CN206371496U - The sea sedge roll forming device of machining production line is rolled up for sea sedge - Google Patents
The sea sedge roll forming device of machining production line is rolled up for sea sedge Download PDFInfo
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- CN206371496U CN206371496U CN201620880324.3U CN201620880324U CN206371496U CN 206371496 U CN206371496 U CN 206371496U CN 201620880324 U CN201620880324 U CN 201620880324U CN 206371496 U CN206371496 U CN 206371496U
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- sea sedge
- spool
- motor
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Abstract
The sea sedge roll forming device of machining production line is rolled up for sea sedge, including shaping cabinet, pressing mechanism and winding mechanism are installed on shaping cabinet, pressing mechanism includes upper pressure roller, lower compression roller, winding mechanism includes spool and shaping motor, it is molded spaced horizontal above and below cabinet upper lateral part and is provided with the penetrating upper installing hole in left and right and lower mounting hole, upper pressure roller is rotatably connected in upper installing hole, extend the right side of shaping cabinet and provided with gear in upper pressure roller right part, lower compression roller is rotatably connected in lower mounting hole, extend the left side of shaping cabinet and provided with the 6th belt wheel in lower compression roller left part, extend the right side of shaping cabinet and provided with lower gear in lower compression roller right part, lower gear is engaged with gear.The utility model is reasonable in design, can complete to carry out the sea sedge for processing maturation on production line this coiled food processing process of food processing.
Description
Technical field
The utility model belongs to food processing machinery technical field, and in particular to the sea sedge of machining production line is rolled up for sea sedge
Roll forming device.
Background technology
Sea sedge is all seaweed；But seaweed is not all sea sedge.Sea sedge belongs to Rhodophyta, Hong Mao algaes section.Nineteen fifty-five section of China
Worker has got the history of life of seaweed clear first, is made up of seaweed, filamentous, these three stages of small seaweed.Seaweed it is main into
Divide the carbohydrate for having about 50%, about 30% crude protein, vitamin A, B, C enrich, and containing iodine, phosphorus, calcium etc..It is that China commonly uses
Food, is all distributed in China coast, mainly based on jiangsu coast.Existing sea sedge processing machine is simple in construction and function not
It is enough perfect, it is impossible to which that complete completion captures sea sedge raw material, sprinkling edible oil and edible-flavouring, heating, drying and food and is molded this
One complete process.
Utility model content
The defect existed for prior art, the utility model, which is provided, is used for the sea sedge that sea sedge rolls up machining production line in one
Roll forming device, can complete to carry out the sea sedge for processing maturation on production line this coiled manufacturing procedure of food processing.
In order to solve the above technical problems, the technical scheme that the utility model is used is as follows：Roll up and process for sea sedge
The press mechanism and winding mechanism being provided with the sea sedge roll forming device of line, including shaping cabinet, shaping cabinet, pressing mechanism includes upper
Pressure roller, lower compression roller, it is penetrating provided with left and right that winding mechanism includes spaced horizontal above and below spool and shaping motor, shaping cabinet upper lateral part
Upper installing hole and lower mounting hole, upper pressure roller are rotatably connected in upper installing hole, and the right side of shaping cabinet is extended in upper pressure roller right part
And provided with gear, lower compression roller is rotatably connected in lower mounting hole, lower compression roller left part is extended the left side of shaping cabinet and is provided with
The right side of shaping cabinet is extended and provided with lower gear in 6th belt wheel, lower compression roller right part, and lower gear is engaged with gear, on cabinet
Right mounting hole is further opened with, the right part of spool is rotatably connected in right mounting hole, and spool left side is in axial direction offered
Groove hole, the right-hand member of spool extends the right side of shaping cabinet and provided with the 7th belt wheel, and shaping motor is arranged in shaping cabinet, shaping
The major axis horizontal of motor sets and extends the right side of shaping cabinet to the right, and the main shaft of shaping motor is provided with the 8th belt wheel, the 7th
Connected between belt wheel and the 8th belt wheel by the 4th belt transmission, inwall is provided with flexible gas on the right side of the shaping cabinet below spool
Cylinder, telescopic cylinder be arranged in parallel with spool, and the piston rod free end of telescopic cylinder is provided with pusher ring, and pusher ring is slidably located in volume
On axle, the internal diameter of pusher ring is equal with the external diameter of spool, and offering the sea sedge corresponding with right mounting hole on the left of shaping cabinet rolls out
Mouthful, sea sedge volume outlet diameter be more than spool outside diameter, shaping cabinet bottom be provided with the second air pump, the second air pump by tracheae with
Telescopic cylinder is connected；Shaping cabinet inwall on front side of right mounting hole is popped one's head in provided with the 3rd infrared induction, and spreading motor stops
When spool on groove hole be in horizontal configuration.
