CN201888218U - Airflow counter-impact separating device for seaweed processing - Google Patents
Airflow counter-impact separating device for seaweed processing Download PDFInfo
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- CN201888218U CN201888218U CN2010205403241U CN201020540324U CN201888218U CN 201888218 U CN201888218 U CN 201888218U CN 2010205403241 U CN2010205403241 U CN 2010205403241U CN 201020540324 U CN201020540324 U CN 201020540324U CN 201888218 U CN201888218 U CN 201888218U
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Abstract
The utility model relates to an airflow counter-impact separating device for seaweed processing, which comprises a framework, an air distribution assembly, a lifting stage assembly, an air blowing action assembly, a curtain frame assembly, a track assembly and a driving mechanism. During separating, the air blowing action assembly is matched with the curtain frame assembly, and laver sheets on the curtain frame assembly are impacted by air pressure produced by air flow. The laver sheets manufactured by water process are separated by air flow and become fluffy, and after being dried, the laver sheets are fluffy and filled, and accordingly appearance and quality of finished laver sheets are improved and needs of market are satisfied. Meanwhile, time for drying laver sheets is shortened and energy is saved.
Description
Technical field
The utility model relates to the marine alga manufacture field, in particular to a kind of marine alga, especially laver processing with the air-flow bulk material device that recoils.
Background technology
Present laver time processing (that is: the former algae of new fresh laver being processed into the dry product laver) generally is divided into two kinds of forms: a kind of is that the former algae of laver is cut into than fine granularity through the chopping operation, take the processing of water system cake pattern system cake then, the finished product laver of being processed is that sheet is opened form, thin and even, every weight is about about the 3-6 gram, is fit to cook sushi and secondary seasoning processing etc.; Another kind is with the no longer chopping after cleaning of the former algae of laver (can slitting shape or bulk for the loose type laver in later stage), can centrifugal dehydration make cake by hand, also can take the production of mechanization water system cake, the finished product laver of being processed is pie, thick and weigh, every cake weight can reach more than 10 grams, and soup done by suitable diet or the food additives raw material uses.
For two kinds of methods in second kind of production and processing mode, its crudy and effect still have difference.For the production of the manual system of laver cake, before making cake, with the high speed centrifugation dewaterer moisture in the former algae of laver to be deviate from, the dish cake fluffy degree of making is good, recruitment is many, production efficiency is low, the defective of product hygienic quality difference but exist; For laver water system cake production model, then have personnel selection less, the technical advantage of production efficiency height, constant product quality, but exist the problem of dish cake fluffy degree difference, this is because in water system cake process, although after the system cake is finished, sponge extrusion dehydration operation is arranged, but the moisture in the laver cake is still deviate from unclean, and the dish cake because the tension force effect of water forms shrivelled shape, exists appearance poor, do not meet the technological deficiency that market sale is cognitive and waste the dry energy after drying.Therefore, be necessary to introduce bulk material device at laver water system cake processing link.This air-flow recoil bulk material device is researched and developed for the technical barrier that solves the existing dish cake of laver water system cake production model fluffy degree difference.This device also is applicable to the processing of sea-tangle, asparagus etc. and the seaweeds material of laver characteristic close.
The utility model content
The utility model processes at seaweeds water system cakes such as lavers that existing dish cake fluffy degree is poor, the technological deficiency of dry energy waste, proposes a kind of air-flow recoil bulk material device.The laver cake of water system cake can be dispelled fluffy according to device of the present utility model, make dried laver cake fluffy full, not only can improve the presentation quality of finished product laver cake, meet the need of market, can shorten dry time of dish biscuit, energy savings consumption simultaneously.
The utility model provides the processing of a kind of marine alga with the air-flow bulk material device that recoils, this device comprises: frame, gas-distribution pipe assembly, lifting platform frame component, air-blowing effect assembly, curtain frame component, rail assembly and driving mechanism, wherein: the lifting platform frame component is installed on the frame and with driving mechanism and is in transmission connection, the lifting platform frame component can relative frame move up and down under the driving of driving mechanism, and the lifting platform frame component has the lifting stand; The gas-distribution pipe assembly is fixedly mounted on the lifting stand and can moves with the lifting stand; Air-blowing effect assembly is connected with the lifting stand and can moves with the lifting stand; The gas-distribution pipe assembly is connected with the mode of gas source with fluid communication, and air-blowing effect assembly is connected with the mode of gas-distribution pipe assembly with fluid communication, being dispensed to air-blowing effect assembly through the gas-distribution pipe assembly from the gas of gas source; The curtain frame component is positioned at the below of air-blowing effect assembly and being installed in relative to the mode that frame moves as step-by-step movement on the rail assembly; In the bulk cargo operation, air-blowing effect assembly can move on such position: air-blowing effect assembly and curtain frame component are cooperatively interacted, with the air-flow of order from air-blowing effect assembly the dish cake generation air pressure that is carried on the curtain frame component is impacted.
