide, is pressed into the rear then.And remove backplate under this base station this moment, and soon, when the installed surface 326D of bearing piece 326 was connected to the face that the is mounted 311A of supporting rail 311, bearing piece 326 became the state of not being pressed into.
At this state, bearing piece 326 is configured in the precalculated position of lower space 304, and simultaneously, the screw hole of installed surface 326D is consistent with the screw hole that is mounted face 311A.Then, can freely load and unload the ground screw engagement in screw hole in the past, and make bearing piece 326 be fixed in body 303 by decorating screw 312.
Then, the inside of drainpipe 323 from through hole 332 toward bearing piece 326 is drawn in, and make the top of evaporating dish 328 form opening.This moment is corresponding to through hole 332 lateral location, upper limb place, evaporation plate 310 front forms half-circular cutouts 310A as shown in figure 21, if the drainpipe of drawing in 323 is placed this otch 310A, can enlarge the height dimension of evaporation plate 310, and increase the surface area of evaporation plate, thereby promote the discharge water evaporability.
Secondly, the hookup 324A of base side electric wire 324 is connected in the place ahead of bottom surface 303A with the hookup 333A of fan side electric wire 333 and finishes combination.With this state, flow in the evaporating dishes 328 along drainpipe 323 from the discharge water of this cooler or storeroom 307 and to store.This evaporation plate 310 is flooded with the discharge water that connector 305 is stored in evaporating dish 328, so discharge water is evaporated plate 310 and absorbs with connector 305.
Absorbed discharge water utilizes capillarity to move toward the part of exposing.On the other hand, be powered at blowing fan 322 and rotate, from the place ahead air is attracted to the rear and discharges.By this, the evaporation plate 310 of exposing the evaporation water top being ventilated, is evapotranspired in discharge water evaporation plate 310 surfaces from here that move to herein.
At this moment, because of blowing fan 322 about the air output that produced more, only need left and right sides part evaporation plate 310 is assembled into closeer, and need not increase total sheet number of evaporation plate 310, the ventilation on evaporation plate 310 surfaces is increased, thereby promote the evaporation process ability.
Then, during these blowing fan 322 faults, take out backplate under this base station, to place the drainpipe 323 in the place ahead to pull out from bearing piece 326, simultaneously, after hookup 324A, the 333A of each electric wire taken off, transfer pine and take out decoration screw 312 with finger, then, with hand with bearing piece 326 forward layback go out, vaporising device 302 can be taken out from body 303.
According to above formation vaporising device 302 of the present invention, at combination storage 1, when taking out from the place ahead with body 303 assembling and carrying out blowing fan 322 maintenances, it is very easy all to become.By this, can promote the combined efficiency of storage 1 and the operating efficiency of vaporising device 302 significantly.
Each evaporation plate 310 is easy to decompose with connector 305, so be easy to cleaning when evaporation plate 310 is dirty.Particularly connector 305 also adopts and constitutes for the good material of water-based, so can more promote the evaporation process ability.
Moreover, fan box 327 is designed to the bottom surface 326A that leaves bearing piece 326, so spill discharge water when the bearing piece 326 from evaporating dish 328, fan box 327 can not be in Riddled Condition yet.By this, but advance preventing blowing fan 322 be out of order because of flooding in water.
Figure 24 is the evaporation plate 310 of another embodiment and the stereogram of connector 305.Evaporation plate 310 is made of above-mentioned same material, but does not form aforesaid otch.On the one hand, connector 305 is to be made by the less materials such as plastic cement of proportion that can float in the water, and forms reverse each other severally to support 341 at a side, and forms several holding part 342 that have as mentioned above at interval between each support 341.
Each support 341 front end closely connects each other and is bent to form hook-shaped (as Figure 26), and the interval of support 341 leading sections that closely connect is provided with also littler than the thickness of evaporation plate 310.Then, connector 305 a pair of before and after making is reverse, and evaporation plate 310 front and rear side are inserted among each holding part 342, can seize on both sides by the arms between each support 341 by this with freely load and unload, and evaporation plate 310 and connector 305 are made up.
As mentioned above, can be arranged side by side several pieces evaporation plate 310, then by the structure that can be connected with connector 305 loading and unloading free of one another, thus can disassemble easily as above-mentioned each evaporation plate 310 that similarly makes, and the washing and cleaning operation efficient of each evaporation plate 310 can improve significantly.Particularly, on connector 305, form several holding part 342, seize each evaporation plate 310 in each holding part 342 on both sides by the arms,, can utilize connector 305 to support, and reach the purpose that production cost reduces so on evaporation plate 310, need not form otch.
