CN208743056U - A kind of raisins production impurity pneumatic separation device - Google Patents

A kind of raisins production impurity pneumatic separation device Download PDF

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Publication number
CN208743056U
CN208743056U CN201821387697.2U CN201821387697U CN208743056U CN 208743056 U CN208743056 U CN 208743056U CN 201821387697 U CN201821387697 U CN 201821387697U CN 208743056 U CN208743056 U CN 208743056U
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Prior art keywords
shell
raisins
socketed
collection box
conveyer
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CN201821387697.2U
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Chinese (zh)
Inventor
伍家伟
王林瑛
刘家宏
马克超
魏玉伟
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Jindian (Shandong) Food Co.,Ltd.
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Shandong Golden Nut Ltd By Share Ltd
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Abstract

The utility model discloses a kind of raisins to produce impurity pneumatic separation device, including screening plant, screening plant includes shell, the upper surface of shell is socketed with air-exhausting duct, the left side wall of shell is fixedly installed with second conveyer, the inside cavity top of shell is fixedly installed with wind deflector, a left side for shell, collection box is socketed in the middle part of right two walls, the right side wall lower part of shell is socketed with air supply device, a left side for shell, the bottom of right two walls is socketed with second conveyer, the utility model is provided with a kind of raisins pneumatic separation device with second conveyer charging and second conveyer discharging, using impurity and raisins by after the effect of wind-force and gravity, the difference of descent path, impurity is separated with raisins, obtain clean raisins, present apparatus structure is simple, it is at low cost, it is effective to replace the previous artificial sieve for utilizing strong wind weather Work is selected, manpower has also effectively been saved, improves screening efficiency and quality, is convenient to be mass produced.