According to device of the present utility model, air-blowing effect assembly comprises fixed disk and distribution of air flow dish, and the distribution of air flow dish is connected with fixed disk, to form distribution of air flow cavity, distribution of air flow cavity and gas-distribution pipe assembly fluid communication between distribution of air flow dish and fixed disk; The distribution of air flow dish is provided with a plurality of blowing nozzles, and each blowing nozzle all has gas hole.
According to device of the present utility model, air-blowing effect assembly also comprises vexed dish, and vexed dish is connected with fixed disk by connector, so that the distribution of air flow dish is between fixed disk and vexed dish; Vexed dish is provided with a plurality of vexed dish large through-holes and a plurality of vexed dish small through hole, and the position of vexed dish large through-hole is stretched in the vexed dish large through-hole to allow blowing nozzle corresponding to blowing nozzle.
According to device of the present utility model, air-blowing effect assembly also comprises gas-distributing pipe, stage clip, guide bracket, gas-separating valve door, one end of gas-distributing pipe is provided with the branch pore, this end is fixedlyed connected with fixed disk and is passed fixed disk and extends in the distribution of air flow cavity, and the other end of gas-distributing pipe is connected with the mode of gas-separating valve door with fluid communication; Guide bracket is fixedly arranged on the lifting stand, gas-distributing pipe passes the lifting stand and is set in the guide bracket, be set with stage clip on the gas-distributing pipe, stage clip remains on guide bracket and is fixedly arranged between the press spring base on the gas-distributing pipe, thus, but make air-blowing effect assembly utilize the guide bracket floating ground to be installed on the lifting stand of lifting platform frame component.
According to device of the present utility model, the lifting platform frame component also has guide post, and frame is provided with guide holder, and guide post is fixedly arranged on the lifting stand and with guide holder and is slidingly matched, and moves up and down with guiding lifting platform assembly.
According to device of the present utility model, the lifting platform frame component also comprises depression bar, and depression bar is fixedly mounted on the lifting stand, is used for when the lifting stand drops to a certain degree rail assembly being exerted pressure.
According to device of the present utility model, driving mechanism comprises power transmission shaft, rocking arm, eccentric shaft and connecting rod, power transmission shaft is installed in rotation on the frame by axle bed; rocking arm is separately positioned on the two ends of power transmission shaft; rocking arm is connected with an end of connecting rod by oscillating bearing, and the other end of connecting rod is connected with the lifting stand by oscillating bearing.
According to device of the present utility model, driving mechanism also comprises sprocket wheel, and sprocket wheel is fixedly mounted on the power transmission shaft or with power transmission shaft and is made into integration, and sprocket wheel is in transmission connection by chain and power source.
According to device of the present utility model, the gas-distribution pipe assembly comprises distribution house steward, air inlet pipe, escape pipe and by-pass valve control, the distribution house steward is fixedly connected on the lifting stand, air inlet pipe is connected in the mode of fluid communication with the distribution house steward with escape pipe, air inlet pipe is by by-pass valve control and gas source fluid communication, and escape pipe is connected with the mode of air-blowing effect assembly with fluid communication.
According to device of the present utility model, the curtain frame component comprises curtain frame and material circle, the curtain frame has the tower structure that the rib by criss-cross arrangement is formed by connecting, the material circle comprises material circle ring, silk screen and hasp again, silk screen is arranged on the bottom of material circle ring, hasp is arranged on the outward flange of material circle ring, is used for being connected with the curtain frame.
According to device of the present utility model, rail assembly has floating structure, and it comprises track, stage clip, guide pin bushing and guide rod, and guide rod is arranged on the bottom of the track that floats, and compression spring sleeve is contained on the guide rod, and guide pin bushing is fixedly mounted on the frame and with guide rod and is slidingly matched.
According to device of the present utility model, also comprise: be arranged at the bearing assembly of curtain frame component below, bearing assembly comprises bearing plate, and bearing plate is installed on the frame.