Shaping motor is clockwise and anticlockwise motor.
Using above-mentioned technical proposal, sea sedge volume machining production line also includes raw material cabinet and the processing set gradually from front to back
Grabbing device is installed on cabinet, raw material cabinet；Process cabinet top face open, power conveying device is installed in processing cabinet, cabinet top is processed
Portion is provided with by preceding to being sequentially provided with the fueling injection equipment being respectively positioned on above power conveying device, material-strewing device and heater box.
Grabbing device includes support bar, handgrip arm, electric rod and the crawl motor for being located at raw material cabinet top portion, crawl motor
The coaxial connection in the lower end of main shaft and support bar, handgrip arm is horizontally disposed with, and the main axis parallel of electric rod and crawl motor is set, branch
The upper end of strut is fixedly connected with one end of handgrip arm, and the other end of handgrip arm is fixedly connected with electric rod upper end, electric rod
Expansion link is set vertically downward, and the bottom of expansion link is fixedly connected with mechanical gripper.
Power conveying device includes motor, preceding belt roller and rear belt roller, and motor is arranged in processing cabinet, driving electricity
The major axis horizontal of machine sets and extends the left side of processing cabinet to the left, and the main shaft of motor is provided with the first belt wheel, processing
It is spaced apart before and after on cabinet and is provided with horizontally disposed preceding mounting hole and rear mounting hole, it is in mounting hole and left before preceding belt roller is rotatably connected on
The left side of processing cabinet is extended in end, and the left part of preceding belt roller is interval with the second belt wheel and the 3rd belt wheel, the first belt wheel with
Second belt wheel is connected by the first belt transmission, and rear belt roller is rotatably connected in rear mounting hole and left part and extends processing cabinet
Left side, the left part of rear belt roller is interval with the 4th belt wheel and the 5th belt wheel, passes through between the 3rd belt wheel and the 4th belt wheel
Two belt transmissions are connected, and are connected between preceding belt roller and rear belt roller by the conveyer belt being arranged in processing cabinet, conveyer belt
Upper surface is less than processing cabinet top face.
Fueling injection equipment includes being provided with the first infrared induction probe, oil bottle, the first air pump, threeway in oil spout case, oil spout case
Joint, the first oil pipe, the second oil pipe and the 3rd oil pipe, oil spout case is in rectangular parallelepiped structure and bottom is open, and oil spout case, which is arranged on, to be added
The front portion of work cabinet, is respectively equipped with interface and lower interface at the top and bottom of oil bottle, and the first air pump on tracheae and oil bottle by connecing
Mouth is tightly connected, and the upper end of the first oil pipe is tightly connected the lower interface of oil bottle, and the first oil pipe is provided with magnetic valve, the first oil pipe
Lower end connects an interface of three-way connection, two other interface of three-way connection respectively with the oil inlet of the second oil pipe and the 3rd
Oil pipe oil inlet is tightly connected, and the oil-out of the oil-out of the second oil pipe and the 3rd oil pipe is respectively equipped with a shower nozzle, two sprays
The injection direction of head is down-set, and the first infrared induction probe is located at oil spout case side interior wall lower edge.
