CN104146501A - Refrigeration and preservation cabinet structure of logistics distribution terminal - Google Patents
Refrigeration and preservation cabinet structure of logistics distribution terminal Download PDFInfo
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- CN104146501A CN104146501A CN201410357428.1A CN201410357428A CN104146501A CN 104146501 A CN104146501 A CN 104146501A CN 201410357428 A CN201410357428 A CN 201410357428A CN 104146501 A CN104146501 A CN 104146501A
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Abstract
The invention relates to a refrigeration and preservation cabinet structure of a logistics distribution terminal and belongs to the technical field of logistics distribution facilities. The refrigeration and preservation cabinet structure comprises a cabinet body and a refrigeration mechanism, a cavity of the cabinet body is internally partitioned into left preservation chambers and right preservation chambers, an electrical controller chamber is arranged on the front side of the cabinet body in a partitioned manner, and an electronic door opening device is arranged on a panel of the electrical control chamber. The refrigeration and preservation cabinet structure is characterized in that a cold air inlet cavity and an air return cavity are arranged in the height direction of the cabinet body; air inlet solenoid valves are arranged on the cavity wall of one side, facing the left preservation chambers as well as the right preservation chambers, of the cold air inlet cavity; air return solenoid valves are arranged on the cavity wall of one sides, facing the left preservation chambers as well as the right preservation chambers, of the return air cavity; an evaporator is fixed at the position, corresponding to the air return cavity, on a top plate of the cabinet body in a suspended manner; a storage signal collector is arranged on the wall of each of the left and right preservation chambers. The refrigeration and preservation cabinet structure has the advantages that occupation on the cavity of the cabinet is avoided; good refrigeration and preservation of the left and right preservation chambers is realized, the structure is simplified, and the refrigeration and preservation cabinet structure is convenient to manufacture and assemble; energy conservation is reflected.
Description
Technical field
The invention belongs to logistics distribution facility technology field, be specifically related to a kind of logistics distribution terminal refrigerating fresh-keeping article cabinet structure.
Background technology
Along with the fast development of ecommerce, especially, along with the continuous quickening of people's life, study and work rhythm, net purchase transaction is that network trading is more and more general.At present, the handing-over cargo interests formula of net purchase transaction is generally carried out in the mode joining face-to-face, but the time of goods being delivered to shopper due to logistics personnel has uncertainty, thereby often exist following puzzled: for logistics personnel, in the time goods being sent to shopper dwelling or work and study site, always expect to join face-to-face with shopper; For shopper, often wish by logistics personnel, in good time goods face to be handed within the own suitable time period.But as known, because logistics personnel can not reach consistent at concrete time point between the two conventionally with shopper, so occur that a thing repeatedly comes and goes and delivers, the working strength that has increased on the one hand logistics personnel, shopper has wasted the valuable time in order to wait logistics personnel on the other hand.Hence one can see that, and it cannot be the effect of saving time that reaches expectation between aforesaid shopper logistics personnel and client that the mode of goods of joining is face-to-face difficult to even at all.Logistics distribution terminal can remedy such and insufficient; so-called logistics distribution terminal refer to there is relay function in the setting such as locality, particular place and can ensure the convenient net purchase goods that extracts of client; can guarantee again facility such as locker, the food fresh keeping cabinet etc. of cargo security; logistics personnel are as long as deliver to locker and/or food fresh keeping cabinet by goods, and client needs only and opens corresponding cabinet door according to logistics personnel to information such as the password of its transmission and cabinets number and get thing.
Along with the application of logistics distribution terminal, troublesome but the three meals in a day of having to face become day by day convenient in the past, because all can utilize net purchase to complete around doing nearly all food of eating, client, as long as extract from physical distribution terminal, patronizes thereby greatly saved client the time that all kinds of market, supermarket etc. spend.