The material that connector 305 utilization can float in the water constitutes, so the assembly of evaporation plate 310 and connector 305 can form the floating state in the discharge water that a lower end part impregnated in evaporating dish 328.Therefore, no matter be to discharge water level WL in the evaporating dish 328 as shown in figure 27 to rise, or discharge water level WL as shown in figure 28 when descending, evaporation plate 310 all major part is exposed on the discharge water, shown in fine rule (hatching) among each figure, and its size is also slightly fixing.
Herein, when being constituted with the heavier material of proportion as if connector 305, as shown in figure 29, even the water level WL of discharge water rises, connector 305 also can't float, and is submerged in the bottom in the evaporating dish 328.Therefore, evaporation plate 310 major parts all are submerged in the evaporating dish 328, the size (Figure 29 fine rule hatching part) that is exposed to the evaporation plate 310 in the discharge water diminishes significantly, but according to present embodiment, be not subjected to the influence of the water level WL of the discharge water in the aforementioned evaporation ware 328, and can keep the size of the evaporation plate of exposing in the discharge water 310.By this, can guarantee the disengagement area of evaporation plate 310, and reach the purpose of lifting and steady-state evaporation ability.
And present embodiment still is not limited thereto for applying the present invention to commercial freezer, and the present invention also can be used for family's freezer or display frames (show case) effectively.
Following embodiment with reference to Figure 30 to 36 explanation metal line style condenser has the refrigeration storage body 1 of the freezer of a storeroom or freezer etc., this storeroom is formed within the body of thermal insulating box 402 of front openings.Then, but the front openings of body of thermal insulating box 402 is provided with the insulated door 403 of free switch, and the top of insulated door 403 is provided with handle 404.And, be provided with the cooling chamber (not shown) that makes this storeroom cooling in the side of body of thermal insulating box 402, constitute compressor 405, the metal line style condenser 406 of freeze cycle simultaneously and have the Machine Room 408 of cooling with pressure fan 407.And, be used as the top desktop 409 that operation post uses, in order to support the leg 410 of refrigeration storage body 1.
408 fronts are provided with front panelling 413 in the Machine Room, and front panelling 413 has suction inlet 411 and in order to the electric appliance box 412 of electrical equipment such as the control device collection that will control compressor 405 etc.The side of Machine Room 408 is provided with side panelling 414.
The compressor 405 of this Machine Room 408 is placed on the base plate 415 with pressure fan 407 with cooling, and fixes with fixtures such as screws.The side flanges of base plate 415 is fixed in screw in the bottom of metal line style condenser 406, and the side of the Machine Room 408 of body of thermal insulating box 402 is fixed on top with screw.
This metal line style condenser 406 comprises the rear face 406A that is formed at 408 back, Machine Room, the end of the 406A of portion slightly becomes parallel toward front curve and with the side of body of thermal insulating box 402 and the side surface part 406B that forms, and the front face 406C that form crooked toward the direction of body of thermal insulating box 402 from the end of this side surface part 406B and and lateral bending portion 406D that form crooked toward the rear from the side of the body of thermal insulating box 402 of this front face 406C from behind, it is mounted corresponding to body of thermal insulating box 402, and with the open side that slightly becomes word shape towards body of thermal insulating box 402.Therefore, metal line style condenser 406 can become very little with the gap of body of thermal insulating box 402.
Moreover, in the back lower place of this body of thermal insulating box 402 recess 416 is set, make the part of compressor 405 be concealed in this recess 416.So the dimension in cross-direction that can dwindle Machine Room 408.Compressor 405 utilize elasticity material 405A such as rubber and screw fixed on this base plate 415, and its part is concealed in this recess 416 as mentioned above, and with this metal line style condenser 406 round.
The recess 416 of this body of thermal insulating box 402 is provided with cooler not shown in the figures and the cooling end in order to storeroom is cooled off.
This cooling is positioned near the front face 406C of this metal line style condenser 406 with pressure fan 407, and is placed on the base plate 415 that is fixed on metal line style condenser 406 outsides.That is to say, to the tilted direction bending, make cooling, so, can have preferable cooling air-supply efficient with pressure fan 407 past oblique upper settings by the flange 415A upper end that is arranged at these base plate 415 fronts.And, this cooling with pressure fan 407 above, electric appliance box 412 is fixed in body of thermal insulating box 402 with fixtures such as screws.
Slightly become the L font in order to the reinforcement of the leading section that bears top desktop 409 with the section of stiffener 417.
This electric appliance box 412 is located near the front face 406C of this metal line style condenser 406, and makes the gap smaller between itself and the front face 406C as far as possible.Moreover electric appliance box 412 has control panelling 412A, and from the inside 412B the freezer inner leads 418 such as temperature-sensitive sticker (not shown) that connection is arranged in the storeroom is pulled out.And, pull out electric wire 420 from the below, it comprises the electric wire 420A of the supply socket 419 that is used for connecting power supply and in order to connect the electric wire 420B of this compressor 405.
