CN203597360U - Continuous sterilizer - Google Patents

Continuous sterilizer Download PDF

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Publication number
CN203597360U
CN203597360U CN201320360864.5U CN201320360864U CN203597360U CN 203597360 U CN203597360 U CN 203597360U CN 201320360864 U CN201320360864 U CN 201320360864U CN 203597360 U CN203597360 U CN 203597360U
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China
Prior art keywords
tank
network chain
lower cover
sterilization
kettle
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CN201320360864.5U
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Chinese (zh)
Inventor
姜伟
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Shandong Dingtaisheng Food Industry Equipment Co Ltd
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Shandong Dingtaisheng Food Industry Equipment Co Ltd
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Abstract

The utility model discloses a continuous sterilizer, comprising at least one sterilization kettle arranged on a rack, wherein a feeding hole is formed in the top end of a sterilization kettle body; an upper cover device is arranged on the feeding hole; a discharge hole is formed in the bottom end of the sterilization kettle body; a lower cover device is arranged on the discharge hole; the sterilization kettle is connected with a cold water circulating loop, a hot water circulating loop and a steam intake pipeline; a water tank for receiving sterilized tank bodies is arranged below the sterilization kettle; a conveyer is arranged inside the water tank; a tank erecting device, a tank body single-row device and a detection turnover device are arranged on the rack; the tank erecting device is used for erecting tank bodies conveyed by the conveyer inside the water tank; the tank body single-row device outputs the tank bodies erected by the tank erecting device in a single row; the detection turnover device carries out positive and reverse identification and correction on the tank bodies output by the tank body single-row device; the sterilization kettle is connected with an automatic conveying and charging device of the sterilization kettle. The continuous sterilizer is advanced in technology, good in sterilization effect, high in efficiency, short in heating-up time and less in steam consumption, the treatment equipment is simple in structure and smooth to transport after sterilization, and the requirements of continuous sterilization treatment and mass production can be met.

Description

Continous way sterilization machine
Technical field
The utility model relates to a kind of food processing machinery, especially a kind of continous way sterilization machine that is applied to the industries such as filling food, beverage and medicament.
Background technology
Along with the fast development of the industries such as food, beverage and medicament, requirement to tank shape series products is more and more higher, work in-process need to carry out re-pasteurization to the splendid attire tank body of filling food, beverage or medicament etc., tank body is collecting after cooling, reason tank and Storage Tank afterwards, then single-row output tank body is carried out to positive and negative identification rectification, so that the carrying out of the operations such as follow-up sign spraying.In producing at present, the re-pasteurization of tank body is mostly to batch (-type) process for sterilizing, adopt horizontal sterilization kettle sterilizing, under enter the principle of steam, not only germicidal efficiency is low, and the heating-up time is long, steam consumption is large.The capping device of existing sterilization kettle and lower lid arrangement mostly are mode manually and open, close, and need manpower manual operations, are unfavorable for carrying out automated production, and labour intensity is large, efficiency is low.And sterilization kettle can produce the condensed water that a large amount of bands have surplus heat in sterilization process, in existing design, these condensed waters are not used effectively, but be directly discharged into trench, technique falls behind, bactericidal effect is poor, the sterilization of each batch products is long interval time, affect production efficiency, waste the energy, and to the cooling of tank body after sterilization, reason tank, Storage Tank, collect single-row output and then tank body is carried out the most complex structure for the treatment of facility of the sterilization post processings such as positive and negative identification rectification, poor stability, use inconvenience, tank is carried smooth not, easily cause collision and the friction of tank body, strengthen the loss of product, be difficult to meet the requirement of producing in enormous quantities, this has caused impact to producing, reduce production efficiency.
Utility model content
Technical problem to be solved in the utility model is: provide a kind of technique advanced person, bactericidal effect is good, efficiency is high, the heating-up time is short, steam consumption is few, and, good stability simple in structure for the treatment facility after sterilization, conveying smoothness, reduce product loss, can meet the continous way sterilization machine of the requirement of continuity sterilization processing and production in enormous quantities.
For solving the problems of the technologies described above, the technical solution of the utility model is: continous way sterilization machine, comprise frame, described frame is provided with at least one sterilization kettle, the top of described sterilization kettle kettle is provided with charge door, on described charge door, capping device is installed, and the bottom of described sterilization kettle kettle is provided with discharging opening, lower lid arrangement is installed on described discharging opening, and described sterilization kettle is connected with cold water closed circuit, hot water circulation loop and steam admission passage; Described sterilization kettle below is provided with the tank of discharging tank body after sterilizing kettle in sterilization for receiving, in described tank, be provided with for delivery of conveying device in the tank of tank body, the detection turning device that is provided with successively the single-row device of tank body of the Storage Tank device that the tank body of conveying device conveying in described tank is erected, the single-row output of tank body that described Storage Tank device is erected in described frame and the tank body of single-row described tank body device output is carried out to positive and negative identification rectification, described sterilization kettle is connected with sterilization kettle automatic transport feeding device.
As preferred technical scheme, conveying device comprises and in described tank, is provided with successively the reason tank arrangement that the row's tank for receiving tank body is carried network chain, carried the cooling conveying network chain of the tank body that network chain carries, carries network chain and carry the tank body of network chain conveying and tank body is transferred out to described tank for receiving buffering for receiving the buffering of the tank body that cooling conveying network chain carries for the row of reception tank in described tank; Described row's tank carries the width of network chain to be less than the width of described cooling conveying network chain, and the width of described cooling conveying network chain is less than the width of described buffering conveying network chain; Described row's tank carries network chain, the gentle punching of cooling conveying network chain to carry network chain to be connected with tank feed drive device.
As the improvement to technique scheme, described tank comprises the row's tank tank, bosh, surge tank and the reason tank tank that set gradually, and described sterilization kettle is positioned at described row's tank tank top; Described row's tank tank, bosh, surge tank and reason tank tank top are provided with connectivity slot successively, and described row's tank tank, bosh, surge tank and reason tank bottom of gullet are provided with communicating pipe successively; Described row's tank carries network chain input to be located in described row's tank tank, and described row's tank carries network chain output to stretch in described bosh through described connectivity slot; Described cooling conveying network chain input is located in described bosh and is positioned at that described row's tank is carried network chain output below and described cooling conveying network chain output stretches into described surge tank through connectivity slot; Described buffering is carried network chain input to be located in described surge tank and is positioned at described cooling conveying network chain output below and described buffering carries network chain output to stretch into described reason tank tank through connectivity slot; Described buffering carries the surface of network chain to be provided with some raised lines vertical with buffering conveying network chain throughput direction; In described row's tank tank, be positioned at described row's tank and carry network chain top to be provided with horizontal retort baffle plate, in described surge tank, be positioned at described cooling conveying network chain output top and be provided with horizontal retort baffle plate.
As the improvement to technique scheme, described tank is connected with the tank water circulatory system, and the described tank water circulatory system comprises cooling cold rinse bank, and described row's tank tank bosh end far away is provided with overflow launder, between described overflow launder and described cooling cold rinse bank, be provided with tank overflow pipe, between bottom, described row's tank tank bosh far away one end and described cooling cold rinse bank, be provided with sink drain, between described surge tank and described cooling cold rinse bank, be provided with tank water inlet pipe, between described communicating pipe and described cooling cold rinse bank, be provided with tank return pipe, described tank water inlet pipe is provided with pumping plant, in described tank, be provided with level sensor and temperature sensor, described level sensor is connected described pumping plant with temperature sensor, described sink drain and tank return pipe are provided with tank control valve.
As the improvement to technique scheme, described reason tank arrangement comprises by support and rotates the reason tank conveyer belt driving shaft that is installed in described reason tank tank and reason tank conveyer belt driven shaft, described reason tank conveyer belt driving shaft and reason tank conveyer belt driven shaft are arranged respectively the belt pulley for feeding foil that is provided with mutual correspondence, described belt pulley for feeding foil outer peripheral face is provided with the annular groove of V-arrangement, reasonable tank conveyer belt is in transmission connection between the belt pulley for feeding foil of correspondence on described reason tank conveyer belt driving shaft and described reason tank conveyer belt driven shaft, on described reason tank conveyer belt driving shaft and reason tank conveyer belt driven shaft, between the belt pulley for feeding foil of correspondence, be provided with the delivery chute of the V-arrangement coordinating with annular groove on described belt pulley for feeding foil, described reason tank conveyer belt is through delivery chute and be socketed on described belt pulley for feeding foil on annular groove madial wall, the described reason tank conveyer belt driving shaft reasonable tank power set that are in transmission connection.
As the improvement to technique scheme, described reason tank conveyer belt driving shaft is positioned at the top of described reason tank tank described surge tank far away one end, and described reason tank conveyer belt driven shaft is positioned at bottom, the nearly described surge tank of described reason tank tank one end; Described reason tank conveyer belt comprises round belt and active band, and described delivery chute comprises two nylon blocks that are oppositely arranged, the nylon block forming V-shape that mutually tilts described in two, and described in two, the relative side surface of nylon block is respectively equipped with the conveying trough of belt for holding reason tank conveyer belt; Described belt pulley for feeding foil comprises the two conveyer belt minute wheels that are arranged side by side, and described in two, the close side of conveyer belt minute wheel is respectively equipped with the sloped sidewall that coordinates forming V-shape, and described sloped sidewall is provided with the conveyer belt race for being socketed reason tank conveyer belt; Described in adjacent two, between delivery chute, cover is buckled with the reason tank cover plate of being inverted V-arrangement; Described delivery chute top is provided with the reason tank elastic webbing that some and described reason tank conveyer belt is vertical.
As the improvement to technique scheme, described Storage Tank device comprises that described frame tilts and is provided with out tank chute, described go out tank chute input notch higher than output notch, described go out the output notch place of tank chute be provided with defeated tank band, described in being positioned at, described defeated tank tape input end goes out the output notch below of tank chute, the tank body that described defeated tank band output is provided with for tank body is erected uprightly installs, described upright device output is provided with for delivery of the sliding tank frame that erects tank body, the top of described defeated tank band is provided with leads tank arrangement, and described defeated tank band connects Storage Tank power set.
As the improvement to technique scheme, described in lead tank arrangement and comprise that being positioned at described defeated tank band both sides tops is respectively equipped with gib block and lower gib block; Described in two, upper gib block is located to be provided with pressure tank shell along defeated tank tape feeding direction above being positioned at described defeated tank band output, and described pressure tank shell upstream extremity lower surface is arcuation; Described frame is provided with nylon guide plate, and the inner surface of described defeated tank band is posted by the upper surface of described nylon guide plate, and described defeated tank band is obliquely installed, and the input of described defeated tank band is higher than output; The upright device of described tank body comprises the fixed axis being fixed with in described frame, rotates and be provided with Storage Tank wheel on described fixed axis; Described Storage Tank is taken turns all sides and is evenly provided with some Storage Tank grooves, and the Storage Tank groove cell wall that is positioned at described Storage Tank wheel rotation direction downstream is straight trough wall, and the Storage Tank groove cell wall that is positioned at described Storage Tank wheel rotation direction upstream is arcuation cell wall; Described Storage Tank is taken turns on the fixed axis of a side and is fixed with nylon damped ring, and described nylon damped ring outside is fixed with damping back-up ring; Be positioned at slip cap on the fixed axis of described Storage Tank wheel opposite side nylon trim ring is housed, described nylon trim ring outside is provided with damping lock collar, between described nylon trim ring and damping lock collar, be provided with damping spring, between described damping lock collar and described fixed axis, be provided with damping locking device.