In disclosed Chinese patent literature, can be seen in the technical information of logistics distribution terminal, for example Granted publication CN202757368U recommends to have " a kind of logistics distribution terminal freeze heat insulation fresh-keeping storage cabinet ", this patent scheme is extremely suitable for the storage of foodstuff goods, and adopt semiconductor cooling device to food fresh keeping, though semiconductor cooling device has following strong point: one, due to movement-less part, thus when work noiseless, without wearing and tearing and good reliability; Its two, owing to not using cold-producing medium, thus without leak and environmentally safe; Its three, owing to not being subject to the impact of aspect, space, thereby application is wide, for example, applicable to aviation field; Its four, owing to regulating refrigerating capacity by changing size of current, thereby easy to control; Its five, because volume is little and deal is light, thereby can be suitable for low capacity and undersized special refrigeration occasion.But there is following drawback: the one, in large refrigerating capacity situation, refrigerating efficiency is significantly inferior to compression-type refrigeration device; The 2nd, the electric current of galvanic couple centering can only use direct current, if use AC power, can produce collection and have burning ears, and cannot meet absorbing and cooling temperature requirement; The 3rd, because galvanic couple need adopt high-purity exotic material to element, and this material is still immature so far, thereby causes element cost very high, is difficult at present be generalized to common for example logistics distribution terminal of refrigerating field; The 4th, refrigerating environment is restricted, and can only meet than the refrigeration of the low 15 DEG C of left and right of environment temperature, and volume can not be greater than 100 liters, otherwise power consumption is large and refrigeration significantly declines.Therefore the semiconductor cooling device that this patent is recommended is also not suitable for the refrigerating fresh-keeping storage of logistics distribution terminal to food.
Utility model patent Granted publication CN202976312U provides " the fresh-keeping self-help terminal machine of solar cold and warm of food and drink net purchase community's centrally managed distribution ", this patent scheme has fastidious property to environment is set, and structure is extremely complicated, cost is high and be difficult to be put to actual application.
Utility model patent CN203168470U introduces " a kind of antistaling cabinet of logistics distribution terminal ", it is that cold storage box or accumulation of heat box in the storing cell by being placed on cabinet realized food fresh keeping, although this patent scheme has the 0014th to 0019 section of technique effect referring of description, but using trouble is its shortcoming, because need to be continually cold storage box or accumulation of heat box be carried out to cold-storage or regeneration treatment from taking out in storing cell, are back to after cold-storage or regeneration treatment in storing cell.Once because be negligent of cold storage box or accumulation of heat box to carry out cold-storage or regeneration treatment, can affect so the fresh-keeping food spoilage that even makes to food again.
" preservation device that physical distribution terminal is used " (this patent application is proposed by the applicant) that application for a patent for invention publication No. CN103689920A recommends can make up the deficiency of aforementioned patent, specifically can be referring to the 0018th section and 0019 section, the description of this patent, but there is following shortcoming: one, owing to being separated out one for the evaporation cavity (patent application claims refrigerating chamber) of evaporimeter of refrigeration mechanism is set by plate behind cabinet chamber at the rear side in cabinet chamber, and between plate, maintain gap behind the rear side in fresh-keeping storehouse and cabinet chamber, when refrigeration mechanism work, cold air in evaporation cavity cold air exhaust vent on plate from being opened in cabinet chamber enters in cabinet chamber, thereby evaporation cavity has tied up the confined space in cabinet chamber, the amount that makes cabinet chamber can hold fresh-keeping article is restricted, otherwise, if in order to increase the capacity in cabinet chamber, can cause so bulkyization of whole cabinet, they are two years old, because needs arrange gas circulating fan in Hou Ban bottom, corresponding cabinet chamber, so that the endoceliac force air of cabinet enter evaporation cavity, and Cryogenic air cold air exhaust vent on plate from being opened in aforementioned cabinet chamber in evaporation cavity enters cabinet chamber, although this structure can be promoted uniform refrigeration, but complex structure, manufactures trouble relatively, they are three years old, owing to showing as under use state all fresh-keeping storehouses (patent application claims left fresh-keeping storehouse and right fresh-keeping storehouse) refrigerating fresh-keeping, thereby be unfavorable for energy-conservation, because after the food in some or certain several fresh-keeping storehouse is removed, refrigeration mechanism continues as this fresh-keeping storehouse cold air is provided, thereby causes energy waste because of blindness.
The shortcoming existing for above-mentioned CN103689920A, the applicant has done further improvement, and has formed technical scheme described below.
Summary of the invention
Task of the present invention is to provide a kind of and contributes to rationally to change the setting position of refrigeration mechanism and evaporimeter thereof and use and avoid tying up the volume in cabinet chamber, the gas that is conducive to significantly to improve cold and hot air and walk around to stream effect and embody structure terse and use and conveniently manufacture with assembling, be of value to and embody excellent energy-saving effect and use the logistics distribution terminal refrigerating fresh-keeping article cabinet structure that the economizing type advocated with the current whole society and energy-saving economic spirit match.
