CN203913219U - Imitative manual Qianzhang machine - Google Patents
Imitative manual Qianzhang machine Download PDFInfo
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- CN203913219U CN203913219U CN201420256324.7U CN201420256324U CN203913219U CN 203913219 U CN203913219 U CN 203913219U CN 201420256324 U CN201420256324 U CN 201420256324U CN 203913219 U CN203913219 U CN 203913219U
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- frame
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Abstract
The utility model discloses a kind of imitative manual Qianzhang machine, relate to a kind of soya-bean products processing equipment.It comprises serum pot, frame, material-pressing rack, extruding tank, extruding tank rest area, thousand sheets pressing mechanism, work feed blanking system, binder tank orbit, supporting bracket, charging conduit, blanking support, work feed support, roller, blanking controlling organization, Tofu pudding is smashed mechanism, cloth rolling stick groove, cloth rolling stick, work feed rod, compress rod, drive roll, driven rod, blanking port, work feed mouth, supporting bracket sidepiece is provided with drive sprocket and driven sprocket, on chain, be connected with gag lever post, in supporting bracket or frame, limiting bracket is installed, limiting bracket is provided with stopper slot, the vacant end of gag lever post is located in stopper slot.The finished product that the utility model is produced has not only retained the exclusive local flavor of handicraft goods, and has alleviated the bean product producers' labour intensity, has realized industrialization production, and processing cost is low, and does not need professional to operate, simple to operation.
Description
Technical field
The utility model relates to a kind of process equipment of bean product, specifically a kind of imitative manual Qianzhang machine.
Background technology
A thousand sheets the be otherwise known as skin of soya-bean milk, blinds, it with good taste, mouthfeel is good, being of high nutritive value forms the extensively edible delicacies into people.In prior art, producing a thousand sheets has two kinds of modes:
The first mode of production is to adopt family workshop type to produce, and family workshop type is produced and had that operating environment is poor, production efficiency is lower, and cost is higher, the antihygienic problem of finished product.
The second mode of production adopts imitative manual machinery to produce a thousand sheets, and existing imitative manual Qianzhang machine exists following defect: 1. work feed blanking system structure is more single, and imitative manual degree is not high, and a thousand sheets of producing and home built finished product mouthfeel difference are larger; 2. in the process that supporting bracket moves in frame, short while making due to effect of inertia distance duration that supporting bracket moves in frame, cause the length that is at every turn laid on the batching in extruding tank to differ, thereby make a thousand sheets of producing also often occur phenomenon different in size, be unfavorable for scale, the markization production of a thousand sheets; 3. work feed blanking system is when to extruding tank work feed, the easy roll set of batching, and the cloth being sent in extruding tank often there will be irregular phenomenon, so not only makes that the thousand sheets structure produced is attractive in appearance not, mouthfeel is poor, and is unfavorable for follow-up stripping cloth operation.
Summary of the invention
The purpose of this utility model is the weak point in order to overcome background technology, and provides a kind of floor space little, and production efficiency is high, can realize industrialization, standardized production, and processing cost is low, the imitative manual Qianzhang machine that pulp is stable.
To achieve these goals, the technical solution of the utility model is: imitative manual Qianzhang machine, comprise multiple spaced apart serum pots, be arranged on ground frame, be located at frame rear portion and be arranged on ground material-pressing rack, and be located at frame front and for placing the extruding tank of a rough thousand sheets, material-pressing rack is provided with the extruding tank rest area corresponding with described extruding tank, and thousand sheets pressing mechanism for a described rough thousand sheets is pushed, described frame upper end is provided with and thousand sheets slurries and batching can be sent into the work feed blanking system that pushes tank, frame lower end is provided with the binder tank orbit that can make to push tank and move to from frame front extruding tank rest area, it is characterized in that: described work feed blanking system comprises rack-mounted supporting bracket, and be located at supporting bracket top and pass through blanking pipeline and the tank connected charging conduit of slurries, the height at charging conduit rear portion is greater than the height of charging conduit front portion, described supporting bracket upper-end front is provided with and the anterior blanking support being connected of charging conduit, supporting bracket upper rear is provided with and the back-connected work feed support of charging conduit, supporting bracket bottom is provided with two spaced apart rollers, the base plate front portion of described charging conduit is provided with that multiple intervals are arranged and for discharging the material-dropping hole of thousand sheets slurries, charging conduit one side is connected with the blanking controlling organization that can open or close described material-dropping hole, charging conduit opposite side is connected with the Tofu pudding that can smash the jellied bean curd in thousand sheets slurries and smashes mechanism, described work feed support upper rear is provided with cloth rolling stick groove, cloth rolling stick is placed on described cloth rolling stick groove, described work feed support upper-end front is provided with work feed rod, front portion, work feed support lower end is provided with compress rod, compress rod rear portion is provided with the drive roll being arranged on work feed support or supporting bracket, described material-dropping hole below is provided with the driven rod being arranged on blanking support or supporting bracket, drive roll is connected with driven rod by belt and drives driven rod to rotate, described blanking support is provided with the blanking port corresponding with described material-dropping hole, and the work feed mouth corresponding with described driven rod, supporting bracket sidepiece is provided with drive sprocket and driven sprocket, centre-to-centre spacing between drive sprocket and driven sprocket is not more than the length of the accommodation space in extruding tank, described drive sprocket is connected with the first motor being arranged on supporting bracket, and rotate by chain-driving driven sprocket, on described chain, be connected with gag lever post, in supporting bracket or frame, limiting bracket is installed, limiting bracket is provided with the stopper slot being arranged vertically, the vacant end of described gag lever post is located in stopper slot.