According to device of the present utility model, bearing plate is fixedly mounted on the frame by the pressure-bearing bar.
According to device of the present utility model, bearing assembly also comprises soft board, and soft board is arranged on the bearing plate.
The marine alga processing that the utility model provides utilizes the air-flow recoil strength will expect that the dehydration laver cake in the circle dispels with air-flow recoil bulk material device, make the laver cake be puffy, like this, after laver cake after dispelling enters the drying chamber drying, can obviously improve the fluffy degree of the dried cake of its finished product laver, help improving the presentation quality of dry product laver, improve the rate of drying of dish cake simultaneously, save the dry energy.This device is applicable to the system cake processing of bar shaped or block laver.
Description of drawings
Fig. 1 shows the general structure side schematic view according to bulk material device of the present utility model;
Fig. 2 shows the front view according to the general structure of bulk material device of the present utility model;
Fig. 3 shows the component structural schematic diagram of air-blowing effect assembly;
Fig. 4 shows the front view structural representation of the concrete structure of vexed dish;
Fig. 4 a shows the plan structure schematic diagram figure of the concrete structure of vexed dish;
Fig. 5 shows the main TV structure schematic diagram of the concrete structure of distribution of air flow dish;
Fig. 5 a shows the plan structure schematic diagram of the concrete structure that the air-flow branch accompanies with;
Fig. 6 shows the mounting structure schematic diagram of curtain frame material coil assembly;
Fig. 7 shows the main TV structure schematic diagram of the concrete structure of material circle;
Fig. 7 a shows the left TV structure schematic diagram of the concrete structure of material circle;
Fig. 7 b shows the plan structure schematic diagram of the concrete structure of material circle;
Fig. 8 shows one of working state schematic representation according to bulk material device of the present utility model (when depression bar contacts with floating guide rail);
Fig. 9 shows two (when vexed dish contacts with the material circle) according to the working state schematic representation of bulk material device of the present utility model.
The specific embodiment
In Figure of description, Reference numeral is represented respectively:
1, frame; 2, gas-distribution pipe assembly: 201, distribution house steward, 202, escape pipe, 203, air inlet pipe, 204, by-pass valve control, 205, air induction hose; 3, lifting platform frame component: 301, lifting stand, 302, guide post, 303, guide holder, 304, depression bar, 305, support bar, 306, hanger; 4, air-blowing effect assembly: 401, vexed dish, 40101, vexed dish large through-hole, 40102, vexed dish small through hole, 40103, vexed dish installing hole, 402, the distribution of air flow dish, 40201, blowing nozzle, 40202, gas hole, 40203, the distribution plate installing hole, 40204, distribution of air flow dish cavity, 403, fixed disk, 404, fixed connecting rod, 405, gas-distributing pipe, 40501, divide pore, 40502, the end closure plate, 40503, divide gas to take over 406 spring bases, 407, stage clip, 408, guide bracket, 409, copper sheathing, 410, dottle pin, 411, the axle card, 412, the gas-separating valve door, 413, the gas-separating valve door is taken over, and 414, divide the gas flexible pipe; 5, curtain frame material coil assembly: 501, curtain frame, 502, material circle, 50201, material circle ring, 50202, silk screen, 50203, hasp is installed, 503, the dish cake, 503 ', dish cake after the air-blowing; 6, supporting member: 601, soft board, 602, bearing plate, 603, the pressure-bearing bar; 7, the rail assembly that floats: 701, the track that floats, 702, the stage clip that floats, 703, guide pin bushing, 704, guide rod, 705, the axle card; 8, driven unit: 801 (801 '), oscillating bearing, 802, connecting rod, 803, eccentric shaft, 804, eccentric rocking arm, 805, power transmission shaft, 806, bearing block, 807, drive sprocket, 808, bearing pin, 809, driving chain.
As shown in Figure 1 and Figure 2, there is shown according to air-flow recoil bulk material device of the present utility model, this device mainly comprises frame 1, gas-distribution pipe assembly 2, lifting platform frame component 3, air-blowing effect assembly 4, curtain frame material coil assembly 5, supporting member 6, rail assembly 7 and driven unit 8 float.Below in conjunction with accompanying drawing, structure composition and manner of execution according to bulk material device of the present utility model are made specific description.
