CN104369886B - The pay-off of a kind of small fish packaging and feeding method thereof - Google Patents
The pay-off of a kind of small fish packaging and feeding method thereof Download PDFInfo
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- CN104369886B CN104369886B CN201410604063.8A CN201410604063A CN104369886B CN 104369886 B CN104369886 B CN 104369886B CN 201410604063 A CN201410604063 A CN 201410604063A CN 104369886 B CN104369886 B CN 104369886B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B3/00—Packaging plastic material, semiliquids, liquids or mixed solids and liquids, in individual containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, or jars
- B65B3/04—Methods of, or means for, filling the material into the containers or receptacles
- B65B3/10—Methods of, or means for, filling the material into the containers or receptacles by application of pressure to material
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B3/00—Packaging plastic material, semiliquids, liquids or mixed solids and liquids, in individual containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, or jars
- B65B3/04—Methods of, or means for, filling the material into the containers or receptacles
- B65B3/08—Methods of, or means for, filling the material into the containers or receptacles by screw-type feeders
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B3/00—Packaging plastic material, semiliquids, liquids or mixed solids and liquids, in individual containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, or jars
- B65B3/26—Methods or devices for controlling the quantity of the material fed or filled
- B65B3/30—Methods or devices for controlling the quantity of the material fed or filled by volumetric measurement
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Mixers Of The Rotary Stirring Type (AREA)
- Basic Packing Technique (AREA)
Abstract
A kind of small fish packaging pay-off and feeding method thereof, belong to packaging for foodstuff metering, feeding technical field, including material stirring system, installs table top, lift cylinder fixed mount, rotary tray motor, rotating disk, measuring cup group and discharging formation system；Material stirring system includes 2-6 group material stirring structure, often group and includes 1 lift cylinder, 1 driven gear and 1 pair of stirring paddle；Install in mesa edge and be disposed with charge door, oil filler, preformed hole；Lift cylinder top is arranged on lift cylinder fixed mount；Rotating disk is installed between table top and desktop；Measuring cup group includes 6-18 measuring cup, is fixedly mounted in disk edge；Described discharging formation system is arranged on preformed hole side.And the feeding method of a kind of small fish packaging, adopt above-mentioned small fish packaging pay-off, comprise the steps: first to feed in raw material, refuel again and adjuvant, then classification stir, last discharging molding.The invention has the beneficial effects as follows: material do not stick, without error in dipping, to be easily packaged into bag, production efficiency high.
Description
Technical field
The present invention is pay-off and the feeding method thereof of a kind of packaging, the pay-off packed particularly to a kind of small fish and feeding method thereof, belongs to packaging for foodstuff metering, feeding technical field.
Background technology
Bean product, meat products, fish product belong to compound leisure food, liked by consumers in general, but the said goods is frequently accompanied by the viscosity dispensings such as a large amount of edible oil, chilli seed, broad bean paste, adopt pure hand-filling the earliest, do not only exist food safety and sanitation hidden danger, and more there is the problem taken time and effort.Now adopting storing stirring system, generally only one group, production efficiency is not high.Traditional combination claims and other metering methods all cannot complete automatic gauge, it is common to there is the problems such as material sticks, error in dipping is big, cleaning is inconvenient.And when there is the packaging bag that material joins bag type package machine, because of the situation that material is excessive, generation not easily loads.
Summary of the invention
It is an object of the invention to in above-mentioned bean product, meat products, the package metro-measuring of fish product, feeding technology prior art, material sticks, error in dipping is big, it is inconvenient to clean, packaging bag time not easily load, defect that production efficiency is low, provide pay-off and the feeding method thereof of a kind of small fish packaging, it is possible to reach material do not stick, without error in dipping, easy to clean, packaging bag time easily load, purpose that production efficiency is high.
