CN105557796A - Fried glutinous pudding beating processing device - Google Patents
Fried glutinous pudding beating processing device Download PDFInfo
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- CN105557796A CN105557796A CN201510980909.2A CN201510980909A CN105557796A CN 105557796 A CN105557796 A CN 105557796A CN 201510980909 A CN201510980909 A CN 201510980909A CN 105557796 A CN105557796 A CN 105557796A
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- rod
- drive
- numb
- striking head
- material containing
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- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C1/00—Mixing or kneading machines for the preparation of dough
- A21C1/02—Mixing or kneading machines for the preparation of dough with vertically-mounted tools; Machines for whipping or beating
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- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C1/00—Mixing or kneading machines for the preparation of dough
- A21C1/14—Structural elements of mixing or kneading machines; Parts; Accessories
-
- A—HUMAN NECESSITIES
- A21—BAKING; EDIBLE DOUGHS
- A21C—MACHINES OR EQUIPMENT FOR MAKING OR PROCESSING DOUGHS; HANDLING BAKED ARTICLES MADE FROM DOUGH
- A21C1/00—Mixing or kneading machines for the preparation of dough
- A21C1/14—Structural elements of mixing or kneading machines; Parts; Accessories
- A21C1/1465—Drives
Abstract
The invention provides a fried glutinous pudding beating processing device, belonging to the technical field of food processing machines. The invention solves the problems that with the existing fried glutinous pudding processing method, the labor intensity is high while the processing efficiency is low. The fried glutinous pudding beating processing device comprises a base, a beating rod and a plurality of push rods, wherein a feed trough is arranged on the upper end surface of the base, the beating rod is hinged on the base, one end of the beating rod is fixedly connected with an upper clump weight, a shell sleeves the upper clump weight, the lower end of the shell is in rotary connection with a beating head, a power source is also arranged on the base, a tension spring is connected between the beating rod and the base, a plurality of guide holes are formed circumferentially in the wall of the feed trough, the push rods penetrate through the guide holes in a sliding mode, and a push plate is fixedly connected with the ends of the push rods. The fried glutinous pudding beating processing device can be used for automatically beating the raw material of fried glutinous pudding, thereby reducing the labor intensity and improving the processing efficiency.
Description
Technical field
The invention belongs to food processing machinery technical field, relate to a kind of numb Ci and impact processing unit (plant).
Background technology
Fiber crops Ci is that one is formed by glutinous rice processing and fabricating, adhesive sweet food, one of food of liking of people of being with of the south of the River one, the idle season of past many countryside and peasantries after new glutinous rice receives house or Spring Festival, every household increases the happiness of good harvest with scutching Ci, enjoy the outstanding achievement of good harvest, build atmosphere in the Spring Festival.After glutinous rice cooks, the different delicatessen of pounding and beating and processing is smash through pestle, numb Ci, fiber crops Ci has long history, because of the glutinous stick-slip of perfume (or spice), mouthfeel is unique and quite like by everybody, due to easy to carry, store simple, be once that villager goes up a hill the solid food and staple food that work or time grain shortage in spring subsist at home of going away lowerly, nowadays numb Ci has deduced gradually into the cuisines snack interspersing life.Scutching Ci is divided into roughly steaming, pounds, whole, dry in the air four procedures, and numb Ci beats more rotten, and more " Ci ", current numb Ci manually impacts processing to numb Ci, and labour intensity is comparatively large, and working (machining) efficiency is lower.
Summary of the invention
The object of the invention is to there are the problems referred to above for existing technology, propose a kind of numb Ci and impact processing unit (plant), this numb Ci impacts processing unit (plant) and can automatically impact numb Ci raw material, reduces labour intensity, improves working (machining) efficiency.
Object of the present invention realizes by following technical proposal: a kind of numb Ci impacts processing unit (plant), comprise pedestal and impacting rod, it is characterized in that, the upper surface of described pedestal have for placing the raw-material material containing groove of numb Ci, the circular in cross-section of this material containing groove, and the bottom surface of material containing groove is curved, described impacting rod is hinged on pedestal upper surface, and one end of impacting rod is positioned at above material containing groove, described impacting rod one end be positioned at above material containing groove is fixed with the upper balancing weight of column, described upper balancing weight slides axially and is arranged with the housing of tubular, the lower end of described housing is rotatably connected to striking head, the lower surface of this striking head is cambered surface, described pedestal is also provided with and impacting rod can be driven to swing and the power source that striking head is upwards lifted, be connected with between described impacting rod and pedestal and impacting rod can be driven to swing and make striking head impact raw-material extension spring in material containing groove, the transmission mechanism one that striking head circumference can be driven to rotate when striking head impacts raw material is provided with between described upper balancing weight and striking head, described impact processing unit (plant) also comprises the push rod of some arcs, on the cell wall of described material containing groove, circumference offers some pilot holes, described push rod slides and is located in pilot hole, and one end of push rod can be stretched in material containing groove, the end, one end that described push rod can stretch into material containing groove is fixed with scraping wings, be provided with between the other end of described push rod and power source and push rod can be driven to stretch into material containing groove when striking head upwards lifts and make push pedal to the transmission mechanism two of the center movement of material containing groove.
