CN110698877A

CN110698877A - Capsochrome extraction element

Info

Publication number: CN110698877A
Application number: CN201910883399.5A
Authority: CN
Inventors: 王道波; 罗志辉; 黄维; 朱宇林; 杨波
Original assignee: Yulin Normal University
Current assignee: Yulin Normal University
Priority date: 2019-09-18
Filing date: 2019-09-18
Publication date: 2020-01-17
Anticipated expiration: 2039-09-18
Also published as: CN110698877B

Abstract

The invention discloses a capsochrome extraction device which structurally comprises a control panel, a material cutting box, a material mixing barrel and an extraction detection box, wherein the control panel is locked with the extraction detection box, the material cutting box is connected with the extraction detection box in an installing mode, the material mixing barrel is locked with the extraction detection box and communicated with the extraction detection box, the material cutting box consists of a material cutting machine and a material discharging machine, the material cutting machine is connected with the material discharging machine in an installing mode, and the material cutting machine consists of a feeding pipe, a moving device, a material cutting device and a material cutting frame; not only keeps the high-efficiency operation of the equipment, but also accurately controls the intake of the solvent and the powder, and realizes the high-efficiency and accurate automatic pigment extraction operation.

Description

Capsochrome extraction element

Technical Field

The invention relates to the field of capsicum extraction, in particular to a capsicum pigment extraction device.

Background

The method comprises the following steps of (1) classifying and extracting red pigments according to the peppery degree of hot peppers when the hot peppers are processed, wherein the hot pepper pigment extraction is to crush and mix a reagent and the hot peppers, detect out pigment components contained by the hot peppers by using test paper and then extract the hot peppers;

the pigment is an important index for measuring the quality of the dried peppers, and the extraction is generally completed by orderly operation in steps in the extraction process.

Although the quality of artificial pigment extraction is better compared with that of equipment, the time and labor consumption of the human work are low, the existing pigment extraction equipment cannot achieve high-efficiency operation, meanwhile, the accurate control of the intake of solvent and powder in the extraction process is kept, and the accuracy and the quality of pigment extraction of the equipment need to be improved.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provide a capsochrome extraction device to solve the problems that although the quality of artificial pigment extraction is better compared with that of equipment, the time and labor consumption of human work are low, the existing pigment extraction equipment cannot achieve high-efficiency operation, meanwhile, the accurate control of the intake of solvent and powder in the extraction process is kept, and the accuracy and the quality of pigment extraction of the equipment are to be improved.

The invention is realized by adopting the following technical scheme: the utility model provides a capsochrome extraction element, its structure includes control panel, blank case, mixing cylinder, draws the detection case, the control panel bottom with draw the detection case locking, blank case bottom with draw detection case erection joint, mixture bobbin base portion with draw the detection case locking and the two communicates with each other, the blank case comprises stock cutter, ejection of compact machine, both ends and ejection of compact machine erection joint about the stock cutter, the stock cutter comprises conveying pipe, shifter, blank ware, blank frame, the conveying pipe right-hand member communicates with each other with blank frame erection joint and the two, both ends pass through shifter erection joint with the blank frame about the blank ware.

Further preferably, the discharging machine comprises a discharging rack, a material conveyor and a roller rack, the material conveyor and the roller rack are arranged at the bottom of the discharging rack, and the left end and the right end of the material conveyor are connected with a shaft of the roller rack.

Further preferred, the mixing barrel includes left portion feed bin, right part glassware, left portion feed bin right-hand member and right part glassware erection joint, left portion feed bin includes left portion storage bin, fixed plate, left portion play feed cylinder, left portion discharge gate, left portion storage bin and left portion play feed cylinder left end fixed connection, left portion play feed cylinder and left portion discharge gate upper end erection joint.

Further preferred, right side blanking ware includes right side arc blanking ware, right part discharger, right part and revolves the board ware, right side arc blanking ware left side and right part discharger erection joint, right side arc blanking ware and right part discharger outer loop side rail coupling, blanking roller pole is installed to right side arc blanking ware and the two structure as an organic whole that constitutes, right part discharger right-hand member is equipped with the pad mouth, the board ware ring side is revolved to the right side has been installed at the material that separates and has been revolved the board.

