CN108759227A - A kind of aquatic product cold storage mechanism - Google Patents
A kind of aquatic product cold storage mechanism Download PDFInfo
- Publication number
- CN108759227A CN108759227A CN201810483739.0A CN201810483739A CN108759227A CN 108759227 A CN108759227 A CN 108759227A CN 201810483739 A CN201810483739 A CN 201810483739A CN 108759227 A CN108759227 A CN 108759227A
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- Prior art keywords
- support
- wheel
- thread
- rope
- induction
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Classifications
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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
- F25D11/00—Self-contained movable devices, e.g. domestic refrigerators
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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
- F25D17/00—Arrangements for circulating cooling fluids; Arrangements for circulating gas, e.g. air, within refrigerated spaces
- F25D17/04—Arrangements for circulating cooling fluids; Arrangements for circulating gas, e.g. air, within refrigerated spaces for circulating air, e.g. by convection
- F25D17/042—Air treating means within refrigerated spaces
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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
- F25D2317/00—Details or arrangements for circulating cooling fluids; Details or arrangements for circulating gas, e.g. air, within refrigerated spaces, not provided for in other groups of this subclass
- F25D2317/04—Treating air flowing to refrigeration compartments
- F25D2317/041—Treating air flowing to refrigeration compartments by purification
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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
- F25D2317/00—Details or arrangements for circulating cooling fluids; Details or arrangements for circulating gas, e.g. air, within refrigerated spaces, not provided for in other groups of this subclass
- F25D2317/04—Treating air flowing to refrigeration compartments
- F25D2317/041—Treating air flowing to refrigeration compartments by purification
- F25D2317/0411—Treating air flowing to refrigeration compartments by purification by dehumidification
Abstract
The invention discloses a kind of aquatic product cold storage mechanisms, its structure include groove handrail, safety rail, de-taste dehumidification device, top pressure closure, illumination flashing light, isolation limiting plate, refrigeration guard shield, work light, mobile universal wheel, refrigeration isolation layer, supporting hinge, ballistic support plate, the upper end of ballistic support plate is installed in the lower end of top pressure closure and is integrated, there are two top pressure closure is set and upper center screw connection is in the lower end of safety rail handle, beneficial effects of the present invention：Dehumidification device is de-tasted by being increased in equipment, when equipment carries out the cold storing and fresh-keeping operation of aquatic products, the exclusion and cleaning of the smell and steam inside equipment can be carried out in time, to make its equipment that can keep cleaning and drying under long-time service, it increases the cold storing and fresh-keeping ability of equipment and reduces the cleaning in later stage, it is more practical.
Description
Technical field
The present invention is a kind of aquatic product cold storage mechanism, belongs to refrigeration aquatic products freshness preserving equipment field.
Background technology
Refrigeration mechanism refers to a series of equipment for the cold storing and fresh-keeping that can continue to products, common and aquatic products, vegetable and fruit
Fresh-keeping transport, storage, equipment can pass through low temperature carry out cold storing and fresh-keeping product.
In the prior art, equipment is when carrying out cold storing and fresh-keeping aquatic products, is typically in the closed situation of equipment, and aquatic products
To will produce certain smell and steam after refrigerating a period of time, under long-time service, be easy to cause inside equipment have peculiar smell and
The pollution of bacterium not only increases the later stage cleaning of equipment and reduces the cold storing and fresh-keeping ability of equipment, more inconvenient.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of aquatic product cold storage mechanism, it is existing to solve
In technology, equipment is typically in the closed situation of equipment when carrying out cold storing and fresh-keeping aquatic products, and aquatic products are when refrigerating one section
Between after will will produce certain smell and steam, under long-time service, be easy to cause the pollution for having peculiar smell and bacterium inside equipment, no
It increases only the later stage cleaning of equipment and reduces the cold storing and fresh-keeping ability of equipment, more inconvenient problem.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of aquatic product cold storage mechanism,
Its structure includes groove handrail, safety rail handle, de-tastes dehumidification device, top pressure closure, illumination flashing light, isolation limiting plate, refrigerates
Guard shield, work light, mobile universal wheel, refrigeration isolation layer, supporting hinge, ballistic support plate, the ballistic support plate
Upper end be installed in the lower end of top pressure closure and be integrated, the top pressure closure set there are two and upper center screw connect
It is connected to the lower end of safety rail handle, the left and right ends of the top pressure closure are equipped with groove handrail, and the ballistic support plate is equipped with two
A and front center is installed in the rear end of illumination flashing light, and the lower end of the bolt of the top pressure closure is connected to the upper end of supporting hinge,
Middle part of the lower end screw connection of the supporting hinge inside the upside of refrigeration guard shield rear end, the refrigeration guard shield
Be welded in isolation limiting plate front end and be integrated, it is described isolation limiting plate left and right ends be mechanically connected to refrigeration every
The lower end of the inner wall of exhausted layer, the refrigeration isolation layer is installed in the lower end of refrigeration guard shield inner wall, the refrigeration guard shield
The lower end of front end is installed in the rear end of work light, and the mobile universal wheel is set there are four and to be movably connected on refrigeration anti-for upper end
The lower end of shell is protected, the right end for de-tasting dehumidification device outer surface and being installed in inside top pressure closure is described to de-taste dehumidification device
Including reciprocal bindiny mechanism, motor transmission mechanism, electrical power distribution device, power controling machine structure, support protection frame, induction connection machine
Structure, induction supporting lug, outlet mouth of pipe de-taste carbon packet, intermittent drive mechanism, except wet lime case, air inlet mouth of pipe, gear drive machine
The upper end of structure, the induction supporting lug is installed in the lower end of induction bindiny mechanism, the upper mechanical of the induction bindiny mechanism
It is connected to the downside of power controling machine structure right end, is installed under electrical power distribution device on the upside of the power controling machine structure left end
End, the outer surface of the induction supporting lug through support protection frame lower end right side, electrical power distribution device lower end
Left side mechanical is attached to motor transmission mechanism right end, and the front end of the motor transmission mechanism left end is meshed in reciprocal connection machine
The lower end of the rear side of structure right end, the reciprocal bindiny mechanism is meshed with the upper end of gear drive, the gear drive machine
It is installed in the left end of air inlet mouth of pipe on the right side of structure lower end, intermittently-driving is movably connected on the right side of the motor transmission mechanism lower end
The left end of mechanism upper end, the downside of the intermittent drive mechanism right end is through the upper center of outlet mouth of pipe, the escape pipe
The upper end of mouth, which is equipped with, de-tastes carbon packet, and the right end of the air inlet mouth of pipe is welded in the left end except wet lime case, described to remove wet lime case
Right end be installed in the left end of outlet mouth of pipe, the outer surface of the outlet mouth of pipe and air inlet mouth of pipe is through support protection frame
Lower end.