Fiber crops Ci raw material are placed in material containing groove, during work, power source drives impacting rod swing that configuration block and striking head are upwards lifted, when being raised up to high limit position, power source can lose the active force to impacting rod, now impacting rod extension spring pulling force and on balancing weight Action of Gravity Field under decline rapidly, numb Ci raw material are impacted under larger kinetic energy, when striking head contacts numb Ci raw material, transmission mechanism one can drive striking head to rotate in a circumferential direction simultaneously, namely the circumference being also combined with striking head while having axial impact is milled, make numb Ci crudy higher, efficiency is also higher, when power source drives impacting rod to lift in process again, what in shots, staff can be suitable sprinkles water in material containing groove, numb Ci raw material are avoided to stick on material containing groove cell wall and striking head, further, striking head is driven to lift in process at power source, transmission mechanism two can drive some push rods to stretch in material containing groove, and push rod has scraping wings, pusher can shift the numb Ci raw material being displaced to material containing groove edge because of impact onto center, improve working (machining) efficiency.
Impact in processing unit (plant) at above-mentioned numb Ci, described pedestal upper surface has Connection Block, the upper end of described Connection Block offers link slot, described impacting rod is hinged in link slot, described Connection Block upper end vertically has two joint pins, this joint pin is positioned at the both sides of link slot, described impacting rod vertically has connecting pin away from one end sidewall of upper balancing weight, the two ends of this connecting pin lay respectively at the both sides of impacting rod, described extension spring has two, and one end of two extension springs is connected on two joint pins respectively, the other end is connected in the two ends of connecting pin respectively.Connection Block has higher intensity, with the instantaneous reaction force that the weight and impact that carry upper balancing weight produce, extension spring can coordinate balancing weight to make striking head obtain larger kinetic energy, thus it is larger to numb Ci raw-material impact dynamics, two extension springs are symmetrical arranged, make to the active force of impacting rod symmetrically and evenly, to improve the service life of device.
Impact in processing unit (plant) at above-mentioned numb Ci, described power source comprises power motor, on described pedestal, level is fixed with gripper shoe, described gripper shoe upper side is hinged with drive rod, described impacting rod is fixed with drive plate away from one end of upper balancing weight, described power motor is connected on the supporting plate, and the output shaft of power motor is connected mutually with drive rod, and when power motor drives drive rod to swing, the free end of drive rod can be resisted against on the upper side of drive plate.Power motor drives drive rod to rotate, when drive rod turn to drive plate upper side against time can pushing tow drive plate downwards, namely one end of striking head can upwards be lifted, when drive plate is rocked to extreme position downwards, drive rod can depart from drive plate, now impacting rod runs out of steam the driving force of motor, and therefore striking head can decline fast and impact numb Ci raw material.
Impact in processing unit (plant) at above-mentioned numb Ci, described gripper shoe is vertically fixed with two risers, this two riser parallels setting, described drive rod takes the shape of the letter U, this drive rod is between two risers, and the middle part of drive rod is hinged on two risers, the two ends of described drive rod are all hinged with driving wheel, and this two driving wheel can lean with drive plate upper side.Namely drive rod acts on drive plate by two driving wheels, and, and driving wheel can reducing friction resistance, reduces wear, noise and vibration to the active force of drive plate and impacting rod more symmetrically.
Impact in processing unit (plant) at above-mentioned numb Ci, the upper end closed of described housing, the lateral wall of housing offers the escape groove of strip vertically, above-mentioned impacting rod is through escape groove, the upper surface of described striking head has the connecting portion of tubular, on the internal perisporium of this connecting portion, circumference has the connection convex edge of annular, and on the periphery wall of described housing lower end, circumference offers cannelure, described connecting portion turning set is located at the lower end of housing, and connection convex edge is slidably connected in cannelure.Striking head is rotatably connected on housing by connecting portion, and housing can, by components hide such as upper balancing weights interior, make structure compacter, also avoids the inner impurity produced to fall into numb Ci raw material.