The present invention adopts the technical scheme that to achieve these goals: a kind of small fish packaging pay-off, including frame；
Described frame is square table, and described square table includes desktop and feet；Also include driving gear motor, driving gear, material stirring system, table top, lift cylinder fixed mount, rotary tray motor, rotating disk, measuring cup group and discharging formation system are installed；
Described driving gear motor is fixedly mounted on desktop side, and driving gear is fixing with driving gear motor shaft to be connected；
Described material stirring system includes 2-6 group material stirring structure, often group material stirring structure includes 1 lift cylinder, 1 driven gear and 1 pair of stirring paddle, driven gear shaft is fixing with installation table top to be connected, the 1 pair of stirring paddle is arranged on below lift cylinder, stirring paddle upper end is fixing with bottom lift cylinder is connected, and described every pair of stirring paddle is left and right to be symmetrical arranged；Total 2-6 lift cylinder, 2-6 driven gear and 2-6, to stirring paddle, intermesh before and after described 2-6 driven gear；The upper and lower lifting of lift cylinder drives the upper and lower lifting of stirring paddle；
Described installation table top fixedly mounts on the table by screw rod, and described lift cylinder fixed mount is fixedly installed on installation table top；Install in mesa edge and be disposed with charge door, oil filler, inserting hole, preformed hole counterclockwise；2-6 lift cylinder top is fixedly mounted on lift cylinder fixed mount successively, and 2-6 lift cylinder bottom is corresponding with 2-6 driven gear successively；The effect of preformed hole is, when processing different product and needing, gives over to installation and discloses material cylinder, guarantees the unimpeded use of blanking.
Described rotary tray motor is arranged on fixing with desktop below desktop-centric connection, and the axial desktop of rotary tray motor extends above, and described rotating disk is fixedly connected on rotary tray motor axle, is installing between table top and desktop；Described measuring cup group includes 6-18 measuring cup, and described 6-18 measuring cup is uniformly distributed, is fixedly mounted in disk edge；Described 6-18 measuring cup is bottomless columnar structured, and the columnar structured lower surface of 6-18 measuring cup can keep flat on the table movably；Rotary tray motor can drive rotating disk to rotate, drive 6-18 measuring cup to rotate with rotating disk simultaneously；
Described 2-6 group material stirring structure, by inserting hole and the upper and lower corresponding respectively of 2-6 measuring cup in measuring cup group, makes 2-6 stirring paddle be respectively aligned to 2-6 measuring cup；On described desktop, the preformed hole upper and lower corresponding place with installing table top, it is provided with feed opening, the diameter of described feed opening and the equal diameters of preformed hole；Described discharging formation system is arranged on that preformed hole side and desktop are fixing to be connected, and is connected by feed opening；
When lift cylinder drives stirring paddle to decline, stirring paddle bottom is inserted in the measuring cup that lower section is corresponding through driven gear；Now, starting driving gear driven by motor driving gear and rotate, driving gear sequentially drives each driven gear to rotate, and each driven gear rotates and drives each stirring paddle to rotate；
When lift cylinder drives stirring paddle to promote, makes stirring paddle bottom higher than measuring cup group upper end, start rotary tray motor, make rotating disk rotate counterclockwise, make measuring cup group shift position in the counterclockwise direction simultaneously, make rear 1 measuring cup be directed at front 1 group of material stirring structure；
When material adds from charge door, rotate counterclockwise with rotating disk, after oil filler refuels, stirs then through material stirring system, when being transferred to feed opening top position, namely automatically fall through feed opening, enter discharging formation system.
Described lift cylinder fixed mount includes arc fixed plate and supported on both sides gusset, and described lift cylinder top is fixedly connected on arc fixed plate, and described supported on both sides gusset is fixedly connected on installation table top by screw.
Described material stirring system includes 4 groups of material stirring structures, has 4 lift cylinders, including lift cylinder A, B, C and D, 4 driven gears, including driven gear A, B, C and D, and 4 pairs of stirring paddles, intermesh before and after described 4 driven gear A, B, C and D；4 lift cylinder tops are fixedly mounted on lift cylinder fixed mount successively, and 4 lift cylinder bottoms are corresponding with 4 driven gears successively.
Described measuring cup group includes 12 measuring cups, and described 12 measuring cups are uniformly distributed in disk edge；Described 4 groups of material stirring structures, by inserting hole (not shown) and the upper and lower corresponding respectively of 4 measuring cups in measuring cup group, make 4 stirring paddles be respectively aligned to 4 measuring cups.
Described discharging formation system includes hopper, shapes feed bin, pusher cylinder, pusher movable block, discloses material cylinder and discharging opening；Described hopper, below feed opening, shapes feed bin in hopper front, and shaping feed bin is slender type cylindrical body；Described pusher movable block is horizontally arranged in hopper, and described pusher cylinder is arranged on after pusher movable block, described in disclose material cylinder be arranged on shaping feed bin above.