Description

A kind of raisins production impurity pneumatic separation device
Technical field
The utility model relates to raisins production field, specifically a kind of raisins produce impurity pneumatic separation device.
Background technique
Raisins are the fruits of sun cured or the grape dried under shade, and body metabolism function, energy can be improved Rapidly eliminate fatigue, eliminate extra fat, make the blood pressure reduction that blood flow is unimpeded, higher be attributed to it is normal, eliminate it is fat, make stomach Intestines function takes a turn for the better, eliminates constipation.Iron and calcium content very abundant in raisins, are the taste of children, women and weak anemic patient Good merchantable brand is mended, is a kind of being rich in nutrition snack food, and after the completion of raisins sunning, cauline leaf etc. also can be with raisins It is formed, is dried out, be inevitably mingled in raisins as the quality of raisins being affected, in previous production process In, people are having wind weather more, raise the raisins with impurity, are screened using wind-force, waste manpower, the matter of screening Amount and efficiency are greatly reduced, and in view of problem above, spy proposes a kind of raisins production impurity pneumatic separation device.
Utility model content
In view of the deficiencies of the prior art, the purpose of the utility model is to provide a kind of raisins to produce impurity pneumatic separation device, Present apparatus structure is simple, at low cost, effective to replace the artificial screening operation for utilizing strong wind weather in the past, also effective saving Manpower improves screening efficiency and quality, is convenient to be mass produced.
The technical scheme adopted by the utility model to solve the technical problem is as follows: a kind of raisins production impurity selection by winnowing dress It sets, including screening plant, the screening plant includes shell, and the upper surface of the shell offers opening, and the inside being open It is socketed with air-exhausting duct, the left side wall of the shell is fixedly installed with second conveyer, and the inside cavity top of the shell is solid Dingan County is equipped with wind deflector, and the middle part of left and right two wall of the shell offers opening, and the inside being open is socketed with collection Box, the right side wall lower part of the shell offer opening, and the inside being open is socketed with air supply device, the shell it is left and right The bottom of two walls offers opening, and the inside being open is socketed with second conveyer.
Further, the second conveyer includes fixed plate, and the right surface of the fixed plate is fixedly mounted on shell Left side wall, the left end upper surface of the fixed plate are fixedly installed with first motor, and the first motor is electrically connected with external power supply, The output end of the first motor is fixedly installed with the first live-roller, and the outer wall of first live-roller is socketed with the first transmission Band, the right end of first conveyer belt are socketed with the second live-roller, the left side of shell position corresponding with second conveyer It sets and offers feed inlet, and the front and rear wall of feed inlet is socketed in the rear and front end of the second transfer roller.
Further, the wind deflector includes arc wind board and retainer wind deflector, and the arc wind board is fixedly mounted on The front and rear wall of left upper inside enclosure cavity, the retainer wind deflector is fixedly mounted on the left side inside cavity of shell, and holds in the palm Immediately below the right end for expecting wind deflector, the right end outer surface of the retainer wind deflector offers exhaust outlet, the retainer wind deflector Right surface is fixedly installed with buffer board.
Further, the collection box includes the first collection box and the second collection box, and first collection box is socketed in shell Opening in the middle part of left wall, and the right end of the first collection box is located at the underface of retainer wind deflector, second collection box is fixed It is mounted on the open interior of shell right wall, and the left end of the second collection box is located at immediately below the right end of arc wind board.
Further, the air supply device includes air pump, and the air pump is electrically connected with external power supply, and air pump is fixed Being mounted on shell, nearby ground, the input terminal of the air pump are fixedly installed with air inlet pipe, and the output end of the air pump is fixed Bellows is installed, the left surface of the bellows is fixedly installed with discharge pipe, and the front and rear surfaces of the discharge pipe are fixedly mounted There is adjustment disk, the front and rear surfaces of the adjustment disk are socketed in the open interior of shell right side wall lower part.
Further, the second conveyer includes the second motor, and second motor is electrically connected with external power supply, described The output end of second motor is fixedly installed with third live-roller, and the outer surface of the third live-roller is socketed with the second conveyer belt, The right end of second conveyer belt is socketed with the 4th live-roller.
Further, angle index is carved in the outside of the adjustment disk, and the angle of the discharge pipe is needed according to instrument size Adjustment.
The beneficial effects of the utility model are:
The utility model is provided with a kind of grape dry-air blast with second conveyer charging and second conveyer discharging Air-flow is discharged by discharge pipe to the inside of screening plant, by two different by screening device using external air supply device Wind deflector makes air-flow form a kind of annular airflow below feed inlet, the effect using impurity and raisins by wind-force and gravity Afterwards, the difference of descent path separates impurity with raisins, obtains clean raisins, and present apparatus structure is simple, at low cost, It is effective to replace the previous artificial screening operation for utilizing strong wind weather, had also effectively saved manpower, improve screening efficiency and Quality is convenient to be mass produced.
Detailed description of the invention
Fig. 1 is the utility model structure diagram.
Description of symbols: 1, screening plant, 11, shell, 12, air-exhausting duct, 2, second conveyer, 21, fixed plate, 22, first motor, the 23, first live-roller, the 24, second live-roller, the 25, first conveyer belt, 3, wind deflector, 31, arc wind board, 32, retainer wind deflector, 33, exhaust outlet, 34, buffer board, 4, collection box, the 41, first collection box, the 42, second collection box, 5, air-supply Device, 51, air pump, 52, air inlet pipe, 53, bellows, 54, discharge pipe, 55, adjustment disk, 6, second conveyer, 61, second Motor, 62, third live-roller, the 63, the 4th live-roller, the 64, second conveyer belt.
Specific embodiment
The present invention will be further illustrated below in conjunction with specific embodiments, it should be appreciated that these embodiments are merely to illustrate this Utility model rather than limitation the scope of the utility model.In addition, it should also be understood that, in the content for having read the utility model instruction Later, those skilled in the art can make various changes or modifications the utility model, and such equivalent forms also fall within application The appended claims limited range.
