CN206955240U - Dicer material-receiving device - Google Patents

Dicer material-receiving device Download PDF

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Publication number
CN206955240U
CN206955240U CN201720398019.5U CN201720398019U CN206955240U CN 206955240 U CN206955240 U CN 206955240U CN 201720398019 U CN201720398019 U CN 201720398019U CN 206955240 U CN206955240 U CN 206955240U
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China
Prior art keywords
container
picking
dicer
receiving
cutting room
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CN201720398019.5U
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Chinese (zh)
Inventor
张营
吴懿娜
储玉玲
王德生
杨文冰
牛秀娟
庄媛
方春香
刘克学
冯克兰
王合
刘万臣
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Tianjin Goubuli Food Ltd By Share Ltd
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Tianjin Goubuli Food Ltd By Share Ltd
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Abstract

The utility model discloses a kind of dicer material-receiving device, its drip irrigation device is to include the unlimited picking-up container in top, picking-up container is provided with multiple, also include transporting picking-up container by cutting room lower section and the conveyer suspended below cutting room, conveyer includes limiting the spacing mechanism of the spacing of adjacent picking-up container, the drive component of drive transmission unit motion and the control circuit of the motion of control drive component and pause, edge at the top of adjacent picking-up container is against each other, and the effect for changing the time that container is needed to wait for can be reduced by having reached.

