CN103156210A - Sea cucumber processing line with grading function - Google Patents
Sea cucumber processing line with grading function Download PDFInfo
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- CN103156210A CN103156210A CN2013101030508A CN201310103050A CN103156210A CN 103156210 A CN103156210 A CN 103156210A CN 2013101030508 A CN2013101030508 A CN 2013101030508A CN 201310103050 A CN201310103050 A CN 201310103050A CN 103156210 A CN103156210 A CN 103156210A
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Abstract
The invention discloses a sea cucumber processing line with a grading function. The sea cucumber processing line comprises a feeding belt delivery mechanism and a spraying device (3), wherein the tail end of the feeding belt delivery mechanism is in butt joint with a viscera cleaning unit, the viscera cleaning unit comprises a lower conveyer belt delivery mechanism and an upper conveyer belt delivery mechanism; an upper conveyer belt (5) of the upper conveyer belt delivery mechanism is separated into multiple levels of delivery passengers along the transmission direction; and the tail end of the upper conveyer belt sends materials to a cleaning unit (9), then the materials are sent to a texture control host machine (12), and finally processed sea cucumbers are received by a material receiving box (16). The cleaning unit and the texture control main machine are separated into delivery paths of different levels of materials corresponding to the multi-level delivery passengers, so that the purpose of grading processing is achieved, and finally, the consistency of the product quality is ensured. In addition, according to the processing line, the viscera cleaning unit, the cleaning unit and the texture control unit are joined in sequence, the integrated production is realized, the manpower cost is saved, the pollution links are reduced, and the purpose of high-efficiency production is achieved.
Description
Technical field
The present invention relates to food machinery manufacturing technology field, more particularly, relate to the production line of the preposition processing of sea cucumber.
Background technology
Sea cucumber is a kind of high-end marine food, and along with the raising of people's living standard, the demand of sea cucumber is increasing, has directly driven the development of holothruian cultures industry and processing industry.The processing of sea cucumber can be divided into preposition processing and secondary operations, and wherein the latter's form processing and processing technology are according to the difference of product type and difference.And preposition processing be all sea cucumbers must through procedure of processing, technical process is relatively fixing.In general, the preposition processing of sea cucumber is divided into the several steps such as ginseng is cleaned, internal organ are removed, the cleaning of ginseng body, the control of matter structure of living.Wherein, the matter structure is controlled, and is that sea cucumber is boiled, and controls the temperature and time that boils, and makes sea cucumber composition and mouthfeel arrive optimum state.
Summary of the invention
For the preposition processing of above-mentioned sea cucumber, the present invention can complete all processing steps.Compare with the processing line of prior art, the present invention has realized classification in preposition process, keeps classification status, can select different control parameters for the sea cucumber of different stage on this production line, thus the uniformity of ensuring the quality of products.
In order to achieve the above object, the invention provides a kind of Holothurian machining line with grading function, comprise a upper material belt conveying mechanism that bucket type feeding port is set; The upper strip of described upper material belt conveying mechanism is tilted to setting, and the top is provided with spray equipment.The end blanking place of described upper strip is provided with the lower conveyer belt connecting gear of accepting blanking, the lower conveyer belt top of the described lower conveyer belt connecting gear upper conveyor belt connecting gear that be arranged in parallel; On the upper conveyor belt of described upper conveyor belt connecting gear along transmission direction by vertical division board 6 one-tenth placed separately multistage transfer passage side by side.The end of the multistage transfer passage of described upper conveyor belt is delivered to cleaning unit with material.Described cleaning unit comprises that a bottom arranges the fermentation vat of discharge outlet, and described fermentation vat middle and lower part is equipped with the net dividing plate, and the top of described net dividing plate arranges many groups by the round brush of driven by motor rotation with the parallel mode interval; The interval, below of described net dividing plate is provided with foaming tube, and described foaming tube has connected the air pumping unit; The below of described net dividing plate also interval is provided with the surge pipe, and described surge pipe has connected the water body pumping unit.One side of described net dividing plate is provided with lift unit.Described lift unit comprises the motor that promotes conveyer belt, belt pulley and drive described belt pulley, wherein, is arranged at intervals with upright baffle plate on described lifting conveyer belt; Described lifting conveyer belt is included in the carrying section that is positioned at described net dividing plate one side in described fermentation vat, and the transportation section of after this sending described fermentation vat.In addition, become the multistage path of the multistage transfer passage of corresponding described upper conveyor belt respectively by division board is placed separately on the material transferring path of described cleaning unit and described lift unit.The transportation section end of described lift unit is connected to the matter structure of matter structure main control system and controls dog-house.Described matter structure main control system comprises that the outside and/or bottom arrange the matter structure that heating cabinet, top arrange case lid and control casing; Described casing is equipped with stainless steel guipure conveying mechanism; Described stainless steel guipure conveying mechanism is included in described casing front bottom end and accepts the dog-house material, sends at described box back improving material the stainless steel guipure of delivering to the case that connects material outside case, and coordinates described stainless steel guipure to realize guipure roller, pinch roller, the motor of transmission.Described stainless steel guipure and dog-house are also distinguished the path of corresponding described multistage transfer passage by holding plate one-tenth placed separately; The described case that connects material also is divided into the unit that receives each path material.
