CN209202052U - Freeze production line - Google Patents
Freeze production line Download PDFInfo
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- CN209202052U CN209202052U CN201821371602.8U CN201821371602U CN209202052U CN 209202052 U CN209202052 U CN 209202052U CN 201821371602 U CN201821371602 U CN 201821371602U CN 209202052 U CN209202052 U CN 209202052U
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Abstract
The utility model provides a kind of freezing production line, by refrigeration unit, carries out continuing freezing to freezing tube assembly, and the freezing tube assembly after freezing in equipment compartment to being cooled down so that equipment compartment keeps low-temperature condition；Food is delivered to by progress first time frozen cooling in equipment compartment by the first conveying equipment again, food after freezing is transferred to the second conveying equipment from the first conveying equipment, and second of frozen cooling is carried out in equipment compartment, finally, the food after freezing is transferred out from the discharge outlet of equipment compartment.Since the freezing production line of the present embodiment conveys food using upper layer and lower layer conveying equipment, food residence time in equipment compartment is extended, so that food obtains abundant freezing processing, and then guarantees that treated food temperature meets actual production demand.Meanwhile second conveying equipment be located above or below the first conveying equipment, in this way, the freezing production line greatly reduces space size shared by the freezing production line under the premise of extending food residence time in equipment compartment.
Description
Technical field
The present invention relates to Refrigeration Technique fields, and in particular to freezing production line.
Background technique
Refrigeration Technique is by cooling down rapidly to object, so that the object reaches required temperature, to guarantee the object energy
Enough it is in stable state.Currently, Refrigeration Technique is widely used in food service industry, by being cooled down rapidly to food, make
It obtains food and keeps original nutritive value and apparent condition.Meanwhile but also food can be transported or be stored for a long time.
However, the freezing production line in traditional industry is in food product refrigeration process, it often can not be to assembly line
Food is sufficiently freezed, and so as to cause generation, the food of processing can not be cooled to required temperature.In this way, the food is in transportational process
In, it is easy to it thaws.Although during transportation, car can be equipped with refrigeration and carry out frozen cooling to food, by
Temperature can not be precisely controlled in interior refrigeration, therefore, the freezing for being not up to preset temperature for these itself is eaten
For product, still it is easy to happen during transportation rotten and loses original nutritive value.
Summary of the invention
In view of the above-mentioned problems in the prior art, the present invention provides a kind of freezing production lines, can sufficiently carry out to food cold
Freeze cooling.
The following technical solution is employed by the present invention:
A kind of freezing production line, comprising: equipment compartment, the equipment compartment are equipped with feed inlet and discharge port；First conveying equipment
With the second conveying equipment, first conveying equipment and second conveying equipment are respectively positioned in the equipment compartment, and described second
Conveying equipment is located at the either above or below of first conveying equipment, the output end of first conveying equipment and described second
The input terminal of conveying equipment connects, and first conveying equipment is used to convey food to second conveying equipment；Described first
The input terminal of conveying equipment is located at the feed inlet, and the output end of second conveying equipment is located at the discharge outlet；System
Cold group and freezing tube assembly, the refrigeration unit are connected to the freezing tube assembly, and the refrigeration unit is used for described cold
Frozen pipe component transporting cold-air, the freezing tube assembly are located in the equipment compartment, and it is defeated that the freezing tube assembly is located at described first
The side of equipment is sent, and the cooling pipe component is between first conveying equipment and second conveying equipment.
Preferably, first conveying equipment is U-shaped or approximate U-shaped conveying equipment, first conveying equipment it is defeated
Enter end, the output end of first conveying equipment and the feed inlet and is in side together.
Preferably, the freezing tube assembly includes the first freezing pipe and the second freezing pipe, first freezing pipe
It is connected to respectively with the refrigeration unit with second freezing pipe, and first freezing pipe and second freezing pipe
It is located at the two sides of first conveying equipment.
Preferably, freezing production line further includes the first cooling piece and the second cooling piece, first cooling piece and described the
The connection of one freezing pipe, second cooling piece are connect with second freezing pipe；First cooling piece and described second
Cooling piece is extended respectively along the length direction of first conveying equipment.
Preferably, first freezing pipe serpentine-like arrangement on first cooling piece；Second freezing pipe
The serpentine-like arrangement on second cooling piece.
