CN203872921U - Simple pulping device - Google Patents
Simple pulping device Download PDFInfo
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- CN203872921U CN203872921U CN201420301998.4U CN201420301998U CN203872921U CN 203872921 U CN203872921 U CN 203872921U CN 201420301998 U CN201420301998 U CN 201420301998U CN 203872921 U CN203872921 U CN 203872921U
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Abstract
The utility model discloses a simple pulping device which is characterized by comprising a charging container (16), a stirring mechanism and a pulping solution injection mechanism, wherein the stirring mechanism is provided with a stirring motor (10), a transmission apparatus and a stirrer (2). The stirring motor (10) is connected with the stirrer (2) through the transmission apparatus, the pulping solution injection mechanism is provided with a pulping injection guide pipe (3), the pulping injection guide pipe (3) is communicated with the charging container (16), and an uncongealed beancurd sensing baffle (28) and an uncongealed beancurd signal feedback switch (25) are arranged below the stirring mechanism. The stirring motor (10) rotates at a low speed to simulate a manual pulping operating process. The charging container (16) is equipped with an automatic water supplementing mechanism, so that the labor is saved and the production efficiency is improved.
Description
Technical field
The utility model relates to bean product apparatus field, the some sizing device of especially medium and small bean product equipment.
Background technology
Bittern, the point sizing process of slurry sour water etc. bean product coagulant soluble in water is had relatively high expectations, this coagulating agent and soya-bean milk chemical reaction are sharply, jellied bean curd yield is low, bittern or wintercherry water and soya-bean milk chemical reaction are slow, jellied bean curd yield is high, the point slurry time is long, manual operation requires patience, can not act with undue haste, therefore, artificial production efficiency is low, artificial brine or wintercherry water spot slurry is manually with spoon, bittern or wintercherry water to be blent to certain clear water and regulate concentration in high warm milk, slowly to mix well afterwards, from the angle of bean product equipment, only have the apparatus for production line of large-scale bean product manufacturing enterprise just to adopt automatic bittern point slurry technology, for large-scale bean product equipment, the course of action of its automatic paste pointing machine structure be paste pointing machine structure is stretched in the soya-bean milk of low capacity slurry filling container to rapid stirring several seconds fast after, regain fast paste pointing machine structure, various types of Instant bean curd machines, soybean curd production line does not have the corollary apparatus of some slurry automatically, therefore, for a long time, Instant bean curd machine, soybean curd production line rests on manual some pulpous state state always, be difficult to adapt to market competition, in, small-sized bean product manufacturer also only has gypsum, lactone coagulating agent punching slurry or artificial some slurry, from the demand angle in bean product market, the bean product yield that bittern or wintercherry water spot slurry are made is lower, delicious flavour, favored by vast consumption, there is wide future develop, therefrom, small-sized bean product manufacturer's working condition angle is said, in, small-sized bean product manufacturer market outlet is limited, production site is narrow, equipment purchase power is lower, but, the bean product huge market demand, production process is numerous and diverse, bean product bittern point slurry production efficiency is low, batch production bean product are all 100 jin to 300 jin left and right of every batch of plasma burning amount conventionally, above-mentioned soybean milk quantity generally adopts the size cooking pan splendid attire of diameter 60CM, mashing off amount is large, the general degree of depth that soya-bean milk is poured in this size cooking pan can reach more than 1 meter, if adopt manual some slurry, be difficult to bittern or manual the delivering to of the wintercherry aqueous solution to contain slurry bottom of the barrel and evenly fused some slurry of soya-bean milk, only have surperficial manual operations just can evenly fuse some slurry in position easily, especially the dried bean curd of the huge market demand is made, the concentration of every batch of plasma burning is lower, dried bean curd making water consumption is very large, the soya-bean milk degree of depth in slurry filling container generally can reach 1.3 meters of left and right, if adopt and manually blend bittern or wintercherry water spot slurry, the soya-bean milk of slurry filling container bottom is difficult to and bittern or wintercherry water mixing point slurry, therefore, in production practices, extensively adopt gypsum sets agent punching slurry to make, the yield of dried bean curd is high, convenient and swift, but be worse than the dried bean curd of bittern or the making of wintercherry water spot slurry far away by the dried bean curd mouthfeel that gypsum sets agent punching slurry is made, based on above-mentioned many reasons, current bean product still mainly adopt gypsum, lactone coagulating agent punching slurry, if have a kind of practical, simple and easy some sizing device of low-cost bean product is applied in production practices, replace artificial some slurry process, and obtain good point and starch effect, so, bittern, the bean product that the some slurries such as wintercherry water are made can welcome new opportunity to develop surely.
Summary of the invention
The technical problems to be solved in the utility model is to provide a kind of device for bean product coagulant point slurry soluble in water, and it has simple in structure, the feature of convenient practicality.
In order to solve the problems of the technologies described above, the utility model is achieved through the following technical solutions:
A kind of simple and easy some sizing device, it is characterized in that: it comprises the container that feeds intake (16), rabbling mechanism, some slurry solution injecting mechanism, this rabbling mechanism is provided with stirring motor (10), transmission device, agitator (2), this stirring motor (10) is connected with agitator (2) by transmission device, this some slurry solution injecting mechanism setting is starched a little and is injected conduit (3), and this some slurry injects conduit (3) and the container that feeds intake (16) is communicated with.
As further technical characterictic of the present utility model: described rabbling mechanism below is provided with slurry filling container (1).
As further technical characterictic of the present utility model: described slurry filling container (1) is outside equipped with conducting slip ring (32), the first wire (34), the second wire (33), this conducting slip ring (32) is connected with the first wire (34), the soya-bean milk conducting in this second wire (33) and slurry filling container (1).
As further technical characterictic of the present utility model: described rabbling mechanism lower end is provided with jellied bean curd induction of signal plate washer (28), jellied bean curd signal feedback switch (25), this jellied bean curd induction of signal plate washer (28) one end is connected with agitator (2), and this jellied bean curd induction of signal plate washer (28) other end is connected with jellied bean curd signal feedback switch (25).
As further technical characterictic of the present utility model: described jellied bean curd induction of signal plate washer (28) one end is connected with agitator (2) by plate washer support bar (27), this jellied bean curd induction of signal plate washer (28) other end is connected with jellied bean curd signal feedback switch (25) by jellied bean curd signal transfer line (26), described jellied bean curd signal feedback switch (25) is provided with first signal line (29), secondary signal line (31), weight (30), this first signal line (29) and conducting slip ring (32) cross-conduction, this first signal line (29) end is connected with weight (30), soya-bean milk conducting in this secondary signal line (31) and slurry filling container (1).
As further technical characterictic of the present utility model: described transmission device is made up of screw thread drive link (7), thread pilot (4), or formed by slip drive link (35), slide-and-guide device (36).
As further technical characterictic of the present utility model: described rabbling mechanism is provided with lifting traction electric machine (38), reel (39), lifting pull rope (40), stirring motor base (41), stirring motor guiding trestle (12), slip drive link (35), slide-and-guide device (36), this lifting traction electric machine (38) is connected with reel (39), this reel (39) periphery is wound with lifting pull rope (40), this lifting pull rope (40) is connected with stirring motor base (41), described stirring motor (10) connects slip drive link (35), this slip drive link (35) is connected with agitator (2) through slide-and-guide device (36), this stirring motor base (41) is connected with stirring motor guiding trestle (12), or described rabbling mechanism is provided with lift cylinder (37), slip drive link (35), slide-and-guide device (36), stirring motor base (41), stirring motor guiding trestle (12), this lift cylinder (37) is connected with stirring motor base (41), described stirring motor (10) is connected with slip drive link (35), this slip drive link (35) is connected with agitator (2) through slide-and-guide device (36), this stirring motor base (41) is connected with stirring motor guiding trestle (12), or described rabbling mechanism is provided with stirring motor base (41), screw thread drive link (7), thread pilot (4), described stirring motor (10) is connected with screw thread drive link (7), this screw thread drive link (7) is connected with agitator (2) through thread pilot (4), this stirring motor base (41) is connected with stirring motor guiding trestle (12).
