CN102177925A - Food encrusting method - Google Patents
Food encrusting method Download PDFInfo
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- CN102177925A CN102177925A CN2010105706677A CN201010570667A CN102177925A CN 102177925 A CN102177925 A CN 102177925A CN 2010105706677 A CN2010105706677 A CN 2010105706677A CN 201010570667 A CN201010570667 A CN 201010570667A CN 102177925 A CN102177925 A CN 102177925A
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- filling
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- stuffing
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Abstract
The invention relates to the technical field of food processing, in particular to a food encrusting method, which comprises the following steps: A, adding stuffing, namely uniformly stirring stuffing in a stuffing feeding hopper to inject the stuffing into a stuffing valve from the stuffing hopper; B, injecting stuffing, namely pushing the stuffing in the stuffing injection valve to food stuffing encrusting, stuffing pushing and wrapper cutting devices; C, wrapper cutting, namely cutting a wheat flour wrappers into regular shapes by the food stuffing encrusting, stuffing pushing and wrapper cutting devices; D, wrapper pushing, namely pushing the cut wheat flour wrappers to a forming device component; E, pushing stuffing, namely pushing the stuffing to wrappers on the forming device component; and F forming, namely extruding the stuffing and the wrappers in the forming device component to form finished products. The stuffing pushing, wrapper cutting and wrapper pushing are complemented at the same station. The stuffing injection and wrapper cutting device are arranged in a linear mode, so a plurality of the stuffing injection and wrapper cutting devices can operate without interference, and even if one stuffing injection and wrapper cutting device has a fault, other stuffing injection and wrapper cutting devices can still work normally; and in a range matched with a driving mechanism, the stuffing injection and wrapper cutting devices can be increased randomly, so large-scale production can be realized, and the working efficiency is improved.
Description
Technical field
The present invention relates to food processing technology field, is the faric method of a kind of food specifically.
Background technology
Dumpling is because various in style, the delicious flavour of its filling material and liked by masses.Along with the raising of people's living standard, when not only celebrating a festival or receiving the guest in the New Year, even in daily life, dumpling also is the cuisines of enjoying at home.The dumpling of Chu Shouing in the market, but it is made generally and finishes by manual, output is very low, profile is also attractive in appearance inadequately in addition, except the home built dumpling, the dumpling that machine is made also more and more appears on the market, but the faric method restriction of existing food causes its production efficiency not high:
The dumpling machine that the faric method of existing food adopts adopts the vertical structure that filling is cut skin of dashing more, one is advanced the filling bucket and annotates the filling chamber to be communicated with, clamp-on filling in the skin successively then, and then with its moulding successively, the problem of this structure maximum is exactly that a notes filling chamber quantity has only one, and the production efficiency that improve dumpling machine then can only be accelerated the speed of its work, but the Filling stuffing device operating rate is too fast, can make other stations that match have problems, equally also influence manufacturing schedule.
The producer has also made a lot of improvement to dumpling machine, as number of patent application is 200820062031.X, patent name is the patent of invention of " dumpling machine ", comprise the musculus cutaneus input unit, Filling stuffing device, dumpling forming device, the discharging tailstock, drive unit etc., it is characterized in that shaped device comprises horizontally disposed station rotating disk, rotating disk is provided with mould, be fixed on the mould guide rail on the frame, form each station on the rotating disk, then corresponding each station of musculus cutaneus input unit, though be provided with like this and make the dumpling machine compact conformation, but because it adopts the faric method of food is the work flow that the station rotating disk is realized each station, the efficient that has caused mould to be produced in the unit interval on the structure is not high, because if can only increase the size of station rotating disk in order to enhance productivity, increase the quantity of mould, operation work at each station exerts an influence but the oversize meeting of station rotating disk is to the station rotating disk, the Position Control inaccuracy that causes too greatly as inertia etc., and can not inject a plurality of fillings to a plurality of skins simultaneously.
Number of patent application is 200320101593.8, patent name is the patent of invention of " vane pump is for the flour dumpling machine ", adopt vane pump for face, vane pump is for filling, roller die, the roller roll forming, supply face with horizontal vane pump in the middle of the top, rear side supplies filling with the vertical blade pump, the front is with rolling mould, the roller roll forming, the middle layer segment rectangularity of this machine, foot is installed 4 universal caster wheels, is removable console mode dumpling machine, and the faric method complete machine of this kind food adopts vertical structure, and the filling material is when entering the blade pump chamber from going into the filling bucket, complete machine has only a blade pump chamber, forms dumpling by the rolling of rolling mould and roller then, can only process a dumpling simultaneously, can not realize processing simultaneously the purpose of a plurality of dumplings, restrict operating efficiency.
Number of patent application is 96226720.1 for another example, patent name is the patent of invention of " dumpling maker on the band Noodle with fillings main frame ", comprise housing, clutch pull rod, constitute dumpling forming device by last item and dumpling base inlet planker up and down, upper and lower pressure roller is separately fixed on the upper and lower pressure roller, and two row's dumpling patterns are arranged on last pressure roller.Though two row's dumpling patterns are arranged on the faric method pressure roller of this kind food, earlier the dumpling base is outputed in the dumpling pattern but mention in the specification, just be squeezed into dumpling then, the process of the notes filling in a plurality of dumpling forming processes is identical with conventional art, all be with extruding together the filling bucket from one, though owing to be not the corresponding independent a plurality of dumplings of realizing processing simultaneously of each moulding dumpling mould, each each dumpling of dumpling and the dumpling moulding after of low quality, cracky.
So adopt the existing faric device of food by the faric method of food in filling bucket structure and the restriction of sending the filling mode, there is the not high problem of operating efficiency, shaped device in the past also is subjected to as the rotating disk station, traditional single restriction of sending filling structure etc., can't carry out moulding to more skin and filling simultaneously, perhaps promptly enable to realize a plurality of dumplings of moulding simultaneously, because it send the filling part is not in line independent the setting, its quantity can not increase arbitrarily, it is not obvious that production efficiency is improved, so in order to satisfy growing production needs, enhance productivity, urgent need will propose the faric method of a kind of new food.
Summary of the invention
The faric method of a kind of food may further comprise the steps:
A is with filling: the filling material stirs in the filling bucket, annotates the filling valve body from entering into the filling bucket;
B annotates filling: the filling material is pushedly cut instrument to the faric filling that pushes away of food in annotating the filling valve body;
C cuts skin: musculus cutaneus is cut instrument and is cut into regular shape by the faric filling that pushes away of food;
D pushes away skin: the musculus cutaneus after will cutting is pushed into the shaped device assembly;
E pushes away filling: the filling material pushes on the musculus cutaneus at shaped device assembly place;
The F moulding: the extrusion modling in the shaped device assembly of filling material and musculus cutaneus obtains finished product;
Describedly push away filling, cut skin, push away skin and finish at same station.
Described moulding may further comprise the steps:
A catches the skin filling: filling material and musculus cutaneus fall into the shaped device assembly.