Task of the present invention completes like this, a kind of logistics distribution terminal refrigerating fresh-keeping article cabinet structure, comprise a cabinet, in the left side of the short transverse in the cabinet chamber of this cabinet from top to bottom with interval state every being provided with left fresh-keeping storehouse, the fresh-keeping Hatch Opening in a left side in this fresh-keeping storehouse, left side is arranged on fresh-keeping storehouse, left side door on the left side wall of cabinet and covers and protect by pivot, on the right side of the length direction in the cabinet chamber of cabinet from top to bottom with interval state every being provided with and the fresh-keeping storehouse, the right side that quantity equates and position is corresponding in fresh-keeping storehouse, a left side, fresh-keeping storehouse, the right side Hatch Opening in this fresh-keeping storehouse, right side is arranged on fresh-keeping storehouse, right side door on the right side wall of cabinet and covers and protect by pivot, in the front side of cabinet and be positioned at a described left side, position between right fresh-keeping storehouse is every being provided with an electric controller chamber, on the panel in this electric controller chamber and in this panel side outward, be provided with electronic door-opening device, this electronic door-opening device is connected with the electric controller electrical control being arranged in electric controller chamber, one be arranged on the cabinet top board at top of cabinet and by compressor, condenser is connected by the road with evaporimeter and is configured to the refrigeration mechanism in refrigeration system loop, be characterised in that: in the short transverse of described cabinet and corresponding to a described left side, position between right fresh-keeping storehouse is every being provided with a cold wind air-inlet cavity and a return air chamber, cold wind air-inlet cavity is corresponding to the rear side in described electric controller chamber, return air chamber is positioned at the rear side of cold wind air-inlet cavity, at cold wind air-inlet cavity towards fresh-keeping storehouse, a described left side and on the chamber wall of the side in fresh-keeping storehouse, the described right side and be respectively provided with corresponding to the position in fresh-keeping storehouse, a left side and right fresh-keeping storehouse and the quantity air intake magnetic valve that equate and that communicate with fresh-keeping storehouse, a left side and right fresh-keeping storehouse in fresh-keeping storehouse, a left side and right fresh-keeping storehouse, in return air chamber towards fresh-keeping storehouse, a left side and on the chamber wall of the side in fresh-keeping storehouse, the right side and be respectively provided with corresponding to the position in fresh-keeping storehouse, a left side and right fresh-keeping storehouse and the quantity return air magnetic valve that equate and that communicate with fresh-keeping storehouse, a left side and right fresh-keeping storehouse in fresh-keeping storehouse, a left side and right fresh-keeping storehouse, described evaporimeter is in the position corresponding to described return air chamber and be fixed on airborne equally on cabinet top board, on the wall body in fresh-keeping storehouse, a described left side and right fresh-keeping storehouse, be provided with storing signal picker.
In a specific embodiment of the present invention, at the top of described cabinet and being fixed with corresponding to the position above described cabinet top board for described refrigeration mechanism being covered to the cabinet overhead guard protecting, respectively offer one group of overhead guard air vent on left side and the right side of this cabinet overhead guard.
In another specific embodiment of the present invention, the position of described compressor on described cabinet top board is corresponding to the rear side of described condenser.
In another specific embodiment of the present invention, described condenser is furnished with a condenser fan.
In another specific embodiment of the present invention, described evaporimeter is furnished with an evaporator fan, on described cabinet top board, be provided with the cofferdam of soaring, this cofferdam of soaring forms the return air chamber, cofferdam of soaring, cold wind chamber, cofferdam and of soaring, soar cold wind chamber, cofferdam and soaring between return air chamber, cofferdam by the cofferdam baffle for separating that soars, the described cold wind chamber, cofferdam of soaring is corresponding with the top of described cold wind air-inlet cavity, and the return air chamber, cofferdam of soaring is corresponding with the top in described return air chamber, and be equipped with one at the top in the cofferdam of soaring for soar cold wind chamber, cofferdam and the return air chamber, cofferdam of soaring being covered to the cofferdam lid that soars protecting, described evaporimeter is being fixed on the top in the cofferdam of soaring corresponding to the position in the return air chamber, cofferdam of soaring, described evaporator fan is being fixed on and is soaring on cofferdam corresponding to the position in the cold wind chamber, cofferdam of soaring, and evaporimeter and evaporator fan are covered and are protected by the described cofferdam lid that soars.