As the improvement to technique scheme, described Storage Tank wheel comprises two symmetrically arranged Storage Tank minute wheels, described in two, between Storage Tank minute wheel, is provided with spacing block, and described in two, Storage Tank minute wheel and described spacing block are connected to one; Described sliding tank frame comprises the sliding tank frame installing frame that described frame is provided with, and top, bottom and the left and right sides that described sliding tank frame is installed in circle are separately installed with wire bar, between described wire bar, are surrounded as sliding tank field; Described wire bar is positioned at described Storage Tank wheel one end higher than the other end, and described wire bar low side end is provided with the horizontal leading-out portion that tank body level is derived.
As the improvement to technique scheme, the single-row device of described tank body comprises that described frame is provided with power set in column, described frame is provided with collects network chain, a described side of collecting network chain is provided with guiding network chain side by side, described network chain and the guiding network chain described power set in column that are in transmission connection of collecting, described in collect the speed that network chain speed is less than described guiding network chain; The described network chain long-range guided missile that collects is provided with and collects sliver to the top of network chain one side, the top that described guiding network chain far collects network chain one side is provided with guiding sliver, the top that described guiding network chain closely collects network chain one side downstream is provided with auxiliary sliver, the distance between described guiding sliver and auxiliary sliver along guiding network chain throughput direction dwindle gradually and described guiding sliver and auxiliary sliver between minimum range corresponding with the tank body external diameter of conveying; Described collecting between sliver and auxiliary sliver is connected with tank body imported to the guiding sliver between guiding sliver and auxiliary sliver, described guiding sliver with described in collect the upstream that sliver link collects network chain throughput direction described in being positioned at, and described guiding sliver connects the downstream that described auxiliary sliver one end is collected network chain throughput direction described in being positioned at.
As the improvement to technique scheme, described detection turning device comprises that described frame is provided with guide table, output network chain is installed in described guide table, along the direction of transfer of described output network chain, the top of described output network chain is provided with vision inspection apparatus, separation of products device and product separating device successively, between described vision inspection apparatus and described separation of products device, be connected with separation of products control device, described product separating device is divided into product by described output network chain and carries main stem and product to carry byroad, and described product is carried on byroad turner is installed.
As the improvement to technique scheme, described vision inspection apparatus comprises the detection bearing being fixedly mounted in described guide table, and the image acquisition device of camera lens towards described output network chain is installed on described detection bearing; Described separation of products device comprises pressurized tank, the product that is positioned at described output network chain in described guide table carries main stem one side to be installed with jet bearing, on described jet bearing, air jet pipe is installed, described air jet pipe is communicated with described pressurized tank by air shooter, and described air shooter is provided with the solenoid valve by the control of described separation of products control device; Described separation of products control device comprises the central processing unit being connected with described image acquisition device, and the signal controlling end of the signal output part of described central processing unit and described solenoid valve is connected; Described product separating device comprises the product divider that is arranged on described output network chain central authorities top along the direction of transfer of described output network chain; Described turner comprises upset cage, and described upset cage has the helical duct of Rotate 180 °, and described upset cage is provided with the gas blow pipe being communicated with described pressurized tank, and described gas blow pipe blowing direction is identical with the direction of transfer of described output network chain.
As the improvement to technique scheme, described sterilization kettle is vertical sterilization kettle, and described lower lid arrangement stretches in described tank, described capping device comprises cover clamp, the lower surface of described cover clamp is the working face of charge door described in shutoff, parallel on described cover clamp two rotating shafts are installed, the two ends of described rotating shaft are installed with cover locking eccentric wheel, in the eccentric periphery of described upper cover locking, be rotatablely equipped with wheel rim, described wheel rim is arranged on the upper cover support frame that is provided with track, between described upper cover support frame and described sterilization kettle kettle, is provided with upper cover support frame holder, upper cover push-and-pull drive unit is installed between described upper cover support frame and described cover clamp, and described cover clamp is provided with cover locking drive unit, between described cover clamp and described charge door, is provided with device for sealing upper cover, described lower lid arrangement comprises lower cover pressing plate, the upper surface of described lower cover pressing plate is the working face of discharging opening described in shutoff, on described sterilization kettle kettle, be installed with lower cover support frame, described lower cover pressing plate is slidably mounted in described lower cover support frame, between described lower cover support frame and described lower cover pressing plate, lower cover push-and-pull drive unit is installed, on described lower cover support frame, be separately installed with the main locking device of lower cover pressing plate on three limits of corresponding described lower cover pressing plate, away from being provided with lower cover pressing plate secondary locking device between the limit of the described lower cover pressing plate of described lower cover support frame and described sterilization kettle kettle, between described lower cover pressing plate and described discharging opening, be provided with lower cap sealing.
As the improvement to technique scheme, described upper cover push-and-pull drive unit comprises upper cover push cylinder, and one end of described upper cover push cylinder is connected with described upper cover support frame, and the other end of described upper cover push cylinder is connected with described cover clamp; Described upper cover locking drive unit comprises the upper cover locking swing arm being fixed with respectively in two described rotating shafts, described in two, between upper cover locking swing arm, upper cover locking cylinder is installed, and is fixed with locking stopping means in described rotating shaft; Described locking stopping means comprises the fan-shaped limiting plate being fixedly installed in described rotating shaft; Described device for sealing upper cover comprises the upper cover flange that is welded on described charge door place, and the upper surface of described upper cover flange is provided with upper cover closure gasket groove, in described upper cover closure gasket groove, sealing ring is installed; Described lower cover push-and-pull drive unit comprises lower cover push cylinder, and one end of described lower cover push cylinder is connected with described lower cover support frame, and the other end of described lower cover push cylinder is connected with described lower cover pressing plate; The main locking device of described lower cover pressing plate comprises two tight eccentric wheels of lower cover master lock that are rotatably installed on described lower cover support frame, two tight eccentric wheels of described lower cover master lock are connected with master lock locking oil cylinder by the tight swing arm of lower cover master lock, and the end face of the tight eccentric outer peripheral face of described lower cover master lock is resisted against on the lower surface of described lower cover pressing plate; Described lower cover pressing plate secondary locking device comprises the two eccentric wheel seats that are arranged on described lower cover pressing plate upper surface, described in two, on eccentric wheel seat, be vertically rotatablely equipped with respectively the tight eccentric wheel of lower cover secondary lock, two tight eccentric wheels of described lower cover secondary lock are connected with secondary lock locking oil cylinder by the tight swing arm of lower cover secondary lock, on described sterilization kettle kettle, be fixed with eccentric wheel holding tank, be affiliated on the lower surface of described eccentric wheel holding tank the bottom surface of the tight eccentric wheel outer peripheral face of described lower cover secondary lock; In described lower cover support frame, along described lower cover pressing plate glide direction, lower cover pressing plate support roller is installed; Described lower cap sealing comprises the lower cover flange that is welded on described discharging opening place, and the lower surface of described lower cover flange is provided with lower cover closure gasket groove, in described lower cover closure gasket groove, sealing ring is installed.
As the improvement to technique scheme, described sterilization kettle lower cover pressing plate is provided with captation, and described captation is connected with Thermostable flexible hose, and described Thermostable flexible hose is connected with Automatic steam trap Trap, and described Automatic steam trap Trap is connected with hot water storage container; Described captation comprises the gully-hole being arranged on described sterilization kettle lower cover pressing plate, the pot shape that the lower surface of described lower cover pressing plate is welded with the described gully-hole of the cover button end socket that catchments, and the catchment bottom of end socket of described pot shape connects described Thermostable flexible hose.
As the improvement to technique scheme, described cold water closed circuit comprises sterilization kettle cold rinse bank, between described sterilization kettle cold rinse bank and described sterilization kettle kettle, be provided with into cold water pipes, return cold water pipes and cold water overflow pipe, the delivery port of described time cold water pipes is located at the bottom of described sterilization kettle kettle, the delivery port of described cold water overflow pipe is located at the top of described sterilization kettle kettle, described enter cold water pipes be provided with water supply pump, described in enter cold water pipes, return on cold water pipes and described cold water overflow pipe and be respectively equipped with by-pass valve control; Described hot water circulation loop comprises hot-water cylinder, between described hot-water cylinder and described sterilization kettle kettle, be provided with into hot water pipeline, backheat waterpipe and hot water overflow pipe, the delivery port of described backheat waterpipe is located at the bottom of described sterilization kettle kettle, the delivery port of described hot water overflow pipe is located at the top of described sterilization kettle kettle, described enter hot water pipeline be provided with heat-exchanger pump, described in enter on hot water pipeline, backheat waterpipe and described hot water overflow pipe to be respectively equipped with by-pass valve control; Described steam inlet pipeline comprises the jet chimney that enters being communicated with described sterilization kettle kettle, described in enter jet chimney and be provided with by-pass valve control.
As the improvement to technique scheme, described sterilization kettle automatic transport feeding device comprises the automatic conveying device arranging along charging aperture one side of all sterilization kettles, and corresponding with the charging aperture of each described sterilization kettle respectively auto feeding device is installed on described automatic conveying device; Described automatic conveying device comprises delivery chute holder, on described delivery chute holder, charging delivery chute is installed, in described charging delivery chute, transporting chain plate is installed, on the sidewall of described charging delivery chute, the charging aperture of corresponding described sterilization kettle is provided with delivery chute discharging and dodges mouth, and described transporting chain plate is connected with electric-motor drive by reductor; Described auto feeding device comprises the automatic material blocking device being arranged on described charging delivery chute, and the charging aperture top of described sterilization kettle is provided with the automatic material guide device mating with described automatic material blocking device.
As the improvement to technique scheme, described automatic material blocking device comprises the charging baffle plate that is hinged on described charging delivery chute inner side, described charging delivery chute outside is fixedly connected with backgauge support arm, between described backgauge support arm and described charging baffle plate, is hinged with backgauge control cylinder; Described automatic material guide device comprises the guide holder being fixedly mounted on described delivery chute holder, on described guide holder, material guiding hopper guide rail is installed, on described material guiding hopper guide rail, material guiding hopper is installed, it is mouthful corresponding that charging aperture and the described delivery chute discharging that is positioned at the described material guiding hopper of guide working position dodged, the discharging opening of described material guiding hopper gos deep in the charging aperture of described sterilization kettle, between described material guiding hopper and described guide holder, is connected with guide control cylinder.