Further preferably, it is equipped with a feed bin, two liquid storehouses, three detection storehouses, four storage silos to draw the detection case, two liquid storehouse internally mounted has the liquid adder, three detection storehouse left end is glued and is connected with the blanking pipe, four storage silo bottoms are equipped with puts the pipe support, four storage silo internally mounted has many liquid storage framves.

Further preferably, the liquid filler includes a joint mouth, flexible cushion, liquid suction device, horizontal liquid conveying pipe, drive machine, the joint mouth right-hand member passes liquid suction device and horizontal liquid conveying pipe erection joint, the cooperation of liquid suction device rear side and horizontal liquid conveying pipe, flexible cushion and the laminating of horizontal liquid conveying pipe left end, liquid suction device, horizontal liquid conveying pipe and drive machine left end erection joint.

Further preferably, many stock solutions frame is including lift stock solution pipe, lift rail ring, lift stock solution pipe and lift rail ring inner loop side rail connection, establish on putting the pipe support bottom the lift stock solution pipe.

Advantageous effects

The invention puts pepper raw material into a material cutting box, starts equipment operation at a control panel, a roller frame drives a material conveyor to move pepper upwards, when the pepper moves to the material cutting machine, the material cutting frame cuts the pepper into sections (the material cutting frame also has the function of moving the pepper upwards), during the period, a shifter moves the material cutting machine up and down and rolls to bite the pepper sections, the pepper fragments are transferred to the upper part of the material cutting machine along with rolling in the process, the pepper fragments are conveyed to an extraction detection box through a conveying pipe (the pepper fragments are pumped to the extraction detection box through the conveying pipe) and fall to a right part material dropping machine, meanwhile, powder at the left part material storage bin is conveyed into the right part material dropping machine through a left part material discharging barrel and a left part material discharging port from a left part material storage bin, different powder enters the right part material dropping machine through different material conveying ports of the left part material discharging port in the process, simultaneously, the right part material discharging machine and a right part plate rotating machine move up and down and rotate in a spiral way to match with the quantitative conveying of the powder and, then, the rotation transmission of the right rotary plate device mixes the pepper powder with the powder, the right discharging device is lifted, the pepper powder and the powder are conveyed to a blanking roller rod from a pad opening (meanwhile, a new pepper is meshed and crushed at a material cutting box and extracted), and then fall to a storage bin, and simultaneously, the transmission machine drives the liquid pumping device to convey the solution into a transverse liquid conveying pipe, and then the solution is conveyed to a connecting opening through the transverse liquid conveying pipe and falls to the storage bin, the telescopic rubber pad can be stretched and contracted for elastically opening and sealing the connecting opening between the connecting opening and the transverse liquid conveying pipe, and then a small amount of pepper liquid falls to the liquid conveying pipe to extract pigments, and more pepper liquid flows to a pipe placing frame to store liquid for subsequent use (more than three liquid storing frames are arranged for storing more types of pepper liquid).

Compared with the prior art, the invention has the beneficial effects that: placing pepper raw materials into a material cutting box for cutting, moving materials by a discharging machine, meshing by a material cutting machine, feeding the pepper raw materials into an extraction detection box, adding powder, feeding the pepper raw materials into a first material bin, adding liquid agent into the first material bin through a second material bin, extracting pigment from the third detection bin, and storing the pepper raw materials in four material storage bins; not only keeps the high-efficiency operation of the equipment, but also accurately controls the intake of the solvent and the powder, and realizes the high-efficiency and accurate automatic pigment extraction operation.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 shows a schematic structural diagram of a capsochrome extraction device of the invention.

Fig. 2 shows a schematic view of the structure of the cutting box according to the invention.

Fig. 3 shows a schematic view of the structure of the stock cutter of the present invention.

Fig. 4 shows a schematic representation of the structure of the mixing cartridge according to the invention.

