CN201375006Y - Traveling-type atmospheric pressure automatic continuous sterilization cooler - Google Patents
Traveling-type atmospheric pressure automatic continuous sterilization cooler Download PDFInfo
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- CN201375006Y CN201375006Y CN200920009212U CN200920009212U CN201375006Y CN 201375006 Y CN201375006 Y CN 201375006Y CN 200920009212 U CN200920009212 U CN 200920009212U CN 200920009212 U CN200920009212 U CN 200920009212U CN 201375006 Y CN201375006 Y CN 201375006Y
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- conveyer belt
- sterilization
- tank
- groove
- temperature
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Abstract
The utility model discloses a traveling-type atmospheric pressure automatic continuous sterilization cooler, which comprises a conveyer belt pre-warming tank, a sterilization tank, a cooling tank, rails, a driving mechanism and a conveyer belt, wherein the sterilization tank comprises a pre-heating tank and a sterilization tank body; the sterilization tank and the cooling tank are arranged above the conveyer belt pre-warming tank; the bottom of the sterilization tank, the cooling tank and the conveyer belt pre-warming tank is provided with the rails; the driving mechanism is arranged on the front part of the conveyer belt pre-warming tank; and the conveyer belt is arranged above the rails, wound on the driven wheel of the driving mechanism, driven by the driving mechanism, and transmits on the rails in a closed way. The traveling-type atmospheric pressure automatic continuous sterilization cooler is characterized by low cost, firmness, durability, strong reliability, simple operation, convenient repairing, safety, sanitation, power saving, labor saving, small occupied factory building area, energy saving, high production efficiency, good product quality, strong automation, and the sterilization of fruit, vegetables, sauce and the like with different can types, different quantity, different temperature and different sterilization time requirements.
Description
Technical field:
The utility model belongs to the walking sterilizing and cooling machine, is a kind of traveling normal-pressure automatic continuous sterilizing and cooling machine specifically.
Background technology:
For the sterilization of fruit or vegetable type food can, adopt 100 ℃ water dip sterilization usually.The normally used water dip sterilization of cannery is batch (-type) and rotary type at home at present, the can that is about to the hot gas sealing is contained in the retort basket, retort basket is then lifted up into injection cooling water in sterilization back in the warm water tank that fills 70 ℃-75 ℃, treats that can is cooled to 40 ℃ and can takes the dish out of the pot.Carry out sterilization with such equipment because heat up and sterilization process fully by manually-operated and adjusting, thereby can not guarantee quality stable of can sometimes, a large amount of hot water of when cooling, draining simultaneously, the thermal source waste is very big, production efficiency is low, the cost height.
Summary of the invention:
The purpose of this utility model is to provide a kind of traveling normal-pressure automatic continuous sterilizing and cooling machine.
Of the present utility model by following technical scheme enforcement: a kind of traveling normal-pressure automatic continuous sterilizing and cooling machine includes the pre-temperature groove of conveyer belt, sterilization groove, cooling bath, track, driving mechanism, conveyer belt, described sterilization groove comprises fore-warmer tank and sterilization groove, and described fore-warmer tank is that to prevent that can from running into suddenly quick-fried jar set with the excessive temperature differentials of can own; Above the pre-temperature groove of described conveyer belt, be provided with described sterilization groove and described cooling bath; Bottom land at described sterilization groove, described cooling bath, the pre-temperature groove of described conveyer belt is equipped with described track; Described driving mechanism places the front portion of the pre-temperature groove of described conveyer belt, makes described conveyer belt operation average rate steady, avoid because of described conveyer belt long and on the whole story hipped end degree track operation cause and beat, can is takeoff causes mutual bump; Described conveyer belt places described track top, and on the follower of described driving mechanism, drive by described driving mechanism, closed transmission on described track, described conveyer belt is made up of two parallel shaped chains and wooden carrier bar, and every block of described wooden carrier bar is fixedly mounted on the described shaped chain side by side; In described fore-warmer tank, be provided with the fore-warmer tank temperature sensing device, in described sterilization groove, be provided with sterilization groove temperature sensing device, in described cooling bath, be provided with the cooling bath temperature sensing device, in the pre-temperature groove of described conveyer belt, be provided with the pre-temperature groove of conveyer belt temperature sensing device; Be provided with the fore-warmer tank heater below the described conveyer belt in described fore-warmer tank, be provided with the sterilization tank heater below the described conveyer