Impact in processing unit (plant) at above-mentioned numb Ci, described transmission mechanism one comprises back-moving spring, the upper surface of described striking head has adapter sleeve, described upper balancing weight sliding plug is in adapter sleeve, on the sidewall of described adapter sleeve, circumference has two spiral helicine gathering sills, the periphery wall of described upper balancing weight have two trundles one, the sliding plug of this two trundle one difference is in two gathering sills, described back-moving spring is arranged in adapter sleeve, and one end of back-moving spring is pressed on the end face of striking head, the other end is pressed on the lower surface of balancing weight, lower balancing weight is fixed with in described striking head.Lower balancing weight coordinates with upper balancing weight, make impact dynamics larger, when striking head and numb Ci starting material, what striking head declined slows, and upper balancing weight can continue to decline with higher speed, namely relative housing and striking head move down by compression reseting spring to go up balancing weight, now trundle one can move in gathering sill, gathering sill in the shape of a spiral, therefore under the effect of trundle one, striking head can rotate relative to housing, this structure is simple, and the kinetic energy utilizing upper configuration block is striking head powered rotation, make compact conformation, more energy-conservation, when upper balancing weight lifts, under the effect of back-moving spring and lower balancing weight, housing can relative upper balancing weight reset movement with striking head.
Impact in processing unit (plant) at above-mentioned numb Ci, described transmission mechanism two comprises lifter plate, described lifter plate is vertically slidably connected in pedestal, and lifter plate is horizontally disposed with, the upper side of described lifter plate offers some dovetail grooves, the length direction of this some dovetail groove is consistent with the radial direction of material containing groove cross section, the end of described push rod is all hinged with slide block, described skid is connected in dovetail groove, also fairlead is fixed with in the horizontal direction in described pedestal, in described fairlead, sliding plug has drive link, the two ends of fairlead are stretched out at the two ends of this drive link respectively, one end and the power motor of described drive link are in transmission connection, and power motor can drive drive link to move back and forth, the other end and the lifter plate of described drive link are in transmission connection, and drive link can drive lifter plate to be back and forth elevated.Power source drives drive link to move axially while drive drive rod swings, and drive link moves axially and drives lifter plate to be elevated, and when lifter plate rises, can promote push rod and stretch in material containing groove, push rod can be driven during decline to reset.
Impact in processing unit (plant) at above-mentioned numb Ci, the downside of described lifter plate is vertically fixed with two driver plates, this two driver plate be arranged in parallel, and driver plate plate face parallels with drive link, described driver plate all offers the driving groove of strip, described driving groove is all obliquely installed, and driving groove towards one end of drive link higher than the other end, one end of described drive link is stretched between two driver plates, and being fixed with trundle two in the end of drive link, the two ends difference sliding plug of described trundle two is in two driving grooves.Can act on driving groove cell wall by trundle two when drive link moves, driving groove tilts, therefore, it is possible to drive lifter plate oscilaltion.
Impact in processing unit (plant) at above-mentioned numb Ci, described gripper shoe is rotatably connected to rotating disk, this rotating disk is positioned at the below of gripper shoe, and the card of rotating disk is vertical, described drive link is hinged with connecting rod away from one end of trundle, the free end of described connecting rod is hinged on the side of rotating disk, and the pin joint of connecting rod and rotating disk is near the edge of rotating disk, described rotating disk is fixed with driven sprocket, the output shaft of described power motor is fixed with drive sprocket, and described drive sprocket is connected by chain with driven sprocket.Power motor drives turntable rotation by chain gear transmission, and rod hinge connection is in the edge of rotating disk, and therefore the rotation of rotating disk makes connecting rod produce compound motion that is mobile and that swing, and the final drive link axial reciprocating that drives moves.
Impact in processing unit (plant) at above-mentioned numb Ci, be vertically fixed with some leads in described pedestal, described lifter plate is fixed with some sliding sleeves, described sliding sleeve is slidably located on lead.Lead makes lifter plate maintenance level and stable lifting.
Compared with prior art, this numb Ci impact processing unit (plant) has the following advantages:
1, due to impacting rod the pulling force of extension spring and on balancing weight Action of Gravity Field under decline rapidly, numb Ci raw material are impacted under larger kinetic energy, when striking head contacts numb Ci raw material, transmission mechanism one can drive striking head to rotate in a circumferential direction simultaneously, namely the circumference being also combined with striking head while having axial impact is milled, make numb Ci crudy higher, efficiency is also higher.
Because drive rod acts on drive plate by two driving wheels, to the active force of drive plate and impacting rod more symmetrically, and driving wheel can reducing friction resistance, reduces wear, noise and vibration 2.
3, because push rod and impacting rod are all driven by same power motor, make structure compacter, the action of these two parts simultaneously coordinates to be coordinated more, unavoidably occurs the phenomenon of mutually interfering.