Also have in a specific embodiment of the present invention, described electronic door-opening device is card reader or electronic button combination lock.
More of the present invention and in a specific embodiment, described electric controller is remote monitoring and administration electric controller.
In of the present invention and then a specific embodiment, in the interlayer of the wall body of described cabinet, be provided with cabinet heat-insulation layer, cabinet heat-insulation layer is polyurethane foaming layer.
Of the present invention again more and in a specific embodiment, in the interlayer in the described cofferdam of soaring, be provided with the cofferdam heat-insulation layer that soars, in the interlayer of the described cofferdam lid that soars, be provided with the cofferdam lid heat-insulation layer that soars, the cofferdam heat-insulation layer that soars is polyurethane foaming layer with the cofferdam lid heat-insulation layer that soars.
In again of the present invention and then a specific embodiment, described storing signal picker is infrared ray sensor.
Technical scheme provided by the invention forms and has cold wind air-inlet cavity and return air chamber due to the short transverse at cabinet and in the position corresponding between left and right fresh-keeping storehouse, and the setting position of the evaporimeter of refrigeration mechanism on cabinet top board be corresponding to the top in return air chamber, thereby avoid taking cabinet chamber; Because cold wind air-inlet cavity and return air chamber form the circulating reflux of air each other, thereby not only there is the good refrigerating fresh-keeping effect to left and right fresh-keeping storehouse, and so that designs simplification and convenient manufacture and assembling; Owing to being provided with storing signal picker on the wall body in left and right fresh-keeping storehouse, thus in the time that in left and right fresh-keeping storehouse, empty is deposited, just can make to enter accordingly, return air closed electromagnetic valve, thereby embody energy-conservation.
Brief description of the drawings
Fig. 1 is embodiments of the invention structure chart.
Fig. 2 is the vertical section schematic diagram of Fig. 1.
Detailed description of the invention
For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present invention and beneficial effect more, applicant elaborates the mode with embodiment below, but be not all the restriction to the present invention program to the description of embodiment, any done according to the present invention design only for pro forma but not substantial equivalent transformation all should be considered as technical scheme category of the present invention.
The concept of every directionality that relates to upper and lower, left and right, front and rear (or claiming directionality) is all for the residing location status of figure being described in the following description, object is to facilitate public understanding, thereby can not be understood as being particularly limited technical scheme provided by the invention.
Refer to Fig. 1 and Fig. 2, provide the cabinet 1 that a cuboid is more precisely cuboidal configuration, the short transverse in the cabinet chamber of this cabinet 1 pass on left left fresh-keeping storehouse thermal-insulation baffle plate 122 from top to bottom with interval state every being provided with left fresh-keeping storehouse 12, the fresh-keeping Hatch Opening in a left side in fresh-keeping storehouse 12, this left side is arranged on fresh-keeping storehouse, left side door 121 in the framework of left side wall of cabinet 1 and covers and protect by pivot, on the right side of the length direction in the cabinet chamber of cabinet 1 by fresh-keeping storehouse, right side thermal-insulation baffle plate 132 from top to bottom with interval state every being provided with and the fresh-keeping storehouse 13, the right side that quantity equates and position is corresponding in fresh-keeping storehouse 12, a left side, fresh-keeping storehouse, the right side Hatch Opening in fresh-keeping storehouse 13, this right side is arranged on fresh-keeping storehouse, right side door 131 in the framework of right side wall of cabinet 1 and covers and protect by pivot, in the front side of cabinet 1 and be positioned at a described left side, right fresh-keeping storehouse 12, position between 13 is every being provided with an electric controller chamber 14, on the panel 141 in this electric controller chamber 14 and in this panel 141 side outward, be provided with electronic door-opening device 1411, this electronic door-opening device 1411 is connected with electric controller 142 electrical controls that are arranged in electric controller chamber 14.
Preferably, arrange a bottom base of cabinet body 19b in the bottom of cabinet 1, that is to say that cabinet 1 finds a place on bottom base of cabinet body 19b.Preferably, in the interlayer of the wall body of cabinet 1, be provided with heat-insulation layer 19a, heat-insulation layer 19a is polyurethane foaming layer.
Aforesaid electronic door-opening device 1411 both can be swiped the card, and can be also electronic button combination lock, and the present embodiment is selected and used electronic button combination lock.Aforesaid electric controller 142 is remote monitoring pipeline electric controller.