The continous way sterilization machine of technique scheme, owing to having adopted frame to be provided with at least one sterilization kettle, the top of described sterilization kettle kettle is provided with charge door, on described charge door, capping device is installed, the bottom of described sterilization kettle kettle is provided with discharging opening, lower lid arrangement is installed on described discharging opening, and described sterilization kettle is connected with cold water closed circuit, hot water circulation loop and steam admission passage; Described sterilization kettle below is provided with the tank of discharging tank body after sterilizing kettle in sterilization for receiving, in described tank, be provided with for delivery of conveying device in the tank of tank body, the detection turning device that is provided with successively the single-row device of tank body of the Storage Tank device that the tank body of conveying device conveying in described tank is erected, the single-row output of tank body that described Storage Tank device is erected in described frame and the tank body of single-row described tank body device output is carried out to positive and negative identification rectification, described sterilization kettle is connected with sterilization kettle automatic transport feeding device; Adopt the preheating of hot water buffering, the enterprising steam sterilizing principle of Sterilization Kettle, not only technique advanced person, germicidal efficiency are high, and the heating-up time is short, distribution of steam is even, bactericidal effect is good, steam consumption is few; Automatic unlatching and locking that capping device and lower lid arrangement can be realized upper cover and lower cover, can realize automatic switch control, and operating efficiency improves greatly; In tank, tank conveying device, Storage Tank device, the single-row device of tank body and detect turning device etc. for the cooling of tank body after sterilization, reason tank, Storage Tank, single-row then export tank body is carried out to the treatment facility of the sterilization post processings such as positive and negative identification rectification is simple in structure, good stability, conveying smoothness, reduce product loss, can meet the requirement of continuity sterilization processing and production in enormous quantities.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model continous way sterilization machine;
Fig. 2 is the interior transport conveyor constructions schematic diagram of the tank of the utility model continous way sterilization machine;
Fig. 3 is the interior conveying device top view of the tank of the utility model continous way sterilization machine;
Fig. 4 is the structural representation of horizontal retort baffle plate in the utility model continous way sterilization machine tank;
Fig. 5 is the structure principle chart of the utility model continous way sterilization machine tank water circulatory system;
Fig. 6 is the side view of the utility model continous way sterilization machine tank water circulatory system;
Fig. 7 is the top view of the utility model continous way sterilization machine tank water circulatory system;
Fig. 8 is the structural representation of the utility model continous way sterilization mechanism tank arrangement;
Fig. 9 is the utility model continous way sterilization mechanism tank arrangement belt pulley for feeding foil scheme of installation;
Figure 10 is the delivery chute schematic diagram of the utility model continous way sterilization mechanism tank arrangement;
Figure 11 is the belt pulley for feeding foil schematic diagram of the utility model continous way sterilization mechanism tank arrangement;
Figure 12 is the use schematic diagram of the utility model continous way sterilization mechanism tank arrangement;
Figure 13 is the structural representation of the utility model continous way sterilization machine Storage Tank device;
Figure 14 is the top view of the utility model continous way sterilization machine Storage Tank device;
Figure 15 is the structural representation of the utility model continous way sterilization machine Storage Tank wheel;
Figure 16 is the scheme of installation of the utility model continous way sterilization machine Storage Tank wheel;
Figure 17 is the schematic diagram of the sliding tank frame of the utility model continous way sterilization machine;
Figure 18 is the structural representation of the single-row device of the utility model continous way sterilization machine tank body;
Figure 19 is the top view of the single-row device of the utility model continous way sterilization machine tank body;
Figure 20 is that the utility model continous way sterilization machine detects turning device structural representation;
Figure 21 is that the utility model continous way sterilization machine detects turning device top view;
Figure 22 is the structural representation of the utility model continous way sterilization machine sterilization kettle;
Figure 23 is the utility model continous way sterilization machine sterilization kettle capping device structural representation;
Figure 24 is that A-A in Fig. 2 is to view;
Figure 25, Figure 26 and Figure 27 are the operation principle schematic diagrames of cover locking drive unit on the sterilization kettle of the utility model continous way sterilization machine;
Figure 28 is the sterilization kettle lower cover apparatus structure schematic diagram of the utility model continous way sterilization machine;
Figure 29 is that the A of Figure 28 is to view;
Figure 30 is that the B of Figure 28 is to view;
Figure 31 is that the C of Figure 28 is to view;
Figure 32 is that the D of Figure 28 is to view;
Figure 33 is the structural representation of cap sealing under the sterilization kettle of the utility model continous way sterilization machine;
Figure 34 is the sterilization kettle condensation water recovery system structural representation of the utility model continous way sterilization machine;
Figure 35 is that E-E in Figure 34 is to view;
Figure 36 is the sterilization kettle automatic transport feeding device structural representation of the utility model continous way sterilization machine;
Figure 37 is the top view of Figure 36;
Figure 38 is that enlarged drawing is looked on a left side of Figure 36;
Figure 39 is A place enlarged drawing in Figure 37.
In figure: 1-tank; The 2-tank water circulatory system; 3-manages tank arrangement; 4-Storage Tank device; The single-row device of 5-tank body; 6-detects turning device; 7-sterilization kettle; 8-elevator; 9-operating desk guardrail; 10-sterilization kettle automatic transport feeding device; 11-row tank tank; 111-row tank is carried network chain; 112-horizontal retort baffle plate; 121a-baffle plate installing rack; 122a-baffle plate frame; 123a-baffle plate net; 124a-sheet rubber; 125a-carries handle slide cartridge; 126a-carries handle; 127a-spacing hole; 12-bosh; The cooling conveying network chain of 121-; 13-surge tank; 131-buffering is carried network chain; 132-raised line; 14-reason tank tank; 141-reason tank conveyer belt; 15-connectivity slot; 16-communicating pipe; 17-leg; 18-overflow launder; 19-gusset plate; 110-observation window; 211-sink drain; 212-tank return pipe; 213-tank water inlet pipe; 214-tank overflow pipe; The 27-cold rinse bank of lowering the temperature; 271-pumping plant; 31-support; 311-delivery chute baffle plate; 32-reason tank conveyer belt driving shaft; 33-reason tank conveyer belt driven shaft; 35-belt pulley for feeding foil; 351-conveyer belt race; 36-delivery chute; 361-reason tank cover plate; 362-nylon block; 41-frame; 42-goes out tank chute; The defeated tank band of 43-; 44-nylon guide plate; The upper gib block of 441-; Gib block under 442-; 45-Storage Tank wheel; 451-Storage Tank groove; 452-fixed axis; 453-spacing block; 454-damping back-up ring; 455-nylon damped ring; 456-nylon trim ring; 457-damping spring; The collar of 458-damping lock; 46-wire bar; The sliding tank frame of 47-installing frame; 48-presses tank shell; 49-elastic rubber band; 52-collects sliver; 521-guides sliver; 522-assists sliver; 53-collects network chain; 54-collects network chain guard shield; 55-exports network chain; The 56-network chain that leads; The 57-sliver that leads; 61-guide table; 62-product divider; 631-detects bearing; 632-image acquisition device; 641-pressurized tank; The jet bearing of 642-; 643-air jet pipe; 644-air shooter; 645-anti-rollover plate; The 66-cage that overturns; 67-gas blow pipe; 68-product is carried sliver; 701-sterilization kettle kettle; 702-hot-water cylinder; 703-sterilization kettle cold rinse bank; 704-Thermostable flexible hose; 705-Automatic steam trap Trap; 706-enters cold water pipes; 707-returns cold water pipes; 708-pneumatic ball valve; 709-drain pipe; 710-manual ball valve; 711-cold water overflow pipe; 712-water supply pump; 713-enters jet chimney; 714-enters hot water pipeline; 715-backheat waterpipe; 716-hot water overflow pipe; 717-heat-exchanger pump; 801-cover clamp; 802-rotating shaft; The upper cover locking eccentric wheel of 803-; 804-upper cover support frame; 805-upper cover push cylinder; The upper cover locking swing arm of 806-; 807-upper cover locking cylinder; The fan-shaped limiting plate of 808-; 809-upper cover flange; 810-upper cover closure gasket groove; 811-track; 812-upper cover support frame holder; 813-wheel rim; 901-lower cover pressing plate; 902-lower cover support frame; 903-lower cover pressing plate support roller; 904-lower cover push cylinder; The tight eccentric wheel of 905-lower cover master lock; The tight swing arm of 906-lower cover master lock; 907-master lock locking oil cylinder; The tight eccentric wheel of 908-lower cover secondary lock; The eccentric wheel seat of 909-; 910-secondary lock locking oil cylinder; 911-eccentric wheel holding tank; 912-gully-hole; The 913-pot shape end socket that catchments; 914-lower cover flange; 915-lower cover closure gasket groove; The tight swing arm of 916-lower cover secondary lock; 1021-delivery chute holder; 1022-charging delivery chute; 1023-transporting chain plate; 1041-charging baffle plate; 1042-backgauge support arm; 1043-backgauge control cylinder; 1051-guide holder; 1052-material guiding hopper; 1053-material guiding hopper guide rail; 1054-guide control cylinder.
The specific embodiment
Below in conjunction with drawings and Examples, further set forth the utility model.In the following detailed description, only by the mode of explanation, some one exemplary embodiment of the present utility model has been described.Undoubtedly, those of ordinary skill in the art can recognize, in the situation that not departing from spirit and scope of the present utility model, can revise described embodiment by various mode.Therefore, accompanying drawing is illustrative with being described in essence, rather than for limiting the protection domain of claim.
As shown in Figure 1, continous way sterilization machine, comprises frame 41, and frame 41 is provided with the operating desk that operating desk guardrail 9 is installed; Described frame 41 is provided with at least one sterilization kettle 7, the utility model adopts 4 sterilization kettles, sterilization kettle 7 comprises sterilization kettle kettle 701, the top of described sterilization kettle kettle 701 is provided with charge door, on described charge door, capping device is installed, the bottom of described sterilization kettle kettle is provided with discharging opening, and lower lid arrangement is installed on described discharging opening, and described sterilization kettle 7 is connected with cold water closed circuit, hot water circulation loop and steam admission passage; Described sterilization kettle below is provided with the tank 1 of discharging tank body after sterilizing kettle in sterilization for receiving, in described tank 1, be provided with for delivery of conveying device in the tank of tank body, the detection turning device 6 that the tank body that is provided with successively the single-row device 5 of tank body of the Storage Tank device 4 that the tank body of conveying device conveying in described tank is erected, the single-row output of tank body that described Storage Tank device 4 is erected in described frame 41 and single-row described tank body device 5 is exported carries out positive and negative identification rectification, described sterilization kettle 7 is connected with sterilization kettle automatic transport feeding device 10.In production, can adopt the lifting means elevator 8 that the beverage production industries such as current can are conventional to be used in conjunction with sterilization kettle automatic transport feeding device 10, by elevator 8, the lifting of tank body is carried as 10 feedings of sterilization kettle automatic transport feeding device, and by the control of control centre, the circulation that realizes each sterilization kettle fills the process for sterilizing such as still, sterilization and row's tank; For convenient for production, sterilization kettle adopts vertical sterilization kettle, and described lower lid arrangement stretches in described tank.
As shown in Figures 2 and 3, in described tank conveying device for delivery of and cooling sterilization after high temperature tank body, comprise that in described tank, being provided with successively the row's tank for receiving tank body carries network chain 111, carries the cooling conveying network chain 121 of the tank body that network chain carries, carry network chain 131 and carry the tank body of network chain conveying and tank body made in order to the reason tank arrangement 3 that transfers out described tank for receiving buffering for the buffering that receives the tank body that cooling conveying network chain carries for the row of reception tank; Described row's tank carries network chain 111, cooling conveying network chain 121 and buffering transmission net chain 131 to be connected with tank feed drive device, tank feed drive device can adopt and comprise that described row's tank conveying network chain, the gentle punching conveying of cooling conveying network chain network chain are connected with respectively variable-frequency motor, the control module that described variable-frequency motor connects respectively, the variable-frequency motor reductor that is in transmission connection respectively, the mode that speed reducer drive connects described row's tank carries the power transmission shaft of network chain 111, cooling conveying network chain 121 and buffering transmission net chain 131.Thereby facilitate and control the convenient transporting velocity of controlling each several part of variable-frequency motor by control module.By the conveying in tank, both realized the cooling to high temperature tank body after sterilization by the water in tank, carry by the each several part network chain type structure in tank the large batch of conveying that has realized tank body again, time saving and energy saving, efficiency is high, and whole course of conveying all carries out in water, due to the resistance of water, reduce friction and collision between tank body, reduced product loss.Described tank comprises the row's tank tank 11, bosh 12, surge tank 13 and the reason tank tank 14 that set gradually, and described sterilization kettle is positioned at described row's tank tank top; Described row's tank tank 11, bosh 12, surge tank 13 and reason tank tank 14 tops are provided with connectivity slot 15 successively, described row's tank tank 11, bosh 12, surge tank 13 and reason tank tank 14 bottoms are provided with communicating pipe 16 successively, and row's tank tank 11 is provided with observation window 110.Row's tank tank 11, bosh 12, surge tank 13 and reason tank tank 14 are respectively equipped with leg 17.The cell wall of row tank tank 11 both sides is respectively equipped with gusset plate 19, the mode that also can adopt square tube to reinforce; Described row's tank carries network chain 111 inputs to be located in described row's tank tank 11, and described row's tank carries network chain 111 outputs to stretch in described bosh 12 through described connectivity slot 15; Described cooling conveying network chain 121 inputs are located in described bosh 12 and are positioned at that described row's tank is carried network chain 111 outputs belows and described cooling conveying network chain 121 outputs stretch into described surge tank 13 through connectivity slot 15; Described buffering is carried network chain 131 inputs to be located in described surge tank 13 and is positioned at described cooling conveying network chain 121 outputs belows and described buffering carries network chain 131 outputs to stretch into described reason tank tank 14 through connectivity slot; Carry network chain, the gentle punching of cooling conveying network chain to carry three grades of network chains to carry and stepped distribution through row's tank, and carry whole process all in water, to lower the temperature, greatly improved the cooling rate of tank body, and improved the conveying dispersion effect of tank body; Described buffering carries the surface of network chain 131 to be provided with some raised lines 132 vertical with buffering conveying network chain throughput direction, conveying and dispersion effect are improved, row's tank carries network chain input level to be located at described row's tank tank inner bottom part, so that receive the tank body under sterilization kettle row fallers; In described row's tank tank 11, be positioned at described row's tank and carry network chain top to be provided with horizontal retort baffle plate 112, in described surge tank 13, be positioned at described cooling conveying network chain output top and be provided with horizontal retort baffle plate 112.