Significantly, the induction bindiny mechanism is by upper rope pulley, connecting rope, spring retainer block, cushioning pressure spring, support
Latch plate, half latch wheel of circular arc, latch supporting rod, rope fixed block, lower rope pulley composition, the lower end dress of the cushioning pressure spring
Right side set on induction supporting lug upper end, the upper mechanical of the cushioning pressure spring are connected to the lower end of spring retainer block,
The right end of the spring retainer block is welded in the right end of support protection frame inner wall, is welded on the left of the upper end of the induction supporting lug
It is connected to the lower end of support card tooth plate, the left end of the support card tooth plate is meshed in the right end of half latch wheel of circular arc, the circular arc
The left end of half latch wheel is welded in the right end of rope fixed block and is integrated, the rear and front end machine of half latch wheel of the circular arc
Tool is connected to the upper end of latch supporting rod, the lower end that the upper end for restricting fixed block passes through connecting rope and power controling machine structure right end
It is connected, the outer surface of the upper rope pulley and lower rope pulley is equipped with connecting rope.
Significantly, the power controling machine structure is by fixing conductive plate, active conductive plate, No.1 supporting rod, extending montant, perpendicular
Bar position-limited wheel, rope link block, No. three supporting rods, No. two support bar groups are at the lower end of the rope link block is installed in connecting rope
The upper end of upper end, the rope link block is welded in the lower end for extending montant, and the right surface gap for extending montant is matched with perpendicular
The outer surface of bar position-limited wheel, the left end for extending montant are mechanically connected to the right end of No.1 supporting rod, the No.1 supporting rod
Lower end be movably connected on the lower ends of No. two supporting rods, the middle part of No. two supporting rod front ends in No.1 supporting rod front end
Portion is connected by No. three supporting rods, and the upper mechanical of No. two supporting rods is connected to the lower end of active conductive plate, the work
The upper gap of moving conductive plate is matched with the lower end of fixed conductive plate.
Significantly, the motor transmission mechanism by the first helical gear, the second helical gear, be bi-directionally connected crawler belt, central supported
Axis, individual motor, motor support block, power cord, motor terminal, connection rotation axis, groove thread spindle, spring bearing, half-thread
Support shaft forms, and the lower end of the electrical power distribution device is connected by power cord with the right end of individual motor, the individual motor
Lower end be installed in the upper end of motor terminal and be integrated, the upper end of the individual motor is welded in motor support block
Lower end, the upper end screw connection of the motor support block is in the upper end of support protection frame inner wall, the left end of the individual motor
It is mechanically connected to the right end of central support shaft, the left end of the central support shaft is threadedly connected to the second helical gear right end, institute
It states the second helical gear front end to be meshed in the first helical gear rear end, the first helical gear lower thread is connected to half spiral shell
The upper end of line support shaft, the lower end of the half-thread support shaft are installed in the upper end of spring bearing, in the half-thread support shaft
The outer surface at end is affixed together in the inner wall for being bi-directionally connected crawler belt left end, and the inner wall for being bi-directionally connected crawler belt right end is installed in connection
The lower end of the outer surface of rotation axis, the connection rotation axis is welded in the upper end of groove thread spindle, the right side of the groove thread spindle
End is movably connected on the left end of intermittent drive mechanism, is meshed in reciprocal bindiny mechanism on front side of the half-thread support shaft left end
The downside of right end.
Significantly, the reciprocal bindiny mechanism is rotated by rotation thread spindle, two-way groove axis, groove Limit Bearing, middle part
Cross bar, fixed limiting plate, No.1 drive link, No. two drive links, is threadedly coupled wheel composition, the threaded connection at connection limiting plate
It is meshed on the outside of wheel rear end in the downside of half-thread support shaft front end, the front end outer side for being threadedly coupled wheel is mechanically connected to
The upper end of the lower end of No. two drive links, No. two drive links is movably connected on the lower end of No.1 drive link, the No.1 transmission
The upper end of bar is installed in the lower end of connection limiting plate, and the connection limiting plate inner wall clearance fit is in the appearance of middle part rotating horizontal pole
The right end in face, the middle part rotating horizontal pole is installed in the left end of fixed limiting plate, and the left end machinery of the middle part rotating horizontal pole connects
It is connected to the rear end of two-way groove axis, the upper end of the two-way groove axis is movably connected on the lower end of groove Limit Bearing, described recessed
The upper end of slot Limit Bearing and fixed limiting plate is welded in the upper end of support protection frame inner wall, the lower end of the two-way groove axis
It is welded in the upper end of rotation thread spindle.
Significantly, the gear drive is by pumping flabellum, fixed Limit Bearing, induction connecting band track, lower screw thread branch
Support wheel, support half-thread axis, driving belt, upper threaded support wheel composition, the front end of the upper threaded support wheel is by being driven skin
Band is connected with the front end of lower threaded support wheel, is meshed on the outside of the lower threaded support wheel rear end on support half-thread axis
The lower end outer surface of the front side at end, the support half-thread axis turns the inner wall for being set to induction connecting band track left end, and the induction connects
The right end for connecing crawler belt is mechanically connected to the upper end of pumping flabellum, and the lower end of the support half-thread axis is welded in fixed Limit Bearing
Upper end.