Provided one and be connected by the road and be configured to the refrigeration mechanism 2 in refrigeration system loop by compressor 21, condenser 22 and evaporimeter 23, this refrigeration mechanism 2 is arranged on the cabinet top board 15 of cabinet 1.Here the refrigeration system loop said is: compressor 21 → condenser 22 → filter (not shown) → capillary (not shown) → evaporimeter 23 → liquid storage tube (not shown) → compressor 21, thus form sweat cooling loop.
Please continue to refer to Fig. 1 and Fig. 2, as the technical essential of technical scheme provided by the invention; in the short transverse of aforesaid cabinet 1 and corresponding to an aforementioned left side, right fresh-keeping storehouse 12, position between 13 is every being provided with a cold wind air-inlet cavity 16 and a return air chamber 17, cold wind air-inlet cavity 16 is corresponding to the rear side in aforementioned electric airgun controller chamber 14, return air chamber 17 is positioned at the rear side of cold wind air-inlet cavity 16, at cold wind air-inlet cavity 16 towards fresh-keeping storehouse 12, a left side and on the chamber wall of the side in fresh-keeping storehouse 13, the described right side and be respectively provided with corresponding to the position in fresh-keeping storehouse 12, a left side and right fresh-keeping storehouse 13 and the quantity air intake magnetic valve 161 that equate and that communicate with fresh-keeping storehouse 12, a left side and right fresh-keeping storehouse 13 in fresh-keeping storehouse 12, a left side and right fresh-keeping storehouse 13, in return air chamber 17 towards fresh-keeping storehouse 12, a left side and on the chamber wall of the side in fresh-keeping storehouse 13, the right side and be respectively provided with corresponding to the position in fresh-keeping storehouse 12, a left side and right fresh-keeping storehouse 13 and the quantity return air magnetic valve 171 that equate and that communicate with fresh-keeping storehouse 12, a left side and right fresh-keeping storehouse 13 in fresh-keeping storehouse 12, a left side and right fresh-keeping storehouse 13, aforementioned evaporation device 23 is in the position corresponding to return air chamber 17 and be fixed on airborne equally on cabinet top board 15, on the wall body in fresh-keeping storehouse 12, a left side and right fresh-keeping storehouse 13, be provided with storing signal picker 3.
Applicant it should be noted that, if cold wind air-inlet cavity 16 and the position in return air chamber 17 are exchanged, should be considered as so not departing from technology contents category disclosed by the invention, belongs to equivalence and substitutes.
Shown in Fig. 1 and Fig. 2, the top of aforementioned cabinet 1 and being fixed with corresponding to the position above aforementioned cabinet top board 15 for refrigeration mechanism 2 being covered to the cabinet overhead guard 18 protecting, left side and right side at this cabinet overhead guard 18 respectively offer one group of overhead guard air vent 181, the position of the compressor 21 of aforementioned refrigeration mechanism 2 on cabinet top board 15 is corresponding to the rear side (location status shown in Fig. 1) of described condenser 22, and condenser 22 is furnished with a condenser fan 221.
Aforesaid evaporimeter 23 is furnished with an evaporator fan 231, be provided with the cofferdam 151 of soaring at aforementioned cabinet top board 15, this cofferdam 151 of soaring forms the return air chamber, cofferdam 1512 of soaring, the cold wind chamber, cofferdam 1511 and of soaring, soar cold wind chamber, cofferdam 1511 and soar and separated by the cofferdam dividing plate 1513 that soars between return air chamber, cofferdam 1512, the cold wind chamber, cofferdam 1511 of soaring is corresponding with the top of aforementioned cold wind air-inlet cavity 16, and the return air chamber, cofferdam 1512 of soaring is corresponding with the top in aforementioned return air chamber 17, and be equipped with one at the top in the cofferdam 151 of soaring for soar cold wind chamber, cofferdam 1511 and the return air chamber, cofferdam 1512 of soaring being covered to the cofferdam lid 1514 that soars protecting.Aforesaid evaporimeter 23 is being fixed on the top in the cofferdam 151 of soaring corresponding to the position in the return air chamber, cofferdam 1512 of soaring, and aforesaid evaporator fan 231 soars on cofferdam 151 being fixed on corresponding to the position in the cold wind chamber, cofferdam 1511 of soaring, and evaporimeter 23 and evaporator fan 231 are covered and are protected by the aforesaid cofferdam lid 1514 that soars.