When real work, drive roll central authorities can also arrange and axial the first coaxial connecting axle of drive sprocket, on driven rod, can arrange and axial the second coaxial connecting axle of driven sprocket, the first motor can rotate by drive drive sprocket, thereby drives active rod and driven rod to rotate.
The height at charging conduit rear portion is greater than anterior height and is conducive to make thousand sheets slurries to flow into blanking port, and thousand sheets slurries fall into extruding tank from blanking port, and batching falls into extruding tank from work feed mouth.Compress rod can not only prevent that the batching on belt from rolling, and can further increase the frictional force between batching and belt, makes batching enter into extruding tank from work feed mouth more smoothly.
The principle of thousand sheets slurries being sent into extruding tank is: thousand sheets slurries flow out from the output of serum pot, and flows in charging conduit by blanking pipeline, and then thousand sheets slurries drop into extruding tank from the material-dropping hole of charging conduit base plate front portion.Drop in extruding tank from material-dropping hole during at thousand sheets slurries, the blanking controlling organization being arranged on blanking support makes in the time that supporting bracket completes a back and forth movement, and material-dropping hole only carries out once unidirectional bold and vigorous slurry.
The operating procedure and the operation principle thereof that batching are sent to extruding tank are: first will be placed on cloth rolling stick groove with the cloth rolling stick of batching, then the vacant end of batching is placed on work feed rod and drive roll successively, then the gap of the vacant end that makes batching through compress rod and belt is also placed on driven rod, finally, start motor, owing to there being frictional force effect between batching and belt, therefore belt can be sent to batching in extruding tank in the process of motion.
Work feed blanking system is moved back and forth in frame, and equidistant its principle that each work feed blanking system moves in frame is:
The first motor is in the process that drives drive sprocket to rotate, drive sprocket and driven sprocket rotate along a direction (clockwise or counterclockwise) all the time, drive sprocket and driven sprocket are in the process of rotating, the chain being connected with drive sprocket and driven sprocket can exist along the trend of moving clockwise or counterclockwise, but because the end of chain is connected with gag lever post, gag lever post can only move by the vertical direction the position that chain is connected with gag lever post, and can not move by along continuous straight runs, thereby make drive sprocket and driven sprocket can only be with movable supporting stent to move back and forth in frame, because the length of chain is certain, therefore the distance that inferior work feed blanking system moves in frame equates.
In technique scheme, described blanking controlling organization comprises blanking control lever, and be located at the blanking baffle plate of material-dropping hole top, described blanking baffle plate one end is passed the side plate of charging conduit and is connected with blanking baffle plate upper end, blanking control lever other end lower end is connected with handle, two spaced apart stroke limit baffle plates are installed on described supporting bracket, handle is between described two stroke limit baffle plates, and the centre-to-centre spacing between described two stroke limit baffle plates is not more than the length of the accommodation space in extruding tank.
Blanking controlling organization is material-dropping hole for opening or cut out charging conduit base plate front portion, simultaneously, blanking controlling organization need be followed rack-mounted supporting bracket and be done together back and forth movement, and in the time that supporting bracket completes a back and forth movement, blanking controlling organization only carries out once unidirectional bold and vigorous slurry.