Significantly, the intermittent drive mechanism is by exhaust flabellum, fixed idler whell, head rod, the second connecting rod, support
Spacing block set, intermittent rotary wheel, transmission rope, connection rotation screw thread wheel composition, the left end of the head rod are movably connected on
Groove thread spindle right end, the right end of the head rod are installed in the lower end of the second connecting rod, second connecting rod it is upper
End is mechanically connected to the outside of fixed idler whell front end, and the outer surface of the fixed idler whell is welded in the inner wall of support limit convex block,
The upper gap of the support limit convex block is matched with the outer end of intermittent rotary wheel, and the front end of the intermittent rotary wheel turns with connecting
The front end of dynamic screw thread wheel is connected by transmission rope, and the rear end of the connection rotation screw thread wheel is meshed in the upper of exhaust flabellum
End, the outer surface of the exhaust fan leaf central part is through the upper end of outlet mouth of pipe.
Significantly, the outer surface of the outlet mouth of pipe and air inlet mouth of pipe lower end is installed in the left end of top pressure closure lower end.
Significantly, described except the substance for absorbing moisture in wet lime case equipped with a large amount of lime etc., it is certain that it can be absorbed
Moisture and exclusion.
Significantly, described de-taste is equipped with activated carbon in carbon packet, has and absorbs peculiar smell, the characteristic of degerming.
Advantageous effect
A kind of aquatic product cold storage mechanism of the present invention, de-tastes dehumidification device by being increased in equipment, is normally made
Used time, staff also should periodically carry out de-tasting carbon packet and remove the inspection and replacement of wet lime case, to ensure that it de-tastes dehumidifying
The working efficiency of device, and when carrying out the refrigeration of aquatic products, staff can even connect with the mains equipment, and by top pressure closure
It upwardly opens, so as to which aquatic products are placed into inside equipment, after the completion of placement, staff can be by top pressure closure to lower cover
Firmly equipment, when top pressure closure is downward, refrigerating the upper end of guard shield will be such that its induction supporting lug moves upwards, to band
It moves its support card tooth plate to move upwards, and drives half latch wheel of circular arc to tilt upwards by the latch on support card tooth plate, and circular arc
Half latch wheel can pull connecting rope to pull rope link block to move downward along upper rope pulley and lower rope pulley, and be limited in montant
Vertical downward movement under the limit of wheel, to keep its active conductive plate upward under the action of No.1 supporting rod is with No. two supporting rods
Movement, to be connected with fixed conductive plate, electrical power distribution device will be connected with individual motor at this time, and individual motor can
Normal operation rotates, to drive its first helical gear to rotate by the second helical gear, the half-thread under the first helical gear connection
Support shaft will rotate, and its groove thread spindle is made to rotate synchronously, and under the rotation of groove thread spindle and half-thread support shaft
Be threadedly coupled wheel will be rotated with fixed idler whell, be threadedly coupled wheel rotation under connect limiting plate will side-to-side movement make wherein
Portion's rotating horizontal pole rotation, and make its two-way groove shaft rotation dynamic, to make threaded support wheel rotation thereon, finally by lower threaded support
Wheel drives pumping flabellum rotation with support half-thread axis, so as to suck the gas inside equipment from air inlet mouth of pipe, and works as
When gas passes through except wet lime case, it will carry out the exclusion and absorption of moisture, and be circulated to and de-taste in carbon packet, to carry out smell
Effect, and fixed idler whell with connect the rotation of limiting plate under, intermittent rotary wheel will intermittent rotary, and driven by transmission rope
Connection rotation screw thread wheel rotation, finally make its be vented flabellum operation is exhausted, to allow its air from de-taste carbon packet stream to
Outlet mouth of pipe, and odorlessness and dry gas is discharged from outlet mouth of pipe：When equipment carries out the cold storing and fresh-keeping operation of aquatic products,
The exclusion and cleaning that can carry out the smell and steam inside equipment in time, to make its equipment that can be kept under long-time service
Cleaning and drying, increase the cold storing and fresh-keeping ability of equipment and reduce the cleaning in later stage, more practical.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of aquatic product cold storage mechanism of the present invention.
Fig. 2 is a kind of structural schematic diagram one for de-tasting dehumidification device of aquatic product cold storage mechanism of the present invention.
Fig. 3 is a kind of structural schematic diagram two for de-tasting dehumidification device of aquatic product cold storage mechanism of the present invention.
Fig. 4 is the structural schematic diagram for the working condition that the present invention de-tastes dehumidification device.
Fig. 5 is the structural schematic diagram for the A that the present invention de-tastes dehumidification device.