Preferably, in the interlayer in the aforementioned cofferdam 151 of soaring, be provided with the cofferdam heat-insulation layer 1515 that soars, and in the interlayer of the aforementioned cofferdam lid 1514 that soars, being provided with the cofferdam lid heat-insulation layer 15141 that soars, the cofferdam heat-insulation layer 1515 that soars is polyurethane foaming layer with the cofferdam lid heat-insulation layer 15141 that soars.
Above mentioned storing signal picker 3 is infrared ray sensor, after the chilled goods in fresh-keeping storehouse 12, a left side and right fresh-keeping storehouse 13 is taken away by client as the food of dispensing, just by storing signal picker 3 by signal feedback to electric controller 142, send signal by electric controller 142 to the air intake magnetic valve 161 being connected with its electrical control and return air magnetic valve 171, make to close corresponding to the fresh-keeping storehouse 12, a left side of removed chilled goods or air intake magnetic valve 161 and the return air magnetic valve 171 in right fresh-keeping storehouse 13, thus the energy consumption of saving refrigeration mechanism 2.
In the present embodiment, aforesaid storing signal picker 3 has been arranged on the side plate in left and right fresh-keeping storehouse 12,13, but also can be arranged on top board (Hold Ceiling in left and right fresh-keeping storehouse 12,13).Preferably, the temperature sensor 4 being connected with electric controller 142 electrical controls also can be respectively set on the sidewall in fresh-keeping storehouse 12, a left side and right fresh-keeping storehouse 13 or roof, after the temperature in storehouse is lower than the temperature of setting, sends instruction by electric controller 142 equally and make to close into, return air magnetic valve 161,171.
In the present embodiment, although the quantity in left and right fresh-keeping storehouse 12,13 is respectively five, is not subject to this and counts quantitative limitation.
Applicant sketches use of the present invention, and logistics distribution department is placed in the present invention according to its delivery service point layout and in conjunction with client's convenient factor nearby community or corresponding particular place.Sent the information of the food of being purchased to logistics department in shopping at network mode by client, purchase and food delivered in the fresh-keeping storehouse 12, a left side of cabinet 1 or certain bin level in right fresh-keeping storehouse 13 of logistics distribution terminal refrigerating fresh-keeping locker of the present invention by the ordered food information of client by logistics department, and being locked by fresh-keeping storehouse, left side door 121 or right fresh-keeping storehouse door 131.Refrigeration mechanism 2 is in running order, Cryogenic air (also can claim cold wind) is introduced in left fresh-keeping storehouse 12 and right fresh-keeping storehouse 13 through the import and export wind-powered electricity generation magnet valve air outlet 1611 of soar cold wind chamber, cofferdam 1511, cold wind air-inlet cavity 16 and air intake magnetic valve 161 by evaporator fan 231, air in left and right fresh-keeping storehouse 12,13 is introduced return air chamber 17 through the return air magnetic valve return air inlet 1711 of return air magnetic valve 171 simultaneously, by condenser 22 condensations, so circulate and make the food in left and right fresh-keeping storehouse 12,13 all in cold storing and fresh-keeping state.Client can give according to logistics personnel its its ordered food of position in storehouse information extraction, specifically opens corresponding fresh-keeping storehouse door by the mode of swiping the card or to the mode of electronic button combination lock operation.Expense between client and logistics department can and be paid by bank by electronics mode.
In sum, technical scheme provided by the invention has overcome the shortcoming in prior art, has successfully completed task, has embodied objectively the technique effect referring in the superincumbent technique effect of applicant hurdle, and can yet be regarded as is a ultimate attainment technical scheme.