Operation principle and the beneficial effect of blanking controlling organization are as follows: when blanking controlling organization is during from frame rear motion to frame front, handle, at its lower end can contact with being positioned at anterior stroke limit baffle plate, and handle, at its lower end can be blocked by stroke limit baffle plate.After handle, at its lower end is blocked by stroke limit baffle plate, handle upper end can make the blanking control lever being connected with handle upper end along clockwise rotating, after blanking control lever edge clockwise rotates, the lower end of blanking baffle plate is also along clockwise rotating, when blanking baffle plate lower end turns to after correct position, material-dropping hole can be closed.
In the time that blanking controlling organization moves to frame rear portion from frame front, handle, at its lower end can contact with the stroke limit baffle plate that is positioned at rear portion, and handle, at its lower end can be blocked by stroke limit baffle plate.After handle, at its lower end is blocked by stroke limit baffle plate, handle upper end can make the blanking control lever being connected with handle upper end along rotating counterclockwise, after blanking control lever edge rotates counterclockwise, blanking baffle plate is also along rotating counterclockwise, when blanking baffle plate lower end turns to after correct position, material-dropping hole can be opened, thousand sheets slurries just can drop to extruding tank from material-dropping hole.
In technique scheme, described blanking controlling organization also comprises the flow control rod that middle part is threaded with blanking support, and described flow control rod one end contacts with handle, at its lower end, and the flow control rod other end passes described blanking support and is connected with adjusting knob.
Staff can further adjust the extension elongation of flow control rod at blanking support rear portion by rotating adjusting knob, and then further limits the position of blanking baffle plate above material-dropping hole, thereby realizes the further fine setting to thousand sheets slurry flow.
In technique scheme, described blanking controlling organization also comprises magnetic block, described magnetic block lower end is connected with blanking control lever other end upper end or handle upper end, is connected with the magnet corresponding with described magnetic block on blanking support, between magnetic block and handle, is arranged in obtuse angle.
Magnetic block not only can strengthen structural stability of the present utility model, and can make the more stable output thousand sheets slurries of material-dropping hole.
In technique scheme, described Tofu pudding is smashed mechanism and is comprised the fixed mount that is arranged on supporting bracket, is arranged on the second motor on fixed mount, is arranged on disk on fixed mount, is arranged on blanking support and is located at the guide post of blanking port top, and smash bar, the output shaft of described the second motor is connected with disk and driver plate rotates, disk periphery is connected with fixed bar, on guide post, be set with the grid of smashing of the frame structure that is square, described smash bar one end and fixed bar hinged, smash the bar other end and to smash grid hinged.
It is simple in structure that Tofu pudding is smashed mechanism, easy to use, can smash forming block jellied bean curd in thousand sheets slurries, and a thousand sheets of producing after smashing not only structure is attractive in appearance, and taste good.
In technique scheme, described work feed support comprises two spaced apart anterior work feed columns, two spaced apart rear portion work feed columns, and entirety work feed crossbeam in rectangular layout, described work feed crossbeam front portion is connected with projection, work feed crossbeam rear portion is connected with work feed column upper end, described rear portion, on anterior work feed column, be connected with first slide rail corresponding with described projection, second slide rail that can make rear portion work feed column slide on supporting bracket is installed on supporting bracket.
The first slide rail and the second slide rail can make rear portion work feed column horizontally slip on supporting bracket, in the time that the position of the batching on cloth rolling stick need to be adjusted, staff need be only the position of adjustable work feed by the rear portion work feed column that horizontally slips, thereby it is convenient that the utility model is used.
In technique scheme, described thousand sheets pressing mechanism comprises and is arranged on the binder motor of material-pressing rack upper end, multiple wooden binder block of arranging and being placed on a rough thousand sheets from top to bottom, and compressing rod, described compressing rod upper end is connected with the output of binder motor, and compressing rod lower end is connected with described wooden binder block.Said structure is thousand sheets pressing mechanism provided by the utility model, can also adopt other structure in real work.
To sum up, the finished product that the utility model is produced has not only retained the exclusive local flavor of handicraft goods, and has alleviated the bean product producers' labour intensity, has realized industrialization production, and processing cost is low, and does not need professional to operate, simple to operation.Meanwhile, the flow control valve on blanking controlling organization described in the utility model and blanking pipeline can make staff control accurately pulp time and slurry-outlet quantity, thereby makes slurry-outlet quantity more stable, and then makes the thousand sheets mouthfeel that makes purer.It is simple in structure that Tofu pudding is smashed mechanism, easy to use, can smash forming block jellied bean curd in thousand sheets slurries, and a thousand sheets of producing after smashing not only structure is attractive in appearance, and taste good.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of work feed blanking.
