CN110243120A - A kind of ice cube processing unit (plant) - Google Patents
A kind of ice cube processing unit (plant) Download PDFInfo
- Publication number
- CN110243120A CN110243120A CN201910534973.6A CN201910534973A CN110243120A CN 110243120 A CN110243120 A CN 110243120A CN 201910534973 A CN201910534973 A CN 201910534973A CN 110243120 A CN110243120 A CN 110243120A
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- China
- Prior art keywords
- push
- ice
- fixedly mounted
- chamber
- water pump
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Classifications
-
- 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
- F25C—PRODUCING, WORKING OR HANDLING ICE
- F25C1/00—Producing ice
-
- 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
- F25C—PRODUCING, WORKING OR HANDLING ICE
- F25C5/00—Working or handling ice
- F25C5/02—Apparatus for disintegrating, removing or harvesting ice
- F25C5/04—Apparatus for disintegrating, removing or harvesting ice without the use of saws
- F25C5/046—Ice-crusher machines
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
The invention discloses a kind of ice cube processing unit (plant)s, including ice making box, ice making cavity is equipped in the ice making box, it further include the mechanism for ice maker being arranged in ice making cavity, refrigeration mechanism is equipped on the left of the mechanism for ice maker, compressor and cooler bin are equipped in the refrigeration mechanism, it is connected between compressor and cooler bin and is equipped with compression outlet pipe, temperature is provided by the cooling outlet pipe position mechanism for ice maker on the right side of cooler bin, the configuration of the present invention is simple, it is easy to operate, whole device passes through water pump mechanism automatic water-supply, in ice-making process, water resource can be reused, it does not waste, after the completion of ice making, ice cube can fall off from mechanism for ice maker automatically, fall into delivery device, without manual operation, reduce labour, reduce the time in ice-making process, and, delivery device is in conjunction with ice crushing mechanisms, process will be made ice and blends to merge together.
Description
Technical field
The present invention relates to ice cube production technical field, specially a kind of ice cube processing unit (plant).
Background technique
Ice cube manufacture is that water is generated a process of ice, ice cube is for aquatic products, meat, vegetable by refrigeration decorum cooling
There is extremely important effect on the food fresh-keepings such as dish, when long-distance transport is with long range fishing, it is also desirable to use ice cube.
In the prior art, ice cube processing unit (plant) is needed to feed the water into ice making box manually, made ice during ice making
Cheng Hou, ice is manually taken out, then blended again from ice making box, and a large amount of water resource is wasted in ice-making process, wastes labor
Power, process can not be combined together, and waste ice making time, and therefore, it is necessary to one kind to add water to ice making box automatically, and
Water resource can be reused, the ice cube processing unit (plant) for the processes such as making ice and blending and merge.
Summary of the invention
The purpose of the present invention is to provide a kind of ice cube processing unit (plant)s, for overcoming drawbacks described above in the prior art.
A kind of ice cube processing unit (plant) of embodiment according to the present invention, including ice making box, the ice making box is interior to be equipped with ice making
Chamber further includes the mechanism for ice maker being arranged in ice making cavity, is equipped with refrigeration mechanism on the left of the mechanism for ice maker, in the refrigeration mechanism
It is connected to equipped with compressor and cooler bin, between compressor and cooler bin and is equipped with compression outlet pipe, gone out by the cooling on the right side of cooler bin
Pipe position mechanism for ice maker provides temperature, and the control panel in the refrigeration mechanism is controlled by articulated manner and moved down on catch bar thereon
Dynamic, the temperature of wind of the main piece of control refrigeration mechanism of the secondary block of promotion and promotion to the mechanism for ice maker on catch bar is described
It is equipped with water pump mechanism on rear side of mechanism for ice maker, is equipped with water pump in the water pump mechanism, water pump is sent water by water pump outlet pipe thereon
Enter the mechanism for ice maker, connection water pump master enters pipe below water pump, and water pump master enters to be fixedly connected water pump pair on pipe and enters pipe, and water pump pair enters
It is additionally provided with water connecting tube on rear side of pipe, is located at below the water pump mechanism and is equipped with delivery device, the delivery device is by pushing away in it
Power transmission machine provides power, pushes ice cube to move by the push mobile jib rotation on front side of control pushing motor, in the delivery device
Magnet control closure, selecting ice cube to enter the container case on the right side being located in ice making box, still to enter the delivery device left
The power of the ice crushing mechanisms of side, the ice crushing mechanisms is provided by pushing motor, drives the ice crusher by push mobile jib transmission
Bar rotation is blended in structure, the crushing blade blended on bar blends ice cube, the container case on right side is subsequently entered, left and right
Container case can be hauled out from the loading chamber of ice making box or so.