Preferably, first cooling piece and second cooling piece all have accommodating chamber, and the accommodating chamber is provided with cold
Freeze medium；The cold air divergence hole being connected to the accommodating chamber is equipped on first cooling piece and second cooling piece.
Preferably, freezing production line further includes third conveying equipment, and the input terminal of the third conveying equipment is located at described
The output of first conveying equipment, the output end of the third conveying equipment are located at the input terminal of second conveying equipment
Place.
Preferably, multiple first partitions are equipped at intervals on the conveyor surface of the third conveying equipment；The third conveying is set
One end of standby separate second conveying equipment is equipped with baffle.
Preferably, freezing production line further includes feed hopper and the 4th conveying equipment, and the output end of the feed hopper is located at institute
The input end of the 4th conveying equipment is stated, the output end of the 4th conveying equipment is located at the input terminal of first conveying equipment
Place；Multiple second partitions are equipped at intervals on the conveyor surface of 4th conveying equipment.
Preferably, freezing production line further includes input pipe and efferent duct, and described freezing tube assembly one end passes through the output
Pipe is connected to the output end of the refrigeration unit, and the other end of the freezing tube assembly passes through the input pipe and the refrigeration machine
The input terminal connection of group.
The invention has the advantages that:
(1) food is conveyed by the first conveying equipment and the second conveying equipment, so that food cooling time in equipment compartment
Increase, is conducive to food and is sufficiently freezed in equipment compartment；
(2) second conveying equipments are located above or below the first conveying equipment, in this way, being conducive to reduce freezing production line institute
It takes up space；
(3) the first conveying equipment is designed to U-shaped or approximate U-shaped conveying equipment, is conducive to extend the food product refrigeration time, makes
Food is obtained more sufficiently to freeze；
(4) by the first cooling piece and the second cooling piece, so that food product refrigeration better effect；
(5) by third conveying equipment the first conveying equipment is connect with the second conveying equipment perfection, thus after freezing
Food can smoothly and stabilization be transferred on the second conveying equipment；Meanwhile by the 4th conveying equipment, so that in feed hopper
Food is delivered on the first conveying equipment, to realize, food is continuous and stable to be delivered on the first conveying equipment automatically, such as
This, is conducive to the processing efficiency for improving frozen food.
Detailed description of the invention
Fig. 1 is freezing production line structural schematic diagram；
Fig. 2 is the one visual angle figure of freezing production line in concealing device cabin；
Fig. 3 is another visual angle figure of freezing production line in concealing device cabin；
Fig. 4 is the partial sectional view of the first cooling piece.
Wherein, 100 be freezing production line, and 110 be equipment compartment, and 111 be feed inlet, and 112 be discharge port, and 113 be support base,
120 be the first conveying equipment, and 121 be the first actuator, and 130 be the second conveying equipment, and 131 be the second actuator, and 140 be refrigeration
Unit, 141 be efferent duct, and 142 be input pipe, and 150 be freezing tube assembly, and 151 be the first freezing pipe, and 152 be the second freezing
Pipe fitting, 160 be the first cooling piece, and 161 be the second cooling piece, and 162 be accommodating chamber, and 163 be refrigerant, and 164 dissipate for cold air
Hole, 170 be third conveying equipment, and 171 be first partition, and 172 be baffle, and 173 be third actuator, and 180 be feed hopper, 181
It is second partition for the 4th conveying equipment, 182,183 be fourth drive member, 184, mounting plate plate, 190 support frames.
Specific embodiment
The present invention is specifically described with reference to the accompanying drawing:
Referring to figs. 1 to Fig. 3, in one embodiment, a kind of freezing production line 100, including equipment compartment 110, first convey
Equipment 120, the second conveying equipment 130, refrigeration unit 140 and freezing pipe, equipment compartment 110 are equipped with feed inlet 111 and discharge port
112；First conveying equipment 120 and the second conveying equipment 130 are respectively positioned in equipment compartment 110, and the second conveying equipment 130 is located at first
The input terminal of the either above or below of conveying equipment 120, the output end of the first conveying equipment 120 and the second conveying equipment 130 connects
It connects, the first conveying equipment 120 is used to convey food to the second conveying equipment 130；The input terminal of first conveying equipment 120 be located at into
At material mouth 111, the output end of the second conveying equipment 130 is located at discharge port 112；Refrigeration unit 140 and freezing tube assembly 150 connect
Logical, refrigeration unit 140 is used for freezing 150 transporting cold-air of tube assembly, and freezing tube assembly 150 is located in equipment compartment 110, freezes
Tube assembly 150 is located at the side of the first conveying equipment 120, and cooling pipe component 150 is located at the first conveying equipment 120 and second
Between conveying equipment 130.