Under optimal way, described lower conveyer belt connecting gear below is fixed with bracket, is used for accepting water that the pouring of cleaning sea cucumber goes out and the sea cucumber internal organ of removing, in order to keep ready-made clean and tidy of processing.
Under optimal way, described heating cabinet is to enclose to be placed in the closed container that the external side of described matter structure control cabinet and/or below are provided with vapours air inlet and exhaust outlet.Optimum way, described heating cabinet corresponding described each path is divided into the unit of independent sealing separately; Each closed cell arranges respectively described vapours air inlet and exhaust outlet.
In addition, arrange in described material conveying process along transmission direction to tilt from high to low for the guide plate or the deflecting plate parts that connect adjacent conveyor mechanism.Also distinguished the multistage path of the multistage transfer passage of corresponding described upper conveyor belt on described guide plate or deflecting plate by division board one-tenth placed separately.
Under optimal way, in described cleaning unit: the delivery port of described surge pipe flushes with described net dividing plate; Described round brush comprises the cylinder of outer setting brush body, and the central shaft two ends of described cylinder are arranged on described fermentation vat biside plate; During work, the lower end of described round brush rotates to described belt direction; The distance of the lower end of described round brush and described net dividing plate end face is 50～200mm.
In addition, optimal way is arranged at intervals with clasfficiator on the transport path of described upper conveyor belt; Described clasfficiator is the width measurer that is fixed on equipment rack.A kind of optimum way, described clasfficiator comprise that the top arranges the notch structure of three kinds of width; Ascending 20-25 millimeter, 30-35 millimeter, the 40-45 millimeter of being followed successively by of described width of rebate, be respectively used to measure the sea cucumber of different length, thereby the passage that the different length sea cucumber is placed in respectively different stage is realized follow-up transportation and processing, reaches the purpose of classification processing.Therefore, under optimal way, corresponding above-mentioned three kinds of sizes, described multistage transfer passage and multistage path relative set are three roads, transport respectively the sea cucumber of these three kinds of dimensions.
The course of work of the said equipment is: the live body sea cucumber is by feeding port, enter lower conveyer belt through the material loading band, the artificial removing after the sea cucumber internal organ by clasfficiator and division board, classification is delivered to cleaning unit on upper conveyor belt, cleaning enters matter structure main control system by lift unit and guide plate, completes to export the case that connects material to after the matter structure is controlled.In cleaning, the control of matter structure and output procedure, classification status remains.
Main technical content of the present invention comprises the design of the preposition complete equipment for processing of sea cucumber that is adapted to the preposition processing technology of sea cucumber; Utilize clasfficiator to realize the sea cucumber size classification after sea cucumber cleaning internal organ; Supply unit, cleaning unit, matter structure control module etc. adopt division board to keep classification status; The design of sea cucumber matter structure main control system, operation instrument and classification texture control technology etc.Compare with the processing line of prior art, the present invention has realized classification in preposition process, keeps classification status, can select different control parameters for the sea cucumber of different stage on this production line, thus the uniformity of ensuring the quality of products.
