CN201011846Y

CN201011846Y - Full-automatic soybean husk production equipment

Info

Publication number: CN201011846Y
Application number: CNU2007200833487U
Authority: CN
Inventors: 王宗杰; 王宗胜
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-01-24
Filing date: 2007-01-24
Publication date: 2008-01-30
Anticipated expiration: 2017-01-24

Abstract

The utility model discloses a fully automatic production equipment of the dried bean curd. A frame is provided with a parallel sliding rail and a soy milk feeding device includes a soy milk feeding air pump, an soy milk absorbing pump, a switch for the soy milk feeding, an unidirectional valve and a transporting pipe. A soy milk spreading device contains a containing box, a soy milk spreading slide block and a soy milk spreading air pump and a cloth spreading device contains a cloth carrier, a cloth spreading air pump, a cloth spreading sliding block, a switch for the cloth spreading and a cloth supporter. A cloth press device contains a cloth press air pump and a press block which are arranged respectively at the both sides of the parallel sliding rail and the soy milk feeding air pump, the soy milk absorbing pump, the switch for the soy milk feeding, the two soy milk spreading air pumps, the cloth spreading air pump, the switch for the cloth spreading and the cloth press air pump have an electrical connection with the circuit control part. The beneficial effect achieved by the above technic proposal is that the production equipment adopts the electric control, realizing the fully automatic production of the dried bean curd, consequently the labour intension of the workers is reduced largely and the work efficiency is improved. The utility model is particularly suitable for the mass production of the dried bean curd.

Description

A kind of full-automatic skin of beancurd production equipment

Technical field

The utility model relates to the bean product production equipment, more particularly relates to a kind of machinery of fully-automatic production skin of beancurd.

Background technology

At present, the skin of beancurd of selling on the market adopts manual manufacture, complex manufacturing process mostly fully, working strength of workers is bigger, and production efficiency is also lower, makes production cost to improve greatly simultaneously, particularly when needs were produced in enormous quantities, it is particularly outstanding that its weak point just seems.

The utility model content

The purpose of this utility model is exactly that a kind of production efficiency height is provided in order to solve the problems of the technologies described above, and greatly reduces the full-automatic skin of beancurd production equipment of working strength of workers.

The technical solution that the utility model adopts in order to solve the problems of the technologies described above is as follows:

A kind of full-automatic skin of beancurd production equipment, it includes frame 1, and be installed in the sizing device that send on the frame 1, slurry spreading device, cloth spreading device, cloth-pressing device and circuit control section, described frame 1 is provided with two parallel sliding tracks 101, the described sizing device that send mainly includes slurry feeding air pump YC4, pulp absorbing pump 202, slurry feeding limit switch SQ4, check valve 204 and feed pipe for mortar 205, slurry feeding air pump YC4 and pulp absorbing pump 202 are connected by piston rod, piston rod between slurry feeding air pump YC4 and the pulp absorbing pump 202 is provided with plate washer 206, described slurry feeding limit switch SQ4 is arranged between this plate washer 206 and the pulp absorbing pump 202, pulp absorbing pump 202 is connected with check valve 204 by conveying pipeline 205, and check valve 204 is provided with stock inlet 207 and grout outlet 208; Described slurry spreading device mainly includes slurry containing box 301, slurry spreading slipper 302 and two slurry spreading air pump YC5-1, YC5-2, these slurry containing box 301 rotating being installed on the slurry spreading slipper 302, and be connected by conveying pipeline 205 with the grout outlet 208 of check valve 204, one of them slurry spreading air pump YC5-1 is connected with slurry spreading slipper 302 by its piston rod, another slurry spreading air pump YC5-2 contacts with slurry containing box 301 by its piston rod, and slurry spreading slipper 302 is nested with on two parallel sliding tracks 101 that are provided with on the frame 1; Described cloth spreading device mainly includes cloth holding rack 401, cloth spreading air pump YC1, cloth spreading slipper 403, cloth spreading limit switch SQ1, SQ2, SQ3 and cloth supporting rack 404, cloth holding rack 401 is positioned at the top of frame 1, cloth spreading air pump YC1 is connected with cloth spreading slipper 403 by its piston rod, cloth spreading slipper 403 is nested with on two parallel sliding tracks 101 that are provided with on the frame 1, cloth spreading limit switch SQ1, SQ2, SQ3 lays respectively on the frame 1 at described two parallel sliding tracks 101 two ends, described cloth supporting rack 404 rotating being arranged on the cloth spreading slipper 403 also are provided with the resetting means that resets for cloth supporting rack 404 on cloth supporting rack 404; Described cloth-pressing device mainly includes compress air pump YC2, YC3 and the briquetting 501 that lays respectively at two parallel sliding tracks, 101 two ends, and compress air pump YC2, YC3 are connected with briquetting 501 by its piston rod respectively; Described slurry feeding air pump YC4, pulp absorbing pump 202, slurry feeding limit switch SQ4, two slurry spreading air pump YC5-1, YC5-2, cloth spreading air pump YC1, cloth spreading limit switch SQ1, SQ2, SQ3 and compress air pump YC2, YC3 are electrically connected with the circuit control section respectively.