As further technical characterictic of the present utility model: described rabbling mechanism is provided with upper signal feedback switch (9), the next signal feedback switch (6), stirring motor chute (5), stirring motor slide jaw (11), this upper signal feedback switch (9) is arranged on stirring motor guiding trestle (12) upper end, this the next signal feedback switch (6) is arranged on stirring motor guiding trestle (12) lower end, this stirring motor chute (5) is arranged in stirring motor guiding trestle (12), described stirring motor (10) is by stirring motor slide jaw (11), stirring motor chute (5) is connected with stirring motor guiding trestle (12).
As further technical characterictic of the present utility model: described some slurry solution injecting mechanism is provided with flow in pipes (42), flow control valve (13), open and close magnetic valve (8), inject electric pump (14), feedback conduit (15), detect pipeline (22), detecting electrode (21), this flow control valve (13) is by flow in pipes (42) and open and close magnetic valve (8), inject electric pump (14), the container (16) that feeds intake is communicated with, this detection pipeline (22) and the container that feeds intake (16) are communicated with, in this detection pipeline (22), be provided with detecting electrode (21), this injection electric pump (14) outlet is communicated with by feedback conduit (15) and the container that feeds intake (16), or described some slurry solution injecting mechanism is provided with flow in pipes (42), flow control valve (13), open and close magnetic valve (8), agitator (23) feeds intake, stirring motor (24) feeds intake, detect pipeline (22), detecting electrode (21), this flow control valve (13) is by flow in pipes (42) and open and close magnetic valve (8), the container (16) that feeds intake is communicated with, this detection pipeline (22) and the container that feeds intake (16) are communicated with, in this detection pipeline (22), be provided with detecting electrode (21), this agitator that feeds intake (23) is connected with the stirring motor that feeds intake (24), or described some slurry solution injecting mechanism is provided with flow in pipes (42), detect pipeline (22), detecting electrode (21), this flow in pipes (42) and the container that feeds intake (16) are communicated with, this detection pipeline (22) and the container that feeds intake (16) are communicated with, and in this detection pipeline (22), are provided with detecting electrode (21).
As further technical characterictic of the present utility model: described in the container (16) that feeds intake be provided with water supply electromagnetic valve (17), water supply container (18), moisturizing electrode (19), moisturizing magnetic valve (20), this water supply electromagnetic valve (17) one end and water supply container (18) are communicated with, this water supply electromagnetic valve (17) other end and the container (16) that feeds intake are communicated with, this moisturizing magnetic valve (20) and water supply container (18) are communicated with, in this water supply container (18), be provided with moisturizing electrode (19), or described in the container (16) that feeds intake be provided with water supply electromagnetic valve (17), moisturizing electric pump (43), this water supply electromagnetic valve (17) one end and moisturizing electric pump (43) are communicated with, this water supply electromagnetic valve (17) other end and the container (16) that feeds intake are communicated with.
The beneficial effect of the technical scheme that the utility model provides is as follows:
The technical program provided in a kind of being applicable to, the automatic some sizing device that small-sized bean product manufacturer uses, this device is for bean product coagulant point slurry soluble in water, such as bittern coagulating agent, wintercherry water coagulating agent etc., this technical scheme is provided with rabbling mechanism above slurry filling container, point slurry injects conduit, on this rabbling mechanism, be provided with stirring motor, this stirring motor adopts stepless speed variation, 15 revs/min of the preferred rotating speeds of stirring motor, this rabbling mechanism lifting action repeatedly also in driving agitator to stir in slurry filling container, point slurry injects conduit and quantitatively injects bittern or wintercherry water spot slurry solution, reach the object of even mixing point slurry, before a slurry, manually bittern or wintercherry water being blent to certain clear water pours into and feeds intake in container, automatic water supplement regulator solution concentration, in the process of a slurry, rabbling mechanism drives agitator and point to starch injection conduit and stretches into injection and lifting stirring repeatedly in slurry filling container, simulation artificial brine or the operation of wintercherry water spot slurry, in the time having a large amount of jellied bean curds to occur, the resistance that jellied bean curd induction of signal plate washer bears increases, jellied bean curd signal feedback switch transmission of signal is to controller, when point slurry finishes, agitator and some slurry are injected conduit withdrawal by rabbling mechanism, select slurry and finish to there will be afterwards a large amount of jellied bean curds, manually scoop out jellied bean curd, make various bean product, adopt simple and easy some sizing device of the technical program design can realize small lot automation bittern, the bean product coagulant point slurry that wintercherry water etc. are soluble in water, for multiple slurry filling containers, as long as each slurry filling container supporting this simple and easy some sizing device, all can automatically starch simultaneously, without artificial guard operation, point slurry finishes, manually scoop out jellied bean curd, significantly reduce labor workload, enhance productivity, save human cost, especially be applicable to dried bean curd, dry bean curd, the bittern point slurry of the skin of soya-bean milk is made, and some sizing device is simple in structure automatically for this, cheap for manufacturing cost, easy to operate, by supporting the Instant bean curd machine of simple and easy some sizing device of the technical program design and prior art, realize machine and automatically put slurry, improve Instant bean curd machine use value.
Brief description of the drawings
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Fig. 1 is that the utility model is threaded drive link, and simple and easy some sizing device perspective view of Wei Dai automatic water supplement mechanism.
Fig. 2 is that the utility model is threaded drive link, and with simple and easy some sizing device perspective view of automatic liquid level observing and controlling water compensation mechanism.
Fig. 3 is that the utility model is threaded drive link, and with simple and easy some sizing device perspective view of electric pump water compensation mechanism.
Fig. 4 is that the utility model is with lift cylinder, and with simple and easy some sizing device perspective view of slip drive link.
Fig. 5 is that the utility model is with lifting traction electric machine, and with simple and easy some sizing device perspective view of slip drive link.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage are clearer, below in conjunction with accompanying drawing, embodiment of the present utility model are described in further detail.
Referring to Fig. 1. as shown in the figure, it comprises the container 16 that feeds intake, rabbling mechanism, some slurry solution injecting mechanism, this rabbling mechanism is provided with stirring motor 10, transmission device, agitator 2, this stirring motor 10 is connected with agitator 2 by transmission device, this some slurry solution injecting mechanism setting is starched a little and is injected conduit 3, and this some slurry injection device 3 and the container 16 that feeds intake are communicated with.
Described rabbling mechanism below is provided with slurry filling container 1.
Described slurry filling container 1 is outside equipped with conducting slip ring 32, the first wire 34, the second wire 33, and this conducting slip ring 32 is connected with the first wire 34, the soya-bean milk conducting in this second wire 33 and slurry filling container 1.
Described rabbling mechanism lower end is provided with jellied bean curd induction of signal plate washer 28, jellied bean curd signal feedback switch 25, these jellied bean curd induction of signal plate washer 28 one end are connected with agitator 2, and these jellied bean curd induction of signal plate washer 28 other ends are connected with jellied bean curd signal feedback switch 25.
Described jellied bean curd signal feedback switch 25 is provided with first signal line 29, secondary signal line 31, weight 30, this first signal line 29 and conducting slip ring 32 cross-conduction, these first signal line 29 ends are connected with weight 30, the soya-bean milk conducting in this secondary signal line 31 and slurry filling container 1.
Described transmission device is made up of screw thread drive link 7, thread pilot 4.
