CN207751208U - A kind of cold storage plant of blueberry - Google Patents
A kind of cold storage plant of blueberry Download PDFInfo
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- CN207751208U CN207751208U CN201721195893.5U CN201721195893U CN207751208U CN 207751208 U CN207751208 U CN 207751208U CN 201721195893 U CN201721195893 U CN 201721195893U CN 207751208 U CN207751208 U CN 207751208U
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Abstract
A kind of cold storage plant of blueberry, it is covered including refrigeration, refrigerating box and refrigerating layer, refrigerating box, refrigeration lid and refrigerating layer are both provided with insulating layer, refrigerating box is provided with the refrigerating space of storage blueberry, refrigeration lid is connect with refrigerating box, refrigerating box is connect with refrigerating layer, heat-conductive plate is provided between refrigerating box and refrigerating layer, refrigerating layer is provided with refrigerant, refrigerating box, the space of refrigeration lid and refrigerating layer this three formation externally reduces hot transmission, it is maintained device internal temperature, refrigerant in refrigerating layer generates low temperature, temperature is maintained into the optimum temperature that suitable blueberry preserves, improve the freshness of blueberry, substantially prolong the holding time of blueberry.
Description
Technical field
The utility model is related to blueberries to produce and process field, in particular relate to a kind of cold storage plant of blueberry.
Background technology
Contain abundant nutritional ingredient in Blueberry, blueberry has higher edible value, medical value and health care valence
Value, while its preservation is more difficult, refrigerated condition is more stringent.
The fresh best storage temperature of blueberry is 0~3 DEG C, when preserving blueberry, appearance need to be maintained to dry, if to eat, no
It can be placed in 0 DEG C of freezer below, and blueberry is put by the temperature of refrigerating chamber in refrigerator of China's national regulation between 3~10 DEG C
Refrigerator has certain refrigeration effect, but is not best refrigerated storage temperature.
The best approach for preserving blueberry is not referred in the prior art, needs a kind of dress refrigerated specifically for blueberry at present
It sets, facilitates the preservation of blueberry after picking, increase fresh keeping time.
Utility model content
The purpose of this utility model is to provide a kind of cold storage plant of blueberry, can after blueberry picking the long period
It is interior that it is refrigerated, maintain blueberry freshness.
What the embodiments of the present invention were realized in：
A kind of cold storage plant of blueberry comprising refrigeration lid, refrigerating box and refrigerating layer, refrigeration lid is connect with refrigerating box, cold
The refrigerating space that case is provided with storage blueberry is hidden, refrigerating box is connect with refrigerating layer, and refrigerating box is provided with interlayer, which will refrigerate
Space separates, and refrigerating space is at least divided into 2 parts by interlayer, and interlayer plays the role of shaking between firm blueberry, reduction blueberry,
Refrigerating layer is set to the bottom of refrigerating box, and refrigeration layer number sets at least to 1, and refrigerating layer is set to the bottom of refrigerating box in example
Portion is set as one, is detachable connection between refrigerating layer and refrigerating box, refrigerating layer will be in it by detachable connection
Refrigerant replacing, refrigerating layer are provided with cryogen space, and refrigeration lid, refrigerating box and refrigerating layer are respectively arranged with insulating layer, refrigerating box
It is provided with heat-conductive plate between refrigerating layer, refrigerant is provided in refrigerating layer.
In the utility model preferred embodiment, above-mentioned refrigerating layer is set in the top, bottom and surrounding of refrigerating box
At least one：Refrigerating layer is located at the bottom of the refrigerating box of refrigeration layer, and refrigerating layer is located at the top of the refrigerating box of refrigeration layer, refrigeration
Layer is located at the surrounding of the refrigerating box of refrigeration layer, and refrigerating layer is located at the top and bottom of the refrigerating box of refrigeration layer, and refrigerating layer is located at cold
Bottom and the surrounding of the refrigerating box of layer are hidden, refrigerating layer is located at top and the surrounding of the refrigerating box of refrigeration layer, and refrigerating layer is located at refrigeration
The top of the refrigerating box of layer, whole positions of bottom and surrounding.
In the utility model preferred embodiment, above-mentioned heat-conductive plate is by the cryogen of the refrigerating space of refrigerating box and refrigerating layer
Space separates, which has high thermoconductivity.
In the utility model preferred embodiment, above-mentioned heat-conductive plate is provided with through-hole, and through-hole is connected to the refrigeration of refrigerating box
The cryogen space in space and refrigerating layer, the through-hole are set to the heat-conductive plate of refrigerating space bottom, are evenly distributed on heat-conductive plate.
In the utility model preferred embodiment, above-mentioned cold storage plant further includes temperature testing device, temperature test dress
It sets one end and is connected to refrigerating space, the other end is provided with temperature display watch, and temperature testing device setting is covered in refrigeration.