It also includes the moulding material-supporting device of being made up of box-frame 601, pallet 602 and retainer air pump YC6, this moulding material-supporting device is positioned at the below of frame 1, retainer air pump YC6 is connected with pallet 602 by its piston rod, this retainer air pump YC6 also is electrically connected with the circuit control section, and described pallet 602 is positioned at box-frame 601.

The cloth supporting rack 404 of described cloth spreading device is long frame shape.

The briquetting 501 of described cloth-pressing device is provided with in pairs, and wherein upper holder block is connected with the piston rod of compress air pump, and lower lock block is fixed on the frame 1 and is corresponding with upper holder block.

The described relative facade that is positioned at two briquettings is provided with shoe.

Described shoe is a rubber blanket.

The beneficial effect that the utility model adopts above-mentioned technical solution to reach is: this production equipment adopts electrical control, can full automaticly carry out skin of beancurd production, thereby greatly reduce working strength of workers, and production efficiency also is improved, and is particularly suitable for producing in enormous quantities the needs of skin of beancurd.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the circuit diagram of the utility model circuit control section.

The specific embodiment

By shown in Figure 1, a kind of full-automatic skin of beancurd production equipment, it includes frame 1, and is installed in and send sizing device, slurry spreading device, cloth spreading device, cloth-pressing device and circuit control section on the frame 1, and described frame 1 is provided with two parallel sliding tracks 101; The described sizing device that send mainly includes slurry feeding air pump YC4, pulp absorbing pump 202, slurry feeding limit switch SQ4, check valve 204 and feed pipe for mortar 205, slurry feeding air pump YC4 and pulp absorbing pump 202 are connected by piston rod, piston rod between slurry feeding air pump YC4 and the pulp absorbing pump 202 is provided with plate washer 206, described slurry feeding limit switch SQ4 is arranged between this plate washer 206 and the pulp absorbing pump 202, pulp absorbing pump 202 is connected with check valve 204 by conveying pipeline 205, and check valve 204 is provided with stock inlet 207 and grout outlet 208; Described slurry spreading device mainly includes slurry containing box 301, slurry spreading slipper 302 and two slurry spreading air pump YC5-1, YC5-2, these slurry containing box 301 rotating being installed on the slurry spreading slipper 302, and be connected by conveying pipeline 205 with the grout outlet 208 of check valve 204, one of them slurry spreading air pump YC5-1 is connected with slurry spreading slipper 302 by its piston rod, another slurry spreading air pump YC5-2 contacts with slurry containing box 301 by its piston rod, and slurry spreading slipper 302 is nested with on two parallel sliding tracks 101 that are provided with on the frame 1; Described cloth spreading device mainly includes cloth holding rack 401, cloth spreading air pump YC1, cloth spreading slipper 403, cloth spreading limit switch SQ1, SQ2, SQ3 and cloth supporting rack 404, cloth holding rack 401 is positioned at the top of frame 1, cloth spreading air pump YC1 is connected with cloth spreading slipper 403 by its piston rod, cloth spreading slipper 403 is nested with on two parallel sliding tracks 101 that are provided with on the frame 1, cloth spreading limit switch SQ1, SQ2, SQ3 lays respectively on the frame 1 at described two parallel sliding tracks 101 two ends, described cloth supporting rack 404 rotating being arranged on the cloth spreading slipper 403, also be provided with the resetting means that resets for cloth supporting rack 404 on cloth supporting rack 404, this cloth supporting rack 404 is long frame shape; Described cloth-pressing device mainly includes compress air pump YC2, YC3 and the briquetting 501 that lays respectively at two parallel sliding tracks, 101 two ends, compress air pump YC2, YC3 are connected with briquetting 501 by its piston rod respectively, described briquetting 501 also can be provided with in pairs, wherein upper holder block is connected with the piston rod of compress air pump, lower lock block is fixed on the frame 1 and is corresponding with upper holder block, the relative facade of described two briquettings is provided with shoe, so that cloth can better be pushed down, this shoe can be a rubber blanket, also can be replaced by other; In order to adapt to the needs of automated production more, the utility model can also include the moulding material-supporting device of being made up of box-frame 601, pallet 602 and retainer air pump YC6, this moulding material-supporting device is positioned at the below of frame 1, retainer air pump YC6 is connected with pallet 602 by its piston rod, and pallet 602 is positioned at box-frame 601; Described cloth spreading air pump YC1, compress air pump YC2, YC3, slurry feeding air pump YC4, two slurry spreading air pump YC5-1, YC5-2, retainer air pump YC6, pulp absorbing pump 202, cloth spreading limit switch SQ1, SQ2, SQ3, slurry feeding limit switch SQ4 and be electrically connected with the circuit control section respectively.