belt in described sterilization groove, be provided with the pre-temperature tank heater of described conveyer belt below the described conveyer belt in the pre-temperature groove of described conveyer belt; Be provided with the fore-warmer tank heat sink above the described conveyer belt in described fore-warmer tank, be provided with the cooling bath heat sink above the described conveyer belt in described cooling bath; Described fore-warmer tank temperature sensing device is connected with described fore-warmer tank heat sink with described fore-warmer tank heater, when the temperature of described fore-warmer tank temperature sensing device bactericidal liquid in described fore-warmer tank is lower than the setting value of described fore-warmer tank temperature sensing device, close the described heat sink in the described fore-warmer tank, open the described heater in the described fore-warmer tank; When the temperature of described fore-warmer tank temperature sensing device bactericidal liquid in described fore-warmer tank is higher than the setting value of described fore-warmer tank temperature sensing device, close the described heater in the described fore-warmer tank, open the described heat sink in the described fore-warmer tank; Described sterilization groove temperature sensing device is connected with described sterilization tank heater, and described cooling bath temperature sensing device is connected with described cooling bath heat sink, and the pre-temperature groove of described conveyer belt temperature sensing device is connected with the pre-temperature tank heater of described conveyer belt; On the inwall of described sterilization groove, be provided with sterilization tank liquor level controller, on the inwall of described cooling bath, be provided with the cooling bath fluid level controller, the degree of depth of control bactericidal liquid, when guaranteeing the number change of can in described sterilization groove and described cooling bath, from the can top to the bactericidal liquid liquid level 0.05 meter dark water is arranged, make can be subjected to temperature evenly; On the inwall of the pre-temperature groove of described conveyer belt, be provided with the pre-temperature tank liquor of conveyer belt level controller, described sterilization tank liquor level controller links to each other with the pre-temperature groove of described cooling bath fluid level controller and described conveyer belt, high temperature sterilization liquid unnecessary in the described sterilization groove is entered the pre-temperature groove of described conveyer belt, reduce the energy consumption of the described heater in the pre-temperature groove of described conveyer belt.On described sterilization groove and described cooling bath, be stamped cover plate respectively, keep bactericidal liquid temperature in described sterilization groove and the described cooling bath, reduce energy consumption.
Advantage of the present utility model: conveyer belt is delivering the walk steam that plays stirring action and heater of can and is giving vapour from the bactericidal liquid bottom in bactericidal liquid, and heat sink with spray method to the bactericidal liquid surface sprinkling and temperature adjustment, make the temperature of the bactericidal liquid unanimity that is evenly distributed up and down, make by each one of the can of sterilization and be subjected to the warm consistent bactericidal effect that guaranteed, avoided can to break simultaneously because of differed by temperature.In the automatic sterilizing cooler, because can carries out sterilization under walking states, improved and add pyrolysis and verify, thereby improved bactericidal effect by the pyroconductivity of germicide, sterilizing time is shortened, improved the sterilization cooling velocity, guaranteed bactericidal effect.Because bactericidal liquid is reused, and has saved a large amount of steam.Because the can in the traveling normal-pressure automatic continuous sterilizing and cooling machine, in sterilization process, be in and ceaselessly move and be in vibrational state, to tinned fruit, because the shortening of sterilizing time, the situation reaction of cloudy liquid is better than other sterilization, reduces the destruction to the color nutritional labeling of product.Adopt wooden chain-plate type conveyer belt in addition can buoyancy is arranged in water, so resistance is very little, saved power greatly.Traveling normal-pressure automatic continuous sterilizing and cooling machine is transported into the warehouse by sterilization, cooling, can and can reaches fully automatically, can the continuous automatic assembly line of straight line, solved the problem of fruit, canned vegetables production sterilization continuous and automatic.
The traveling normal-pressure automatic continuous sterilizing and cooling machine cost is low, sturdy and durable, unfailing performance is strong, simple to operate, easy to maintenance, safety, health, power saving, province labour, take that plant area is little, to economize the energy, production efficiency height, good product quality, automation strong, can produce the sterilization of finishing different jar types, different loading amount and the various fruits and vegetables classes of different temperatures, different sterilizing time requirements, various sauce class juice etc.