As shown in Figure 1, frame 1 is the tower structure spare that is formed by the shape seam, in order to each functional unit of mounting support.Gas-distribution pipe assembly 2 comprises distribution house steward 201, air inlet pipe 203, escape pipe 202, by-pass valve control 204, flexible pipe 205 etc.Gas-distribution pipe 201 is an airtight pipe structure, and air inlet pipe 203 is welded on the distribution house steward 201, and the mesopore of air inlet pipe 203 communicates with distribution house steward 201 inner chamber.Equally, escape pipe 202 also is to be welded on the distribution house steward 201, and its mesopore also communicates with distribution house steward 201 inner chamber.General every assembly tracheae assembly is established an air inlet pipe, is provided with at least one escape pipe, and the quantity of escape pipe can be selected according to factors such as designing requirement, actual needs.One end of air inlet pipe 203 links to each other with by-pass valve control 204, and the other end of by-pass valve control 204 connects air induction hose 205, and air induction hose 205 is connected with the mode of compressed gas source with fluid communication.Each escape pipe 202 links to each other with air-blowing effect assembly 4 by flexible pipe 414.Distribution house steward 201 is fixedly mounted on the lifting stand 301 by support bar 305.
As illustrated in fig. 1 and 2, lifting platform frame component 3 comprises lifting stand 301, guide post 302, guide holder 303, depression bar 304, support bar 305, hanger 306 etc.The plane framework of lifting stand 301 for forming by the shaped steel seam, guide post 302 is fixedly mounted on the lifting stand 301, guide holder 303 is fixedly mounted on the frame 1, guide post 302 matches with guide holder 303, guiding lifting stand 301 is done under the effect of driven unit 8 and is pumped, depression bar 304 is installed in the lower plane of lifting stand 301, the effect of depression bar 304 is that depression bar 304 at first is pressed onto on the unsteady track 701 of the rail assembly 7 that floats when lifting stand 301 moves downward, the track 701 that floats is moved down, like this, curtain frame material coil assembly 5 just can freely fall on the supporting member 6, and the situation of curtain frame distortion takes place when preventing 4 times holding pads 502 of air-blowing effect assembly.
As shown in Figures 1 to 3, air-blowing effect assembly 4 comprises vexed dish 401, distribution of air flow dish 402, fixed disk 403, fixed connecting rod 404, gas-distributing pipe 405, spring base 406, stage clip 407, guide bracket 408, copper sheathing 409, dottle pin 410, axle card 411, gas-separating valve door 412, gas-separating valve door adapter 413, divides gas flexible pipe 414 etc.Vexed dish 401 is positioned at the lower end of air-blowing effect assembly 4, utilize fixed connecting rod 404 and fixed disk 403 to be installed together, distribution of air flow dish 402 also is fixedly mounted on the fixed disk 403, as Fig. 5, shown in Fig. 5 a, and distribution of air flow dish 402 is provided with a plurality of blowing nozzles 40201, the position of blowing nozzle 40201 is corresponding to the large through-hole 40101 of vexed dish 401 and extend in the corresponding large through-hole 40101, by the position of adjusting nut on fixed connecting rod 404, just can change vexed dish 401 to the distance between the fixed disk 403, the blowing nozzle 40201 that has just changed distribution of air flow dish 402 stretches into the degree of depth in the vexed dish large through-hole 40101.Shown in Fig. 4 and Fig. 4 a, be provided with a plurality of equally distributed small through hole 40102 on the big plane of vexed dish 401, its effect is the stream pressure in the cavity that discharges between vexed dish 401 and the material circle 502.Gas-distributing pipe 405 for example can be installed in the top of fixed disk 403 by bolting, and the lower end of gas-distributing pipe 405 is provided with branch pore 40501, divides pore 40501 to extend in the cavity 40204 that forms between distribution of air flow dish 402 and fixed installation dish 403.Be set with spring base 406 on the gas-distributing pipe 405 successively, stage clip 407, guide bracket 408 (containing copper sheathing 409), dottle pin 410, axle card 411, wherein spring base 406 for example can be sleeved on the gas-distributing pipe 405 or with gas-distributing pipe 405 by welding and be made into integration, offer through hole on the lifting stand 301, lifting stand 301 is installed with (for example connecting by bolt) guide bracket 408 on the position corresponding to through hole, the external diameter of spring base 406 is less than the internal diameter of the through hole of lifting stand 301, with allow gas-distributing pipe 405 when stage clip 407 compressions under the guiding of guide bracket 408 relatively lifting stand 301 move up and down within the specific limits, and the upper end of stage clip 407 leans on guide bracket 408, and the lower end is supported on the spring base 406; In addition, the upper end of gas-distributing pipe 405 also is equipped with gas-separating valve door 412 in proper order, the gas-separating valve door is taken over 413, divided gas flexible pipe 414.Divide gas flexible pipe 414 to be connected with escape pipe 202 on the gas-distribution pipe assembly 2.Whole air-blowing effect assembly 4 utilizes the following end flanges of guide bracket 408 to be installed on the lifting stand 301, can do with the lifting stand to pump.Gas-separating valve door 412 is in opening state, controls the tolerance that enters in each air-blowing effect assembly 4 by the size of controlling its amount of opening, with the stream pressure size in each air-blowing effect assembly 4 of balance.
