CN207204369U - Porphyra haitanensis removal of impurities process equipment - Google Patents
Porphyra haitanensis removal of impurities process equipment Download PDFInfo
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- CN207204369U CN207204369U CN201720988934.XU CN201720988934U CN207204369U CN 207204369 U CN207204369 U CN 207204369U CN 201720988934 U CN201720988934 U CN 201720988934U CN 207204369 U CN207204369 U CN 207204369U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/90—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in food processing or handling, e.g. food conservation
- Y02A40/924—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in food processing or handling, e.g. food conservation using renewable energies
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Abstract
The utility model discloses a kind of porphyra haitanensis removal of impurities process equipment, it includes the feed hopper set by porphyra haitanensis transmission order, upper chute, first belt type conveying mechanism, first sorting unit, lower chute, second belt type conveying mechanism, second sorting unit and discharge bucket, magnetic element in wherein upper chute is used for metal adsorption, the first normally opened inflatable body is used to remove in light impurities the first sorting unit of removal in first sorting unit, the removal of heterochromatic impurity is realized in first aberration detent mechanism and the cooperation of the second sorting unit, the error-sorting rate of equipment is greatly reduced with the second aberration detent mechanism secondary colors collection Dual positioning in the second sorting unit by the once record of the first aberration detent mechanism, lapse rate reduces by 80% by mistake compared with single color acquisition, reach 5%.
Description
Technical field
It the utility model is related to porphyra haitanensis processing technology field, more particularly to porphyra haitanensis removal of impurities process equipment.
Background technology
China's porphyra haitanensis cultivation in recent years is quickly grown, and cultured area is expanded to 560,000 mu, in recent years 10000 yuan of average yield per mu value,
It is one of important characteristic aquatic resources in Fujian Province.But the processing of seaweed mainly uses and is dried up or simply sets for a long time
The methods of standby drying, many enterprise's wash vegetables equipment and process are simple and crude, and mechanization degree is low, production capacity is poor, it is difficult to porphyra haitanensis
Wash clean.The dish scattered greatly and rapeseed cake that extensive style is processed at present, are also mingled with that miscellaneous algae impurity, silt, iron is broken, Buddhist nun in dry laver
The impurity such as Long Sheng, foam, using fully-automatic equipment time processing into seaweed piece, more hole, became uneven, glossiness be present
The problem of difference, quality are unstable, single varieties, and class is relatively low, or even be mistaken for " plastics seaweed " by consumer.In recent years
The rumour event of " plastics seaweed " has had a strong impact on the market competitiveness of porphyra haitanensis, constrains the sound development of porphyra haitanensis industry,
Therefore need to carry out advanced treating to the existing rapeseed cake for having been subjected to preliminary working, to remove impurity in rapeseed cake, lift the product of porphyra haitanensis
Matter.
The content of the invention
The purpose of this utility model is to provide porphyra haitanensis removal of impurities process equipment.
Realizing the technical scheme of the utility model purpose is, a kind of porphyra haitanensis removal of impurities process equipment, it is included by porphyra haitanensis
The feed hopper of transmission order setting, upper chute, the first belt type conveying mechanism, the first sorting unit, lower chute, the second belt conveying
Mechanism, the second sorting unit and discharge bucket, the feed hopper are located in the frame above the first belt type conveying mechanism, it is described on
Chute is tilted and is installed in the frame between feed hopper and the first belt type conveying mechanism, and the member that is magnetic is laid in the upper chute
Part, the feed end of upper chute is relative with feed hopper, and the discharge end of upper chute is relative with the first belt type conveying mechanism；The first band
Formula conveying mechanism and the second belt type conveying mechanism homonymy are set, and first belt type conveying mechanism is located at the second belt type conveying mechanism
Upper strata；First sorting unit include the first aberration detent mechanism and for remove the foam of lightweight, dust impurities the
One inflatable body, the discharge end that the first aberration detent mechanism is arranged at material from the first belt type conveying mechanism fall into lower chute
Path one or both sides, install in the frame between the feed end of first sorting unit and the second belt type conveying mechanism
There is a first sorting hopper for being used to accept impurity, first inflatable body is located at material going out from the first belt type conveying mechanism
Material end falls into the side in the path of lower chute and towards the described first sorting hopper, and the lower chute, which tilts, is installed on the first belt
In frame between the feed end of the discharge end of conveying mechanism and the second belt type conveying mechanism；Second sorting unit includes the
Two aberration detent mechanisms and the second inflatable body, the second aberration detent mechanism are arranged at material from the second belt type conveying mechanism
Discharge end fall into lower chute path one or both sides, the charging of second sorting unit and the second belt type conveying mechanism
Be provided with frame between end one be used for accept the second sorting unit filter out the second of impurity sort hopper, described second
Inflatable body be located at material from the second belt type conveying mechanism discharge end fall into lower chute path side and towards described
Two sorting hoppers, the discharge bucket are relative with the discharge end of the second belt type conveying mechanism；First sorting unit and second point
Screening device electrically connects with control system respectively, control program of first inflatable body independently of the first aberration detent mechanism.