Description of drawings:
Fig. 1 is the traveling normal-pressure automatic continuous sterilizing and cooling machine structural representation;
Fig. 2 is the track structure schematic diagram;
Fig. 3 is the A-A generalized section of Fig. 1;
Fig. 4 is the traveling normal-pressure automatic continuous sterilizing and cooling machine vertical view.
The specific embodiment:
A kind of traveling normal-pressure automatic continuous sterilizing and cooling machine includes sterilization groove 1, cooling bath 2, the pre-temperature groove 3 of conveyer belt, track 4, driving mechanism 5, conveyer belt 6, sterilization groove 1 comprises fore-warmer tank 7 and sterilization groove 8, fore-warmer tank 7 be prevent can run into suddenly with the excessive temperature differentials of can own quick-fried jar set; Above the pre-temperature groove 3 of conveyer belt, be provided with sterilization groove 1 and cooling bath 2; Bottom land at sterilization groove 1, cooling bath 2, the pre-temperature groove 3 of conveyer belt is equipped with track 4; Driving mechanism 5 places the front portion of the pre-temperature groove 3 of conveyer belt, makes conveyer belt 6 operation average rates steady, avoid because of conveyer belt 6 long and on the whole story hipped end degree track operation cause and beat, can is takeoff causes mutual bump; Conveyer belt 6 places track 4 tops, and on the follower of driving mechanism 5, drive closed transmission on track 4 by driving mechanism 5, conveyer belt 6 is made up of two parallel shaped chains 10 and wooden carrier bar 11, and every block of wooden carrier bar 11 is fixedly mounted on the shaped chain 10 side by side; In fore-warmer tank 7, be provided with fore-warmer tank temperature sensing device 12, in sterilization groove 8, be provided with sterilization groove temperature sensing device 13, in cooling bath 2, be provided with cooling bath temperature sensing device 14, in the pre-temperature groove 3 of conveyer belt, be provided with the pre-temperature groove of conveyer belt temperature sensing device 15; Be provided with fore-warmer tank heater 16 below the conveyer belt 6 in fore-warmer tank 7, be provided with sterilization tank heater 17 below the conveyer belt 6 in sterilization groove 8, be provided with the pre-temperature tank heater 18 of conveyer belt below the conveyer belt 6 in the pre-temperature groove 3 of conveyer belt; Be provided with fore-warmer tank heat sink 19 above the conveyer belt 6 in fore-warmer tank 7, be provided with cooling bath heat sink 20 above the conveyer belt 6 in cooling bath 2; Fore-warmer tank temperature sensing device 12 is connected with fore-warmer tank heat sink 19 with fore-warmer tank heater 16, when the temperature of fore-warmer tank temperature sensing device 12 bactericidal liquid in fore-warmer tank 7 is lower than the setting value of fore-warmer tank temperature sensing device 12, close fore-warmer tank heat sink 19, open fore-warmer tank heater 16; When the temperature of fore-warmer tank temperature sensing device 12 bactericidal liquid in fore-warmer tank 7 is higher than the setting value of fore-warmer tank temperature sensing device 12, close fore-warmer tank heater 16, open fore-warmer tank heat sink 19; Sterilization groove temperature sensing device 13 is connected with sterilization tank heater 17, and cooling bath temperature sensing device 14 is connected with cooling bath heat sink 20, and the pre-temperature groove of described conveyer belt temperature sensing device is connected with the pre-temperature tank heater of described conveyer belt; On the inwall of sterilization groove 1, be provided with sterilization tank liquor level controller 21, on the inwall of cooling bath 2, be provided with cooling bath fluid level controller 22, the degree of depth of sterilization tank liquor level controller 21 and cooling bath fluid level controller 22 control bactericidal liquid, when guaranteeing the number change of can in sterilization groove 1 and cooling bath 2, from the can top to the bactericidal liquid liquid level 0.05 meter dark water is arranged, make can be subjected to temperature evenly; On the inwall of the pre-temperature groove 3 of conveyer belt, be provided with the pre-temperature tank liquor of conveyer belt level controller 23, sterilization tank liquor level controller 21 links to each other with the pre-temperature groove 3 of cooling bath fluid level controller 22 and conveyer belt, unnecessary high temperature sterilization liquid in sterilization groove 1 and the cooling bath 2 is entered the pre-temperature groove 3 of conveyer belt, reduce the energy consumption of the pre-temperature tank heater 18 of conveyer belt.On sterilization groove 1 and cooling bath 2, be stamped cover plate 24 respectively, keep bactericidal liquid temperature in sterilization groove 1 and the cooling bath 2, reduce energy consumption.