Accompanying drawing explanation
Fig. 1 is the perspective view that this numb Ci impacts processing unit (plant).
Fig. 2 be this numb Ci impact processing unit (plant) structure sectional view.
Fig. 3 is the structural representation of drive mechanism one.
Fig. 4 is the schematic enlarged-scale view at A place in Fig. 2.
In figure, 1, pedestal; 11, material containing groove; 12, pilot hole; 13, Connection Block; 131, link slot; 132, joint pin; 14, gripper shoe; 141, riser; 15, fairlead; 16, lead; 2, impacting rod; 21, upper balancing weight; 22, housing; 221, escape groove; 222, cannelure; 23, striking head; 231, connecting portion; 232, convex edge is connected; 233, lower balancing weight; 24, extension spring; 25, connecting pin; 26, drive plate; 3, power source; 31, power motor; 32, drive rod; 33, driving wheel; 4, transmission mechanism one; 41, back-moving spring; 42, adapter sleeve; 43, gathering sill; 44, trundle one; 5, push rod; 51, scraping wings; 52, slide block; 6, transmission mechanism two; 61, lifter plate; 611, dovetail groove; 612, sliding sleeve; 62, drive link; 621, trundle two; 63, driver plate; 631, driving groove; 64, rotating disk; 65, connecting rod; 66, drive sprocket; 67, driven sprocket.
Detailed description of the invention
Be below specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiments.
As Fig. 1, shown in Fig. 2, a kind of numb Ci impacts processing unit (plant), comprise pedestal 1 and impacting rod 2, the upper surface of pedestal 1 have for placing the raw-material material containing groove 11 of numb Ci, the circular in cross-section of this material containing groove 11, and the bottom surface of material containing groove 11 is curved, impacting rod 2 is hinged on pedestal 1 upper surface, and one end of impacting rod 2 is positioned at above material containing groove 11, impacting rod 2 one end be positioned at above material containing groove 11 is fixed with the upper balancing weight 21 of column, upper balancing weight 21 slides axially and is arranged with the housing 22 of tubular, the lower end of housing 22 is rotatably connected to striking head 23, the lower surface of this striking head 23 is cambered surface, pedestal 1 is also provided with and impacting rod 2 can be driven to swing and the power source 3 that striking head 23 is upwards lifted, be connected with between impacting rod 2 and pedestal 1 and impacting rod 2 can be driven to swing and make striking head 23 impact raw-material extension spring 24 in material containing groove 11, the transmission mechanism 1 that striking head 23 circumference can be driven to rotate when striking head 23 impacts raw material is provided with between upper balancing weight 21 and striking head 23, impact processing unit (plant) also comprises the push rod 5 of some arcs, on the cell wall of material containing groove 11, circumference offers some pilot holes 12, push rod 5 slides and is located in pilot hole 12, and one end of push rod 5 can be stretched in material containing groove 11, the end, one end that push rod 5 can stretch into material containing groove 11 is fixed with scraping wings 51, be provided with between the other end of push rod 5 and power source 3 and push rod 5 can be driven to stretch into material containing groove 11 when striking head 23 upwards lifts and make push pedal to the transmission mechanism 26 of the center movement of material containing groove 11.Fiber crops Ci raw material are placed in material containing groove 11, during work, power source 3 drives impacting rod 2 swing that configuration block and striking head 23 are upwards lifted, when being raised up to high limit position, power source 3 can lose the active force to impacting rod 2, now impacting rod 2 extension spring 24 pulling force and on balancing weight 21 Action of Gravity Field under decline rapidly, numb Ci raw material are impacted under larger kinetic energy, when striking head 23 contacts numb Ci raw material, transmission mechanism 1 can drive striking head 23 to rotate in a circumferential direction simultaneously, namely the circumference being also combined with striking head 23 while having axial impact is milled, make numb Ci crudy higher, efficiency is also higher, when power source 3 drives impacting rod 2 to lift in process again, sprinkle water in the past material containing groove 11 that staff can be suitable in shots, numb Ci raw material are avoided to stick on material containing groove 11 cell wall and striking head 23, further, striking head 23 is driven to lift in process at power source 3, transmission mechanism 26 can drive some push rods 5 to stretch in material containing groove 11, and push rod 5 has scraping wings 51, pusher can shift the numb Ci raw material being displaced to material containing groove 11 edge because of impact onto center, improve working (machining) efficiency.