FIG. 5 is a schematic view showing the structure of the right blanking device of the present invention during driving.

FIG. 6 shows a schematic top view of the right arc knockout of the present invention.

Fig. 7 shows a schematic diagram of the structure of the extraction detection box of the invention.

Fig. 8 shows a structural schematic diagram of the section of the extraction detection box of the invention.

Figure 9 shows a schematic view of the structure of the liquid charger according to the invention.

Fig. 10 shows a schematic structural view of the multi-position liquid storage rack of the invention from the top.

In the figure: the device comprises a control plate 1, a material cutting box 2, a mixing material barrel 3, an extraction detection box 4, a material cutting machine 20, a material discharging machine 21, a feeding pipe 200, a moving device 201, a material cutting device 202, a material cutting frame 203, a material discharging placement frame 210, a material conveying device 211, a roller frame 212, a left material bin 40, a right material dropping device 41, a left material bin 400, a fixing plate 401, a left material discharging barrel 402, a left material discharging port 403, a right arc material dropping device 410, a right material discharging device 411, a right plate rotating device 412, a material discharging roller rod 4100, a pad port 4110, a material separating rotating plate 4120, a first material bin 30, a second material bin 31, a third detection bin 32, a fourth material bin 33, a liquid filling device 310, a liquid dropping pipe 320, a placement frame 330, a multi-position liquid storage rack 3300, a connecting port 60, a telescopic rubber pad 61, a liquid pumping device 62, a transverse liquid conveying pipe 63, a driving machine 64, a lifting liquid storage pipe 70 and a.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-10, the present invention provides a technical solution of a capsochrome extraction device: its structure includes control panel 1, blank case 2, mixing cylinder 3, draws detection case 4, control panel 1 with draw detection case 4 locking, blank case 2 with draw detection case 4 erection joint, mixing cylinder 3 with draw detection case 4 locking and the two communicates with each other, blank case 2 comprises stock cutter 20, ejection of compact machine 21, stock cutter 20 and ejection of compact machine 21 erection joint, stock cutter 20 comprises conveying pipe 200, shifter 201, stock cutter 202, blank frame 203, conveying pipe 200 and blank frame 203 erection joint and the two communicates with each other, stock cutter 202 and blank frame 203 pass through shifter 201 erection joint, shifter 201 drives stock cutter 202 and reciprocates, removes and rolls simultaneously, both nibbles also to the crushed aggregates simultaneously, and it is nimble convenient to use, ejection of compact machine 21 includes ejection of compact shelf 210, feeder 211, Roller frame 212, feeder 211, roller frame 212 are installed on frame 210 is put in the ejection of compact, feeder 211 is connected with roller frame 212 axle, feeder 211 upper portion and blank frame 203 bottom are equipped with the conveyer respectively, play the effect of relay transport, avoid single-ended transport to lead to the hot pepper to drop, cause the operation progress to stagnate, mixing barrel 3 includes left part feed bin 40, right part blanking ware 41, left part feed bin 40 and right part blanking ware 41 erection joint, left part feed bin 40 includes left part feed bin 400, fixed plate 401, left part feed bin 402, left part discharge gate 403, fixed plate 401 plays the effect of further fixed left part feed bin 400, left part discharge bin 402, left part feed bin 400 and left part discharge bin 402 fixed connection, left part feed bin 402 and left part discharge gate 403 erection joint, left part discharge gate 403 is equipped with the material mouth more than three, the transport of different powders of being convenient for, the right blanking device 41 comprises a right blanking device 410, a right discharging device 411 and a right plate rotating device 412, the right blanking device 410 is in installation connection with the right discharging device 411, the right blanking device 410 is in rail connection with the right discharging device 411, the right discharging device 411 and the right plate rotating device 412 play a role in double opening and closing of the left discharging port 403, the right blanking device 410 is provided with a blanking roller rod 4100, the right discharging device 411 is provided with a pad port 4110, the right plate rotating device 412 is provided with a material separating rotating plate 4120, the extraction detection box 4 is provided with a first storage bin 30, a second liquid bin 31, a third detection bin 32 and a fourth storage bin 33, the blanking roller rod 4100 can move up and down and can be connected with the first storage bin 30 when moving down, so that powder and pepper are fallen into the first storage bin 30, the second liquid bin 31 is provided with a liquid filler 310, the third detection bin 32 is connected with a liquid pipe 320, four parts storage silo 33 is equipped with puts pipe support 330, many stock solution frame 3300 are installed to four parts storage silo 33, a small amount of hot pepper liquid stream falls and carries out the pigment to liquid falling pipe 320 and draw, and more hot pepper liquid stream carries out the subsequent use of stock solution to putting pipe support 330 and being convenient for, convenient to use, liquid filler 310 is including linking up interface 60, flexible cushion 61, liquid extractor 62, violently sending liquid pipe 63, driver 64, linking up interface 60 passes liquid extractor 62 and violently sending liquid pipe 63 erection joint, liquid extractor 62 and violently sending liquid pipe 63 cooperation, flexible cushion 61 and the laminating of violently sending liquid pipe 63, liquid extractor 62, violently sending liquid pipe 63 and driver 64 erection joint, flexible cushion 61 can stretch out and draw back, realizes that elasticity is opened and sealed closes the communicating mouth between linking interface 60 and violently sending liquid pipe 63, has strengthened the compactness of communicating mouth when closing, many stock solution frame 3300 is including lift stock solution pipe 70, The lift rail ring 71, lift liquid storage pipe 70 and lift rail ring 71 rail connection, lift liquid storage pipe 70 is established on putting pipe support 330, lift liquid storage pipe 70 is equipped with more than three, is convenient for store more kind of hot pepper liquid.