Described rabbling mechanism is provided with stirring motor base 41, stirring motor guiding trestle 12, screw thread drive link 7, thread pilot 4, described stirring motor 10 is connected with screw thread drive link 7, this screw thread drive link 7 is connected with agitator 2 through thread pilot 4, and this stirring motor base 41 is connected with stirring motor guiding trestle 12.
Described rabbling mechanism is provided with upper approach switch 9, the next approach switch 6, stirring motor chute 5, stirring motor slide jaw 11, this upper approach switch 9 is arranged on stirring motor guiding trestle 12 upper ends, this the next approach switch 6 is arranged on stirring motor guiding trestle 12 lower ends, this stirring motor chute 5 is arranged in stirring motor guiding trestle 12, and described stirring motor 10 is connected by stirring motor slide jaw 11, stirring motor chute 5 and stirring motor guiding trestle 12.
Described some slurry solution injecting mechanism is provided with flow in pipes 42, flow control valve 13, opens and closes magnetic valve 8, injects electric pump 14, feeds back conduit 15, detects pipeline 22, detecting electrode 21, this flow control valve 13 is by flow in pipes 42 and open and close magnetic valve 8, inject electric pump 14, the container 16 that feeds intake is communicated with, in this detection pipeline 22, be provided with detecting electrode 21, this injection electric pump 14 exports by feedback conduit 15 and the container 16 that feeds intake and is communicated with.
When the stirring motor 10 of rabbling mechanism drives screw thread drive link 7 to rotate, this screw thread drive link 7 drives agitator 2 to rotate through thread pilot 4, when stirring motor 10 forward or reverse, the synchronous forward or reverse of agitator 2, and the synchronous rising of this agitator 2 or decline are mobile, this stirring motor 10 moves up and down in the stirring motor chute 5 of stirring motor guiding trestle 12, this stirring motor 10 adopts stepless speed variation, this stirring motor 10 is the rotating speed stir spot slurry of 15 revs/min preferably, this stirring motor guiding trestle 12 is provided with upper approach switch 9 and the next approach switch 6 controls the duty of stirring motor 10, in the process that point is starched automatically, stirring motor 10 is back and forth lifting stirring between upper approach switch 9 and the next approach switch 6, when agitator 2 stirs, selecting slurry injection conduit 3 coordinates stirring motor 10 evenly fused by selecting in the soya-bean milk of starching solution injection slurry filling container 1, this some slurry injects conduit 3 by flow in pipes 42 and flow control valve 13, open and close magnetic valve 8, inject electric pump 14, the container 16 that feeds intake is communicated with, this container 16 that feeds intake forms recirculating network by injecting electric pump 14 and feeding back conduit 15, the flow of these flow control valve 13 point of adjustment slurry solution, open and close magnetic valve 8 and control the on off operating mode of flow in pipes 42, manually by some slurry coagulating agent soluble in water, such as bittern or wintercherry water spot slurry solution is thrown in feeding intake in container 16, can realize bittern or wintercherry water and automatically put slurry, this container 16 that feeds intake is communicated with detection pipeline 22, in this detection pipeline 22, be provided with detecting electrode 21, there is no bittern or wintercherry water in this detecting electrode 21 detects the container 16 that feeds intake time, automatic feedback signal is to cyclelog, automatically halt slurry, at the outer setting conducting slip ring 32 of slurry filling container 1, the first wire 34 is connected with conducting slip ring 32, the second wire 33 is by slurry filling container 1 and soya-bean milk conducting, agitator 2 is connected with jellied bean curd induction of signal plate washer 28, these jellied bean curd induction of signal plate washer 28 upper ends are connected with jellied bean curd signal feedback switch 25, this jellied bean curd signal feedback switch 25 can adopt mechanical type micro limit switch to replace, this jellied bean curd induction of signal plate washer 28 pulls jellied bean curd signal feedback switch 25 to move, these jellied bean curd signal feedback switch 25 output switch amount signals are to cyclelog, the switching value signal of output is by the second wire 33, soya-bean milk in slurry filling container 1, secondary signal line 31, the normally opened contact of jellied bean curd signal feedback switch 25, first signal line 29, conducting slip ring 32, the first wire 34 is delivered to cyclelog, be hung with weight 30 at the end of first signal line 29, the effect of this weight 30 is to tighten first signal line 29, in the time starting automatically to put slurry, this first signal line 29 is at conducting slip ring 32 surface slidings, and conducting, in the process of some slurry operation automatically, the synchronous jellied bean curd induction of signal plate washer 28 that drives of agitator 2 rotates, under the Action of Gravity Field of weight 30 and under the driving of agitator 2 rotary powers, first signal line 29 is in the peripheral slip of conducting slip ring 32, effect is to transmit the agitator 2 jellied bean curd signal of telecommunication when rotated, through some slurry after a while, soya-bean milk is gradually transformed into jellied bean curd, jellied bean curd is also obviously greater than the resistance of soya-bean milk to jellied bean curd induction of signal plate washer 28 to the resistance of jellied bean curd induction of signal plate washer 28, therefore, can manually adjust the tension force of jellied bean curd induction of signal plate washer 28, just regulate the sensitivity of jellied bean curd signal feedback switch 25, thereby monitoring is automatically selecting the jellied bean curd state in slurry process, when after moulding of jellied bean curd, the resistance that jellied bean curd induction of signal plate washer 28 bears obviously increases, jellied bean curd induction of signal plate washer 28 pulls the normally opened contact closure of jellied bean curd signal feedback switch 25, this jellied bean curd signal feedback switch 25 is exported closure signal to cyclelog, halt slurry, agitator 2, point slurry injects conduit 3 to start to rise, until stirring motor 10 rises to the position of upper approach switch 9, the status signal of stirring motor 10 is fed back to cyclelog by this upper approach switch 9, controlling stirring motor 10 stops the rotation, this moment, stirring motor 10 is in holding state.
Referring to Fig. 2. as shown in the figure, it comprises the container 16 that feeds intake, rabbling mechanism, some slurry solution injecting mechanism, this rabbling mechanism is provided with stirring motor 10, transmission device, agitator 2, this stirring motor 10 is connected with agitator 2 by transmission device, this some slurry solution injecting mechanism setting is starched a little and is injected conduit 3, and this some slurry injects conduit 3 and the container 16 that feeds intake is communicated with.
Described rabbling mechanism below is provided with slurry filling container 1.
Described slurry filling container 1 is outside equipped with conducting slip ring 32, the first wire 34, the second wire 33, and this conducting slip ring 32 is connected with the first wire 34, the soya-bean milk conducting in this second wire 33 and slurry filling container 1.
Described rabbling mechanism lower end is provided with jellied bean curd induction of signal plate washer 28, jellied bean curd signal feedback switch 25, these jellied bean curd induction of signal plate washer 28 one end are connected with agitator 2, and these jellied bean curd induction of signal plate washer 28 other ends are connected with jellied bean curd signal feedback switch 25.
Described jellied bean curd induction of signal plate washer 28 one end are connected with agitator 2 by plate washer support bar 27, these jellied bean curd induction of signal plate washer 28 other ends are connected with jellied bean curd signal feedback switch 25 by jellied bean curd signal transfer line 26, described jellied bean curd signal feedback switch 25 is provided with first signal line 29, secondary signal line 31, weight 30, this first signal line 29 and conducting slip ring 32 cross-conduction, these first signal line 29 ends are connected with weight 30, the soya-bean milk conducting in this secondary signal line 31 and slurry filling container 1.
Described transmission device is made up of screw thread drive link 7, thread pilot 4.
Described rabbling mechanism is provided with stirring motor base 41, stirring motor guiding trestle 12, screw thread drive link 7, thread pilot 4, described stirring motor 10 is connected with screw thread drive link 7, this screw thread drive link 7 is connected with agitator 2 through thread pilot 4, and this stirring motor base 41 is connected with stirring motor guiding trestle 12.