Further technical solution, the refrigeration mechanism include the compression chamber being arranged in the ice making box, the compression
Compressor is fixedly mounted between chamber roof and bottom wall, the left end face fixed installation of the compressor is compressed into pipe, the compression
Compression outlet pipe is fixedly mounted in machine right end face, and cooler bin, the cooler bin right side is fixedly mounted in the compression outlet pipe right end face
Cooling outlet pipe is fixedly mounted in end face, and compression heat pipe is installed in the fixed connection of the compression outlet pipe top end surface, and the compression heat pipe is right
Side bottom end face is fixed with rubber tube, symmetrical fixed installation heat pipe fixed plate before and after the ice making cavity roof, the front and back heat
It is fixedly mounted between pipe fixed plate and send hot tank bar, described that the installation that is rotatably assorted on hot tank bar is sent to send hot tank, described send in hot tank sets
There is the hot chamber that send being open to the left, described that the intracavitary fixed installation of heat is sent to send hot hole, the rubber tube send hot chamber to be connected to described, institute
It states to be equipped with above compression heat pipe and pushes secondary chamber, being equipped in the compression heat pipe can be with the promotion pair for pushing secondary chamber to be slidably matched
Block, the cooling outlet pipe lower section, which is equipped with, pushes main chamber, is slidably installed in the promotion main chamber and pushes main piece, the promotion is secondary
Block bottom end face is fixedly mounted through the catch bar for pushing main piece and the ice making box.
Further technical solution, the mechanism for ice maker include the ice making for being fixedly mounted on the ice making cavity inner left wall
Device, the ice maker is interior to be equipped with ice maker chamber, and ice making alloy vessel, the ice making is fixedly mounted in inner wall on the right side of the ice maker chamber
Every row is designed with ice making alloy vessel hole in alloy vessel, and side is symmetrical above and below before and after the ice maker chamber is equipped with ice maker hole, institute
It states ice making cavity bottom end face front and back and hinged fixed plate is symmetrically fixedly mounted, be fixedly mounted in the hinged fixed plate of front and back hinged secondary
Bar is rotatably assorted in the hinged secondary bar and installs hinged secondary block, and control panel is fixedly mounted in the hinged secondary block top end surface, described
The control rotating bar for the installation that is rotatably assorted with inner wall before and after the ice making cavity, the control panel top end are fixedly mounted in control panel
Control-rod block is fixedly mounted in face, and hinged spring, control panel top end surface position is fixedly mounted in the control panel bottom end face
On the left of the control-rod block front and back it is symmetrical be fixedly mounted it is main piece hinged, front and back it is described it is main piece hinged between be fixedly mounted it is hinged
Mobile jib, the hinged mobile jib and the catch bar are rotatably assorted installation.
Further technical solution, the water pump mechanism include the water pump chamber on rear side of the ice making cavity, the water pump
Water pump outlet pipe is fixedly mounted in the top end surface of intracavitary fixed installation water pump, the water pump, and the water pump outlet pipe, which upwardly extends, to be located at
It is fixedly mounted above the ice making alloy vessel with the ice making cavity front inner wall, the water pump outlet pipe bottom end face is equipped with a row
Water pumps out pore, and a pair of of climbing is symmetrically fixedly mounted on the ice making cavity roof, and the climbing and the water pump outlet pipe are solid
It is fixed, main water sucting cavity is equipped on rear side of the control panel, the water pump bottom end face is fixedly mounted through the main water sucting cavity roof
Water pump master enters pipe, and secondary water sucting cavity is equipped with below the main water sucting cavity, and the control panel rotation is just connected to the secondary water sucting cavity,
The water pump master enters the water pump pair that pipe back end surface is fixedly connected through the secondary water sucting cavity roof and enters pipe, in the pair water sucting cavity
Equipped with the water connecting tube being in communication with the outside through the ice making box.
Further technical solution, the delivery device include the push chamber below the ice making cavity, the promotion
It is equipped with push main chamber on rear side of chamber, pushing motor is fixedly mounted in inner wall on rear side of the push main chamber, the pushing motor is forward
Push mobile jib is fixedly mounted in the front end face of output shaft, and a pair of of push mobile jib limited block, institute are fixedly mounted on the push mobile jib
It states push mobile jib front end face and eccentric wheel is fixedly mounted, be slidably installed pushing block in the push chamber, and the pushing block is right
Fixed installation push the spring symmetrical above and below between inner wall on the right side of side end face and the push chamber, it is solid in the pushing block back end surface
Dingan County fills eccentric wheel block, and the eccentric wheel can push the eccentric wheel block, be equipped with below the push main chamber and push secondary chamber,
Be rotatably assorted between inner wall installation push secondary bar before and after the secondary chamber of the push, is equipped with thread cavity, the spiral shell below the push chamber
Whole ice chamber below line chamber extends through forward the thread cavity rear side inner wall equipped with the push secondary bar, before the push secondary bar
Side end face, which is fixedly mounted, pushes secondary bevel gear, and a pair of of push secondary bar limited block, the push are fixedly mounted in the push secondary bar
Transmission is coupled the main belt of push between secondary bar limited block and the push mobile jib limited block, is located at institute in the push secondary bar
It states and push gear is fixedly mounted on front side of push secondary bar limited block, be slidably installed threaded block in the thread cavity, the screw thread
The threaded hole of opening to the right is equipped in block, the installation that is rotatably assorted between the push drive cavity and the thread cavity is through the system
The threaded rod of refrigerator, the threaded rod and the threaded hole are threadedly engaged installation, and a pair of of electromagnetism is fixedly mounted in the threaded rod
Push master bevel gear, the push master bevel gear and the secondary bevel gear of the push is fixedly mounted in iron, the threaded rod right end face
Engagement, the interior bilateral symmetry of the ice making box are equipped with container case, the container chamber of opening upwards are equipped in the container case of left and right.