Described shaping feed bin includes movable side wall and the fixed sidewall of both sides；Side movable side wall is pusher movable block front end face, in semi-cylindrical shaped face, the opposite side shaping feed bin is fixed sidewall, in semi-cylindrical shaped face；When pusher cylinder regain, pusher movable block backward time, separately, the material of feed opening drops in hopper, between movable side wall and fixed sidewall for movable side wall and fixed sidewall；When pushing away before pusher cylinder, pusher movable block forward time, movable side wall and fixed sidewall close up, and form thin cylindrical shape and shape feed bin；Material falls through feed opening, enter after hopper before by pusher cylinder and be pushed into shaping feed bin, is processed into thin cylindrical finished product, exports through discharging opening after.
The feeding method of a kind of small fish packaging, adopts the small fish packaging pay-off including 2-6 group material stirring structure and 6-18 measuring cup, specifically includes following steps:
(1) first feed in raw material: the charge door packing pay-off from small fish adds in measuring cup cleaned, that sterilization is corresponding with dry small fish material to lower section and is full of；
(2) refuel again and adjuvant: the oil filler packing pay-off from small fish adds the mixing of materials in oil and other adjuvant and lower section measuring cup；
(3) then classification stirs: operation material stirring structure, and the small fish material in measuring cup, oil and other adjuvant are carried out classification stirring, so as to uniformly；
(4) last discharging molding: the materiel machining fallen from measuring cup is become carefully cylindrical finished product discharging with discharging formation system.
Adopt the small fish packaging pay-off including 2-6 group material stirring structure and 6-18 measuring cup, specifically include following steps:
(1) first feed in raw material: by lifting device and feeding device, the charge door packing pay-off from small fish adds in measuring cup cleaned, that sterilization is corresponding with dry small fish material to lower section and is full of；
(2) again refuel and adjuvant: lift cylinder drive stirring paddle promote, start rotary tray motor, rotating disk is made to rotate counterclockwise, the above-mentioned measuring cup adding full with substance is transferred to below oil filler, turn off rotary tray motor, stop rotating disk rotation, then passing through feeder, the oil filler packing pay-off from small fish adds the mixing of materials in oil and adjuvant and lower section measuring cup；
(3) then classification stirs: start rotary tray motor, rotating disk is made to rotate counterclockwise, the above-mentioned measuring cup adding full with substance, oil and adjuvant is transferred to below material stirring structure, turn off rotary tray motor, stop rotating disk rotation, when lift cylinder drives stirring paddle to decline, stirring paddle bottom is inserted in the measuring cup that lower section is corresponding through driven gear；Now, starting driving gear driven by motor driving gear and rotate, driving gear sequentially drives each driven gear to rotate, and each driven gear rotates and drives each stirring paddle to rotate, and material measuring cup in corresponding to each stirring paddle is stirred, so as to uniformly；
Lift cylinder drives stirring paddle to promote again, restarts rotary tray motor, measuring cup group shift position in the counterclockwise direction, makes rear 1 measuring cup be directed at front 1 group of material stirring structure；Turn off rotary tray motor, stop rotating disk rotation, and start driving gear motor, drive each driven gear and each stirring paddle to rotate successively；Such palikinesia 2-6 time, reach stirring number of times equal with material stirring structure group number time, namely complete 2-6 level whipping procedure, make the compound of small fish, oil and adjuvant stir completely, turn to feed opening；
(4) last discharging molding: pack the material entrance hopper that the feed opening of pay-off falls through small fish, by being pushed into shaping feed bin before pusher cylinder, is processed into thin cylindrical finished product, the making completing 40-80 thin cylinder finished product per minute；Through disclosing material cylinder action after, from discharging opening thin cylindrical finished product joined the packaging bag of bag type package machine, thus realizing small fish goods full-automation volume measurement packaging.
Adopt the small fish packaging pay-off including 4 groups of material stirring structures and 12 measuring cups；Described 4 groups of material stirring structures include 4 lift cylinders, for lift cylinder A, B, C and D, 4 driven gears are driven gear A, B, C and D, and 4 pairs of stirring paddles, simultaneously complete 4 grades of whipping procedures.
The making completing 50-55 thin cylindrical finished product per minute.
Compared with prior art, the invention has the beneficial effects as follows:
1 tradition processor be first spice, first the compound of small fish, oil and adjuvant is stirred, then carries out metering, distributing, packaging, but due to the material viscosity with oil and adjuvant greatly, easily stick, and causes that subpackage is difficult, it is inaccurate to measure；The present invention has overturned original program, adopt original-pack material elder generation metering, distributing, packaging, rear spice technique, the situation that when completely avoid subpackage, material sticks, overcome in conventional packaging for foodstuff metering, feeding technology, measurement criteria does not reach, and makes finished product not of uniform size, the deleterious situation that field feedback is big, ensure that accurate measurement, make product quality have new raising.