Further, the first aberration detent mechanism includes the first photodetector group, the first light source group and carried
First background group of reference colours, the detector of the first photodetector group, the background of the first background group and the first light source
The both sides up and down in the path that the light source of group falls into lower chute in the discharge end of material from the first belt type conveying mechanism are arranged symmetrically；
The second aberration detent mechanism includes the second photodetector group, secondary light source group and the second background with reference colours
Group, the light source of the detector of the second photodetector group, the background of the second background group and secondary light source group is in material
The both sides up and down that the path of lower chute is fallen into from the discharge end of the second belt type conveying mechanism are arranged symmetrically.Further, the magnetic
Property element is high-frequency electrical magnetic sheet.
Further, vibrating bunker is installed between the feed hopper and upper chute, prevents that material from uniting blocking.
Further, magnetic element is equipped with the lower chute, to carry out second adsorption to metal impurities.
Magnetic element in the removal of impurities process equipment that the utility model is realized in upper chute is used for metal adsorption, the first sorting
In device the first normally opened inflatable body be used for remove light impurities remove the first sorting unit in, the first aberration detent mechanism with
And second sorting unit cooperation realize the removal of heterochromatic impurity, by the once record of the first aberration detent mechanism and the second sorting
The second aberration detent mechanism secondary colors collection Dual positioning in device greatly reduces the error-sorting rate of equipment, with single color
Collection reduces by 80% compared to lapse rate by mistake, reaches 5%.
Brief description of the drawings
Fig. 1 is the utility model embodiment porphyra haitanensis removal of impurities process equipment structure diagram.
Embodiment
The utility model preferred embodiment is described further below in conjunction with accompanying drawing.
As shown in figure 1, a kind of porphyra haitanensis removal of impurities process equipment, it include the feed hopper 1 by the setting of porphyra haitanensis transmission order,
Upper chute 2, the first belt type conveying mechanism 3, the first sorting unit 4, lower chute 5, the second belt type conveying mechanism 6, second sorting dress
Put 7 and discharge bucket 8, the feed hopper 1 is located in the frame 10 of the top of the first belt type conveying mechanism 3, the feed hopper 1 with it is upper
Vibrating bunker 9 is installed between chute 2, the upper chute 2 tilt be installed on the belt type conveying mechanism 3 of vibrating bunker 9 and first it
Between frame 10 on, be equipped with magnetic element 21 in the upper chute 2, the feed end 22 of upper chute 2 and the discharging of vibrating bunker 9
End is relative, and the discharge end 23 of upper chute 2 is relative with the first belt type conveying mechanism 3；The band of first belt type conveying mechanism 3 and second
The setting of the homonymy of formula conveying mechanism 6 and first belt type conveying mechanism 3 are located at the upper strata of the second belt type conveying mechanism 6；Described
One is provided with frame 10 between the feed end 61 of one sorting unit 5 and the second belt type conveying mechanism 6 to be used to accept impurity
First sorting hopper 20, the lower chute 5 tilt the belt conveying of discharge end 31 and second for being installed on the first belt type conveying mechanism 3
In frame 10 between the feed end 61 of mechanism 6, magnetic element 51 is equipped with the lower chute 5；Second sorting unit 7
Be provided with frame 10 between the discharge end 62 of the second belt type conveying mechanism 6 one be used for accept the second sorting unit filter out
Impurity the second sorting hopper 30, the discharge bucket 8 is relative with the discharge end 62 of the second belt type conveying mechanism 6；Described first
Sorting unit 4 electrically connects with control system 40 respectively with the second sorting unit 6, and first inflatable body 42 is independently of the first color
The control program of poor detent mechanism 41.