Further technical solution, the ice crushing mechanisms includes the trash ice chamber being arranged in below the push chamber, described broken
The installation that is rotatably assorted between ice chamber front inner wall and the secondary chamber of the push blends bar, and described blend is located at the secondary chamber of the push on bar
Interior fixed installation blends gear, is located on front side of the push secondary bar limited block in the push secondary bar and push gear is fixedly mounted,
The push gear and it is described blend between gear transmission and be coupled the secondary belt of push, described blend is located at the trash ice on bar
Loading platform, fixed peace in the ice making cavity roof is fixedly mounted in intracavitary fixed installation crushing blade, ice making box left and right sides end face
Lamp holder is filled, light bulb is fixedly mounted in the lamp holder bottom end face, and be rotatably assorted in inner wall installation sliding door bar on the right side of the ice making cavity, institute
It states and sliding door is fixedly mounted on sliding door bar, handle is fixedly mounted in the sliding door right end face.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, whole device is supplied automatically by water pump mechanism
Water can reuse water resource, not waste in ice-making process, and after the completion of ice making, ice cube can take off from mechanism for ice maker automatically
It falls, falls into delivery device, be not necessarily to manual operation, reduce labour, reduce the time in ice-making process, also, delivery device
In conjunction with ice crushing mechanisms, it will make ice and blend process and merge together, be worthy to be popularized.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the schematic cross-sectional view of A-A in Fig. 1；
Fig. 3 is the schematic cross-sectional view of B-B in Fig. 2；
Fig. 4 is the structural schematic diagram of serial number ice making alloy vessel.
Specific embodiment
Below with reference to Fig. 1-4, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-4, a kind of ice cube processing unit (plant) of embodiment according to the present invention, including ice making box 11, the ice making
It is equipped with ice making cavity 49 in case 11, further includes the mechanism for ice maker being arranged in ice making cavity 49, refrigeration is equipped on the left of the mechanism for ice maker
Mechanism, the refrigeration mechanism is interior to be equipped with compressor 12 and cooler bin 61, is connected between compressor 12 and cooler bin 61 and is equipped with compression
Outlet pipe 15 provides temperature by 60 mechanism for ice maker of cooling outlet pipe on 61 right side of cooler bin, the control panel in the refrigeration mechanism
24 are moved up and down by the catch bar 18 that articulated manner controls thereon, main piece 17 control of the promotion pair block 59 on catch bar 18 and promotion
Make the refrigeration mechanism to the mechanism for ice maker wind temperature, be equipped with water pump mechanism, the water pump on rear side of the mechanism for ice maker
Water pump 80 is equipped in mechanism, water pump 80 feeds the water into the mechanism for ice maker by water pump outlet pipe 92 thereon, connects below water pump 80
Water pump master enters pipe 79, and water pump master enters to be fixedly connected water pump pair on pipe 79 and enters pipe 76, and water pump pair enters to be additionally provided with water company on rear side of pipe 76
Adapter tube 77 is located at below the water pump mechanism and is equipped with delivery device, and the delivery device is provided dynamic by the pushing motor 73 in it
Power pushes ice cube movement by the rotation of push mobile jib 87 of 73 front side of control pushing motor, the electromagnet in the delivery device
88 control closures select ice cube to enter the container case 27 on the right side being located in ice making box 11 or enter on the left of the delivery device
Ice crushing mechanisms, the power of the ice crushing mechanisms provides by pushing motor 73, passes through the push transmission of mobile jib 87 and drives the trash ice
Within the organization to blend the rotation of bar 66, the crushing blade 64 blended on bar 66 blends ice cube, subsequently enters the container on right side
The container case 27 of case 27, left and right can be hauled out from the loading chamber 89 of ice making box 11 or so.