Above-mentioned freezing production line 100 carries out freezing tube assembly 150 to continue freezing, freezing by refrigeration unit 140
Freezing tube assembly 150 afterwards to cooled down in equipment compartment 110 so that equipment compartment 110 keep low-temperature condition；It is defeated by first again
Send equipment 120 that food is delivered in equipment compartment 110 progress first time frozen cooling, the food after freezing is from the first conveying equipment
It is transferred on the second conveying equipment 130 and is conveyed on 120, and carry out second of frozen cooling in equipment compartment 110, finally,
Food after freezing transfers out from the discharge port 112 of equipment compartment 110.Since the freezing production line 100 of the present embodiment is using upper
Lower two layers of conveying equipment conveys food, food residence time in equipment compartment 110 is extended, so that food obtains
Abundant freezing processing, and then guarantee that treated that food temperature meets actual production demand.Meanwhile the second conveying equipment 130
Above or below the first conveying equipment 120, in this way, the freezing production line 100 is when extension food stops in equipment compartment 110
Between under the premise of, greatly reduce space size shared by the freezing production line 100.Wherein, refrigeration unit 140 includes compressor
(class compressor subsystem), condenser, expansion valve, evaporator and control system.
Optionally, the first conveying equipment 120 and the second conveying equipment 130 are belt conveyor or chain-linked conveyer.
Specifically, the first conveying equipment 120 and the second conveying equipment 130 are all made of belt conveyor, the first conveying equipment
120 include first conveyer belt (not shown) and the first actuator 121, and first conveyer belt and the first actuator 121 are sequentially connected；
Second conveying equipment 130 includes the second conveyer belt (not shown) and the second actuator 131, the second conveyer belt and the second actuator
131 transmission connections.
Further, the first conveying equipment 120 is U-shaped or approximate U-shaped conveying equipment, the first conveying equipment 120 it is defeated
Enter end, the output end of the first conveying equipment 120 and feed inlet 111 and is in side together.It follows that the first conveying equipment 120
Input terminal and output end are respectively positioned at feed inlet 111, that is to say, the food on the first conveying equipment 120 is in equipment compartment 110
It is interior to be enclosed around one, in this way, extending cooling time of the food in equipment compartment 110, it is sufficiently cold in equipment compartment 110 to be conducive to food
Freeze.
Further, freezing tube assembly 150 includes the first freezing pipe 151 and the second freezing pipe 152.First freezing
Pipe fitting 151 is connected to refrigeration unit 140 respectively with the second freezing pipe 152, and the first freezing pipe 151 and the second freezing pipe
152 are located at the two sides of the first conveying equipment 120.It follows that cold air is delivered to the first freezing respectively by refrigeration unit 140
In pipe fitting 151 and the second freezing pipe 152, then by the first freezing pipe 151 and the second freezing pipe 152, to equipment compartment 110
Interior carry out frozen cooling.Since the first freezing pipe 151 and the second freezing pipe 152 are located at the first conveying equipment 120
Two sides, therefore, the first freezing pipe 151 and the second freezing pipe 152 can directly to the food on the first conveying equipment 120 into
Row frozen cooling, enables food fast cooling.
In one embodiment, freezing production line 100 further includes the first cooling piece 160 and the second cooling piece 161.First is cold
But part 160 is connect with the first freezing pipe 151, and the second cooling piece 161 is connect with the second freezing pipe 152.First cooling piece 160
Length direction with the second cooling piece 161 respectively along the first conveying equipment 120 is extended.It follows that the present embodiment is logical
The first freezing pipe 151 and the second freezing pipe 152 are crossed, the first cooling piece 160 and the second cooling piece 161 are freezed respectively
Cooling.The first cooling piece 160 and the second cooling piece 161 after cooling carry out frozen cooling to food respectively again.Due to first cold
But effective radiating surface of part 160 is greater than effective radiating surface of the first freezing pipe 151；Effective radiating surface of second cooling piece 161
Greater than effective radiating surface of the second freezing pipe 152, therefore, the present embodiment passes through the first cooling piece 160 and the second cooling piece
161, be conducive to the refrigerating effect for improving freezing production line 100.