Specifically, composition graphs 3, shown in 4, upper surface has Connection Block 13 to pedestal 1, the upper end of Connection Block 13 offers link slot 131, impacting rod 2 is hinged in link slot 131, Connection Block 13 upper end vertically has two joint pins 132, this joint pin 132 is positioned at the both sides of link slot 131, one end sidewall of impacting rod 2 away from upper balancing weight 21 vertically has connecting pin 25, the two ends of this connecting pin 25 lay respectively at the both sides of impacting rod 2, extension spring 24 has two, and one end of two extension springs 24 is connected on two joint pins 132 respectively, the other end is connected in the two ends of connecting pin 25 respectively, Connection Block 13 has higher intensity, with the instantaneous reaction force that the weight and impact that carry upper balancing weight 21 produce, extension spring 24 can coordinate balancing weight 21 to make striking head 23 obtain larger kinetic energy, thus it is larger to numb Ci raw-material impact dynamics, two extension springs 24 are symmetrical arranged, make to the active force of impacting rod 2 symmetrically and evenly, improve the service life of device.Power source 3 comprises power motor 31, on pedestal 1, level is fixed with gripper shoe 14, gripper shoe 14 upper side is hinged with drive rod 32, impacting rod 2 is fixed with drive plate 26 away from one end of upper balancing weight 21, power motor 31 is connected in gripper shoe 14, and the output shaft of power motor 31 is connected mutually with drive rod 32, when power motor 31 drives drive rod 32 to swing, the free end of drive rod 32 can be resisted against on the upper side of drive plate 26, power motor 31 drives drive rod 32 to rotate, when drive rod 32 turn to drive plate 26 upper side against time can pushing tow drive plate 26 downwards, namely one end of striking head 23 can upwards be lifted, when drive plate 26 is rocked to extreme position downwards, drive rod 32 can depart from drive plate 26, now impacting rod 2 runs out of steam the driving force of motor 31, therefore striking head 23 can decline fast and impact numb Ci raw material.Gripper shoe 14 is vertically fixed with two risers 141, this two riser 141 parallels setting, drive rod 32 takes the shape of the letter U, this drive rod 32 is between two risers 141, and the middle part of drive rod 32 is hinged on two risers 141, the two ends of drive rod 32 are all hinged with driving wheel 33, this two driving wheel 33 can lean with drive plate 26 upper side, namely drive rod 32 acts on drive plate 26 by two driving wheels 33, to the active force of drive plate 26 and impacting rod 2 more symmetrically, and driving wheel 33 can reducing friction resistance, reduces wear, noise and vibration.
The upper end closed of housing 22, the lateral wall of housing 22 offers the escape groove 221 of strip vertically, impacting rod 2 is through escape groove 221, the upper surface of striking head 23 has the connecting portion 231 of tubular, on the internal perisporium of this connecting portion 231, circumference has the connection convex edge 232 of annular, on the periphery wall of housing 22 lower end, circumference offers cannelure 222, connecting portion 231 turning set is located at the lower end of housing 22, and connection convex edge 232 is slidably connected in cannelure 222, striking head 23 is rotatably connected on housing 22 by connecting portion 231, housing 22 can by components hide such as upper balancing weights 21 interior, make structure compacter, also the inner impurity produced is avoided to fall into numb Ci raw material.Transmission mechanism 1 comprises back-moving spring 41, the upper surface of striking head 23 has adapter sleeve 42, the sliding plug of upper balancing weight 21 is in adapter sleeve 42, on the sidewall of adapter sleeve 42, circumference has two spiral helicine gathering sills 43, the periphery wall of upper balancing weight 21 have two trundles 1, the sliding plug of this two trundle 1 difference is in two gathering sills 43, back-moving spring 41 is arranged in adapter sleeve 42, and one end of back-moving spring 41 is pressed on the end face of striking head 23, the other end is pressed on the lower surface of balancing weight 21, lower balancing weight 233 is fixed with in striking head 23, lower balancing weight 233 coordinates with upper balancing weight 21, make impact dynamics larger, when striking head 23 and numb Ci starting material, what striking head 23 declined slows, and upper balancing weight 21 can continue to decline with higher speed, namely relative housing 22 and striking head 23 move down by compression reseting spring 41 to go up balancing weight 21, now trundle 1 can move in gathering sill 43, gathering sill 43 in the shape of a spiral, therefore under the effect of trundle 1, striking head 23 can rotate relative to housing 22, this structure is simple, and the kinetic energy utilizing upper configuration block is striking head 23 powered rotation, make compact conformation, more energy-conservation, when upper balancing weight 21 lifts, under the effect of back-moving spring 41 and lower balancing weight 233, housing 22 can relative upper balancing weight 21 reset movement with striking head 23.