The pepper raw material is put into the material cutting box 2, the equipment is started to operate at the control panel 1, the roller frame 212 drives the material conveyor 211 to move the pepper upwards, when the pepper moves to the material cutting machine 20, the material cutting frame 203 is cut into sections (the material cutting frame 203 also has the function of moving the pepper upwards), in the process, the material cutting machine 201 moves the material cutting machine 202 upwards and rolls to cut the pepper sections, in the process, the pepper fragments are transferred to the upper part of the material cutting machine 202 along with rolling, the pepper fragments are sent to the extraction detection box 4 through the feeding pipe 200 (the pepper fragments are pumped to the extraction detection box 4 through the feeding pipe 200), the pepper fragments fall to the right part material falling machine 41, meanwhile, the powder at the left part bin 40 is sent into the right part material falling machine 41 from the left part storage bin 400 through the left part discharging barrel 402 and the left part discharging port 403, in the feeding process, different powders enter the right part material falling machine 41 through different feeding ports of the left part discharging port 403, meanwhile, the right part discharging machine 411 and the right part rotating plate rotator 412 move upwards and the bin opening (while the left discharge opening 403 is also closed), then the right plate-rotating device 412 rotates to mix the pepper powder with the powder, the right discharge device 411 goes up and down, the pepper powder and the powder are sent from the pad opening 4110 to the blanking roller 4100 (meanwhile, a new pepper is placed in the material-cutting box 2 for the meshing extraction operation), and then fall to a bin 30, the driving machine 64 drives the liquid pumping device 62 to send the solution into the horizontal liquid sending tube 63, and then the solution is sent from the horizontal liquid sending tube 63 to the connecting port 60 to fall to one part of the storage bin 30, the telescopic rubber pad 61 can be telescopic, the connecting port between the connecting port 60 and the transverse liquid conveying pipe 63 is opened and closed in a sealing mode, a small amount of pepper liquid flows down to the liquid dropping pipe 320 for pigment extraction, and more pepper liquid flows to the pipe placing frame 330 for liquid storage so as to be used subsequently (more than three liquid storage frames 3300 are arranged, so that more pepper liquid can be stored conveniently).