Material-strewing device includes spreading case, screen drum and spreading motor, and spreading case is arranged on above and below the middle part of processing cabinet, spreading case
Opening, the top left and right sides of spreading case offers mounting groove respectively, and the center line of screen drum is horizontally disposed with, and screen drum two ends are set respectively
Have to be provided between a round baffle plate, two round baffle plates and be provided with charge door, center with central shaft of the screen drum with center line, screen drum top
Axle correspondence is rotatably installed in a mounting groove, and the following side of screen drum is spaced apart along its length is provided with two row's discharge openings, spreading
The inside of case is provided with the block with blocking two row's discharge openings, provided with the arc groove being adapted with screen drum profile at the top of block, gear
The feed opening with discharge opening equal length in left-right direction is offered at the bottom land of arc groove on block, spreading motor passes through motor
Mounting seat is fixedly connected in the outer right wall of spreading case, and the main shaft of spreading motor passes through shaft coupling and the central shaft right-hand member of screen drum
Portion is connected, and the left side inwall lower edge of spreading case is additionally provided with the second infrared induction probe.
Heater box bottom is open, and heater box is arranged on the rear portion of processing cabinet, and heater box bosom position level, which is provided with, to be added
Temperature sensor and humidity sensor are installed in hot water radiation wire, the top inner wall of heater box.
Also include PLC, PLC by control cable respectively with crawl motor, electric rod, mechanical gripper,
Motor, the first infrared induction probe, the first air pump, magnetic valve, spreading motor, the second infrared induction probe, adding thermal resistance
Silk, temperature sensor, humidity sensor connection.
Shaping cabinet in the utility model is located on rear side of processing cabinet, rear end and the sea sedge roll forming device of power conveying device
Front end linking, between the 5th belt wheel and the 6th belt wheel by the 3rd belt transmission connect, PLC is also by controlling cable
It is connected respectively with shaping motor, the second air pump and the 3rd infrared induction probe, the center line in groove hole is located at conveyer belt upper surface
In the plane at place, the plane where conveyer belt upper surface is located between upper pressure roller and lower compression roller.
Using above-mentioned technical proposal, the utility model has the advantages that：
1st, automatic grabbing device is employed on raw material cabinet, it is only necessary to sea sedge raw material to be processed are manually placed into raw material
On cabinet, crawl motor drives support bar and handgrip arm to turn to above raw material cabinet, and the mechanical gripper of electric rod lower end is captured downwards
To sea sedge raw material, electric rod driving mechanical has been handed up the sea sedge raw material grabbed, crawl motor drive support bar and
Handgrip arm turns to processing cabinet front side top, and electric rod driving mechanical hands down to move is placed into conveyer belt by sea sedge raw material
On, by controlling computer or PLC to manipulate, accurate with positioning and crawl, sea sedge raw material sub-material is uniform, it is to avoid artificial
Capture physical labor intensity big, the problem of sea sedge raw material sub-material is uneven after longevity of service occurs；
2nd, processing cabinet be sequentially provided with fueling injection equipment, material-strewing device and heater box from front to back, when sea sedge raw material pass through it is defeated
When sending the band to be transported to oil spout case backward, the first infrared induction probe is sensed after the sea sedge raw material on conveyer belt to control computer
Or PLC sends instruction, control computer or PLC control the first air pump to act the pressurization into oil bottle, and magnetic valve is opened
Open and closed after certain time, edible oil sprays from two shower nozzles to be uniformly sprayed onto on sea sedge raw material, is sprayed after completing an action
All electric-controlled parts of fuel tank are out of service, wait the next instruction of the first infrared induction probe；Sprayed the sea of edible oil
Tundra material continues to deliver into spreading case backward, and the second infrared induction probe is sensed after the sea sedge raw material on conveyer belt
Instruction, control computer or PLC control motor action are sent to control computer or PLC, motor is pressed
Positive and negative rotation, after any one in two row's discharge openings is overlapped with feed opening, the food in screen drum are carried out according to the program set