Described rabbling mechanism is provided with upper approach switch 9, the next approach switch 6, stirring motor chute 5, stirring motor slide jaw 11, this upper approach switch 9 is arranged on stirring motor guiding trestle 12 upper ends, this the next approach switch 6 is arranged on stirring motor guiding trestle 12 lower ends, this stirring motor chute 5 is arranged in stirring motor guiding trestle 12, and described stirring motor 10 is connected by stirring motor slide jaw 11, stirring motor chute 5 and stirring motor guiding trestle 12.
Described some slurry solution injecting mechanism is provided with flow in pipes 42, flow control valve 13, opens and closes magnetic valve 8, injects electric pump 14, feeds back conduit 15, detects pipeline 22, detecting electrode 21, this flow control valve 13 is by flow in pipes 42 and open and close magnetic valve 8, inject electric pump 14, the container 16 that feeds intake is communicated with, in this detection pipeline 22, be provided with detecting electrode 21, this injection electric pump 14 exports by feedback conduit 15 and the container 16 that feeds intake and is communicated with.
The described container 16 that feeds intake is provided with water supply electromagnetic valve 17, water supply container 18, moisturizing electrode 19, moisturizing magnetic valve 20, these water supply electromagnetic valve 17 one end and water supply container 18 are communicated with, these water supply electromagnetic valve 17 other ends and the container 16 that feeds intake are communicated with, this moisturizing magnetic valve 20 and water supply container 18 are communicated with, and in this water supply container 18, are provided with moisturizing electrode 19.
When the stirring motor 10 of rabbling mechanism drives screw thread drive link 7 to rotate, this screw thread drive link 7 drives agitator 2 to rotate through thread pilot 4, when stirring motor 10 forward or reverse, the synchronous forward or reverse of agitator 2, and the synchronous rising of this agitator 2 or decline are mobile, this stirring motor 10 moves up and down in the stirring motor chute 5 of stirring motor guiding trestle 12, this stirring motor 10 adopts stepless speed variation, this stirring motor 10 is the rotating speed stir spot slurry of 15 revs/min preferably, this stirring motor guiding trestle 12 is provided with upper approach switch 9 and the next approach switch 6 controls the duty of stirring motor 10, in the process that point is starched automatically, stirring motor 10 is back and forth lifting stirring between upper approach switch 9 and the next approach switch 6, when agitator 2 stirs, selecting slurry injection conduit 3 coordinates stirring motor 10 evenly fused by selecting in the soya-bean milk of starching solution injection slurry filling container 1, this some slurry injects conduit 3 by flow in pipes 42 and flow control valve 13, open and close magnetic valve 8, inject electric pump 14, the container 16 that feeds intake is communicated with, this container 16 that feeds intake forms recirculating network by injecting electric pump 14 and feeding back conduit 15, this container 16 that feeds intake is provided with water supply electromagnetic valve 17, these water supply electromagnetic valve 17 quantitative water compensatings are to feeding intake in container 16, this water supply electromagnetic valve 17 and water supply container 18 are communicated with, in this water supply container 18, be provided with moisturizing electrode 19, this moisturizing electrode 19 detects the water level in water supply container 18 automatically, moisturizing magnetic valve 20 automatic water supplements are in water supply container 18, the flow of these flow control valve 13 point of adjustment slurry solution, open and close magnetic valve 8 and control the on off operating mode of flow in pipes 42, manually by some slurry coagulating agent soluble in water, such as bittern or wintercherry water spot slurry solution is thrown in feeding intake in container 16, can realize bittern or wintercherry water and automatically put slurry, this container 16 that feeds intake is communicated with detection pipeline 22, in this detection pipeline 22, be provided with detecting electrode 21, there is no bittern or wintercherry water in this detecting electrode 21 detects the container 16 that feeds intake time, automatic feedback signal is to cyclelog, quantitative water compensating is to feeding intake in container 16, at the outer setting conducting slip ring 32 of slurry filling container 1, the first wire 34 is connected with conducting slip ring 32, the second wire 33 is by slurry filling container 1 and soya-bean milk conducting, on agitator 2, be welded plate washer support bar 27, be provided with jellied bean curd signal feedback switch 25 in the upper end of this plate washer support bar 27, this jellied bean curd signal feedback switch 25 can adopt mechanical type micro limit switch to replace, jellied bean curd induction of signal plate washer 28 lower ends are connected with plate washer support bar 27, the upper end of this jellied bean curd induction of signal plate washer 28 is connected with jellied bean curd signal feedback switch 25 by jellied bean curd signal transfer line 26, this jellied bean curd signal transfer line 26 pulls jellied bean curd signal feedback switch 25 to move, these jellied bean curd signal feedback switch 25 output switch amount signals are to cyclelog, the switching value signal of output is by the second wire 33, soya-bean milk in slurry filling container 1, secondary signal line 31, the normally opened contact of jellied bean curd signal feedback switch 25, first signal line 29, conducting slip ring 32, the first wire 34 is delivered to cyclelog, be hung with weight 30 at the end of first signal line 29, the effect of this weight 30 is to tighten first signal line 29, in the time starting automatically to put slurry, this first signal line 29 is at conducting slip ring 32 surface slidings, and conducting, in the process of some slurry operation automatically, the synchronous jellied bean curd induction of signal plate washer 28 that drives of agitator 2 rotates, under the Action of Gravity Field of weight 30 and under the driving of agitator 2 rotary powers, first signal line 29 is in the peripheral slip of conducting slip ring 32, effect is to transmit the agitator 2 jellied bean curd signal of telecommunication when rotated, through some slurry after a while, soya-bean milk is gradually transformed into jellied bean curd, jellied bean curd is also obviously greater than the resistance of soya-bean milk to jellied bean curd induction of signal plate washer 28 to the resistance of jellied bean curd induction of signal plate washer 28, therefore, can manually adjust the tension force of jellied bean curd signal transfer line 26, just regulate the sensitivity of jellied bean curd signal feedback switch 25, thereby monitoring is automatically selecting the jellied bean curd state in slurry process, when after moulding of jellied bean curd, the resistance that jellied bean curd induction of signal plate washer 28 bears obviously increases, jellied bean curd signal transfer line 26 pulls the normally opened contact closure of jellied bean curd signal feedback switch 25, this jellied bean curd signal feedback switch 25 is exported closure signal to cyclelog, halt slurry, agitator 2, point slurry injects conduit 3 to start to rise, until stirring motor 10 rises to the position of upper approach switch 9, the status signal of stirring motor 10 is fed back to cyclelog by this upper approach switch 9, controlling stirring motor 10 stops the rotation, this moment, stirring motor 10 is in holding state.
Referring to Fig. 3. as shown in the figure, it comprises the container 16 that feeds intake, rabbling mechanism, some slurry solution injecting mechanism, this rabbling mechanism is provided with stirring motor 10, transmission device, agitator 2, this stirring motor 10 is connected with agitator 2 by transmission device, this some slurry solution injecting mechanism setting is starched a little and is injected conduit 3, and this some slurry injects conduit 3 and the container 16 that feeds intake is communicated with.
Described rabbling mechanism below is provided with slurry filling container 1.
Described slurry filling container 1 is outside equipped with conducting slip ring 32, the first wire 34, the second wire 33, and this conducting slip ring 32 is connected with the first wire 34, the soya-bean milk conducting in this second wire 33 and slurry filling container 1.
Described rabbling mechanism lower end is provided with jellied bean curd induction of signal plate washer 28, jellied bean curd signal feedback switch 25, these jellied bean curd induction of signal plate washer 28 one end are connected with agitator 2, and these jellied bean curd induction of signal plate washer 28 other ends are connected with jellied bean curd signal feedback switch 25.