Description

Dicer material-receiving device
Technical field
A kind of meat stuffing processing unit (plant) is the utility model is related to, more particularly to a kind of dicer material-receiving device.
Background technology
The food with fillings such as steamed stuffed bun, dumpling is made, it is necessary to which substantial amounts of fillings, artificial cutting fillings is sometimes in high-volume It is difficult to meet demand, especially in cutting meat, very labor intensive.To meet the production requirement of a large amount of fillingss, it will usually Use dicer cutting meat stuffing.
Existing dicer, such as the Chinese patent of Application No. 200620040276.3, disclose a kind of meat product and dice Machine, including frame, hopper, feed mechanism and cutter device, one end of hopper set otch, incision placement cutter device, institute State cutter device to be made up of driving structure and cutting tool group two parts, driving structure includes motor, decelerator and driver Structure;The transmission mechanism includes eccentric main axis and pull-fork assembly, and shock wheel, shift fork are arranged with the nearly shell outside face of eccentric main axis Component is placed on shock wheel, and the pull-fork assembly is made up of shift fork axle machine shift fork, is provided with and is hit at corresponding shock wheel on the shift fork Groove is hit, shift fork is through hitting groove sliding sleeve on shock wheel;The shifting fork piece top that shift fork is left, has side is provided with connector;The master and arrive The outer end of eccentric main axis is sheathed on, the outside real positioned at knife grid.This dicer dismounting cutter is more convenient, is easy to cutter and clear Wash and adjust.
It can set single cutting room that cutter device is set in usual dicer frame, in the position of the lower section of cutter device Opening is installed, the lower section of opening can place the container for accepting fillings.In largely processing fillings, due to accepting the container of fillings Size is had certain limitations, and generally requires the process of a replacing container, and dicer shutdown, meat stuffing are needed when changing container not Falling again could start to change, and otherwise meat stuffing, which may fall, causes to waste on the ground, pollutes environment.And because meat is being cut When being cut in space, the situation that meat mincing are bonded in cutter device and cutting room side wall often occurs, therefore wait meat stuffing It is longer the time required to not falling off completely, waste of time can be caused, reduces the processing efficiency of meat stuffing.
Utility model content
The purpose of this utility model is to provide a kind of dicer material-receiving device, can reduce change container needed to wait for when Between.
Above-mentioned technical purpose of the present utility model technical scheme is that:
A kind of dicer material-receiving device, including the picking-up container that top is unlimited, picking-up container are provided with multiple, include transport splicing Case is by the conveyer suspended below cutting room and below cutting room, and conveyer is including limiting adjacent picking-up container The spacing mechanism of spacing, the drive component of drive transmission unit motion and the control electricity of the motion of control drive component and pause Road, the edge at the top of adjacent picking-up container are against each other.
By using above-mentioned technical proposal, multiple picking-up containers are mutually abutted, being conveyed through below the cutting room successively Go, the undertaking space being connected formed below cutting room, can apart from cutting room remote position by picking-up container Take away.Make picking-up container stop motion after picking-up container is moved under cutting room using control circuit control conveyer, necessarily After the meat stuffing of amount enters picking-up container, control circuit controls conveyer to remove picking-up container again makes new picking-up container move to cutting Below space.Reduce the time changed and accept meat stuffing container simultaneously, improve production efficiency;Due to adjacent picking-up container each other Abut, it is possible to prevente effectively from there is neutral below cutting room when changing container, fall so as to effectively reduce meat stuffing in picking-up container Outer situation occurs, and reduces the waste of meat stuffing, helps to ensure that the health of production environment.Set spacing mechanism can be with picking-up container Spacing keeps consistent all the time;Spacing device is also used as directly driving the structure of picking-up container motion, it is possible to reduce picking-up container goes out Now mutually pushing occurs the situation that picking-up container posture changes, and further reduces meat stuffing and drops the possibility outside picking-up container Property.
Preferably, side of the top surface of picking-up container side wall for inclined plane and inside picking-up container is relatively low.
By using above-mentioned technical proposal, it is possible to reduce residual of the meat stuffing in the top surface of picking-up container side wall.Picking-up container is being cut Space moved beneath is cut, makes the side wall of splicing plate can also pass through from the lower section of cutting room, it may appear that meat stuffing falls on side wall top Situation.Set inclined top surface to be used as to be oriented to, the meat stuffing that guiding falls on top surface is slipped into picking-up container, can make splicing Around case more neatly, while when reducing mobile picking-up container there is the possibility that meat stuffing is dropped to outside picking-up container from the top surface of picking-up container Property.
Preferably, being fixedly installed scraper above picking-up container, the lower surface of scraper abuts with the top surface of picking-up container.
By using above-mentioned technical proposal, scraper can scrape the meat stuffing for remaining in picking-up container side wall top surface into picking-up container It is interior, it can make around picking-up container more neatly, there is meat stuffing to be dropped to from the top surface of picking-up container when further reducing mobile picking-up container Possibility outside picking-up container.
Preferably, the top edge of picking-up container side wall is fillet structure.
By using above-mentioned technical proposal, the edge of the top surface of picking-up container side wall is arranged to fillet structure, can be avoided Sharp corners directly scratch the lower surface of scraper, help to protect scraper.