B presses the skin moulding: exoperidium shaped device assembly is with skin and filling compression moulding.
C transposition: with the b step synchronously, transposer just moves at the shaped device assembly of moulding, and itself and another set of shaped device module position are exchanged.
The d return: in the c step just the shaped device assembly in moulding finish moulding, when falling finished product and being moved back to original position by transposer, the described another set of shaped device assembly of c step then repeats the a-d step.
The notes filling valve body with filling bucket and connection with it in the described A step belongs to the faric device of food and annotates the filling assembly, annotate and to be provided with into the filling passage in the filling valve body and a plurality ofly independently to go out the filling passage, advance the filling passage and respectively go out filling passage junction to be provided with notes filling chamber, annotate in the filling chamber and be provided with the rotary valve that to do gyration.
Described to advance the filling passage and annotate the filling chamber be a plurality of, respectively advances the filling passage and independently be provided with not connectedly, and each is annotated the filling chamber and independently is provided with not connectedly, and each advances filling passage correspondence notes filling chamber and rotary valve.
Described to advance the filling passage be a plurality of and not connected, and annotating the filling chamber is one, annotates in the filling chamber and is provided with rotary valve.
Describedly advance the filling passage and annotate the filling chamber respectively to be provided with one, the notes filling chamber of annotating in the filling valve body is provided with a plurality of rotary valves.
Describedly advance the filling passage and annotate the filling chamber respectively to be provided with one, the notes filling chamber of annotating in the filling valve body is provided with a rotary valve.
Described rotary valve be connected along its axis direction and the connecting rod that rotated by power drive, the piston rod channel connection that the rotary valve described notes filling chamber in is interior with annotating the filling valve body is provided with piston rod in the piston rod passage, described piston rod end is provided with piston.
Describedly be respectively arranged with a plurality of stirring vanes and stuffings-pressing rod on the sharf with being provided with sharf in the filling bucket, adjacent stirring vane orientation is different, and stirring vane radially becomes angle with stuffings-pressing rod at sharf, and described stirring vane is a rectangular paddle; The stuffings-pressing rod end is provided with presses the filling plate.
The faric filling that pushes away of food in the described B step is cut instrument, comprise and cut skin assembly and driving mechanism, cutting the skin assembly comprises and pushes away the skin axle and be arranged on the cutting knife that pushes away skin axle bottom, pushing away the skin axle is hollow shaft, push away on the skin axle and have filling hole, push away skin axle inner chamber for towards the filling chamber, be provided with in the filling chamber can in the chamber, move up and down dash the filling axle; Push away the skin axle, cut and towards the filling axle respectively by drive mechanism, described is hollow shaft towards the filling axle, is provided with towards filling axle lower end and pushes away the filling piece, pushing away the filling piece is piston block, pore is arranged at piston block bottom, is provided with air intake towards filling axle upper end; Towards the filling axle, push away skin, cutting knife three's central axes.
Described food is faric to be pushed away filling and cuts the many covers of instrument and be arranged side by side, and the stuffing-inlet of each covering device is all towards same side; Described cutting knife blade horizontal cross sectional geometry two ends are arcs, are linked to each other by two parallel lines between two arcs; Described driving mechanism is the cam drives structure, and each station action sequence relation realizes by the adjustment cam position.
Described C step is cut skin: be subjected to drive mechanism, be arranged on the cutting knife that pushes away skin axle lower end and fall, musculus cutaneus is cut into given shape.
Described D step pushes away skin: drive mechanism pushes away the skin axle and falls, and it is in the moulding device assembly that the musculus cutaneus of below is pushed into subsequent processing.
Described E step pushes away filling: descend towards the filling axle, will enter towards the filling material in filling chamber from stuffing-inlet and vertically be flushed on the musculus cutaneus of below, finish pushing away filling and cut skin work.
Shaped device assembly in the described F step belongs to the faric device exoperidium of food shaped device, the shaped device assembly comprises the mould frame, the driving mechanism that faric mould of food and the faric mould of driving food open and close, described shaped device assembly is provided with two covers up and down, be connected with the exchange transposer of two grip assembly stations up and down on the shaped device assembly, transposer comprises transposition sheet and two connecting rods, two connecting rods, one end is hinged with transposition sheet top and bottom respectively, the other end is hinged with revolving fragment one end that is arranged on transposition sheet both sides respectively, the middle part of the other end of two revolving fragments and transposition sheet is provided with the point of rotation, and at least one point of rotation is provided with initiatively transmission mechanism; Two sleeve forming device assemblies are installed in respectively on two connecting rods, and the shaped device assembly is installed on the connecting rod of two transposers by the groove of its mould frame two ends member; On the mould frame of shaped device assembly a plurality of moulds are installed, mould is arranged side by side, and each driving mechanism is positioned at by each mould.
The faric mould of described food, two die flaps about comprising is characterized in that: two die flaps are moved by drive mechanism in opposite directions or oppositely along the axis of guide, two die flap corresponding surfaces and food with filling shape are suitable; The heart mould of two carrying cored foods is set between two die flaps, connects the slide mechanism that makes it move up and down and separate on the heart mould; Heart mould upper end is for being contained in the baffle plate in the die flap cavity, and the lower end is the cushion cap of carrying cored food; Die flap is connected with the axis of guide by connecting rod, and driving mechanism comprises cylinder that drives the motion of heart mould and the cylinder that drives die flap, and the top of mould is provided with supporting plate.
Described slide mechanism comprises a guiding slide plate and a moving sheet, and guiding slide plate both sides are provided with downwards and the chute that extends toward the outside; Described cushion cap lower end cooperates with chute, and upper end and moving sheet are hinged, and moving sheet is moved up and down by drive mechanism, and heart mould separates about realizing in the vertical direction motion under the constraint of guiding slide plate.
Described a catches the musculus cutaneus step: filling material and musculus cutaneus fall on the faric mould heart of the food mould cushion cap of shaped device assembly.
Described b presses the skin forming step: heart mould moves downward along the guiding slide plate of slide mechanism, stop motion when careful mould drops to baffle plate and can be contained in two die flap cavitys, and the air cylinder driven die flap is done move toward one another along the axis of guide, so two die flaps merge.
Described c transposition step: with the b step synchronously, the shaped device assembly of the faric device exoperidium of food shaped device, be installed in by the mould frame on the connecting rod of transposer, two connecting rods, one end is hinged with transposition sheet top and bottom respectively, the other end is hinged with revolving fragment one end that is arranged on transposition sheet both sides respectively, the middle part of the other end of two revolving fragments and transposition sheet is provided with the point of rotation, be connected with driving mechanism on the point of rotation, when driving mechanism driven rotary point rotates, because connecting rod is connected with the point of rotation, do in the same way alternative expression motion so drive two connecting rods, drive each shaped device assembly simultaneously and also do the alternative expression motion.