Specifically, the not classification before the matter structure is controlled of the Holothurian machining line of prior art, the matter structure is controlled and is adopted same temperature and time, must cause the sea cucumber matter structure that varies in size to control degree different.It is excessive that the sea cucumber matter structure that stature is less is controlled degree, and it is not enough that the sea cucumber matter structure that stature is larger is controlled degree, causes the Holothurian machining quality inconsistent.Processing line of the present invention is just realized classification when the sea cucumber internal organ are cleared up, and remains classification status when completing until the matter structure is controlled.When the matter structure is controlled, the sea cucumber of different stage is positioned at the matter structure and controls on the zones of different of casing stainless (steel) wire band, appropriate design by heating clamber and hot spot position, can make above-mentioned zones of different that temperature difference is arranged, the temperature that is the larger sea cucumber of corresponding stature zone is higher, and the temperature in the less sea cucumber of corresponding stature zone is lower.Like this, can make sea cucumber pass through the degree that the matter structure is controlled after matter structure control cabinet consistent.
In addition, the cleaning unit of the Holothurian machining line of prior art generally only adopts soaking and washing, bubble to clean and spray cleans, and cleaning performance is not good, often has cleaning dirty phenomenon, affects product quality and prestige.Processing line cleaning unit of the present invention adopts multiaction formula cleaning way, and integrated use soaking and washing, round brush clean, surge cleans, bubble cleans and spray cleans, and guarantees cleaning performance, improve the quality of products.
To sum up, processing line of the present invention is cleared up unit, cleaning unit and matter structure control module with internal organ and is connected successively, realizes integrated, and the part unit can adopt the automated manner controlled working, both save human cost, reduced again pollution section, reached the purpose of High-efficient Production.
Description of drawings
Fig. 1 is the Holothurian machining line overall structure schematic top plan view that the present invention has grading function.
Fig. 2 is that the present invention has in the Holothurian machining line of grading function that before cleaning unit, the master of device (not containing deflecting plate) looks schematic diagram.
Fig. 3 is that the master that the present invention has a matter structure main control system in the Holothurian machining line of grading function looks schematic diagram.
Fig. 4 is the structure for amplifying schematic diagram that the present invention has clasfficiator part in the Holothurian machining line of grading function.
Fig. 5 be in Fig. 4 A to the projective amplification structural representation.
Fig. 6 is the main TV structure schematic diagram that the present invention has cleaning unit in the Holothurian machining line of grading function.
in figure: feeding port 1, upper strip 2, spray equipment 3, lower conveyer belt 4, upper conveyor belt 5, division board 6, clasfficiator 7, deflecting plate 8, cleaning unit 9, lift unit 10, guide plate 11, matter structure main control system 12, matter structure control operation instrument 13, holding plate 14, steam supply system 15, case 16 connects material, bracket 17, stainless steel guipure 18, the matter structure is controlled casing 19, the matter structure is controlled dog-house 20, the matter structure is controlled case lid 21, heating cabinet 22, pinch roller 24, drive guipure roller 25, guipure roller 26, fermentation vat 81, net dividing plate 82, round brush 83, surge pipe 84, foaming tube 85, promote conveyer belt 86, spray head 87, air inlet 88, discharge outlet 89, water pump 90, water sucking mouth 91, water inlet 92, baffle plate 93.
The specific embodiment
The present invention has the Holothurian machining line of grading function, as depicted in figs. 1 and 2, comprises a upper material belt conveying mechanism that bucket type feeding port 1 is set.Upper material belt conveying mechanism is tape handler, and upper strip 2 wherein is tilted to setting, and the top is provided with spray equipment 3.The end blanking place of upper strip 2 is provided with the lower conveyer belt connecting gear of accepting blanking.Lower conveyer belt connecting gear is also tape handler, the upper conveyor belt connecting gear that be arranged in parallel of lower conveyer belt 4 tops wherein.The upper conveyor belt connecting gear is also tape handler, on upper conveyor belt 5 wherein along transmission direction by vertical division board 6 one-tenth placed separately multistage transfer passage side by side.Multistage transfer passage transports respectively the sea cucumber of different size specification, under optimal way, is arranged to three roads.
In addition, label in Fig. 2 17 is for being fixed in the bracket 17 of lower conveyer belt connecting gear below, is used for accepting water that the pouring of cleaning sea cucumber goes out and the sea cucumber internal organ of removing, in order to keep ready-made clean and tidy of processing.
