CN105962162A - Porphyra production line - Google Patents
Porphyra production line Download PDFInfo
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- CN105962162A CN105962162A CN201610480138.5A CN201610480138A CN105962162A CN 105962162 A CN105962162 A CN 105962162A CN 201610480138 A CN201610480138 A CN 201610480138A CN 105962162 A CN105962162 A CN 105962162A
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Abstract
The invention provides a porphyra production line which comprises porphyra collecting shifting devices. The porphyra collecting shifting devices comprise porphyra collecting discs, and the porphyra collecting discs are used for accommodating porphyra and can be driven to sequentially pass a porphyra pouring forming mechanism, dehydrating mechanisms and a loosening mechanism. The porphyra pouring forming mechanism is used for conveying the to-be-processed porphyra to the porphyra collecting discs and uniformly spreading the to-be-processed porphyra; the dehydrating mechanisms are used for collecting the porphyra collecting discs with the uniformly spread porphyra, and the porphyra can be dehydrated by the dehydrating mechanisms; the loosening mechanism is used for collecting the porphyra collecting discs with the dehydrated porphyra, and the porphyra can become fluffy by the aid of high-pressure air. The porphyra production line in a design has the advantages that the porphyra collecting discs can be driven by the porphyra collecting shifting devices to be sequentially subjected to porphyra pouring forming, dehydrating and loosening working procedures, accordingly, fluffy porphyra cake can be formed on the porphyra collecting discs, and continuous production can be completed; the various mechanisms in the porphyra production line are reasonable in design, and the working procedures are simple.
Description
Technical field
The present invention relates to technical field of mechanical equipment, be specifically related to a kind of laver production line.
Background technology
Traditional Thallus Porphyrae produces and includes manually being dehydrated, balance, cake processed, takes the hard work such as dish, handling,
Production efficiency is low, longevity of service.Need more workman just can complete whole production line, production cost
High.And previous Thallus Porphyrae process equipment typically uses machine driving, being affected by transmission lubrication, Thallus Porphyrae holds
Being vulnerable to the pollution of lubricating oil or grease, product hygienic conditions are poor.
Summary of the invention
The laver production line that it is an object of the invention to provide, solve above-mentioned of the prior art one or
Multiple.
The invention provides laver production line, including: connect dish transfer device, including for holding Thallus Porphyrae
Connecing vegetable dish, this connects vegetable dish and can be sequentially passed through by driving and water dish builder, dewatering device, loose mechanism.
Wherein, water dish builder, for delivering to connect vegetable dish and uniformly spread out by pending Thallus Porphyrae;Dewaterer
Structure, for receive fill the Thallus Porphyrae that is spread evenly connect vegetable dish, and Thallus Porphyrae is dehydrated;Hog shred
Structure, for receive fill the dehydrated Thallus Porphyrae completed connect vegetable dish, make Thallus Porphyrae fluffy by gases at high pressure.
This design by connecing the driving of dish transfer device, connect vegetable dish sequentially pass through water dish shape, dehydration and
Loose operation, forms fluffy Thallus Porphyrae cake connecing, completes consecutive production on vegetable dish.Each on production line
Mechanism is reasonable in design, and operation is simple.
In some embodiments, also include Bao Cai mechanism, fill and sent into by the vegetable dish that connects of fluffy Thallus Porphyrae
Dry in drying room, Bao Cai mechanism for receive fill the Thallus Porphyrae that is oven-dried connect vegetable dish, and Thallus Porphyrae is carried out
Capture and the material returned connects vegetable dish to vacate.
This design carries out capturing and the material returned by the Thallus Porphyrae in Bao Cai mechanism docking vegetable dish, vacates and connects vegetable dish,
Make to connect vegetable dish to continue through and water dish builder, use mechanization work completely, it is not necessary to manual operation, carry
High workload efficiency.
In some embodiments, Bao Cai mechanism includes the 4th air lifter, fixing frame plate, some
Group clamping plate and some bearing pins, often group clamping plate include train wheel bridge and lower plate respectively, and every piece of train wheel bridge is respectively
It is arranged at intervals at the lower section of fixing frame plate and is connected with fixing frame plate;Fixing frame plate is arranged at the 4th pneumatic liter
Below descending mechanism, one end of every bearing pin is fixing with the 4th air lifter respectively to be connected, and the other end divides
Do not sequentially pass through fixing frame plate and train wheel bridge to connect with corresponding lower plate;Train wheel bridge is provided with some
Stamp dish nail, is provided with on lower plate and stabs the through hole that dish nail coordinates, and stamp dish nail can up and down formula be set in
In through hole.
This design adopts, by stamp dish nail, the Thallus Porphyrae connecing on vegetable dish, is then backed off Thallus Porphyrae by lower plate,
It is delivered to outside main frame be collected by conveyer device.The vegetable dish that connects vacated goes successively to water dish forming process.
Production line completes seriality operation, scientific and reasonable for structure.
In some embodiments, water dish builder to include:
Pneumatic control cutting agency, including the first air lifter, water tank, several water seal cover, several
Feed pipe and several push rod, the base plate of water tank offers several inlet, and inlet is opened by water seal cover
Closing, push rod upper end connects the first air lifter, and lower end connects water seal cover by liner, connects vegetable dish and sets
Below water tank bottom plate, it is oppositely arranged with inlet, feed pipe connection inlet, and is positioned at and connects on vegetable dish
Side;
Pneumatic upper retaining ring mechanism, it is located at feed pipe and connects between vegetable dish, including installing rack, several dash
Cover and two the second cylinders, two the second vertical cylinder are installed on the bottom of water tank bottom plate, two the second gas
The piston rod of cylinder connects the two ends of installing rack respectively, and several water retaining cover upper ends are fixedly connected on installing rack,
Its lower end contacts with the upper surface connecing vegetable dish or is oppositely arranged;
Pneumatic lower water conservation mechanism, including several first pallets and the 5th air lifter, the first pallet sets
In connecing below vegetable dish, the first tray bottom connects the 5th air lifter, drives the first tray upper surface
Touch with connecing vegetable dish bottom connection or be oppositely arranged;
Connect vegetable dish, water seal cover, push rod, inlet, feed pipe, water retaining cover, the first tray position one by one
Corresponding, and quantity is identical.
In its natural state, water seal cover seals inlet in this design.During work, by the first pneumatic liter
Descending mechanism drives water seal cover to leave inlet, and the temper making the Thallus Porphyrae in water tank and water is defeated by feed pipe
Deliver to connect vegetable dish, it is achieved moment waters dish.Watering dish moment, the decline of pneumatic upper retaining ring mechanism covers Thallus Porphyrae cake
Periphery, pneumatic lower water conservation mechanism rise, block treatment hole, reach the purpose of short time water conservation, make purple
Dish is distributed in uniformly and connects on vegetable dish, and the most pneumatic lower water conservation mechanism declines, and connects the water of Thallus Porphyrae in vegetable dish and leads to
Filtered water bore flows out, because there being pneumatic upper retaining ring mechanism, Thallus Porphyrae will not spill over and connect outside vegetable dish, forming quality
Good.The whole dish forming process of watering need not use machine oil, it is to avoid the greasy dirt dye of Thallus Porphyrae, makes purple
The course of processing clean hygiene of dish.
In some embodiments, dewatering device includes:
Upper water-absorption mechanism, it is located at and connects above vegetable dish, including the second air lifter, sponge sucks in water device
With upper suction hose, sponge sucks in water, and device is oppositely arranged with connecing vegetable dish, and the second air lifter connects sponge and inhales
Hydrophone, for controlling, sponge sucks in water that device contacts with connecing vegetable dish or separates, and sponge sucks in water device is by upper water suction
Suction hose on fittings, the upper suction hose other end connects commutation negative pressure-pumping mechanism;
Lower water-absorption mechanism, it is located at and connects below vegetable dish, including water treatment plant and lower suction hose, water treatment plant
Being close to connect vegetable dish base plate, and connect the treatment hole connecing vegetable dish base plate, water treatment plant is by lower water suction joint
The lower suction hose of connection, the lower suction hose other end connects commutation negative pressure-pumping mechanism;
Commutation negative pressure-pumping mechanism, it is used for controlling upper water-absorption mechanism and lower water-absorption mechanism alternately absorption connects dish
The moisture of the Thallus Porphyrae cake on dish.
This design is alternately drawn by water-absorption mechanism and lower water-absorption mechanism in commutation negative pressure-pumping mechanism controls
Connect the moisture of Thallus Porphyrae cake on vegetable dish, decrease blower fan load, it is only necessary to use the blower fan of lower-wattage,
Just can reach bigger negative pressure, it is achieved that to being the pressure sucking-off of moisture in Thallus Porphyrae cake, make Thallus Porphyrae cake quick
Sizing, reaches shorten the dehydration shaping time and reduce the technique effect of Thallus Porphyrae cake moisture content, thus reduces purple
The drying cost of dish, improves Thallus Porphyrae cake Forming Quality.
In some embodiments, commutation negative pressure-pumping mechanism includes air-introduced machine and suction box, on suction box
Portion is connected with air-introduced machine by steel pipe, and suction box two sides are respectively equipped with the first water sucking mouth, side and the second side
Water sucking mouth, the first upper suction hose of water sucking mouth, side connection, the second lower suction hose of water sucking mouth, side connection;
Being provided with dividing plate and valve plate in suction box, dividing plate one end is fixing with the bottom of suction box to be connected, the other end
Connecting and have support seat, suction box is externally provided with the piston of the 4th cylinder and swing arm, swing arm one end and the 4th cylinder
Bar is hinged, and the other end is sheathed in rotary shaft, and rotary shaft is installed on support seat, and valve plate is sheathed on rotation
On axle, conflicting and be connected in the top with suction box two side that valve plate can swing, valve plate draws for control
The blower fan upper suction hose of connection or lower suction hose.