Fig. 3 be Fig. 1 top view.
Fig. 4 is the syndeton schematic diagram of drive sprocket, driven sprocket, gag lever post, limiting bracket and the first motor.
Fig. 5 is the structural representation that the blanking rack of Qianzhang machine press mechanism is installed.
Fig. 6 is the syndeton schematic diagram of blanking controlling organization, supporting bracket and charging conduit.
11-serum pot in figure, 12-frame, 13-material-pressing rack, 14-pushes tank, 15-pushes tank rest area, 16-binder tank orbit, 17-blanking pipeline, 18-the first motor, 20-thousand sheets pressing mechanism, 21-binder motor, the wooden binder block of 22-, 23-compressing rod, 30-work feed blanking system, 31-material-dropping hole, 32-charging conduit, 33-cloth rolling stick groove, 34-cloth rolling stick, 35-roller, 36-work feed rod, 37-compress rod, 38-drive roll, the driven rod of 39-, 40-blanking controlling organization, 41-blanking control lever, 42-blanking baffle plate, 43-magnetic block, 44-magnet, 45-handle, 46-stroke limit baffle plate, 47-flow control rod, 48-adjusting knob, 50-Tofu pudding is smashed mechanism, 51-fixed mount, 52-the second motor, 53-disk, 54-guide post, 55-smashes bar, 56-fixed bar, 57-smashes grid, 60-work feed support, the anterior work feed column of 61-, 62-rear portion work feed column, 63-work feed crossbeam, 64-projection, 65-the first slide rail, 66-the second slide rail, 70-blanking support, 71-blanking port, 72-work feed mouth, 80-supporting bracket, 81-drive sprocket, 82-driven sprocket, 83-chain, 84-stopper slot, 85-gag lever post, 86-limiting bracket.
Detailed description of the invention
Describe performance of the present utility model in detail below in conjunction with accompanying drawing, but they do not form to restriction of the present utility model, only for example.Make advantage of the present utility model more know and easily understand by explanation simultaneously.
Consult accompanying drawing known: imitative manual Qianzhang machine, comprise multiple spaced apart serum pots 11, be arranged on ground frame 12, be located at frame 12 rear portions and be arranged on ground material-pressing rack 13, and it is anterior and for placing the extruding tank 14 of a rough thousand sheets to be located at frame 12, material-pressing rack 13 is provided with the extruding tank rest area 15 corresponding with described extruding tank 14, and thousand sheets pressing mechanism 20 for a described rough thousand sheets is pushed, described frame 12 upper ends are provided with and thousand sheets slurries and batching can be sent into the work feed blanking system 30 that pushes tank 14, frame 12 lower ends are provided with the binder tank orbit 16 that can make to push tank 14 and move to from frame 12 front portions extruding tank rest area 15, it is characterized in that: described work feed blanking system 30 comprises the supporting bracket 80 being arranged in frame 12, and the charging conduit 32 of being located at supporting bracket 80 tops and being connected with serum pot 11 by blanking pipeline 17, the height at charging conduit 32 rear portions is greater than the height of charging conduit 32 front portions, described supporting bracket 80 upper-end front are provided with and the anterior blanking support 70 being connected of charging conduit 32, supporting bracket 80 upper rear are provided with and the back-connected work feed support 60 of charging conduit 32, supporting bracket 80 bottoms are provided with two spaced apart rollers 35, the base plate front portion of described charging conduit 32 is provided with that multiple intervals are arranged and for discharging the material-dropping hole 31 of thousand sheets slurries, charging conduit 32 1 sides are connected with the blanking controlling organization 40 that can open or close described material-dropping hole 31, charging conduit 32 opposite sides are connected with the Tofu pudding that can smash the jellied bean curd in thousand sheets slurries and smash mechanism 50, described work feed support 60 upper rear are provided with cloth rolling stick groove 33, cloth rolling stick 34 is placed on described cloth rolling stick groove 33, described work feed support 60 upper-end front are provided with work feed rod 36, work feed support 60 front portions, lower end are provided with compress rod 37, compress rod 37 rear portions are provided with the drive roll 38 being arranged on work feed support 60 or supporting bracket 80, described material-dropping hole 31 belows are provided with the driven rod 39 being arranged on blanking support 70 or supporting bracket 80, drive roll 38 is connected with driven rod 39 by belt and drives driven rod 39 to rotate, described blanking support 70 is provided with the blanking port 71 corresponding with described material-dropping hole 31, and the work feed mouth 72 corresponding with described driven rod 39, supporting bracket 80 sidepieces are provided with drive sprocket 81 and driven sprocket 82, centre-to-centre spacing between drive sprocket 81 and driven sprocket 82 is not more than the length of the accommodation space in extruding tank 14, described drive sprocket 81 is connected with the first motor 18 being arranged on supporting bracket 80, and drive driven sprocket 82 to rotate by chain 83, on described chain 83, be connected with gag lever post 85, in supporting bracket 80 or frame 12, limiting bracket 86 is installed, limiting bracket 86 is provided with the stopper slot 84 being arranged vertically, the vacant end of described gag lever post 85 is located in stopper slot 84.