The end of the multistage transfer passage of upper conveyor belt connecting gear is delivered to cleaning unit 9 with material.Cleaning unit 9 is used for that sea cucumber is carried out the multiple mode of action and cleans.As shown in Figure 6, the agent structure of machine is comprised of the fermentation vat 81 that discharge outlet 89 is set, net dividing plate 82, round brush 83, surge pipe 84, foaming tube 85, lifting conveyer belt 86 and spray head 87 etc.Net dividing plate 82 is fixed in fermentation vat 81, and certain distance, the above mesh that gathers is arranged apart from fermentation vat bottom.A plurality of round brush 83 two ends are arranged on the fermentation vat biside plate and by counter clockwise direction and rotate.Surge pipe 84 is furnished with many groups along the fermentation vat length direction, and every group has several broad ways to arrange, it is concordant with its upside that the net dividing plate is passed in the upper end.Foaming tube 85 also is furnished with many groups along the fermentation vat length direction, and every group has several to be rectangular layout, and upper-end part of driving is in net dividing plate below.Has vertical baffle 93 on conveyer belt 86.A plurality of spray heads 87 are rectangular distribution, and several are arranged, above the conveyer belt horizontal segment.
The course of work of cleaning unit is described as follows with reference to figure 6:
Sea cucumber to be cleaned enters fermentation vat 81 left ends by preceding working procedure, moves right along net dividing plate 82 under the current that each round brush 83 turning anticlockwises form drive.In this process, each round brush carries out round brush to sea cucumber successively and cleans.Simultaneously, each current of organizing 84 generations of surge pipe carry out the surge cleaning to sea cucumber.The current that surge produces constantly roll sea cucumber, and the frequency of exposure of increase and round brush strengthens the round brush cleaning performance.Each bubble of organizing foaming tube 85 generations produces cleaning action when moving upward the contact sea cucumber, realizes that bubble cleans.
One side of net dividing plate 82 is provided with lift unit 10; Lift unit 10 comprises the motor that promotes conveyer belt 86, belt pulley and drive described belt pulley.Wherein, promoting conveyer belt 86 and both can be classified as the part of cleaning unit 9, can be also independently the part of lift unit 10, promotes on conveyer belt 86 and is arranged at intervals with upright baffle plate 93.As shown in the figure, promote conveyer belt 86 and be included in the carrying section that is positioned at described net dividing plate 82 1 sides in described fermentation vat 81, and the transportation section of after this sending fermentation vat 81.In the time of near sea cucumber moves to lifting conveyer belt 86, drive sea cucumbers by lifting conveyer belt and top vertical baffle 93 thereof and be lifted out fermentation vat, when arriving on the conveyer belt horizontal segment, 87 pairs of sea cucumbers of top spray head spray cleaning.Like this, after repeatedly cleaning through multiple cleaning way, can make the cleaning sea cucumber effect reach neatness standard.Machine high order end round brush obtains power by adding buncher, and distributes to other round brush through the chain transmission.The required compressed air of foaming tube is provided by the workshop compressed air piping, enters the machine through air inlet 88.Surge pipe required water 91 is inhaled through the water sucking mouth from the fermentation vat upper right quarter by water pump 90.The spray head water is obtained through water inlet 92 by the workshop running water pipe.Shower water enters fermentation vat after cleaning sea cucumber.Discharge outlet 89 is used for getting rid of silt and the unnecessary waste water that is deposited in the fermentation vat bottom, and displacement is controlled balance with the spray inflow, to guarantee that in fermentation vat, water level is constant.
Important improvement of the present invention is, becomes the multistage path of corresponding upper conveyor belt 5 multistage transfer passages respectively by division board is placed separately on the material transferring path of cleaning unit 9 and lift unit 10, thus processing when realizing multi-level sea cucumber.Omit the setting of division board in Fig. 6, these parts arrange as required, satisfy need of production when arranging, and prevent the mutual interference of parts.