2 have employed 2-6 group material stirring structure, have carried out the stirring of 2-6 level, have made stirring completely uniform；And have employed discharging formation system, by pusher cylinder with shape feed bin, materiel machining is become the thin cylinder finished product that easy entry bag pack fill.
3 present invention application are very extensive, can not only overall application in the package metro-measuring of small fish food and feeding, and all kinds of bean product, meat products, the package metro-measuring of fish product and feeding can be applied to very easily.
Accompanying drawing explanation
Fig. 1 is: front view of the present invention；
Fig. 2 is: right view of the present invention；
Fig. 3 is: left view of the present invention；
Fig. 4 is: top view of the present invention；
Fig. 5 is: upward view of the present invention；
Fig. 6 is: Fig. 4 A-A sectional view；
Fig. 7 is: Fig. 4 B-B sectional view；
Fig. 8 is: Fig. 7 C-C sectional view (at the withdrawal of pusher cylinder, pusher movable block backward, movable side wall and fixed sidewall separated position)；
Fig. 9 is: the main apparent direction axonometric chart of the present invention；
Figure 10 is: the right apparent direction axonometric chart of the present invention；
Figure 11 is: the present invention looks up direction axonometric chart；
Figure 12 is: Fig. 9 A portion enlarged drawing.
nullDescription of reference numerals: frame 1、Desktop 101、Feet 102、Driving gear motor 2、Driving gear 3、Table top 4 is installed、Charge door 401、Oil filler 402、Preformed hole 403、Lift cylinder fixed mount 5、Arc fixed plate 501、Support gusset 502、Rotary tray motor 6、Rotating disk 7、Discharging formation system 8、Hopper 801、Shape feed bin 802、Movable side wall 8021、Fixed sidewall 8022、Pusher cylinder 803、Pusher movable block 804、Disclose material cylinder 805、Discharging opening 806、Material stirring structure 9、Lift cylinder 901、Lift cylinder A9011、Lift cylinder B9012、Lift cylinder C9013、Lift cylinder D9014、Driven gear 902、Driven gear A9021、Driven gear B9022、Driven gear C9023、Driven gear D9024、Stirring paddle 903、Feed opening 10、Measuring cup 11，Screw rod 12.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the invention will be further described, but not as a limitation of the invention.
As shown in Figures 1 to 12, a kind of small fish packaging pay-off and feeding method thereof, including frame 1, driving gear motor 2, driving gear 3, material stirring system, install table top 4, lift cylinder fixed mount 5, rotary tray motor 6, rotating disk 7, measuring cup group and discharging formation system 8.
Described frame 1 is square table, and described square table includes desktop 101 and feet 102；
Described driving gear motor 2 is fixedly mounted on desktop 101 side, and driving gear 3 is fixing with driving gear motor 2 axle to be connected；
Described material stirring system includes 4 groups of material stirring structures 9, often group material stirring structure 9 includes 901,1 driven gear 902 of 1 lift cylinder and 1 pair of stirring paddle 903, driven gear 902 axle with install that table top 4 is fixing to be connected, the 1 pair of stirring paddle 903 is arranged on below lift cylinder 901, stirring paddle 903 upper end is connected with fixing bottom lift cylinder 901；Have 4 lift cylinders 901, including lift cylinder A9011, lift cylinder B9012, lift cylinder C9013 and lift cylinder D9014,4 driven gears 902, including driven gear A9021, driven gear B9022, driven gear C9023 and driven gear D9024, and 4 pairs of stirring paddles 903, intermesh before and after described driven gear A9021, driven gear B9022, driven gear C9023 and driven gear D9024；The upper and lower lifting of lift cylinder 901 drives the upper and lower lifting of stirring paddle 903.
As shown in Figure 10, described installation table top 4 is fixedly mounted on desktop 101 by 3 screw rods 12, described lift cylinder fixed mount 5 includes arc fixed plate 501 and supported on both sides gusset 502, described lift cylinder 901 top is fixedly connected on arc fixed plate 501, and described supported on both sides gusset 502 is fixedly connected on installation table top 4 by screw.Install in table top 4 edge and be disposed with charge door 401, oil filler 402, inserting hole (not shown), preformed hole 403 counterclockwise；4 lift cylinder 901 tops are fixedly mounted on lift cylinder fixed mount 5 successively, and 4 lift cylinder 901 bottoms are corresponding with 4 driven gears 902 successively.