In the utility model preferred embodiment, above-mentioned refrigerating box and refrigerating layer junction are provided with sealing ring, seal
In a ring, setting contact with refrigerating box in refrigerating layer circle, refrigerates and covers and refrigerating box contact position.
In the utility model preferred embodiment, above-mentioned refrigeration lid is provided with refrigeration lid handle, which is in arcuation, should
Handle is set to the top of refrigeration lid, and the both ends for refrigerating lid handle connect with the two edges of refrigeration lid.
In the utility model preferred embodiment, above-mentioned insulating layer is set as vacuum insulating layer, and insulating layer has inside
The space of hollow connection, the space are set as vacuum, are to pump insulating layer inner air to form vacuum insulating layer, are set to
Outside refrigerating space, plays the role of the extraneous heat between inside of isolation and transmit.
In the utility model preferred embodiment, above-mentioned refrigerant is physics refrigerant or chemical refrigerant, physics system
Cryogen is ice water compound, and chemical refrigerant is weak base salt or the alternative one of water and the mixture of ammonium salt.
The utility model has the beneficial effects that：
The utility model include refrigerating box, refrigeration lid and refrigerating layer, the three formed space to being externally provided with insulating layer, every
Warm layer has been maintained device internal temperature, the refrigerant suction device internal temperature in refrigerating layer, and temperature is maintained and is suitble to indigo plant
The optimum temperature that the certain kind of berries preserves, improves the freshness of blueberry, can effectively extend the time for preserving blueberry.
Description of the drawings
It, below will be to required use in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment
Attached drawing be briefly described, it should be understood that the following drawings illustrates only some embodiments of the utility model, therefore should not be by
Regard the restriction to range as, for those of ordinary skill in the art, without creative efforts, may be used also
To obtain other relevant attached drawings according to these attached drawings.
Fig. 1 is the cold storage plant front schematic view of the utility model first embodiment；
Fig. 2 is the refrigerating box schematic top plan view of the utility model first embodiment；
Fig. 3 is the cold storage plant front schematic view of the utility model second embodiment；
Fig. 4 is the refrigerating box schematic top plan view of the utility model second embodiment；
Fig. 5 is the cold storage plant front schematic view of the utility model 3rd embodiment.
Icon：100- cold storage plants；110- refrigeration lids；111- refrigerates lid housing；112- refrigerates lid insulating layer；113- temperature
Spend tester；114- refrigerates lid handle；115- refrigerates lid connector；120- refrigerating boxes；121- refrigerates tank shell；122- refrigerating boxes
Insulating layer；123- refrigerating box heat-conductive plates；124- refrigerating boxes bottom connector；Connector at the top of 125- refrigerating boxes；126- is refrigerated
Space；127- refrigerating box interlayers；128- through-holes；130- refrigerating layers；131- refrigerating layer shells；132- refrigerating layer insulating layers；133-
Refrigerating layer heat-conductive plate；134- refrigerating layer connectors；135- refrigerants；136- cryogens space；140- sealing rings.
Specific implementation mode
It is new below in conjunction with this practicality to keep the purpose, technical scheme and advantage of the utility model embodiment clearer
Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched
The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Usually here described in attached drawing and
The component of the utility model embodiment shown can be arranged and be designed with a variety of different configurations.
Therefore, the detailed description of the embodiments of the present invention to providing in the accompanying drawings is not intended to limit requirement below
The scope of the utility model of protection, but it is merely representative of the selected embodiment of the utility model.Based in the utility model
Embodiment, the every other embodiment that those of ordinary skill in the art are obtained without creative efforts, all
Belong to the range of the utility model protection.
It should be noted that：Similar label and letter indicate similar terms in following attached drawing, therefore, once a certain Xiang Yi
It is defined, then it further need not be defined and explained in subsequent attached drawing in a attached drawing.
In the description of the present invention, it should be noted that the instructions such as term "upper", "lower", "inner", "outside", "bottom"
Orientation or positional relationship be based on the orientation or positional relationship shown in the drawings or the utility model product use when it is usual
The orientation or positional relationship put, is merely for convenience of describing the present invention and simplifying the description, rather than indicates or imply institute
The device or element of finger must have a particular orientation, with specific azimuth configuration and operation, therefore should not be understood as to this reality
With novel limitation.In addition, term " first ", " second ", " third " etc. be only used for distinguish description, and should not be understood as instruction or
Imply relative importance.
In the description of the present invention, it should also be noted that, unless otherwise clearly defined and limited, term " is set
Set ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, can also be electrical connection；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, it can understand above-mentioned art with concrete condition
The concrete meaning of language in the present invention.
First embodiment
Referring to Fig.1 and 2, a kind of cold storage plant 100 of blueberry includes refrigeration lid 110, refrigerating box 120, refrigerating layer
130, which is in cuboid, and bottom surface is square, refrigerates refrigeration lid connector 115 of the lid 110 by its edge
It is connected with the fastening of connector 125 at the top of refrigerating box, refrigerating box 120 passes through its bottom margin refrigerating box bottom connector 124 and system
The refrigerating layer connector 134 of 130 top edge of cooling layer links closely connected.