Valuably or illustratively, the refrigeration mechanism includes the compression chamber 13 being arranged in the ice making box 11, described
Compressor 12 is fixedly mounted between 13 roof of compression chamber and bottom wall, the left end face fixed installation of the compressor 12 is compressed into pipe
14, compression outlet pipe 15 is fixedly mounted in 12 right end face of compressor, and cooling is fixedly mounted in 15 right end face of compression outlet pipe
Cooling outlet pipe 60, the fixed connection peace of 15 top end surface of compression outlet pipe is fixedly mounted in case 61,61 right end face of cooler bin
Dress compression heat pipe 62, the 62 bottom right side end face of compression heat pipe are fixed with rubber tube 55,49 roof of the ice making cavity front and back
It is symmetrical that heat pipe fixed plate 56 is fixedly mounted, it is fixedly mounted between the heat pipe fixed plate 56 of front and back and send hot tank bar 91, it is described to send heat
Hot tank 54 is sent in the installation that is rotatably assorted on case bar 91, described to send equipped with the hot chamber 53 that send being open to the left in hot tank 54, described to send hot chamber
It is fixedly mounted in 53 and send hot hole 52, the rubber tube 55 send hot chamber 53 to be connected to described, is equipped with and pushes away above the compression heat pipe 62
Dynamic pair chamber 58, interior be equipped with of the compression heat pipe 62 can be with the promotion pair block 59 for pushing secondary chamber 58 to be slidably matched, the cooling
It is equipped with below outlet pipe 60 and pushes main chamber 16, be slidably installed in the promotion main chamber 16 and push main piece 17, the secondary block of the promotion
59 bottom end faces are fixedly mounted through the catch bar 18 for pushing main piece 17 and the ice making box 11, so that compressor 12 opens
It is dynamic, air is pumped into from pipe 14 is compressed into, cooler bin 61 is entered by compression outlet pipe 15 after overcompression, cooler bin 61 is compression
Air cooling pass through cooling outlet pipe 60 and enter mechanism for ice maker, when pushing main piece 17 to move up, push secondary block 59 to enter and push away
Dynamic pair chamber 58 pushes main piece 17 to enter cooling outlet pipe 60, and compressed air, which is entered from compression heat pipe 62 by rubber tube 55, to be sent
Hot chamber 53, from sending hot hole 52 to blow to mechanism for ice maker.
Valuably or illustratively, the mechanism for ice maker includes the ice making for being fixedly mounted on 49 inner left wall of ice making cavity
Device 90, the ice maker 90 is interior to be equipped with ice maker chamber 20, and ice making alloy vessel is fixedly mounted in the 20 right side inner wall of ice maker chamber
19, every row is designed with ice making alloy vessel hole 86 in the ice making alloy vessel 19, right above and below the 20 front and back side of ice maker chamber
Claim to be equipped with ice maker hole 21, hinged fixed plate 33, the front and back hinge is symmetrically fixedly mounted before and after 49 bottom end face of ice making cavity
It connects and hinged secondary bar 32 is fixedly mounted in fixed plate 33, be rotatably assorted in the hinged secondary bar 32 and hinged secondary block 31, the hinge are installed
It connects secondary 31 top end surface of block and control panel 24 is fixedly mounted, be fixedly mounted and the 49 front and back inner wall of ice making cavity in the control panel 24
Be rotatably assorted the control rotating bar 30 of installation, and control-rod block 45, the control is fixedly mounted in 24 top end surface of control panel
Hinged spring 25 is fixedly mounted in 24 bottom end face of plate, before 24 top end surface of control panel is located at 45 left side of control-rod block
Afterwards it is symmetrical be fixedly mounted it is main piece 23 hinged, front and back it is described it is main piece 23 hinged between hinged mobile jib 22, the hinged master is fixedly mounted
Bar 22 and the catch bar 18 are rotatably assorted installation, so that water falls into ice making alloy vessel 19 under water pump mechanism, by making ice
Alloy vessel hole 86 enters ice maker chamber 20, closes to ice making throughout entire ice making alloy vessel 19, the cold air of cooling outlet pipe 60
Golden container 19 cools down, and water starts to freeze, and after the completion of icing, the water of water pump mechanism is from ice making 19 right-hand end surface current of alloy vessel
Under, control panel 24 rotates, and catch bar 18 is pushed to move up, and causes compressed air to enter from compression heat pipe 62 and send hot chamber 53, presses
Contracting air themperature is higher, heats to ice making alloy vessel 19, and ice cube, which slightly melts from ice making alloy vessel 19, falls into pusher
Structure.