Shown in Fig. 6, Fig. 7 and Fig. 7 a and Fig. 7 b, curtain frame material coil assembly 5 comprises curtain frame 501 and material circle 502.Curtain frame 501 is the plane frameworks that formed by the crisscross seam of section bars such as reinforcing bar, material circle 502 is based on material circle ring 50201, the bottom of material circle ring is equipped with silk screen 50202, the outside of material circle ring 50201 is provided with several hasp 50203 is installed, and material circle 502 utilizes it that hasp 50203 is installed and is fixedly mounted on the rib in length and breadth of curtain frame 501.Material circle 502 is used for being installed in the laver biscuit, does step motion with the curtain frame in the course of the work and passes in and out this bulk cargo station.
As shown in Figure 1, supporting member 6 comprises soft board 601, bearing plate 602, pressure-bearing bar 603.Soft board 601 is laid on the bearing plate 602, can be glued, also can assemble installation, and bearing plate 602 is fixedly mounted on by pressure-bearing bar 603 on the beam of frame 1, and bearing plate 602 also can be directly installed on the beam of frame 1 certainly.The effect of supporting member 6 is the bottoms of upwards holding material circle 502 in the bulk cargo course of work, plays the pressure-bearing effect.
As illustrated in fig. 1 and 2, unsteady rail assembly 7 comprises the track 701 that floats, unsteady stage clip 702, guide pin bushing 703, guide rod 704, axle card 705 etc.Guide rod 704 is installed in the bottom of the track 701 that floats, and guide pin bushing 703 is fixedly mounted on the beam of frame 1, and guide rod 704 is sleeved in the endoporus of guide bracket 703, the unsteady stage clip 702 of suit on the guide rod 704, and the end of guide rod 704 is equipped with axle card 705.Float rail assembly 7 in order to accept curtain frame material coil assembly 5, make curtain frame material coil assembly 4 do displacement movement along the guide direction of the track 701 that floats.In 3 folding processes of lifting platform frame component, when depression bar 304 touches when floating track sub-assembly 7, the track 701 that floats will move down together, at this moment, curtain frame material coil assembly 5 is free to drop on the supporting member 6, like this, when air-blowing effect assembly 4 moves down when reaching material circle 502, the situation of curtain frame 501 distortion can not take place because of the holder power of track.Certainly, if the intensity of curtain frame 501 is enough, the elastic force of the stage clip 702 that floats simultaneously is suitable, can omit depression bar 304, directly utilizes curtain frame material coil assembly 5 to press the track 701 that floats downwards, and curtain frame material coil assembly 5 and unsteady rail assembly 7 are moved down together.In the above-mentioned course of work, floating spring 702 will be compressed when the track 701 that floats moves down, and after the pressure on the track 701 that floats is eliminated, and the track 701 that floats will be subjected to move on the inherent reaction force of unsteady stage clip 702 and reset together with curtain frame material coil assembly 5.