When real work, drive roll central authorities can also arrange and axial the first coaxial connecting axle of drive sprocket, on driven rod, can arrange and axial the second coaxial connecting axle of driven sprocket, the first motor can rotate by drive drive sprocket, thereby drives active rod and driven rod to rotate.
The height at charging conduit rear portion is greater than anterior height and is conducive to make thousand sheets slurries to flow into blanking port, and thousand sheets slurries fall into extruding tank from blanking port, and batching falls into extruding tank from work feed mouth.Compress rod can not only prevent that the batching on belt from rolling, and can further increase the frictional force between batching and belt, makes batching enter into extruding tank from work feed mouth more smoothly.
The principle of thousand sheets slurries being sent into extruding tank is: thousand sheets slurries flow out from the output of serum pot, and flows in charging conduit by blanking pipeline, and then thousand sheets slurries drop into extruding tank from the material-dropping hole of charging conduit base plate front portion.Drop in extruding tank from material-dropping hole during at thousand sheets slurries, the blanking controlling organization being arranged on blanking support makes in the time that supporting bracket completes a back and forth movement, and material-dropping hole only carries out once unidirectional bold and vigorous slurry.
The operating procedure and the operation principle thereof that batching are sent to extruding tank are: first will be placed on cloth rolling stick groove with the cloth rolling stick of batching, then the vacant end of batching is placed on work feed rod and drive roll successively, then the gap of the vacant end that makes batching through compress rod and belt is also placed on driven rod, finally, start motor, owing to there being frictional force effect between batching and belt, therefore belt can be sent to batching in extruding tank in the process of motion.
Work feed blanking system is moved back and forth in frame, and equidistant its principle that each work feed blanking system moves in frame is:
When real work, drive sprocket and driven sprocket rotate along a direction (clockwise or counterclockwise) all the time, when in the process that drive sprocket and driven sprocket are rotating, the chain being connected with drive sprocket and driven sprocket can exist along the trend of moving clockwise or counterclockwise, but because the end of chain is connected with gag lever post, gag lever post can only move by the vertical direction the position that chain is connected with gag lever post, and can not move by along continuous straight runs, thereby make drive sprocket and driven sprocket can only be with movable supporting stent to move back and forth in frame, because the length of chain is certain, therefore the distance that inferior work feed blanking system moves in frame equates.
The flow control rod 47 that described blanking controlling organization 40 comprises blanking control lever 41, is located at the blanking baffle plate 42 of material-dropping hole 31 tops, middle part is threaded with blanking support 70, and magnetic block 43.
Described blanking baffle plate 42 one end are passed the side plate of charging conduit 32 and are connected with blanking baffle plate 42 upper ends, and blanking control lever 41 other end lower ends are connected with handle 45.
Two spaced apart stroke limit baffle plates 46 are installed on described supporting bracket 80, and handle 45 is between described two stroke limit baffle plates 46, and the centre-to-centre spacing between described two stroke limit baffle plates 46 is not more than the length of the accommodation space in extruding tank 14.
Described magnetic block 43 lower ends can be connected with blanking control lever 41 other end upper ends, also can be connected with handle 45 upper ends, are connected with the magnet 44 corresponding with described magnetic block 43 on blanking support 70, between magnetic block 44 and handle 45, are arranged in obtuse angle.
45 times end in contact of described flow control rod 47 one end and handle, flow control rod 47 other ends pass described blanking support 70 and are connected with adjusting knob 48.