Slightly contour above the recess 416 of this electric wire 420 and body of thermal insulating box 402, and be positioned at the front face 406C of metal line style condenser 406 and the sweep of the 406D of lateral bending portion, and extend out from the rear between refrigerant pipe 406E.And shown in Figure 34,35, extend out along the rear of recess 416.And fixed with tap setting tools such as (tap).And, this fixture 421 with the state of screw fixed such as screw also can, also passable in the mode of inlaying.
Promptly the invention provides a kind of refrigeration storage 1, it has the body of thermal insulating box 402 that storeroom is formed at inside and forms with heat-insulating material; And be arranged at these body of thermal insulating box 402 sides and inner have condenser 406 with compressor 405 and the anterior Machine Room 408 that is provided with electric appliance box 412.Wherein adopt metal line style condenser to be used as condenser 406, it has the rear face 406A that is formed at 408 back, Machine Room, have predetermined space with the side of body of thermal insulating box 402 and slightly become parallel side surface part 406B, from this side surface part 406B to the front face 406C of the direction bending of body of thermal insulating box 402 with 9 406D of lateral bending portion from front face 406C toward the rear bending, and with this compressor 405 around living.Below this electric appliance box 412, has cooling pressure fan 407 in order to condensation.
Therefore, can keep the heat release area of metal line style condenser 406 big as far as possible, moreover, electric appliance box 412 is placed in the place ahead of metal line style condenser 406, make the use of refrigeration storage 1 more convenient, simultaneously, the condenser cooling is set with pressure fan 407, so can utilize the condenser cooling to promote the exothermal efficiency of metal line style condenser 406 with pressure fan 407 under it.So, can make Machine Room 408 miniaturizations, and reach the purpose that promotes cooling capacity.
According to refrigeration storage 1 of the present invention, wherein the side of 406D of lateral bending portion and body of thermal insulating box 402 joins.Therefore, can prevent to produce the gap between the metal line style condenser 406 of Machine Room 408 and the body of thermal insulating box 402 as far as possible, so, can reach the purpose of Machine Room 408 miniaturizations.
The present invention also provides a kind of refrigeration storage 1, and it has the body of thermal insulating box 402 that storeroom is formed at inside and forms with heat-insulating material, and is arranged at these body of thermal insulating box 402 sides and inner Machine Room 408 with condenser 406 and compressor 405.Wherein this condenser 406 have the rear face 406A that is formed at 408 back, Machine Room, have predetermined space with the side of body of thermal insulating box 402 and slightly become parallel side surface part 406B, from the front face 406C of this side surface part 406B to body of thermal insulating box 402 direction bendings, this condenser 406 is a metal line style condenser, and has the electric appliance box 412 in order to drive this compressor 405.
Therefore, can prevent metal line style condenser 406 and place interval between the electric appliance box 412 of its front as far as possible.So can reach the purpose of Machine Room 408 miniaturizations.
According to refrigeration storage 1 of the present invention, its body of thermal insulating box 402 downsides are formed with the recess 416 that can collect a part of compressor 405, and make the electric wire 420 of electric appliance box 412 the insides be put in the position of recess 416.
Therefore, the electric wire 420 that takes out from electric appliance box 412 the insides snarls recess 416, and can from electric appliance box 412 electric wire 420 be taken out in the back side of refrigeration storage 1 at slightly contour height, and can make the length of electric wire 420 short as far as possible.Therefore, can utilize electric wire 420 to prevent that as far as possible voltage from descending, and simultaneously, can reach the purpose of Machine Room 408 miniaturizations.
As mentioned above, the invention provides a kind of refrigeration storage, it has the body of thermal insulating box that storeroom is formed at inside and forms with heat-insulating material, and is arranged at this body of thermal insulating box side and inner Machine Room with condenser and compressor, wherein:
Be provided with a side panelling, it is arranged at the side of this Machine Room; And a metal line style condenser, its setting closely connects or contacts with the edge of this side panelling, and has the metal line style condenser that forms side panelling and side, Machine Room simultaneously.
Therefore, can't stretch into hand between metal line style condenser and the side panelling, thus can prevent because of clamping injured, and security can promote refrigeration storage and be provided with the time.
The present invention also provides a kind of refrigeration storage, and it has the body of thermal insulating box that storeroom is formed at inside and forms with heat-insulating material, and is arranged at this body of thermal insulating box side and inner Machine Room with condenser and compressor, wherein:
Be used as condenser with metal line style condenser, and at lateral surface with screw fixed.