Described rotary tray motor 6 is arranged on that desktop 101 central lower and desktop 101 is fixing to be connected, and the axial desktop 101 of rotary tray motor 6 extends above, and described rotating disk 7 is fixedly connected on rotary tray motor 6 axle, between installation table top 4 and desktop 101；Described measuring cup group includes 12 measuring cups 11, and described 12 measuring cups 11 are uniformly distributed, are fixedly mounted in rotating disk 7 edge；Described 12 measuring cups 11 are bottomless columnar structured, and the columnar structured lower surface of 12 measuring cups 11 can lie on desktop 101 movably；Rotary tray motor 6 can drive rotating disk 7 to rotate, drive 12 measuring cups 11 to rotate with rotating disk 7 simultaneously.
Described 4 groups of material stirring structures 9 and the upper and lower corresponding respectively of 4 measuring cups 11 in measuring cup group, make 4 stirring paddles 903 be respectively aligned to 4 measuring cups 11；On described desktop 101, with preformed hole 403 upper and lower corresponding installing table top 4, place is provided with feed opening 10, the diameter of described feed opening 10 and the equal diameters of preformed hole 403.
Described discharging formation system 8 is arranged on that preformed hole 403 side is fixed below with desktop 101 to be connected；Described discharging formation system 8 includes hopper 801, shapes feed bin 802, pusher cylinder 803, pusher movable block 804, discloses material cylinder 805 and discharging opening 806；Described hopper 801 is below feed opening 10, and hopper 801 connects with feed opening 10；Shaping feed bin 802 in hopper 801 front, shaping feed bin 802 is slender type cylindrical body；Described pusher movable block 804 is horizontally arranged in hopper 801, and described pusher cylinder 803 is arranged on after pusher movable block 804, described in disclose material cylinder 805 be arranged on shaping feed bin 802 above.Described shaping feed bin 802 includes movable side wall 8021 and the fixed sidewall 8022 of both sides；Side movable side wall 8021 is pusher movable block 804 front end face, in semi-cylindrical shaped face, the opposite side shaping feed bin 802 is fixed sidewall 8022, in semi-cylindrical shaped face.
When lift cylinder 901 drives stirring paddle 903 to decline, stirring paddle 903 bottom is inserted in the measuring cup 11 that lower section is corresponding through driven gear 902；Now, starting driving gear motor 2 drives driving gear 3 to rotate, driving gear 3 sequentially drives each driven gear A9021, driven gear B9022, driven gear C9023, driven gear D9024 to rotate, and each driven gear A9021, driven gear B9022, driven gear C9023, driven gear D9024 rotate and drive each stirring paddle 903 to rotate respectively；
When lift cylinder 901 drives stirring paddle 903 to promote, makes stirring paddle 903 bottom higher than measuring cup 11 upper end, start rotary tray motor 6, make rotating disk 7 rotate counterclockwise, make measuring cup group shift position in the counterclockwise direction simultaneously, make rear 1 measuring cup 11 be directed at front 1 group of material stirring structure 9.
When material adds from charge door 401, rotate counterclockwise with rotating disk 7, after refueling through oil filler 402, stirring then through material stirring system, when being transferred to feed opening 10 top position, namely automatically fall through feed opening 10, enter discharging formation system 8.
When pusher cylinder 803 regain, pusher movable block 804 backward time, separately, the material of feed opening 10 drops in hopper 801, between movable side wall 8021 and fixed sidewall 8022 for movable side wall 8021 and fixed sidewall 8022；When pushing away before pusher cylinder 803, pusher movable block 804 forward time, movable side wall 8021 and fixed sidewall 8022 close up, and form thin cylindrical shape and shape feed bin 802.Material falls through feed opening 10, enter hopper 801 after by being pushed into shaping feed bin 802 before pusher cylinder 803, be processed into thin cylindrical finished product, export through discharging opening 806 after.