Preferably, drive component includes being fixed on workbench, sprocket wheel, the chain of rotation connection on the table below frame The reducing motor that bar and drive sprocket rotate, picking-up container are slided on the table, and spacing device is uniformly fixed in be multiple Blend stop on chain, picking-up container are placed between two adjacent blend stops and abutted with two adjacent blend stops.
By using above-mentioned technical proposal, set with the blend stop that chain moves as spacing device, can ensure The spacing of picking-up container, while picking-up container can be promoted to move, avoid drive component and picking-up container that relative slip occurs, help to protect Demonstrate,prove the transport efficiency of drive component.Workbench is set, and picking-up container is slided on the table can ensure that the height of picking-up container rises Volt can set chain and sprocket wheel the rotation of sprocket wheel can be completely converted into chain as drive component with relatively stable slip Motion.
Preferably, control circuit includes detection module, the weight of picking-up container below cutting room and defeated is detected in real time Go out detection signal;
Comparison module, comparison module are controlled by detection module, are more than comparing unit in the detection signal of detection module output Preset value when output control signal;
Time block, is coupled to detection module, timing output timing signal, and timing is one with being in cutting room The adjacent picking-up container of the picking-up container of underface is moved to the time needed for immediately below cutting room;
Drive module, it is controlled by time block, output signal control reducing motor rotates in timing, subtracts after regularly terminating Speed motor stalls.
By using above-mentioned technical proposal, detection module examines the weight information of meat stuffing in picking-up container in real time, and by information Comparison module is transferred to, by weight information compared with the preset value in comparison module, weight information is more than pre- comparison module If value time control time block timing output drive signal, drive module receives the drive signal of time block transmitting, control The picking-up container that reducing motor rotation has reached content meat stuffing preset value is removed below cutting room, and time block terminates fixed When mistake, the stalling of drive module non-mandrel roller reducing motor, and splicing adjacent with previous picking-up container in the time in timing Case can just be moved to the lower section of cutting room, and meat stuffing can be fallen into the picking-up container being now in below cutting room, It can realize and automatically move picking-up container, add the practicality effect of equipment.
Preferably, detection module is included in pressure sensor affixed on the workbench immediately below cutting room.
By using above-mentioned technical proposal, the detecting element using pressure sensor as detection module, can ensure When picking-up container is moved to cutting room, the weight of picking-up container can be measured.
Preferably, supporting plate of the upper surface higher than the upper surface of workbench, picking-up container bottom are connected with above pressure sensor The edge in face is fillet structure.
By using above-mentioned technical proposal, supporting plate is set to be higher than worktable upper surface, it is ensured that splicing plate can have Effect contact supporting plate, so as to apply pressure on pressure sensor, the fillet structure of picking-up container bottom edge can be used as guiding knot Structure, it is easy to picking-up container to slide onto supporting plate.
Preferably, the length of picking-up container is equal with width.
By using above-mentioned technical proposal, when picking-up container is put between blend stop, without adjusting the posture of picking-up container, save The operating time is saved, it is easy to use.
In summary, the utility model has the advantages that:
Improve production efficiency;Reduce the waste of meat stuffing;Help to ensure that the health of production environment;Improve the whole of picking-up container Cleanliness;Contribute to the infringement of reduction self structure;Help to reduce noise;Picking-up container transport efficiency is higher, motion stabilization;Automatically Mobile picking-up container, it is easy to use, add the practicality effect of equipment.
Brief description of the drawings
Fig. 1 is the position relationship schematic diagram of dicer material-receiving device and dicer;
Fig. 2 is sectional view of picking-up container when on conveyer;
Fig. 3 is the schematic diagram of conveyer;
Fig. 4 is the circuit diagram of detection module and comparison module;
Fig. 5 is the circuit diagram of time block;
Fig. 6 is the circuit diagram of drive module.
In figure, 1, picking-up container;11st, casing;12nd, case edge;2nd, conveyer;21st, blend stop;22nd, drive component;221st, work Platform;2211st, platen;2212nd, supporting table;222nd, sprocket wheel;223rd, chain;224th, reducing motor;23rd, supporting plate;3rd, scraper;4th, machine Frame;5th, cutting room;6th, cutter device.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.Wherein identical parts identical accompanying drawing Mark represents.It should be noted that the word "front", "rear", "left", "right", the "up" and "down" that are used below in description refer to It is the direction in accompanying drawing, word " bottom surface " and " top surface ", " interior " and " outer " are referred respectively to towards or away from particular elements geometry The direction at center.
A kind of dicer material-receiving device, as shown in figure 1, the main conveyer 2 for including being arranged on the lower section of dicer frame 4 With the multiple identical picking-up containers 1 transported by conveyer 2.
As shown in Fig. 2 picking-up container 1 includes the case of rectangular box-like casing 11 and four rectangular patch along 12.Casing 11 Bottom wall for square, the opened top of casing 11.Four equal roundings in edge of the bottom surface of casing 11.
Four casees are along 12 integral tops for being fixed in 11 4 side walls of casing respectively.Case is obliquely installed along 12 and close to case The side of body 11 is relatively low, and case is along 12 end face verticals away from casing 11.Case is round-corner transition with casing 11 along 12.Case is remote along 12 The top margin rounding of one end of casing 11, the center of circle of the fillet overlap with case along 12 end faces away from casing 11, make two to connect The case of hopper 1 along 12 it is stitched together when, fillet of two casees along 12 one end top margins away from casing 11 can be gone out round and smooth with split Cambered surface.
With reference to shown in Fig. 3, conveyer 2 includes drive component 22, is fixedly installed on the workbench 221, four of the lower section of frame 4 Individual 222, two ring chains 223 being set on sprocket wheel 222 of the sprocket wheel being rotatably connected on workbench 221, and drive chain The reducing motor 224 that wheel 222 rotates.