Therefore, the installation of metal line style condenser can utilize screw to carry out from the outside, thereby promotes installation exercise efficient.
This side panelling has a reinforcement, in order to strengthen this Machine Room.
Therefore, can prevent the distortion of metal line style condenser as far as possible.
Claims (3)
1. refrigeration storage, it has the body of thermal insulating box that storeroom is formed at inside and forms with heat-insulating material, and be arranged at this body of thermal insulating box side and inner Machine Room with condenser and compressor, it is characterized in that, it also has: a side panelling, and it is arranged at the side of this Machine Room; And a metal line style condenser, its setting closely connects or contacts with the edge of this side panelling, and forms side panelling and side, Machine Room.
2. refrigeration storage, it has the body of thermal insulating box that storeroom is formed at inside and forms with heat-insulating material, and be arranged at this body of thermal insulating box side and inner Machine Room with condenser and compressor, it is characterized in that, be used as condenser with metal line style condenser, and at lateral surface with screw fixed.
3. refrigeration storage as claimed in claim 1 or 2 is characterized in that, the edge of this side panelling is provided with one in order to strengthen the reinforcement of this Machine Room.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP216123/96 | 1996-07-29 | ||
| JP8216123A JPH1047839A (en) | 1996-07-29 | 1996-07-29 | Storage shed |
| JP216123/1996 | 1996-07-29 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1172937A true CN1172937A (en) | 1998-02-11 |
| CN1115534C CN1115534C (en) | 2003-07-23 |
Family
ID=16683624
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN96112484A Expired - Fee Related CN1109869C (en) | 1996-07-29 | 1996-10-29 | Cold-storage |
| CN97104664A Expired - Lifetime CN1115534C (en) | 1996-07-29 | 1997-07-29 | Cooling storage storehouse |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN96112484A Expired - Fee Related CN1109869C (en) | 1996-07-29 | 1996-10-29 | Cold-storage |
Country Status (4)
| Country | Link |
|---|---|
| JP (1) | JPH1047839A (en) |
| KR (1) | KR980010286A (en) |
| CN (2) | CN1109869C (en) |
| TW (1) | TW338790B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104930889A (en) * | 2014-03-19 | 2015-09-23 | 海尔集团公司 | Heat exchanger and semi-conductor wine cabinet |
| CN107923689A (en) * | 2015-08-26 | 2018-04-17 | 松下健康医疗控股株式会社 | Ultra low temperature freezer |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100608674B1 (en) * | 2004-06-17 | 2006-08-08 | 엘지전자 주식회사 | Vibration Insulation Support Device of Refrigerator |
| CN102211733B (en) * | 2011-06-29 | 2016-05-04 | 海尔集团公司 | The refrigerating unit lifting support of vertical freezer and the vertical freezer with it |
-
1996
- 1996-07-29 JP JP8216123A patent/JPH1047839A/en active Pending
- 1996-10-29 CN CN96112484A patent/CN1109869C/en not_active Expired - Fee Related
- 1996-10-29 KR KR1019960049477A patent/KR980010286A/en not_active Application Discontinuation
-
1997
- 1997-07-11 TW TW086109840A patent/TW338790B/en active
- 1997-07-29 CN CN97104664A patent/CN1115534C/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104930889A (en) * | 2014-03-19 | 2015-09-23 | 海尔集团公司 | Heat exchanger and semi-conductor wine cabinet |
| CN104930889B (en) * | 2014-03-19 | 2017-01-25 | 海尔集团公司 | Heat exchanger and semi-conductor wine cabinet |
| CN107923689A (en) * | 2015-08-26 | 2018-04-17 | 松下健康医疗控股株式会社 | Ultra low temperature freezer |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1115534C (en) | 2003-07-23 |
| TW338790B (en) | 1998-08-21 |
| CN1172242A (en) | 1998-02-04 |
| JPH1047839A (en) | 1998-02-20 |
| CN1109869C (en) | 2003-05-28 |
| KR980010286A (en) | 1998-04-30 |
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|---|---|---|---|
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C06 | Publication | ||
| PB01 | Publication | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| EE01 | Entry into force of recordation of patent licensing contract |
Application publication date: 19980211 Assignee: Panasonic cold chain (Dalian) Co., Ltd. Assignor: Sanyo Electric Co., Ltd. Contract record no.: 2015990000500 Denomination of invention: Cooling storage chamber and method for operating the same Granted publication date: 20030723 License type: Common License Record date: 20150625 |
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| LICC | Enforcement, change and cancellation of record of contracts on the licence for exploitation of a patent or utility model | ||
| CX01 | Expiry of patent term |
Granted publication date: 20030723 |
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