Discharged with condiment by the discharge opening and feed opening of coincidence, edible-flavouring is sieved and is spread across the sea sedge raw material for spraying edible oil
On, all electric-controlled parts for completing spreading case after an action are out of service, wait next finger of the second infrared induction probe
Order；Sprayed edible oil and sieve spilt edible-flavouring sea sedge raw material continue be transported to backward in heater box, in heater box
Resistive heater senses the humidity sensor that the sea sedge raw material heating of process is scorched in ready state, heater box wet
When spending larger or smaller instruction, control computer or PLC control resistive heater are sent to control computer or PLC
Corresponding increase temperature or reduction temperature, temperature sensor send the temperature in heater box to control computer or PLC in real time,
Staff is facilitated to understand the temperature change in heater box at any time；Sea sedge raw material realize sprinkling edible oil, sieve and spill edible tune
The full automation of material and thermal ripening, it is not necessary to manual hand manipulation；
3rd, shaped device is employed on shaping cabinet, the ripe sea sedge of processing conveys backward through conveyer belt, is transported to pressure roller
Between lower compression roller, upper pressure roller and lower compression roller extrude slabbing by ripe sea sedge is processed, and the sea sedge for extruding slabbing is defeated backward
It is fed into the groove hole of spool, sea sedge triggers the 3rd infrared induction probe, the 3rd infrared sense before groove hole is entered
It should pop one's head in and send instruction, control computer or PLC control spreading motor action, spreading to control computer or PLC
Motor drives spool to rotate and the sea sedge for extruding slabbing is rolled onto on spool, when the probe sensing of the 3rd infrared induction is less than front
During sheet sea sedge, the 3rd infrared induction is popped one's head in and sends instruction, control computer or PLC to control computer or PLC
Spreading motor stopping action being controlled, while controlling the running of the second air pump, the piston rod of telescopic cylinder is controlled after the running of the second air pump
Action, the pusher ring of piston rod front end, which rolls up the sea sedge spooled on spool from the sea sedge of shaping cabinet, rolls out mouth release, and processing is ripe
Sea sedge be just fabricated to nutritious sea sedge volume by a series of actions.
In summary, the utility model is reasonable in design, and sea sedge raw material realize crawl sub-material, sprinkling edible oil, sieve and spilt
The full automation of edible-flavouring and thermal ripening, it is not necessary to which artificial operation, low with cost, workflow is simple and reliable.
Brief description of the drawings
Fig. 1 is dimensional structure diagram of the present utility model；
Fig. 2 is main structure diagram of the present utility model；
Fig. 3 is Fig. 2 top view；
Fig. 4 is the transversary schematic diagram of oil spout case in the utility model；
Fig. 5 is the vertical structure schematic diagram of spreading case in the utility model；
Fig. 6 is the transversary schematic diagram of heater box in the utility model；
Fig. 7 is the partial enlarged drawing at A in Fig. 1.
Embodiment
Embodiment of the present utility model is described in further detail below in conjunction with the accompanying drawings：
The utility model is using the left-hand in Fig. 2 to be preceding to dextrad is backward, and forward direction is left-hand, is backward dextrad.
As shown in Fig. 1-Fig. 7, the sea sedge roll forming device of machining production line is rolled up for sea sedge, including from front to back successively
Grabbing device is installed on raw material cabinet 1, processing cabinet 2 and the shaping cabinet 3 of setting, raw material cabinet 1, processing cabinet 2 top surface is open, processes cabinet
Power conveying device is installed, the top of processing cabinet 2 is provided with by preceding to being sequentially provided with the spray being respectively positioned on above power conveying device in 2
Oily device, material-strewing device and heater box 4, shaping cabinet 3 top surface are open, and shaped device, power conveying device are provided with shaping cabinet 3
Rear end be connected with the front end of shaped device.
Grabbing device includes support bar 6, handgrip arm 7, electric rod 9 and the crawl motor 5 for being located at the top of raw material cabinet 1, crawl
The main shaft of motor 5 and the coaxial connection in the bottom of support bar 6, handgrip arm 7 are horizontally disposed with, the master of electric rod 9 and crawl motor 5
Axle is be arranged in parallel, and the upper end of support bar 6 is fixedly connected with one end of handgrip arm 7, the other end and the upper end of electric rod 8 of handgrip arm 7
It is fixedly connected, the expansion link 9 of electric rod 8 is set vertically downward, the bottom of expansion link 9 is fixedly connected with mechanical gripper 10.