It includes refrigeration lid housing 111, refrigeration lid insulating layer 112, temperature tester 113, refrigeration lid handle to refrigerate lid 110
114, refrigeration lid connector 115 and sealing ring 140, refrigeration lid housing 111 is plate-like, which is 5cm, and vertical view is
Square, the square length of side are 70cm.
111 bottom of refrigeration lid housing is provided with refrigeration lid insulating layer 112, and thermal insulation layer thickness is 3cm, refrigerates lid insulating layer
112 inner hollows, vacuumizing form evacuated panel, and the setting of temperature tester 113 is in 111 center of refrigeration lid housing, temperature
Tester 113 is inwardly in contact with refrigerating space 126, is provided with temperature display watch outward, and refrigeration lid handle 114 is in arcuation,
The handle is set to 111 top of refrigeration lid housing, and the both ends of refrigeration lid handle 114 connect with the two edges of refrigeration lid housing 111,
Lid connector 115 is refrigerated as buckle, and the buckle is mutually matched fastening with connector 125 at the top of refrigerating box, which is in character cut in bas-relief
Shape is in hook-shaped close to 121 one end of refrigeration tank shell, which is set to each side of the square edge of refrigeration lid housing 111
Middle part, it is opposite with the position of connector 125 at the top of refrigerating box, it is hinge connection between the buckle and refrigeration lid housing 111, it should
Buckle can be rotated relative to refrigeration lid housing 111；Sealing ring 140 is square frame, and its side length is 60cm, and section is in pros
Shape, the section length of side are 0.5cm, and the sealing ring 140 setting is in refrigeration lid housing 111 and refrigerates 121 contact position of tank shell, cold
Hide sealing contact surface when lid 110 covers tightly.
Refrigerating box 120 includes refrigeration tank shell 121, refrigerating box insulating layer 122, refrigerating box heat-conductive plate 123, refrigerating box bottom
Connector 125, refrigerating space 126, refrigerating box interlayer 127, through-hole 128 at the top of connector 124, refrigerating box, refrigerating box 120 is in just
Cube, the square length of side are 70cm.
120 section of refrigerating box respectively refrigerates tank shell 121, refrigerating box insulating layer 122 and cold to being divided into three layers outside to inside
Case heat-conductive plate 123 is hidden, refrigeration 121 thickness of tank shell is 5cm, and 122 thickness of refrigerating box insulating layer is 3cm, refrigerating box heat-conductive plate
123 thickness are 1cm, refrigerating box 120 with refrigerate the side opening that contacts of lid 110, refrigerating box 120 connect with refrigerating layer 130 one
Side is only provided with refrigerating box heat-conductive plate 123, and refrigeration tank shell 121 refrigerates box shell around the other four sides for being set to refrigerating box 120
Body 121 and refrigerating box heat-conductive plate 123 are around refrigerating space 126 is formed, and refrigerating space 126 is in cuboid, refrigerating box insulating layer
122 inner hollows, vacuumizing formed evacuated panel insulating layer, be set to refrigeration tank shell 121 and refrigerating box heat-conductive plate 123 it
Between, play the role of the extraneous heat between inside of isolation and transmit, refrigerating box heat-conductive plate 123 is set to 120 inner wall of refrigerating box, is total to
There are 5 plates, is close to refrigerating box insulating layer 122 and shares 4 plates, the 5th plate is the bottom of refrigerating space 126.
Heat-conductive plate is provided with 64 through-holes 128, and through-hole 128 is rounded, is uniformly distributed in leading for 126 bottom of refrigerating space
Warm plate, through-hole 128 are connected to refrigerating space 126 and cryogen space 136, and refrigerating box interlayer 127 is four parallel partition boards two-by-two, should
Partition board is provided with several interlayer holes, and divider upright is set to 123 bottom of heat-conductive plate, and refrigerating box interlayer 127 is by refrigerating space 126
It is divided into 9 consistent grid of size shape；Refrigerating box bottom connector 124 is buckles, and the buckle and refrigerating layer connector
134 are mutually matched fastening, which is in concave shape, is in hook-shaped close to 131 one end of refrigerating layer shell, which is set to refrigeration
121 bottom of tank shell square four while it is each while middle part, between refrigerating layer shell 131 be hinge connection, which can phase
Refrigerating layer shell 131 is rotated；Connector 125 is catching groove at the top of refrigerating box, and the catching groove and refrigeration lid connector 115 are mutual
Matching fastening, in hook-shaped, be set to the four of 121 top square of refrigeration tank shell while each middle part.