After described F forming step is finished, also have the G step to carry, supplying step is finished by the faric device conveying mechanism of food, comprises motor, two fixed mounts and row's disk component, row's disk component comprises conveyer belt and synchronous pulley, be provided with movable stand between two fixed mounts, support is arranged on the movable stand top, and the synchronous pulley by driven by motor is arranged between the support, conveyer belt is arranged on the synchronous pulley, and movable stand is provided with mobile cylinder; The described mobile cylinder other end is fixed on the fixed mount, described conveyer belt is provided with pallet, and described movable stand is by guide pad and guide post socket on it, and the guide post two ends are separately fixed on two fixed mounts, described movable stand is a plate, fixedlys connected with support in the connecting plate two ends.
Described each step drives by the faric device driving mechanism of food, driving mechanism comprises main motor, described main electric machine main shaft is provided with and send the skin cam, pushes away the skin cam, cuts the skin cam and pushes away the filling cam, each cam correspondence respectively is provided with the swing arm driven member, swing arm driven member one end is equipped with the roller that moves in cam path, one end is connected with oscillating bearing, and the swing arm driven member is enclosed within on the arm shaft; Main shaft is provided with sprocket wheel, and sprocket wheel drives driven shaft by chain, and driven shaft is provided with exoperidium shaped device turning cam, and described main shaft and driven shaft speed ratio are 2:1; Main motor one side is provided with a plurality of installing plates, and the driving shaft other end is installed on the installing plate; Driven shaft and arm shaft two ends are separately fixed on the installing plate.
The invention has the advantages that:
1, annotates filling and cut the setting of instrument employing straight-line, a plurality of notes fillings do not disturb when cutting instrument work mutually, even wherein certain is cut the skin Filling stuffing device and breaks down, do not influence the normal operation that other cut the skin Filling stuffing device yet, owing to be in line structure, in the scope that driving mechanism meets, can increase arbitrarily to improve and annotate the quantity that filling is cut instrument, realize large-scale production, increase work efficiency.
2, annotate the filling chamber and be provided with a plurality of filling passages that independently go out, the quantity that goes out the filling passage can increase and decrease arbitrarily according to the actual requirements, is not subjected to the station restriction, has improved the operating efficiency of complete machine; Can select the notes filling assembly of different structure according to actual conditions, adopt a plurality of rotary valves or single rotary valve, a plurality ofly independently go into filling pipeline and single structure of going into the filling pipeline, adopt single scheme rotary valve can realize that all positions all are synchronized with the movement, but each rotary valve can drive when adopting a plurality of rotary valve, is convenient to adjust according to actual conditions; Can be effectively wherein filling material be pushed in the filling pipeline with the stirring vane that is provided with in the filling bucket and guide bars.
3, than traditional handicraft, food is faric to be pushed away filling and cuts instrument and can make band filling rind food in the process of moulding, cut skin, annotate filling and push away skin and finish at same station, simplified the too much problem of transmission time that causes because of multistation, make and push away filling and cut the instrument more compact structure, when enhancing productivity, effectively saved cost, and take up room still less comparing under situation with efficient with different station, because different station is finished above when respectively moving, if enhance productivity, need increase a number of molds, and corresponding each station all will increase the mould of equal number, could mate production like this, but die cost is very high, once increased multi-mould on the contrary effect do not have the related technique effect of the application good, at Qie Pi with when annotating filling, push away the skin axle skin and filling are pushed into subsequent processing, push away the skin axle, cutting knife and towards filling axle three in when work, it all is the vertical direction motion, being convenient to food, to fall into subsequent processing be the moulding link, the musculus cutaneus that the peculiar shape of blade cross section cuts out, when faric moulding, more press close to eat the shape of dumpling, cracky is not given the game away, driving mechanism is to pushing away the skin axle, cutting knife and independently control towards the filling axle is independent of each other, and is convenient in real work each assembly be adjusted.
4, by two covers can transposition the shaped device assembly, saved the food molding time, when a sleeve forming device assembly during in moulding, the second sleeve forming device assembly need not wait until that the first sleeve forming device assembly finishes moulding and just carry out work later on, and as long as work as the first sleeve forming device assembly filling material and exoperidium are received, and leave and specify after the station, promptly can enter duty, receive the work of filling material and skin, and the work of when the shift position, finishing moulding and falling finished product, improved the operating efficiency of moulding greatly.
5, the interior setting of the faric mould of food has die, and heart mould drops into next station at vertical direction with the food of moulding and carries out conveying and packaging, can directly vertically fall into to the dumpling dish, has saved the trouble of manual sorting once more.The faric mould of food can a plurality ofly be arranged side by side, and quantitatively without limits, has improved operating efficiency.
6, because cylinder can drive the conveyer belt move left and right, utilize the space between every steak food, put, shortened the distance between every row, made full use of the space of conveyer belt, improved the operating efficiency of conveying mechanism and adjacent row is misplaced mutually.
7, each cam drives each branch of the faric device of food separately, can realize high speed.The cam drive mechanism compact conformation, the reliability height.Can obtain the important means of best curve movement, and adopt the cam mechanism motion and stop all very steady.Even it is synchronous that change speed also can keep.The displacement of cam and the relation between the time are determined, when an action does not finish as yet, have just begun next action, that is to say that action can be overlapping, therefore, can shorten circulation timei.In addition, this mechanism comprises that also fault rate is low, even break down, also finds the guilty culprit part easily.
Description of drawings
Fig. 1 is the faric apparatus structure schematic diagram of food.
Fig. 2 is the faric assembly axis mapping of food.
Fig. 3 is that the faric device of food is annotated filling modular construction cutaway view.
Fig. 4 is for filling bucket structure schematic diagram.
Fig. 5 is for filling bucket vertical view.
The faric filling that pushes away of Fig. 6 food is cut the instrument structural representation.
Fig. 7 is for pushing away filling block structure schematic diagram.
Fig. 8 pushes away filling for a plurality of food are faric and cuts instrument and be arranged side by side structural representation.
Fig. 9 is the shaft side figure that waits of the faric device exoperidium of food shaped device.
Figure 10 is the vertical view of the faric device exoperidium of food shaped device.
Figure 11 is the shaft side figure that waits of a sleeve forming device assembly.
Figure 12 is the front view of transposer.
Figure 13 is the rearview of transposer.
Heart mould was in the partial sectional view of highest order when Figure 14 had just gone into to enter the faric mould of food for exoperidium and filling.
Figure 15 is the exoperidium partial sectional view that heart mould mediates when the faric mould effect of food compacted under.
Figure 16 falls the partial sectional view that Shi Xinmo is in lowest order after exoperidium and the filling moulding from heart mould.
Figure 17 is two forming die structure schematic diagrames.
Figure 18 is two die flap structural representations.
Figure 19 is the vertical view of the faric device conveying mechanism of food schematic diagram.
Figure 20 is the upward view of the faric device conveying mechanism of food structural representation.
Figure 21 is the faric device driving mechanism structural representation of food.
Figure 22 is a cam driven swing arm driven member motion structure schematic diagram.