Power conveying device includes motor 11, preceding belt roller 12 and rear belt roller 13, and motor 11 is arranged on processing cabinet 2
Interior, the major axis horizontal of motor 11 is set and extends the left side of processing cabinet 2 to the left, and the main shaft of motor 11 is provided with
It is spaced apart before and after on first belt wheel 14, processing cabinet 2 and sets horizontally disposed preceding mounting hole and rear mounting hole, preceding belt roller 12 rotates connection
In preceding mounting hole and left part extend processing cabinet 2 left side, the left part of preceding belt roller 12 is interval with the second belt wheel 15
With the 3rd belt wheel 16, the first belt wheel 14 is connected with the second belt wheel 15 by the first belt 17, and rear belt roller 13 is rotatably connected on
The left side of processing cabinet 2 is extended in mounting hole and left part afterwards, and the left part of rear belt roller 13 is interval with the He of the 4th belt wheel 18
5th belt wheel 19, is connected between the 3rd belt wheel 16 and the 4th belt wheel 18 by the second belt 20, preceding belt roller 12 and rear belt roller
By the transmission chain connect of conveyer belt 21 being arranged in processing cabinet 2 between 13, the upper surface of conveyer belt 21 is less than the processing top surface of cabinet 2.
Fueling injection equipment includes being provided with the first infrared induction probe 23, oil bottle 24, the first gas in oil spout case 22, oil spout case 22
Pump 25, three-way connection 26, the first oil pipe 27, the second oil pipe 31 and the 3rd oil pipe 32, oil spout case 22 are in rectangular parallelepiped structure and bottom
Opening, oil spout case 22 is arranged on the front portion of processing cabinet 2, and the top and bottom of oil bottle 24 are respectively equipped with interface 28 and lower interface 29,
First air pump 25 is tightly connected by the upper interface 28 of tracheae and oil bottle 24, and the upper end of the first oil pipe 27 is tightly connected oil bottle 24
Lower interface 29, the first oil pipe 27 is provided with magnetic valve 30, and the lower end of the first oil pipe 27 connects an interface of three-way connection 26, three
Two other interface of pass joint 26 is tightly connected with the oil inlet and the oil inlet of the 3rd oil pipe 32 of the second oil pipe 31 respectively, and second
The oil-out of the oil-out of oil pipe 31 and the 3rd oil pipe 32 is respectively equipped with a shower nozzle 33, the injection directions of two shower nozzles 33 to
Lower to set, the first infrared induction probe 23 is located at the side interior wall lower edge of oil spout case 22.
Material-strewing device includes spreading case 34, screen drum 35 and spreading motor 36, and spreading case 34 is arranged on the middle part of processing cabinet 2,
Lower open mouth on spreading case 34, the top left and right sides of spreading case 34 offers mounting groove 37, the center line level of screen drum 35 respectively
Set, the two ends of screen drum 35 are respectively equipped between a round baffle plate 64, two round baffle plates 64 and are provided with and center of the screen drum with center line
Charge door 65 is provided with the top of axle 38, screen drum, the correspondence of central shaft 38 is rotatably installed in a mounting groove 37, the following side of screen drum 35
It is spaced apart along its length and is provided with two row's discharge openings 39, the inside of spreading case 34 is provided with the block with blocking two row's discharge openings 39
66, the top of block 66 provided with the arc groove being adapted with the profile of screen drum 35, on block 66 arc groove 40 bottom land offer with
The feed opening 41 of the equal length in left-right direction of discharge opening 39, spreading motor 36 is fixedly connected on spreading case by motor mount
In 34 outer right wall, the main shaft of spreading motor 36 is connected by the right part of central shaft 38 of shaft coupling and screen drum 35, is spread
The left side inwall lower edge of hopper 34 is provided with the second infrared induction probe 42.
The bottom of heater box 4 is open, and heater box 4 is arranged on the rear portion of processing cabinet 2, and the bosom position level of heater box 4 is set
Have and temperature sensor 44 and humidity sensor 45 are installed in resistive heater 43, the top inner wall of heater box 4.