Staff can further adjust the extension elongation of flow control rod at blanking support rear portion by rotating adjusting knob, and then further limits the position of blanking baffle plate above material-dropping hole, thereby realizes the further fine setting to thousand sheets slurry flow.
When real work, flow control rod 47 and magnetic block 43 are non-essential structures.Blanking controlling organization is material-dropping hole for opening or cut out charging conduit base plate front portion, simultaneously, the utility model need be followed rack-mounted supporting bracket and be done together back and forth movement, in the time that supporting bracket completes a back and forth movement, blanking controlling organization is that material-dropping hole only carries out once unidirectional bold and vigorous slurry.
Operation principle and the beneficial effect of blanking controlling organization are as follows: when blanking controlling organization is during from frame rear motion to frame front, handle, at its lower end can contact with being positioned at anterior stroke limit baffle plate, and handle, at its lower end can be blocked by stroke limit baffle plate.After handle, at its lower end is blocked by stroke limit baffle plate, handle upper end can make the blanking control lever being connected with handle upper end along clockwise rotating, after blanking control lever edge clockwise rotates, the lower end of blanking baffle plate is also along clockwise rotating, when blanking baffle plate lower end turns to after correct position, material-dropping hole can be closed.
Meanwhile, owing to becoming obtuse angle between handle and magnetic block, therefore after handle, at its lower end is positioned at anterior stroke limit baffle plate and blocks, magnetic block can continue to frame front motion and be connected with the magnet being arranged on blanking support.After magnetic block is connected with magnet, blanking control lever just can not rotate the process that moves to frame rear portion from frame front again, this just makes blanking block also can not rotate the process that moves to frame rear portion from frame front again, thereby has strengthened structural stability of the present utility model and sealing property.
In the time that blanking controlling organization moves to frame rear portion from frame front, handle, at its lower end can contact with the stroke limit baffle plate that is positioned at rear portion, and handle, at its lower end can be blocked by stroke limit baffle plate.After handle, at its lower end is blocked by stroke limit baffle plate, handle upper end can make the blanking control lever being connected with handle upper end along rotating counterclockwise, after blanking control lever edge rotates counterclockwise, blanking baffle plate is also along rotating counterclockwise, when blanking baffle plate lower end turns to after correct position, material-dropping hole can be opened, thousand sheets slurries just can drop to extruding tank from material-dropping hole.
Simultaneously, owing to becoming obtuse angle between handle and magnetic block, therefore after the stroke limit baffle plate that handle, at its lower end is positioned at rear portion blocks, magnetic block can continue to frame rear motion in a certain angle with vertical direction, now due to the effect of gravity, magnetic block can make blanking control lever not rotate the process that moves to frame rear portion from frame front, and then blanking block also can not rotated again, thereby has strengthened structural stability of the present utility model and sealing property.
Described Tofu pudding is smashed mechanism 50 and is comprised the fixed mount 51 being arranged on supporting bracket 80, be arranged on the second motor 52 on fixed mount 51, be arranged on the disk 53 on fixed mount 51, be arranged on blanking support 70 and be located at the guide post 54 of blanking port 71 tops, and smash bar 55, the output shaft of described the second motor 52 is connected with disk 53 and driver plate 53 rotates, disk 53 peripheries are connected with fixed bar 56, what on guide post 54, be set with the frame structure that is square smashes grid 57, described smash bar 55 one end and fixed bar 56 hinged, smash the bar other end and smash grid 57 hinged.
The operation principle that Tofu pudding is smashed mechanism 50 is: when need to be to forming block jellied bean curd while smashing in charging conduit, staff only need open the second motor being arranged on fixed mount.When opening after motor, the output shaft meeting disc rotated of motor, disk also can drive the fixed bar that is arranged on disk periphery to rotate in rotating, thereby the one end of smashing bar is rotated with disk, now, with to smash the bar other end hinged and be sleeved on smashing grid and will move back and forth on guide post on guide post, now can smash forming block jellied bean curd in charging conduit by smashing grid.
Described work feed support 60 comprises two spaced apart anterior work feed columns 61, two spaced apart rear portion work feed columns 62, and entirety work feed crossbeam 63 in rectangular layout, described work feed crossbeam front portion 63 is connected with projection 64, work feed crossbeam 63 rear portions are connected with work feed column upper end, described rear portion 63, on anterior work feed column 61, be connected with first slide rail 65 corresponding with described projection 64, second slide rail 66 that can make rear portion work feed column 62 slide on supporting bracket 80 is installed on supporting bracket 80.