Refrigerating layer 130 includes refrigerating layer shell 131, refrigerating layer insulating layer 132, refrigerating layer heat-conductive plate 133, refrigerating layer connection
First 134, the cryogen space 136 of refrigerating layer, refrigerant 135 and sealing ring 140, refrigerating layer 130 are in cuboid, and cuboid is a height of
15cm, vertical view is square, and the square length of side is 70cm, and vertical section is in concave shape, and concave shape is distinguished from inside to outside
For refrigerating layer heat-conductive plate 133, refrigerating layer insulating layer 132 and refrigerating layer shell 131, concave shape bottom temperature refrigeration respectively under upper
Layer heat-conductive plate 133, refrigerating layer insulating layer 132, refrigerating layer shell 131,133 thickness of refrigerating layer heat-conductive plate are 1cm, and freeze insulating layer
Thickness is 3cm, and 131 thickness of refrigerating layer shell is 5cm, 132 inner hollow of refrigerating layer insulating layer, vacuumizing formation vacuum, system
Cooling layer connector 134 is catching groove, which is mutually matched fastening with refrigerating box bottom connector 124, is in hook-shaped, is set to
In the middle part of each side of the square edge at 131 top of refrigerating layer shell, the concave architecture of refrigerating layer heat-conductive plate 133 forms cryogen sky
Between 136, cryogen space 136 is in cuboid, and refrigerant 135 is set in cryogen space 136, which is set as physics
Refrigerant 135：Mixture of ice and water, sealing ring 140 are square frame, and its side length is 60cm, and section is square, the section side
A length of 0.5cm, sealing ring 140 are arranged in the position that refrigerating layer shell 131 is contacted with refrigeration tank shell 121.
Refrigerating space 126 is connected by the example of the utility model by the through-hole 128 of heat-conductive plate with cryogen space 136,
The low temperature of refrigerating layer 130 is set to be transferred in refrigerating box 120, the refrigerant 135 of refrigerating layer 130 generates 0~4 DEG C of lower temperature,
Low temperature is transferred to refrigerating box 120 by through-hole 128, and the insulating layer of refrigeration lid 110, refrigerating box 120 and refrigerating layer 130 prevents device
Inside and outside heat is transmitted, and the temperature in device is maintained to the optimum temperature preserved suitable for blueberry, by temperature tester 113
Temperature display watch monitors the temperature in refrigerating space 126, if temperature is not in optimum range, the refrigerating layer of device for opening bottom
130, refrigerant 135 is replaced in time.
Second embodiment
Fig. 3 and Fig. 4 are please referred to, the present embodiment provides a kind of cold storage plant 100 of blueberry, the embodiment and first embodiment
It is roughly the same, the two difference lies in refrigeration lid 110, refrigerating box 120 and refrigerating layer 130 shape are different, refrigeration lid 110 with it is cold
Connection, refrigerating box 120 between the case 120 of Tibetan and the connection structure between refrigerating layer 130 are also different, and refrigerant 135 is different, institute
Use refrigerant 135 for chemical refrigerant.
A kind of cold storage plant 100 of blueberry includes refrigeration lid 110, refrigerating box 120 and refrigerating layer 130, the cold storage plant 100
In cylinder, bottom surface is rounded, the refrigeration lid connector 115 and refrigeration 121 top sides of tank shell that refrigeration lid 110 passes through its edge
The fastening of connector 125 is connected at the top of the refrigerating box of edge, and refrigerating box 120 passes through its 124 He of bottom margin refrigerating box bottom connector
The refrigerating layer connector 134 of 130 top edge of refrigerating layer links closely connected.
It includes refrigeration lid housing 111, refrigeration lid insulating layer 112, temperature tester 113, refrigeration lid handle to refrigerate lid 110
114, refrigeration lid connector 115 and sealing ring 140, refrigeration lid housing 111 is plate-like, which is 5cm, and vertical view is
Circle, circular diameter 75cm.
111 bottom of refrigeration lid housing is provided with refrigeration lid insulating layer 112, and thermal insulation layer thickness is 3cm, refrigerates lid insulating layer
112 inner hollows, vacuumizing form evacuated panel, and the setting of temperature tester 113 is in 111 center of refrigeration lid housing, temperature
Tester 113 is inwardly in contact with refrigerating space 126, is provided with temperature display watch outward, and refrigeration lid handle 114 is in arcuation,
The handle is set to 111 top of refrigeration lid housing, and the both ends of refrigeration lid handle 114 connect with the two edges of refrigeration lid housing 111；
Refrigeration lid housing 111 is provided with 121 junction of refrigeration tank shell to bottom protrusion structure, refrigeration tank shell on the other side
121 positions are provided with sunk structure, and the structure of the junction, which is formed, to be threadedly coupled, and the threaded connection is in annular shape, circle diameter
It for 73cm, is enclosed around refrigeration lid housing 111 1, refrigerates the internal thread that lid connector 115 is refrigeration lid housing 111, and the interior spiral shell
Line and the external screw thread at 121 top of refrigeration tank shell are mutually matched fastening, which is set to refrigeration lid housing 111 and refrigeration
The circular contact face at 121 top of tank shell, the refrigeration lid housing opposite with the screw position of connector 125 at the top of refrigerating box
111 can match screw thread and the mutually fastening of 121 top of refrigeration tank shell by way of rotation；Sealing ring 140 is round frame,
Diameter of a circle is 60cm, and section is in circular ring shape, which is 0.5cm, and the sealing ring 140 setting is in refrigeration lid housing
111 with refrigeration 121 contact position of tank shell, sealing contact surface when refrigeration lid 110 covers tightly.