Shaped device is included above and below upper pressure roller 46, lower compression roller 47, spool 48 and shaping motor 49, the shaping forward upper of cabinet 3
Spaced horizontal is provided with penetrating upper installing hole and lower mounting hole, and upper pressure roller 46 is rotatably connected in upper installing hole, and upper pressure roller 46 is right
The right side of shaping cabinet 3 is extended and provided with gear 50 in end, and lower compression roller 47 is rotatably connected in lower mounting hole, and lower compression roller 47 is left
The left side of shaping cabinet 3 is extended and provided with the 6th belt wheel 51 in end, and the 3rd skin is passed through between the 5th belt wheel 19 and the 6th belt wheel 51
Band 52 is connected, and the right side of shaping cabinet 3 is extended and provided with lower gear in the right part of lower compression roller 47, and lower gear is nibbled with gear 50
Close, be further opened with right mounting hole on cabinet, the right part of spool 48 is rotatably connected in right mounting hole, the left side of spool 48 is along axle
Groove hole 53 is offered to direction, the right-hand member of spool 48 extends the right side of shaping cabinet 3 and provided with the 7th belt wheel 54, is molded motor
49 are arranged in shaping cabinet 3, and the major axis horizontal of shaping motor 49 sets and extends the right side of shaping cabinet 3 to the right, is molded motor
49 main shaft is provided with the 8th belt wheel 55, is connected between the 7th belt wheel 54 and the 8th belt wheel 55 by the 4th belt 56, rolls up
The right side inwall of shaping cabinet 3 of the lower section of axle 48 is provided with telescopic cylinder 57, and telescopic cylinder 57 be arranged in parallel with spool 48, telescopic cylinder
57 free end of piston rod 58 is provided with pusher ring 59, and pusher ring 59 is slidably located on spool 48, the internal diameter and volume of pusher ring 59
The external diameter of axle 48 is equal, and the left side of shaping cabinet 3 offers the sea sedge corresponding with right mounting hole and rolls out mouth 61, and it is straight that sea sedge rolls out mouth 61
Footpath is more than the outside diameter of spool 48, and the bottom of shaping cabinet 3 is provided with the second air pump 62, and the second air pump 62 passes through tracheae and telescopic cylinder
57 connections；The inwall of shaping cabinet 3 on front side of right mounting hole is provided with the 3rd infrared induction probe 63.
The center line in groove hole 53 is flat where the upper surface of conveyer belt 21 in the plane where the upper surface of conveyer belt 21
Face is located between upper pressure roller 46 and lower compression roller 47；It is molded the groove hole 53 when motor 49 stops on spool 48 and is in horizontal configuration.
Also include PLC 68, PLC 68 is by controlling cable respectively with capturing motor 5, electric rod 8, machinery
Handgrip 10, motor 11, the 23, first air pump 25 of the first infrared induction probe, magnetic valve 30, spreading motor 36, second are infrared
Inductive probe 42, resistive heater 43, temperature sensor 44, humidity sensor 45, shaping motor 49, the second air pump 62 and the 3rd
Infrared induction probe 63 is connected.
Spreading motor 36 is clockwise and anticlockwise motor.
PLC in the utility model belongs to prior art, and its concrete structure is not described in detail.PLC English
Full name is:Programmable logic Controller, programmable logic controller (PLC), a kind of electronics of digital operation
System, aims at what is applied and design in industrial environment.It uses a class programmable memory, for its internally stored program,
Execution logic computing, sequential control, timing, the user oriented instruction such as counting and arithmetical operation, and by digital or analog
Input, the various types of machineries of output control or production process.It is the core of Industry Control.PLC is primarily referred to as
The programmable logic controller (PLC) of digital operation electronic system.
The course of work of the present utility model is as follows：Sea sedge raw material to be processed are placed into raw material cabinet 1 by staff
On, control computer or the control crawl motor 5 of PLC 68 drive support bar 6 and handgrip arm 7 to turn to the top of raw material cabinet 1, electricity
The mechanical gripper 10 of the lower end of lever 8 grabs downwards sea sedge raw material, and the driving mechanical of electric rod 8 has been handed up the sea grabbed
Tundra material, crawl motor 5 drives support bar 6 and handgrip arm 7 to turn to the processing front side top of cabinet 2, the driving mechanical hand of electric rod 8
Move down and sea sedge raw material be placed on conveyer belt 21, by controlling computer or PLC 68 to manipulate, with positioning and
Crawl is accurate, and sea sedge raw material sub-material is uniform, it is to avoid artificial crawl physical labor intensity is big, sea sedge former material after longevity of service
The problem of material sub-material is uneven occurs.