As shown in Figure 4, horizontal retort baffle plate 112 comprises for the baffle plate installing rack 121a on the row's of being installed on tank tank 11 and surge tank 13 cell walls; Baffle plate installing rack 121a is provided with and carries handle slide cartridge 125a, slide and be provided with and carry handle 126a through carrying handle slide cartridge 125a, carrying handle 126a is fixedly connected with baffle plate frame 122a, in baffle plate frame 122a, be provided with baffle plate net 123a, baffle plate frame 122a lower end is fixed with sheet rubber 124a, carry upper arrangement of handle 126a and be provided with spacing hole 127a, when use, by stopping of sheet rubber 124a, tank body in carrying is scatter, avoid piling up too high, carry steadily, locate and inserts by latch the height that spacing hole 127a realizes horizontal retort baffle plate.Described row's tank carries the width of network chain 111 to be less than the width of described cooling conveying network chain 121, and the width of described cooling conveying network chain 121 is less than the width of described buffering conveying network chain 131, and the tank body of being convenient in carrying disperses; For convenience of arranging, groove width that can the row's of employing tank tank is less than the groove width mode of described bosh and surge tank.
As shown in Fig. 5, Fig. 6 and Fig. 7, described tank 1 is connected with the tank water circulatory system 2, and the tank water circulatory system 2 comprises cooling cold rinse bank 27, and described row's tank tank 11 bosh 12 ends far away are provided with overflow launder 18, between described overflow launder 18 and described cooling cold rinse bank 27, be provided with tank overflow pipe 214, between described row's tank tank 11 bosh far away 12 bottoms, one end and described cooling cold rinse bank 27, be provided with sink drain 211, between described surge tank 13 and described cooling cold rinse bank 27, be provided with tank water inlet pipe 213, between described communicating pipe 16 and described cooling cold rinse bank 27, be provided with tank return pipe 212, described tank water inlet pipe is provided with pumping plant 271, in described tank, be provided with level sensor and temperature sensor, described level sensor is connected described pumping plant 271 with temperature sensor, described sink drain and tank return pipe are provided with tank control valve.Pumping plant 271 adopts known manner, drives the pattern of water pump by the motor of working under control module, control module control with by motor, is received the signal of level sensor and temperature sensor and is controlled machine operation by control module.Tank control valve also can adopt magnetic valve mode, and it is convenient to control.Described sink drain 211, tank overflow pipe 214 and tank return pipe 212 are higher than described cooling cold rinse bank 27.By level sensor and temperature sensor, when water level in tank is during lower than default height, level sensor sends the work of signal controlling pumping plant, and the cold water by cooling in cold rinse bank enters by tank water inlet pipe that tank supplements until height of water level reaches default height; When water level in tank is during higher than default height, water is discharged to cooling cold rinse bank by tank overflow pipe; When in tank, coolant-temperature gage is higher than design temperature, temperature sensor sends the work of signal controlling pumping plant, cold water in cooling cold rinse bank is entered to tank by tank water inlet pipe, tank return pipe is back to the water in tank in cooling cold rinse bank simultaneously, realize the circulation temperature lowering of water trough inner water to tank body, easy to operate, cooling water easy to control.
As Fig. 8, Fig. 9, Figure 10, shown in Figure 11 and Figure 12, described reason tank arrangement 3 comprises by support 31 and rotates the reason tank conveyer belt driving shaft 32 and the reason tank conveyer belt driven shaft 33 that are installed in described reason tank tank 14, described reason tank conveyer belt driving shaft 32 and reason tank conveyer belt driven shaft 33 are arranged respectively the belt pulley for feeding foil 35 that is provided with mutual correspondence, described belt pulley for feeding foil 35 outer peripheral faces are provided with the annular groove of V-arrangement, reasonable tank conveyer belt 141 is in transmission connection between the belt pulley for feeding foil 35 of correspondence on described reason tank conveyer belt driving shaft 32 and described reason tank conveyer belt driven shaft 33, on described reason tank conveyer belt driving shaft 32 and reason tank conveyer belt driven shaft 33, between the belt pulley for feeding foil 35 of correspondence, be provided with the delivery chute 36 of the V-arrangement coordinating with annular groove on described belt pulley for feeding foil, described reason tank conveyer belt 141 is through delivery chute 36 and be socketed on described belt pulley for feeding foil on annular groove madial wall, the described reason tank conveyer belt driving shaft 32 reasonable tank power set that are in transmission connection.Reason tank power set can adopt motor-driven to connect reductor, and speed reducer drive connects reason tank conveyer belt driving shaft mode.Described reason tank conveyer belt driving shaft 32 is positioned at described reason tank tank 14 described surge tank far away 13 tops, one end, and described reason tank conveyer belt driven shaft 33 is positioned at the nearly described surge tank of described reason tank tank 14 13 bottoms, one end; Described reason tank conveyer belt 141 comprises round belt and active band, can obtain rational frictional force, improves making in order and conveying capacity of tank body.Described delivery chute 36 comprises two nylon blocks 362 that are oppositely arranged, the mutual inclination forming V-shape of nylon block 362 described in two, described in two, the relative side surface of nylon block 362 is respectively equipped with the conveying trough of belt for holding reason tank conveyer belt 141, simple in structure, and tank body carries frictional force little; Described belt pulley for feeding foil 35 comprises the two conveyer belt minute wheels that are arranged side by side, described in two, the close side of conveyer belt minute wheel is respectively equipped with the sloped sidewall that coordinates forming V-shape, described sloped sidewall is provided with the conveyer belt race 351 for being socketed reason tank conveyer belt, simple in structure, be convenient to the production of belt pulley for feeding foil and install fixing; Described in adjacent two, between delivery chute 36, cover is buckled with the reason tank cover plate 361 of inverted V-shaped, and protective is good; Described delivery chute 36 tops are provided with the reason tank elastic webbing that some and described reason tank conveyer belt is vertical, the tank body that exceeds delivery chute 36 can be kept off in delivery chute, are convenient to making in order and carrying of tank body.And can be respectively equipped with the delivery chute baffle plate 311 coordinating with delivery chute in the outside that is positioned at outermost two delivery chutes, to play the effect of block tank body and protection.The mode that can adopt two conveyer belt minute wheels of each belt pulley for feeding foil to connect by key when use is installed on reason tank conveyer belt driving shaft 32 and reason tank conveyer belt driven shaft 33, and separates by belt pulley for feeding foil back-up ring between adjacent two belt pulley for feeding foil.When production and application, be installed on reason tank tank 14 places of tank by support 31, adopt inclination mode to install in resonable tank tank 14, reason tank conveyer belt driving shaft 32 ends are positioned at described reason tank tank 14 described surge tank far away 13 tops, one end and stretch out reason tank tank, reason tank conveyer belt driven shaft 33 ends are installed with reason tank tank interior for receiving the tank body of conveying, under resonable tank power set drive, tank body is managed into tank body single-row keeping flat and is transferred out reason tank tank 14 under the delivery chute 36 of V-arrangement and the frictional force effect of reason tank conveyer belt 141, to facilitate the processing of subsequent handling, enhance productivity, rational in infrastructure, tank body disposal ability is strong, tank body make and carry smoothness in order, can meet the requirement of continuity and production in enormous quantities.
As Figure 13, Figure 14, Figure 15, shown in Figure 16 and Figure 17, described Storage Tank device comprises that described frame 41 tilts and is provided with out tank chute 42, described go out tank chute 42 input notch higher than output notch, described go out the output notch place of tank chute 42 be provided with defeated tank band 43, described in being positioned at, described defeated tank band 43 inputs go out the output notch below of tank chute 42, the tank body that described defeated tank band 43 outputs are provided with for tank body is erected uprightly installs, described upright device output is provided with for delivery of the sliding tank frame that erects tank body, the top of described defeated tank band 43 is provided with leads tank arrangement, described defeated tank band 43 connects Storage Tank power set, Storage Tank power set adopt usual manner, defeated tank band 43 is set on the defeated tank band belt wheel being arranged on defeated tank band driving shaft and defeated tank band driven shaft, Storage Tank power set adopt motor-driven to connect reductor, speed reducer drive connection drives defeated tank band for the defeated tank band driving shaft of the defeated tank band of support drive.The described tank arrangement of leading comprises that being positioned at described defeated tank band 43 tops, both sides is respectively equipped with gib block 441 and lower gib block 442; Described in two, upper gib block is provided with and presses tank shell 48 along defeated tank tape feeding direction above being positioned at described defeated tank band 43 outputs, and described pressure tank shell 48 upstream extremity lower surfaces are arcuation, being used for that tank body is imported to tank body smoothly uprightly installs, and for adapting to the tank body of different size, the position of upper gib block 441, lower gib block 442 and pressure tank shell 48 is adjustable.And overlapping up and down for fear of tank body before and after in conveying, above upper gib block 441 and lower gib block 442, be provided with the elastic rubber band vertical with tank body throughput direction 49, be used for overlapping tank body to keep off smooth delivery of power between upper gib block and lower gib block.Described frame 41 is provided with nylon guide plate 44, the inner surface of described defeated tank band 43 is posted by the upper surface of described nylon guide plate 44, and described defeated tank band 43 is obliquely installed, the input of described defeated tank band 43 is higher than output, when defeated tank band 43 is played a supporting role, reduce again the impact of frictional force on tank body and the conveying of defeated tank band like this.The upright device of described tank body comprises the fixed axis 452 being fixed with in described frame 41, rotates and be provided with Storage Tank wheel 45 on described fixed axis 452; Described Storage Tank is taken turns 45 weeks sides and is evenly provided with some Storage Tank grooves 451, being positioned at described Storage Tank, to take turns the Storage Tank groove cell wall in 45 rotation direction downstreams be straight trough wall, the Storage Tank groove cell wall that is positioned at described Storage Tank wheel rotation direction upstream is arcuation cell wall, like this, under the promotion of the tank body transporting, Storage Tank is taken turns 45 passive rotation, and under the effect of Storage Tank groove, the flat condition of tank body when inputting Storage Tank groove erected the erectility erecting while becoming output; Be greater than 90 degree at the Storage Tank groove cell wall in described Storage Tank wheel rotation direction downstream and the angle between the Storage Tank groove cell wall of described Storage Tank wheel rotation direction upstream, facilitate erecting and carrying of tank body.On the fixed axis 452 of described Storage Tank wheel 45 1 sides, be fixed with nylon damped ring 455, described nylon damped ring 455 outsides are fixed with damping back-up ring 454; Being positioned at described Storage Tank takes turns slip cap on the fixed axis 452 of 45 opposite sides nylon trim ring 456 is housed, described nylon trim ring 456 outsides are provided with damping lock collar 458, between described nylon trim ring 456 and damping lock collar 458, be provided with damping spring 457, between described damping lock collar 458 and described fixed axis 452, be provided with damping locking device, the damping locking device of damping lock collar can adopt the mode that is provided with lock-screw between damping lock collar 458 and described fixed axis 452.Described Storage Tank wheel 45 comprises two symmetrically arranged Storage Tank minute wheels, is provided with Storage Tank minute wheel and described spacing block 453 described in spacing block 453, two and is connected to one described in two between Storage Tank minute wheel.Described sliding tank frame comprises the sliding tank frame installing frame 47 that described frame 41 is provided with, top, bottom and the left and right sides in described sliding tank frame installing frame 47 frames are separately installed with wire bar 46, between described wire bar 46, be surrounded as sliding tank field, and for Storage Tank wheel 45 tank bodies that erect are exported smoothly, the wire bar of bottom stretches into described in two between Storage Tank minute wheel and is provided with the horizontal acceptance division for receiving tank body; Described wire bar 46 is positioned at described Storage Tank and takes turns 45 one end higher than the other end, and described wire bar 46 low side ends are provided with the horizontal leading-out portion that tank body level is derived, and for adapting to the tank body of different size, the distance between the position of wire bar and wire bar is adjustable.Wherein go out tank chute and the defeated tank band corresponding with it, the design that tank frame quantity was taken turns and slided to Storage Tank, can and need according to actual production capacity to determine as be 1,2,3,4,5 or 6 etc., as gone out tank chute in the utility model and defeated tank band, Storage Tank wheel and the sliding tank frame quantity corresponding with it is 8.Aborning, can below sliding tank field and Storage Tank wheel, establish a tank body dropping because of malposition when being received in upright and sliding tank field and carrying, be transmitted back to the surge tank of tank in the mode of employing belt conveyor, rearrangement.