In figure：Groove handrail -1, safety rail -2, de-taste dehumidification device -3, top pressure closure -4, illumination flashing light -5, every
Exhausted limiting plate -6, refrigeration guard shield -7, work light -8, mobile universal wheel -9, refrigeration isolation layer -10, supporting hinge -
11, ballistic support plate -12, reciprocal bindiny mechanism -301, motor transmission mechanism -302, electrical power distribution device -303, power controling machine
Structure -304, induction bindiny mechanism -306, induction supporting lug -307, outlet mouth of pipe -308, de-tastes support protection frame -305
Carbon packet -309, removes wet lime case -311, air inlet mouth of pipe -312, gear drive -313, upper rope at intermittent drive mechanism -310
Pulley -3061, connecting rope -3062, spring retainer block -3063, cushioning pressure spring -3064, support card tooth plate -3065, circular arc
Half latch wheel -3066, rope fixed block -3068, lower rope pulley -3069, fixed conductive plate -3041, is lived at latch supporting rod -3067
Moving conductive plate -3042, No.1 supporting rod -3043 extend montant -3044, montant position-limited wheel -3045, rope link block -3046, three
Number supporting rod -3047, the first helical gear -3021, the second helical gear -3022, is bi-directionally connected crawler belt-at No. two supporting rods -3048
3023, central support shaft -3024, individual motor -3025, motor support block -3026, power cord -3027, motor terminal -3028,
Connect rotation axis -3029, groove thread spindle -30210, spring bearing -30211, half-thread support shaft -30212, rotation screw thread
Axis -3011, two-way groove axis -3012, groove Limit Bearing -3013, middle part rotating horizontal pole -3014, connection limiting plate -3015,
- 3017, No. two fixed limiting plate -3016, No.1 drive link drive links -3018 are threadedly coupled wheel -3019, pumping flabellum -
3131, fixed Limit Bearing -3132, induction connecting band track -3133, lower threaded support wheel -3134, support half-thread axis -3135,
Driving belt -3136, upper threaded support wheel -3137, exhaust flabellum -3101, fixed idler whell -3102, head rod -3103,
Second connecting rod -3104, support limit convex block -3105, intermittent rotary wheel -3106, transmission rope -3107, connection rotation screw thread wheel -
3108。
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
It please refers to Fig.1 to Fig. 5, the present invention provides a kind of aquatic product cold storage mechanism：Its structure includes groove handrail 1, safety
Handrail 2, de-taste dehumidification device 3, top pressure closure 4, illumination flashing light 5, isolation limiting plate 6, refrigeration guard shield 7, work indicate
Lamp 8, mobile universal wheel 9, refrigeration isolation layer 10, supporting hinge 11, ballistic support plate 12, the upper end dress of the ballistic support plate 12
Set on the lower end of top pressure closure 4 and be integrated, the top pressure closure 4 set there are two and upper center screw connection in
Safety rail is 2 lower end, and equipped with groove handrail 1, the ballistic support plate 12 is equipped with two for the left and right ends of the top pressure closure 4
A and front center is installed in the rear end of illumination flashing light 5, and the lower end of the bolt of the top pressure closure 4 is connected to supporting hinge 11
Upper end, the lower end screw connection of the supporting hinge 11 is in the upside of 7 rear end of refrigeration guard shield, the refrigeration guard shield 7
Internal middle part is welded in the front end of isolation limiting plate 6 and is integrated, the left and right ends machinery of the isolation limiting plate 6
It is connected to the inner wall of refrigeration isolation layer 10, the lower end of the refrigeration isolation layer 10 is installed in the lower end of refrigeration 7 inner wall of guard shield,
The lower end of refrigeration guard shield 7 front end is installed in the rear end of work light 8, the mobile universal wheel 9 set there are four and
Upper end is movably connected on the lower end of refrigeration guard shield 7, and 3 outer surface of dehumidification device that de-tastes is installed in inside top pressure closure 4
Right end, it is described de-taste dehumidification device 3 include reciprocal bindiny mechanism 301, motor transmission mechanism 302, electrical power distribution device 303, electricity
Source control mechanism 304, induction bindiny mechanism 306, induction supporting lug 307, outlet mouth of pipe 308, is gone support protection frame 305
Taste carbon packet 309, removes wet lime case 311, air inlet mouth of pipe 312, gear drive 313, the induction at intermittent drive mechanism 310
The upper end of supporting lug 307 is installed in the lower end of induction bindiny mechanism 306, and the upper mechanical of the induction bindiny mechanism 306 connects
It is connected to the downside of 304 right end of power controling machine structure, electrical power distribution device is installed on the upside of 304 left end of power controling machine structure
303 lower end, the outer surface of the induction supporting lug 307 is through the right side of support protection frame 305 lower end, the electricity
The left side mechanical of 303 lower end of source distributor is attached to 302 right end of motor transmission mechanism, 302 left end of the motor transmission mechanism
Front end be meshed in the rear side of 301 right end of reciprocal bindiny mechanism, the lower end of the reciprocal bindiny mechanism 301 and gear drive
The upper end of mechanism 313 is meshed, and the left end of air inlet mouth of pipe 312 is installed on the right side of 313 lower end of the gear drive, described
The left end of 310 upper end of intermittent drive mechanism, the intermittent drive mechanism are movably connected on the right side of 302 lower end of motor transmission mechanism
Through the upper center of outlet mouth of pipe 308, the upper end of the outlet mouth of pipe 308, which is equipped with, de-tastes carbon packet for the downside of 310 right ends
309, the right end of the air inlet mouth of pipe 312 is welded in the left end except wet lime case 311, and the right end except wet lime case 311 fills
Set on the left end of outlet mouth of pipe 308, the outer surface of the outlet mouth of pipe 308 and air inlet mouth of pipe 312 is through support protection frame
305 lower end, the induction bindiny mechanism 306 is by upper rope pulley 3061, connecting rope 3062, spring retainer block 3063, damping pressure
Power spring 3064, support card tooth plate 3065, half latch wheel 3066 of circular arc, latch supporting rod 3067, rope fixed block 3068, lower rope are slided
3069 composition of wheel, the lower end of the cushioning pressure spring 3064 are installed in the right side of 307 upper end of induction supporting lug, the damping
The upper mechanical of compression spring 3064 is connected to the lower end of spring retainer block 3063, the right end weldering of the spring retainer block 3063
It is connected to the right end of support 305 inner wall of protection frame, support card tooth plate is welded on the left of the upper end of the induction supporting lug 307
The left end of 3065 lower end, the support card tooth plate 3065 is meshed in the right end of half latch wheel 3066 of circular arc, the circular arc half
The left end of latch wheel 3066 is welded in the right end of rope fixed block 3068 and is integrated, half latch wheel 3066 of the circular arc
Rear and front end be mechanically connected to the upper end of latch supporting rod 3067, the upper end of the rope fixed block 3068 passes through connecting rope 3062
It is connected with the lower end of 304 right end of power controling machine structure, the upper rope pulley 3061 and the outer surface of lower rope pulley 3069 are equipped with