The transportation section end of lift unit 10 is connected to the matter structure of matter structure main control system 12 and controls dog-house 20.As Fig. 3, described matter structure main control system 12 comprises that the outside or bottom arrange the matter structure that heating cabinet 22, top arrange case lid 21 and control casing 19.Heating cabinet 22 is placed in the matter structure and controls the closed container that casing 19 outsides and below are provided with vapours air inlet and exhaust outlet for enclosing.Under optimal way, heating cabinet 22 corresponding paths at different levels are divided into the unit of independent sealing separately; Each closed cell arranges respectively described vapours air inlet and exhaust outlet.In Fig. 1, label 15 is for connecting the steam supply system of heating cabinet 22.
In Fig. 3, casing 19 is equipped with stainless steel guipure conveying mechanism.Stainless steel guipure conveying mechanism is included in casing 19 front bottom end and accepts dog-house 20 materials, sends at casing 19 rear end improving materials the stainless steel guipure 18 of delivering to the case 16 that connects material outside case, and coordinates stainless steel guipure 18 to realize guipure roller 26, pinch roller 24, the motor of transmission.
In addition, stainless steel guipure 18 and dog-house 20 are also distinguished the path of corresponding multistage transfer passage by holding plate 14 one-tenth placed separately.The case 16 that connects material also is divided into the unit that receives each path material.Under optimal way, matter structure main control system sets the matter structure control operation instrument equipment of automation, utilizes touch-screen controlled working process on operation instrument 13.
In addition, shown in accompanying drawing 1, arrange in described material conveying process along transmission direction to tilt from high to low for the guide plate or the deflecting plate that connect adjacent conveyor mechanism, as the deflecting plate 8 in figure, guide plate 11.For example in Fig. 1, the deflecting plate 8 that the turning arranges is divided into multistage path by division board 6 on it equally; There is difference in height at the head and the tail two ends of deflecting plate, guarantee that material can not piled up when deflecting plate enters cleaning unit 9 by upper conveyor belt 5.
As shown in Figure 1, be arranged at intervals with clasfficiator 7 on the transport path of described upper conveyor belt 5; Described clasfficiator 7 is for being fixed in the width measurer on equipment rack.Under optimal way, as Fig. 4, shown in Figure 5, described clasfficiator 7 comprises that the top arranges the notch structure of three kinds of width; Ascending 20-25 millimeter, 30-35 millimeter, the 40-45 millimeter of being followed successively by of described width of rebate.Therefore, as shown in the figure, corresponding above-mentioned three kinds of sizes, processing line of the present invention is divided into three grades of transfer passages and path.
It is as follows that Holothurian machining lineman of the present invention makes process:
The live body sea cucumber is dropped into feeding port 1 after entering the workshop, is delivered to lower conveyer belt 4 through upper strip 2, and in course of conveying, 3 pairs of sea cucumbers of spray equipment are tentatively cleaned.In lower tape transport sea cucumber process, the workman of each station of both sides removes internal organ to sea cucumber, then utilizes 7 pairs of sea cucumbers of clasfficiator to carry out classification (being divided into large, medium and small three grades).Above upper conveyor belt 5, there are two fixing vertical division boards 6 that upper conveyor belt is divided into Three regions, be respectively used to place large, medium and small three other sea cucumbers of level.Wherein, approximately 100 millimeters of isolation plate hights, thick more 5 millimeters, fixed installation, base and conveyer belt are gapped.
Sea cucumber after classification is fed forward with conveyer belt on upper conveyor belt.Enter deflecting plate 8 and enter cleaning unit 9 through this deflecting plate at the conveyer belt end.The cleaning unit of prior art is single cleaning way, cleans as bubble, and the cleaning unit that processing line of the present invention adopts is multiaction formula cleaning way, comprises that round brush cleans, surge cleans, bubble cleans, spray cleans.In the fermentation vat of deflecting plate and cleaning unit, have equally division board, the sea cucumber classification status is kept.Cleaning sea cucumber arrives the dog-house 20 of matter structure control module by lift unit 10, guide plate 11, and enters matter structure control casing 19 through this mouth.The division board that makes sea cucumber keep classification status is also arranged on lift unit 10 and guide plate 11.Sea cucumber is dropped on stainless steel guipure 18 after entering matter structure control casing.Concrete structure as shown in Figure 3, the interior stainless steel guipure supply unit that arranges, stainless steel guipure supply unit comprises stainless steel guipure 18, two pinch rollers 24 and 4 guipure rollers 26, wherein be positioned at the matter structure and control the guipure roller 25 of casing output top and be connected with buncher, described buncher drives the motion of stainless steel guipures by guipure roller 25.Described pinch roller and guipure roller make the stainless steel guipure be the loop state of controlling casing two end side panels and base plate around the matter structure.Described stainless steel guipure supply unit has been accepted dog-house 20, and is distinguished the path of corresponding described multistage transfer passage by holding plate 14 one-tenth placed separately; Described stainless steel guipure supply unit be positioned at the matter structure control rubbing action that the sloping portion of casing end relies on guipure and material with material lifting go out described matter structure control casing 19 and respectively corresponding described multistage transfer passage deliver to the case 16 that connects material.