Valuably or illustratively, the water pump mechanism includes the water pump chamber 81 positioned at 49 rear side of ice making cavity, described
Water pump 80 is fixedly mounted in water pump chamber 81, water pump outlet pipe 92, the water pump outlet pipe is fixedly mounted in the top end surface of the water pump 80
92 upwardly extend and are fixedly mounted above the ice making alloy vessel 19 with 49 front inner wall of ice making cavity, and the water pumps out
92 bottom end face of pipe is equipped with a draining pump-out pipe hole 63, and a pair of of climbing is symmetrically fixedly mounted on 49 roof of ice making cavity
57, the climbing 57 is fixed with the water pump outlet pipe 92, and main water sucting cavity 78,80 bottom of water pump are equipped on rear side of the control panel 24
End surface fixed installation enters pipe 79 through the water pump master of main 78 roof of water sucting cavity, and secondary inhale is equipped with below the main water sucting cavity 78
Water cavity 75, the rotation of control panel 24 are just connected to the secondary water sucting cavity 75, and the water pump master enters 79 back end surface of pipe and fixes
Connection enters pipe 76 through the water pump pair of 75 roof of the secondary water sucting cavity, is equipped in the pair water sucting cavity 75 and runs through the ice making box 11
The water connecting tube 77 being in communication with the outside, so that water pump 80 starts, water enters secondary water sucting cavity 75 by water connecting tube 77, and water pump 80 will
Water enters pipe 76 by water pump pair and is pumped into, and from water pump outlet pipe 92, into mechanism for ice maker, water flows into control by ice making alloy vessel 19
Plate 24 flows into main water sucting cavity 78 by control panel 24, and water pump 80 enters pipe 79 by water pump master and is pumped into the water in main water sucting cavity 78,
When control panel 24 rotates, extra water enters secondary water sucting cavity 75, and water pump 80, which enters pipe 76 by water pump pair, to be continued to draw water.
Valuably or illustratively, the delivery device includes the push chamber 42 positioned at 49 lower section of ice making cavity, described
It is equipped with push main chamber 74 on rear side of push chamber 42, pushing motor 73 is fixedly mounted in the 74 rear side inner wall of push main chamber, it is described to push away
Push mobile jib 87 is fixedly mounted in the front end face of the forward output shaft of power transmission machine 73, is fixedly mounted on the push mobile jib 87 a pair of
Mobile jib limited block 72 is pushed, eccentric wheel 85 is fixedly mounted in 87 front end face of push mobile jib, and sliding is matched in the push chamber 42
Close installation pushing block 43, fixed installation symmetrical above and below between 42 right side inner wall of 43 right end face of pushing block and the push chamber
Push the spring 44, eccentric wheel block 84 is fixedly mounted in 43 back end surface of pushing block, and the eccentric wheel 85 can push described
Eccentric wheel block 84 is equipped with below the push main chamber 74 and pushes secondary chamber 68, rotates between the push pair 68 front and back inner wall of chamber
It is coupled push secondary bar 70, thread cavity 38 is equipped with below the push chamber 42, the 38 whole ice chamber 35 in lower section of thread cavity is equipped with
The push secondary bar 70 extends through forward the 38 rear side inner wall of thread cavity, and 70 front end face of push secondary bar is fixedly mounted
Secondary bevel gear 41 is pushed, a pair of of push secondary bar limited block 69, the push secondary bar limit are fixedly mounted in the push secondary bar 70
Transmission is coupled the main belt 71 of push between block 69 and the push mobile jib limited block 72, is located at institute in the push secondary bar 70
It states and push gear 67 is fixedly mounted on front side of push secondary bar limited block 69, be slidably installed threaded block 34 in the thread cavity 38,
It is equipped with the threaded hole 36 of opening to the right in the threaded block 34, rotates and matches between the push drive cavity 39 and the thread cavity 38
The threaded rod 37 that installation runs through the ice making box 11 is closed, the threaded rod 37 is threadedly engaged installation with the threaded hole 36, described
A pair of of electromagnet 88 is fixedly mounted in threaded rod 37, push master bevel gear 40, institute is fixedly mounted in 37 right end face of threaded rod
Push master bevel gear 40 to be stated to engage with the secondary bevel gear 41 of the push, bilateral symmetry is equipped with container case 27 in the ice making box 11,
The container chamber 28 that opening upwards are equipped in the container case 27 of left and right drives 87 turns of mobile jib of push so that pushing motor 73 starts
Dynamic, push mobile jib limited block 72 drives push secondary bar 70 to rotate by pushing the main transmission of belt 71, and the push rotation of secondary bar 70 drives
It pushes secondary bevel gear 41 to rotate, pushes secondary bevel gear 41 and drive threaded rod 37 to rotate by engaging with push master bevel gear 40, make
Obtaining threaded block 34 can move left and right, and the rotation of eccentric wheel 85 pushes eccentric wheel block 84 to move left and right, so that pushing block 43 or so
It is mobile, it will be in the container case 27 on ice cube push-in right side.
Valuably or illustratively, the ice crushing mechanisms includes the trash ice chamber 26 being arranged in below the push chamber 42, institute
It states the installation that is rotatably assorted between 26 front inner wall of trash ice chamber and the secondary chamber 68 of the push and blends bar 66, described blend is located on bar 66
It is fixedly mounted in the secondary chamber 68 of the push and blends gear 82, before being located at the push secondary bar limited block 69 in the push secondary bar 70
Side is fixedly mounted push gear 67, the push gear 67 and described blend between gear 82 transmission and is coupled push pair belt
83, described blend is located at the interior fixed installation crushing blade 64 of the trash ice chamber 26 on bar 66,11 left and right sides end face of ice making box is solid
Dingan County fills loading platform 29, and lamp holder 51 is fixedly mounted in 49 roof of ice making cavity, and lamp is fixedly mounted in 51 bottom end face of lamp holder
50 are steeped, be rotatably assorted installation sliding door bar 48 in the 49 right side inner wall of ice making cavity, sliding door 47 is fixedly mounted on the sliding door bar 48,
Handle 46 is fixedly mounted in 47 right end faces of the sliding door, drives push gear 67 to rotate to push the rotation of secondary bar 70, pushes tooth
It takes turns 67 and blends the rotation of gear 82 by pushing the pair transmission drive of belt 83, blend the rotation drive of gear 82 and blend the rotation of bar 66, stir
Crushing blade 64 on broken bar 66 blends ice cube, and the ice after blending enters in the container case 27 in left side.