The first slide rail and the second slide rail can make rear portion work feed column horizontally slip on supporting bracket, in the time that the position of the batching on cloth rolling stick need to be adjusted, staff need be only the position of adjustable work feed by the rear portion work feed column that horizontally slips, thereby it is convenient that the utility model is used.
Described thousand sheets pressing mechanism 20 comprises and is arranged on the binder motor 21 of material-pressing rack 13 upper ends, multiple wooden binder block 22 of arranging and being placed on a rough thousand sheets from top to bottom, and compressing rod 23, described compressing rod 23 upper ends are connected with the output of binder motor 21, and compressing rod 23 lower ends are connected with described wooden binder block 22.Said structure is thousand sheets pressing mechanism 20 provided by the utility model, can also adopt other structure in real work.
Other unaccounted part all belongs to prior art.
Claims (7)
1. imitative manual Qianzhang machine, comprise multiple spaced apart serum pots (11), be arranged on ground frame (12), be located at frame (12) rear portion and be arranged on ground material-pressing rack (13), and it is anterior and for placing the extruding tank (14) of a rough thousand sheets to be located at frame (12)
Material-pressing rack (13) is provided with the extruding tank rest area (15) corresponding with described extruding tank (14), and thousand sheets pressing mechanism (20) for a described rough thousand sheets is pushed, described frame (12) upper end is provided with and thousand sheets slurries and batching can be sent into the work feed blanking system (30) that pushes tank (14), frame (12) lower end is provided with the binder tank orbit (16) that can make to push tank (14) and move to from frame (12) front portion extruding tank rest area (15)
It is characterized in that:
Described work feed blanking system (30) comprises the supporting bracket (80) being arranged in frame (12), and the charging conduit (32) of being located at supporting bracket (80) top and being connected with serum pot (11) by blanking pipeline (17), the height at charging conduit (32) rear portion is greater than the anterior height of charging conduit (32), described supporting bracket (80) upper-end front is provided with and the anterior blanking support (70) being connected of charging conduit (32), supporting bracket (80) upper rear is provided with and the back-connected work feed support of charging conduit (32) (60), supporting bracket (80) bottom is provided with two spaced apart rollers (35),
The base plate front portion of described charging conduit (32) is provided with that multiple intervals are arranged and for discharging the material-dropping hole (31) of thousand sheets slurries, charging conduit (32) one sides are connected with the blanking controlling organization (40) that can open or close described material-dropping hole (31), charging conduit (32) opposite side is connected with the Tofu pudding that can smash the jellied bean curd in thousand sheets slurries and smashes mechanism (50)
Described work feed support (60) upper rear is provided with cloth rolling stick groove (33), cloth rolling stick (34) is placed on described cloth rolling stick groove (33), described work feed support (60) upper-end front is provided with work feed rod (36), work feed support (60) front portion, lower end is provided with compress rod (37), compress rod (37) rear portion is provided with the drive roll (38) being arranged on work feed support (60) or supporting bracket (80), described material-dropping hole (31) below is provided with the driven rod (39) being arranged on blanking support (70) or supporting bracket (80), drive roll (38) is connected with driven rod (39) by belt and drives driven rod (39) to rotate,
Described blanking support (70) is provided with the blanking port (71) corresponding with described material-dropping hole (31), and the work feed mouth (72) corresponding with described driven rod (39),
Supporting bracket (80) sidepiece is provided with drive sprocket (81) and driven sprocket (82), centre-to-centre spacing between drive sprocket (81) and driven sprocket (82) is not more than the length of the accommodation space in extruding tank (14), described drive sprocket (81) is connected with the first motor (18) being arranged on supporting bracket (80), and drive driven sprocket (82) to rotate by chain (83), on described chain (83), be connected with gag lever post (85), in supporting bracket (80) or frame (12), limiting bracket (86) is installed, limiting bracket (86) is provided with the stopper slot (84) being arranged vertically, the vacant end of described gag lever post (85) is located in stopper slot (84).