Refrigerating box 120 includes refrigeration tank shell 121, refrigerating box insulating layer 122, refrigerating box heat-conductive plate 123, refrigerating box bottom
Connector 125, refrigerating space 126 and refrigerating box interlayer 127 at the top of connector 124, refrigerating box, refrigerating box 120 are in cylinder, circle
A diameter of 70cm, a height of 70cm.
120 section of refrigerating box respectively refrigerates tank shell 121, refrigerating box insulating layer 122 and cold to being divided into three layers outside to inside
Case heat-conductive plate 123 is hidden, refrigeration 121 thickness of tank shell is 5cm, and 122 thickness of refrigerating box insulating layer is 3cm, refrigerating box heat-conductive plate
123 thickness are 1cm, refrigerating box 120 with refrigerate the side opening that contacts of lid 110, refrigerating box 120 connect with refrigerating layer 130 one
Side is only provided with refrigerating box heat-conductive plate 123, and refrigeration tank shell 121 refrigerates box shell around the vertical direction for being set to refrigerating box 120
Body 121 and refrigerating box heat-conductive plate 123 are around refrigerating space 126 is formed, and refrigerating space 126 is in cylinder, refrigerating box insulating layer
122 inner hollows, vacuumizing formed evacuated panel insulating layer, be set to refrigeration tank shell 121 and refrigerating box heat-conductive plate 123 it
Between, play the role of the extraneous heat between inside of isolation and transmit, refrigerating box heat-conductive plate 123 is aluminium alloy heat-conductive plate, is set to
120 inner wall of refrigerating box, vertical direction is around refrigerating box insulating layer 122 is close to, and bottom is the bottom surface of refrigerating space 126, in circle
Shape, the circle heat-conductive plate are set as aluminium alloy heat-conductive plate, refrigerating space 126 and the sealing of cryogen space 136 are separated, refrigerating box
Interlayer 127 is four parallel partition boards two-by-two, which is provided with several interlayer holes, and divider upright is set to refrigerating box heat-conductive plate
Refrigerating space 126 is divided into 9 grid by 123 bottoms, refrigerating box interlayer 127；Refrigerate 121 bottom of tank shell and refrigerating layer shell
131 junction of body is provided with to bottom protrusion structure, and 131 position of refrigerating layer shell on the other side is provided with sunk structure, should
The structure of junction, which is formed, to be threadedly coupled, and the threaded connection is in annular shape, circle diameter 65cm, around refrigeration tank shell 121
One circle, refrigerating box bottom connector 124 be the internal thread of refrigeration tank shell 121, and the outer spiral shell of the screw thread and refrigerating layer shell 131
Line is mutually matched fastening, which is set to the circular ring shape contact surface of refrigeration 121 bottom of tank shell and refrigerating layer shell 131,
It is opposite with the screw position of refrigerating layer connector 134, which can match screw thread and system by way of rotation
Cooling layer shell 131 mutually fastens, and connector 125 is the external screw thread for refrigerating tank shell 121, the external screw thread and refrigeration at the top of refrigerating box
Lid connector 115 is mutually matched fastening.
Refrigerating layer 130 includes refrigerating layer shell 131, refrigerating layer insulating layer 132, refrigerating layer heat-conductive plate 133, refrigerating layer connection
First 134, the cryogen space 136 of refrigerating layer, refrigerant 135 and sealing ring 140, refrigerating layer 130 are in cylinder, and cylinder is a height of
15cm, vertical view is rounded, circle diameter 70cm.
130 vertical section of refrigerating layer is in concave shape, and concave shape is respectively refrigerating layer heat-conductive plate 133, refrigerating layer from inside to outside
Insulating layer 132 and refrigerating layer shell 131, concave shape bottom warm refrigerating layer heat-conductive plate 133, refrigerating layer insulating layer respectively under upper
132, refrigerating layer shell 131,133 thickness of refrigerating layer heat-conductive plate are 1cm, and refrigeration thermal insulation layer thickness is 3cm, refrigerating layer shell 131
Thickness is 5cm, and 132 inner hollow of refrigerating layer insulating layer, vacuumizing formation vacuum, refrigerating layer connector 134 is refrigerating layer shell
The external screw thread of body 131, the external screw thread are mutually matched fastening, the concavity of refrigerating layer heat-conductive plate 133 with refrigerating box bottom connector 124
Structure forms cryogen space 136, and cryogen space 136 is in cylinder, and refrigerant 135 is set in cryogen space 136, the refrigeration
Agent 135 is set as chemical refrigerant 135：Nitre and water, sealing ring 140 are round frame, and a diameter of 60cm, section is in circle
Shape, the circular cross section diameter are 0.5cm, which, which is arranged, contacts in refrigerating layer shell 131 with tank shell 121 is refrigerated
Position.