When use, water pump 80 starts, and water enters secondary water sucting cavity 75 by water connecting tube 77, and water is passed through water by water pump 80
Pump pair enters the suction of pipe 76, sends out from water pump outlet pipe 92, into mechanism for ice maker, by ice making alloy vessel hole 86 throughout entire ice making
Alloy vessel 19, compressor 12 start, air are pumped into from pipe 14 is compressed into, cold by the compression entrance of outlet pipe 15 after overcompression
The air cooling of compression is passed through cooling outlet pipe 60 and enters mechanism for ice maker by but case 61, cooler bin 61, and cold air enters ice maker chamber
20, cool down to ice making alloy vessel 19, water starts to freeze, and after the completion of icing, the water of water pump mechanism is from ice making alloy vessel
19 right end faces flow down, and control panel 24 rotates, and catch bar 18 is pushed to move up, and push secondary block 59 to enter and push secondary chamber 58, push away
It moves main piece 17 and enters cooling outlet pipe 60, compressed air, which is entered from compression heat pipe 62 by rubber tube 55, send hot chamber 53, compresses
Air themperature is higher, heats to ice making alloy vessel 19, and ice cube, which slightly melts from ice making alloy vessel 19, falls into delivery device,
Water flows into control panel 24 by ice making alloy vessel 19, flows into main water sucting cavity 78 by control panel 24, water pump 80 passes through water pump master
Enter pipe 79 to be pumped into the water in main water sucting cavity 78, when control panel 24 rotates, extra water enters secondary water sucting cavity 75, and water pump 80 passes through
Water pump pair enters pipe 76 and continues to draw water, and pushing motor 73 starts, and drives push mobile jib 87 to rotate, push mobile jib limited block 72 is by pushing away
It send the main transmission of belt 71 to drive and pushes the rotation of secondary bar 70, the push rotation of secondary bar 70 drives push pair bevel gear 41 to rotate, and push is secondary
Bevel gear 41 drives threaded rod 37 to rotate by engaging with push master bevel gear 40, and electromagnet 88 is attracted, and threaded block 34 moves right
Dynamic, the rotation of eccentric wheel 85 pushes eccentric wheel block 84 to move left and right, so that pushing block 43 moves left and right, by ice cube push-in right side
In container case 27, electromagnet 88 repels, and the push rotation of secondary bar 70 drives push gear 67 to rotate, and push gear 67 is secondary by push
The transmission of belt 83, which drives, blends the rotation of gear 82, blends the rotation drive of gear 82 and blends the rotation of bar 66, blends blending on bar 66
The ice cube that blade 64 pushes pushing block 43 blends, and the ice after blending enters in the container case 27 in left side.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, whole device is supplied automatically by water pump mechanism
Water can reuse water resource, not waste in ice-making process, and after the completion of ice making, ice cube can take off from mechanism for ice maker automatically
It falls, falls into delivery device, be not necessarily to manual operation, reduce labour, reduce the time in ice-making process, also, delivery device
In conjunction with ice crushing mechanisms, it will make ice and blend process and merge together, be worthy to be popularized.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (6)
1. a kind of ice cube processing unit (plant), including ice making box, it is characterised in that: be equipped with ice making cavity in the ice making box, further include setting
The mechanism for ice maker in ice making cavity is set, refrigeration mechanism is equipped on the left of the mechanism for ice maker, is equipped with compressor in the refrigeration mechanism
And cooler bin, it is connected between compressor and cooler bin and is equipped with compression outlet pipe, pass through the cooling outlet pipe position ice machine on the right side of cooler bin
Structure provides temperature, and the control panel in the refrigeration mechanism is moved up and down by the catch bar that articulated manner controls thereon, catch bar
On the secondary block of promotion and push the temperature of wind of the main piece of control refrigeration mechanism to the mechanism for ice maker, after the mechanism for ice maker
Side is equipped with water pump mechanism, is equipped with water pump in the water pump mechanism, water pump feeds the water into the ice making by water pump outlet pipe thereon
Mechanism, water pump lower section connection water pump master enter pipe, and water pump master enters to be fixedly connected water pump pair on pipe and enters pipe, and water pump pair enters also to be set on rear side of pipe
There is water connecting tube, be located at below the water pump mechanism and be equipped with delivery device, the delivery device is provided by the pushing motor in it
Power pushes ice cube movement by the push mobile jib rotation on front side of control pushing motor, the electromagnet control in the delivery device
System closure, the container case for selecting ice cube to enter the right side being located in ice making box still enter the ice crusher on the left of the delivery device
The power of structure, the ice crushing mechanisms is provided by pushing motor, drives blending in the ice crushing mechanisms by push mobile jib transmission
Bar rotation, the crushing blade blended on bar blends ice cube, subsequently enters the container case on right side, and the container case of left and right can be with
It is hauled out from the loading chamber of ice making box or so.