By shown in Figure 2; Fig. 2 is the circuit diagram of circuit control section of the present utility model; wherein SB is a knob; SA is a turn-knob; KM is an A.C. contactor; KA is an auxiliary reclay; KT is that the time relay and SQ are travel switch; time relay KT1 can adjust A.C. contactor KM1 and shut down 0.1 second; time relay KT2 can adjust A.C. contactor KM3 start 0.3 second; time relay KT3 can adjust A.C. contactor KM5 and shut down 1 second; time relay KT4 can adjust auxiliary reclay KA2 start 0.5 second; time relay KT5 also can remove the work 0.1 second of auxiliary reclay KA2; time relay KT6 can adjust A.C. contactor KM6 and shut down 1 second, and time relay KT7 can adjust and shut down about 0.1 second.

When the needs machine works, at first cloth spreading slipper 403 is moved to frame 1 the left side and with cloth spreading limit switch SQ2, SQ3 contacts, then the gauze on the cloth holding rack is pulled out and is drawn to left side briquetting 501 places of frame 1, pressing knob and be SB1 just can start compress air pump YC3 gauze is pushed down, just the turn turn-knob is SA at last, and press the knob SB2 work that just can start the machine simultaneously, during machine works, because the closure of knob SB2, make A.C. contactor KM1 get, A.C. contactor KM1 closure, just cloth spreading slipper 403 is released forward by cloth spreading air pump YC1, while cloth spreading limit switch SQ2, SQ3 just is in off-state, when pawnshop cloth slide block 403 touches cloth spreading limit switch SQ1, cloth spreading limit switch SQ1 closure, A.C. contactor KM2 gets, A.C. contactor KM2 closure, the gauze that startup compress air pump YC2 sends cloth supporting rack 404 on the cloth spreading slipper 403 here is pushed down, simultaneously, cloth spreading slipper 403 will be to moving in the other direction under the effect of cloth spreading air pump YC1, and move to and cloth spreading limit switch SQ2, till SQ3 contacts, make cloth spreading limit switch SQ2, SQ3 is in closure state, A.C. contactor KM4 gets, A.C. contactor KM4 closure, start slurry feeding air pump YC4 action, slurry in the check valve 204 is pressed in the appearance magazine 301 by conveying pipeline 205, when slurry feeding air pump YC4 moves to its baffle plate 206 shake-up slurry feeding limit switch SQ4, slurry feeding limit switch SQ4 closure, A.C. contactor KM5 gets, A.C. contactor KM5 closure, slurry spreading air pump YC5-1 starts promotion slurry spreading slipper 302 and travels forward, simultaneously, another slurry spreading slipper YC5-2 promotes slurry containing box 301 and makes rotary movement, slurry in the slurry containing box 301 is poured out, the shop is sprinkled upon on the open gauze, is controlled its range ability and is returned by time relay KT3, in slurry spreading device work, pulp absorbing pump 202 starts the work of do suction slurry and prepares for the slurry that send next time, after pawnshop slurry work was finished, compress air pump YC2 unclamped under the control of the time relay automatically, spread the gauze that spills slurry above making and dropped on the care feed tray 602, starting cloth spreading air pump YC1 once more by time relay KT1 again moves forward, when pawnshop cloth slide block 403 moves to and contacts with cloth spreading limit switch SQ1, the SQ1 closure, A.C. contactor KM2 gets, A.C. contactor KM2 closure, compress air pump YC2 action is pushed down gauze once more, simultaneously because time relay KT1, KT2 gets electric, makes time relay KT1, KT2 disconnects, compress air pump YC3 is owing to outage is unclamped, spread the gauze that spills slurry above making and drop on the pallet 602, pawnshop cloth slide block 403 returns under the effect of cloth spreading air pump YC1 and touches cloth spreading limit switch SQ2, during SQ3, gauze is pushed down in compress air pump YC3 action, next send slurry and shop slurry work again, what circulate so like this goes on, and behind the turn turn-knob ST, time relay KT7 gets when starting, through time delay relay KT7 closure, A.C. contactor KM6 gets electric, A.C. contactor KM6 closure, and time relay KT6 gets, disconnect through time delay relay KT6, time relay KT7 outage, KT7 opens through time delay relay, so do action, make retainer air pump YC6 carry out the action of discontinuous, when the action of retainer air pump YC6 can not cooperate with other action of machine, can start manual knob SB3, can accelerate the action of retainer air pump YC6.