Processing cabinet 2 be sequentially provided with fueling injection equipment, material-strewing device and heater box 4 from front to back, when sea sedge raw material pass through it is defeated
When sending the band 21 to be transported to oil spout case 22 backward, the first infrared induction probe 23 senses that the sea sedge raw material on conveyer belt 21 are backward
Control computer or PLC 68 send instruction, and control computer or PLC 68 control the first air pump 25 to act to oil bottle 24
Interior pressurization, magnetic valve 30 is opened and closed after certain time, and edible oil sprays from two shower nozzles 33 is uniformly sprayed onto sea sedge raw material
On, all electric-controlled parts for completing oil spout case 22 after an action are out of service, wait the next of the first infrared induction probe 23
Individual instruction；The sea sedge raw material for spraying edible oil continue to deliver into spreading case 34 backward, the second infrared induction probe 42
Sense that control computer or PLC are controlled to controlling computer or PLC 68 to send instruction after the sea sedge raw material on conveyer belt 21
The control spreading of device 68 motor 36 processed is acted, and spreading motor 36 carries out positive and negative rotation according to the program set, when two row's discharge openings
After any one in 39 is overlapped with feed opening 41, discharge opening 39 and feed opening 41 that the edible-flavouring in screen drum 35 passes through coincidence
Discharge, edible-flavouring sieve is spread across on the sea sedge raw material for spraying edible oil, and spreading case 34 is all after one action of completion
Electric-controlled parts are out of service, wait the next instruction of the second infrared induction probe 42；Sprayed edible oil and sieve spilt edible
The sea sedge raw material of condiment continue to be transported to backward in heater box 4, and the resistive heater 43 in heater box 4 is former by the sea sedge of process
The humidity sensor 45 that material heating is scorched in ready state, heater box 4 is sensed when humidity is larger or smaller to control
Computer or PLC 68 send instruction, control computer or the control of PLC 68 resistive heater 43 accordingly increase temperature or
Temperature is reduced, temperature sensor 44 sends the temperature in heater box 4, convenient work to control computer or PLC 68 in real time
Personnel understand the temperature change in heater box 4 at any time；Sea sedge raw material realize sprinkling edible oil, sieve and spill edible-flavouring and heating
Ripe full automation, it is not necessary to manual hand manipulation.
The ripe sea sedge of processing conveys backward through conveyer belt 21, is transported between pressure roller 46 and lower compression roller 47, upper pressure roller
46 and lower compression roller 47 will process ripe sea sedge and extrude slabbing, the sea sedge of extruding slabbing delivers into spool 48 backward
In groove hole 53, sea sedge triggers the 3rd infrared induction probe 63, the 3rd infrared induction probe 63 before groove hole 53 is entered
Instruction is sent to control computer or PLC 68, control computer or the control shaping motor 49 of PLC 68 are acted, be molded
Motor 49 drives spool 48 to rotate and the sea sedge for extruding slabbing is rolled onto on spool 48, when the 3rd infrared induction probe 63 senses not
To front sheet sea sedge when, the 3rd infrared induction probe 63 sends instruction to control computer or PLC 68, control computer
Or the control shaping motor 49 stopping action of PLC 68, while controlling the second air pump 62 to operate, controlled after the running of the second air pump 62
The piston rod 58 of telescopic cylinder 57 processed is acted, and the pusher ring 59 of the front end of piston rod 58 rolls up the sea sedge spooled on spool 48 from shaping
The sea sedge of cabinet 3 rolls out mouth 61 and released, and the ripe sea sedge of processing is just fabricated to nutritious sea sedge volume by a series of actions.
The present embodiment not makees any formal limitation, every foundation to shape of the present utility model, material, structure etc.