Connecting rope 3062, the power controling machine structure 304 by fixed conductive plate 3041, active conductive plate 3042, No.1 supporting rod 3043,
Extend montant 3044, montant position-limited wheel 3045, the rope supporting rod 3048 of supporting rod 3047, two of link block 3046, three composition, institute
The lower end for stating rope link block 3046 is installed in the upper end of connecting rope 3062, and the upper end of the rope link block 3046 is welded in extension
The lower end of montant 3044, the right surface gap for extending montant 3044 is matched with the outer surface of montant position-limited wheel 3045, described
The left end for extending montant 3044 is mechanically connected to the right end of No.1 supporting rod 3043, the lower end activity of the No.1 supporting rod 3043
It is connected to the lower end of No. two supporting rods 3048, middle part and 3043 front end of No.1 supporting rod of 3048 front end of No. two supporting rods
Middle part is connected by No. three supporting rods 3047, and the upper mechanical of No. two supporting rods 3048 is connected to active conductive plate
3042 lower end, the upper gap of the active conductive plate 3042 are matched with the lower end of fixed conductive plate 3041, and the motor passes
Motivation structure 302 by the first helical gear 3021, the second helical gear 3022, be bi-directionally connected crawler belt 3023, central support shaft 3024, independent
Motor 3025, motor support block 3026, power cord 3027, motor terminal 3028, connection rotation axis 3029, groove thread spindle
30210, spring bearing 30211, half-thread support shaft 30212 form, and the lower end of the electrical power distribution device 303 passes through power cord
3027 are connected with the right end of individual motor 3025, and the lower end of the individual motor 3025 is installed in the upper of motor terminal 3028
It holds and is integrated, the upper end of the individual motor 3025 is welded in the lower end of motor support block 3026, the motor branch
The upper end screw connection of bracer 3026 is in the upper end of support 305 inner wall of protection frame, the left end machinery of the individual motor 3025
It is connected to the right end of central support shaft 3024, the left end of the central support shaft 3024 is threadedly connected to the second helical gear 3022
The front end of right end, second helical gear 3022 is meshed in the rear end of the first helical gear 3021, first helical gear 3021
Lower thread be connected to the upper end of half-thread support shaft 30212, the lower end of the half-thread support shaft 30212 is installed in support
The upper end of bearing 30211, the outer surface of 30212 upper end of half-thread support shaft are affixed left together in crawler belt 3023 is bi-directionally connected
The inner wall at end, the inner wall for being bi-directionally connected 3023 right end of crawler belt are installed in the outer surface of connection rotation axis 3029, the connection
The lower end of rotation axis 3029 is welded in the upper end of groove thread spindle 30210, and the right end activity of the groove thread spindle 30210 connects
It is connected to the left end of intermittent drive mechanism 310, is meshed in reciprocal bindiny mechanism on front side of 30212 left end of half-thread support shaft
The downside of 301 right ends, the reciprocal bindiny mechanism 301 is by rotation thread spindle 3011, two-way groove axis 3012, groove Limit Bearing
3013,3017, No. two middle part rotating horizontal pole 3014, connection limiting plate 3015, fixed limiting plate 3016, No.1 drive link drive links
3018, it is threadedly coupled 3019 composition of wheel, the threaded connection is taken turns and is meshed in half-thread support shaft 30212 on the outside of 3019 rear ends
The downside of front end, the front end outer side for being threadedly coupled wheel 3019 are mechanically connected to the lower ends of No. two drive links 3018, and described two
The upper end of number drive link 3018 is movably connected on the lower end of No.1 drive link 3017, the upper end installing of the No.1 drive link 3017
In the lower end of connection limiting plate 3015, the connection 3015 inner wall clearance fit of limiting plate is in the appearance of middle part rotating horizontal pole 3014
The right end in face, the middle part rotating horizontal pole 3014 is installed in the left end of fixed limiting plate 3016, the middle part rotating horizontal pole 3014
Left end be mechanically connected to the rear end of two-way groove axis 3012, the upper end of the two-way groove axis 3012 is movably connected on groove limit
The lower end of position bearing 3013, the groove Limit Bearing 3013 and the upper end of fixed limiting plate 3016 are welded in support protection edge
The upper end of 305 inner wall of frame, the lower end of the two-way groove axis 3012 are welded in the upper end of rotation thread spindle 3011, and the gear passes
Motivation structure 313 is by pumping flabellum 3131, fixed Limit Bearing 3132, induction connecting band track 3133, lower threaded support wheel 3134, branch
Half-thread axis 3135, driving belt 3136, upper threaded support wheel 3137 composition are supportted, the front end of the upper threaded support wheel 3137 is logical
It crosses driving belt 3136 with the front end of lower threaded support wheel 3134 to be connected, the outside of lower 3134 rear end of threaded support wheel
It is meshed in the front side of 3135 upper end of support half-thread axis, the lower end outer surface of the support half-thread axis 3135 turns to be set to sense
The inner wall of 3133 left end of connecting band track, the right end of the induction connecting band track 3133 is answered to be mechanically connected to pumping flabellum 3131
The lower end of upper end, the support half-thread axis 3135 is welded in the upper end of fixed Limit Bearing 3132, the intermittent drive mechanism
310 by exhaust flabellum 3101, fixed idler whell 3102, head rod 3103, the second connecting rod 3104, support limit convex block
3105, intermittent rotary wheel 3106, transmission rope 3107, connection rotation screw thread wheel 3108 form, a left side for the head rod 3103
End is movably connected on 30210 right end of groove thread spindle, and the right end of the head rod 3103 is installed in the second connecting rod 3104
Lower end, the upper mechanical of second connecting rod 3104 is connected to the outside of 3102 front end of fixed idler whell, the fixed idler whell
3102 outer surface is welded in the inner wall of support limit convex block 3105, and the upper gap of the support limit convex block 3105 is matched with
The outer end of intermittent rotary wheel 3106, the front end of the intermittent rotary wheel 3106 pass through biography with the front end for connecting rotation screw thread wheel 3108
Running rope 3107 is connected, and the rear end of the connection rotation screw thread wheel 3108 is meshed in the upper end of exhaust flabellum 3101, the row
The outer surface at the middle part of gas flabellum 3101 through the upper end of outlet mouth of pipe 308, the outlet mouth of pipe 308 under air inlet mouth of pipe 312
The outer surface at end is installed in the left end of 4 lower end of top pressure closure, described that the absorption water such as a large amount of lime is equipped with except wet lime case 311 is interior
The substance divided can absorb its certain moisture and exclusion, and described de-taste is equipped with activated carbon, has and absorb peculiar smell in carbon packet 309,
The characteristic of degerming.
Supporting hinge 11 described in this patent is hinge.Often two foldings of composition, are two parts of attached article and can be allowed to
Movable component.Ready-made hinge is for cupboard door, window, door etc..