Specify the course of work below in conjunction with Fig. 1, Fig. 8 and Fig. 9 according to air-flow recoil bulk material device of the present utility model:
(1) original state: this device is periodic cycle work, for sake of convenience, state shown in Figure 1 is defined as original state.At this moment, eccentric shaft 803 is in the extreme higher position of rotation, makes lifting platform frame component 3 and air-blowing effect assembly 4 all be in the extreme higher position; Unsteady rail assembly 7 and curtain frame material coil assembly 5 are in and lift reset mode, between the lower plane of material circle 502 and the last plane of supporting member 6 distance is arranged, at this moment, without the stepping of can sliding in orbit of the curtain frame material coil assembly 5 of bulk cargo operation, enter the bulk cargo working position from frame shown in Figure 1 one lateral movement, simultaneously, (motion of curtain frame material coil assembly was step motion intermittently outside the curtain frame material coil assembly finished of bulk cargo had then moved out of frame from the bulk cargo station, its power resources are in the unit active force, and with other functional entity synchronization action, concrete driving mechanism is not shown); Air induction hose 205 communicates with compressed air source, and by-pass valve control 204 is in closed condition at this moment;
(2) the lifting stand moves down: as Fig. 8, shown in Figure 9, unit total output source (not shown) is by chain 809, drive sprocket 807 will drive transmission of power and give power transmission shaft 805, driving power transmission shaft 805 rotates, power transmission shaft 805 is again by eccentric rocking arm 804, eccentric shaft 803, oscillating bearing, connecting rod 802 drives lifting platform frame component 3 and moves down (its motion moment and speed speed and the interlock of unit total output) together with air-blowing effect assembly 4, when depression bar 304 contacts with unsteady track 701, the continuing of lifting platform frame component moves down follows and moves down (at this moment pressing the track 701 that floats, still have distance between the last plane of air-blowing effect assembly 4 and material circle 502), curtain frame material coil assembly 5 will move down with unsteady rail assembly 7, contact with soft board 601 until the lower plane of expecting circle 502.Along with lifting platform frame component 3 continue move down, the track 701 that floats also continues to move down, and curtain frame material coil assembly 5 supported parts 6 are held and will no longer be moved down, the lower plane A of the vexed dish 401 on the air-blowing effect assembly 4 finally contacts the back with the last plane B of material circle 502 and fastens, at this moment, lifting platform frame component 3 still will move down a segment distance, because vexed dish 401 contacts with material circle 502, stage clip 407 will be subjected to 408 Hair Fixers of guide bracket shape of changing, certain relative motion will take place in air-blowing effect assembly 4 relative gas-distribution pipe assemblies 2 or lifting platform frame component 3 this moment, and its amount of exercise is absorbed by a minute gas flexible pipe 414.Then, 3 stop motions of lifting platform frame component, each lower plane A that organizes the vexed dish 401 on the air-blowing effect assembly 4 all reliably contacts with the last plane B of each material circle 502, and so far, the action that moves down of lifting platform frame component 3 is finished;
(3) bulk cargo: by-pass valve control 204 is opened, compressed air source will be by air induction hose 205, by-pass valve control 204 enters in the distribution house steward 201 of gas-distribution pipe assembly 2, again by dividing gas flexible pipe 414, gas-separating valve door 412, gas-distributing pipe 405, divide pore 40501 to enter in each distribution of air flow dish 402 and the fixed disk 403 formed cavitys 40204, then, air-flow will blow in the cavity that forms after vexed dish 401 fastens with material circle 502 uniformly by the gas hole on the distribution of air flow dish 402 40202, air-flow will produce air pressure to the dish cake in the material circle 502 503 and impact, dish cake 503 is dispelled and is filled in material circle 502 and the vexed dish 401 formed cavitys, to enter airspace from small through hole 40102 outflows that are distributed on the vexed dish 401 after the air-flow recoil, then, by-pass valve control 204 is closed to cut off gas channel, by-pass valve control 204 is adjustable controlled from being opened into the time of closing, with the dish cake loose be suitable for suitable.Dish cake 503 loosening degree in finding each group material circle 502 have not simultaneously, can control the charge flow rate size by the open degree of regulating gas-separating valve door 412 and solve.So far, the action of bulk cargo operation is finished.
(4) reset: power transmission shaft 805 is rotated further, drive on the lifting platform frame component 3 and move, each functional unit will progressively reset, comprising: move to the extreme higher position on lifting platform frame component 3 and the air-blowing effect assembly 4, the stage clip 407 that is under the compressive state progressively restores to the original state, move on unsteady rail assembly 7 and the curtain frame material coil assembly 5 and be reset to the extreme higher position, then, curtain frame material coil assembly 5 behind bulk cargo moves out the frame outside along the track stepping, a new curtain frame material coil assembly of handling without bulk cargo will enter the bulk cargo station simultaneously, so far, a complete work period finishes.Repeat the above-mentioned course of work, realize producing continuously.
Above to having made detailed explanation according to the embodiment and the corresponding operation mode of air-flow recoil bulk material device of the present utility model; those skilled in the art can make multiple modification and distortion or structure conversion to the utility model based on the foregoing description, but these modifications, distortion or structure conversion all fall in the protection domain of the present utility model.