Travel forward by certain speed under the stainless steel guipure drives and complete the control of matter structure, have holding plate 14 above the stainless steel guipure to keep the sea cucumber classification status, export the case that connects material to after the matter structure is controlled and finished and carry out following process.Matter structure main control system of the present invention adopts the Steam Heating form, by steam supply system 15 to the interior air feed of heating cabinet 22.The position of the corresponding different stage sea cucumber of heating cabinet, the Steam Heating mouth number of arranging and varying in size, make that there is temperature difference corresponding different stage sea cucumber position in heating cabinet, be exactly the temperature height of considering and handling than the sea specifically, less is low, the degree that when making sea cucumber arrive matter structure control cabinet tail end, the matter structure is controlled is consistent, does not distinguish because of size.
The present invention has improved matter structure on the prior art processing line and has controlled not classification of sea cucumber, the big or small sea cucumber large sea cucumber of the causing time that has not been cooked or heated long enough that boils together, and little sea cucumber crosses the problem of the duration and degree of heating.And the sea cucumber classification of prior art processing line is manual size classification after the matter structure control to finish, this moment sea cucumbers at different levels the matter structure to control degree not only inconsistent, and cost of labor is higher.
The above; only be the better specific embodiment of the present invention; but protection scope of the present invention is not limited to this; anyly be familiar with those skilled in the art in the technical scope that the present invention discloses; be equal to replacement or changed according to technical scheme of the present invention and inventive concept thereof, within all should being encompassed in protection scope of the present invention.
Claims (9)
1. the Holothurian machining line with grading function, is characterized in that, comprises a upper material belt conveying mechanism that bucket type feeding port is set; The upper strip (2) of described upper material belt conveying mechanism is tilted to setting, and the top is provided with spray equipment (3);
The end blanking place of described upper strip (2) is provided with the lower conveyer belt connecting gear of accepting blanking, lower conveyer belt (4) top of the described lower conveyer belt connecting gear upper conveyor belt connecting gear that be arranged in parallel; The upper conveyor belt of described upper conveyor belt connecting gear (5) is gone up along transmission direction by vertical division board (6) one-tenth placed separately multistage transfer passage side by side;
The end of the multistage transfer passage of described upper conveyor belt (5) is delivered to cleaning unit (9) with material; Described cleaning unit (9) comprises that a bottom arranges the fermentation vat of discharge outlet (89) (81), described fermentation vat (81) middle and lower part is equipped with net dividing plate (82), and the top of described net dividing plate (82) arranges many groups by the round brush (83) of driven by motor rotation with the parallel mode interval; The interval, below of described net dividing plate (82) is provided with foaming tube (85), and described foaming tube (85) has connected the air pumping unit; The below of described net dividing plate (82) also interval is provided with surge pipe (84), and described surge pipe (84) has connected the water body pumping unit;
One side of described net dividing plate (82) is provided with lift unit (10); Described lift unit (10) comprises the motor that promotes conveyer belt (86), belt pulley and drive described belt pulley, wherein, is arranged at intervals with upright baffle plate (93) on described lifting conveyer belt (86); Described lifting conveyer belt (86) is included in the carrying section that is positioned at described net dividing plate (82) one sides in described fermentation vat (81), and the transportation section of after this sending described fermentation vat (81);
In addition, become the multistage path of the multistage transfer passage of corresponding described upper conveyor belt (5) respectively by division board is placed separately on the material transferring path of described cleaning unit (9) and described lift unit (10);
The transportation section end of described lift unit (10) is connected to the matter structure of matter structure main control system (12) and controls dog-house (20);
Described matter structure main control system (12) comprises that the outside and/or bottom arrange the matter structure that heating cabinet (22), top arrange case lid (21) and control casing (19); Described casing (19) is equipped with stainless steel guipure conveying mechanism; Described stainless steel guipure conveying mechanism is included in described casing (19) front end dog-house (20) and locates to accept material, sends at described casing (19) rear end improving material the stainless steel guipure (18) of delivering to the case that connects material (16) outside case, and coordinates described stainless steel guipure (18) to realize the guipure roller (26) of transmission, pinch roller (24), motor;
Described stainless steel guipure (18) and dog-house (20) are also distinguished the multistage path of corresponding described multistage transfer passage by holding plate (14) one-tenth placed separately.