The example of the utility model makes to be had between refrigerating space 126 and cryogen space 136 by aluminium alloy heat-conductive plate
The heat of effect is transmitted, and the low temperature of refrigerating layer 130 is transferred in refrigerating box 120, and the refrigerant 135 of refrigerating layer 130 generates lower temperature
0~4 DEG C of degree, low temperature are transferred to refrigerating box 120 by through-hole 128, refrigerate the thermal insulation of lid 110, refrigerating box 120 and refrigerating layer 130
Layer prevents the heat inside and outside device from transmitting, and the temperature in device is maintained to the optimum temperature preserved suitable for blueberry, is surveyed by temperature
The temperature display watch on device 113 is tried, the temperature in refrigerating space 126 is monitored, if temperature is not in optimum range, device for opening
The refrigerating layer 130 of bottom replaces refrigerant 135 in time.
3rd embodiment
Fig. 5 is please referred to, the present embodiment provides a kind of cold storage plant 100 of blueberry, the embodiment and first embodiment are substantially
Identical, the two refrigerates lid 110 and refrigerating box difference lies in refrigeration lid 110, refrigerating box 120 and refrigerating layer 130 shape difference
Connection, refrigerating box 120 between 120 and the connection structure between refrigerating layer 130 are also different, and refrigerant 135 is also different.
A kind of cold storage plant 100 of blueberry includes refrigeration lid 110, refrigerating box 120 and refrigerating layer 130, the cold storage plant 100
In cylinder, bottom surface is rounded, the refrigeration lid connector 115 and refrigeration 121 top sides of tank shell that refrigeration lid 110 passes through its edge
The fastening of connector 125 is connected at the top of the refrigerating box of edge, and refrigerating box 120 passes through its 124 He of bottom margin refrigerating box bottom connector
The refrigerating layer connector 134 of 130 top edge of refrigerating layer links closely connected.
It includes refrigeration lid housing 111, refrigeration lid insulating layer 112, temperature tester 113, refrigeration lid handle to refrigerate lid 110
114, refrigeration lid connector 115 and sealing ring 140, refrigeration lid housing 111 is plate-like, which is 5cm, and vertical view is
Circle, circular diameter 75cm.
111 bottom of refrigeration lid housing is provided with refrigeration lid insulating layer 112, and thermal insulation layer thickness is 3cm, refrigerates lid insulating layer
112 inner hollows, vacuumizing form evacuated panel, and the setting of temperature tester 113 is in 111 center of refrigeration lid housing, temperature
Tester 113 is inwardly in contact with refrigerating space 126, is provided with temperature display watch outward, and refrigeration lid handle 114 is in arcuation,
The handle is set to 111 top of refrigeration lid housing, and the both ends of refrigeration lid handle 114 connect with the two edges of refrigeration lid housing 111；
Refrigeration lid housing 111 is provided with 121 junction of refrigeration tank shell to bottom protrusion structure, refrigeration tank shell on the other side
121 positions are provided with sunk structure, and the structure of the junction can just make refrigeration lid housing 111 cover refrigeration tank shell 121, should
Contact surface is enclosed in annular shape, circle diameter 73cm around refrigeration lid housing 111 1, and refrigeration lid connector 115 is bolt, and
The bolt and refrigerate tank shell 121 bolt hole be mutually matched, the refrigeration lid housing 111 can by way of rotation by bolt with
Refrigerate the mutually fastening of 121 top of tank shell；Sealing ring 140 is round frame, and diameter of a circle 60cm, section is in circular ring shape,
The section circular diameter is 0.5cm, and the sealing ring 140 setting is in refrigeration lid housing 111 and refrigerates 121 contact position of tank shell, cold
Hide sealing contact surface when lid 110 covers tightly.
Refrigerating box 120 includes refrigeration tank shell 121, refrigerating box insulating layer 122, refrigerating box heat-conductive plate 123, refrigerating box bottom
Connector 125, refrigerating space 126 and refrigerating box interlayer 127 at the top of connector 124, refrigerating box, refrigerating box 120 are in cylinder, circle
A diameter of 70cm, a height of 70cm.