Claims (10)
1.
a kind of logistics distribution terminal refrigerating fresh-keeping article cabinet structure, comprise a cabinet (1), in the left side of the short transverse in the cabinet chamber of this cabinet (1) from top to bottom with interval state every being provided with left fresh-keeping storehouse (12), the fresh-keeping Hatch Opening in a left side in fresh-keeping storehouse, this left side (12) is arranged on fresh-keeping storehouse, left side door (121) on the left side wall of cabinet (1) and covers and protect by pivot, on the right side of the length direction in the cabinet chamber of cabinet (1) from top to bottom with interval state every being provided with and the fresh-keeping storehouse, the right side (13) that quantity equates and position is corresponding in fresh-keeping storehouse, a left side (12), fresh-keeping storehouse, the right side Hatch Opening in fresh-keeping storehouse, this right side (13) is arranged on fresh-keeping storehouse, right side door (131) on the right side wall of cabinet (1) and covers and protect by pivot, in the front side of cabinet (1) and be positioned at a described left side, right fresh-keeping storehouse (12,13) position between is every being provided with an electric controller chamber (14), panel (141) in this electric controller chamber (14) is gone up and is provided with electronic door-opening device (1411) in this panel (141) side outward, this electronic door-opening device (1411) is connected with electric controller (142) electrical control being arranged in electric controller chamber (14), one be arranged on the cabinet top board (15) at top of cabinet (1) and by compressor (21), condenser (22) is connected by the road with evaporimeter (23) and is configured to the refrigeration mechanism (2) in refrigeration system loop, it is characterized in that: in the short transverse of described cabinet (1) and corresponding to a described left side, right fresh-keeping storehouse (12,13) position between is every being provided with a cold wind air-inlet cavity (16) and a return air chamber (17), cold wind air-inlet cavity (16) is corresponding to the rear side in described electric controller chamber (14), return air chamber (17) is positioned at the rear side of cold wind air-inlet cavity (16), at cold wind air-inlet cavity (16) towards fresh-keeping storehouse, a described left side (12) and on the chamber wall of the side in fresh-keeping storehouse, the described right side (13) and be respectively provided with corresponding to the position in fresh-keeping storehouse, a left side (12) and right fresh-keeping storehouse (13) and the quantity air intake magnetic valve (161) that equate and that communicate with fresh-keeping storehouse, a left side (12) and right fresh-keeping storehouse (13) in fresh-keeping storehouse, a left side (12) and right fresh-keeping storehouse (13), in return air chamber (17) towards fresh-keeping storehouse, a left side (12) and on the chamber wall of the side in fresh-keeping storehouse, the right side (13) and be respectively provided with corresponding to the position in fresh-keeping storehouse, a left side (12) and right fresh-keeping storehouse (13) and the quantity return air magnetic valve (171) that equate and that communicate with fresh-keeping storehouse, a left side (12) and right fresh-keeping storehouse (13) in fresh-keeping storehouse, a left side (12) and right fresh-keeping storehouse (13), described evaporimeter (23) is in the position corresponding to described return air chamber (17) and be fixed on airborne equally on cabinet top board (15), on the wall body in fresh-keeping storehouse, a described left side (12) and right fresh-keeping storehouse (13), be provided with storing signal picker (3).
2.
logistics distribution terminal refrigerating fresh-keeping article cabinet structure according to claim 1, it is characterized in that being fixed with for the refrigeration mechanism to described (2) and covering the cabinet overhead guard (18) protecting at the top of described cabinet (1) and in the position of the top corresponding to described cabinet top board (15), respectively offer one group of overhead guard air vent (181) on left side and the right side of this cabinet overhead guard (18).
3.
logistics distribution terminal refrigerating fresh-keeping article cabinet structure according to claim 1, is characterized in that the rear side of the position of described compressor (21) on described cabinet top board (15) corresponding to described condenser (22).
4.
according to the logistics distribution terminal refrigerating fresh-keeping article cabinet structure described in claim 1 or 3, it is characterized in that described condenser (22) is furnished with a condenser fan (221).
5.
logistics distribution terminal refrigerating fresh-keeping article cabinet structure according to claim 1, evaporimeter (23) described in it is characterized in that is furnished with an evaporator fan (231), on described cabinet top board (15), be provided with the cofferdam (151) of soaring, this cofferdam of soaring (151) forms the return air chamber, cofferdam (1512) of soaring, the cold wind chamber, cofferdam (1511) and of soaring, soar cold wind chamber, cofferdam (1511) and soar between return air chamber, cofferdam (1512) and to be separated by the cofferdam dividing plate (1513) that soars, the described cold wind chamber, cofferdam (1511) of soaring is corresponding with the top of described cold wind air-inlet cavity (16), and the return air chamber, cofferdam (1512) of soaring is corresponding with the top in described return air chamber (17), and be equipped with one at the top of the cofferdam of soaring (151) for soar cold wind chamber, cofferdam (1511) and the return air chamber, cofferdam (1512) of soaring being covered to the cofferdam lid (1514) that soars protecting, described evaporimeter (23) is being fixed on the top of the cofferdam of soaring (151) corresponding to the position in the return air chamber, cofferdam (1512) of soaring, described evaporator fan (231) is being fixed on the cofferdam of soaring (151) corresponding to the position in the cold wind chamber, cofferdam (1511) of soaring, and evaporimeter (23) and evaporator fan (231) are covered and are protected by the described cofferdam lid (1514) that soars.