2. a kind of ice cube processing unit (plant) according to claim 1, it is characterised in that: the refrigeration mechanism includes being arranged in institute
The compression chamber in ice making box is stated, compressor, the left-hand end of the compressor are fixedly mounted between the compression chamber roof and bottom wall
Face, which is fixedly mounted, is compressed into pipe, and compression outlet pipe is fixedly mounted in the compressor right end face, and the compression outlet pipe right end face is solid
Dingan County fills cooler bin, and cooling outlet pipe, the fixed connection of the compression outlet pipe top end surface is fixedly mounted in the cooler bin right end face
Installation compression heat pipe, compression heat pipe bottom right side end face are fixed with rubber tube, and the ice making cavity roof front and back is symmetrical solid
Dingan County fills heat pipe fixed plate, is fixedly mounted between the heat pipe fixed plate of front and back and send hot tank bar, described that rotation on hot tank bar is sent to match
It closes installation and send hot tank, it is described to send equipped with the hot chamber that send being open to the left in hot tank, it is described that the intracavitary fixed installation of heat is sent to send hot hole, it is described
Rubber tube send hot chamber to be connected to described, is equipped with above the compression heat pipe and pushes secondary chamber, being equipped in the compression heat pipe can be with institute
The promotion pair block for pushing secondary chamber to be slidably matched is stated, is equipped with below the cooling outlet pipe and pushes main chamber, sliding in the promotion main chamber
It is coupled main piece of promotion, it is described to push secondary block bottom end face to be fixedly mounted to push pushing away for main piece and the ice making box through described
Lever.
3. a kind of ice cube processing unit (plant) according to claim 1, it is characterised in that: the mechanism for ice maker includes being fixedly mounted
Ice maker chamber is equipped in the ice maker of the ice making cavity inner left wall, the ice maker, inner wall is solid on the right side of the ice maker chamber
Dingan County's dress makes ice alloy vessel, and every row, which is designed with, in the ice making alloy vessel makes ice alloy vessel hole, before the ice maker chamber
Rear side is symmetrical above and below to be equipped with ice maker hole, and hinged fixed plate, front and back institute is symmetrically fixedly mounted before and after the ice making cavity bottom end face
It states and hinged secondary bar is fixedly mounted in hinged fixed plate, be rotatably assorted in the hinged secondary bar and hinged secondary block, the hinged pair are installed
Control panel is fixedly mounted in block top end surface, is fixedly mounted in the control panel and is rotatably assorted installation with inner wall before and after the ice making cavity
Control rotating bar, control-rod block is fixedly mounted in the control panel top end surface, and the control panel bottom end face is fixedly mounted
Hinged spring, the control panel top end surface is located at front and back on the left of the control-rod block, and symmetrically fixed installation is main piece hinged, preceding
It is fixedly mounted hinged mobile jib between described hinged main piece afterwards, the hinged mobile jib and the catch bar are rotatably assorted installation.
4. a kind of ice cube processing unit (plant) according to claim 1, it is characterised in that: the water pump mechanism includes positioned at described
Water pump chamber on rear side of ice making cavity, the intracavitary fixed installation water pump of water pump, the top end surface of the water pump are fixedly mounted water and pump out
Pipe, the water pump outlet pipe, which is upwardly extended, to be fixedly mounted above the ice making alloy vessel with the ice making cavity front inner wall,
The water pump outlet pipe bottom end face is equipped with a draining pump-out pipe hole, and a pair of embrace symmetrically is fixedly mounted on the ice making cavity roof
It climbs, the climbing is fixed with the water pump outlet pipe, and main water sucting cavity is equipped on rear side of the control panel, and the water pump bottom end face is fixed
Installation enters pipe through the water pump master of the main water sucting cavity roof, and secondary water sucting cavity, the control panel are equipped with below the main water sucting cavity
Rotation is just connected to the secondary water sucting cavity, and the water pump master enters pipe back end surface and is fixedly connected through the secondary water sucting cavity roof
Water pump pair enter pipe, be equipped with the water connecting tube being in communication with the outside through the ice making box in the pair water sucting cavity.