The feeding method of a kind of small fish packaging, adopts the small fish packaging pay-off including 4 groups of material stirring structures 9 and 12 measuring cups 11, specifically includes following steps:
(1) first feed in raw material: by lifting device (not shown) and feeding device (not shown), the charge door 401 packing pay-off from small fish adds in measuring cup 11 cleaned, that sterilization is corresponding to lower section with dry small fish material and is full of；
(2) again refuel and adjuvant: lift cylinder 901 groups drive stirring paddle 903 promote, start rotary tray motor 6, rotating disk 7 is made to rotate counterclockwise, the above-mentioned measuring cup 11 adding full with substance is transferred to below oil filler 402, turn off rotary tray motor 6, stopping rotating disk 7 rotates, then passing through feeder, the oil filler 402 packing pay-off from small fish adds the mixing of materials in oil and adjuvant and lower section measuring cup 11；
(3) then classification stirs: start rotary tray motor 6, rotating disk 7 is made to rotate counterclockwise, the above-mentioned measuring cup 11 adding full with substance, oil and adjuvant is transferred to below material stirring structure 9, turn off rotary tray motor 6, stopping rotating disk 7 rotates, when lift cylinder 901 drives stirring paddle 903 to decline, stirring paddle 903 bottom is inserted in the measuring cup 11 that lower section is corresponding；Now, starting driving gear motor 2 drives driving gear 3 to rotate, driving gear 3 sequentially drives each driven gear A9021, driven gear B9022, driven gear C9023, driven gear D9024 to rotate, each driven gear A9021, driven gear B9022, driven gear C9023, driven gear D9024 rotate and drive each stirring paddle 903 to rotate, material measuring cup 11 in corresponding to each stirring paddle 903 is stirred, so as to uniformly；
Lift cylinder 901 drives stirring paddle 903 to promote again, restarts rotary tray motor 6, measuring cup group shift position in the counterclockwise direction, makes rear 1 measuring cup 11 be directed at front 1 group of material stirring structure 9；Turn off rotary tray motor 6, stopping rotating disk 7 rotates, and starts driving gear motor 2, drives each driven gear A9021, driven gear B9022, driven gear C9023, driven gear D9024 and each stirring paddle 903 to rotate successively；Such palikinesia 4 times, namely completes 4 grades of whipping procedures, makes the compound of small fish, oil and adjuvant stir completely, turns to feed opening 10；
(4) last discharging molding: the material through feed opening 10 whereabouts that small fish packs pay-off enters hopper 801, by being pushed into shaping feed bin 802 before pusher cylinder 803, is processed into thin cylindrical finished product, the making completing the individual thin cylindrical finished product of 50-55 per minute；Acting on through disclosing material cylinder 805 after, from discharging opening 806 thin cylindrical finished product being joined the packaging bag (not shown) of bag type package machine, thus realizing small fish goods full-automation volume measurement packaging.
Embodiment described above, the simply one of the present invention more preferably detailed description of the invention, the usual variations and alternatives that those skilled in the art carries out within the scope of technical solution of the present invention all should be included in protection scope of the present invention.
Claims (9)
1. a small fish packaging pay-off, including frame, it is characterised in that:
Described frame is square table, and described square table includes desktop and feet；Also include driving gear motor, driving gear, material stirring system, table top, lift cylinder fixed mount, rotary tray motor, rotating disk, measuring cup group and discharging formation system are installed；
Described driving gear motor is fixedly mounted on desktop side, and driving gear is fixing with driving gear motor shaft to be connected；
Described material stirring system includes 2-6 group material stirring structure, often group material stirring structure includes 1 lift cylinder, 1 driven gear and 1 pair of stirring paddle, driven gear shaft with install that table top is fixing to be connected, the 1 pair of stirring paddle is arranged on below lift cylinder, stirring paddle upper end is connected with fixing bottom lift cylinder；Intermesh before and after described 2-6 driven gear；The upper and lower lifting of lift cylinder, drives the upper and lower lifting of stirring paddle；
Described installation table top fixedly mounts on the table by screw rod, and described lift cylinder fixed mount is fixedly installed on installation table top；Install in mesa edge and be disposed with charge door, oil filler, inserting hole, preformed hole counterclockwise；2-6 lift cylinder top is fixedly mounted on lift cylinder fixed mount successively, and 2-6 lift cylinder bottom is corresponding with 2-6 driven gear successively；
Described rotary tray motor is arranged on fixing with desktop below desktop-centric connection, and the axial desktop of rotary tray motor extends above, and described rotating disk is fixedly connected on rotary tray motor axle, is installing between table top and desktop；Described measuring cup group includes 6-18 measuring cup, and described 6-18 measuring cup is uniformly distributed, is fixedly mounted in disk edge；Described 6-18 measuring cup is bottomless columnar structured, and the columnar structured lower surface of 6-18 measuring cup can keep flat on the table movably；Rotary tray motor can drive rotating disk to rotate, drive 6-18 measuring cup to rotate with rotating disk simultaneously；
Described 2-6 group material stirring structure, by inserting hole and the upper and lower corresponding respectively of 2-6 measuring cup in measuring cup group, makes 2-6 stirring paddle be respectively aligned to 2-6 measuring cup；On described desktop, the preformed hole upper and lower corresponding place with installing table top, it is provided with feed opening；Described discharging formation system is arranged on that preformed hole side and desktop are fixing to be connected, and is connected by feed opening；
When lift cylinder drives stirring paddle to decline, stirring paddle bottom is inserted in the measuring cup that lower section is corresponding；Now, starting driving gear driven by motor driving gear and rotate, driving gear sequentially drives each driven gear to rotate, and each driven gear rotates and drives each stirring paddle to rotate；
When lift cylinder group drives stirring paddle to promote, makes stirring paddle bottom higher than measuring cup group upper end, start rotary tray motor, make rotating disk rotate counterclockwise, make measuring cup group shift position in the counterclockwise direction simultaneously, make rear 1 measuring cup be directed at front 1 group of material stirring structure；
When material adds from charge door, rotate counterclockwise with rotating disk, after oil filler refuels, stirs then through material stirring system, when being transferred to feed opening top position, namely automatically fall through feed opening, enter discharging formation system.