Claims (5)
1, a kind of traveling normal-pressure automatic continuous sterilizing and cooling machine is characterized in that, it includes the pre-temperature groove of conveyer belt, sterilization groove, cooling bath, track, driving mechanism, conveyer belt, and described sterilization groove comprises fore-warmer tank and sterilization groove; Above the pre-temperature groove of described conveyer belt, be provided with described sterilization groove and described cooling bath; Bottom land at described sterilization groove, described cooling bath, the pre-temperature groove of described conveyer belt is equipped with described track; Described driving mechanism places the front portion of the pre-temperature groove of described conveyer belt; Described conveyer belt places described track top, and on the follower of described driving mechanism; In described fore-warmer tank, be provided with the fore-warmer tank temperature sensing device, in described sterilization groove, be provided with sterilization groove temperature sensing device, in described cooling bath, be provided with the cooling bath temperature sensing device, in the pre-temperature groove of described conveyer belt, be provided with the pre-temperature groove of conveyer belt temperature sensing device; Be provided with the fore-warmer tank heater below the described conveyer belt in described fore-warmer tank, be provided with the sterilization tank heater below the described conveyer belt in described sterilization groove, be provided with the pre-temperature tank heater of described conveyer belt below the described conveyer belt in the pre-temperature groove of described conveyer belt; Be provided with the fore-warmer tank heat sink above the described conveyer belt in described fore-warmer tank, be provided with the cooling bath heat sink above the described conveyer belt in described cooling bath; On the inwall of described sterilization groove, be provided with sterilization tank liquor level controller, on the inwall of described cooling bath, be provided with the cooling bath fluid level controller, on the inwall of the pre-temperature groove of described conveyer belt, be provided with the pre-temperature tank liquor of conveyer belt level controller.
2, a kind of traveling normal-pressure automatic continuous sterilizing and cooling machine according to claim 1 is characterized in that, described conveyer belt is made up of two parallel shaped chains and wooden carrier bar, and every block of described wooden carrier bar is fixedly mounted on the described shaped chain side by side.
3, a kind of traveling normal-pressure automatic continuous sterilizing and cooling machine according to claim 1, it is characterized in that, described fore-warmer tank temperature sensing device is connected with described fore-warmer tank heat sink with described fore-warmer tank heater, described sterilization groove temperature sensing device is connected with described sterilization tank heater, described cooling bath temperature sensing device is connected with described cooling bath heat sink, and the pre-temperature groove of described conveyer belt temperature sensing device is connected with the pre-temperature tank heater of described conveyer belt;
4, a kind of traveling normal-pressure automatic continuous sterilizing and cooling machine according to claim 1 is characterized in that, described sterilization tank liquor level controller links to each other with the pre-temperature groove of described cooling bath fluid level controller and described conveyer belt.
5, a kind of traveling normal-pressure automatic continuous sterilizing and cooling machine according to claim 1 is characterized in that, is stamped cover plate respectively on described sterilization groove, described cooling bath.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920009212U CN201375006Y (en) | 2009-03-13 | 2009-03-13 | Traveling-type atmospheric pressure automatic continuous sterilization cooler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920009212U CN201375006Y (en) | 2009-03-13 | 2009-03-13 | Traveling-type atmospheric pressure automatic continuous sterilization cooler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201375006Y true CN201375006Y (en) | 2010-01-06 |
Family
ID=41515097
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200920009212U Expired - Fee Related CN201375006Y (en) | 2009-03-13 | 2009-03-13 | Traveling-type atmospheric pressure automatic continuous sterilization cooler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201375006Y (en) |
-
2009
- 2009-03-13 CN CN200920009212U patent/CN201375006Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100106 Termination date: 20130313 |