This design is lifted by the piston rod of the 4th cylinder and drives swing arm to rotate, thus axle is rotated and turns
Dynamic, the valve plate that thus can control to be sheathed on rotary shaft swings, when valve plate turns to inhale with the first side
The sidewall of place, mouth of a river suction box is conflicted when connecting, and dividing plate, valve plate, the sidewall of suction box and the first side are inhaled
The mouth of a river limits a space, and the steel pipe making the first water sucking mouth, side not connect with suction box top connects,
So that the upper suction hose of connection the first water sucking mouth, side does not connects with the air-introduced machine connecting steel pipe.And now,
The steel pipe connection that second water sucking mouth, side connects with suction box top, thus connect air-introduced machine, when air inducing power traction
Wind, forms negative pressure, thus realizes the lower suction hose water suction connected with the second water sucking mouth, side.Same, when
Valve plate turns to sidewall with the second place, water sucking mouth, side suction box and conflicts when being connected, also according to above-mentioned
Principle, it is achieved the upper suction hose water suction connected with the first water sucking mouth, side.So, it is achieved that it is Thallus Porphyrae cake
Upper and lower absorption alternately.Rational in infrastructure, easy to operate, and because upper suction hose and air-introduced machine,
The lower suction box that is provided with between suction hose and air-introduced machine, thus, no matter it is upper water suction, or lower water suction, gas
Aqueous mixtures slows down through suction box, and owing to the proportion of water is heavier than air, water can deposit to the bottom of suction box,
Thus realizing gas-water separation, it is to avoid moisture enters air-introduced machine, damages air-introduced machine.
In some embodiments, sponge sucks in water, and device includes sponge seat and sponge, and sponge is fixed with sponge seat
Connecting, the sponge seat back side connects the second air lifter, and the plane that sponge seat contacts with sponge is radially
Being provided with multiple return flume, centre is provided with backwater hole, and multiple return flumes connection backwater hole, backwater hole is by upper
Suction hose on water suction fittings.
This design absorbs the moisture of the wet Thallus Porphyrae cake connect in vegetable dish by sponge, by sponge seat hydrops,
And by upper suction hose, moisture is taken away, scientific structure, water suction is uniformly, it is to avoid Thallus Porphyrae cake occurs because of dehydration
The phenomenon of skewness.
In some embodiments, water treatment plant includes that the second pallet and tray seat, the second pallet are installed on
On tray seat, tray seat be provided with axially through hollow pipe, the second tray substrate is evenly distributed with several
Drainage hole, the drainage hole connection hollow pipe of the second pallet, the second pallet is connected with connecing to conflict bottom vegetable dish,
The drainage hole connection of pallet connects the treatment hole of vegetable dish, and hollow pipe is by suction hose under lower water suction fittings.
If this design makes the moisture connecing the wet Thallus Porphyrae cake in vegetable dish equally distributed by the second tray substrate
A dry drainage hole is sucked away, scientific structure, and water suction is uniformly, it is to avoid Thallus Porphyrae cake skewness occurs because of dehydration
Phenomenon.
In some embodiments, loose mechanism includes air accumulator, pneumatic control flow switch, the 3rd gas
Dynamic elevating mechanism and inflatable body, air accumulator connects the air inlet of pneumatic control flow switch by the house steward that gives vent to anger
End, inflatable body is located at and is connect above vegetable dish, and connects the 3rd air lifter;
Inflatable body includes trachea, base plate, distribution of air flow dish and gear vegetable dish, and base plate is sealedly connected on trachea
Lower end, the outlet side by pipeline connection pneumatic control flow switch, the trachea upper end, distribution of air flow dish passes through
Some nonstandard bolts are fixing with base plate to be connected, and distribution of air flow dish includes air distribution disk and pore, and air distribution disk is arranged
In the lower end of distribution of air flow dish, pore is evenly distributed on air distribution disk;
Gear vegetable dish is arranged at the opposite side that distribution of air flow dish is connected with base plate, is oppositely arranged with connecing vegetable dish, gear
Vegetable dish includes determining frame, web plate, tabletting and Magnetitum, and web plate is connected with determining frame by tabletting, and Magnetitum is with nonstandard
Bolt is equipped with in determining frame and is connected with the absorption of each nonstandard bolt.
This design air-flow is through the gear fluffy Thallus Porphyrae of vegetable dish, during fluffy Thallus Porphyrae, blows the Thallus Porphyrae flown by gear vegetable dish
Limit and shape, rational in infrastructure and science.
In some embodiments, pneumatic control flow switch includes quiet valve plate, moving valve and cylinder body, quiet
Valve plate and rotation section are installed in cylinder body, and cylinder body includes the first side pressure lid, the second side pressure lid and main body cylinder
Body, the first side pressure lid and the second side pressure lid are connected with main body cylinder body by flange respectively;
Being provided with quiet valve plate through hole on quiet valve plate, moving valve includes rotation section and pneumatic linkage, pneumatic
Linkage is used for driving rotation section to rotate, and rotation section is provided with moving valve through hole, and moving valve through hole runs through
Also can match with quiet valve plate through hole in rotation section, quiet valve plate and rotation section are directly or indirectly with planar end
The mode sealed cooperates, and rotation section is the most quiet valve under the aerodynamic force driving effect of pneumatic linkage
Plate rotates, so that the area that crosses of quiet valve plate through hole and moving valve through hole changes, to realize convection current
The uninterrupted of body is controlled or makes switch opening and closing.
This design utilizes pneumatic linkage to drive the rotation section of moving valve, makes quiet valve plate and moving valve
Opposing end surface motion is done in both rotation sections, it is achieved quickly regulate the flow of gases at high pressure, or real
The quick opening and closing of existing valve switch, thus reach the open amount size of fast-acting modulator valve door with quick
The use requirement of controlled valve.
In some embodiments, rotation section include piston, piston include the first side plate, the second side plate and
Rotating shaft, the first side plate and the second side plate be arranged in parallel and are being essentially perpendicular to rotating shaft, and are connected with rotating shaft
Connecing or be made into integration, quiet valve plate is close to by the first side plate, by location between the second side plate and the second side pressure lid
Ring seals, and locating ring outer ring is sealed by O with main body inboard wall of cylinder block, the first side plate and the second side plate
Defining outlet chamber in main body cylinder body, main body cylinder body is opened above gas outlet, and gas outlet connection is given vent to anger
Chamber;
Rotating shaft one end connects the first side plate, and the other end stretches out outside cylinder body through the second side pressure lid, connects pneumatic
Linkage, the first side plate is radially even is distributed some petal-shaped moving valve through holes;
Quiet valve plate periphery is sealed by O with main body inboard wall of cylinder block, and quiet valve plate circumference is by bearing pin and the
Gland location, side, and leave space between quiet valve plate and the first side pressure lid, it is used for arranging multiple compression
Spring, the tension force of multiple compression springs orders about the side end face of quiet valve plate and the first side plate and is adjacent to;
Quiet valve plate and the first side pressure are covered and are defined inlet chamber in main body cylinder body, and the first side pressure covers and offers
Air inlet, air inlet connection inlet chamber, radially even on quiet valve plate some petal-shaped quiet valve plate is distributed
Through hole;
Quiet valve plate through hole and moving valve through hole when the maximum flow state of fluid, its quantity, shape, chi
Very little, position is consistent.
This design rotation by piston, changes quiet valve plate and the area that crosses of through hole on moving valve, real
The change of existing flow.When two side through hole completely through time, switch traffic reaches maximum.Use petal-shaped is led to
Hole, breathing area is big, and rotational angle is little, and movement time is short, compact conformation, low cost.
In some embodiments, pneumatic linkage is located at outside cylinder body, it include link, the 3rd
Cylinder, piston rod head bearing, hinged-support and Pneumatic connecting rod, the second side pressure is fixed in link one end
Lid, the other end is connected to the bottom of the 3rd cylinder by bearing pin, and being provided with between the 3rd cylinder and link can
The angle swung, the piston rod end of the 3rd cylinder is fixed with piston rod head bearing, and piston rod head props up
Seat is by bearing pin connecting hinge bearing, and hinged-support is threaded connection with Pneumatic connecting rod, and locks with locking nut
Tightening position, Pneumatic connecting rod is provided with the through hole matched with rotating shaft, and rotating shaft is inserted in the through hole of Pneumatic connecting rod,
Its end is positioned by baffle plate, and baffle plate is bolted with Pneumatic connecting rod, and the 3rd cylinder arrangement has electromagnetism
Reversal valve.
This design, by the way of pneumatic drive, drives piston rotation, safety and sanitation, installs and safeguard
Convenient, low cost.
In some embodiments, the first air lifter, the second air lifter, the 3rd pneumatic
Elevating mechanism, the 4th air lifter and the 5th air lifter structure are identical, including fixed mount,
Adjustable shelf, the first cylinder and two guide posts, the first vertical cylinder is arranged on fixed mount, its piston rod
Connecting adjustable shelf, guide post upper bar was worn in the pilot hole on fixed mount, bottom shaft connection activity
Frame, the first cylinder is between two guide posts.
This design, by the contraction of the piston rod of cylinder, drives adjustable shelf lifting, thus it is raw to control Thallus Porphyrae
Produce the lifting of the parts being connected in line with air lifter, it is not necessary to use Mechanical Driven, it is not necessary to by profit
Lubricating oil, it is to avoid the greasy dirt dye in Thallus Porphyrae production process.