5. a kind of ice cube processing unit (plant) according to claim 1, it is characterised in that: the delivery device includes positioned at described
Push chamber below ice making cavity, the push chamber rear side are equipped with push main chamber, fixed installation in inner wall on rear side of the push main chamber
Pushing motor, the front end face of the forward output shaft of pushing motor, which is fixedly mounted, pushes mobile jib, solid on the push mobile jib
Eccentric wheel, sliding in the push chamber is fixedly mounted in a pair of of push mobile jib limited block of Dingan County's dress, the push mobile jib front end face
It is coupled pushing block, fixed installation promotion symmetrical above and below between inner wall on the right side of the pushing block right end face and the push chamber
Spring, eccentric wheel block is fixedly mounted in the pushing block back end surface, and the eccentric wheel can push the eccentric wheel block, institute
It states to be equipped with below push main chamber and pushes secondary chamber, be rotatably assorted between inner wall installation push secondary bar before and after the secondary chamber of the push, described
Thread cavity is equipped with below push chamber, whole ice chamber below the thread cavity extends through forward the spiral shell equipped with the push secondary bar
Inner wall on rear side of line chamber, the push secondary bar front end face, which is fixedly mounted, pushes secondary bevel gear, is fixedly mounted in the push secondary bar
A pair of push secondary bar limited block, transmission is coupled push between the push secondary bar limited block and the push mobile jib limited block
Main belt, is located in the push secondary bar to be fixedly mounted on front side of the push secondary bar limited block and pushes gear, in the thread cavity
Be slidably installed threaded block, and the threaded hole of opening to the right, the push drive cavity and the screw thread are equipped in the threaded block
The installation that is rotatably assorted between chamber runs through the threaded rod of the ice making box, and the threaded rod and the threaded hole are threadedly engaged installation,
A pair of of electromagnet is fixedly mounted in the threaded rod, push master bevel gear is fixedly mounted in the threaded rod right end face, described to push away
Master bevel gear is sent to engage with the secondary bevel gear of the push, bilateral symmetry is equipped with container case, the left and right container in the ice making box
The container chamber of opening upwards is equipped in case.
6. a kind of ice cube processing unit (plant) according to claim 1, it is characterised in that: the ice crushing mechanisms includes being arranged in institute
The trash ice chamber below push chamber is stated, the installation that is rotatably assorted between the trash ice chamber front inner wall and the secondary chamber of the push blends bar,
Described blend blends gear positioned at the secondary intracavitary fixed installation of the push on bar, is located at the push secondary bar in the push secondary bar
It is fixedly mounted push gear on front side of limited block, the push gear and described blend transmission between gear and be coupled push pair skin
Band, described blend are located at the intracavitary fixed installation crushing blade of the trash ice on bar, dress is fixedly mounted in end face at left and right sides of ice making box
Load bed, the ice making cavity roof is interior to be fixedly mounted lamp holder, and light bulb, the ice making cavity right side is fixedly mounted in the lamp holder bottom end face
Be rotatably assorted installation sliding door bar in inner wall, sliding door is fixedly mounted on the sliding door bar, hand is fixedly mounted in the sliding door right end face
Handle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910534973.6A CN110243120A (en) | 2019-06-20 | 2019-06-20 | A kind of ice cube processing unit (plant) |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910534973.6A CN110243120A (en) | 2019-06-20 | 2019-06-20 | A kind of ice cube processing unit (plant) |
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| Publication Number | Publication Date |
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| CN110243120A true CN110243120A (en) | 2019-09-17 |
Family
ID=67888307
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910534973.6A Pending CN110243120A (en) | 2019-06-20 | 2019-06-20 | A kind of ice cube processing unit (plant) |
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| Country | Link |
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| CN (1) | CN110243120A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114537808A (en) * | 2022-02-28 | 2022-05-27 | 喀什职业技术学院 | Broken ice partial shipment device of cold chain commodity circulation |
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| US5042263A (en) * | 1990-08-13 | 1991-08-27 | Servend International, Inc. | Ice making machine with freeze and harvest control |
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| CN104764267A (en) * | 2008-11-09 | 2015-07-08 | 博西华家用电器有限公司 | Refrigerator and operation method thereof |
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| CN208223132U (en) * | 2018-04-25 | 2018-12-11 | 龙钜超洁净科技（苏州）有限公司 | A kind of dryer cold-hot wind switching device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5042263A (en) * | 1990-08-13 | 1991-08-27 | Servend International, Inc. | Ice making machine with freeze and harvest control |
| US5653114A (en) * | 1995-09-01 | 1997-08-05 | Nartron Corporation | Method and system for electronically controlling the location of the formation of ice within a closed loop water circulating unit |
| CN2334628Y (en) * | 1998-05-06 | 1999-08-25 | 洪文虎 | Improved cold/hot two-purpose article holding box system |
| CN104764267A (en) * | 2008-11-09 | 2015-07-08 | 博西华家用电器有限公司 | Refrigerator and operation method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114537808A (en) * | 2022-02-28 | 2022-05-27 | 喀什职业技术学院 | Broken ice partial shipment device of cold chain commodity circulation |
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Application publication date: 20190917 |