2. a kind of small fish packaging pay-off according to claim 1, it is characterized in that: described lift cylinder fixed mount includes arc fixed plate and supported on both sides gusset, described lift cylinder top is fixedly connected on arc fixed plate, and described supported on both sides gusset is fixedly connected on installation table top by screw.
3. a kind of small fish packaging pay-off according to claim 1, it is characterized in that: described material stirring system includes 4 groups of material stirring structures, have 4 lift cylinders, including lift cylinder A, B, C and D, 4 driven gears, including driven gear A, B, C and D, and 4 pairs of stirring paddles, intermesh before and after described 4 driven gears；4 lift cylinder tops are fixedly mounted on lift cylinder fixed mount successively, and 4 lift cylinder bottoms are corresponding with 4 driven gears successively.
4. a kind of small fish packaging pay-off according to claim 3, it is characterised in that: described measuring cup group includes 12 measuring cups, and described 12 measuring cups are uniformly distributed in disk edge；Described 4 groups of material stirring structures and the upper and lower corresponding respectively of 4 measuring cups in measuring cup group, make 4 stirring paddles be respectively aligned to 4 measuring cups.
5. a kind of small fish packaging pay-off according to claim 1, it is characterised in that: described discharging formation system includes hopper, shapes feed bin, pusher cylinder, pusher movable block, discloses material cylinder and discharging opening；Described hopper, below feed opening, shapes feed bin in hopper front, and shaping feed bin is slender type cylindrical body；Described pusher movable block is horizontally arranged in hopper, and described pusher cylinder is arranged on after pusher movable block, described in disclose material cylinder be arranged on shaping feed bin above.
6. a kind of small fish packaging pay-off according to claim 5, it is characterised in that: described shaping feed bin includes movable side wall and the fixed sidewall of both sides；Side movable side wall is pusher movable block front end face, in semi-cylindrical shaped face, the opposite side shaping feed bin is fixed sidewall, in semi-cylindrical shaped face；When pusher cylinder regain, pusher movable block backward time, separately, the material of feed opening drops in hopper, between movable side wall and fixed sidewall for movable side wall and fixed sidewall；When pushing away before pusher cylinder, pusher movable block forward time, movable side wall and fixed sidewall close up, and form thin cylindrical shape and shape feed bin；Material falls through feed opening, enter after hopper before by pusher cylinder and be pushed into shaping feed bin, is processed into thin cylindrical finished product, exports through discharging opening after.