Accompanying drawing explanation
The complete machine composition schematic diagram of the laver production line front section that Fig. 1 provides for the present invention;
The complete machine composition schematic diagram of the laver production line hindfoot portion that Fig. 2 provides for the present invention;In this Fig. 2
Shown part is connected the complete machine structure constituting laver production line of the present invention with the part shown in Fig. 1;
The structural representation of the air lifter of a kind of embodiment that Fig. 3 provides for the present invention;
The structural representation watering dish builder of a kind of embodiment that Fig. 4 provides for the present invention;
The structural representation of the dewatering device of a kind of embodiment that Fig. 5 provides for the present invention;
The front view of the suction box of a kind of embodiment that Fig. 6 provides for the present invention;
The front view of the air-introduced machine of a kind of embodiment that Fig. 7 provides for the present invention;
The structural representation of a kind of embodiment that Fig. 8 provides for the present invention sponge sucks in water device;
The schematic diagram of the sponge seat of a kind of embodiment that Fig. 9 provides for the present invention;
The structural representation of the loose mechanism of a kind of embodiment that Figure 10 provides for the present invention;
The structural representation of the inflatable body of a kind of embodiment that Figure 11 provides for the present invention;
The structural representation of the pneumatic control flow switch of a kind of embodiment that Figure 12 provides for the present invention;
The quiet valve plate of a kind of embodiment that Figure 13 provides for the present invention and the side end face signal of the first side plate
Figure;
The structural representation of the piston of a kind of embodiment that Figure 14 provides for the present invention;
The structural representation of the pneumatic linkage of a kind of embodiment that Figure 15 provides for the present invention;
The structural representation of the Bao Cai mechanism of a kind of embodiment that Figure 16 provides for the present invention;
The circuit control flow chart of a kind of embodiment that Figure 17 provides for the present invention.
In figure, parts collect:
Detailed description of the invention
Below in conjunction with Figure of description, the present invention is described in more detail:
As shown in Figure 1, 2, complete Thallus Porphyrae treatment process for seriality, including: connect dish transfer device 5
00, including connecing vegetable dish 501 for hold Thallus Porphyrae, this connects vegetable dish 501 and can be sequentially passed through by driving and water dish
Builder 100, dewatering device 200, loose mechanism 300.Wherein, water dish builder 100, use
Connect vegetable dish 501 described in delivered to by pending Thallus Porphyrae and uniformly spread out;Dewatering device 200, is used for connecing
Receive to fill and described in the Thallus Porphyrae being spread evenly, connect vegetable dish 501, and Thallus Porphyrae is dehydrated;Loose mechanism 3
00, connect vegetable dish 501 for receiving to fill described in the dehydrated Thallus Porphyrae completed, make purple by gases at high pressure
Dish is fluffy.
How to complete the consecutive production of laver production line?Connect dish transfer device 500 include join frame,
Guide rail, hook hands and connect vegetable dish 501.In general, each laver production line needs tote cart 28-36
, each tote cart, equipped with 25 layers of handing-over frame, each layer of handing-over frame is embedded with 20 and connects vegetable dish 501.
Handing-over frame is entered on the guide rail of laver production line by the mechanical arm of vegetable inlet, the more multiple hooks on guide rail
Hands, division of labor step sequentially enters cake processed, twice dehydration, loose operation.Thus complete the company of whole production line
Continuous property produces.
Specifically, on laver production line, every one procedure is all completed by an equipment, below to often
The structure of one equipment and operation principle thereof are done one and are discussed in detail:
The first step of Thallus Porphyrae cake be need by the mixture of Thallus Porphyrae and water connect formed on vegetable dish 501 preliminary
Wet Thallus Porphyrae cake.How to realize everything?As shown in Figure 4, water dish builder 100 and include pneumatic control
Cutting agency 10 processed, pneumatic upper retaining ring mechanism 11 and pneumatic lower water conservation mechanism 12.Pneumatic control blanking machine
Structure 10 includes the first air lifter 101, water tank 102, several water seal cover 103, several feed pipe 1
04 and several push rod 105.Wherein, the base plate of water tank 102 offers several inlet 107, several
Inlet 107 is uniformly distributed on the base plate of water tank 102, and inlet 107 is opened and closed by water seal cover 103.
Water seal cover 103 connects the first air lifter 101, and the first air lifter 101 is used for driving envelope
Water cover 103 moves up and down thus controls the keying of inlet 107.
In order to reach the first air lifter 101 water seal cover 103 can be driven to move up and down thus control supply
The purpose of the keying of material mouth 107, needs the structure of the first air lifter 101 to be done one specifically
Bright.As it is shown on figure 3, the first air lifter 101 includes fixed mount 61, adjustable shelf the 62, first gas
Cylinder 63 and two guide posts 64, the first cylinder 63 is vertically mounted on fixed mount 61 by flange, and
Fasten with soket head cap screw.There is external screw thread the piston rod end of the first cylinder 63, by screw and adjustable shelf
62 are connected, and use nut positioning and locking.Guide post 64 upper bar wore the pilot hole on fixed mount 61
In, pilot hole there are copper sheathing, guide post 64 bottom screw thread are connected with adjustable shelf 62, the first cylinder 63
Between two guide posts 64.Two guide posts 64 ensure that adjustable shelf 62 is in ascending and descending process
Stability.
How first air lifter 101 drives water seal cover 103 to move up and down?On several push rods 105
Portion is external screw thread, has nut to regulate and lock when being connected with adjustable shelf 62 up and down, each push rod 105 lower end
Connected by upper lower nut and liner 1 is installed between water seal cover 103, and push rod 105 and water seal cover 103
06, water seal cover 103 bottom screw locking.Water seal cover 103 is silica gel material, and liner 106 is nylon
Material, water seal cover 103 is positioned by liner 106, adds the erection space of water seal cover 103, it is simple to envelope
Water cover 103 and the installation of push rod 105, and add its stability installed.During work, by
The piston rod of one cylinder 63 drives adjustable shelf 62 to lift, thus drives water seal cover 103 by push rod 105
Move up and down, reach to control the effect opened and close of inlet 107.When needing to water dish shaping, just
Inlet 107 is opened, it is not necessary to when watering dish shaping, just inlet 107 is closed.Side swift to operate
Just, and need not use lubricating oil, it is to avoid cause greasy dirt to contaminate the Thallus Porphyrae in water tank 102.
Connecing vegetable dish 501 is the shaping how realizing wet Thallus Porphyrae cake?Connect vegetable dish 501 specifically to be located at
Below water tank 102 base plate, being oppositely arranged with inlet 107, feed pipe 104 connects inlet 107,
And be positioned at and connect above vegetable dish 501.When connecing after vegetable dish 501 cake processed completes, handing-over is frameed shift and is moved to lower one work
Sequence, makes next group handing-over the several of frame connect vegetable dish 501 one_to_one corresponding inlet 107, it is ensured that the company of operation
Continuous property, improves work efficiency.
Connect the wet Thallus Porphyrae cake short time water conservation on vegetable dish 501, Thallus Porphyrae can be made to be distributed in uniformly and connect vegetable dish 50
On 1, how that realizes short time water conservation?Mainly by pneumatic upper retaining ring mechanism 11 and pneumatic
Lower water conservation mechanism 12 completes.
Specifically, pneumatic upper retaining ring mechanism 11 is moving up and down is located at feed pipe 104 and connects vegetable dish 5
Between 01 and the base plate of water tank 102, cover when water conservation and connect vegetable dish 501.Wherein, pneumatic upper back-up ring
Mechanism 11 includes installing rack 111, several water retaining cover 112 and two the second cylinders 113.Two the second gas
Cylinder 113 is vertically fixedly mounted on the bottom of water tank 102 base plate, and the piston rod of two the second cylinders 113 is equal
It is threaded connection installing rack 111, and is positioned at the two ends of installing rack 111.Several water retaining cover 112 upper ends
Being fixedly connected on installing rack 111, each water retaining cover 112 is fixed with installing rack 111 by four bolts
Connecting, every bolt is all equipped with a spring 114.The lower end of each water retaining cover 112 with connect vegetable dish 50
The upper surface of 1 is conflicted and is connected or be oppositely arranged.When water retaining cover 112 comes downwards to terminal, spring 114 is slightly
Compression, water retaining cover 112 lower end is close to connect vegetable dish 501 top inner circumferential end face, and water retention property is good, simultaneously by
In the setting of spring 114, can realize fluctuating of the little scope of water retaining cover 112, the material of water retaining cover is
Upvc, it is to avoid water retaining cover 112 is subject to crushing because of cylinder stroke regulation length error.During work, two second
The piston rod of cylinder 113 drives installing rack 111 to move up and down, thus drive water retaining cover 112 to rise or under
Fall, when needs water conservation, makes water retaining cover 112 decline, covers the periphery of Thallus Porphyrae cake, so that it may prevent Thallus Porphyrae
Spill over and connect outside vegetable dish 501 so that it is forming quality is good.When need not water conservation, water retaining cover 112 is lifted off
Connect vegetable dish 501.
Specifically, moving up and down being located at of pneumatic lower water conservation mechanism 12 connects below vegetable dish 501, connects dish
The uniform multiple treatment holes in bottom surface of dish 501, pneumatic lower water conservation mechanism 12 is for realizing the keying for the treatment of hole.
Pneumatic lower water conservation mechanism 12 includes several first pallet 121 and the 5th air lifter 122, the 5th gas
The structure of dynamic elevating mechanism 122 is with the first air lifter 101.Several first pallets 121 pass through spiral shell
Bolt is fixed tightly on the adjustable shelf 62 of the 5th air lifter 122, the first pallet 121 upper surface with connect dish
Conflict bottom dish 501 and connect or be oppositely arranged.When needs water conservation, the 5th air lifter 122 drives
Dynamic first pallet 121 rises, and is connected to the first pallet 121 upper surface with connecing to conflict bottom vegetable dish 501,
The upper surface making the first pallet 121 blocks the treatment hole connecing vegetable dish 501, it is achieved short time water conservation, then
First pallet 121 declines, and leaves treatment hole, makes the water connecing in vegetable dish 501 flow out along treatment hole, purple
Dish can shape.