As shown in Figure 18 and Figure 19, the single-row device of described tank body comprises that described 41 frames are provided with power set in column, described frame 41 is provided with collects network chain 53, a described side of collecting network chain 53 is provided with guiding network chain 56 side by side, described network chain 53 and the guiding network chain 56 described power set in column that are in transmission connection that collect, describedly collect the speed that network chain speed is less than described guiding network chain, power set in column can adopt variable-frequency motor to connect reductor, described in driving, the sprocket wheel chain mode connecting by reductor collects network chain 53 and guiding network chain 56, realize the adjustment of both speed by adjusting the gearratio of sprocket wheel chain.Described network chain 53 long-range guided missiles that collect are provided with and collect sliver 52 to the top of network chain 56 1 sides, the top that described guiding network chain 56 far collects network chain 53 1 sides is provided with guiding sliver 57, the top that described guiding network chain 56 closely collects network chain 53 1 side downstreams is provided with auxiliary sliver 522, the distance between described guiding sliver 57 and auxiliary sliver 522 along guiding network chain throughput direction dwindle gradually and described guiding sliver 57 and auxiliary sliver 522 between minimum range corresponding with the tank body external diameter of conveying; Described collecting between sliver 52 and auxiliary sliver 522 is connected with tank body imported to the guiding sliver 521 between guiding sliver and auxiliary sliver, described guiding sliver 521 with described in collect the upstream that sliver 52 links collect network chain 53 throughput directions described in being positioned at, and described guiding sliver 521 connects the downstream that described auxiliary sliver 522 one end are collected network chain 53 throughput directions described in being positioned at.Collect network chain downstream above be provided with and collect network chain guard shield 54, to play safety protection function.Tank body collects collecting on network chain 53, in the driving that collects network chain 53 of operation with collect under the guiding of sliver 52 and guiding sliver 521, tank body moves and progresses between guiding sliver 57 and auxiliary sliver 522 to guiding network chain 56, owing to collecting network chain 53 speed and be less than the speed of described guiding network chain 56, so, the tank body that enters guiding network chain 56 is sent into rapidly between guiding sliver 57 and auxiliary sliver 522, under the driving of guiding network chain 56 and the guiding of guiding sliver 57 and auxiliary sliver 522, progressively after defiled, being directed into output network chain 55 carries, the stable a large amount of tank bodies by collecting carry out exporting after ordered arrangement, tank body is carried smooth.
As shown in Figure 20 and Figure 21, described detection turning device comprises that frame is provided with guide table 61, output network chain 55 is installed on described guide table 61, along the direction of transfer of described output network chain 55, the top of described output network chain is provided with vision inspection apparatus, separation of products device and product separating device successively, between described vision inspection apparatus and described separation of products device, be connected with separation of products control device, described product separating device is divided into product by described output network chain and carries main stem and product to carry byroad, and described product is carried on byroad turner is installed.Described vision inspection apparatus comprises the detection bearing 631 being fixedly mounted in described guide table 61, and the image acquisition device 632 of camera lens towards described output network chain is installed on described detection bearing 631; Described separation of products device comprises pressurized tank 641, the product that is positioned at described output network chain in described guide table 61 carries main stem one side to be installed with jet bearing 642, on described jet bearing 642, air jet pipe 643 is installed, described air jet pipe 643 is communicated with described pressurized tank 641 by air shooter 644, and described air shooter 644 is provided with the solenoid valve by the control of described separation of products control device; The puff prot top of described air jet pipe 643 is provided with and prevents product to blow the anti-rollover plate 645 turning over.Described separation of products control device comprises the central processing unit being connected with described image acquisition device, and the signal controlling end of the signal output part of described central processing unit and described solenoid valve is connected; Described product separating device comprises the product divider 62 that is arranged on described output network chain central authorities top along the direction of transfer of described output network chain 55.Described turner comprises upset cage 66, described upset cage 66 has the helical duct of Rotate 180 °, described upset cage is provided with the gas blow pipe 67 being communicated with described pressurized tank 641, described gas blow pipe 67 blowing directions are identical with the transmission direction of described output network chain 55, gas blow pipe 67 is to the tank body blowing through turner, and can promote product passes through turner fast on the one hand; On the other hand, evaporation that also can expedite product surface moisture, has the effect of drying up.Product is installed in the guide table 61 of output network chain 55 both sides and carries sliver 68, product carries sliver 68 can prevent that product from running askew or dropping in course of conveying on output network chain, plays the effect of transportation guiding and protection.The tank body image that forward is placed is stored in the memory device of central processing unit, and central processing unit transmits image acquisition device 632 image coming and is stored in the image comparison in central processing unit, if identical, is left intact; If different, central processing unit transmits control signal to solenoid valve, solenoid valve is opened, gas in pressurized tank 641 sprays from air jet pipe 643, spray to the tank body that is just transported to 643 mouthfuls of places of air jet pipe, carry main stem to blow to product from product tank body and carry byroad, after tank body is separated, under the thrust of output network chain 55 and under the guide effect of helical duct by tank body Rotate 180 °, the tank body transferring out so is all fed forward in identical state, to prepare for follow-up operation.In the rear end of product divider 62, product carries main stem and product to carry byroad to merge, and the product of two transport zones converges.Vision inspection apparatus of the present utility model adopts image acquisition device 632 as high definition camera first a characteristic point of product to be taken a picture to preserve as a reference and the foundation of identifying, then all products of process under high definition camera gun are taken pictures, with the characteristic point originally the taking similarity of comparing, reach with this difference of identifying product, nearly 1000 products of identifying per minute, then output signal control solenoid valve, by gas, the product different from preserving setting blowed to a side, reach different separation of products object out.The tank body that the utility model is positioned on product conveying main stem is that forward is placed, and the tank body of oppositely placing is blown to product by air jet pipe 643 and carries byroad side, and the reverse tank body of placing, through after upset cage 66, becomes forward and places.
As shown in Figure 23 and Figure 24, described capping device comprises cover clamp 801, the lower surface of described cover clamp 801 is the working face of charge door described in shutoff, parallel on described cover clamp 801 two rotating shafts 802 are installed, the two ends of described rotating shaft 802 are installed with cover locking eccentric wheel 803, in the periphery of described upper cover locking eccentric wheel 803, be rotatablely equipped with wheel rim 813, described wheel rim 813 is arranged on the upper cover support frame 804 that is provided with track 811, between described upper cover support frame 804 and described sterilization kettle kettle, is provided with upper cover support frame holder 812; Upper cover push-and-pull drive unit is installed between described upper cover support frame 804 and described cover clamp 801, and described cover clamp 801 is provided with cover locking drive unit, between described cover clamp 801 and described charge door, is provided with device for sealing upper cover.Described upper cover push-and-pull drive unit comprises upper cover push cylinder 805, and one end of described upper cover push cylinder 805 is connected with described upper cover support frame 804, and the other end of described upper cover push cylinder 805 is connected with described cover clamp 801.Described upper cover locking drive unit comprises the upper cover locking swing arm 806 being fixed with respectively in two described rotating shafts 802, described in two, between upper cover locking swing arm 806, upper cover locking cylinder 807 is installed, in described rotating shaft 802, be fixed with locking stopping means, described locking stopping means comprises the fan-shaped limiting plate 808 being fixedly installed in described rotating shaft 802, described fan-shaped limiting plate 808 has limited the rotational angle of described rotating shaft 802, limit charge door and opened the limit turned position of closing rotating shaft 802 described in locking process with charge door, and then retrain the extreme position that described cover clamp 801 moves.Described device for sealing upper cover comprises the upper cover flange 809 that is welded on described charge door place, and the upper surface of described upper cover flange 809 is provided with upper cover closure gasket groove 810, in described upper cover closure gasket groove 810, sealing ring is installed.
Figure 27 is depicted as the state that charge door is closed, carry out charge door opening action under the state shown in Figure 27 time, the piston rod of described upper cover locking cylinder 807 is regained, as shown in Figure 25 and Figure 26, upper cover locking cylinder 807 is by described upper cover locking swing arm 806, drive described upper cover locking eccentric wheel 803 to relatively rotate take described rotating shaft 802 as axis, described wheel rim 813 is interior motionless at described track 811, described rotating shaft 802 is along with the rotation of described upper cover locking eccentric wheel 803 moves upward with described cover clamp 801, then described upper cover locking cylinder 807, described rotating shaft 802 and described upper cover locking eccentric wheel 803 are motionless, the piston rod of described upper cover push cylinder 805 drives described cover clamp 801, described upper cover locking cylinder 807, described rotating shaft 802 and described upper cover locking eccentric wheel 803 are removed top as roller from charge door take described wheel rim 813, complete opening of charge door, described wheel rim 813 in described upper cover locking eccentric wheel 803 peripheries has also reduced in described cover clamp 801 moving process, and the friction between the described track 811 on described upper cover locking eccentric wheel 803 and described upper cover support frame 804 is mobile more flexible, carrying out charge door while closing locking action, the piston rod of described upper cover push cylinder 805 drives described cover clamp 801 to move to described charge door top, the piston rod of described upper cover locking cylinder 807 stretches out, piston rod drives described upper cover locking eccentric wheel 803 to relatively rotate take described rotating shaft 802 as axis by described upper cover locking swing arm 806, described wheel rim 813 is interior motionless at described track 811, described rotating shaft 802, along with the rotation of described upper cover locking eccentric wheel 803 moves downward with described cover clamp 801, is closed charge door.