Compared with the prior art, the invention has the technical progress that: the method comprises the following steps of putting pepper raw materials into a material cutting box 2 for cutting, moving materials by a discharging machine 21, crushing by a material cutting machine 20, feeding the pepper raw materials into an extraction detection box 4, adding powder, feeding the pepper raw materials into a first storage bin 30, adding liquid through a second liquid bin 31, extracting pigments at a third detection bin 32, and storing the pepper raw materials in four storage bins 33; not only keeps the high-efficiency operation of the equipment, but also accurately controls the intake of the solvent and the powder, and realizes the high-efficiency and accurate automatic pigment extraction operation.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.

Claims

1. The utility model provides a capsochrome extraction element, its structure includes control panel (1), blank case (2), mixing cylinder (3), draws detection case (4), control panel (1) with draw detection case (4) locking, blank case (2) with draw detection case (4) erection joint, mixing cylinder (3) with draw detection case (4) locking and the two communicates with each other, its characterized in that:

the material cutting box (2) consists of a material cutting machine (20) and a material discharging machine (21), and the material cutting machine (20) is connected with the material discharging machine (21) in an installing manner;

the cutting machine (20) is composed of a feeding pipe (200), a mover (201), a cutting machine (202) and a cutting frame (203), the feeding pipe (200) is connected with the cutting frame (203) in an installing mode and communicated with the cutting frame, and the cutting machine (202) is connected with the cutting frame (203) in an installing mode through the mover (201).

2. The capsochrome extraction device according to claim 1, wherein: the discharging machine (21) comprises a discharging placement frame (210), a material conveyor (211) and a roller frame (212), wherein the material conveyor (211) and the roller frame (212) are installed on the discharging placement frame (210), and the material conveyor (211) is connected with the roller frame (212) through a shaft.

3. The capsochrome extraction device according to claim 1, wherein: mixing material cylinder (3) includes left part feed bin (40), right part blanking ware (41), left part feed bin (40) and right part blanking ware (41) erection joint, left part feed bin (40) are including left part storage bin (400), fixed plate (401), left part play feed cylinder (402), left part discharge gate (403), left part storage bin (400) and left part play feed cylinder (402) fixed connection, left part play feed cylinder (402) and left part discharge gate (403) erection joint.

4. The capsochrome extraction device according to claim 3, wherein: the right part blanking device (41) comprises a right part arc blanking device (410), a right part discharging device (411) and a right part plate rotating device (412), the right part arc blanking device (410) is in installation connection with the right part discharging device (411), the right part arc blanking device (410) is in track connection with the right part discharging device (411), a blanking roller rod (4100) is installed on the right part arc blanking device (410), the right part discharging device (411) is provided with a pad opening (4110), and the right part plate rotating device (412) is provided with a material separation rotating plate (4120).

5. The capsochrome extraction device according to claim 1, wherein: draw detection case (4) and be equipped with one feed bin (30), two liquid storehouses (31), three detection storehouse (32), four storage silos (33), liquid filler (310) are installed in two liquid silos (31), three detection storehouse (32) are glued and are connected with down liquid pipe (320), four storage silos (33) are equipped with puts pipe support (330), many liquid storage frame (3300) are installed in four storage silos (33).

6. The capsochrome extraction device according to claim 5, wherein: the liquid feeder (310) comprises a connecting port (60), a telescopic rubber mat (61), a liquid extractor (62), a transverse liquid feeding pipe (63) and a transmission machine (64), wherein the connecting port (60) penetrates through the liquid extractor (62) and the transverse liquid feeding pipe (63) in an installation connection mode, the liquid extractor (62) is matched with the transverse liquid feeding pipe (63), the telescopic rubber mat (61) is attached to the transverse liquid feeding pipe (63), and the liquid extractor (62), the transverse liquid feeding pipe (63) are in installation connection with the transmission machine (64).

7. The capsochrome extraction device according to claim 5, wherein: many liquid storage shelves (3300) are including lift liquid storage pipe (70), lift rail ring (71), lift liquid storage pipe (70) and lift rail ring (71) rail connection, lift liquid storage pipe (70) are established on putting pipe support (330).