First sorting unit 4 includes the first aberration detent mechanism 41 and foam, dust impurities for removing lightweight
The first inflatable body 42, the first aberration detent mechanism 41 include the first photodetector group 411, the first light source group 412
And the first background group 413 with reference colours, the detector of the first photodetector group 411, the first background group 413
The light source of background and the first light source group 412 falls into lower chute 5 in the discharge end 31 of material from the first belt type conveying mechanism 3
The both sides up and down in path are arranged symmetrically, and first inflatable body 44 is located at material from the discharge end of the first belt type conveying mechanism 3
31 fall into the side in the path of lower chute 5 and sort hopper 20 towards described first；Second sorting unit 7 includes the second color
Poor detent mechanism 71 and the second inflatable body 72 for removing heterochromatic impurity, the second aberration detent mechanism 71 include second
Photodetector group 711, secondary light source group 712 and the second background group 713 with reference colours, second photodetector
The light source of the detector of group 711, the background of the second background group 713 and secondary light source group 712 is defeated from the second belt in material
Send the discharge end 62 of mechanism 6 to fall into both sides above and below the path of lower chute to be arranged symmetrically, second inflatable body 72 is located at material
The path side of discharge bucket 8 is fallen into from the discharge end 62 of the second belt type conveying mechanism 6 and sorts hopper 30 towards described second.
Further, magnetic element 12,51 is high-frequency electrical magnetic sheet described in the present embodiment.
The removal of impurities process of the porphyra haitanensis removal of impurities process equipment comprises the following steps：
1）Circular seaweed cake is broken up to form seaweed bar；
2）The feed hopper 1 for removal of impurities process equipment seaweed bar being sent into described in the utility model embodiment；
3）Remove metal impurities：Seaweed bar falls into the first belt type conveying mechanism 3 by vibrating bunker 9 through upper chute 2, and metal is miscellaneous
Matter is adsorbed in upper chute 2 by magnetic element 21；
4）Remove light impurities：Seaweed bar is by the drop event of discharge end 31 of the first belt type conveying mechanism 3, first blows
Mechanism 34 blows pressure-air to seaweed bar, and the foam of lightweight, dust impurities are from seaweed bar and similar with seaweed bar weight
Heterochromatic impurity in separate, fall into the first sorting hopper 20；Photograph of the first photodetector group 411 in the first light source 412 simultaneously
Color acquisition of bright lower progress, the light quantity of the material reflected light detected and transmitted light is compared with benchmark light quantity, is utilized
Color distortion between selected seaweed bar and the reference colours of the first background 413 identifies heterochromatic impurity, and is sent to control system
40 are classified and color positioning, seaweed bar and the heterochromatic impurity similar with seaweed bar weight are fallen into lower chute 5 and under
Chute 5 is slid to the second belt type conveying mechanism 6；
5）Remove heterochromatic impurity：When seaweed bar is sent to the discharge end 62 of the second belt type conveying mechanism 6, the second photodetection
Device group 711 carries out secondary colors collection under the illumination of secondary light source group 712 and is sent to control system 40, with reference to a color
Gathered data carries out further location information calibration to the location information of heterochromatic impurity, and the second inflatable body 72 is according to control
The instruction of system 40 blows height to the heterochromatic impurity being mingled in seaweed bar that the discharge end 62 from the second belt type conveying mechanism 6 falls
Air is pressed, heterochromatic impurity is blown into the second sorting hopper 30, and qualified seaweed bar falls into discharge bucket 8.
Installation vibrating bunker may be selected between feed hopper described in the utility model and upper chute, but the present embodiment uses vibration
Hopper is more uniformly distributed cloth；Laying magnetic element may be selected in the lower chute, the present embodiment is in lower chute laying magnetic member
Part can adsorb to the metal that may be remained again, improve dust removal rate；Magnetic element described in the utility model is unlimited
In high-frequency electrical magnetic sheet, as long as the metal impurities such as iron filings can be adsorbed；First belt type conveying mechanism and the second belt conveying
Mechanism can be belt or stainless steel band, and the position of the two is not limited to described in embodiment, but the structure setting of embodiment is more tight
Gather, space-consuming；The position relationship of each component of first aberration detent mechanism is not limited to shown in embodiment, and each component can be with
One side or the both sides arrangement in the path of lower chute are fallen into the discharge end of material from the first belt type conveying mechanism, forms the first aberration
The component of detent mechanism is not limited to described in embodiment, can be only by a photodetector, a background and several light source groups
Into；Similarly, second each component of aberration detent mechanism can also be fallen into down in the discharge end of material from the second belt type conveying mechanism slips
The one side in the path of groove or both sides arrangement, form the and the component of aberration detent mechanism is also not limited to described in embodiment, can be only
It is made up of a photodetector, a background and several light sources, but the structure positioning precision of the embodiment of the present application is higher, has
Beneficial to the error-sorting rate for reducing equipment；The control system independently of the first aberration detent mechanism may be selected in first inflatable body；
First inflatable body and the second inflatable body are the conventional numerical control jet structure of mechanical field, and therefore not to repeat here.
Embodiment of the present utility model is the foregoing is only, not thereby limits the scope of the claims of the present utility model, it is every
The equivalent flow conversion made using the utility model description, or directly or indirectly it is used in other related technology necks
Domain, similarly it is included in scope of patent protection of the present utility model.