Further, the first freezing pipe 151 serpentine-like arrangement on the first cooling piece 160.Second freezing pipe 152 exists
Serpentine-like arrangement on second cooling piece 161.In this way, being conducive to increase the first freezing pipe 151 and the first cooling piece 160, second
The contact area of freezing pipe 152 and the second cooling piece 161 is conducive to improve the first freezing pipe 151 and the second freezing pipe
152 respectively to the cooling effect of the first cooling piece 160 and the second cooling piece 161, so that food can be rapidly frozen
Cooling.
Further, it referring to FIG. 4, the first cooling piece 160 and the second cooling piece 161 all have accommodating chamber 162, accommodates
Chamber 162 is provided with refrigerant 163.It is equipped on first cooling piece 160 and the second cooling piece 161 and to be connected to accommodating chamber 162
Cold air divergence hole 164.In this way, by cold air divergence hole 164, so that the cold air on the first cooling piece 160 and the second cooling piece 161
It is quickly conducted to food, cooling can be rapidly frozen by being conducive to food, improve the refrigerating effect of food.Further, since this implementation
Example uses refrigerant 163, and therefore, when refrigeration unit 140 breaks down, refrigerant 163 can still transmit cold to food
Gas, to guarantee that freezing production line can continue to run.Wherein refrigerant 163 can be ice or dry ice.
In one embodiment, freezing production line 100 further includes third conveying equipment 170, third conveying equipment 170 it is defeated
Enter the output that end is located at the first conveying equipment 120, the output end of third conveying equipment 170 is located at the second conveying equipment 130
Input end.It is transferred on the second conveying equipment 130, has from the first conveying equipment 120 in this way, food is enabled to stablize
Conducive to the continuity for keeping freezing production line.
In a specific embodiment, third conveying equipment 170 is belt conveyor, and third conveying equipment 170 includes the
Three conveyer belt (not shown) and third actuator 173, third conveyer belt and third actuator 173 are sequentially connected.
Further, multiple first partitions 171 are equipped at intervals on the conveyor surface of third conveying equipment 170.By first every
Plate 171 enables food to carry out stablizing conveying from low to high.Far from the second conveying equipment 130 on third conveying equipment 170
One end is equipped with baffle 172, and when food is delivered to third conveying equipment 170 from the first conveying equipment 120, some food just fall
It falls in first partition 171 and does not fall on the conveyor surface of third conveying equipment 170, in this way, the food is easy to from
One end of three conveying equipments 170 drops out.Therefore, the present embodiment is equipped with baffle 172 on third conveying equipment 170, and purpose exists
In preventing food from dropping out from third conveying equipment 170.
In one embodiment, freezing production line 100 further includes feed hopper 180 and the 4th conveying equipment 181.Feed hopper
180 output end is located at the input end of the 4th conveying equipment 181, and the output end of the 4th conveying equipment 181 is located at the first conveying
The input end of equipment 120.In this way, enabling food to stablize on the 4th conveying equipment 181 by feed hopper 180.
Multiple second partitions 182 are equipped at intervals on the conveyor surface of 4th conveying equipment 181.In this way, making food by second partition 182
In the 4th conveying equipment 181 in interval conveying, to guarantee that the food being sent on the first conveying equipment 120 is in good order.
In a specific embodiment, the 4th conveying equipment 181 is belt conveyor, and the 4th conveying equipment 181 includes the
Four conveyer belt (not shown) and fourth drive member 183, the 4th conveyer belt and fourth drive member 183 are sequentially connected.Meanwhile feed hopper
180 are fixed in fourth drive member 183 by mounting plate 184, so that feed hopper 180 can be stablized to the 4th conveying equipment
181 feed.
In one embodiment, freezing production line 100 further includes input pipe 142 and efferent duct 141, freezes tube assembly 150
One end is connected to by efferent duct 141 with the output end of refrigeration unit 140, and the other end of freezing tube assembly 150 passes through input pipe 142
It is connected to the input terminal of refrigeration unit 140.In this way, the cold air in refrigeration unit 140 is enabled to stablize to freezing tube assembly 150
Conveying.