6.
logistics distribution terminal refrigerating fresh-keeping article cabinet structure according to claim 1, is characterized in that described electronic door-opening device (1411) is card reader or electronic button combination lock.
7.
logistics distribution terminal refrigerating fresh-keeping article cabinet structure according to claim 1, is characterized in that described electric controller (142) is remote monitoring and administration electric controller.
8.
logistics distribution terminal refrigerating fresh-keeping article cabinet structure according to claim 1, it is characterized in that being provided with cabinet heat-insulation layer (19a) in the interlayer of the wall body of described cabinet (1), cabinet heat-insulation layer (19a) is polyurethane foaming layer.
9.
logistics distribution terminal refrigerating fresh-keeping article cabinet structure according to claim 5, it is characterized in that being provided with the cofferdam heat-insulation layer (1515) that soars in the interlayer in the described cofferdam of soaring (151), in the interlayer of the described cofferdam lid (1514) that soars, be provided with the cofferdam lid heat-insulation layer (15141) that soars, the cofferdam heat-insulation layer (1515) that soars is polyurethane foaming layer with the cofferdam lid heat-insulation layer (15141) that soars.
10.
logistics distribution terminal refrigerating fresh-keeping article cabinet structure according to claim 1, is characterized in that described storing signal picker (3) is infrared ray sensor.
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| CN201410357428.1A CN104146501B (en) | 2014-07-25 | 2014-07-25 | Logistics distribution terminal refrigerating fresh-keeping article cabinet structure |
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| CN201410357428.1A CN104146501B (en) | 2014-07-25 | 2014-07-25 | Logistics distribution terminal refrigerating fresh-keeping article cabinet structure |
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| CN104146501B CN104146501B (en) | 2016-04-06 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104792096A (en) * | 2015-05-07 | 2015-07-22 | 上海鋆翰网络科技有限公司 | Freshness-retaining freezer for fresh food distribution |
| CN105841427A (en) * | 2016-05-27 | 2016-08-10 | 深圳中集电商物流科技有限公司 | Express cabinet |
| CN105890252A (en) * | 2014-12-24 | 2016-08-24 | 天津正好佳食品有限公司 | Energy-saving food freezer |
| CN108759248A (en) * | 2018-07-24 | 2018-11-06 | 海信（山东）冰箱有限公司 | A kind of wind cooling refrigerator |
| CN113256940A (en) * | 2021-03-31 | 2021-08-13 | 国网河南省电力公司邓州市供电公司 | High-temperature early warning device and early warning cooling method for power equipment |
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| CN204048702U (en) * | 2014-07-25 | 2014-12-31 | 江苏格林电子科技有限公司 | Logistics distribution terminal refrigerating fresh-keeping article cabinet structure |
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| JPH097052A (en) * | 1995-06-23 | 1997-01-10 | Sanyo Electric Co Ltd | Temperature controlling device of automatic vending machine |
| CN202102298U (en) * | 2011-05-24 | 2012-01-04 | 黄建山 | Storage cabinet system with refrigeration function for logistics distribution |
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| CN105890252A (en) * | 2014-12-24 | 2016-08-24 | 天津正好佳食品有限公司 | Energy-saving food freezer |
| CN104792096A (en) * | 2015-05-07 | 2015-07-22 | 上海鋆翰网络科技有限公司 | Freshness-retaining freezer for fresh food distribution |
| CN105841427A (en) * | 2016-05-27 | 2016-08-10 | 深圳中集电商物流科技有限公司 | Express cabinet |
| CN108759248A (en) * | 2018-07-24 | 2018-11-06 | 海信（山东）冰箱有限公司 | A kind of wind cooling refrigerator |
| CN113256940A (en) * | 2021-03-31 | 2021-08-13 | 国网河南省电力公司邓州市供电公司 | High-temperature early warning device and early warning cooling method for power equipment |
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|---|---|
| CN104146501B (en) | 2016-04-06 |
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