120 section of refrigerating box respectively refrigerates tank shell 121, refrigerating box insulating layer 122 and cold to being divided into three layers outside to inside
Case heat-conductive plate 123 is hidden, refrigeration 121 thickness of tank shell is 5cm, and 122 thickness of refrigerating box insulating layer is 3cm, refrigerating box heat-conductive plate
123 thickness are 1cm, refrigerating box 120 with refrigerate the side opening that contacts of lid 110, refrigerating box 120 connect with refrigerating layer 130 one
Side is only provided with refrigerating box heat-conductive plate 123, and refrigeration tank shell 121 refrigerates box shell around the vertical direction for being set to refrigerating box 120
Body 121 and refrigerating box heat-conductive plate 123 are around refrigerating space 126 is formed, and refrigerating space 126 is in cylinder, refrigerating box insulating layer
122 inner hollows, vacuumizing formed evacuated panel insulating layer, be set to refrigeration tank shell 121 and refrigerating box heat-conductive plate 123 it
Between, play the role of the extraneous heat between inside of isolation and transmit, refrigerating box heat-conductive plate 123 is aluminium alloy heat-conductive plate, is set to
120 inner wall of refrigerating box, vertical direction is around refrigerating box insulating layer 122 is close to, and bottom is the bottom surface of refrigerating space 126, in circle
Shape, the circle heat-conductive plate are set as aluminium alloy heat-conductive plate, refrigerating space 126 and the sealing of cryogen space 136 are separated, refrigerating box
Interlayer 127 is four parallel partition boards two-by-two, which is provided with several interlayer holes, and divider upright is set to refrigerating box heat-conductive plate
Refrigerating space 126 is divided into 9 grid by 123 bottoms, refrigerating box interlayer 127；Refrigerate 121 bottom of tank shell and refrigerating layer shell
131 junction of body is provided with to bottom protrusion structure, and 131 position of refrigerating layer shell on the other side is provided with sunk structure, should
The structure of junction just can make refrigeration tank shell 121 cover refrigerating layer shell 131, and the contact surface is in annular shape, circle diameter
It for 65cm, is enclosed around refrigeration tank shell 121 1, refrigerating box bottom connector 124 is bolt, and the bolt and refrigerating layer shell
131 bolt hole is mutually matched, which can be by way of rotation by 131 top of bolt and refrigerating layer shell
Mutually fastening, refrigerating box top connector 125 are the bolt hole for refrigerating tank shell 121, the bolt hole and refrigeration lid connector 115
Bolt be mutually matched fastening.
Refrigerating layer 130 includes refrigerating layer shell 131, refrigerating layer insulating layer 132, refrigerating layer heat-conductive plate 133, refrigerating layer connection
First 134, the cryogen space 136 of refrigerating layer 130, refrigerant 135 and sealing ring 140, refrigerating layer 130 are in cylinder, and cylinder is high
For 15cm, vertical view is rounded, circle diameter 70cm.
130 vertical section of refrigerating layer is in concave shape, and concave shape is respectively refrigerating layer heat-conductive plate 133, refrigerating layer from inside to outside
Insulating layer 132 and refrigerating layer shell 131, concave shape bottom warm refrigerating layer heat-conductive plate 133, refrigerating layer insulating layer respectively under upper
132, refrigerating layer shell 131,133 thickness of refrigerating layer heat-conductive plate are 1cm, and refrigeration thermal insulation layer thickness is 3cm, refrigerating layer shell 131
Thickness is 5cm, and 132 inner hollow of refrigerating layer insulating layer, vacuumizing formation vacuum, refrigerating layer connector 134 is refrigerating layer shell
The bolt of the bolt hole of body 131, the bolt hole and refrigerating box bottom connector 124 is mutually matched fastening, refrigerating layer heat-conductive plate 133
Concave architecture form cryogen space 136, cryogen space 136 is in cylinder, and refrigerant 135 is set in cryogen space 136,
The refrigerant 135 is set as chemical refrigerant 135：Sodium carbonate, ammonium nitrate and saturated salt solution, sealing ring 140 are round frame,
A diameter of 60cm, section is rounded, which is 0.5cm, which is arranged in refrigerating layer shell 131
The position contacted with refrigeration tank shell 121.
The example of the utility model makes to be had between refrigerating space 126 and cryogen space 136 by aluminium alloy heat-conductive plate
The heat of effect is transmitted, and the low temperature of refrigerating layer 130 is transferred in refrigerating box 120, and the refrigerant 135 of refrigerating layer 130 generates lower temperature
0~4 DEG C of degree, low temperature are transferred to refrigerating box 120 by through-hole 128, refrigerate the thermal insulation of lid 110, refrigerating box 120 and refrigerating layer 130
Layer prevents the heat inside and outside device from transmitting, and the temperature in device is maintained to the optimum temperature preserved suitable for blueberry, is surveyed by temperature
The temperature display watch on device 113 is tried, the temperature in refrigerating space 126 is monitored, if temperature is not in optimum range, device for opening
The refrigerating layer 130 of bottom replaces refrigerant 135 in time.
In conclusion the heat that the utility model can completely cut off between the refrigerating space and the external world of storage blueberry is transmitted, pass through
Temperature in device is maintained suitable for preserving the temperature of blueberry, ensure that blueberry by the cryogen refrigeration and temperature monitoring of refrigerating layer
Freshness effectively extends the fresh keeping time of blueberry.