Figure 23 is the chain sprocket structural representation.
Figure 24 is for sending the skin cam and sending skin assembly connection diagram.
Figure 25 is for pushing away the skin cam, cut the skin cam, pushing away the filling cam and push away filling and cut the instrument connection diagram.
Figure 26 is turning cam and exoperidium shaped device connection diagram.
In the accompanying drawing 11, the faric device frame 12 of food, the faric device of food is annotated filling assembly 13, the faric filling that pushes away of food is cut instrument 14, send skin assembly 15, the faric device exoperidium of food shaped device 16, the faric device conveying mechanism 17 of food, the faric device driving mechanism 21 of food, with filling bucket 22, annotate filling valve body 23, advance filling passage 24, go out filling passage 25, annotate filling chamber 26, rotary valve 27, piston rod passage 28, piston rod 29, sharf 210, stirring vane 211, stuffings-pressing rod 31, push away skin axle 32, cutting knife 33, filling hole 34, towards filling chamber 35, towards filling axle 36, push away filling piece 37, pore 38, air intake 41, mould frame 42, the faric mould 43 of food, transposer 44, transposition sheet 45, connecting rod 46, revolving fragment 47, gear 48, tooth bar 49, groove 410, driving mechanism 51, die flap 52, the axis of guide 53, heart mould 54, baffle plate 55, cushion cap 56, guiding slide plate 57, moving sheet 58, chute 59, connecting rod 510, supporting plate 61, comprise motor 62, fixed mount 63, conveyer belt 64, synchronous pulley 65, movable stand 66, support 67, mobile cylinder 68, pallet 69, guide pad 610, guide post 71, main motor 72, main shaft 73, send skin cam 74, push away skin cam 75, cut skin cam 76, push away filling cam 77, swing arm driven member 78, cam path 79, roller 710, oscillating bearing 711, arm shaft 712, sprocket wheel 713, chain 714, driven shaft 715, turning cam 716, installing plate 717, oscillating bearing connecting rod 718, tightener sprocket.
The specific embodiment
The faric device of food comprises that the faric device of the faric device frame 11 of food and food annotates that filling assembly 12, food faricly push away that filling is cut instrument 13, sent skin assembly 14, the faric device exoperidium of food shaped device 15, the faric device conveying mechanism 16 of food and the faric device driving mechanism 17 of food, the faric device of food is annotated filling assembly 12 and is provided with a plurality of independently tapping channels, and be provided with corresponding with each tapping channel a plurality ofly finished the faric filling that pushes away of the food that pushes away filling and Qie Pi at same station and cut instrument 13; Send skin assembly 14 to be positioned at the faric filling that pushes away of food and cut instrument 13 belows, send that fall skin station and the food of skin assembly 14 is faric to be pushed away filling to cut instrument 13 stations corresponding; The faric device exoperidium of food shaped device 15 is positioned at and send the skin assembly 14 belows, and it is provided with the faric mould 4242 of food and corresponding with the skin station that falls on sending skin assembly 14.
Each food is faric to be pushed away filling and cuts instrument 13 and be provided with a row at least, whenever drains into and is provided with three less, and food is faric to be pushed away filling and cut instrument 13 and can arrange setting more, and respectively lines up in line distribution or be interspersed.
The filling material joins with after in the filling bucket 21, with the sharf in the filling bucket 21 29 by the driving mechanism driven rotary, driving mechanism herein can drive for cylinder, also can be cam or 29 rotations of similar means drive sharf, be respectively arranged with a plurality of stirring vanes 210 and stuffings-pressing rod 211 on the sharf 29, blade is a rectangular paddle, stuffings-pressing rod 211 ends are provided with presses the filling plate, pressing the filling plate is conventional platy structure design, stirring vane 210 can be arranged side by side, a plurality of stuffings-pressing rods 211 also are arranged side by side, stirring vane 210 and stuffings-pressing rod 211 radially form angle at sharf 29, stirring vane 210 up during initial position, stuffings-pressing rod 211 is 90 degree with its angle, adjacent stirring vane 210 orientations are different, the stirring vane 210 and the stuffings-pressing rod 211 that drive on it in the time of sharf 29 rotations rotate, under dynamic action, do reciprocally swinging, filling is stirred and be pushed into discharging opening, because stirring vane 210 adjacent orientation differences, so can play the effect of stirring the filling material when rotating, stuffings-pressing rod 211 then plays when rotating the filling material toward the effect that filling passage 23 pushes of advancing of annotating filling valve body 22.
The filling material enters into notes filling chamber 25 by advancing filling passage 23, annotate and to be provided with into filling passage 23 in the filling valve body 22 and a plurality ofly independently to go out filling passage 24, advance filling passage 23 and respectively go out filling passage 24 junctions to be provided with the rotary valve 26 that can do gyration, rotary valve 26 be connected along its axis direction and the connecting rod 45 that rotated by power drive.When connecting rod 45 back and forth rotated, the rotary valve 26 on it was also along with moving reciprocatingly.Annotate the piston rod passage 27 interior with annotating filling valve body 22 of rotary valves 26 in the filling chamber 25 and be communicated with, be provided with piston rod 28 in the piston rod passage 27, piston rod 28 ends are provided with piston.Piston rod 28 and piston play to be inhaled filling and pushes away the filling effect, rotary valve 26 in annotating filling chamber 25 turns to piston rod passage 27 and when advancing filling passage 23 and being communicated with, promptly among Fig. 3 during a position, and piston rod 28 past right motions, filling just is stored in to be annotated in filling chamber 25 and the piston rod passage 27, realizes inhaling the filling purpose; Rotary valve 26 turns to when going out filling passage 24 and 27 connections of piston rod passage once more in annotating filling chamber 25; be among Fig. 3 during the b position; piston rod 28 is toward moving left; thereby the filling material is released out filling passage 24; except the connecting rod 45 that rotates drove rotary valve 26 rotations, other existing means that can reach same effect also belonged to protection scope of the present invention.
When advancing filling passage 23 and annotating filling chamber 25 is set to when a plurality of, each advances filling passage 23 and independently is provided with not connectedly, and each is annotated filling chamber 25 and independently is provided with not connectedly, and each advances filling passage 23 correspondence notes filling chamber 25 and rotary valves 26.This moment the filling material from each independent advance filling passage 23 and enter corresponding notes filling valve body 22 after, be pushed into by corresponding rotary valve 26 and go out filling passage 24 accordingly, whole notes filling flow process promptly is that a plurality of fillings of independently annotating are worked simultaneously.
When advancing filling passage 23 for a plurality of and not connected, annotating filling chamber 25 is one, annotate in the filling chamber 25 and be provided with a rotary valve 26, the filling material independently advances filling passage 23 from each and enters in this notes filling chamber 25, the notes filling chamber 25 of annotating filling valve body 22 inside be one respectively with respectively advance filling passage 23 and go out the through hole that filling passage 24 is communicated with, on the rotary valve 26 that is provided with in this through hole a plurality of breach are arranged, each gap position advances filling passage 23 and goes out filling passage 24 corresponding with each.