In order to ensure that Thallus Porphyrae waters the perfection of operation in dish forming process, prevent Thallus Porphyrae excessive, push rod 105,
Be embedded with on water seal cover 103, inlet 107, feed pipe 104, water retaining cover 112, often group even frame connects dish
Dish the 501, first pallet 121 position is the most corresponding, and quantity is identical.
Water each parts of dish builder 100 how to cooperate realization water dish shape?
Cake work process processed: under naturalness, water seal cover 103 seals inlet 107.During work, logical
Crossing the first air lifter 11 drives water seal cover 103 to leave inlet 107, makes the purple in water tank 102
The temper of dish and water is delivered to connect vegetable dish 501 by feed pipe 104, it is achieved moment waters dish.Watering dish
Moment, pneumatic upper retaining ring mechanism 11 declines the periphery covering Thallus Porphyrae cake, and pneumatic lower water conservation mechanism 12 rises,
Block treatment hole, reach the purpose of short time water conservation, make Thallus Porphyrae be distributed in uniformly and connect on vegetable dish 501,
The most pneumatic lower water conservation mechanism 12 declines, and connects the water of Thallus Porphyrae in vegetable dish 501 and is flowed out by treatment hole, because
Having pneumatic upper retaining ring mechanism 11, Thallus Porphyrae will not spill over and connect outside vegetable dish 501, and forming quality is good.Whole water dish
Forming process need not use machine oil, it is to avoid the greasy dirt dye of Thallus Porphyrae, makes the course of processing of Thallus Porphyrae
Clean hygiene.
After cake processed completes, by joining the movement of frame, the vegetable dish 501 that connects with wet Thallus Porphyrae cake enters de-
Water mechanism, the empty vegetable dish 501 that connects goes successively to cake operation processed.
Complete to hold on the Thallus Porphyrae dish 501 of cake processed is wet Thallus Porphyrae cake, in general, and can be to wet Thallus Porphyrae cake
Carrying out twice dehydration, twice dehydration is all completed by dewatering device 200.So dewatering device 200
How to realize dehydration?
Specifically, as it is shown in figure 5, dewatering device 200 includes water-absorption mechanism 20, lower water-absorption mechanism
21 and commutation negative pressure-pumping mechanism 22.Wherein, commutation negative pressure-pumping mechanism 22 is used for controlling upper water scooping machine
Structure 20 and lower water-absorption mechanism 21 alternately draw the moisture of the wet Thallus Porphyrae cake connect on vegetable dish 501.
How to realize the control process of commutation negative pressure-pumping mechanism 22?
As shown in Figure 6,7, commutation negative pressure-pumping mechanism 22 includes air-introduced machine 221 and suction box 222,
Suction box 222 top is connected with air-introduced machine 221 by steel pipe, and suction box 222 two sides are respectively equipped with
First water sucking mouth, side 223 and the second water sucking mouth, side 224.
Dividing plate 2221 and valve plate 2222, dividing plate 2221 one end and suction box 222 it is provided with in suction box 222
Bottom welding, the other end be connected by screw support seat 2225.Suction box 222 is externally provided with the 4th gas
Cylinder 2223 and swing arm 2224, swing arm 2224 one end is hinged with the piston rod of the 4th cylinder 2223, another
End is sheathed in rotary shaft, and connects with flat key.Rotary shaft is installed on support seat 2225 by bearing,
Valve plate 2222 is sheathed in rotary shaft, and connects with flat key.Valve plate 2222 can swing with water suction
Conflicting and connect in the top of case 222 two side, valve plate 2222 is used for controlling the upper suction hose of air-introduced machine 221 connection
203 or lower suction hoses 212.
Connect how the wet Thallus Porphyrae cake on vegetable dish 501 is absorbed water by upper water-absorption mechanism 20?
Specifically, upper water-absorption mechanism 20 is located at and is connect above vegetable dish 501, and upper water-absorption mechanism 20 includes
Two air lifters 201, sponge sucks in water device 202 and upper suction hose 203, sponge sucks in water device 202 with connect
Vegetable dish 501 is oppositely arranged, and the second air lifter 201 connects sponge sucks in water device 202, is used for controlling
Sponge sucks in water, and device 202 contacts with connecing vegetable dish 501 or separates, and sponge sucks in water, and device 202 is connect by upper water suction
The 204 upper suction hoses 203 of connection, upper suction hose 203 other end connects commutation negative pressure-pumping mechanism 22.
The structure of the second air lifter 201 is with the first air lifter 101.
As shown in Figure 8,9, sponge sucks in water, and device 202 includes sponge seat 2021 and sponge 2022.Sponge seat
2021 are arranged on bottom adjustable shelf 62, sponge seat 2021 back side and adjustable shelf 62 bottom end face O shape
Circle seals, and is connected with four tack sunk screws and nut are fixing with adjustable shelf 62 base plate.Sponge seat
2021 materials are nylon 1010, and sponge seat 2021 is evenly equipped with a circle aperture, sponge 2022 at periphery
It is stitched together with the uniform aperture on sponge seat with plastic cord, so that sponge 2022 and sponge seat
2021 fixing connections.The plane that sponge seat 2021 contacts with sponge 2022 is radially provided with multiple return flume
2023, centre is provided with backwater hole 2024, and multiple return flumes 2023 connect backwater hole 2024.Upper water suction connects
204 are welded on adjustable shelf 62, and backwater hole 2024 is by the upper suction hose of upper water suction joint 204 connection
203.The moisture of the wet Thallus Porphyrae cake connect in vegetable dish 501 is absorbed, by sponge seat 2021 by sponge 2022
Hydrops, and by upper suction hose 203, moisture is taken away, scientific structure, water suction is uniformly, it is to avoid Thallus Porphyrae cake
Because the phenomenon of skewness occurs in dehydration.
As preferably, the vegetable dish 501 that connects of one group of dehydration is provided with 20, corresponding sponge sucks in water device 202
Being provided with 20, such sponge seat 2021 just has 20, thus the upper water suction of welding on adjustable shelf 62
Joint 204 has 20, and every ten upper water suction joints 204 pass through transparent wired hose and upper suction hose 203
Being connected with a C-shaped house steward, so, C-shaped house steward is provided with two sets.Two C-shaped house stewards are saturating by PVC
First water sucking mouth, side 223 of bright wired hose connection suction box 222.
When absorbing water on needs, the piston rod of the first cylinder 63 declines, thus drives adjustable shelf 62 to decline,
Control the wet Thallus Porphyrae cake that the sponge 2022 of sponge sucks in water device 202 is close to connect in vegetable dish 501 to absorb water.When
When need not water suction, the piston rod of the first cylinder 63 rises, thus drives adjustable shelf 62 to rise, control
The sponge 2022 of system sponge sucks in water device 202 separates with connecing vegetable dish 501.Whole work process does not use machine
Tool drive mechanism, it is not necessary to use lubricating oil, it is to avoid the greasy dirt dye of Thallus Porphyrae cake.
Connect how the wet Thallus Porphyrae cake on vegetable dish 501 is absorbed water by lower water-absorption mechanism 21?
Specifically, lower water-absorption mechanism 21 is located at and is connect below vegetable dish 501, and lower water-absorption mechanism 21 includes filter
Water device 211 and lower suction hose 212, water treatment plant 211 is close to connect vegetable dish 501 base plate, and is connected
Connecing the treatment hole of vegetable dish 501 base plate, water treatment plant 211 is by the lower suction hose of lower water suction joint 213 connection
212, lower suction hose 212 other end connects commutation negative pressure-pumping mechanism 22.
Water treatment plant 211 includes that the second pallet 2111 and tray seat 2112, the second pallet 2111 are installed on
On tray seat 2112.Second lower end, pallet 2111 periphery is stuck in tray seat 2112 hole, lower surface plane
Location, fixes with tray seat 2112 with soket head cap screw, and wherein the second pallet 2111 material is nylon 10
10.Tray seat 2112 be provided with axially through hollow pipe 2113, the second pallet 2111 base plate is uniformly distributed
There are several drainage holes, the drainage hole connection hollow pipe 2113 of the second pallet 2111, the second pallet 2111
Being connected with connecing to conflict bottom vegetable dish 501, the drainage hole connection of pallet connects the treatment hole of vegetable dish 501, hollow
Pipe 2113 is by the lower suction hose 212 of lower water suction joint 213 connection, and lower water suction joint 213 is welded on pallet
Bottom seat 2112.
As preferably, the vegetable dish 501 that connects of one group of dehydration is provided with 20, the second corresponding pallet 2111
Being provided with 20, corresponding lower suction hose 212 is provided with 20,20 lower suction hoses 212 points four groups
Receiving and absorb water in house steward under one, lower water suction house steward is four, and the house steward that absorbs water under four passes through PVC transparent
Second water sucking mouth, side 224 of wired hose connection suction box 222.
So, during lower dehydration, the moisture of one group of wet Thallus Porphyrae cake connect in vegetable dish 501 passes through the second pallet 21
11 base plates are evenly distributed with several drainage holes and are sucked away, scientific structure, and water suction is uniformly, it is to avoid Thallus Porphyrae cake
Because the phenomenon of skewness occurs in dehydration.