Claims

1. full-automatic skin of beancurd production equipment, it is characterized in that: it includes frame (1), and be installed in the sizing device that send on the frame (1), slurry spreading device, cloth spreading device, cloth-pressing device and circuit control section, described frame (1) is provided with two parallel sliding tracks (101), the described sizing device that send mainly includes slurry feeding air pump (YC4), pulp absorbing pump (202), slurry feeding limit switch (SQ4), check valve (204) and feed pipe for mortar (205), slurry feeding air pump (YC4) is connected by piston rod with pulp absorbing pump (202), piston rod between slurry feeding air pump (YC4) and the pulp absorbing pump (202) is provided with plate washer (206), described slurry feeding limit switch (SQ4) is arranged between this plate washer (206) and the pulp absorbing pump (202), pulp absorbing pump (202) is connected with check valve (204) by conveying pipeline (205), and check valve (204) is provided with stock inlet (207) and grout outlet (208); Described slurry spreading device mainly includes slurry containing box (301), slurry spreading slipper (302) and two slurry spreading air pumps (YC5-1), (YC5-2), this slurry containing box (301) is rotating to be installed on the slurry spreading slipper (302), and be connected by conveying pipeline (205) with the grout outlet (208) of check valve (204), one of them slurry spreading air pump (YC5-1) is connected with slurry spreading slipper (302) by its piston rod, another slurry spreading air pump (YC5-2) contacts with slurry containing box (301) by its piston rod, and slurry spreading slipper (302) is nested with in frame (1) and goes up on two parallel sliding tracks (101) that are provided with; Described cloth spreading device mainly includes cloth holding rack (401), cloth spreading air pump (YC1), cloth spreading slipper (403), cloth spreading limit switch (SQ1), (SQ2), (SQ3) and cloth supporting rack (404), cloth holding rack (401) is positioned at the top of frame (1), cloth spreading air pump (YC1) is connected with cloth spreading slipper (403) by its piston rod, cloth spreading slipper (403) is nested with in frame (1) and goes up on two parallel sliding tracks (101) that are provided with, cloth spreading limit switch (SQ1), (SQ2), (SQ3) lay respectively on the frame (1) at described two parallel sliding tracks (101) two ends, described cloth supporting rack (404) is rotating to be arranged on the cloth spreading slipper (403), also is provided with the resetting means that resets for cloth supporting rack (404) on cloth supporting rack (404); Described cloth-pressing device mainly includes compress air pump (YC2), (YC3) and the briquetting (501) that lays respectively at two parallel sliding tracks (101) two ends, compress air pump (YC2), (YC3) are connected with briquetting (501) by its piston rod respectively, and described slurry feeding air pump (YC4), pulp absorbing pump (202), slurry feeding limit switch (SQ4), two slurry spreading air pumps (YC5-1), (YC5-2), cloth spreading air pump (YC1), cloth spreading limit switch (SQ1), (SQ2), (SQ3) and compress air pump (YC2), (YC3) are electrically connected with the circuit control section respectively.

2. a kind of full-automatic skin of beancurd production equipment according to claim 1, it is characterized in that: it also includes the moulding material-supporting device of being made up of box-frame (601), pallet (602) and retainer air pump (YC6), this moulding material-supporting device is positioned at the below of frame (1), retainer air pump (YC6) is connected with pallet (602) by its piston rod, this retainer air pump (YC6) also is electrically connected with the circuit control section, and described pallet (602) is positioned at box-frame (601).

3. a kind of full-automatic skin of beancurd production equipment according to claim 1, it is characterized in that: the cloth supporting rack of described cloth spreading device (404) is long frame shape.

4. a kind of full-automatic skin of beancurd production equipment according to claim 1, it is characterized in that: the briquetting of described cloth-pressing device (501) is provided with in pairs, wherein upper holder block is connected with the piston rod of compress air pump, and it is last and corresponding with upper holder block that lower lock block is fixed on frame (1).

5. a kind of full-automatic skin of beancurd production equipment according to claim 4 is characterized in that: the described relative facade that is positioned at two briquettings is provided with shoe.

6. a kind of full-automatic skin of beancurd production equipment according to claim 5, it is characterized in that: described shoe is a rubber blanket.