Claims (14)
1. marine alga processing is with the air-flow bulk material device that recoils, it is characterized in that, this device comprises: frame (1), gas-distribution pipe assembly (2), lifting platform frame component (3), air-blowing effect assembly (4), curtain frame component (5), rail assembly (7) and driving mechanism (8), wherein:
The described frame (1) that is installed in described lifting platform frame component (3) goes up and is in transmission connection with described driving mechanism (8), described lifting platform frame component can described relatively frame (1) move up and down under the driving of described driving mechanism (8), and described lifting platform frame component (3) has lifting stand (301);
Described gas-distribution pipe assembly (2) is fixedly mounted on described lifting stand (301) and goes up also and can move with described lifting stand (301);
Described air-blowing effect assembly (4) is connected with described lifting stand (301) and can moves with described lifting stand;
Described gas-distribution pipe assembly (2) is connected with the mode of gas source with fluid communication, described air-blowing effect assembly (4) is connected with the mode of described gas-distribution pipe assembly (2) with fluid communication, being dispensed to described air-blowing effect assembly (4) through described gas-distribution pipe assembly (2) from the gas of described gas source;
Described curtain frame component (5) is positioned at the below of described air-blowing effect assembly (4) and being installed in relative to the mode that move as step-by-step movement described frame (1) on the described rail assembly (7);
In the bulk cargo operation, described air-blowing effect assembly (4) can move on such position: described air-blowing effect assembly and described curtain frame component (5) are cooperatively interacted, with the air-flow of order from described air-blowing effect assembly (4) the dish cake generation air pressure that is carried on the described curtain frame component is impacted.
2. device according to claim 1, it is characterized in that: described air-blowing effect assembly (4) comprises fixed disk (403) and distribution of air flow dish (402), described distribution of air flow dish (402) is connected with described fixed disk (403), between described distribution of air flow dish and described fixed disk, to form distribution of air flow cavity (40204), described distribution of air flow cavity and described gas-distribution pipe assembly fluid communication; Described distribution of air flow dish (402) is provided with a plurality of blowing nozzles (40201), and each described blowing nozzle all has gas hole (40202).
3. device according to claim 2, it is characterized in that: described air-blowing effect assembly (4) also comprises vexed dish (401), described vexed dish (401) is connected with described fixed disk (403) by connector (404), so that described distribution of air flow dish (402) is between described fixed disk and described vexed dish; Described vexed dish (401) is provided with a plurality of vexed dish large through-holes (40101) and a plurality of vexed dish small through hole (40102), and the position of described vexed dish large through-hole is stretched in the described vexed dish large through-hole to allow described blowing nozzle corresponding to described blowing nozzle.
4. device according to claim 3, it is characterized in that: described air-blowing effect assembly (4) also comprises gas-distributing pipe (405), stage clip (407), guide bracket (408), gas-separating valve door (412), one end of described gas-distributing pipe (405) is provided with branch pore (40501), this end is fixedlyed connected with described fixed disk (403) and is passed described fixed disk and extends in the described distribution of air flow cavity (40204), and the other end of described gas-distributing pipe (405) is connected with the mode of described gas-separating valve door (412) with fluid communication; Described guide bracket (408) is fixedly arranged on the described lifting stand (301), described gas-distributing pipe passes described lifting stand and is set in the described guide bracket, be set with stage clip (407) on the described gas-distributing pipe (405), described stage clip remains on described guide bracket and is fixedly arranged between the press spring base (406) on the described gas-distributing pipe, thus, but make described air-blowing effect assembly utilize described guide bracket floating ground to be installed on the lifting stand (301) of described lifting platform frame component.
5. device according to claim 1, it is characterized in that: described lifting platform frame component (3) also has guide post (302), described frame (1) is provided with guide holder (303), described guide post (302) is fixedly arranged on described lifting stand (301) and upward and with described guide holder (303) is slidingly matched, and moves up and down with guiding lifting platform assembly.
6. device according to claim 5, it is characterized in that: described lifting platform frame component (3) also comprises depression bar (304), described depression bar is fixedly mounted on the described lifting stand (301), is used for when described lifting stand drops to a certain degree described rail assembly being exerted pressure.
7. device according to claim 1, it is characterized in that: described driving mechanism (8) comprises power transmission shaft (805), rocking arm (804), eccentric shaft (803) and connecting rod (802), described power transmission shaft is installed in rotation on the described frame (1) by axle bed, described rocking arm is separately positioned on the two ends of described power transmission shaft, described rocking arm is connected with an end of described connecting rod by oscillating bearing, and the other end of described connecting rod is connected with described lifting stand by oscillating bearing.