When equipment needs to carry out the cold storing and fresh-keeping operation of aquatic products, equipment should be moved to designated position by staff,
And refrigerated isolation layer 10 and carry out cleaning wiped clean, and carrying out in use, should first confirm and check its aquatic product cold storage
Whether mechanism damages, and checks and de-taste the damage of dehumidification device 3, and when carrying out normal use, staff also should periodically carry out
It de-tastes carbon packet 309 and removes the inspection and replacement of wet lime case 311, to ensure that it de-tastes the working efficiency of dehumidification device 3, and
When carrying out the refrigeration of aquatic products, staff can even connect with the mains equipment, and top pressure closure 4 is upwardly opened, so as to
Aquatic products are placed into inside equipment, after the completion of placement, top pressure closure 4 can be covered equipment downwards by staff, sealed
When head cover 4 is downward, the upper end of refrigeration guard shield 7 will be such that its induction supporting lug 307 moves upwards, to drive its support
Latch plate 3065 moves upwards, and drives half latch wheel 3066 of circular arc to tilt upwards by the latch on support card tooth plate 3065, and
Half latch wheel 3066 of circular arc can pull connecting rope 3062 to pull rope link block along upper rope pulley 3061 and lower rope pulley 3069
3046 move downward, and the vertical downward movement under the limit of montant position-limited wheel 3045, in No.1 supporting rod 3043 and two
Its active conductive plate 3042 is set to move upwards under the action of number supporting rod 3048, to be connected with fixed conductive plate 3041, this
When electrical power distribution device 303 will be connected with individual motor 3025, and individual motor 3025 can normal operation rotation, to by
Second helical gear 3022 drives the rotation of its first helical gear 3021, in the connection lower half threaded support axle of the first helical gear 3021
30212 will rotate, and its groove thread spindle 30210 is made to rotate synchronously, and in groove thread spindle 30210 and half-thread support shaft
Wheel 3019 is threadedly coupled under 30212 rotation will rotate with fixed idler whell 3102, connect under the rotation for being threadedly coupled wheel 3019
Connect limiting plate 3015 will side-to-side movement so that its middle part rotating horizontal pole 3014 is rotated, and its two-way groove axis 3012 is allowed to rotate, from
And make the rotation of threaded support wheel 3137 thereon, it is finally driven and is evacuated with support half-thread axis 3135 by lower threaded support wheel 3134
Flabellum 3131 rotates, and so as to suck the gas inside equipment from air inlet mouth of pipe 312, and removes wet lime case when gas passes through
When 311, it will the exclusion and absorption of moisture are carried out, and is circulated to and de-tastes in carbon packet 309, to carry out the effect of smell, and
Fixed idler whell 3102 with connect under the rotation of limiting plate 3015, intermittent rotary wheel 3106 will intermittent rotary, and by transmission rope
3107 drive connection rotation screw thread wheels 3108 to rotate, and so that it is vented flabellum 3101 and operation is exhausted, to allow its air
Odorlessness and dry gas is discharged to outlet mouth of pipe 308, and from outlet mouth of pipe 308 from the flow direction of carbon packet 309 is de-tasted.
In the prior art, it is close to be typically in equipment when carrying out cold storing and fresh-keeping aquatic products to problems solved by the invention for equipment
The case where closing, and aquatic products will will produce certain smell and steam after refrigerating a period of time, under long-time service, be easy to cause
The pollution for having peculiar smell and bacterium inside equipment not only increases the later stage cleaning of equipment and reduces the cold storing and fresh-keeping energy of equipment
Power, more inconvenient, the present invention is combined with each other by above-mentioned component, de-tastes dehumidification device by being increased in equipment, setting
When the standby cold storing and fresh-keeping operation for carrying out aquatic products, the exclusion and cleaning of the smell and steam inside equipment can be carried out in time, from
And makes its equipment that can keep cleaning and drying under long-time service, increase the cold storing and fresh-keeping ability of equipment and reduce the later stage
Cleaning, it is more practical.
Above only describes the basic principles and preferred embodiment of the present invention, and those skilled in the art can be according to foregoing description
Many changes may be made and improves, these changes and improvements should belong to the scope of protection of the present invention.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of aquatic product cold storage mechanism, structure include groove handrail (1), safety rail (2), de-taste dehumidification device (3),
Top pressure closure (4), illumination flashing light (5), isolation limiting plate (6), refrigeration guard shield (7), work light (8), movement are universal
Take turns (9), refrigeration isolation layer (10), supporting hinge (11), ballistic support plate (12), it is characterised in that：
The upper end of the ballistic support plate (12) is installed in the lower end of top pressure closure (4) and is integrated, the sealing top
There are two lid (4) is set and upper center screw connection is in the lower end of safety rail handle (2), the left and right two of the top pressure closure (4)
End is equipped with groove handrail (1), after the ballistic support plate (12) sets there are two and front center is installed in illumination flashing light (5)
End, the lower end of the bolt of the top pressure closure (4) is connected to the upper end of supporting hinge (11), the lower end spiral shell of the supporting hinge (11)
Silk is connected to the upside of refrigeration guard shield (7) rear end, and the internal middle part of the refrigeration guard shield (7) is welded in isolation limit
It the front end of plate (6) and is integrated, the left and right ends of the isolation limiting plate (6) are mechanically connected to refrigeration isolation layer (10)
Inner wall, the lower end of the refrigeration isolation layer (10) is installed in the lower end of refrigeration guard shield (7) inner wall, and refrigeration protection is outside
The lower end of shell (7) front end is installed in the rear end of work light (8), the mobile universal wheel (9) set there are four and upper end activity
It is connected to the lower end of refrigeration guard shield (7), described dehumidification device (3) outer surface that de-tastes is installed in top pressure closure (4) inside
Right end；
The dehumidification device (3) that de-tastes includes reciprocal bindiny mechanism (301), motor transmission mechanism (302), electrical power distribution device
(303), power controling machine structure (304), support protection frame (305), induction bindiny mechanism (306), induction supporting lug
(307), outlet mouth of pipe (308), de-taste carbon packet (309), intermittent drive mechanism (310), except wet lime case (311), air inlet mouth of pipe
(312), gear drive (313)；
The upper end of the induction supporting lug (307) is installed in the lower end of induction bindiny mechanism (306), the induction bindiny mechanism
(306) upper mechanical is connected to the downside of power controling machine structure (304) right end, power controling machine structure (304) left end
Upside is installed in the lower end of electrical power distribution device (303), and the outer surface of the induction supporting lug (307) is through support protection edge
The left side mechanical on the right side of frame (305) lower end, electrical power distribution device (303) lower end is attached to motor transmission mechanism (302)
The front end of right end, motor transmission mechanism (302) left end is meshed in the rear side of reciprocal bindiny mechanism (301) right end, described
The lower end of reciprocal bindiny mechanism (301) is meshed with the upper end of gear drive (313), the gear drive (313)
It is installed in the left end of air inlet mouth of pipe (312) on the right side of lower end, is movably connected on the right side of motor transmission mechanism (302) lower end
The left end of intermittent drive mechanism (310) upper end, the downside of intermittent drive mechanism (310) right end is through outlet mouth of pipe
(308) upper center, the upper end of the outlet mouth of pipe (308), which is equipped with, de-tastes carbon packet (309), the air inlet mouth of pipe (312)
Right end is welded in the left end except wet lime case (311), and the right end except wet lime case (311) is installed in outlet mouth of pipe (308)
Left end, the outer surface of the outlet mouth of pipe (308) and air inlet mouth of pipe (312) is through the lower end of support protection frame (305).