Described jellied bean curd induction of signal plate washer 28 one end are connected with agitator 2 by plate washer support bar 27, these jellied bean curd induction of signal plate washer 28 other ends are connected with jellied bean curd signal feedback switch 25 by jellied bean curd signal transfer line 26, described jellied bean curd signal feedback switch 25 is provided with first signal line 29, secondary signal line 31, weight 30, this first signal line 29 and conducting slip ring 32 cross-conduction, these first signal line 29 ends are connected with weight 30, the soya-bean milk conducting in this secondary signal line 31 and slurry filling container 1.
Described transmission device is made up of screw thread drive link 7, thread pilot 4.
Described rabbling mechanism is provided with stirring motor base 41, stirring motor guiding trestle 12, screw thread drive link 7, thread pilot 4, described stirring motor 10 is connected with screw thread drive link 7, this screw thread drive link 7 is connected with agitator 2 through thread pilot 4, and this stirring motor base 41 is connected with stirring motor guiding trestle 12.
Described rabbling mechanism is provided with upper approach switch 9, the next approach switch 6, stirring motor chute 5, stirring motor slide jaw 11, this upper approach switch 9 is arranged on stirring motor guiding trestle 12 upper ends, this the next approach switch 6 is arranged on stirring motor guiding trestle 12 lower ends, this stirring motor chute 5 is arranged in stirring motor guiding trestle 12, and described stirring motor 10 is connected by stirring motor slide jaw 11, stirring motor chute 5 and stirring motor guiding trestle 12.
Described some slurry solution injecting mechanism is provided with flow in pipes 42, flow control valve 13, switching magnetic valve 8, the agitator 23 that feeds intake, the stirring motor 24 that feeds intake, detects pipeline 22, detecting electrode 21, this flow control valve 13 is by flow in pipes 42 and open and close magnetic valve 8, the container 16 that feeds intake is communicated with, this detection pipeline 22 and the container 16 that feeds intake are communicated with, in this detection pipeline 22, be provided with detecting electrode 21, this agitator 23 that feeds intake is connected with the stirring motor 24 that feeds intake.
The described container 16 that feeds intake is provided with water supply electromagnetic valve 17, moisturizing electric pump 43, and these water supply electromagnetic valve 17 one end and moisturizing electric pump 43 are communicated with, and these water supply electromagnetic valve 17 other ends and the container 16 that feeds intake are communicated with.
When the stirring motor 10 of rabbling mechanism drives screw thread drive link 7 to rotate, this screw thread drive link 7 drives agitator 2 to rotate through thread pilot 4, when stirring motor 10 forward or reverse, the synchronous forward or reverse of agitator 2, and the synchronous rising of this agitator 2 or decline are mobile, this stirring motor 10 moves up and down in the stirring motor chute 5 of stirring motor guiding trestle 12, this stirring motor 10 adopts stepless speed variation, this stirring motor 10 is the rotating speed stir spot slurry of 15 revs/min preferably, this stirring motor guiding trestle 12 is provided with upper approach switch 9 and the next approach switch 6 controls the duty of stirring motor 10, in the process that point is starched automatically, stirring motor 10 is back and forth lifting stirring between upper approach switch 9 and the next approach switch 6, when agitator 2 stirs, selecting slurry injection conduit 3 coordinates stirring motor 10 evenly fused by selecting in the soya-bean milk of starching solution injection slurry filling container 1, this some slurry injects conduit 3 by flow in pipes 42 and flow control valve 13, open and close magnetic valve 8, the container 16 that feeds intake is communicated with, in this container 16 that feeds intake, be provided with the agitator 23 that feeds intake, this agitator 23 that feeds intake is connected with the stirring motor 24 that feeds intake, this stirring motor 24 that feeds intake drives the agitator 23 that feeds intake to rotate, this container 16 that feeds intake is provided with water supply electromagnetic valve 17, this water supply electromagnetic valve 17 and moisturizing electric pump 43 are communicated with, these moisturizing electric pump 43 automatic water supplements are to the feed intake concentration of solution of the interior adjusting of container 16 that feeds intake, these moisturizing magnetic valve 17 automatic controlled water replanishing pipeline on off operating modes, the flow of these flow control valve 13 point of adjustment slurry solution, open and close magnetic valve 8 and control the on off operating mode of flow in pipes 42, manually by some slurry coagulating agent soluble in water, such as bittern or wintercherry water spot slurry solution is thrown in feeding intake in container 16, can realize bittern or wintercherry water and automatically put slurry, this container 16 that feeds intake is communicated with detection pipeline 22, in this detection pipeline 22, be provided with detecting electrode 21, there is no bittern or wintercherry water in this detecting electrode 21 detects the container 16 that feeds intake time, automatic feedback signal is to cyclelog, quantitative water compensating is to feeding intake in container 16, at the outer setting conducting slip ring 32 of slurry filling container 1, the first wire 34 is connected with conducting slip ring 32, the second wire 33 is by slurry filling container 1 and soya-bean milk conducting, on agitator 2, be welded plate washer support bar 27, be provided with jellied bean curd signal feedback switch 25 in the upper end of this plate washer support bar 27, this jellied bean curd signal feedback switch 25 can adopt mechanical type micro limit switch to replace, jellied bean curd induction of signal plate washer 28 lower ends are connected with plate washer support bar 27, the upper end of this jellied bean curd induction of signal plate washer 28 is connected with jellied bean curd signal feedback switch 25 by jellied bean curd signal transfer line 26, this jellied bean curd signal transfer line 26 pulls jellied bean curd signal feedback switch 25 to move, these jellied bean curd signal feedback switch 25 output switch amount signals are to cyclelog, the switching value signal of output is by the second wire 33, soya-bean milk in slurry filling container 1, secondary signal line 31, the normally opened contact of jellied bean curd signal feedback switch 25, first signal line 29, conducting slip ring 32, the first wire 34 is delivered to cyclelog, be hung with weight 30 at the end of first signal line 29, the effect of this weight 30 is to tighten first signal line 29, in the time starting automatically to put slurry, this first signal line 29 is at conducting slip ring 32 surface slidings, and conducting, in the process of some slurry operation automatically, the synchronous jellied bean curd induction of signal plate washer 28 that drives of agitator 2 rotates, under the Action of Gravity Field of weight 30 and under the driving of agitator 2 rotary powers, first signal line 29 is in the peripheral slip of conducting slip ring 32, effect is to transmit the agitator 2 jellied bean curd signal of telecommunication when rotated, through some slurry after a while, soya-bean milk is gradually transformed into jellied bean curd, jellied bean curd is also obviously greater than the resistance of soya-bean milk to jellied bean curd induction of signal plate washer 28 to the resistance of jellied bean curd induction of signal plate washer 28, therefore, can manually adjust the tension force of jellied bean curd signal transfer line 26, just regulate the sensitivity of jellied bean curd signal feedback switch 25, thereby monitoring is automatically selecting the jellied bean curd state in slurry process, when after moulding of jellied bean curd, the resistance that jellied bean curd induction of signal plate washer 28 bears obviously increases, jellied bean curd signal transfer line 26 pulls the normally opened contact closure of jellied bean curd signal feedback switch 25, this jellied bean curd signal feedback switch 25 is exported closure signal to cyclelog, halt slurry, agitator 2, point slurry injects conduit 3 to start to rise, until stirring motor 10 rises to the position of upper approach switch 9, the status signal of stirring motor 10 is fed back to cyclelog by this upper approach switch 9, controlling stirring motor 10 stops the rotation, this moment, stirring motor 10 is in holding state.
Referring to Fig. 4. as shown in the figure, it comprises the container 16 that feeds intake, rabbling mechanism, some slurry solution injecting mechanism, this rabbling mechanism is provided with stirring motor 10, transmission device, agitator 2, this stirring motor 10 is connected with agitator 2 by transmission device, this some slurry solution injecting mechanism setting is starched a little and is injected conduit 3, and this some slurry injects conduit 3 and the container 16 that feeds intake is communicated with.