7. the feeding method of a small fish packaging, it is characterised in that: adopt the small fish packaging pay-off including 2-6 group material stirring structure and 6-18 measuring cup, specifically include following steps:
(1) first feed in raw material: by lifting device and feeding device, the charge door packing pay-off from small fish adds in measuring cup cleaned, that sterilization is corresponding with dry small fish material to lower section and is full of；
(2) again refuel and adjuvant: lift cylinder drive stirring paddle promote, start rotary tray motor, rotating disk is made to rotate counterclockwise, the measuring cup adding full with substance is transferred to below oil filler, turn off rotary tray motor, stop rotating disk rotation, then passing through feeder, the oil filler packing pay-off from small fish adds the mixing of materials in oil and adjuvant and lower section measuring cup；
(3) then classification stirs: starting rotary tray motor, make rotating disk rotate counterclockwise, the measuring cup adding full with substance, oil and adjuvant is transferred to below material stirring structure, turns off rotary tray motor, stops rotating disk rotation；When lift cylinder drives stirring paddle to decline, stirring paddle bottom is inserted in the measuring cup that lower section is corresponding；Now, starting driving gear driven by motor driving gear and rotate, driving gear sequentially drives each driven gear to rotate, and each driven gear rotates and drives each stirring paddle to rotate, and material measuring cup in corresponding to each stirring paddle is stirred, so as to uniformly；
Lift cylinder drives stirring paddle to promote again, restarts rotary tray motor, measuring cup group shift position in the counterclockwise direction, makes rear 1 measuring cup be directed at front 1 group of material stirring structure；Turn off rotary tray motor, stop rotating disk rotation, and start driving gear motor, drive each stirring paddle to rotate successively；Such palikinesia 2-6 time, reach stirring number of times equal with material stirring structure group number time, namely complete 2-6 level whipping procedure, make the compound of small fish, oil and adjuvant stir completely, turn to feed opening；
(4) last discharging molding: pack the material entrance hopper that the feed opening of pay-off falls through small fish, by being pushed into shaping feed bin before pusher cylinder, is processed into thin cylindrical finished product, the making completing 40-80 thin cylinder finished product per minute；Through disclosing material cylinder action after, from discharging opening thin cylindrical finished product joined the packaging bag of bag type package machine, thus realizing small fish goods full-automation volume measurement packaging.
8. the feeding method of a kind of small fish according to claim 7 packaging, it is characterised in that: adopt the small fish packaging pay-off including 4 groups of material stirring structures and 12 measuring cups；Described 4 groups of material stirring structures include 4 lift cylinders, for lift cylinder A, B, C and D, 4 driven gears are driven gear A, B, C and D, and 4 pairs of stirring paddles, simultaneously complete 4 grades of whipping procedures.
9. the feeding method of a kind of small fish according to claim 7 packaging, it is characterised in that: the making completing 50-55 thin cylindrical finished product per minute.
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| CN106697351B (en) * | 2017-01-11 | 2022-12-20 | 武汉人天包装自动化技术股份有限公司 | Double-station measuring cup metering device |
| CN107144328B (en) * | 2017-07-03 | 2023-04-07 | 西安航晨机电科技股份有限公司 | Automatic micro-throttling powder weighing device and weighing method |
| CN109875086A (en) * | 2018-07-13 | 2019-06-14 | 成都康河机械设备有限公司 | Discharging device at the top of food |
| CN110371402A (en) * | 2019-07-30 | 2019-10-25 | 广东安本智能机器有限公司 | A kind of material integer blanking device |
| CN114272799B (en) * | 2021-12-22 | 2023-03-28 | 安徽医科大学第一附属医院 | Intelligent medical individualized automatic weighing homogenizing device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| DE2364596C3 (en) * | 1973-12-24 | 1979-01-11 | Unionpack Abfuell- Und Verpackungsbetriebe Dr. Gundermann Kg, 6000 Frankfurt | Process for the felling of elongated packages which can be consumed with the contents |
| DE4106619C2 (en) * | 1991-03-01 | 1995-03-23 | Siegfried Ammann | Process for introducing an admixture, in particular of fruits and / or fruit parts as a fruit preparation, into a liquid base substance, in particular yoghurt, and for subsequently filling the resulting mixture into containers, in particular cups, and device for carrying out the process |
| CN2437600Y (en) * | 2000-10-30 | 2001-07-04 | 朱志传 | Automatic mixing decocting packager |
| US6742549B1 (en) * | 2003-01-21 | 2004-06-01 | Fqubed | Method and apparatus for quasi-continuous and quasi-simultaneous dispensing |
| CN202575940U (en) * | 2012-04-23 | 2012-12-05 | 东莞市广华化工有限公司 | Acid etching additive solution batching tank |
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Effective date of registration: 20180409 Address after: 325207 Zhejiang city of Wenzhou province Ruian City Fei Jie Dao Song Jia Dai Cun Patentee after: Zhejiang ancient Sichuan Machinery Co., Ltd. Address before: Ruian City, Zhejiang province 325207 Ruian City Feiyun Street Song Dai Industrial Park of ancient Sichuan Packing Machinery Co. Patentee before: Jin He |
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