Any simple modification, equivalent variations and modification that technical spirit of the present utility model is made to above example, belong to this reality
With the protection domain of new technique scheme.
Claims (2)
1. the sea sedge roll forming device of machining production line is rolled up for sea sedge, it is characterised in that：Including shaping cabinet, installed on shaping cabinet
There are pressing mechanism and winding mechanism, pressing mechanism includes upper pressure roller, lower compression roller, and winding mechanism includes spool and shaping motor, into
Spaced horizontal is provided with the penetrating upper installing hole in left and right and lower mounting hole above and below type cabinet upper lateral part, and upper pressure roller is rotatably connected on installation
In hole, the right side of shaping cabinet is extended and provided with gear in upper pressure roller right part, and lower compression roller is rotatably connected in lower mounting hole, under
The left side of shaping cabinet is extended and provided with the 6th belt wheel in pressure roller left part, and lower compression roller right part is extended the right side of shaping cabinet and set
There is lower gear, lower gear is engaged with gear, be further opened with right mounting hole on shaping cabinet, the right part of spool is rotatably connected on the right side
In mounting hole, spool left side in axial direction offers groove hole, and the right-hand member of spool extends the right side of shaping cabinet and is provided with
7th belt wheel, shaping motor is arranged in shaping cabinet, and the major axis horizontal of shaping motor sets and extends the right side of shaping cabinet to the right
Side, the main shaft of shaping motor is provided with the 8th belt wheel, is connected between the 7th belt wheel and the 8th belt wheel by the 4th belt transmission, volume
Inwall is provided with telescopic cylinder on the right side of shaping cabinet below axle, and telescopic cylinder be arranged in parallel with spool, the piston rod of telescopic cylinder
Free end is provided with pusher ring, and pusher ring is slidably located on spool, and the internal diameter of pusher ring is equal with the external diameter of spool, and shaping cabinet is left
Side offers the sea sedge corresponding with right mounting hole and rolls out mouth, and sea sedge volume outlet diameter is more than spool outside diameter, shaping cabinet
Bottom is provided with the second air pump, and the second air pump is connected by tracheae with telescopic cylinder；Shaping cabinet inwall on front side of right mounting hole
Provided with the 3rd infrared induction probe, groove hole when spreading motor stops on spool is in horizontal configuration.
2. the sea sedge roll forming device according to claim 1 that machining production line is rolled up for sea sedge, it is characterised in that：Shaping
Motor is clockwise and anticlockwise motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620880324.3U CN206371496U (en) | 2016-08-15 | 2016-08-15 | The sea sedge roll forming device of machining production line is rolled up for sea sedge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620880324.3U CN206371496U (en) | 2016-08-15 | 2016-08-15 | The sea sedge roll forming device of machining production line is rolled up for sea sedge |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206371496U true CN206371496U (en) | 2017-08-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620880324.3U Expired - Fee Related CN206371496U (en) | 2016-08-15 | 2016-08-15 | The sea sedge roll forming device of machining production line is rolled up for sea sedge |
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| CN (1) | CN206371496U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110506905A (en) * | 2019-09-09 | 2019-11-29 | 连云港阿西门迪智能科技有限公司 | Sea sedge volume processing automatic assembly line pulls away device with winding device and crawl |
| CN112107018A (en) * | 2020-08-26 | 2020-12-22 | 戈宝生 | Carving device for making big cake by beam |
| CN112617143A (en) * | 2020-12-15 | 2021-04-09 | 山东大学 | Laver rolling device, automatic rolling device and laver rolling processing equipment |
-
2016
- 2016-08-15 CN CN201620880324.3U patent/CN206371496U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110506905A (en) * | 2019-09-09 | 2019-11-29 | 连云港阿西门迪智能科技有限公司 | Sea sedge volume processing automatic assembly line pulls away device with winding device and crawl |
| CN112107018A (en) * | 2020-08-26 | 2020-12-22 | 戈宝生 | Carving device for making big cake by beam |
| CN112617143A (en) * | 2020-12-15 | 2021-04-09 | 山东大学 | Laver rolling device, automatic rolling device and laver rolling processing equipment |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170804 Termination date: 20180815 |