Can realize automatic unlatching and the locking of upper cover by upper cover push-and-pull drive unit and upper cover locking drive unit, compact conformation, effective at larger steam pressure lower seal, can realize automatically and open and control, operating efficiency improves greatly.
As shown in Figure 28 and Figure 29, described lower lid arrangement comprises lower cover pressing plate 901, the upper surface of described lower cover pressing plate 901 is the working face of discharging opening described in shutoff, on described sterilization kettle kettle, be installed with lower cover support frame 902, described lower cover pressing plate 901 is slidably mounted in described lower cover support frame 902, and described lower cover support frame 902 inner sides are provided with lower cover pressing plate support roller 903 along described lower cover pressing plate glide direction.Between described lower cover support frame 902 and described lower cover pressing plate 901, lower cover push-and-pull drive unit is installed, on described lower cover support frame 902, be separately installed with the main locking device of lower cover pressing plate on three limits of corresponding described lower cover pressing plate, away from being provided with lower cover pressing plate secondary locking device between the limit of the described lower cover pressing plate 901 of described lower cover support frame 902 and described sterilization kettle kettle; Between described lower cover pressing plate 901 and described discharging opening, be provided with lower cap sealing.Use lid arrangement at present to stretch in described tank and be positioned at below tank water level, because described sterilization kettle is positioned at above row's tank tank of tank, so lower lid arrangement stretches in described row's tank tank and is positioned at below row's tank tank water level.
As shown in Figure 28 and Figure 29, described lower cover push-and-pull drive unit comprises lower cover push cylinder 904, and one end of described lower cover push cylinder 904 is connected with described lower cover support frame 902, and the other end of described lower cover push cylinder 904 is connected with described lower cover pressing plate 901.
As shown in Figure 28, Figure 29 and Figure 30, the main locking device of described lower cover pressing plate comprises the tight eccentric wheel 905 of two lower cover master locks being rotatably installed on described lower cover support frame 902, two tight eccentric wheels 905 of described lower cover master lock are connected with master lock locking oil cylinder 907 by the tight swing arm 906 of lower cover master lock, and the end face of the outer peripheral face of the tight eccentric wheel 905 of described lower cover master lock is resisted against on the lower surface of described lower cover pressing plate 901.
As shown in Figure 28, Figure 31 and Figure 32, described lower cover pressing plate secondary locking device comprises the two eccentric wheel seats 909 that are arranged on described lower cover pressing plate upper surface, described in two, on eccentric wheel seat 909, be vertically rotatablely equipped with respectively the tight eccentric wheel 908 of lower cover secondary lock, two tight eccentric wheels 908 of described lower cover secondary lock are connected with secondary lock locking oil cylinder 910 by the tight swing arm 916 of lower cover secondary lock, on described sterilization kettle kettle, be fixed with eccentric wheel holding tank 911, be affiliated on the lower surface of described eccentric wheel holding tank 911 bottom surface of tight eccentric wheel 908 outer peripheral faces of described lower cover secondary lock.
As shown in figure 33, described lower cap sealing comprises the lower cover flange 914 that is welded on described discharging opening place, and the lower surface of described lower cover flange 914 is provided with lower cover closure gasket groove 915, in described lower cover closure gasket groove, sealing ring is installed.
When discharging opening opening action, the master lock locking oil cylinder 907 of the main locking device of lower cover pressing plate drives the tight eccentric wheel 905 of lower cover master lock to rotate by the tight swing arm 906 of lower cover master lock, the tight eccentric wheel 905 of lower cover master lock is cancelled the thrust of lower cover pressing plate, the secondary lock locking oil cylinder 910 of lower cover pressing plate secondary locking device drives the tight eccentric wheel 908 of lower cover secondary lock to rotate by the tight swing arm 916 of lower cover secondary lock, the lower surface at described eccentric wheel holding tank 911 is no longer affiliated in the bottom surface of tight eccentric wheel 908 outer peripheral faces of lower cover secondary lock, now lower cover push cylinder action drives lower cover pressing plate to leave discharging opening under the support of lower cover pressing plate support roller.When discharging opening is closed locking action, lower cover push cylinder drives lower cover platen cover residence to state discharging opening, now the master lock locking oil cylinder 907 of the main locking device of lower cover pressing plate drives the tight eccentric wheel 905 of lower cover master lock to rotate by the tight swing arm 906 of lower cover master lock, the tight eccentric wheel 905 of lower cover master lock applies coupling mechanism force to lower cover pressing plate, and the secondary lock locking oil cylinder 910 of lower cover pressing plate secondary locking device drives the tight eccentric wheel 908 of lower cover secondary lock to rotate by the tight swing arm of lower cover secondary lock, be affiliated on the lower surface of described eccentric wheel holding tank 911 bottom surface of tight eccentric wheel 908 outer peripheral faces of lower cover secondary lock, realize being locked to lower cover pressing plate.
Can realize automatic unlatching and the locking of lower cover by lower cover push-and-pull drive unit, the main locking device of lower cover pressing plate and lower cover pressing plate secondary locking device, compact conformation, effective at larger steam pressure lower seal, can realize automatically and open and control, operating efficiency improves greatly.
As shown in Figure 34 and Figure 35, between sterilization kettle kettle 701 lower cover pressing plates 901 and hot-water cylinder 702, be provided with condensation water recovery system, comprise the captation being arranged on described sterilization kettle lower cover pressing plate, described captation is connected with Thermostable flexible hose 704, described Thermostable flexible hose 704 is connected with Automatic steam trap Trap 705, described Automatic steam trap Trap 705 connects hot water storage container as hot-water cylinder, between described Automatic steam trap Trap 705 and described Thermostable flexible hose 704, is also provided with pneumatic ball valve 708.Condensation water recovery system is collected the condensed water of generation, recycles, and makes hot water heating time shorten, has reduced steam consumption, has saved the energy.
Described captation comprises the gully-hole 912 being arranged on described sterilization kettle 701 lower cover pressing plates 901, the pot shape that the lower surface of described lower cover pressing plate 901 is welded with the described gully-hole 912 of the cover button end socket 913 that catchments, the catchment bottom of end socket 913 of described pot shape connects described Thermostable flexible hose 704.
In existing design, the simple drain pipe 709 that adopts directly discharges condensed water by pneumatic ball valve 708 or manual ball valve 710, the condensed water that sterilization kettle 701 produces in sterilization process is not utilized effectively, condensed water is directly discharged into trench from drain pipe 709, has wasted the energy.The utility model embodiment produces sterilization kettle in starting stage and sterilization process condensed water in process is collected in hot-water cylinder 702 by Thermostable flexible hose 704, Automatic steam trap Trap 705, make the hot water heating time shorten in hot-water cylinder 702, reduce the use amount of steam in hot-water cylinder, save the energy, realized the effective utilization to condensed water.
As shown in figure 22, described cold water closed circuit comprises sterilization kettle cold rinse bank 703, between described sterilization kettle cold rinse bank 703 and described sterilization kettle kettle 701, be provided with into cold water pipes 706, return cold water pipes 707 and cold water overflow pipe 711, the delivery port of described time cold water pipes 707 is located at the bottom of described sterilization kettle kettle 701, the delivery port of described cold water overflow pipe 711 is located at the top of described sterilization kettle kettle 701, described enter cold water pipes 706 be provided with water supply pump 712, described enter cold water pipes 706, return on cold water pipes 707 and described cold water overflow pipe 711 and be respectively equipped with by-pass valve control.
Described steam inlet pipeline comprise be communicated with described sterilization kettle kettle 701 enter jet chimney 713, described in enter jet chimney 713 and be provided with by-pass valve control.
Described hot water circulation loop comprises hot-water cylinder 702, between described hot-water cylinder 702 and described sterilization kettle kettle 701, be provided with into hot water pipeline 714, backheat waterpipe 715 and hot water overflow pipe 716, the delivery port of described backheat waterpipe 715 is located at the bottom of described sterilization kettle kettle 701, the delivery port of described hot water overflow pipe 716 is located at the top of described sterilization kettle kettle 701, described enter hot water pipeline 714 be provided with heat-exchanger pump 717, described in enter on hot water pipeline 714, backheat waterpipe 715 and described hot water overflow pipe 716 to be respectively equipped with by-pass valve control.
When work, under sterilization kettle, lid arrangement is closed, capping device opens, heat-exchanger pump 717 enters the hot water in hot-water cylinder 702 in sterilization kettle by entering hot water pipeline 714, when hot water enters the interior designated water level of sterilization kettle, heat-exchanger pump 717 quits work, enter hot water pipeline 714 and close, hot water overflow pipe 716 is opened, and sterilization kettle starts charging.Product constantly enters in sterilization kettle by the cushioning effect of the hot water in sterilization kettle, hot water water level in sterilization kettle is constantly raised by product, in the time that hot water water level arrives hot water overflow pipe 716 mouth of pipe, the unnecessary hot water of being extruded by product is discharged in hot-water cylinder 702 by hot water overflow pipe 716, in order to recycle next time.After sterilization kettle charging completes, capping device is closed, now backheat waterpipe 715 is opened, hot water in sterilization kettle is got back in hot-water cylinder 702, follow into jet chimney 713 and open, passing ratio valve regulation, is suitably in sterilization kettle, to supplement steam, prevent from forming vacuum in backheat water process, cause deformation of products.After hot water in sterilization kettle is drained, backheat waterpipe 715 is closed, and enters jet chimney 713 and continues to open, intensification sterilization.After sterilization finishes, cold water overflow pipe 711 is opened, the continuous pressure release of passing ratio valve regulation, then entering cold water pipes 706 opens, water supply pump 712 drives the cold water in sterilization kettle cold rinse bank 703 to enter in sterilization kettle, enter sterilization kettle inner cold water water level and reach after cold water overflow pipe 711 nozzle positions, get back to sterilization kettle cold rinse bank 703 by cold water overflow pipe 711.Then water supply pump 712 cuts out, entering cold water pipes 706 closes, cold water overflow pipe 711 is closed, under sterilization kettle, lid arrangement is opened, because lid arrangement under sterilization kettle is positioned at below row's tank tank water level, sterilization kettle inner cold water is discharged after a part, form vacuum in sterilization kettle inside, the now interior reason due to vacuum of sterilization kettle, cold water is no longer discharged, product is because self proportion is larger than water, so be constantly expelled to tank tank, product is all discharged after sterilization kettle, under sterilization kettle, lid arrangement is closed, sterilization kettle capping device is opened, returning cold water pipes 707 opens, cold water flows automatically in sterilization kettle cold rinse bank 703.After cold water is drained, return cold water pipes 707 and close, repeat to enter next circulation.The utility model germicidal efficiency is high, and the heating-up time is short, and steam use amount is few.