2. a kind of aquatic product cold storage mechanism as described in claim 1, it is characterised in that：The induction bindiny mechanism (306) by
Upper rope pulley (3061), connecting rope (3062), spring retainer block (3063), cushioning pressure spring (3064), support card tooth plate
(3065), half latch wheel (3066) of circular arc, latch supporting rod (3067), rope fixed block (3068), lower rope pulley (3069) composition,
The lower end of the cushioning pressure spring (3064) is installed in the right side of induction supporting lug (307) upper end, the cushioning pressure bullet
The upper mechanical of spring (3064) is connected to the lower end of spring retainer block (3063), the right end welding of the spring retainer block (3063)
It is welded in support card tooth plate on the left of the right end of support protection frame (305) inner wall, the upper end of the induction supporting lug (307)
(3065) left end of lower end, the support card tooth plate (3065) is meshed in the right end of half latch wheel (3066) of circular arc, described
The left end of half latch wheel (3066) of circular arc is welded in the right end of rope fixed block (3068) and is integrated, and the circular arc half blocks
The rear and front end of gear (3066) is mechanically connected to the upper end of latch supporting rod (3067), the upper end of the rope fixed block (3068)
It is connected with the lower end of power controling machine structure (304) right end by connecting rope (3062), the upper rope pulley (3061) and lower rope
The outer surface of pulley (3069) is equipped with connecting rope (3062).
3. a kind of aquatic product cold storage mechanism as claimed in claim 1 or 2, it is characterised in that：The power controling machine structure (304)
By fixed conductive plate (3041), active conductive plate (3042), No.1 supporting rod (3043), extend montant (3044), montant limit
Take turns (3045), rope link block (3046), No. three supporting rods (3047), No. two supporting rod (3048) compositions, the rope link block
(3046) lower end is installed in the upper end of connecting rope (3062), and the upper end of the rope link block (3046) is welded in extension montant
(3044) lower end, the right surface gap for extending montant (3044) are matched with the outer surface of montant position-limited wheel (3045), institute
The left end for stating extension montant (3044) is mechanically connected to the right end of No.1 supporting rod (3043), the No.1 supporting rod (3043)
Lower end is movably connected on the lower end of No. two supporting rods (3048), and middle part and the No.1 of No. two supporting rods (3048) front end support
The middle part of bar (3043) front end is connected by No. three supporting rods (3047), and the upper mechanical of No. two supporting rods (3048) connects
It is connected to the lower end of active conductive plate (3042), the upper gap of the active conductive plate (3042) is matched with fixed conductive plate
(3041) lower end.
4. a kind of aquatic product cold storage mechanism as described in claim 1, it is characterised in that：The motor transmission mechanism (302) by
First helical gear (3021), the second helical gear (3022) are bi-directionally connected crawler belt (3023), central support shaft (3024), independent electrical
Machine (3025), motor support block (3026), power cord (3027), motor terminal (3028), connection rotation axis (3029), groove spiral shell
Line axis (30210), spring bearing (30211), half-thread support shaft (30212) composition, the lower end of the electrical power distribution device (303)
It is connected with the right end of individual motor (3025) by power cord (3027), the lower end of the individual motor (3025) is installed in electricity
Generator terminal son (3028) upper end and be integrated, the upper end of the individual motor (3025) is welded in motor support block
(3026) lower end, the upper end screw connection of the motor support block (3026) in the upper end of support protection frame (305) inner wall,
The left end of the individual motor (3025) is mechanically connected to the right end of central support shaft (3024), the central support shaft (3024)
Left end be threadedly connected to the right ends of the second helical gear (3022), the front end of second helical gear (3022) is meshed in first
The lower thread of the rear end of helical gear (3021), first helical gear (3021) is connected to half-thread support shaft (30212)
The lower end of upper end, the half-thread support shaft (30212) is installed in the upper end of spring bearing (30211), the half-thread support
The outer surface of axis (30212) upper end is affixed together in the inner wall for being bi-directionally connected crawler belt (3023) left end, described to be bi-directionally connected crawler belt
(3023) inner wall of right end is installed in the outer surface of connection rotation axis (3029), the lower end welding of the connection rotation axis (3029)
The right end of upper end in groove thread spindle (30210), the groove thread spindle (30210) is movably connected on intermittent drive mechanism
(310) left end is meshed in reciprocal bindiny mechanism (301) right end on front side of half-thread support shaft (30212) left end
Downside.