Described rabbling mechanism below is provided with slurry filling container 1.
Described slurry filling container 1 is outside equipped with conducting slip ring 32, the first wire 34, the second wire 33, and this conducting slip ring 32 is connected with the first wire 34, the soya-bean milk conducting in this second wire 33 and slurry filling container 1.
Described rabbling mechanism lower end is provided with jellied bean curd induction of signal plate washer 28, jellied bean curd signal feedback switch 25, these jellied bean curd induction of signal plate washer 28 one end are connected with agitator 2, and these jellied bean curd induction of signal plate washer 28 other ends are connected with jellied bean curd signal feedback switch 25.
Described jellied bean curd induction of signal plate washer 28 one end are connected with agitator 2 by plate washer support bar 27, these jellied bean curd induction of signal plate washer 28 other ends are connected with jellied bean curd signal feedback switch 25 by jellied bean curd signal transfer line 26, described jellied bean curd signal feedback switch 25 is provided with first signal line 29, secondary signal line 31, weight 30, this first signal line 29 and conducting slip ring 32 cross-conduction, these first signal line 29 ends are connected with weight 30, the soya-bean milk conducting in this secondary signal line 31 and slurry filling container 1.
Described transmission device is made up of the drive link 35 that slides, slide-and-guide device 36.
Described rabbling mechanism is provided with lift cylinder 37, slip drive link 35, slide-and-guide device 36, stirring motor base 41, stirring motor guiding trestle 12, this lift cylinder 37 is connected with stirring motor base 41, described stirring motor 10 is connected with slip drive link 35, this slip drive link 35 is connected with agitator 2 through slide-and-guide device 36, and this stirring motor base 41 is connected with stirring motor guiding trestle 12.
Described rabbling mechanism is provided with upper approach switch 9, the next approach switch 6, stirring motor chute 5, stirring motor slide jaw 11, this upper approach switch 9 is arranged on stirring motor guiding trestle 12 upper ends, this the next approach switch 6 is arranged on stirring motor guiding trestle 12 lower ends, this stirring motor chute 5 is arranged in stirring motor guiding trestle 12, and described stirring motor 10 is connected by stirring motor slide jaw 11, stirring motor chute 5 and stirring motor guiding trestle 12.
Described some slurry solution injecting mechanism is provided with flow in pipes 42, flow control valve 13, opens and closes magnetic valve 8, injects electric pump 14, feeds back conduit 15, detects pipeline 22, detecting electrode 21, this flow control valve 13 is by flow in pipes 42 and open and close magnetic valve 8, inject electric pump 14, the container 16 that feeds intake is communicated with, in this detection pipeline 22, be provided with detecting electrode 21, this injection electric pump 14 exports by feedback conduit 15 and the container 16 that feeds intake and is communicated with.
When the stirring motor 10 of rabbling mechanism drives slip drive link 35 to rotate, this slip drive link 35 drives agitator 2 to rotate through slide-and-guide device 36, when stirring motor 10 forward or reverse, the synchronous forward or reverse of agitator 2, this stirring motor base 41 is connected with lift cylinder 37, this lift cylinder 37 drives stirring motor 10, agitator 2 rises or declines, this stirring motor 10 moves up and down in the stirring motor chute 5 of stirring motor guiding trestle 12, this stirring motor 10 adopts stepless speed variation, this stirring motor 10 is the rotating speed stir spot slurry of 15 revs/min preferably, this stirring motor guiding trestle 12 is provided with upper approach switch 9 and the next approach switch 6 controls the duty of stirring motor 10, in the process that point is starched automatically, stirring motor 10 is back and forth lifting stirring between upper approach switch 9 and the next approach switch 6, when agitator 2 stirs, selecting slurry injection conduit 3 coordinates stirring motor 10 evenly fused by selecting in the soya-bean milk of starching solution injection slurry filling container 1, this some slurry injects conduit 3 by flow in pipes 42 and flow control valve 13, open and close magnetic valve 8, inject electric pump 14, the container 16 that feeds intake is communicated with, this container 16 that feeds intake forms recirculating network by injecting electric pump 14 and feeding back conduit 15, the flow of these flow control valve 13 point of adjustment slurry solution, open and close magnetic valve 8 and control the on off operating mode of flow in pipes 42, manually by some slurry coagulating agent soluble in water, such as bittern or wintercherry water spot slurry solution is thrown in feeding intake in container 16, can realize bittern or wintercherry water and automatically put slurry, this container 16 that feeds intake is communicated with detection pipeline 22, in this detection pipeline 22, be provided with detecting electrode 21, there is no bittern or wintercherry water in this detecting electrode 21 detects the container 16 that feeds intake time, automatic feedback signal is to cyclelog, automatically halt slurry, at the outer setting conducting slip ring 32 of slurry filling container 1, the first wire 34 is connected with conducting slip ring 32, the second wire 33 is by slurry filling container 1 and soya-bean milk conducting, on agitator 2, be welded plate washer support bar 27, be provided with jellied bean curd signal feedback switch 25 in the upper end of this plate washer support bar 27, this jellied bean curd signal feedback switch 25 can adopt mechanical type micro limit switch to replace, jellied bean curd induction of signal plate washer 28 lower ends are connected with plate washer support bar 27, the upper end of this jellied bean curd induction of signal plate washer 28 is connected with jellied bean curd signal feedback switch 25 by jellied bean curd signal transfer line 26, this jellied bean curd signal transfer line 26 pulls jellied bean curd signal feedback switch 25 to move, these jellied bean curd signal feedback switch 25 output switch amount signals are to cyclelog, the switching value signal of output is by the second wire 33, soya-bean milk in slurry filling container 1, secondary signal line 31, the normally opened contact of jellied bean curd signal feedback switch 25, first signal line 29, conducting slip ring 32, the first wire 34 is delivered to cyclelog, be hung with weight 30 at the end of first signal line 29, the effect of this weight 30 is to tighten first signal line 29, in the time starting automatically to put slurry, this first signal line 29 is at conducting slip ring 32 surface slidings, and conducting, in the process of some slurry operation automatically, the synchronous jellied bean curd induction of signal plate washer 28 that drives of agitator 2 rotates, under the Action of Gravity Field of weight 30 and under the driving of agitator 2 rotary powers, first signal line 29 is in the peripheral slip of conducting slip ring 32, effect is to transmit the agitator 2 jellied bean curd signal of telecommunication when rotated, through some slurry after a while, soya-bean milk is gradually transformed into jellied bean curd, jellied bean curd is also obviously greater than the resistance of soya-bean milk to jellied bean curd induction of signal plate washer 28 to the resistance of jellied bean curd induction of signal plate washer 28, therefore, can manually adjust the tension force of jellied bean curd signal transfer line 26, just regulate the sensitivity of jellied bean curd signal feedback switch 25, thereby monitoring is automatically selecting the jellied bean curd state in slurry process, when after moulding of jellied bean curd, the resistance that jellied bean curd induction of signal plate washer 28 bears obviously increases, jellied bean curd signal transfer line 26 pulls the normally opened contact closure of jellied bean curd signal feedback switch 25, this jellied bean curd signal feedback switch 25 is exported closure signal to cyclelog, halt slurry, agitator 2, point slurry injects conduit 3 to start to rise, until stirring motor 10 rises to the position of upper approach switch 9, the status signal of stirring motor 10 is fed back to cyclelog by this upper approach switch 9, controlling stirring motor 10 stops the rotation, this moment, stirring motor 10 is in holding state.