In order to further illustrate how commutation negative pressure-pumping mechanism 22 controls to absorb water alternatively up and down, below
Each parts are cooperated and elaborate:
Dehydration operation principle: lifted by the piston rod of the 4th cylinder 2223 and drive swing arm to rotate, from
And axle is rotated and rotates, the valve plate 2222 that thus can control to be sheathed on rotary shaft swings.Work as valve
Plate 2222 turns to sidewall with the first place, water sucking mouth, side 223 suction box 222 and conflicts when being connected, dividing plate
2221, valve plate 2222, the sidewall of suction box 222 and the first water sucking mouth, side 223 limit a space,
And make the steel pipe connection that the first water sucking mouth, side 223 do not connects with suction box 222 top, so that connection the
The upper suction hose 203 of water sucking mouth, side 223 does not connects with the air-introduced machine 221 connecting steel pipe.And now,
The steel pipe connection that second water sucking mouth, side 224 connects with suction box 222 top, thus connect air-introduced machine 221,
When air-introduced machine 221 air inducing, form negative pressure, thus realize the lower water suction connected with the second water sucking mouth, side 224
Pipe 212 absorbs water.Same, when valve plate 2222 turns to and the second place, water sucking mouth, side 224 suction box 2
The sidewall of 22 is conflicted when connecting, also according to above-mentioned principle, it is achieved connect with the first water sucking mouth, side 223
Upper suction hose 203 absorb water.So, be achieved that be the upper and lower absorption of Thallus Porphyrae cake alternately.Knot
Structure is reasonable, easy to operate, and because upper suction hose 203 and air-introduced machine 221, lower suction hose 212 with
Suction box 222 it is provided with between air-introduced machine 221, thus, no matter it is upper water suction, or lower water suction, air water
Mixture slows down through suction box 222, and owing to the proportion of water is heavier than air, water can deposit to suction box 222
Bottom, thus realize gas-water separation, it is to avoid moisture enters air-introduced machine 221, damages air-introduced machine.
And, absorb water up and down is alternately that the detection signal automatic feedback by photoswitch realizes,
And by photoswitch detection feedback during the 4th lifting of piston rod of cylinder 2223 and the 4th cylinder 2223
, thus realize absorbing water up and down, operation automatization and accurate.
When connecing after vegetable dish 501 has been dehydrated on the every company's of group frame, handing-over is frameed shift to move to next group even frame and is continued
Dehydration.The vegetable dish that connects having completed dehydration enters loose mechanism 300.
How loose mechanism 300 realizes Thallus Porphyrae cake is carried out fluffy process?Such as Figure 10, shown in 11,
Loose mechanism 300 includes air accumulator 30, pneumatic control flow switch the 31, the 3rd air lifter 32
With inflatable body 33.Wherein, the 3rd air lifter 32 structure is with the first air lifter 101.
Air accumulator 30 connects the inlet end of pneumatic control flow switch 31, inflatable body 33 by the house steward that gives vent to anger
It is located at and connects above vegetable dish 501, and connect the 3rd air lifter 32.Inflatable body 33 includes trachea 3
31, base plate 332, distribution of air flow dish 333 and gear vegetable dish 334, trachea 331 is fixed on the 3rd Pneumatic elevation
On the adjustable shelf 62 of mechanism 32, base plate 332 is sealedly connected on trachea 331 lower end, trachea 331 upper end
By the outlet side of pipeline connection pneumatic control flow switch 31, distribution of air flow dish 333 is by some nonstandard
Bolt 335 is fixing with base plate 332 to be connected;Some nonstandard bolts 335 are equal along distribution of air flow dish 333 surrounding
Cloth, gear vegetable dish 334 is arranged at the opposite side that distribution of air flow dish 333 is connected with base plate 332, and connects vegetable dish
501 are oppositely arranged, and distribution of air flow dish 333 includes air distribution disk 3331 and pore 3332, air distribution disk 3331
Being arranged at the lower end of distribution of air flow dish 333, pore 3332 is evenly distributed on air distribution disk 3331;Gear dish
Dish 334 includes determining frame 3341, web plate 3342, tabletting 3343 and Magnetitum 3344;Web plate 3342 passes through
Tabletting 3343 is connected with determining frame 3341, and Magnetitum 3344 and nonstandard bolt 335 are equipped with in determining frame 334
It is connected in 1 and with the absorption of each nonstandard bolt 335.
When carrying out air blowing operation, the air pressure source in air accumulator 30 is passed through after entering air storing cavity transition again
Pore 3332 blows out, and pneumatic control flow switch 31 controls the opening and closing of air-flow size and air-flow, and air-flow is worn
Cross the fluffy Thallus Porphyrae of gear vegetable dish 334, during fluffy Thallus Porphyrae, blow the Thallus Porphyrae flown and limited by gear vegetable dish 334 and shape.
And pore 3332 is taper wide at the top and narrow at the bottom, valve is tapered, wide at the top and narrow at the bottom, makes air blowing emit at valve
When going out will not excessive attenuation, improve blowing speeds, increase lofting effect, gear vegetable dish 334 cover on dish,
Thallus Porphyrae is fluffy is limited more preferable molding by gear vegetable dish 334.
During Thallus Porphyrae is fluffy, pneumatic control flow switch 31 is the key controlling air-flow size?That
, how air-flow size is controlled by pneumatic control flow switch 31?
Specifically, as shown in Figure 12,13, pneumatic control flow switch 31 include quiet valve plate 311,
Moving valve 312 and cylinder body 313, moving valve 312 includes rotation section 3121 and pneumatic linkage 3122,
Pneumatic linkage 3122 is used for driving rotation section 3121 to rotate.Wherein, quiet valve plate 311 and rotation section
3121 are installed in cylinder body 313, so ensure quiet valve plate 311 and moving valve 312 be mounted to one whole
Body, makes flow switch compact conformation.
Wherein, cylinder body 313 includes the first side pressure lid the 3131, second side pressure lid 3132 and main body cylinder body 3133,
First side pressure lid 3131 and the second side pressure lid 3132 are connected with main body cylinder body 3133 by flange respectively, and
And, the contact surface of the first side pressure lid 3131 and main body cylinder body 3133 is sealed by O.Prevent cylinder body
313 and the first contact surface gas leakage of side pressure lid 3131 and the second side pressure lid 3132.Ensure to work as flow switch
When being closed, seal tight conjunction.
When actually used, main body cylinder body 3133 inner chamber is generally pylindrical, the side end face of quiet valve plate 311
For circle, quiet valve plate 311 periphery is sealed by O with main body cylinder body 3133 inwall, it is ensured that work as flow
When switch is closed, quiet valve plate 311 is air tight.Quiet valve plate 311 does not directly connect with cylinder body 313
Touching, reduce the abrasion of contact surface, service life is long.Quiet valve plate 311 and the first side pressure lid 3131 are in main body
Define inlet chamber 3134 in cylinder body 3133, the first side pressure lid 3131 offers air inlet 3135, enters
QI KOU 3135 is horizontal direction, and air inlet 3135 connects inlet chamber 3134;On quiet valve plate 311 radially
It is evenly distributed with some petal-shaped quiet valve plate through hole 3111.
Quiet valve plate 311 and rotation section 3121 are how to cooperate thus control uninterrupted?
In general, as shown in figure 14, rotation section 3121 includes that piston 3124, piston 3124 include
First side plate the 31241, second side plate 31242 and rotating shaft 31243, the first side plate 31241 and the second side plate
31242 be arranged in parallel and are perpendicular to rotating shaft 31243, and are connected with rotating shaft 31243 or are made into integration.The
The side end face of side plate 31241 and the second side plate 31242 is also circular.Ensure to be in pass when flow switch
During closed state, moving valve is air tight.
Quiet valve plate 311 circumference is positioned with the first side pressure lid 3131 by bearing pin 3113, wherein, and quiet valve plate
311 and first side pressure lid 3131 be respectively equipped with the location counterbore matched with bearing pin, preferably,
Bearing pin is provided with two, and what the upper and lower side of the side end face of quiet valve plate 311 was corresponding is provided with two location counterbores.And
And leave space between quiet valve plate 311 and the first side pressure lid 3131, it is used for arranging multiple compression spring
3112, make quiet valve plate 311 be adjacent to the side end face of the first side plate 31241 by multiple compression springs 3112.
Preferred version is to select five compression springs 3112, and the side end face of the first side pressure lid 3131 is evenly equipped with five
Location counterbore, five compression springs 3112 are placed on quiet valve plate 311 and the first side pressure lid 3131 in uniform way
Location counterbore between gap, and compression spring 3112 be placed in petal-shaped quiet valve plate through hole 3111 it
Between, it is impossible to it is placed on petal-shaped quiet valve plate through hole 3111.Quiet valve plate 311 and the first side pressure lid 3131
It is close to by both extruding end face of compression spring 3112, it is not necessary to use securing member, reduces abrasion, and
And sealing effectiveness is good.Meanwhile, quiet valve plate 311 the most directly contacts with the first side pressure lid 3131, it is possible to
Reducing contact surface abrasion, service life is long.
Sealed by locating ring 3138 between second side plate 31242 and the second side pressure lid 3132, wherein,
Second side plate 31242 is close to seal by face machined flat with locating ring 3138.Locating ring 3138 outer ring with
Main body cylinder body 3133 inwall is sealed by O.The side end face of piston 3124 is not directly and cylinder body 313
Contact, it is possible to reducing contact surface abrasion, service life is long.First side plate 31241 and the second side plate 31242
Defining outlet chamber 3136 in main body cylinder body 3133, main body cylinder body 3133 is opened above gas outlet
3137, gas outlet 3137 connects outlet chamber 3136;Rotating shaft 31243 one end connects the first side plate 31241,
The other end stretches out outside cylinder body 313 through the second side pressure lid 3132, connects pneumatic linkage 3122;The
Side plate 31241 is radially even is distributed some petal-shaped moving valve through holes 3123.