In a specific embodiment, in order to enable the overall structure of freezing production line 100 is more stable, the present embodiment is adopted
With support base 113 for stablizing support equipment cabin 110, and it is defeated to the first conveying equipment 120 and second respectively using support frame 190
Equipment 130 is sent to carry out stablizing support.
Certainly, the above description is not a limitation of the present invention, and the present invention is also not limited to the example above, this technology neck
The variations, modifications, additions or substitutions that the technical staff in domain is made within the essential scope of the present invention also should belong to of the invention
Protection scope.
Claims (10)
1. a kind of freezing production line characterized by comprising
Equipment compartment, the equipment compartment are equipped with feed inlet and discharge port；
First conveying equipment and the second conveying equipment, first conveying equipment are respectively positioned on described set with second conveying equipment
In standby cabin, second conveying equipment is located at the either above or below of first conveying equipment, first conveying equipment
Output end is connect with the input terminal of second conveying equipment, and first conveying equipment is used for defeated to second conveying equipment
Send food；The input terminal of first conveying equipment is located at the feed inlet, and the output end of second conveying equipment is located at
The discharge outlet；
Refrigeration unit and freezing tube assembly, the refrigeration unit is connected to the freezing tube assembly, the refrigeration unit for
The freezing tube assembly transporting cold-air, the freezing tube assembly are located in the equipment compartment, and the freezing tube assembly is located at described
The side of first conveying equipment, and the freezing tube assembly is located at it of first conveying equipment and second conveying equipment
Between.
2. freezing production line according to claim 1, which is characterized in that first conveying equipment be it is U-shaped, described first
The input terminal of conveying equipment, the output end of first conveying equipment and the feed inlet are in side together.
3. freezing production line according to claim 2, which is characterized in that the freezing tube assembly includes the first freezing pipe
With the second freezing pipe, first freezing pipe is connected to the refrigeration unit respectively with second freezing pipe, and institute
It states the first freezing pipe and second freezing pipe is located at the two sides of first conveying equipment.
4. freezing production line according to claim 3, which is characterized in that it further include the first cooling piece and the second cooling piece,
First cooling piece is connect with first freezing pipe, and second cooling piece is connect with second freezing pipe；Institute
The length direction that the first cooling piece and second cooling piece are stated respectively along first conveying equipment is extended.
5. freezing production line according to claim 4, which is characterized in that first freezing pipe is cooling described first
Serpentine-like arrangement on part；Second freezing pipe serpentine-like arrangement on second cooling piece.
6. freezing production line according to claim 4, which is characterized in that first cooling piece and second cooling piece
Accommodating chamber is all had, the accommodating chamber is provided with refrigerant；It is equipped on first cooling piece and second cooling piece
The cold air divergence hole being connected to the accommodating chamber.
7. freezing production line according to claim 1, which is characterized in that further include third conveying equipment, the third is defeated
The output for sending the input terminal of equipment to be located at first conveying equipment, the output end of the third conveying equipment are located at described
The input end of second conveying equipment.
8. freezing production line according to claim 7, which is characterized in that be spaced on the conveyor surface of the third conveying equipment
Equipped with multiple first partitions；One end on the third conveying equipment far from second conveying equipment is equipped with baffle.
9. -8 freezing production line described in any one according to claim 1, which is characterized in that further include that feed hopper and the 4th are defeated
Send equipment, the output end of the feed hopper is located at the input end of the 4th conveying equipment, the 4th conveying equipment it is defeated
Outlet is located at the input end of first conveying equipment；Multiple second are equipped at intervals on the conveyor surface of 4th conveying equipment
Partition.
10. -8 freezing production line described in any one according to claim 1, which is characterized in that further include input pipe and output
Pipe, described freezing tube assembly one end are connected to by the efferent duct with the output end of the refrigeration unit, the freezing tube assembly
The other end be connected to by the input pipe with the input terminal of the refrigeration unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821371602.8U CN209202052U (en) | 2018-08-24 | 2018-08-24 | Freeze production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821371602.8U CN209202052U (en) | 2018-08-24 | 2018-08-24 | Freeze production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209202052U true CN209202052U (en) | 2019-08-06 |
Family
ID=67453200
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821371602.8U Active CN209202052U (en) | 2018-08-24 | 2018-08-24 | Freeze production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209202052U (en) |
-
2018
- 2018-08-24 CN CN201821371602.8U patent/CN209202052U/en active Active
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