2. have according to claim 1 the Holothurian machining line of grading function, it is characterized in that, heating cabinet (22) is placed in described matter structure and controls the closed container that casing (19) outside and/or below are provided with vapours air inlet and exhaust outlet for enclosing.
3. have according to claim 2 the Holothurian machining line of grading function, it is characterized in that, described heating cabinet (22) corresponding described each path is divided into the unit of independent sealing separately; Each closed cell arranges respectively described vapours air inlet and exhaust outlet.
4. have according to claim 1 the Holothurian machining line of grading function, it is characterized in that, arrange in described material conveying process along transmission direction to tilt from high to low for the guide plate or the deflecting plate that connect adjacent conveyor mechanism; Also distinguished the multistage path of the multistage transfer passage of corresponding described upper conveyor belt (5) on described guide plate or deflecting plate by division board one-tenth placed separately.
5. have according to claim 1 the Holothurian machining line of grading function, it is characterized in that, in described cleaning unit (9):
The delivery port of described surge pipe (84) flushes with described net dividing plate (82);
Described round brush (83) comprises the cylinder of outer setting brush body, and the central shaft two ends of described cylinder are arranged on described fermentation vat biside plate; During work, the lower end of described round brush (83) is to described conveyer belt (86) direction rotation;
The distance of the lower end of described round brush (83) and described net dividing plate (82) end face is 50～200mm.
6. have according to claim 1 the Holothurian machining line of grading function, it is characterized in that, the described case that connects material (16) also is divided into the unit that receives each path material.
7. have according to claim 1 the Holothurian machining line of grading function, it is characterized in that, be fixed with bracket (17) below described lower conveyer belt connecting gear.
8. according to claim 1-7 arbitrary described Holothurian machining lines with grading function, is characterized in that, is arranged at intervals with clasfficiator (7) on the transport path of described upper conveyor belt (5); Described clasfficiator (7) is for being fixed in the width measurer on equipment rack.
9. have according to claim 8 the Holothurian machining line of grading function, it is characterized in that, described clasfficiator (7) comprises that the top arranges the notch structure of three kinds of width; Ascending 20-25 millimeter, 30-35 millimeter, the 40-45 millimeter of being followed successively by of described width of rebate; Corresponding these three kinds of sizes, described multistage transfer passage and multistage path relative set are three roads.
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| CN201310103050.8A CN103156210B (en) | 2012-11-14 | 2013-03-26 | Holothurian machining line with grading function |
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| CN201310103050.8A CN103156210B (en) | 2012-11-14 | 2013-03-26 | Holothurian machining line with grading function |
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| CN108313696A (en) * | 2018-02-06 | 2018-07-24 | 太仓全众智能装备有限公司 | Universal caster guipure turning machine |
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| CN110104372A (en) * | 2019-06-03 | 2019-08-09 | 广州峰彩信息科技有限公司 | The belt conveyor in 4,5,6 or 7 shuntings is separated out on conveyer belt |
| CN111480809A (en) * | 2019-01-28 | 2020-08-04 | 玉环市东海鱼仓现代渔业有限公司 | Offshore machining center with assembly line type drying device |
| CN112021528A (en) * | 2020-09-11 | 2020-12-04 | 威海众海智能科技有限公司 | Preparation process and equipment of sea cucumber oral liquid |
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| CN115486524B (en) * | 2021-11-24 | 2023-09-15 | 青岛农业大学 | Pre-treatment assembly and method for polysaccharide extraction from stichopus japonicus |
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