In order to realize the optimal effect controlling air-flow size, quiet valve plate through hole 3111 and moving valve through hole 3
123 when the maximum flow state of fluid, and its quantity, shape, size, position are consistent.So,
Aerodynamic force driving effect at pneumatic linkage 3122 drives the rotating shaft 31243 of piston 3124 to rotate,
Thus by the rotation of piston 3124, change the first side plate 31241 of quiet valve plate 311 and piston 3124
The area that crosses of upper through hole, it is achieved the change of flow.When two side through hole completely through time, switch traffic reaches
To maximum.When two side through hole intersections amass be zero time, it is achieved the closedown of switch.
The through hole that prior art uses is generally circular in cross section, and quiet valve plate through hole 3111 and moving valve through hole 3123
Be shaped as petal-shaped.The most petal-like through hole has any benefit?In cylinder body 313 internal diameter equivalent
In the case of, the breathing area sum of round vent is much smaller than petal breathing area sum, the most certain
Ventilation, the stopcock of round vent is bigger than the stopcock size of petal passage, and cost is high,
That is face is coordinated to use petal-like stopcock compact conformation, size little, low cost.Join simultaneously
Conjunction face uses the stopcock of circular hole, and Push And Release rotational angle is big, and movement time is long, the sensitiveest.
And using petal-shaped quiet valve plate through hole 3111, breathing area is big, and rotational angle is little, and movement time is short, knot
Structure is compact, low cost.In practical operation, it is only necessary to rotate 18 degree, the maximization of flow can be realized
Closedown with switch.
How pneumatic linkage 3122 drives rotation section 3121 to rotate?As shown in figure 15, Pneumatic connecting rod
It is outside that mechanism 3122 is located at cylinder body 313, and it includes link the 31221, the 3rd cylinder 31222, piston
Club head bearing 31223, hinged-support 31224 and Pneumatic connecting rod 31225;Link 31221 one end leads to
Crossing screw and be fixed on the second side pressure lid 3132, the other end is connected to the end of the 3rd cylinder 31222 by bearing pin
End, is provided with swingable angle between the 3rd cylinder 31222 and link 31221, the 3rd cylinder 3122
2 can be with bearing pin for a spot wobble.And it is also equipped with between bearing pin and the 3rd cylinder 31222 ear post axially
Back-up ring, prevents rocking and reducing abrasion of the 3rd cylinder 31222.The tailpiece of the piston rod of the 3rd cylinder 31222
Portion has been bolted piston rod head bearing 31223, and piston rod head bearing 31223 passes through bearing pin
Connecting hinge bearing 31224, hinged-support 31224 can be with bearing pin as fulcrum.Hinged-support 31224 and gas
Dynamic connecting rod 31225 is threaded connection, and uses locking nut locking positioning.Pneumatic connecting rod 31225 is offered
Being provided with the through hole matched with rotating shaft 31243, rotating shaft 31243 is inserted in the through hole of Pneumatic connecting rod 31225,
I.e. being equivalent to Pneumatic connecting rod 31225 be enclosed within rotating shaft 31243, the end of rotating shaft 31243 is just passed through leading to
Hole flushes with Pneumatic connecting rod 31225.By baffle plate, rotating shaft 31243 is positioned with Pneumatic connecting rod 31225 again,
Baffle plate is bolted with Pneumatic connecting rod 31225;3rd cylinder 31222 is configured with solenoid directional control valve.
Wherein, the 3rd swing of cylinder 31222 and being rotatably assorted of hinged-support 31224, make to be enclosed within rotating shaft 312
Pneumatic connecting rod 31225 on 43 drives rotating shaft 31243 to rotate, thus realizes the rotation of piston 3124.
When the piston rod of solenoid directional control valve control the 3rd cylinder 31222 elongates or shortens, pass through piston rod head
Portion's bearing 31223 drives hinged-support 31224 to rotate, meanwhile, under the swing of the 3rd cylinder 31222,
Pneumatic connecting rod 31225 can rotate by drive piston 3124 rapidly, reaches the function of rapidly opened and closed switch.
Use the mode of pneumatic drive, drive piston 3124 to rotate, safety and sanitation, convenient for installation and maintenance, become
This is low.
In order to further illustrate pneumatic control flow switch 31 is how to realize air-flow size to control:
Pneumatic control flow switch 31 opening and closing principle: the source of the gas of pneumatic linkage 3122 is from supply
Air accumulator, by the action of solenoid directional control valve, it is achieved the 3rd cylinder 31222 passes in and out gas, makes the 3rd cylinder
31222 piston cylinders stretch, and drive flow switch piston 3124 to rotate by the effect of Pneumatic connecting rod 31225,
Make quiet valve plate through hole 3111 and moving valve through hole 3123 area that crosses change, thus it is big to control flow
Little and the closedown of flow switch.When the switch is opened, the flow direction of gas is to enter from air inlet 3135
Inlet chamber 3134, from inlet chamber 3134 through quiet valve plate through hole 3111 and moving valve through hole 3123, enters
Outlet chamber 3136, then goes out from gas outlet 3137.
Laver production line also includes Bao Cai mechanism 400, but fills and connect vegetable dish 501 by fluffy Thallus Porphyrae
After drying in sending into drying room, just entering Bao Cai mechanism 400 by tote cart, Bao Cai mechanism 400 is used for connecing
Receive fill the Thallus Porphyrae that is oven-dried connect vegetable dish 501, and Thallus Porphyrae is captured and the material returned connects vegetable dish 5 to vacate
01。
How this realizes?
Specifically, as shown in figure 16, Bao Cai mechanism 400 includes the 4th air lifter 40, consolidates
Determine grillage 41, some groups of clamping plate 42 and some bearing pins 43.Wherein, the 4th air lifter 40
Structure is with the first air lifter 101.Often group clamping plate 42 include train wheel bridge 421 and lower plate 4 respectively
22, every piece of train wheel bridge 421 is respectively separated and is arranged at the lower section of fixing frame plate 41 and connects with fixing frame plate 41
Connect;Fixing frame plate 41 is arranged at below the 4th air lifter 40;One end of every bearing pin 43 is respectively
Fixing with the piston rod of the 4th air lifter 40 and be connected, the other end sequentially passes through fixing frame plate 4 respectively
1 and train wheel bridge 421 connect with corresponding lower plate 422;Train wheel bridge 421 is provided with some stamp dishes
Nail 44, is provided with on lower plate 422 and stabs the through hole 45 that dish nail 44 coordinates, and stamp dish nail 44 can be lived up and down
Dynamic formula is set in through hole 45.
Use pricker to take cake component and realize the crawl to the molding mass cake in charging tray and the material returned, and filled by conveying
Put and be delivered to outside main frame be collected.
It is quantity-produced to further illustrate laver production line, does one in conjunction with the equipment in each operation
Individual it is discussed in detail:
Thallus Porphyrae process of manufacture: each laver production line needs tote cart 28-36, each turnover
Car, equipped with 25 layers of handing-over frame, each layer of handing-over frame is embedded with 20 and connects vegetable dish 501.Thallus Porphyrae is first washed
Dish, after washing dish by the mixture of water and Thallus Porphyrae through transport pump of cutting the dish to the water tank 10 watering dish builder 100
In 2, fresh laver uniformly being made cake, the vegetable dish 501 that connects completing cake processed drives to take off by handing-over frame
Water conservancy project sequence.Laver production line has twice dehydration procedure, through the dehydration of twice dehydration mechanism 200, system
The water of Thallus Porphyrae is taken off dry by the way of sponge 2022 water suction and air-introduced machine 221 dehydration by the cake Thallus Porphyrae become.
The vegetable dish 501 that connects equipped with the Thallus Porphyrae after dehydration enters loose mechanism 300, by the side of instantaneous pressure air
Formula is the most fluffy Thallus Porphyrae.Loose good Thallus Porphyrae connect on vegetable dish 501 by handing-over frame transmission be delivered to
The tote cart of dish delivery hoistable platform waiting prepares to dry.Tote cart from drying room out after, manually by tote cart
Deliver to laver production line and enter dish car appointment position, by pneumatic location locking mechanism by tote cart positioning and locking,
Then by the lifting in layer of tote cart hoisting mechanism, promote pause interval, fix with rail of reaching the standard grade and lead
Handing-over frame hook to the stripping position of Bao Cai mechanism 400, is peeled off by the transmission hook hands that rail is fixed.Pass through
Thallus Porphyrae is stabbed by stamp dish nail 44, will move back dish by lower plate, makes dry Thallus Porphyrae enter packaging process.After stripping
Sky connect vegetable dish 501 on handing-over frame by the multiple hook handss on guide rail, division of labor step sequentially enter cake processed, two
Secondary dehydration, loose operation.Whole process is quantity-produced.
Existing most laver production line is all Non-follow control, and efficiency is low, and labor strength is high.
The present invention is fully-automatic production.So, how to realize?
Specifically, as shown in figure 17, laver production line can be automatically controlled by PLC, it is achieved Thallus Porphyrae
Automated production.Automatic control process: input and output material is detected tote cart rise and fall position by rotary encoder
Move, it is simple to multilamellar handing-over frame on tote cart is promoted or drops to specific height, then is connected by with line rail
Guide rail on multiple transmission hook handss handing-over frame is delivered to the specific station of laver production line.The conveying of line rail by
Servomotor controls, thus drives the movement of hook hands.Frequency conversion speed-down device one, two is respectively to entering dish electricity consumption
Machine one, dish delivery motor two frequency control, PLC controls input/output signal.For watering dish, once taking off
Water, second dehydration, the operation such as fluffy, by the position of photoswitch detection cylinder piston rod, photoswitch
Signal feed back to PLC, PLC instruction output arrived electromagnetic switch valve coil again to auxiliary reclay, pass through
Electromagnetic switch valve coil obtains electric and dead electricity, stretching of the action control cylinder of solenoid directional control valve, thus drives
Adjustable shelf that each operation is connected with piston rod or other mechanism action, complete to water dish, primary dewatering, secondary
Dehydration, the operation such as fluffy.