Claims (5)
- The process equipment 1. a kind of porphyra haitanensis cleans, it is characterised in that：It include by porphyra haitanensis transmission order set feed hopper, on Chute, the first belt type conveying mechanism, the first sorting unit, lower chute, the second belt type conveying mechanism, the second sorting unit and go out Hopper, the feed hopper are located in the frame above the first belt type conveying mechanism, the upper chute tilt be installed on feed hopper with In frame between first belt type conveying mechanism, magnetic element, the feed end of upper chute and charging are equipped with the upper chute Bucket is relative, and the discharge end of upper chute is relative with the first belt type conveying mechanism；First belt type conveying mechanism and the second belt are defeated Mechanism homonymy is sent to set, first belt type conveying mechanism is located at the upper strata of the second belt type conveying mechanism；The first sorting dress Put including the first aberration detent mechanism and for removing the first inflatable body of the foam of lightweight, dust impurities, first color Poor detent mechanism be arranged at material from the first belt type conveying mechanism discharge end fall into lower chute path one or both sides, institute State and one is provided with the frame between the feed end of the first sorting unit and the second belt type conveying mechanism is used to accept the of impurity One sorting hopper, the discharge end that first inflatable body is located at material from the first belt type conveying mechanism fall into the path of lower chute Side and towards the described first sorting hopper, the lower chute tilts the discharge end that is installed on the first belt type conveying mechanism and the In frame between the feed end of two belt type conveying mechanisms；Second sorting unit includes the second aberration detent mechanism and is used for The second inflatable body of heterochromatic impurity is removed, the second aberration detent mechanism is arranged at material from the second belt type conveying mechanism Discharge end falls into the one or both sides in the path of lower chute, the feed end of second sorting unit and the second belt type conveying mechanism Between frame on be provided with one be used for accept the second sorting unit filter out the second of impurity sort hopper, described second blows Mechanism of qi structure be located at material from the second belt type conveying mechanism discharge end fall into lower chute path side and towards described second Hopper is sorted, the discharge bucket is relative with the discharge end of the second belt type conveying mechanism；First sorting unit and the second sorting Device electrically connects with control system respectively, control program of first inflatable body independently of the first aberration detent mechanism.
- The process equipment 2. porphyra haitanensis according to claim 1 cleans, it is characterised in that：The first aberration detent mechanism bag Include the first photodetector group, the first light source group and the first background group with reference colours, the first photodetector group Detector, the first background group background and the first light source group discharging of the light source in material from the first belt type conveying mechanism The both sides up and down in the path for falling into lower chute are held to be arranged symmetrically；The second aberration detent mechanism includes the second photodetector Group, secondary light source group and the second background group with reference colours, the detector of the second photodetector group, the second background The background of group and the light source of secondary light source group fall into the road of lower chute in the discharge end of material from the second belt type conveying mechanism The both sides up and down in footpath are arranged symmetrically.
- The process equipment 3. porphyra haitanensis according to claim 1 cleans, it is characterised in that：The magnetic element is high-frequency electromagnetic Plate.
- The process equipment 4. porphyra haitanensis according to claim 1 cleans, it is characterised in that：Between the feed hopper and upper chute Vibrating bunker is installed.
- The process equipment 5. porphyra haitanensis according to claim 1 cleans, it is characterised in that：Laying is magnetic in the lower chute Element.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720988934.XU CN207204369U (en) | 2017-08-09 | 2017-08-09 | Porphyra haitanensis removal of impurities process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720988934.XU CN207204369U (en) | 2017-08-09 | 2017-08-09 | Porphyra haitanensis removal of impurities process equipment |
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| CN207204369U true CN207204369U (en) | 2018-04-10 |
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| CN201720988934.XU Active CN207204369U (en) | 2017-08-09 | 2017-08-09 | Porphyra haitanensis removal of impurities process equipment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108722906A (en) * | 2018-05-22 | 2018-11-02 | 安徽捷迅光电技术有限公司 | A kind of air-blowing dust-collecting system of Double-layer caterpillar color selector |
| CN109909184A (en) * | 2019-04-01 | 2019-06-21 | 山东九思新材料科技有限责任公司 | A kind of silicon material sorting system based on machine vision |
-
2017
- 2017-08-09 CN CN201720988934.XU patent/CN207204369U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108722906A (en) * | 2018-05-22 | 2018-11-02 | 安徽捷迅光电技术有限公司 | A kind of air-blowing dust-collecting system of Double-layer caterpillar color selector |
| CN109909184A (en) * | 2019-04-01 | 2019-06-21 | 山东九思新材料科技有限责任公司 | A kind of silicon material sorting system based on machine vision |
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