When advancing filling passage 23 and annotate filling chamber 25 when respectively being set to one, be provided with a plurality of rotary valves 26 and annotate in the notes filling chamber 25 of filling valve body 22.The filling material enters when annotating filling chamber 25 and without separating into multiply, but integral body enters notes filling chamber 25 from advancing filling passage 23, annotate filling chamber 25 and be communicated with a plurality of filling passages 24 that go out respectively, annotating a plurality of rotary valves 26 in the filling chamber 25 this moment is pushed out to each to the filling material by piston rod 28 and goes out filling passage 24, a plurality of rotary valves 26 can be unified to drive, also can each independent driving.
When advancing filling passage 23 and annotate filling chamber 25 when respectively being set to, annotate and be provided with 26, one rotary valves 26 of a rotary valve in the notes filling chamber 25 of filling valve body 22 and the filling material be pushed into a plurality of filling passages 24 that go out simultaneously by piston rod 28.
Food is faric to be pushed away filling and cuts the skin assembly of cutting of instrument and comprise and push away skin axle 31 and be arranged on the cutting knife 32 that pushes away skin axle 31 bottoms that cutting knife 32 blade horizontal cross sectional geometry are that two ends are arcs, are linked to each other by two parallel lines between two arcs; Pushing away skin axle 31 is hollow shafts, pushes away to have filling hole 33 on the skin axle 31, pushes away skin axle 31 inner chambers for towards filling chamber 34, be provided with in the filling chamber 34 can in the chamber, move up and down dash filling axle 35; The filling material is sent into from filling hole 33, be subjected to drive mechanism this moment, being arranged on the cutting knife 32 that pushes away skin axle 31 lower ends falls, musculus cutaneus is cut into given shape, drive mechanism pushes away skin axle 31 whereabouts then, it is in the shaping mould tool that the face musculus cutaneus that send the skin assembly to transmit the below and come is pushed into next station, the described skin assembly that send is a prior art, with faric device of existing food such as dumpling machine send the skin assembly principle identical, meanwhile descend towards filling axle 35, the an amount of filling material that will expose from filling hole 33 positions vertically is flushed on the musculus cutaneus that pushes away skin axle 31 belows, finishes to push away filling and cut skin work.Towards filling axle 35 also is hollow shaft, be provided with towards filling axle 35 lower ends and push away filling piece 36, push away filling piece 36 and be piston block, pore 37 is arranged at the piston block bottom, is provided with air intake 38 towards filling axle 35 upper ends, can connect external inflation device this moment to blowhole 37 inflations, gas is by the pore 37 of piston block bottom, can wash out when pushing away filling attached to the filling material on filling axle 35 piston blocks, avoids because operation for a long time, make the sticking glutinous too much filling material of piston block, influence its operate as normal; Towards filling axle 35, push away skin axle 31, cutting knife 32 threes' central axes, make that the operation of whole device is more stable; Wherein push away skin axle 31, cutting knife 32 and towards filling axle 35 respectively by driven by motor cam drive, each station action sequence relation realizes by the adjustment cam position.
Food is faric to be pushed away filling and cuts that instrument is a plurality of to be arranged side by side, and each stuffing-inlet is all towards same side, a plurality of filling material that advance 23 inputs of filling passage can be pushed away filling simultaneously.
This device driving mechanism is except the form of using the driven by motor cam, and other forms such as cylinder etc. can realize that the mode of identical function is all within this patent protection domain.
Two sleeve forming device assemblies of the faric device exoperidium of food shaped device, groove 49 by mould frame 41 two ends is installed on the connecting rod 45 of transposer 43, two connecting rods, 45 1 ends are hinged with 44 top and bottom of transposition respectively, the other end is hinged with revolving fragment 46 1 ends that are arranged on 44 both sides of transposition respectively, the middle part that the other end of two revolving fragments 46 and transposition are 44 is provided with the point of rotation, be connected with transmission mechanism on the point of rotation, the point of rotation is a gear 47, transmission mechanism is the tooth bar 48 that meshes with gear 47, when transmission mechanism driven rotary point rotates, because connecting rod 45 is connected with the point of rotation, do in the same way alternative expression motion so drive two connecting rods 45, drive the shaped device assembly simultaneously and also do the alternative expression motion, in like manner the point of rotation can be sprocket wheel, transmission mechanism is that the chain 713 or the point of rotation are belt wheel, and transmission mechanism is a belt.Can both realize identical functions.
When a sleeve forming device assembly moves to the appointment station, molding assembly rests on this station, after treating that filling material and exoperidium enter this cover, transmission mechanism drives the second sleeve forming die assembly position and moves to above-mentioned appointment station, receive filling material and exoperidium, the first sleeve forming die assembly is finished the shaping work to exoperidium and filling material in the process of motion at this moment, and when the second sleeve forming die assembly arrives the appointment station, in type food is fallen into next station; Transmission mechanism counter motion then, make the first sleeve forming device assembly get back to the appointment station, restart to receive filling material and exoperidium, the second sleeve forming device assembly then moves to next station from the direction opposite with the first sleeve forming device assembly, fall in type finished product, constantly alternation.
The faric mould 42 of a plurality of food is installed on the mould frame 41 of shaped device assembly, and the faric mould 42 of food is arranged side by side, and each driving mechanism 410 is positioned at by each mould as cylinder etc.
Because die flap 51 is provided with supporting plate 510, exoperidium there is supporting role, when so exoperidium is positioned on the mould, can oneself not fall, by the time the filling material is pushed to Pi Shanghou, on the cushion cap 55 of whole again two heart moulds 53 that are pushed into mould, each heart mould 53 can be provided with cushion cap 55 separately, also can one a plurality of heart moulds 53 shared bar shaped cushion caps 55 that adapt with permutation length of row, owing to also be provided with curved baffle 54 on heart mould 53 cushion caps 55, the outer part of exoperidium can be owing to blocked the vertical state that is in by baffle plate 54, exposed portions serve surpasses heart mould 53 baffle plates 54 height, and a pair of die flap 51 of the faric mould 42 of food this moment is in state separately, and the heart mould 53 of catching filling material and skin is between two die flaps 51, and being in highest order, its height is highly suitable with die flap 51.
Air cylinder driven heart mould 53, its guiding slide plate 56 along slide mechanism is moved downward, slide mechanism comprises guiding slide plate 56 and moving sheet 57, in the middle of the guiding slide plate 56 is a vertical chute 58, both sides are provided with downwards and the chute 58 that extends toward the outside, for example the left side is " Pie " type groove, and the right side grooved is the chute 58 of axisymmetric shape with it.Two cushion caps, 55 lower ends cooperate with chute 58, and the upper end is hinged with moving sheet 57 two ends respectively, and moving sheet 57 is vertically being moved in the chute 58 by air cylinder driven.