Above is only some embodiments of the present invention.For the person of ordinary skill of the art,
Without departing from the concept of the premise of the invention, it is also possible to make some deformation and improvement, these all belong to
In protection scope of the present invention.
Claims (13)
1. laver production line, completes Thallus Porphyrae treatment process for seriality, it is characterised in that including:
Connecing dish transfer device (500), including connecing vegetable dish (501) for hold Thallus Porphyrae, this connects vegetable dish
(501) can be sequentially passed through by driving and water dish builder (100), dewatering device (200), hog shred
Structure (300);Wherein,
Water dish builder (100), connect described in pending Thallus Porphyrae delivered to vegetable dish (501) and
Uniformly spread out;
Dewatering device (200), connects vegetable dish (501) for receiving to fill described in the Thallus Porphyrae being spread evenly,
And Thallus Porphyrae is dehydrated;
Loose mechanism (300), connects vegetable dish (501) for receiving to fill described in the dehydrated Thallus Porphyrae completed,
Make Thallus Porphyrae fluffy by gases at high pressure.
Laver production line the most according to claim 1, it is characterised in that: also include Bao Cai mechanism (4
00), fill to be connect described in fluffy Thallus Porphyrae in vegetable dish (501) sends into drying room and dry, described stripping dish machine
Structure (400) connects vegetable dish (501) for receiving to fill described in the Thallus Porphyrae being oven-dried, and carries out Thallus Porphyrae
Capture and the material returned connects vegetable dish (501) described in vacating.
Laver production line the most according to claim 2, it is characterised in that: described Bao Cai mechanism (4
00) include the 4th air lifter (40), fixing frame plate (41), some groups of clamping plate (42) and
Some bearing pins (43),
Described clamping plate (42) of often organizing include train wheel bridge (421) and lower plate (422), every piece of institute respectively
State train wheel bridge (421) be respectively separated be arranged at described fixing frame plate (41) lower section and with described fixed plate
Frame (41) connects;
Described fixing frame plate (41) is arranged at described 4th air lifter (40) lower section, every institute
State that one end of bearing pin (43) is fixing with described 4th air lifter (40) respectively to be connected, the other end
Sequentially pass through described fixing frame plate (41) and described train wheel bridge (421) and corresponding described lower plate respectively
(422) connect;
Described train wheel bridge (421) is provided with some stamps dish nail (44), in described lower plate (422)
Being provided with the through hole (45) coordinated with described stamp dish nail (44), described stamp dish nail (44) can be lived up and down
Dynamic formula is set in described through hole (45).
Laver production line the most according to claim 1, it is characterised in that water dish builder described in:
(100) including:
Pneumatic control cutting agency (10), including the first air lifter (101), water tank (102),
Several water seal covers (103), several feed pipe (104) and several push rod (105), described water tank (1
02) offering several inlet (107) on base plate, described inlet (107) is by described water shutoff
Lid (103) opens and closes, and described push rod (105) upper end connects described first air lifter (101),
Lower end connects described water seal cover (103) by liner (106), described in connect vegetable dish (501) and be located at described
Below water tank (102) base plate, it is oppositely arranged with described inlet (107), described feed pipe (104)
Connect described inlet (107), and connect vegetable dish (501) top described in being positioned at;
Pneumatic upper retaining ring mechanism (11), it is located at described feed pipe (104) and connects vegetable dish (501) with described
Between, including installing rack (111), several water retaining cover (112) and two the second cylinders (113), two
Individual described second cylinder (113) is installed vertically on the bottom of described water tank (102) base plate, described in two
The piston rod of the second cylinder (113) connects the two ends of described installing rack (111), several described gears respectively
Water cover (112) upper end is fixedly connected on described installing rack (111), and its lower end connects vegetable dish (5 with described
01) upper surface contacts or is oppositely arranged;
Pneumatic lower water conservation mechanism (12), including several first pallets (121) and the 5th air lifter
(122), described first pallet (121) be located at described in connect vegetable dish (501) lower section, described first pallet
(121) bottom connects the 5th air lifter (122), drives the upper table of described first pallet (121)
Face is touched with described vegetable dish (501) bottom connection that connects or is oppositely arranged;
Described connect vegetable dish (501), water seal cover (103), push rod (105), inlet (107),
Feed pipe (104), water retaining cover (112), the first pallet (121) position are the most corresponding, and number
Measure identical.
Laver production line the most according to claim 1, it is characterised in that described dewatering device (2
00) including:
Upper water-absorption mechanism (20), it be located at described in connect vegetable dish (501) top, including the second Pneumatic elevation
Mechanism (201), sponge sucks in water device (202) and upper suction hose (203), described sponge sucks in water device (2
02) being oppositely arranged with the described vegetable dish (501) that connects, described second air lifter (201) connects institute
Device (202) of stating that sponge sucks in water, is used for controlling that described sponge sucks in water that device (202) connects vegetable dish (50 with described
1) contacting or separate, described sponge sucks in water device (202) is described by the connection of upper water suction joint (204)
Upper suction hose (203), described upper suction hose (203) other end connects described commutation negative pressure-pumping mechanism
(22);
Lower water-absorption mechanism (21), it be located at described in connect vegetable dish (501) lower section, including water treatment plant (2
11) and lower suction hose (212), described water treatment plant (211) be close to described in connect vegetable dish (501) end
Plate, and connect the treatment hole of vegetable dish (501) base plate described in connection, under described water treatment plant (211) passes through
Water suction joint (213) connects described lower suction hose (212), and described lower suction hose (212) other end is even
Connect described commutation negative pressure-pumping mechanism (22);
Commutation negative pressure-pumping mechanism (22), it be used for controlling described upper water-absorption mechanism (20) and described under
Water-absorption mechanism (21) replaces the moisture of the Thallus Porphyrae cake connect described in absorption on vegetable dish (501).
Laver production line the most according to claim 5, it is characterised in that described commutation negative pressure-pumping
Mechanism (22) includes air-introduced machine (221) and suction box (222), and described suction box (222) top leads to
Crossing steel pipe to be connected with described air-introduced machine (221), described suction box (222) two sides are respectively equipped with
Water sucking mouth, side (223) and the second water sucking mouth, side (224), described first water sucking mouth, side (223) connection
Described upper suction hose (203), described second water sucking mouth, side (224) connects described lower suction hose (212);
Dividing plate (2221) and valve plate (2222), described dividing plate (2 it is provided with in described suction box (222)
221) one end is fixing with the bottom of described suction box (222) is connected, and the other end connects support seat (22
25), described suction box (222) is externally provided with the 4th cylinder (2223) and swing arm (2224), described pendulum
Arm (2224) one end is hinged with the piston rod of described 4th cylinder (2223), and the other end is sheathed on rotation
On axle, described rotary shaft is installed on described support seat (2225), and described valve plate (2222) is sheathed on
In described rotary shaft, described valve plate (2222) can swing with described suction box (222) two side
Top conflict connect, described valve plate (2222) is used for controlling described air-introduced machine (221) and connects described
Suction hose (203) or described lower suction hose (212).
Laver production line the most according to claim 5, it is characterised in that described sponge sucks in water device (2
02) sponge seat (2021) and sponge (2022), described sponge (2022) and sponge seat (20 are included
21) fixing connection, described sponge seat (2021) back side connects the second air lifter (201), institute
State the plane that sponge seat (2021) contacts with described sponge (2022) and be radially provided with multiple return flume (2
023), centre is provided with backwater hole (2024), and multiple described return flumes (2023) connect described backwater hole
(2024), described backwater hole (2024) connects described upper water suction by described upper water suction joint (204)
Pipe (203).
Laver production line the most according to claim 5, it is characterised in that described water treatment plant (21
1) include that the second pallet (2111) and tray seat (2112), described second pallet (2111) are installed on
On described tray seat (2112), described tray seat (2112) be provided with axially through hollow pipe (2113),
Described second pallet (2111) base plate is evenly distributed with several drainage holes, described second pallet (2111)
Drainage hole connect described hollow pipe (2113), described second pallet (2111) with described connect vegetable dish (5
01) conflict and connect in bottom, meets the treatment hole of vegetable dish (501), institute described in the drainage hole connection of described pallet
State hollow pipe (2113) and connect described lower suction hose (212) by described lower water suction joint (213).
Laver production line the most according to claim 1, it is characterised in that described loose mechanism includes
Air accumulator (30), pneumatic control flow switch (31), the 3rd air lifter (32) and air blowing
Mechanism (33), described air accumulator (30) connects pneumatic control flow switch (31) by the house steward that gives vent to anger
Inlet end, described inflatable body (33) be located at described in connect vegetable dish (501) top, and connect described the
Three air lifters (32);
Described inflatable body (33) includes trachea (331), base plate (332), distribution of air flow dish (33
3) and gear vegetable dish (334), described base plate (332) is sealedly connected on described trachea (331) lower end,
The outlet side of pneumatic control flow switch (31) described in pipeline connection is passed through in described trachea (331) upper end,
Described distribution of air flow dish (333) is fixing even by some nonstandard bolts (335) and described base plate (332)
Connecing, described distribution of air flow dish (333) includes air distribution disk (3331) and pore (3332), described point of gas
Dish (3331) is arranged at the lower end of distribution of air flow dish (333), and described pore (3332) is evenly distributed on
On air distribution disk (3331);
Described gear vegetable dish (334) is arranged at described distribution of air flow dish (333) with described base plate (332) even
The opposite side connect, is oppositely arranged with the described vegetable dish (501) that connects, and described gear vegetable dish (334) includes determining frame
(3341), web plate (3342), tabletting (3343) and Magnetitum (3344), described web plate (3342)
Being determined frame (3341) by tabletting (3343) be connected with described, described Magnetitum (3344) is nonstandard with described
Bolt (335) be equipped with in described determine frame (3341) in and with the absorption of each nonstandard bolt (335) even
Connect.