Present specification describes the example of the embodiments of the present invention, it is not meant to that these embodiments illustrate and describe
The be possible to form of the utility model.It should be understood that the embodiment in specification can be implemented with a variety of alternative forms.Attached drawing without
It needs drawn to scale；Some features can be zoomed in or out to show the details of particular elements.Disclosed concrete structure and function are thin
Section is not taken by way of limitation explanation, and those skilled in the art is only instructed to implement the representative base of the utility model in a variety of forms
Plinth.It will be understood to one skilled in the art that can be with one or more with reference to multiple features that either figure illustrates and describes
The feature illustrated in other attached drawings is combined to form the embodiment for not yet explicitly illustrating or describing.The assemblage characteristic offer of explanation is used for
The representative embodiment of typical case.However, the multiple combinations of the feature consistent with the introduction of the utility model and modification can roots
According to need be used for specific application or implementation.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (9)
1. a kind of cold storage plant of blueberry, which is characterized in that it includes refrigeration lid, refrigerating box and refrigerating layer, the refrigeration lid and
The refrigerating box connection, the refrigerating box are provided with the refrigerating space of storage blueberry, and the refrigerating box is connect with the refrigerating layer,
The refrigerating layer is set to the bottom of the refrigerating box, is detachable connection, institute between the refrigerating layer and the refrigerating box
It states refrigerating layer and is provided with cryogen space, the refrigeration lid, the refrigerating box and the refrigerating layer are respectively arranged with insulating layer, described
It is provided with heat-conductive plate between refrigerating box and the refrigerating layer, refrigerant is provided in the refrigerating layer, the refrigerating box is provided with
Interlayer, the interlayer separate the refrigerating space.
2. the cold storage plant of blueberry according to claim 1, which is characterized in that the refrigerating layer is set to the refrigerating box
At least one of top, bottom and surrounding.
3. the cold storage plant of blueberry according to claim 2, which is characterized in that the heat-conductive plate is cold by the refrigerating box
The cryogen space for hiding space and the refrigerating layer separates.
4. the cold storage plant of blueberry according to claim 3, which is characterized in that the heat-conductive plate is provided with through-hole, described
Through-hole is connected to the refrigerating space of the refrigerating box and the cryogen space of the refrigerating layer.
5. the cold storage plant of blueberry according to claim 1, which is characterized in that the cold storage plant further includes temperature test
Device, described temperature testing device one end are connected to the refrigerating space, and the other end is provided with temperature display watch.
6. the cold storage plant of blueberry according to claim 1, which is characterized in that the refrigerating box is connect with the refrigerating layer
Place, is provided with sealing ring.
7. the cold storage plant of blueberry according to claim 1, which is characterized in that the refrigeration lid is provided with refrigeration lid handle
Hand.
8. the cold storage plant of blueberry according to claim 1, which is characterized in that be that hollow connection is empty inside the insulating layer
Between, the space is set as vacuum.
9. the cold storage plant of blueberry according to claim 1, which is characterized in that the refrigerant is physics refrigerant or change
Length of schooling cryogen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721195893.5U CN207751208U (en) | 2017-09-16 | 2017-09-16 | A kind of cold storage plant of blueberry |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721195893.5U CN207751208U (en) | 2017-09-16 | 2017-09-16 | A kind of cold storage plant of blueberry |
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| Publication Number | Publication Date |
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| CN207751208U true CN207751208U (en) | 2018-08-21 |
Family
ID=63146749
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| CN201721195893.5U Active CN207751208U (en) | 2017-09-16 | 2017-09-16 | A kind of cold storage plant of blueberry |
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| Country | Link |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112129021A (en) * | 2020-10-14 | 2020-12-25 | 紫云自治县天赐农林发展有限公司 | Blueberry refrigerating device |
| CN112594999A (en) * | 2020-11-26 | 2021-04-02 | 南方医科大学南方医院 | Control method, system and equipment for chemical refrigeration drug transfer box |
| CN112659607A (en) * | 2020-12-21 | 2021-04-16 | 唐鹏飞 | Preparation method of self-displaying ice-sealing rubber sealing ring |
-
2017
- 2017-09-16 CN CN201721195893.5U patent/CN207751208U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112129021A (en) * | 2020-10-14 | 2020-12-25 | 紫云自治县天赐农林发展有限公司 | Blueberry refrigerating device |
| CN112594999A (en) * | 2020-11-26 | 2021-04-02 | 南方医科大学南方医院 | Control method, system and equipment for chemical refrigeration drug transfer box |
| CN112594999B (en) * | 2020-11-26 | 2022-03-25 | 南方医科大学南方医院 | Control method, system and equipment for chemical refrigeration drug transfer box |
| CN112659607A (en) * | 2020-12-21 | 2021-04-16 | 唐鹏飞 | Preparation method of self-displaying ice-sealing rubber sealing ring |
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