Referring to Fig. 5. as shown in the figure, it comprises the container 16 that feeds intake, rabbling mechanism, some slurry solution injecting mechanism, this rabbling mechanism is provided with stirring motor 10, transmission device, agitator 2, this stirring motor 10 is connected with agitator 2 by transmission device, this some slurry solution injecting mechanism setting is starched a little and is injected conduit 3, and this some slurry injects conduit 3 and the container 16 that feeds intake is communicated with.
Described rabbling mechanism below is provided with slurry filling container 1.
Described slurry filling container 1 is outside equipped with conducting slip ring 32, the first wire 34, the second wire 33, and this conducting slip ring 32 is connected with the first wire 34, the soya-bean milk conducting in this second wire 33 and slurry filling container 1.
Described rabbling mechanism lower end is provided with jellied bean curd induction of signal plate washer 28, jellied bean curd signal feedback switch 25, these jellied bean curd induction of signal plate washer 28 one end are connected with agitator 2, and these jellied bean curd induction of signal plate washer 28 other ends are connected with jellied bean curd signal feedback switch 25.
Described jellied bean curd induction of signal plate washer 28 one end are connected with agitator 2 by plate washer support bar 27, these jellied bean curd induction of signal plate washer 28 other ends are connected with jellied bean curd signal feedback switch 25 by jellied bean curd signal transfer line 26, described jellied bean curd signal feedback switch 25 is provided with first signal line 29, secondary signal line 31, weight 30, this first signal line 29 and conducting slip ring 32 cross-conduction, these first signal line 29 ends are connected with weight 30, the soya-bean milk conducting in this secondary signal line 31 and slurry filling container 1.
Described transmission device is made up of the drive link 35 that slides, slide-and-guide device 36.
Described rabbling mechanism is provided with lifting traction electric machine 38, reel 39, lifting pull rope 40, stirring motor base 41, stirring motor guiding trestle 12, slip drive link 35, slide-and-guide device 36, this lifting traction electric machine 38 is connected with reel 39, these reel 39 peripheries are wound with lifting pull rope 40, this lifting pull rope 40 is connected with stirring motor base 41, described stirring motor 10 connects slip drive link 35, this slip drive link 35 is connected with agitator 2 through slide-and-guide device 36, and this stirring motor base 41 is connected with stirring motor guiding trestle 12.
Described rabbling mechanism is provided with upper approach switch 9, the next approach switch 6, stirring motor chute 5, stirring motor slide jaw 11, this upper approach switch 9 is arranged on stirring motor guiding trestle 12 upper ends, this the next approach switch 6 is arranged on stirring motor guiding trestle 12 lower ends, this stirring motor chute 5 is arranged in stirring motor guiding trestle 12, and described stirring motor 10 is connected by stirring motor slide jaw 11, stirring motor chute 5 and stirring motor guiding trestle 12.
Described some slurry solution injecting mechanism is provided with flow in pipes 42, detects pipeline 22, detecting electrode 21, and this flow in pipes 42 and the container 16 that feeds intake are communicated with, and this detection pipeline 22 and the container 16 that feeds intake are communicated with, and in this detection pipeline 22, are provided with detecting electrode 21.
When the stirring motor 10 of rabbling mechanism drives slip drive link 35 to rotate, this slip drive link 35 drives agitator 2 to rotate through slide-and-guide device 36, when stirring motor 10 forward or reverse, the synchronous forward or reverse of agitator 2, this stirring motor base 41 is connected with lifting pull rope 40, this lifting pull rope 40 is wrapped on reel 39, this reel 39 is connected with lifting traction electric machine 38, when this lifting traction electric machine 38 rotates, these reel 39 synchronous rotaries, the lifting pull rope 40 being wound around on this reel 39 draws stirring motor 10, agitator 2 rises or declines, this stirring motor 10 moves up and down in the stirring motor chute 5 of stirring motor guiding trestle 12, this stirring motor 10 adopts stepless speed variation, this stirring motor 10 is the rotating speed stir spot slurry of 15 revs/min preferably, this stirring motor guiding trestle 12 is provided with upper approach switch 9 and the next approach switch 6 controls the duty of stirring motor 10, in the process that point is starched automatically, stirring motor 10 is back and forth lifting stirring between upper approach switch 9 and the next approach switch 6, when agitator 2 stirs, selecting slurry injection conduit 3 coordinates stirring motor 10 evenly fused by selecting in the soya-bean milk of starching solution injection slurry filling container 1, this some slurry injects conduit 3 and is communicated with by flow in pipes 42 and the container 16 that feeds intake, manually by some slurry coagulating agent soluble in water, such as bittern or wintercherry water spot slurry solution is thrown in feeding intake in container 16, can realize bittern or wintercherry water and automatically put slurry, this container 16 that feeds intake is communicated with detection pipeline 22, in this detection pipeline 22, be provided with detecting electrode 21, there is no bittern or wintercherry water in this detecting electrode 21 detects the container 16 that feeds intake time, automatic feedback signal is to cyclelog, automatically halt slurry, at the outer setting conducting slip ring 32 of slurry filling container 1, the first wire 34 is connected with conducting slip ring 32, the second wire 33 is by slurry filling container 1 and soya-bean milk conducting, on agitator 2, be welded plate washer support bar 27, be provided with jellied bean curd signal feedback switch 25 in the upper end of this plate washer support bar 27, this jellied bean curd signal feedback switch 25 can adopt mechanical type micro limit switch to replace, jellied bean curd induction of signal plate washer 28 lower ends are connected with plate washer support bar 27, the upper end of this jellied bean curd induction of signal plate washer 28 is connected with jellied bean curd signal feedback switch 25 by jellied bean curd signal transfer line 26, this jellied bean curd signal transfer line 26 pulls jellied bean curd signal feedback switch 25 to move, these jellied bean curd signal feedback switch 25 output switch amount signals are to cyclelog, the switching value signal of output is by the second wire 33, soya-bean milk in slurry filling container 1, secondary signal line 31, the normally opened contact of jellied bean curd signal feedback switch 25, first signal line 29, conducting slip ring 32, the first wire 34 is delivered to cyclelog, be hung with weight 30 at the end of first signal line 29, the effect of this weight 30 is to tighten first signal line 29, in the time starting automatically to put slurry, this first signal line 29 is at conducting slip ring 32 surface slidings, and conducting, in the process of some slurry operation automatically, the synchronous jellied bean curd induction of signal plate washer 28 that drives of agitator 2 rotates, under the Action of Gravity Field of weight 30 and under the driving of agitator 2 rotary powers, first signal line 29 is in the peripheral slip of conducting slip ring 32, effect is to transmit the agitator 2 jellied bean curd signal of telecommunication when rotated, through some slurry after a while, soya-bean milk is gradually transformed into jellied bean curd, jellied bean curd is also obviously greater than the resistance of soya-bean milk to jellied bean curd induction of signal plate washer 28 to the resistance of jellied bean curd induction of signal plate washer 28, therefore, can manually adjust the tension force of jellied bean curd signal transfer line 26, just regulate the sensitivity of jellied bean curd signal feedback switch 25, thereby monitoring is automatically selecting the jellied bean curd state in slurry process, when after moulding of jellied bean curd, the resistance that jellied bean curd induction of signal plate washer 28 bears obviously increases, jellied bean curd signal transfer line 26 pulls the normally opened contact closure of jellied bean curd signal feedback switch 25, this jellied bean curd signal feedback switch 25 is exported closure signal to cyclelog, halt slurry, agitator 2, point slurry injects conduit 3 to start to rise, until stirring motor 10 rises to the position of upper approach switch 9, the status signal of stirring motor 10 is fed back to cyclelog by this upper approach switch 9, controlling stirring motor 10 stops the rotation, this moment, stirring motor 10 is in holding state.
The above; it is only preferably detailed description of the invention of the utility model; implement according to claim of the present utility model; any be familiar with those skilled in the art the utility model disclose technical scope in; the variation that can expect easily or replacement, within all should being encompassed in protection domain of the present utility model.