Laver production line the most according to claim 9, it is characterised in that described pneumatic control flow
Switch (31) includes quiet valve plate (311), moving valve (312) and cylinder body (313), described quiet valve plate
(311) it is installed in described cylinder body (313) with described rotation section (3121), described cylinder body (313)
Including the first side pressure lid (3131), the second side pressure lid (3132) and main body cylinder body (3133), described
First side pressure lid (3131) and described second side pressure lid (3132) are respectively by flange and described main body cylinder
Body (3133) connects;
Quiet valve plate through hole (3111), described moving valve (312) it is provided with on described quiet valve plate (311)
Including rotation section (3121) and pneumatic linkage (3122), described pneumatic linkage (3122)
For driving described rotation section (3121) to rotate, described rotation section (3121) are provided with moving valve through hole
(3123), described moving valve through hole (3123) runs through described rotation section (3121) can be quiet with described
Valve plate through hole (3111) matches, described quiet valve plate (311) and described rotation section (3121) directly or
Indirectly cooperating in the way of planar end sealing, described rotation section (3121) are at described Pneumatic connecting rod
Rotate relative to described quiet valve plate (311) under the aerodynamic force driving effect of mechanism (3122), so that described
Quiet valve plate through hole (3111) changes with the area that crosses of described moving valve through hole (3123), with reality
The uninterrupted of existing convection cell is controlled or makes switch opening and closing.
11. laver production lines according to claim 10, it is characterised in that described rotation section (31
21) include that piston (3124), described piston (3124) include the first side plate (31241), the second side
Plate (31242) and rotating shaft (31243), described first side plate (31241) and described second side plate (3
1242) be arranged in parallel and be essentially perpendicular to described rotating shaft (31243), and with described rotating shaft (312
43) being connected or be made into integration, described first side plate (31241) is close to described quiet valve plate (311),
By locating ring (3138) between described second side plate (31242) and described second side pressure lid (3132)
Sealing, described locating ring (3138) outer ring and described main body cylinder body (3133) inwall are close by O
Envelope, described first side plate (31241) and described second side plate (31242) are at described main body cylinder body (31
33) defining outlet chamber (3136) in, described main body cylinder body (3133) is opened above gas outlet (3
137), described gas outlet (3137) connect described outlet chamber (3136);
Described rotating shaft (31243) one end connects described first side plate (31241), and the other end is through described
Second side pressure lid (3132) stretches out described cylinder body (313) outward, connects described pneumatic linkage (312
2), described first side plate (31241) is radially even is distributed some petal-shaped moving valve through holes (31
23);
Described quiet valve plate (311) periphery is sealed by O with described main body cylinder body (3133) inwall,
Described quiet valve plate (311) circumference is positioned with described first side pressure lid (3131) by bearing pin (3113),
And leave space between described quiet valve plate (311) and described first side pressure lid (3131), be used for arranging
Multiple compression springs (3112), the tension force of multiple described compression springs (3112) orders about described quiet valve plate
(311) side end face with described first side plate (31241) is adjacent to;
Described quiet valve plate (311) and described first side pressure lid (3131) are described main body cylinder body (3133)
Inside define inlet chamber (3134), described first side pressure lid (3131) offer air inlet (3135),
Described air inlet (3135) connects described inlet chamber (3134), on described quiet valve plate (311) radially
It is evenly distributed with some petal-shaped quiet valve plate through hole (3111);
Described quiet valve plate through hole (3111) and described moving valve through hole (3123) are at the maximum flow shape of fluid
During state, its quantity, shape, size, position are consistent.
12. laver production lines according to claim 11, it is characterised in that described Pneumatic connecting rod machine
It is outside that structure (3122) is located at described cylinder body (313), and it includes link (31221), the 3rd cylinder
(31222), piston rod head bearing (31223), hinged-support (31224) and Pneumatic connecting rod (31
225), described second side pressure lid (3132), the other end are fixed in described link (31221) one end
Be connected to the bottom of described 3rd cylinder (31222) by bearing pin, described 3rd cylinder (31222) with
Swingable angle, the work of described 3rd cylinder (31222) it is provided with between described link (31221)
Stopper rod end is fixed with described piston rod head bearing (31223), described piston rod head bearing (312
23) by bearing pin connecting hinge bearing (31224), described hinged-support (31224) and described Pneumatic connecting rod
(31225) being threaded connection, and use locking nut locking positioning, described Pneumatic connecting rod (31225) sets
The through hole matched with described rotating shaft (31243), described rotating shaft (31243) is had to insert described pneumatic company
In the through hole of bar (31225), its end is positioned by baffle plate, described baffle plate and described Pneumatic connecting rod (3
1225) being bolted, described 3rd cylinder (31222) is configured with solenoid directional control valve.
13. according to the laver production line described in any one of claim 1-11, it is characterised in that described
One air lifter (101), the second air lifter (201), the 3rd air lifter (3
2), the 4th air lifter (40) identical with the 5th air lifter (122) structure, including
Fixed mount (61), adjustable shelf (62), the first cylinder (63) and two guide posts (64) are described
First cylinder (63) is vertically mounted on described fixed mount (61), and its piston rod connects described adjustable shelf
(62), described guide post (64) upper bar was worn in the pilot hole on described fixed mount (61), under
Portion's shaft connects described adjustable shelf (62), and described first cylinder (63) is positioned at two described guide posts (6
4) between.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201610480138.5A CN105962162A (en) | 2016-06-27 | 2016-06-27 | Porphyra production line |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201610480138.5A CN105962162A (en) | 2016-06-27 | 2016-06-27 | Porphyra production line |
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Publication Number | Publication Date |
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CN105962162A true CN105962162A (en) | 2016-09-28 |
Family
ID=57020733
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CN201610480138.5A Pending CN105962162A (en) | 2016-06-27 | 2016-06-27 | Porphyra production line |
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN106387734A (en) * | 2016-12-07 | 2017-02-15 | 宁波大学 | Method and device for drying and processing of porphyra haitanensis |
CN106983098A (en) * | 2017-05-26 | 2017-07-28 | 纪合溪 | One kind stripping dish device and seaweed process equipment |
CN106983166A (en) * | 2017-05-26 | 2017-07-28 | 纪合溪 | A kind of marine alga cake equipment |
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CN86101775A (en) * | 1986-03-20 | 1987-09-30 | 株式会社山形屋海苔店 | Drying means of laver and device thereof |
CN201194537Y (en) * | 2007-09-14 | 2009-02-18 | 王行安 | Strip-shaped laver cake making device used in primary laver processing unit |
CN201602107U (en) * | 2009-12-31 | 2010-10-13 | 王行安 | Cake taking assembly and seaweed or vegetable cake making device adopting same |
CN102038227A (en) * | 2009-12-17 | 2011-05-04 | 王行安 | Needle curtain sheet and seaweed or vegetable cake making device provided with same |
CN202364763U (en) * | 2011-12-23 | 2012-08-08 | 王行安 | Wind-blown material loosening device for processing seaweed materials |
CN102754862A (en) * | 2011-10-14 | 2012-10-31 | 王行安 | Cake water absorption disc device for algae processing and dewatering equipment |
CN203488757U (en) * | 2013-01-22 | 2014-03-19 | 连云港富安紫菜机械有限公司 | Flow control valve |
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2016
- 2016-06-27 CN CN201610480138.5A patent/CN105962162A/en active Pending
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Publication number | Priority date | Publication date | Assignee | Title |
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CN86101775A (en) * | 1986-03-20 | 1987-09-30 | 株式会社山形屋海苔店 | Drying means of laver and device thereof |
CN201194537Y (en) * | 2007-09-14 | 2009-02-18 | 王行安 | Strip-shaped laver cake making device used in primary laver processing unit |
CN102038227A (en) * | 2009-12-17 | 2011-05-04 | 王行安 | Needle curtain sheet and seaweed or vegetable cake making device provided with same |
CN201602107U (en) * | 2009-12-31 | 2010-10-13 | 王行安 | Cake taking assembly and seaweed or vegetable cake making device adopting same |
CN102754862A (en) * | 2011-10-14 | 2012-10-31 | 王行安 | Cake water absorption disc device for algae processing and dewatering equipment |
CN202364763U (en) * | 2011-12-23 | 2012-08-08 | 王行安 | Wind-blown material loosening device for processing seaweed materials |
CN203488757U (en) * | 2013-01-22 | 2014-03-19 | 连云港富安紫菜机械有限公司 | Flow control valve |
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN106387734A (en) * | 2016-12-07 | 2017-02-15 | 宁波大学 | Method and device for drying and processing of porphyra haitanensis |
CN106983098A (en) * | 2017-05-26 | 2017-07-28 | 纪合溪 | One kind stripping dish device and seaweed process equipment |
CN106983166A (en) * | 2017-05-26 | 2017-07-28 | 纪合溪 | A kind of marine alga cake equipment |
CN106983098B (en) * | 2017-05-26 | 2024-04-12 | 纪合溪 | Vegetable peeling device and laver processing equipment |
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