Workbench 221 includes horizontally disposed rectangle platen 2211 and two squares for being respectively and fixedly connected to the both sides of platen 2211 Shape massive support platform 2212.Supporting table 2212 raises platen 2211, makes the lower section of platen 2211 hanging.Cutting room 5 is in platform The projection of the upper surface of plate 2211 falls in platen 2211.
With reference to shown in Fig. 1 and Fig. 2, the upper surface of supporting table 2212 is connected with the scraper 3 of " L " shape, and the one end of scraper 3 is vertical In the upper surface of platen 2211, the other end parallel to platen 2211 upper surface and extend the top of platen 2211.The following table of scraper 3 The distance of face to the upper surface of platen 2211 is equal to the height of picking-up container 1.
As shown in figure 3, four sprocket wheels 222 are divided to for two groups, two supporting tables 2212 are rotatably connected on respectively close to platen On 2211 surface, and it is located at the both ends of platen 2211 respectively.The axis of sprocket wheel 222 is each perpendicular to the left side of platen 2211 Face.222 two, sprocket wheel is set to one group, and in the affixed same supporting table 2212 of same group of two sprocket wheels 222, two are located at Forward sprocket wheel 222 is coaxial in group, and is connected with connecting rod therebetween.Reducing motor 224 and chain forward wherein in group Coaxial affixed of wheel 222.
Chain 223 is connected with same group of two sprocket wheels 222.With reference to shown in Fig. 2, between two chains 223 uniformly Be provided with multiple blend stops 21, the spacing of blend stop 21 is identical with the length of picking-up container 1.The width of blend stop 21 and two picking-up containers 1 Spacing of the case along two picking-up containers 1 during 12 abutting is identical.
Control circuit includes detection module, comparison module, time block and drive module.
As shown in figure 4, detection module includes pressure sensor P, with reference to shown in Fig. 3, cutting room 5 is located on platen 2211 Rectangular recess is provided with underface, pressure sensor P is fixed in the groove.Supporting plate is connected with above pressure sensor P 23, the upper surface of supporting plate 23 is higher than the upper surface of platen 2211, and supporting plate 23 be higher by the upper surface of platen 2211 height it is small In the radius of the bottom edge fillet of picking-up container 1.The edge rounding of the upper surface of supporting plate 23.Pressure sensor P is coupled in power supply On CHO (VCC), pressure sensor P detects the weight of supporting plate 23 and its top picking-up container 1 in real time.
Comparison module is coupled on pressure sensor P, and comparison module includes the comparator being coupled on pressure sensor P T1, pressure sensor P and comparator T1 positive input coupling, have in comparator T1 negative input coupling input default Value Vref1, comparator T1 output end couple with operational amplifier T2 positive input, operational amplifier T2 negative sense input Resistance R1 is coupled between end and output end and is coupled with resistance R2, operation amplifier in operational amplifier T2 negative input Device T2 negative input is grounded after resistance R2.NPN triode between power supply CHO (VCC) and operational amplifier T2 VT1, NPN triode VT1 colelctor electrode couple with power supply CHO (VCC), the base stage of NPN triode and operational amplifier T2 base Pole couples, and is coupled with load resistance R3 and magnet coil KA1 in NPN triode VT1 emitter stage, magnet coil KA1's is another One terminal ground.
As shown in figure 5, time block includes three or five timers, the 1. pin ground connection of three or five timers, 4. pin and 8. draw On pin connection power supply CHO (VCC).3. being connected with resistance R4 between pin and power supply CHO (VCC), 3. pin is through load resistance R5 It is grounded with magnet coil KA2.2. pin is grounded through KA1 normally opened contacts.7. it is coupled with resistance between pin and power supply CHO (VCC) Rt1 and slide rheostat Rt2.7. pin is connected with 6. pin, 6. draw foot meridian capacitor Ct ground connection.
As shown in fig. 6, drive module includes KA2 normally opened contacts, KA2 normally opened contacts are connected with reducing motor 224.Civil power The both sides of 220V power supplys connect KA2 normally opened contacts and reducing motor 224 respectively.
Specific workflow is as follows:
Picking-up container 1 is pressed in supporting plate 23, under the meat cubelets for cutting to obtain all are fallen into just in the underface of cutting room 5 In the picking-up container 1 of side, power supply CHO (VCC) provides 12V operating voltages for pressure sensor P, connecing above pressure sensor P The weight of the meat stuffing of hopper 1 is not up to preset value, detects that weight is less than preset value Vref1, and comparator T1 exports low level signal, Magnet coil KA1 must not be electric, and normally opened contact KA1 disconnects, and 2. pin disconnects three or five timers, 3. pin output low level, electromagnetism Coil KA2 must not be electric, and normally opened contact KA2 disconnects, and reducing motor 224 does not work;Meat stuffing constantly falls until completion scheduled volume, makes Detect that weight is more than preset value Vref1, comparator T1 output high level signals, the height allocates signal after operational amplifier T2 NPN triode VT1 base stage is transferred to, control NPN triode VT1 collector and emitter conducting, magnet coil KA1 obtains electric Control is connected on the normally opened contact KA1 closures on magnetic valve YV, three or five timers 2. pin instant earthing, 3. the high electricity of pin output Flat, magnet coil KA2 obtains electric, and normally opened contact KA2 closures, reducing motor 224 is started working, and sprocket wheel 222, which rotates, drives chain 223 One end, blend stop 21 are moved with chain 223 and promote picking-up container 1, and picking-up container 1 is removed from pressure sensor P, and new picking-up container 1 is moved Move on pressure sensor P, detect that weight is less than preset value Vref1, comparator T1 output low level signals, magnet coil KA1 must not be electric, and normally opened contact KA1 disconnects, until after the timing of three or five timers terminates, 3. pin exports low level, magnet coil KA2 dead electricity, normally opened contact KA2 disconnect, and reducing motor 224 stops operating, now just will be adjacent with the picking-up container 1 for completing to connect filling Picking-up container 1 be moved to the underface of cutting room 5 and continue splicing, repeat said process.
This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but As long as all protected in right of the present utility model by Patent Law.