5. a kind of aquatic product cold storage mechanism as described in claim 1 or 4, it is characterised in that：The reciprocal bindiny mechanism (301)
By rotation thread spindle (3011), two-way groove axis (3012), groove Limit Bearing (3013), middle part rotating horizontal pole (3014), connect
It connects limiting plate (3015), fixed limiting plate (3016), No.1 drive link (3017), No. two drive links (3018), be threadedly coupled wheel
(3019) it forms, the threaded connection wheel is meshed on the outside of (3019) rear end under half-thread support shaft (30212) front end
Side, the front end outer side for being threadedly coupled wheel (3019) are mechanically connected to the lower end of No. two drive links (3018), No. two biographies
The upper end of lever (3018) is movably connected on the lower end of No.1 drive link (3017), the upper end dress of the No.1 drive link (3017)
Set on the lower end of connection limiting plate (3015), connection limiting plate (3015) the inner wall clearance fit is in middle part rotating horizontal pole
(3014) right end of outer surface, the middle part rotating horizontal pole (3014) is installed in the left end of fixed limiting plate (3016), described
The left end of middle part rotating horizontal pole (3014) is mechanically connected to the rear end of two-way groove axis (3012), the two-way groove axis (3012)
Upper end be movably connected on the lower ends of groove Limit Bearing (3013), the groove Limit Bearing (3013) and fixed limiting plate
(3016) upper end is welded in the upper end of support protection frame (305) inner wall, the lower end welding of the two-way groove axis (3012)
In the upper end of rotation thread spindle (3011).
6. a kind of aquatic product cold storage mechanism as described in claim 1, it is characterised in that：The gear drive (313) by
It is evacuated flabellum (3131), fixed Limit Bearing (3132), induction connecting band track (3133), lower threaded support wheel (3134), support
Half-thread axis (3135), driving belt (3136), upper threaded support wheel (3137) composition, the upper threaded support wheel (3137)
Front end is connected by driving belt (3136) with the front end of lower threaded support wheel (3134), the lower threaded support wheel (3134)
It is meshed on the outside of rear end in outside the front side of support half-thread axis (3135) upper end, the lower end of the support half-thread axis (3135)
Surface turns the inner wall for being set to induction connecting band track (3133) left end, and the right end of the induction connecting band track (3133) is mechanically connected to
It is evacuated the upper end of flabellum (3131), the lower end of the support half-thread axis (3135) is welded in the upper of fixed Limit Bearing (3132)
End.
7. a kind of aquatic product cold storage mechanism as described in claim 1 or 4, it is characterised in that：The intermittent drive mechanism (310)
It is convex by exhaust flabellum (3101), fixed idler whell (3102), head rod (3103), the second connecting rod (3104), support limit
Block (3105), intermittent rotary wheel (3106), transmission rope (3107), connection rotation screw thread wheel (3108) form, first connection
The left end of bar (3103) is movably connected on groove thread spindle (30210) right end, the right end installing of the head rod (3103)
Lower end in the second connecting rod (3104), before the upper mechanical of second connecting rod (3104) is connected to fixed idler whell (3102)
The outer surface in the outside at end, the fixed idler whell (3102) is welded in the inner wall of support limit convex block (3105), the support limit
The upper gap of position convex block (3105) is matched with the outer end of intermittent rotary wheel (3106), the front end of the intermittent rotary wheel (3106)
It is connected by transmission rope (3107) with the front end for connecting rotation screw thread wheel (3108), the connection rotation screw thread wheel (3108)
The outer surface that rear end is meshed in the middle part of the upper end of exhaust flabellum (3101), exhaust flabellum (3101) is through outlet mouth of pipe
(308) upper end.
8. a kind of aquatic product cold storage mechanism as described in claim 1, it is characterised in that：The outlet mouth of pipe (308) and air inlet
The outer surface of nozzle (312) lower end is installed in the left end of top pressure closure (4) lower end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810483739.0A CN108759227A (en) | 2018-05-19 | 2018-05-19 | A kind of aquatic product cold storage mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810483739.0A CN108759227A (en) | 2018-05-19 | 2018-05-19 | A kind of aquatic product cold storage mechanism |
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| Publication Number | Publication Date |
|---|---|
| CN108759227A true CN108759227A (en) | 2018-11-06 |
Family
ID=64007067
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810483739.0A Pending CN108759227A (en) | 2018-05-19 | 2018-05-19 | A kind of aquatic product cold storage mechanism |
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| CN (1) | CN108759227A (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1035438A (en) * | 1988-01-22 | 1989-09-13 | 株式会社日立制作所 | Deodoriser |
| CN2167334Y (en) * | 1993-04-08 | 1994-06-01 | 周东 | Deodorizing device for circulation type refrigerator |
| CN101086317A (en) * | 2006-06-06 | 2007-12-12 | 泰州乐金电子冷机有限公司 | Vacuum heat-insulation material for refrigerator and heat-insulation structure |
| CN206919489U (en) * | 2017-04-13 | 2018-01-23 | 广州冰凌达制冷设备有限公司 | Cryogenic freezing cabinet is used in one kind refrigeration |
| CN206944566U (en) * | 2017-05-23 | 2018-01-30 | 广东省农业科学院蚕业与农产品加工研究所 | Applied to recycle unit in the pressure of freezer sterilizing deodoring |
-
2018
- 2018-05-19 CN CN201810483739.0A patent/CN108759227A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1035438A (en) * | 1988-01-22 | 1989-09-13 | 株式会社日立制作所 | Deodoriser |
| CN2167334Y (en) * | 1993-04-08 | 1994-06-01 | 周东 | Deodorizing device for circulation type refrigerator |
| CN101086317A (en) * | 2006-06-06 | 2007-12-12 | 泰州乐金电子冷机有限公司 | Vacuum heat-insulation material for refrigerator and heat-insulation structure |
| CN206919489U (en) * | 2017-04-13 | 2018-01-23 | 广州冰凌达制冷设备有限公司 | Cryogenic freezing cabinet is used in one kind refrigeration |
| CN206944566U (en) * | 2017-05-23 | 2018-01-30 | 广东省农业科学院蚕业与农产品加工研究所 | Applied to recycle unit in the pressure of freezer sterilizing deodoring |
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Application publication date: 20181106 |