Claims (10)
1. simple and easy some sizing device, it is characterized in that: it comprises the container that feeds intake (16), rabbling mechanism, some slurry solution injecting mechanism, this rabbling mechanism is provided with stirring motor (10), transmission device, agitator (2), this stirring motor (10) is connected with agitator (2) by transmission device, this some slurry solution injecting mechanism setting is starched a little and is injected conduit (3), and this some slurry injects conduit (3) and the container that feeds intake (16) is communicated with.
2. simple and easy some sizing device according to claim 1, is characterized in that: described rabbling mechanism below is provided with slurry filling container (1).
3. simple and easy some sizing device according to claim 2, it is characterized in that: described slurry filling container (1) is outside equipped with conducting slip ring (32), the first wire (34), the second wire (33), this conducting slip ring (32) is connected with the first wire (34), the soya-bean milk conducting in this second wire (33) and slurry filling container (1).
4. simple and easy some sizing device according to claim 1, it is characterized in that: described rabbling mechanism lower end is provided with jellied bean curd induction of signal baffle plate (28), jellied bean curd signal feedback switch (25), this jellied bean curd induction of signal baffle plate (28) one end is connected with agitator (2), and this jellied bean curd induction of signal baffle plate (28) other end is connected with jellied bean curd signal feedback switch (25).
5. simple and easy some sizing device according to claim 4, it is characterized in that: described jellied bean curd induction of signal baffle plate (28) one end is connected with agitator (2) by baffle plate support bar (27), this jellied bean curd induction of signal baffle plate (28) other end is connected with jellied bean curd signal feedback switch (25) by jellied bean curd signal transfer line (26), described jellied bean curd signal feedback switch (25) is provided with first signal line (29), secondary signal line (31), weight (30), this first signal line (29) and conducting slip ring (32) cross-conduction, this first signal line (29) end is connected with weight (30), soya-bean milk conducting in this secondary signal line (31) and slurry filling container (1).
6. simple and easy some sizing device according to claim 1, it is characterized in that: described transmission device is made up of screw thread drive link (7), thread pilot (4), or formed by slip drive link (35), slide-and-guide device (36).
7. simple and easy some sizing device according to claim 1, it is characterized in that: described rabbling mechanism is provided with lifting traction electric machine (38), reel (39), lifting pull rope (40), stirring motor base (41), stirring motor guiding trestle (12), slip drive link (35), slide-and-guide device (36), this lifting traction electric machine (38) is connected with reel (39), this reel (39) periphery is wound with lifting pull rope (40), this lifting pull rope (40) is connected with stirring motor base (41), described stirring motor (10) connects slip drive link (35), this slip drive link (35) is connected with agitator (2) through slide-and-guide device (36), this stirring motor base (41) is connected with stirring motor guiding trestle (12), or described rabbling mechanism is provided with lift cylinder (37), slip drive link (35), slide-and-guide device (36), stirring motor base (41), stirring motor guiding trestle (12), this lift cylinder (37) is connected with stirring motor base (41), described stirring motor (10) is connected with slip drive link (35), this slip drive link (35) is connected with agitator (2) through slide-and-guide device (36), this stirring motor base (41) is connected with stirring motor guiding trestle (12), or described rabbling mechanism is provided with stirring motor base (41), screw thread drive link (7), thread pilot (4), described stirring motor (10) is connected with screw thread drive link (7), this screw thread drive link (7) is connected with agitator (2) through thread pilot (4), this stirring motor base (41) is connected with stirring motor guiding trestle (12).
8. simple and easy some sizing device according to claim 1, it is characterized in that: described rabbling mechanism is provided with upper signal feedback switch (9), the next signal feedback switch (6), stirring motor chute (5), stirring motor slide jaw (11), this upper signal feedback switch (9) is arranged on stirring motor guiding trestle (12) upper end, this the next signal feedback switch (6) is arranged on stirring motor guiding trestle (12) lower end, this stirring motor chute (5) is arranged in stirring motor guiding trestle (12), described stirring motor (10) is by stirring motor slide jaw (11), stirring motor chute (5) is connected with stirring motor guiding trestle (12).
9. simple and easy some sizing device according to claim 1, it is characterized in that: described some slurry solution injecting mechanism is provided with flow in pipes (42), flow control valve (13), open and close magnetic valve (8), inject electric pump (14), feedback conduit (15), detect pipeline (22), detecting electrode (21), this flow control valve (13) is by flow in pipes (42) and open and close magnetic valve (8), inject electric pump (14), the container (16) that feeds intake is communicated with, this detection pipeline (22) and the container that feeds intake (16) are communicated with, in this detection pipeline (22), be provided with detecting electrode (21), this injection electric pump (14) outlet is communicated with by feedback conduit (15) and the container that feeds intake (16), or described some slurry solution injecting mechanism is provided with flow in pipes (42), flow control valve (13), open and close magnetic valve (8), agitator (23) feeds intake, stirring motor (24) feeds intake, detect pipeline (22), detecting electrode (21), this flow control valve (13) is by flow in pipes (42) and open and close magnetic valve (8), the container (16) that feeds intake is communicated with, this detection pipeline (22) and the container that feeds intake (16) are communicated with, in this detection pipeline (22), be provided with detecting electrode (21), this agitator that feeds intake (23) is connected with the stirring motor that feeds intake (24), or described some slurry solution injecting mechanism is provided with flow in pipes (42), detect pipeline (22), detecting electrode (21), this flow in pipes (42) and the container that feeds intake (16) are communicated with, this detection pipeline (22) and the container that feeds intake (16) are communicated with, in this detection pipeline (22), be provided with detecting electrode (21).
10. according to simple and easy some sizing device described in claim 1 or 9, it is characterized in that: described in the container (16) that feeds intake be provided with water supply electromagnetic valve (17), water supply container (18), moisturizing electrode (19), moisturizing magnetic valve (20), this water supply electromagnetic valve (17) one end and water supply container (18) are communicated with, this water supply electromagnetic valve (17) other end and the container (16) that feeds intake are communicated with, this moisturizing magnetic valve (20) and water supply container (18) are communicated with, in this water supply container (18), be provided with moisturizing electrode (19), or described in the container (16) that feeds intake be provided with water supply electromagnetic valve (17), moisturizing electric pump (43), this water supply electromagnetic valve (17) one end and moisturizing electric pump (43) are communicated with, this water supply electromagnetic valve (17) other end and the container (16) that feeds intake are communicated with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420301998.4U CN203872921U (en) | 2014-03-26 | 2014-06-01 | Simple pulping device |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420164904 | 2014-03-26 | ||
| CN201420164904.3 | 2014-03-26 | ||
| CN201420301998.4U CN203872921U (en) | 2014-03-26 | 2014-06-01 | Simple pulping device |
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| Publication Number | Publication Date |
|---|---|
| CN203872921U true CN203872921U (en) | 2014-10-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420301998.4U Expired - Fee Related CN203872921U (en) | 2014-03-26 | 2014-06-01 | Simple pulping device |
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| CN (1) | CN203872921U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106035716A (en) * | 2016-07-15 | 2016-10-26 | 安徽省味之源生物科技有限公司 | Stirring device for curdling |
| CN107333900A (en) * | 2017-05-26 | 2017-11-10 | 北京市洛克机械有限责任公司 | It is a kind of to starch coagulation system from dynamic point |
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2014
- 2014-06-01 CN CN201420301998.4U patent/CN203872921U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106035716A (en) * | 2016-07-15 | 2016-10-26 | 安徽省味之源生物科技有限公司 | Stirring device for curdling |
| CN107333900A (en) * | 2017-05-26 | 2017-11-10 | 北京市洛克机械有限责任公司 | It is a kind of to starch coagulation system from dynamic point |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141015 Termination date: 20160601 |