Stop motion when taking care mould 53 and dropping to baffle plate 54 and can be contained in two die flaps, 51 cavitys, two die flaps 51 are subjected to air cylinder driven simultaneously, do move toward one another along the axis of guide 52, two die flaps 51 link to each other with the axis of guide 52 by connecting rod 59, connecting rod 59 1 ends can be fixedlyed connected with single die flap 51, also can link to each other with a plurality of die flaps 51 of row simultaneously, connecting rod 59 other ends then with can with the axis of guide 52 sockets, make when die flap 51 drives motion because of cylinder, can take exercises along the axial direction of the axis of guide 52 by connecting rod 59, so two die flaps 51 merge, heart mould 53 is arranged in die flap 51 inner chambers fully at this moment, and the exoperidium that exceeds heart mould 53 baffle plates 54 height partly is incorporated in die flap 51 one-shot formings together, and the gauffer groove on die flap 51 inner surfaces makes the edge of exoperidium form pleat.
After the food moulding, die flap 51 is subjected to cylinder action, counter motion is disconnected from each other, 53 of heart moulds continue to descend, because guiding slide plate 56 both sides are provided with downwards and the chute 58 that extends toward the outside, two cushion caps 55 are driving about 53 separation of heart mould under the constraint of chute 58, the molded food product that is positioned on the heart mould 53 falls into next station.
Heart mould 53 except adopting said structure, can also also can be realized its separated in synchronization with heart mould 53 by the axis of guide 52 in the separating process of whereabouts, molded food product is fallen; Perhaps when being provided with certain interval between two heart moulds 53, two heart moulds 53 inwardly rotate to an angle simultaneously, and the molded food product on the heart mould 53 is fallen.
The mould that is provided with when each sleeve forming device assembly more only needs a end at each shaped device assembly be connected with the connecting rod 45 of transposer 43 and gets final product.
The faric device conveying mechanism of food, comprise motor 61, two fixed mounts 62 and row's disk component, row's disk component comprises that conveyer belt 63 and 62 of synchronous pulley 64, two fixed mounts are provided with movable stand 65, movable stand 65 is socketed on two fixed mounts 62, be by setting guide pad 69 thereunder specifically, be socketed on the guide post 610 between two fixed mounts 62 that support 66 is arranged on movable stand 65 tops, support 66 links to each other with movable stand 65, can move simultaneously with movable stand 65 in the course of the work.The synchronous pulley 64 that is driven by motor 61 is arranged between the support 66, adjacent side by side synchronous pulley 64 is fixed by the turning cylinder that two ends are arranged on the support 66, conveyer belt 63 is arranged on the synchronous pulley 64, the rotation of synchronous pulley 64 can directly be driven by motor 61, also can drive by the turning cylinder that motor 61 drives, article two, monolateral conveyer belt 63 is provided with pallet 68, and when support 66 moved along with movable stand 65, the pallet 68 on it also can be along with moving.Movable stand 65 is provided with mobile cylinder 67, and mobile cylinder 67 other ends are fixed on the fixed mount 62, and movable stand 65 is by guide pad on it 69 and guide post 610 sockets, and guide post 610 two ends are separately fixed on two fixed mounts 62.When move left and right takes place along with the cylinder intake exhaust process in movable stand 65, because its below is socketed with guide post 610, be consistent so can guarantee the moving direction of movable stand 65, movable stand 65 is a plate structure, can fixedly connected with support 66 in the connecting plate two ends.The flexible direction horizontal quadrature of cylinder is in the conveyer belt travel direction, and except employing cylinder mode drove movable stand 65 motions, modes such as piston or hydraulic pressure can make the structure of connecting plate similar structures generation move left and right all within protection domain of the present invention.
The a plurality of molded food products that at every turn fall all are to be that unit neatly falls with row, the purpose of conveyer belt 63 move left and right is the arrangement modes that will change every steak food, from before every row's proper alignment change into every row alignment, adjacent row misplaces mutually, can make that so respectively to arrange open ended quantity many as far as possible, also shortened simultaneously the distance between each row, thereby all increased the space of placing finished product, improved the utilization rate of unit are conveyer belt 63 top tray 68 at the four direction of level.
The groove that can put finished product is arranged on the pallet 68, finished product can directly drop in the groove, but because the specification of pallet 68 and discharging tight ness rating is different, different pallet 68 is wanted the corresponding different finished product frequency that drops, if change the frequency that drops that pallet 68 specification will be readjusted finished product, then influence very much operating efficiency, adopt conveying mechanism of the present invention then can adjust the amplitude that cylinder moves according to putting of pallet 68 upper grooves.
Be connected with on main motor 71 main shafts 72 of the faric device driving mechanism of a kind of food and send skin cam 73, push away skin cam 74, cut skin cam 75 and push away filling cam 76, each cam correspondence respectively is provided with swing arm driven member 77, swing arm driven member 77 1 ends are equipped with the roller 79 of motion in cam path 78, one end is connected with oscillating bearing 710, two ends are connected on the arm shaft 711 jointly, oscillating bearing 710 is provided with corresponding with cam, each cam is driven rotary by the rotation of main motor 71 main shafts 72, rotation simultaneously drives roller 79 owing to the shape of its internal recess and swing arm driven member 77 swings up and down, 77 swings of swing arm driven member drive oscillating bearing 710 motions that are connected with its other end, and each oscillating bearing 710 drives each station motion by oscillating bearing connecting rod 717.With each mechanism as sending the skin assembly, pushing away skin axle 31 etc. and be connected by using the hinged mode of connecting rod 45 etc., thereby drive its motion, and can be in advance the action relationships of each station be set by different cams, only need a main motor 71 just can drive whole device.
Be fixed on exoperidium shaped device turning cam 715 on the driven shaft 714 also along with driven shaft 714 rotates, turning cam 715 is connected to the transposer 43 of exoperidium shaped device by modes such as hinged even gear 47 bars, thereby realization transposer 43 is done gyration, because the exoperidium shaped device is when molded food product, in the time of when a shaped device assembly is made in moulding, another set of shaped device assembly is also receiving skin and filling, when first cover falls finished product, second cover rigidly connects receives skin and filling, transposer 43 moves owing to cam driven then, with first cover and the second cover location swap, the second cover beginning moulding, fall finished product then, first cover is then got back to the position that receives skin and filling and is received filling and skin, cuts instrument in a workflow so push away filling, need cut skin, push away filling, twice of moulding, and 43 work of transposer once, and described by adjusting gear 47 sizes of driving shaft and driven shaft 714, main shaft 72 is set to be 2:1 with driven shaft 714 speed ratios.
Send skin cam 73 operation principles to be: to drive main motor 71 and connect driving shaft, skin cam 73 is sent in the driving shaft connection, be contained in the cam path 78 by swing arm driven member 77 1 termination rollers 79, one termination oscillating bearing connecting rod 717, when main shaft 72 drives the cam rotation, swing arm swing around arm shaft 711, drives another swing arm swing pulling chain 713 and driven gear 47, thereby drive is sent the skin assembly to move to finish to send skin.