8. device according to claim 7 is characterized in that: described driving mechanism (8) also comprises sprocket wheel (807), and described sprocket wheel is fixedly mounted on the described power transmission shaft or with described power transmission shaft and is made into integration, and described sprocket wheel is in transmission connection by chain and power source.
9. device according to claim 1, it is characterized in that: described gas-distribution pipe assembly (2) comprises distribution house steward (201), air inlet pipe (203), escape pipe (202) and by-pass valve control (204), described distribution house steward (201) is fixedly connected on the described lifting stand (301), described air inlet pipe (203) is connected in the mode of fluid communication with described distribution house steward with escape pipe (202), described air inlet pipe is by described by-pass valve control and described gas source fluid communication, and described escape pipe is connected with the mode of described air-blowing effect assembly with fluid communication.
10. device according to claim 1, it is characterized in that: described curtain frame component (5) comprises curtain frame (501) and material circle (502), described curtain frame has the tower structure that the rib by criss-cross arrangement is formed by connecting, described material circle comprises material circle ring (50201), silk screen (50202) and hasp (50203) again, described silk screen (50202) is arranged on the bottom of described material circle ring, described hasp is arranged on the outward flange of described material circle ring, is used for being connected with described curtain frame.
11. device according to claim 1, it is characterized in that: described rail assembly has floating structure, it comprises track (701), stage clip (702), guide pin bushing (703) and guide rod (704), described guide rod (704) is arranged on the bottom of described unsteady track (701), described compression spring sleeve is contained on the described guide rod, and described guide pin bushing (703) is fixedly mounted on described frame (1) and upward and with described guide rod (704) is slidingly matched.
12. device according to claim 1 also comprises: be arranged at the bearing assembly (6) of described curtain frame component below, described bearing assembly comprises bearing plate (602), and described bearing plate is installed on the described frame (1).
13. device according to claim 12 is characterized in that: described bearing plate is fixedly mounted on the described frame (1) by pressure-bearing bar (603).
14. according to claim 12 or 13 described devices, it is characterized in that: described bearing assembly also comprises soft board (601), described soft board is arranged on the described bearing plate (602).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205403241U CN201888218U (en) | 2010-09-21 | 2010-09-21 | Airflow counter-impact separating device for seaweed processing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205403241U CN201888218U (en) | 2010-09-21 | 2010-09-21 | Airflow counter-impact separating device for seaweed processing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201888218U true CN201888218U (en) | 2011-07-06 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205403241U Expired - Lifetime CN201888218U (en) | 2010-09-21 | 2010-09-21 | Airflow counter-impact separating device for seaweed processing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201888218U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102366128A (en) * | 2010-09-21 | 2012-03-07 | 王行安 | Airflow backflushing material-loosing device for seaweed processing |
| CN104605476A (en) * | 2015-01-21 | 2015-05-13 | 苏州农业职业技术学院 | Crispy seaweed stranding device and crispy seaweed stranding technology |
| CN108569929A (en) * | 2018-05-15 | 2018-09-25 | 平罗县祥美化工有限公司 | Nitriding furnace roof material distributing method and its equipment for the production of lime nitrogen multifunctional fertilizer |
| CN115152968A (en) * | 2017-07-19 | 2022-10-11 | 福建省霞浦县陈德光海产品贸易有限公司 | Laver processing and forming method |
-
2010
- 2010-09-21 CN CN2010205403241U patent/CN201888218U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102366128A (en) * | 2010-09-21 | 2012-03-07 | 王行安 | Airflow backflushing material-loosing device for seaweed processing |
| CN102366128B (en) * | 2010-09-21 | 2012-12-26 | 王行安 | Airflow backflushing material-loosing device for seaweed processing |
| CN104605476A (en) * | 2015-01-21 | 2015-05-13 | 苏州农业职业技术学院 | Crispy seaweed stranding device and crispy seaweed stranding technology |
| CN115152968A (en) * | 2017-07-19 | 2022-10-11 | 福建省霞浦县陈德光海产品贸易有限公司 | Laver processing and forming method |
| CN108569929A (en) * | 2018-05-15 | 2018-09-25 | 平罗县祥美化工有限公司 | Nitriding furnace roof material distributing method and its equipment for the production of lime nitrogen multifunctional fertilizer |
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