As shown in Figure 36 and Figure 37, described sterilization kettle automatic transport feeding device 10 comprises the automatic conveying device arranging along charging aperture one side of all sterilization kettles 7, described automatic conveying device comprises delivery chute holder 1021, on described delivery chute holder 1021, charging delivery chute 1022 is installed, can adopts charging delivery chute 1022 to coordinate with elevator 8 and receive tank body; In described charging delivery chute 1022, transporting chain plate 1023 is installed, on the sidewall of described charging delivery chute 1022, the charging aperture of corresponding described sterilization kettle 7 is provided with delivery chute discharging and dodges mouth, and described transporting chain plate 1023 is connected with electric-motor drive by reductor.Corresponding with the charging aperture of each described sterilization kettle 7 respectively auto feeding device is installed on described automatic conveying device, described auto feeding device comprises the automatic material blocking device being arranged on described charging delivery chute 1022, as shown in figure 39, described automatic material blocking device comprises the charging baffle plate 1041 that is hinged on described charging delivery chute 1022 inner sides, described charging delivery chute 1022 outsides are fixedly connected with backgauge support arm 1042, between described backgauge support arm 1042 and described charging baffle plate 1041, are hinged with backgauge control cylinder 1043.The charging aperture top of described sterilization kettle 7 is provided with the automatic material guide device mating with described automatic material blocking device, as shown in figure 38, described automatic material guide device comprises the guide holder 1051 being fixedly mounted on described delivery chute holder 1021, on described guide holder 1051, material guiding hopper guide rail 1053 is installed, on described material guiding hopper guide rail 1053, material guiding hopper 1052 is installed, it is mouthful corresponding that charging aperture and the described delivery chute discharging that is positioned at the described material guiding hopper 1052 of guide working position dodged, the discharging opening of described material guiding hopper 1052 gos deep in the charging aperture of described sterilization kettle 7, between described material guiding hopper 1052 and described guide holder 1051, be connected with guide control cylinder 1054.In order to guarantee to feed like clockwork, charging baffle plate 1041 in backgauge working position, material guiding hopper 1052 is in guide working position, that is to say, guide control cylinder 1054 will move prior to backgauge control cylinder 1043, after 1054 actions of guide control cylinder put in place, backgauge control cylinder 1043 moves again, utilizes PLC (programmable logic controller (PLC)) accurately to control guide control cylinder 1054 and backgauge control cylinder 1043.
When needs are in certain sterilization kettle 7 when charge material, under the control of PLC, the guide control cylinder 1054 corresponding with this sterilization kettle 7 moves, material guiding hopper 1052 is moved down along material guiding hopper guide rail 1053, the charging aperture that makes material guiding hopper 1052 and delivery chute discharging are dodged and mouthful are alignd, to guarantee that the material on charging delivery chute 1022 can enter into material guiding hopper 1052 smoothly, the discharging opening of material guiding hopper 1052 extend in the charging aperture of sterilization kettle 7; Corresponding backgauge control cylinder 1043 moves, the corresponding charging baffle plate 1041 of controlling swings, it is inclined cross on charging delivery chute 1022, change the carriage direction of material on charging delivery chute 1022, material is dodged mouth by delivery chute discharging and is entered into material guiding hopper 1052 under the effect of charging baffle plate 1041, under the guide effect of material guiding hopper 1052, treat that sterilization material smoothly stably enters into sterilization kettle 7.
In the time that in certain sterilization kettle 7, charge material is complete, under the control of PLC, the backgauge control cylinder 1043 corresponding with this sterilization kettle 7 moves, make corresponding charging baffle plate 1041 turn to the sidewall direction of charging delivery chute 1022, now charging baffle plate 1041 is as a part for charging delivery chute 1022 sidewalls; Simultaneously, PLC controls corresponding guide control cylinder 1054 and moves, material guiding hopper 1052 is moved up along material guiding hopper guide rail 1053, the charging aperture of material guiding hopper 1052 and delivery chute discharging are dodged and mouthful stagger, the discharging opening of material guiding hopper 1052 is away from the charging aperture of sterilization kettle 7; Treat that sterilization material can move forward under the effect of transporting chain plate 1023, is transported in other sterilization kettles 7.
After guide holder 1051, charging baffle plate 1041 is housed, drives charging baffle plate 1041 to swing by backgauge control cylinder 1043, product enters sterilization kettle 7 along charging baffle plate 1041, material guiding hopper 1052.Control guide control cylinder 1054, reductor, drive transporting chain plate 1023, charging baffle plate 1041, material guiding hopper 1052 by PLC and move and feed to every sterilization kettle 7, without manual operation, realized Full automatic feed, efficiency is high, use manpower and material resources sparingly.
Along a transporting chain plate 1023, multiple sterilization kettles 7 can be set, as the utility model adopts 4, the charging aperture correspondence of each sterilization kettle 7 arranges auto feeding device, under the control of PLC, to charge material in each sterilization kettle 7, load material also can optionally to wherein certain sterilization kettle 7 successively.Be positioned at the sterilization kettle 7 of transporting chain plate 1023 transmission direction ends, automatic material blocking device in its corresponding auto feeding device can be set as fixed, be that described automatic material blocking device comprises the charging baffle plate 1041 being inclined cross on described transporting chain plate 1023, charging baffle plate 1041 is fixedly connected with charging delivery chute 1022 sidewalls of transporting chain plate 1023 both sides.
More than show and described basic principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; that in above-described embodiment and description, describes just illustrates principle of the present utility model; do not departing under the prerequisite of the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.

Claims (18)

1. continous way sterilization machine, comprise frame, it is characterized in that: described frame is provided with at least one sterilization kettle, the top of described sterilization kettle kettle is provided with charge door, on described charge door, capping device is installed, the bottom of described sterilization kettle kettle is provided with discharging opening, and lower lid arrangement is installed on described discharging opening, and described sterilization kettle is connected with cold water closed circuit, hot water circulation loop and steam admission passage; Described sterilization kettle below is provided with the tank of discharging tank body after sterilizing kettle in sterilization for receiving, in described tank, be provided with for delivery of conveying device in the tank of tank body, the detection turning device that is provided with successively the single-row device of tank body of the Storage Tank device that the tank body of conveying device conveying in described tank is erected, the single-row output of tank body that described Storage Tank device is erected in described frame and the tank body of single-row described tank body device output is carried out to positive and negative identification rectification, described sterilization kettle is connected with sterilization kettle automatic transport feeding device.
2. continous way sterilization machine as claimed in claim 1, is characterized in that: conveying device comprises and in described tank, is provided with successively the reason tank arrangement that the row's tank for receiving tank body is carried network chain, carried the cooling conveying network chain of the tank body that network chain carries, carries network chain and carry the tank body of network chain conveying and tank body is transferred out to described tank for receiving buffering for receiving the buffering of the tank body that cooling conveying network chain carries for the row of reception tank in described tank; Described row's tank carries the width of network chain to be less than the width of described cooling conveying network chain, and the width of described cooling conveying network chain is less than the width of described buffering conveying network chain; Described row's tank carries network chain, the gentle punching of cooling conveying network chain to carry network chain to be connected with tank feed drive device.
3. continous way sterilization machine as claimed in claim 2, is characterized in that: described tank comprises the row's tank tank, bosh, surge tank and the reason tank tank that set gradually, and described sterilization kettle is positioned at described row's tank tank top; Described row's tank tank, bosh, surge tank and reason tank tank top are provided with connectivity slot successively, and described row's tank tank, bosh, surge tank and reason tank bottom of gullet are provided with communicating pipe successively; Described row's tank carries network chain input to be located in described row's tank tank, and described row's tank carries network chain output to stretch in described bosh through described connectivity slot; Described cooling conveying network chain input is located in described bosh and is positioned at that described row's tank is carried network chain output below and described cooling conveying network chain output stretches into described surge tank through connectivity slot; Described buffering is carried network chain input to be located in described surge tank and is positioned at described cooling conveying network chain output below and described buffering carries network chain output to stretch into described reason tank tank through connectivity slot; Described buffering carries the surface of network chain to be provided with some raised lines vertical with buffering conveying network chain throughput direction; In described row's tank tank, be positioned at described row's tank and carry network chain top to be provided with horizontal retort baffle plate, in described surge tank, be positioned at described cooling conveying network chain output top and be provided with horizontal retort baffle plate.
4. continous way sterilization machine as claimed in claim 3, is characterized in that: described tank is connected with the tank water circulatory system, the described tank water circulatory system comprises cooling cold rinse bank, and described row's tank tank bosh end far away is provided with overflow launder, between described overflow launder and described cooling cold rinse bank, be provided with tank overflow pipe, between bottom, described row's tank tank bosh far away one end and described cooling cold rinse bank, be provided with sink drain, between described surge tank and described cooling cold rinse bank, be provided with tank water inlet pipe, between described communicating pipe and described cooling cold rinse bank, be provided with tank return pipe, described tank water inlet pipe is provided with pumping plant, in described tank, be provided with level sensor and temperature sensor, described level sensor is connected described pumping plant with temperature sensor, described sink drain and tank return pipe are provided with tank control valve.
5. continous way sterilization machine as claimed in claim 3, it is characterized in that: described reason tank arrangement comprises by support and rotates the reason tank conveyer belt driving shaft that is installed in described reason tank tank and reason tank conveyer belt driven shaft, described reason tank conveyer belt driving shaft and reason tank conveyer belt driven shaft are arranged respectively the belt pulley for feeding foil that is provided with mutual correspondence, described belt pulley for feeding foil outer peripheral face is provided with the annular groove of V-arrangement, reasonable tank conveyer belt is in transmission connection between the belt pulley for feeding foil of correspondence on described reason tank conveyer belt driving shaft and described reason tank conveyer belt driven shaft, on described reason tank conveyer belt driving shaft and reason tank conveyer belt driven shaft, between the belt pulley for feeding foil of correspondence, be provided with the delivery chute of the V-arrangement coordinating with annular groove on described belt pulley for feeding foil, described reason tank conveyer belt is through delivery chute and be socketed on described belt pulley for feeding foil on annular groove madial wall, the described reason tank conveyer belt driving shaft reasonable tank power set that are in transmission connection.
6. continous way sterilization machine as claimed in claim 5, it is characterized in that: described reason tank conveyer belt driving shaft is positioned at the top of described reason tank tank described surge tank far away one end, described reason tank conveyer belt driven shaft is positioned at bottom, the nearly described surge tank of described reason tank tank one end; Described reason tank conveyer belt comprises round belt and active band, and described delivery chute comprises two nylon blocks that are oppositely arranged, the nylon block forming V-shape that mutually tilts described in two, and described in two, the relative side surface of nylon block is respectively equipped with the conveying trough of belt for holding reason tank conveyer belt; Described belt pulley for feeding foil comprises the two conveyer belt minute wheels that are arranged side by side, and described in two, the close side of conveyer belt minute wheel is respectively equipped with the sloped sidewall that coordinates forming V-shape, and described sloped sidewall is provided with the conveyer belt race for being socketed reason tank conveyer belt; Described in adjacent two, between delivery chute, cover is buckled with the reason tank cover plate of being inverted V-arrangement; Described delivery chute top is provided with the reason tank elastic webbing that some and described reason tank conveyer belt is vertical.
7. continous way sterilization machine as claimed in claim 1, it is characterized in that: described Storage Tank device comprises that described frame tilts and is provided with out tank chute, described go out tank chute input notch higher than output notch, described go out the output notch place of tank chute be provided with defeated tank band, described in being positioned at, described defeated tank tape input end goes out the output notch below of tank chute, the tank body that described defeated tank band output is provided with for tank body is erected uprightly installs, described upright device output is provided with for delivery of the sliding tank frame that erects tank body, the top of described defeated tank band is provided with leads tank arrangement, described defeated tank band connects Storage Tank power set.
8. continous way sterilization machine as claimed in claim 7, is characterized in that: described in lead tank arrangement and comprise that being positioned at described defeated tank band both sides tops is respectively equipped with gib block and lower gib block; Described in two, upper gib block is located to be provided with pressure tank shell along defeated tank tape feeding direction above being positioned at described defeated tank band output, and described pressure tank shell upstream extremity lower surface is arcuation; Described frame is provided with nylon guide plate, and the inner surface of described defeated tank band is posted by the upper surface of described nylon guide plate, and described defeated tank band is obliquely installed, and the input of described defeated tank band is higher than output; The upright device of described tank body comprises the fixed axis being fixed with in described frame, rotates and be provided with Storage Tank wheel on described fixed axis; Described Storage Tank is taken turns all sides and is evenly provided with some Storage Tank grooves, and the Storage Tank groove cell wall that is positioned at described Storage Tank wheel rotation direction downstream is straight trough wall, and the Storage Tank groove cell wall that is positioned at described Storage Tank wheel rotation direction upstream is arcuation cell wall; Described Storage Tank is taken turns on the fixed axis of a side and is fixed with nylon damped ring, and described nylon damped ring outside is fixed with damping back-up ring; Be positioned at slip cap on the fixed axis of described Storage Tank wheel opposite side nylon trim ring is housed, described nylon trim ring outside is provided with damping lock collar, between described nylon trim ring and damping lock collar, be provided with damping spring, between described damping lock collar and described fixed axis, be provided with damping locking device.