Transmission mechanism 26 comprises lifter plate 61, lifter plate 61 is vertically slidably connected in pedestal 1, and lifter plate 61 is horizontally disposed with, the upper side of lifter plate 61 offers some dovetail grooves 611, the length direction of this some dovetail groove 611 is consistent with the radial direction of material containing groove 11 cross section, the end of push rod 5 is all hinged with slide block 52, slide block 52 is slidably connected in dovetail groove 611, also fairlead 15 is fixed with in the horizontal direction in pedestal 1, in fairlead 15, sliding plug has drive link 62, the two ends of fairlead 15 are stretched out at the two ends of this drive link 62 respectively, one end and the power motor 31 of drive link 62 are in transmission connection, and power motor 31 can drive drive link 62 to move back and forth, the other end and the lifter plate 61 of drive link 62 are in transmission connection, and drive link 62 can drive lifter plate 61 to be back and forth elevated, power source 3 drives drive link 62 to move axially while drive drive rod 32 swings, drive link 62 moves axially and drives lifter plate 61 to be elevated, when lifter plate 61 rises, can promote push rod 5 stretches in material containing groove 11, push rod 5 can be driven during decline to reset.The downside of lifter plate 61 is vertically fixed with two driver plates 63, this two driver plate 63 be arranged in parallel, and driver plate 63 plate face parallels with drive link 62, driver plate 63 all offers the driving groove 631 of strip, driving groove 631 is all obliquely installed, and driving groove 631 towards one end of drive link 62 higher than the other end, one end of drive link 62 is stretched between two driver plates 63, and be fixed with trundle 2 621 in the end of drive link 62, the two ends difference sliding plug of trundle 2 621 is in two driving grooves 631, driving groove 631 cell wall can be acted on by trundle 2 621 when drive link 62 moves, driving groove 631 tilts, therefore, it is possible to drive lifter plate 61 oscilaltion.Gripper shoe 14 is rotatably connected to rotating disk 64, this rotating disk 64 is positioned at the below of gripper shoe 14, and the card of rotating disk 64 is vertical, drive link 62 is hinged with two connecting rods 65 away from one end of trundle, this two connecting rod 65 parallels, the free end of connecting rod 65 described in two is hinged on the relative two sides of rotating disk 64 respectively, and the pin joint of connecting rod 65 and rotating disk 64 is near the edge of rotating disk 64, rotating disk 64 is fixed with driven sprocket 67, the output shaft of power motor 31 is fixed with drive sprocket 66, drive sprocket 66 is connected by chain with driven sprocket 67, power motor 31 drives rotating disk 64 to rotate by chain gear transmission, connecting rod 65 is hinged on the edge of rotating disk 64, therefore the rotation of rotating disk 64 makes connecting rod 65 produce compound motion that is mobile and that swing, final drive drive link 62 axial reciprocating moves.Vertically be fixed with some leads 16 in pedestal 1, lifter plate 61 be fixed with some sliding sleeves 612, sliding sleeve 612 is slidably located on lead 16, and lead 16 makes lifter plate 61 maintenance level and stable lifting.
Claims (10)
1. a numb Ci impacts processing unit (plant), comprise pedestal (1) and impacting rod (2), it is characterized in that, the upper surface of described pedestal (1) have for placing the raw-material material containing groove (11) of numb Ci, the circular in cross-section of this material containing groove (11), and the bottom surface of material containing groove (11) is curved, described impacting rod (2) is hinged on pedestal (1) upper surface, and one end of impacting rod (2) is positioned at material containing groove (11) top, described impacting rod (2) one end be positioned at above material containing groove (11) is fixed with the upper balancing weight (21) of column, described upper balancing weight (21) slides axially the housing (22) being arranged with tubular, the lower end of described housing (22) is rotatably connected to striking head (23), the lower surface of this striking head (23) is cambered surface, described pedestal (1) is also provided with and impacting rod (2) can be driven to swing and the power source (3) that striking head (23) is upwards lifted, be connected with between described impacting rod (2) and pedestal (1) and impacting rod (2) can be driven to swing and make striking head (23) impact raw-material extension spring (24) in material containing groove (11), the transmission mechanism one (4) that striking head (23) circumference can be driven to rotate when striking head (23) impacts raw material is provided with between described upper balancing weight (21) and striking head (23), described impact processing unit (plant) also comprises the push rod (5) of some arcs, on the cell wall of described material containing groove (11), circumference offers some pilot holes (12), described push rod (5) slides and is located in pilot hole (12), and one end of push rod (5) can be stretched in material containing groove (11), the end, one end that described push rod (5) can stretch into material containing groove (11) is fixed with scraping wings (51), be provided with between the other end of described push rod (5) and power source (3) and push rod (5) can be driven to stretch into material containing groove (11) when striking head (23) upwards lifts and make push pedal to the transmission mechanism two (6) of the center movement of material containing groove (11).