2. imitative manual Qianzhang machine according to claim 1, it is characterized in that: described blanking controlling organization (40) comprises blanking control lever (41), and be located at the blanking baffle plate (42) of material-dropping hole (31) top, described blanking control lever (41) one end is passed the side plate of charging conduit (32) and is connected with blanking baffle plate (42) upper end, blanking control lever (41) other end lower end is connected with handle (45), two spaced apart stroke limit baffle plates (46) are installed on described supporting bracket (80), handle (45) is positioned between described two stroke limit baffle plates (46), centre-to-centre spacing between described two stroke limit baffle plates (46) is not more than the length of the accommodation space in extruding tank (14).
3. imitative manual Qianzhang machine according to claim 2, it is characterized in that: described blanking controlling organization (40) also comprises the flow control rod (47) that middle part is threaded with blanking support (70), the lower end in contact of described flow control rod (47) one end and handle (45), flow control rod (47) other end passes described blanking support (70) and is connected with adjusting knob (48).
4. imitative manual Qianzhang machine according to claim 2, it is characterized in that: described blanking controlling organization (40) also comprises magnetic block (43), described magnetic block (43) lower end is connected with blanking control lever (41) other end upper end or handle (45) upper end, on blanking support (70), be connected with the magnet (44) corresponding with described magnetic block (43), between magnetic block (43) and handle (45), be arranged in obtuse angle.
5. according to the imitative manual Qianzhang machine described in any one claim in claim 1 to 4, it is characterized in that: described Tofu pudding is smashed mechanism (50) and comprised the fixed mount (51) being arranged on supporting bracket (80), be arranged on the second motor (52) on fixed mount (51), be arranged on the disk (53) on fixed mount (51), be arranged on blanking support (70) and go up and be located at the guide post (54) of blanking port (71) top, and smash bar (55), the output shaft of described the second motor (52) is connected with disk (53) and driver plate (53) rotates, disk (53) periphery is connected with fixed bar (56), what on guide post (54), be set with the frame structure that is square smashes grid (57), describedly smash bar (55) one end and fixed bar (56) is hinged, smash the bar other end and smash grid (57) hinged.
6. according to the imitative manual Qianzhang machine described in any one claim in claim 1 to 4, it is characterized in that: described work feed support (60) comprises two spaced apart anterior work feed columns (61), two spaced apart rear portion work feed columns (62), and entirety work feed crossbeam (63) in rectangular layout, described work feed crossbeam (63) front portion is connected with projection (64), work feed crossbeam (63) rear portion is connected with described rear portion work feed column (62) upper end, on anterior work feed column (61), be connected with first slide rail (65) corresponding with described projection (64), on supporting bracket (80), be provided with and can make rear portion work feed column (62) at upper the second slide rail (66) sliding of supporting bracket (80).
7. according to the imitative manual Qianzhang machine described in any one claim in claim 1 to 4, it is characterized in that: described thousand sheets pressing mechanism (20) comprises and is arranged on the binder motor (21) of material-pressing rack (13) upper end, multiple wooden binder block (22) of arranging and being placed on a rough thousand sheets from top to bottom, and compressing rod (23), described compressing rod (23) upper end is connected with the output of binder motor (21), and compressing rod (23) lower end is connected with described wooden binder block (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420256324.7U CN203913219U (en) | 2014-05-19 | 2014-05-19 | Imitative manual Qianzhang machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420256324.7U CN203913219U (en) | 2014-05-19 | 2014-05-19 | Imitative manual Qianzhang machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203913219U true CN203913219U (en) | 2014-11-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420256324.7U Expired - Fee Related CN203913219U (en) | 2014-05-19 | 2014-05-19 | Imitative manual Qianzhang machine |
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| Country | Link |
|---|---|
| CN (1) | CN203913219U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104012662A (en) * | 2014-05-19 | 2014-09-03 | 武汉远大豆制品有限公司 | Imitation production machine for beancurd thin sheets |
| CN108740050A (en) * | 2018-06-26 | 2018-11-06 | 浙江水磨坊智能科技有限公司 | The imitative manual Qianzhang machine of one kind |
-
2014
- 2014-05-19 CN CN201420256324.7U patent/CN203913219U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104012662A (en) * | 2014-05-19 | 2014-09-03 | 武汉远大豆制品有限公司 | Imitation production machine for beancurd thin sheets |
| CN108740050A (en) * | 2018-06-26 | 2018-11-06 | 浙江水磨坊智能科技有限公司 | The imitative manual Qianzhang machine of one kind |
| CN108740050B (en) * | 2018-06-26 | 2021-09-28 | 浙江水磨坊智能科技有限公司 | Imitation handmade bean curd sheet machine |
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