9. continous way sterilization machine as claimed in claim 8, is characterized in that: described Storage Tank wheel comprises two symmetrically arranged Storage Tank minute wheels, described in two, between Storage Tank minute wheel, is provided with spacing block, and described in two, Storage Tank minute wheel and described spacing block are connected to one; Described sliding tank frame comprises the sliding tank frame installing frame that described frame is provided with, and top, bottom and the left and right sides that described sliding tank frame is installed in circle are separately installed with wire bar, between described wire bar, are surrounded as sliding tank field; Described wire bar is positioned at described Storage Tank wheel one end higher than the other end, and described wire bar low side end is provided with the horizontal leading-out portion that tank body level is derived.
10. continous way sterilization machine as claimed in claim 1, it is characterized in that: the single-row device of described tank body comprises that described frame is provided with power set in column, described frame is provided with collects network chain, a described side of collecting network chain is provided with guiding network chain side by side, described network chain and the guiding network chain described power set in column that are in transmission connection of collecting, described in collect the speed that network chain speed is less than described guiding network chain; The described network chain long-range guided missile that collects is provided with and collects sliver to the top of network chain one side, the top that described guiding network chain far collects network chain one side is provided with guiding sliver, the top that described guiding network chain closely collects network chain one side downstream is provided with auxiliary sliver, the distance between described guiding sliver and auxiliary sliver along guiding network chain throughput direction dwindle gradually and described guiding sliver and auxiliary sliver between minimum range corresponding with the tank body external diameter of conveying; Described collecting between sliver and auxiliary sliver is connected with tank body imported to the guiding sliver between guiding sliver and auxiliary sliver, described guiding sliver with described in collect the upstream that sliver link collects network chain throughput direction described in being positioned at, and described guiding sliver connects the downstream that described auxiliary sliver one end is collected network chain throughput direction described in being positioned at.
11. continous way sterilization machines as claimed in claim 1, it is characterized in that: described detection turning device comprises that described frame is provided with guide table, output network chain is installed in described guide table, along the direction of transfer of described output network chain, the top of described output network chain is provided with vision inspection apparatus successively, separation of products device and product separating device, between described vision inspection apparatus and described separation of products device, be connected with separation of products control device, described product separating device is divided into product by described output network chain and carries main stem and product to carry byroad, described product is carried on byroad turner is installed.
12. continous way sterilization machines as claimed in claim 11, is characterized in that: described vision inspection apparatus comprises the detection bearing being fixedly mounted in described guide table, and the image acquisition device of camera lens towards described output network chain is installed on described detection bearing; Described separation of products device comprises pressurized tank, the product that is positioned at described output network chain in described guide table carries main stem one side to be installed with jet bearing, on described jet bearing, air jet pipe is installed, described air jet pipe is communicated with described pressurized tank by air shooter, and described air shooter is provided with the solenoid valve by the control of described separation of products control device; Described separation of products control device comprises the central processing unit being connected with described image acquisition device, and the signal controlling end of the signal output part of described central processing unit and described solenoid valve is connected; Described product separating device comprises the product divider that is arranged on described output network chain central authorities top along the direction of transfer of described output network chain; Described turner comprises upset cage, and described upset cage has the helical duct of Rotate 180 °, and described upset cage is provided with the gas blow pipe being communicated with described pressurized tank, and described gas blow pipe blowing direction is identical with the direction of transfer of described output network chain.
13. continous way sterilization machines as claimed in claim 1, is characterized in that: described sterilization kettle is vertical sterilization kettle, and described lower lid arrangement stretches in described tank, described capping device comprises cover clamp, the lower surface of described cover clamp is the working face of charge door described in shutoff, parallel on described cover clamp two rotating shafts are installed, the two ends of described rotating shaft are installed with cover locking eccentric wheel, in the eccentric periphery of described upper cover locking, be rotatablely equipped with wheel rim, described wheel rim is arranged on the upper cover support frame that is provided with track, between described upper cover support frame and described sterilization kettle kettle, is provided with upper cover support frame holder, upper cover push-and-pull drive unit is installed between described upper cover support frame and described cover clamp, and described cover clamp is provided with cover locking drive unit, between described cover clamp and described charge door, is provided with device for sealing upper cover, described lower lid arrangement comprises lower cover pressing plate, the upper surface of described lower cover pressing plate is the working face of discharging opening described in shutoff, on described sterilization kettle kettle, be installed with lower cover support frame, described lower cover pressing plate is slidably mounted in described lower cover support frame, between described lower cover support frame and described lower cover pressing plate, lower cover push-and-pull drive unit is installed, on described lower cover support frame, be separately installed with the main locking device of lower cover pressing plate on three limits of corresponding described lower cover pressing plate, away from being provided with lower cover pressing plate secondary locking device between the limit of the described lower cover pressing plate of described lower cover support frame and described sterilization kettle kettle, between described lower cover pressing plate and described discharging opening, be provided with lower cap sealing.
14. continous way sterilization machines as claimed in claim 13, it is characterized in that: described upper cover push-and-pull drive unit comprises upper cover push cylinder, one end of described upper cover push cylinder is connected with described upper cover support frame, and the other end of described upper cover push cylinder is connected with described cover clamp; Described upper cover locking drive unit comprises the upper cover locking swing arm being fixed with respectively in two described rotating shafts, described in two, between upper cover locking swing arm, upper cover locking cylinder is installed, and is fixed with locking stopping means in described rotating shaft; Described locking stopping means comprises the fan-shaped limiting plate being fixedly installed in described rotating shaft; Described device for sealing upper cover comprises the upper cover flange that is welded on described charge door place, and the upper surface of described upper cover flange is provided with upper cover closure gasket groove, in described upper cover closure gasket groove, sealing ring is installed; Described lower cover push-and-pull drive unit comprises lower cover push cylinder, and one end of described lower cover push cylinder is connected with described lower cover support frame, and the other end of described lower cover push cylinder is connected with described lower cover pressing plate; The main locking device of described lower cover pressing plate comprises two tight eccentric wheels of lower cover master lock that are rotatably installed on described lower cover support frame, two tight eccentric wheels of described lower cover master lock are connected with master lock locking oil cylinder by the tight swing arm of lower cover master lock, and the end face of the tight eccentric outer peripheral face of described lower cover master lock is resisted against on the lower surface of described lower cover pressing plate; Described lower cover pressing plate secondary locking device comprises the two eccentric wheel seats that are arranged on described lower cover pressing plate upper surface, described in two, on eccentric wheel seat, be vertically rotatablely equipped with respectively the tight eccentric wheel of lower cover secondary lock, two tight eccentric wheels of described lower cover secondary lock are connected with secondary lock locking oil cylinder by the tight swing arm of lower cover secondary lock, on described sterilization kettle kettle, be fixed with eccentric wheel holding tank, be affiliated on the lower surface of described eccentric wheel holding tank the bottom surface of the tight eccentric wheel outer peripheral face of described lower cover secondary lock; In described lower cover support frame, along described lower cover pressing plate glide direction, lower cover pressing plate support roller is installed; Described lower cap sealing comprises the lower cover flange that is welded on described discharging opening place, and the lower surface of described lower cover flange is provided with lower cover closure gasket groove, in described lower cover closure gasket groove, sealing ring is installed.
15. continous way sterilization machines as claimed in claim 13, it is characterized in that: described sterilization kettle lower cover pressing plate is provided with captation, described captation is connected with Thermostable flexible hose, and described Thermostable flexible hose is connected with Automatic steam trap Trap, and described Automatic steam trap Trap is connected with hot water storage container; Described captation comprises the gully-hole being arranged on described sterilization kettle lower cover pressing plate, the pot shape that the lower surface of described lower cover pressing plate is welded with the described gully-hole of the cover button end socket that catchments, and the catchment bottom of end socket of described pot shape connects described Thermostable flexible hose.
16. continous way sterilization machines as claimed in claim 1, it is characterized in that: described cold water closed circuit comprises sterilization kettle cold rinse bank, between described sterilization kettle cold rinse bank and described sterilization kettle kettle, be provided with into cold water pipes, return cold water pipes and cold water overflow pipe, the delivery port of described time cold water pipes is located at the bottom of described sterilization kettle kettle, the delivery port of described cold water overflow pipe is located at the top of described sterilization kettle kettle, described enter cold water pipes be provided with water supply pump, described in enter cold water pipes, return on cold water pipes and described cold water overflow pipe and be respectively equipped with by-pass valve control; Described hot water circulation loop comprises hot-water cylinder, between described hot-water cylinder and described sterilization kettle kettle, be provided with into hot water pipeline, backheat waterpipe and hot water overflow pipe, the delivery port of described backheat waterpipe is located at the bottom of described sterilization kettle kettle, the delivery port of described hot water overflow pipe is located at the top of described sterilization kettle kettle, described enter hot water pipeline be provided with heat-exchanger pump, described in enter on hot water pipeline, backheat waterpipe and described hot water overflow pipe to be respectively equipped with by-pass valve control; Described steam inlet pipeline comprises the jet chimney that enters being communicated with described sterilization kettle kettle, described in enter jet chimney and be provided with by-pass valve control.
17. continous way sterilization machines as described in arbitrary claim in claim 1 to 16, it is characterized in that: described sterilization kettle automatic transport feeding device comprises the automatic conveying device arranging along charging aperture one side of all sterilization kettles, and corresponding with the charging aperture of each described sterilization kettle respectively auto feeding device is installed on described automatic conveying device; Described automatic conveying device comprises delivery chute holder, on described delivery chute holder, charging delivery chute is installed, in described charging delivery chute, transporting chain plate is installed, on the sidewall of described charging delivery chute, the charging aperture of corresponding described sterilization kettle is provided with delivery chute discharging and dodges mouth, and described transporting chain plate is connected with electric-motor drive by reductor; Described auto feeding device comprises the automatic material blocking device being arranged on described charging delivery chute, and the charging aperture top of described sterilization kettle is provided with the automatic material guide device mating with described automatic material blocking device.
18. continous way sterilization machines as claimed in claim 17, it is characterized in that: described automatic material blocking device comprises the charging baffle plate that is hinged on described charging delivery chute inner side, described charging delivery chute outside is fixedly connected with backgauge support arm, between described backgauge support arm and described charging baffle plate, is hinged with backgauge control cylinder; Described automatic material guide device comprises the guide holder being fixedly mounted on described delivery chute holder, on described guide holder, material guiding hopper guide rail is installed, on described material guiding hopper guide rail, material guiding hopper is installed, it is mouthful corresponding that charging aperture and the described delivery chute discharging that is positioned at the described material guiding hopper of guide working position dodged, the discharging opening of described material guiding hopper gos deep in the charging aperture of described sterilization kettle, between described material guiding hopper and described guide holder, is connected with guide control cylinder.
CN201320360864.5U 2012-06-14 2013-06-13 Continuous sterilizer Expired - Fee Related CN203597360U (en)

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CN105595149A (en) * 2015-12-21 2016-05-25 江苏新美星包装机械股份有限公司 Method for controlling sterilization temperature of sterilization machine

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