2. numb Ci according to claim 1 impacts processing unit (plant), it is characterized in that, described pedestal (1) upper surface has Connection Block (13), the upper end of described Connection Block (13) offers link slot (131), described impacting rod (2) is hinged in link slot (131), described Connection Block (13) upper end vertically has two joint pins (132), this joint pin (132) is positioned at the both sides of link slot (131), one end sidewall of described impacting rod (2) away from upper balancing weight (21) vertically has connecting pin (25), the two ends of this connecting pin (25) lay respectively at the both sides of impacting rod (2), described extension spring (24) has two, and one end of two extension springs (24) is connected on two joint pins (132) respectively, the other end is connected in the two ends of connecting pin (25) respectively.
3. numb Ci according to claim 2 impacts processing unit (plant), it is characterized in that, described power source (3) comprises power motor (31), the upper level of described pedestal (1) is fixed with gripper shoe (14), described gripper shoe (14) upper side is hinged with drive rod (32), described impacting rod (2) is fixed with drive plate (26) away from one end of upper balancing weight (21), described power motor (31) is connected in gripper shoe (14), and the output shaft of power motor (31) is connected mutually with drive rod (32), when power motor (31) drives drive rod (32) to swing, the free end of drive rod (32) can be resisted against on the upper side of drive plate (26).
4. numb Ci according to claim 3 impacts processing unit (plant), it is characterized in that, described gripper shoe (14) is vertically fixed with two risers (141), this two riser (141) parallels setting, described drive rod (32) takes the shape of the letter U, this drive rod (32) is positioned between two risers (141), and the middle part of drive rod (32) is hinged on two risers (141), the two ends of described drive rod (32) are all hinged with driving wheel (33), and this two driving wheel (33) can lean with drive plate (26) upper side.
5. the numb Ci according to claim 3 or 4 impacts processing unit (plant), it is characterized in that, the upper end closed of described housing (22), the lateral wall of housing (22) offers the escape groove (221) of strip vertically, above-mentioned impacting rod (2) is through escape groove (221), the upper surface of described striking head (23) has the connecting portion (231) of tubular, on the internal perisporium of this connecting portion (231), circumference has the connection convex edge (232) of annular, on the periphery wall of described housing (22) lower end, circumference offers cannelure (222), described connecting portion (231) turning set is located at the lower end of housing (22), and connection convex edge (232) is slidably connected in cannelure (222).
6. numb Ci according to claim 5 impacts processing unit (plant), it is characterized in that, described transmission mechanism one (4) comprises back-moving spring (41), the upper surface of described striking head (23) has adapter sleeve (42), the sliding plug of described upper balancing weight (21) is in adapter sleeve (42), on the sidewall of described adapter sleeve (42), circumference has two spiral helicine gathering sills (43), the periphery wall of described upper balancing weight (21) have two trundles one (44), the sliding plug of this two trundle one (44) difference is in two gathering sills (43), described back-moving spring (41) is arranged in adapter sleeve (42), and one end of back-moving spring (41) is pressed on the end face of striking head (23), the other end is pressed on the lower surface of balancing weight (21), lower balancing weight (233) is fixed with in described striking head (23).
7. numb Ci according to claim 6 impacts processing unit (plant), it is characterized in that, described transmission mechanism two (6) comprises lifter plate (61), described lifter plate (61) is vertically slidably connected in pedestal (1), and lifter plate (61) is horizontally disposed with, the upper side of described lifter plate (61) offers some dovetail grooves (611), the length direction of this some dovetail groove (611) is consistent with the radial direction of material containing groove (11) cross section, the end of described push rod (5) is all hinged with slide block (52), described slide block (52) is slidably connected in dovetail groove (611), fairlead (15) is also fixed with in the horizontal direction in described pedestal (1), described fairlead (15) interior sliding plug has drive link (62), the two ends of fairlead (15) are stretched out at the two ends of this drive link (62) respectively, one end and the power motor (31) of described drive link (62) are in transmission connection, and power motor (31) can drive drive link (62) to move back and forth, the other end and the lifter plate (61) of described drive link (62) are in transmission connection, and drive link (62) can drive lifter plate (61) to be back and forth elevated.
8. numb Ci according to claim 7 impacts processing unit (plant), it is characterized in that, the downside of described lifter plate (61) is vertically fixed with two driver plates (63), this two driver plate (63) be arranged in parallel, and driver plate (63) plate face parallels with drive link (62), described driver plate (63) all offers the driving groove (631) of strip, described driving groove (631) is all obliquely installed, and driving groove (631) towards one end of drive link (62) higher than the other end, one end of described drive link (62) is stretched between two driver plates (63), and be fixed with trundle two (621) in the end of drive link (62), the two ends difference sliding plug of described trundle two (621) is in two driving grooves (631).