Claims (15)
1. faric method of food may further comprise the steps:
A is with filling: the filling material stirs in filling bucket (21), annotates filling valve body (22) from entering into filling bucket (21);
B annotates filling: the filling material is pushedly cut instrument (13) to the faric filling that pushes away of food in annotating filling valve bodies (22);
C cuts skin: musculus cutaneus is cut instrument (13) and is cut into regular shape by the faric filling that pushes away of food;
D pushes away skin: the musculus cutaneus after will cutting is pushed into the shaped device assembly;
E pushes away filling: the filling material pushes on the musculus cutaneus at shaped device assembly place;
The F moulding: the extrusion modling in the shaped device assembly of filling material and musculus cutaneus obtains finished product;
Describedly push away filling, cut skin, push away skin and finish at same station.
2. the faric method of a kind of food according to claim 1, it is characterized in that: described moulding may further comprise the steps:
A catches the skin filling: filling material and musculus cutaneus fall into the shaped device assembly;
B presses the skin moulding: exoperidium shaped device assembly is with skin and filling compression moulding;
C transposition: with the b step synchronously, transposer (43) moves just at the shaped device assembly of moulding, and itself and another set of shaped device module position are exchanged;
The d return: in the c step just the shaped device assembly in moulding finish moulding, fall finished product and by transposer (43) when moving back to original position, the described another set of shaped device assembly of c step then repeats the a-d step.
3. according to the faric method of the described a kind of food of claim 1, it is characterized in that: the notes filling valve body (22) with filling bucket (21) and connection with it in the described A step belongs to the faric device of food and annotates filling assembly (12), annotate and to be provided with into filling passage (23) in the filling valve bodies (22) and a plurality ofly independently to go out filling passage (24), advance filling passage (23) and respectively go out filling passage (24) junction to be provided with notes filling chamber (25), annotate in the filling chambeies (25) and be provided with the rotary valve (26) that to do gyration.
4. the faric method of a kind of food according to claim 3, it is characterized in that: describedly advance filling passage (23) and annotate filling chambeies (25) for a plurality of, respectively advancing filling passage (23) independently is provided with not connected, each is annotated filling chamber (25) and independently is provided with not connectedly, and each advances corresponding one of filling passage (23) and annotates filling chamber (25) and rotary valve (26);
Describedly advance filling passage (23) for a plurality of and not connected, annotating filling chambeies (25) is one, annotates in the filling chambeies (25) and is provided with rotary valve (26);
Describedly advance filling passage (23) and annotate filling chambeies (25) respectively to be provided with one, the notes filling chamber (25) of annotating in the filling valve bodies (22) is provided with a plurality of rotary valves (26);
Describedly advance filling passage (23) and annotate filling chambeies (25) respectively to be provided with one, the notes filling chamber (25) of annotating in the filling valve bodies (22) is provided with a rotary valve (26).
5. the faric method of a kind of food according to claim 5, it is characterized in that: described rotary valve (26) be connected along its axis direction and the connecting rod (45) that rotated by power drive, rotary valve (26) in the described notes filling chamber (25) the piston rod passage (27) interior with annotating filling valve body (22) is communicated with, be provided with piston rod (28) in the piston rod passage (27), described piston rod (28) end is provided with piston.
6. the faric method of a kind of food according to claim 4, it is characterized in that: described with being provided with sharf (29) in the filling bucket (21), be respectively arranged with a plurality of stirring vanes (210) and stuffings-pressing rod (211) on the sharf (29), adjacent stirring vane (210) orientation is different, stirring vane (210) radially becomes angle with stuffings-pressing rod (211) at sharf (29), and described stirring vane (210) is a rectangular paddle; Stuffings-pressing rod (211) end is provided with presses the filling plate.
7. the faric method of a kind of food according to claim 1, it is characterized in that: the faric filling that pushes away of the food in the described B step is cut instrument (13), comprise and cut skin assembly and driving mechanism, cutting the skin assembly comprises and pushes away skin axle (31) and be arranged on the cutting knife (32) that pushes away skin axle (31) bottom, pushing away skin axle (31) is hollow shaft, push away and have filling hole (33) on the skin axle (31), push away skin axle (31) inner chamber for towards filling chamber (34), be provided with in filling chamber (34) can in the chamber, move up and down dash filling axle (35); Push away skin axle (31), cutting knife (32) and towards filling axle (35) respectively by drive mechanism, described is hollow shaft towards filling axle (35), be provided with towards filling axle (35) lower end and push away filling piece (36), pushing away filling piece (36) is piston block, pore (37) is arranged at the piston block bottom, is provided with air intake (38) towards filling axle (35) upper end; Towards filling axle (35), push away skin axle (31), cutting knife (32) three's central axes.
8. the faric method of a kind of food according to claim 7 is characterized in that: described food is faric to be pushed away filling and cuts the many covers of instrument (13) and be arranged side by side, and the stuffing-inlet of each covering device is all towards same side; Described cutting knife (32) blade horizontal cross sectional geometry two ends are arcs, are linked to each other by two parallel lines between two arcs; Described driving mechanism is the cam drives structure, and each station action sequence relation realizes by the adjustment cam position.
9. the faric method of a kind of food according to claim 1 is characterized in that: described C step is cut skin: be subjected to drive mechanism, be arranged on cutting knife (32) whereabouts that pushes away skin axle (31) lower end, musculus cutaneus is cut into given shape;
Described D step pushes away skin: drive mechanism pushes away skin axle (31) and falls, and it is in the moulding device assembly that the musculus cutaneus of below is pushed into subsequent processing;
Described E step pushes away filling: descend towards filling axle (35), will enter towards the filling material in filling chamber from stuffing-inlet and vertically be flushed on the musculus cutaneus of below, finish pushing away filling and cut skin work.
10. the faric method of a kind of food according to claim 1, it is characterized in that: the shaped device assembly in the described F step belongs to the faric device exoperidium of food shaped device (15), the shaped device assembly comprises mould frame (41), the driving mechanism (410) that faric mould of food (42) and the driving faric mould of food (42) open and close, described shaped device assembly is provided with two covers up and down, be connected with the exchange transposer (43) of two grip assembly stations up and down on the shaped device assembly, transposer (43) comprises transposition sheet (44) and two connecting rods (45), two connecting rods (45) one ends are hinged with transposition sheet (44) top and bottom respectively, the other end is hinged with revolving fragment (46) one ends that are arranged on transposition sheet (44) both sides respectively, the middle part of the other end of two revolving fragments (46) and transposition sheet (44) is provided with the point of rotation, and at least one point of rotation is provided with initiatively transmission mechanism; Two sleeve forming device assemblies are installed in respectively on two connecting rods (45), and the shaped device assembly is installed on the connecting rod (45) of two transposers (43) by the groove (49) of its mould frame (41) two ends member; On the mould frame (41) of shaped device assembly a plurality of moulds are installed, mould is arranged side by side, and each driving mechanism (410) is positioned at by each mould.