Claims (9)

1. a kind of dicer material-receiving device, including the picking-up container (1) that top is unlimited, it is characterised in that:Picking-up container (1) is provided with more It is individual, in addition to picking-up container (1) is transported by below cutting room (5) and in the conveyer of cutting room (5) lower section pause (2), conveyer (2) includes limiting the spacing mechanism of the spacing of adjacent picking-up container (1), the drive of drive transmission unit (2) motion Dynamic component (22) and the control circuit for controlling drive component (22) motion and pause, edge at the top of adjacent picking-up container (1) that This is abutted.
2. dicer material-receiving device according to claim 1, it is characterised in that:The top surface of picking-up container (1) side wall is inclination The side of face and close picking-up container (1) inside is relatively low.
3. dicer material-receiving device according to claim 1, it is characterised in that:It is fixedly installed and scrapes above picking-up container (1) Rod (3), the lower surface of scraper (3) abut with the top surface of picking-up container (1).
4. dicer material-receiving device according to claim 3, it is characterised in that:The top edge of picking-up container (1) side wall is Fillet structure.
5. dicer material-receiving device according to claim 1, it is characterised in that:Drive component (22) includes being fixed on frame (4) workbench (221) below, sprocket wheel (222), chain (223) and the drive sprocket being rotatably connected on workbench (221) (222) reducing motor (224) rotated, picking-up container (1) are slided on workbench (221), and spacing device is multiple uniform solid The blend stop (21) being connected on chain (223), picking-up container (1) be placed between two adjacent blend stops (21) and with adjacent two Blend stop (21) abuts.
6. dicer material-receiving device according to claim 5, it is characterised in that:Control circuit includes detection module, in real time Detect the weight of the picking-up container (1) below cutting room (5) and export detection signal;
Comparison module, comparison module are controlled by detection module, are more than the pre- of comparison module in the detection signal of detection module output If during value, output control signal;
Time block, is coupled to detection module, timing output timing signal, and timing is one with being in cutting room (5) The adjacent picking-up container (1) of the picking-up container (1) of underface is moved to the time needed for immediately below cutting room (5);
Drive module, it is controlled by time block, output signal control reducing motor (224) rotates in timing, after regularly terminating Reducing motor (224) stalls.
7. dicer material-receiving device according to claim 6, it is characterised in that:Detection module is included in cutting room (5) Affixed pressure sensor on the workbench (221) of underface.
8. dicer material-receiving device according to claim 7, it is characterised in that:Upper surface is connected with above pressure sensor Higher than the supporting plate (23) of the upper surface of workbench (221), the edge of picking-up container (1) bottom surface is fillet structure.
9. dicer material-receiving device according to claim 1, it is characterised in that:The length of picking-up container (1) is equal with width.
CN201720398019.5U 2017-04-15 2017-04-15 Dicer material-receiving device Active CN206955240U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720398019.5U CN206955240U (en) 2017-04-15 2017-04-15 Dicer material-receiving device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720398019.5U CN206955240U (en) 2017-04-15 2017-04-15 Dicer material-receiving device

Publications (1)

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CN206955240U true CN206955240U (en) 2018-02-02

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110303320A (en) * 2019-07-24 2019-10-08 珠海格力智能装备有限公司 The processing method and processing device of material, storage medium, processor

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110303320A (en) * 2019-07-24 2019-10-08 珠海格力智能装备有限公司 The processing method and processing device of material, storage medium, processor

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