9. numb Ci according to claim 8 impacts processing unit (plant), it is characterized in that, described gripper shoe (14) is rotatably connected to rotating disk (64), this rotating disk (64) is positioned at the below of gripper shoe (14), and the card of rotating disk (64) is vertical, described drive link (62) is hinged with connecting rod (65) away from one end of trundle, the free end of described connecting rod (65) is hinged on the side of rotating disk (64), and the edge of pin joint near rotating disk (64) of connecting rod (65) and rotating disk (64), described rotating disk (64) is fixed with driven sprocket (67), the output shaft of described power motor (31) is fixed with drive sprocket (66), described drive sprocket (66) is connected by chain with driven sprocket (67).
10. numb Ci according to claim 9 impacts processing unit (plant), it is characterized in that, some leads (16) are vertically fixed with in described pedestal (1), described lifter plate (61) is fixed with some sliding sleeves (612), described sliding sleeve (612) is slidably located on lead (16).
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| CN201510980909.2A CN105557796B (en) | 2015-12-23 | 2015-12-23 | A kind of numb Ci impacts processing unit (plant) |
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| CN201510980909.2A CN105557796B (en) | 2015-12-23 | 2015-12-23 | A kind of numb Ci impacts processing unit (plant) |
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| CN105557796A true CN105557796A (en) | 2016-05-11 |
| CN105557796B CN105557796B (en) | 2017-10-10 |
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| CN106418187A (en) * | 2016-11-07 | 2017-02-22 | 浙江海洋大学 | Fried glutinous pudding processing device |
| CN106538649A (en) * | 2016-11-07 | 2017-03-29 | 浙江海洋大学 | A kind of structure improved numb Ci processing machines |
| CN106614856A (en) * | 2016-11-25 | 2017-05-10 | 芜湖市泰能电热器具有限公司 | Robot capable of carrying out two-way extrusion |
| CN106614858A (en) * | 2016-11-25 | 2017-05-10 | 芜湖市泰能电热器具有限公司 | Two-way extrusion device |
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| CN106614856B (en) * | 2016-11-25 | 2019-02-15 | 芜湖市泰能电热器具有限公司 | It is a kind of can Bidirectional-squeezing robot |
| CN106719987B (en) * | 2016-11-25 | 2019-04-26 | 芜湖市泰能电热器具有限公司 | A kind of extrusion press people |
| CN106614856A (en) * | 2016-11-25 | 2017-05-10 | 芜湖市泰能电热器具有限公司 | Robot capable of carrying out two-way extrusion |
| CN108783555A (en) * | 2018-06-21 | 2018-11-13 | 高文杰 | A kind of unordered glutinous rice cake processing unit (plant) beaten of the progressive driven type of single shaft |
| CN108783555B (en) * | 2018-06-21 | 2020-07-24 | 嘉兴市瑞鑫塑业有限公司 | Glutinous rice cake processingequipment that unordered beating of unipolar progressive transmission formula |
| CN109845772A (en) * | 2019-03-19 | 2019-06-07 | 雷渊渊 | A kind of dough flapping device |
| CN112806403A (en) * | 2021-01-26 | 2021-05-18 | 严云 | Flour food beating processing equipment |
| CN113243482A (en) * | 2021-04-30 | 2021-08-13 | 宁波市江北新丰粮食机械有限公司 | Beat even rice cake equipment of beating |
| CN113243482B (en) * | 2021-04-30 | 2022-09-30 | 宁波市江北新丰粮食机械有限公司 | Beat even rice cake and beat equipment |
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Inventor after: Wu Jiebo Inventor after: Chen Zhenbiao Inventor after: Qiu Xuexia Inventor after: Deng Qiuyan Inventor after: Zhuang Liyang Inventor after: Lai Liumei Inventor after: Chen Zhenzhun Inventor after: Yan Li Inventor after: Peng Dinghui Inventor after: Wu Shaobo Inventor after: Xie Jianing Inventor after: Zhu Wenli Inventor after: Chen Zhenqiang Inventor before: Guo Jiachuan |
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Effective date of registration: 20180115 Address after: 523000 No. 73, Garden Street, Tangxia Town, Guangdong City, Dongguan province 503 Patentee after: Zhang Weibin Address before: Zeguo town Ze Chu Road Wenling city Taizhou city Zhejiang province 317523 No. 889 Wenling business city unit two building 708 room 9 Patentee before: WENLING CHUANGJIA INFORMATION SCIENCE & TECHNOLOGY CO., LTD. |
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