11. the faric method of a kind of food according to claim 10, it is characterized in that: the faric mould of described food (42), two die flaps (51) about comprising, two die flaps (51) are along the axis of guide (52), driven in opposite directions by driving mechanism (410) or reverse moving, two die flaps (51) corresponding surface and food with filling shape are suitable; The heart mould (53) of two carrying cored foods is set between two die flaps (51), and heart mould (53) is gone up and is connected the slide mechanism that makes it move up and down and separate; Heart mould (53) upper end is for being contained in the baffle plate (54) in die flap (51) cavity, and the lower end is the cushion cap (55) of carrying cored food; Die flap (51) is connected with the axis of guide (52) by connecting rod (59), and driving mechanism (410) comprises cylinder that drives heart mould (53) motion and the cylinder that drives die flap (51), and the top of mould is provided with supporting plate (510).
12. the faric method of a kind of food according to claim 11 is characterized in that: described slide mechanism comprises a guiding slide plate (56) and a moving sheet (57), and guiding slide plate (56) both sides are provided with downwards and the chute (58) that extends toward the outside; Described cushion cap (55) lower end cooperates with chute (58), the upper end is hinged with moving sheet (57), moving sheet (57) is moved up and down by driving mechanism (410) driving, and heart mould (53) separates about realizing in the vertical direction motion under the constraint of guiding slide plate (56).
13. the faric method of a kind of food according to claim 2, it is characterized in that: described a catches the musculus cutaneus step: filling material and musculus cutaneus fall on the faric mould heart of the food mould cushion cap (55) of shaped device assembly;
Described b presses the skin forming step: heart mould (53) moves downward along the guiding slide plate (56) of slide mechanism, stop motion when taking care mould (53) and dropping to baffle plate (54) and can be contained in two die flaps (51) cavity, air cylinder driven die flap (51) is done move toward one another along the axis of guide (52), so two die flaps (51) merge;
Described c transposition step: with the b step synchronously, the shaped device assembly of the faric device exoperidium of food shaped device (15), be installed in by mould frame (41) on the connecting rod (45) of transposer (43), two connecting rods (45) one ends are hinged with transposition sheet (44) top and bottom respectively, the other end is hinged with revolving fragment (46) one ends that are arranged on transposition sheet (44) both sides respectively, the middle part of the other end of two revolving fragments (46) and transposition sheet is provided with the point of rotation, be connected with driving mechanism on the point of rotation, when driving mechanism driven rotary point rotates, because connecting rod (45) is connected with the point of rotation, do in the same way alternative expression motion so drive two connecting rods (45), drive each shaped device assembly simultaneously and also do the alternative expression motion.
14. the faric method of a kind of food according to claim 1, it is characterized in that: after described F forming step is finished, also have the G step to carry, supplying step is finished by the faric device conveying mechanism of food (16), comprise motor (61), two fixed mounts (62) and row's disk component, row's disk component comprises conveyer belt (63) and synchronous pulley (64), be provided with movable stand (65) between two fixed mounts (62), support (66) is arranged on movable stand (65) top, the synchronous pulley (64) that is driven by motor (61) is arranged between the support (66), conveyer belt (63) is arranged on the synchronous pulley (64), movable stand (65) is provided with mobile cylinder (67); Described mobile cylinder (67) other end is fixed on the fixed mount (62), described conveyer belt (63) is provided with pallet (68), described movable stand (65) is by guide pad (69) on it and guide post (610) socket, guide post (610) two ends are separately fixed on two fixed mounts (62), described movable stand (65) is a plate, fixedlys connected with support (66) in the connecting plate two ends.
15. the faric method of a kind of food according to claim 1, it is characterized in that: described each step drives by the faric device driving mechanism of food (17), driving mechanism comprises main motor (71), described main motor (71) main shaft (72) is provided with and send skin cam (73), push away skin cam (74), cut skin cam (75) and push away filling cam (76), each cam correspondence respectively is provided with swing arm driven member (77), swing arm driven member (77) one ends are equipped with the roller (79) of motion in cam path (78), one end is connected with oscillating bearing (710), and swing arm driven member (77) is enclosed within on the arm shaft (71); Main shaft (72) is provided with sprocket wheel (712), sprocket wheel (712) drives driven shaft (714) by chain (713), driven shaft (714) is provided with exoperidium shaped device turning cam (715), and described main shaft (72) is 2:1 with driven shaft (714) speed ratio; Main motor (71) one sides are provided with a plurality of installing plates (716), and the driving shaft other end is installed on the installing plate (716); Driven shaft (714) is separately fixed on the installing plate (716) with arm shaft (71) two ends.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010570667.7A CN102177925B (en) | 2010-12-02 | 2010-12-02 | Food encrusting method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010570667.7A CN102177925B (en) | 2010-12-02 | 2010-12-02 | Food encrusting method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102177925A true CN102177925A (en) | 2011-09-14 |
| CN102177925B CN102177925B (en) | 2014-01-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201010570667.7A Active CN102177925B (en) | 2010-12-02 | 2010-12-02 | Food encrusting method |
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| CN (1) | CN102177925B (en) |
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| CN105248498A (en) * | 2015-11-26 | 2016-01-20 | 成都松川雷博机械设备有限公司 | Dry stuffing food forming method |
| CN107047677A (en) * | 2016-12-15 | 2017-08-18 | 苏州市职业大学 | A kind of small-sized dumpling maker |
| CN107212038A (en) * | 2017-05-31 | 2017-09-29 | 傅峰峰 | A kind of wheaten food all-in-one |
| CN107549228A (en) * | 2017-09-27 | 2018-01-09 | 王晓杰 | A kind of steamed stuffed bun output mechanism of bun stuffing machine |
| CN107593825A (en) * | 2017-10-26 | 2018-01-19 | 北京分子麦科技有限公司 | A kind of processing unit (plant) and processing method of filling zygote food |
| CN108782646A (en) * | 2018-08-20 | 2018-11-13 | 山东百越机械科技有限公司 | Won Ton Forming Machine |
| CN111227001A (en) * | 2015-07-08 | 2020-06-05 | 通用磨坊销售公司 | Automatic dumpling making machine |
| CN112790206A (en) * | 2021-03-04 | 2021-05-14 | 成都松川雷博机械设备有限公司 | Stuffing slitting and injecting method |
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| CN108782646A (en) * | 2018-08-20 | 2018-11-13 | 山东百越机械科技有限公司 | Won Ton Forming Machine |
| CN108782646B (en) * | 2018-08-20 | 2023-10-31 | 山东百越机械科技有限公司 | Dumpling soup forming machine |
| CN112790206A (en) * | 2021-03-04 | 2021-05-14 | 成都松川雷博机械设备有限公司 | Stuffing slitting and injecting method |
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| CN102177925B (en) | 2014-01-01 |
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