It is the utility model structure diagram referring to Fig. 1, a kind of raisins production impurity pneumatic separation device, including screening plant 1, screening plant 1 includes shell 11, and the upper surface of shell 11 offers opening, and the inside being open is socketed with air-exhausting duct 12, outside The left side wall of shell 11 is fixedly installed with second conveyer 2, and the inside cavity top of shell 11 is fixedly installed with wind deflector 3, outside The middle part of left and right two wall of shell 11 offers opening, and the inside being open is socketed with collection box 4, under the right side wall of shell 11 Portion offers opening, and the inside being open is socketed with air supply device 5, and the bottom of left and right two wall of shell 11 offers opening, And the inside of opening is socketed with second conveyer 6;
The utility model is provided with a kind of raisins to discharge with the charging of second conveyer 2 and second conveyer 6 Air-flow is discharged by discharge pipe 54 to the inside of screening plant 1 using external air supply device 5, passes through two kinds by pneumatic separation device Different wind deflectors 3 make air-flow form a kind of annular airflow below feed inlet, using impurity and raisins by wind-force and again After the effect of power, the difference of descent path separates impurity with raisins, obtains clean raisins, and present apparatus structure is simple, It is at low cost, it is effective to replace the previous artificial screening operation for utilizing strong wind weather, manpower has also effectively been saved, screening is improved Efficiency and quality are convenient to be mass produced.
Second conveyer 2 includes fixed plate 21, and the right surface of fixed plate 21 is fixedly mounted on the left side wall of shell 11, Gu The left end upper surface of fixed board 21 is fixedly installed with first motor 22, and first motor 22 is electrically connected with external power supply, first motor 22 Output end be fixedly installed with the first live-roller 23, the outer wall of the first live-roller 23 is socketed with the first conveyer belt 25, the first transmission Right end with 25 is socketed with the second live-roller 24, and the left side of shell 11 position corresponding with second conveyer 2 offers charging Mouthful, and the front and rear wall of feed inlet is socketed in the rear and front end of the second transfer roller 24, by second conveyer 2, will have impurity Raisins be mechanically transported to inside shell 11 and carry out screening operation, effectively saved manpower, improved effect Rate.
Wind deflector 3 includes arc wind board 31 and retainer wind deflector 32, and arc wind board 31 is fixedly mounted on 11 chamber of shell The front and rear wall of internal portion left upper, retainer wind deflector 32 is fixedly mounted on the left side inside cavity of shell 11, and retainer keeps out the wind The left end of plate 32 is located at immediately below the right end of second conveyer 2, and the right end outer surface of retainer wind deflector 32 offers exhaust outlet 33, the right surface of retainer wind deflector 32 is fixedly installed with buffer board 34, by retainer wind deflector 32 by whereabouts with impurity Raisins are held up, and the raisins with impurity are carried out preliminary screening by the wind-force that shell 11 rebounds back, and by across row The wind-force in air port 33 blows off raisins, collects, and the air-flow with impurity is slowed down by arc wind board 31, utilizes arc Surface generate fraction centrifugal force, cooperation gravity impurity is separated with air-flow, by this structure, the wind of circulation can be passed through Power and gravity effectively separate raisins with impurity, and structure is simple, easy to use, improve separative efficiency.
Collection box 4 includes the first collection box 41 and the second collection box 42, and the first collection box 41 is socketed in 11 left wall of shell The opening in portion, and the right end of the first collection box 41 is located at the underface of retainer wind deflector 32, the second collection box 42 is fixedly mounted In the open interior of 11 right wall of shell, and the left end of the second collection box 42 is located at immediately below the right end of arc wind board 31, passes through The left and right ends of first collection box 41 and the second collection box 42 are respectively at the inside and outside of shell 11, in a kind of connection Impurity can be cleared up away, be used more by going out the opening with outside when impurity is collected to a certain extent by state Add safe and convenient.
Air supply device 5 includes air pump 51, and air pump 51 is electrically connected with external power supply, and air pump 51 is fixedly mounted outside Nearby ground, the input terminal of air pump 51 are fixedly installed with air inlet pipe 52 to shell 11, and the output end of air pump 51 is fixedly installed with wave Line pipe 53, the left surface of bellows 53 are fixedly installed with discharge pipe 54, and the front and rear surfaces of discharge pipe 54 are fixedly installed with adjustment disk 55, the front and rear surfaces of adjustment disk 55 are socketed in the open interior of 11 right side wall lower part of shell, and bellows 55 is that one kind can stretch Universal pipeline, can arbitrarily adjust length and angle, the purpose using bellows 55 is the angle in order to adjust discharge pipe 54 again It is more convenient when spending.
Second conveyer 6 includes the second motor 61, and the second motor 61 is electrically connected with external power supply, the second motor 61 it is defeated Outlet is fixedly installed with third live-roller 62, and the outer surface of third live-roller 62 is socketed with the second conveyer belt 64, the second conveyer belt 64 right end is socketed with the 4th live-roller 63, and by second conveyer 2, the clean raisins after separation are passed through mechanical side Formula is transported to outside shell 11 and is collected work, has effectively saved manpower, has improved efficiency.
Angle index is carved in the outside of adjustment disk 55, and the angle needs of discharge pipe 54 are adjusted according to instrument size, passes through band There is the discharge pipe 54 of adjustment disk 55, the angle of air inlet can be adjusted accurately according to calculating, it is effective to adjust internal wind circulating Angle, it is different to avoid different humidity raisins gravity, causes separative efficiency different.
The utility model before operation, first has to the raisins with impurity for preparing to need to screen, according to raisins Type, air-dry time, the information such as humidity calculate its optimal separation gravity to be made to separate to obtain optimal air inlet angle Efficiency reaches highest and (due to the factors such as instrument size and grape humidity, enters the wind angle and need to calculate, the present embodiment is to enter the wind angle Degree is for 13 degree as reference);
After the completion of calculating, by stirring adjustment disk 55, scale is adjusted to 13 degree, 54 angle of discharge pipe is made to keep stablizing, Then start external power supply simultaneously, first motor 22, the second motor 61 and air pump 51 start simultaneously;
Air pump 51 starts first, and air pump 51 twitches air, and air enters air pump 51 from air inlet pipe 52, passes through ripple Pipe 53 and discharge pipe 54 are discharged, and blow to the left side wall of shell 11, are influenced by air inlet angle, air-flow is on the left side for encountering shell 11 It after the inner wall of side, rebounds to upper right side, air-flow passes through exhaust outlet 33 and blows to arc wind board 31, the work by arc wind board 31 With, air-flow is flowed along the inner wall of arc wind board 31 to upper left side, screening plant 1 is discharged by exhaust pipe 12,
First motor 22 starts simultaneously, drives the rotation of the first live-roller 23, so that the first conveyer belt 25 and second be driven to pass The raisins for being mixed with impurity, the inside of shell 11 is sent to by the upper surface of the first conveyer belt 25, is divided by dynamic roller rotation From operation;
At the same time, the second motor 61 starts turning, and third live-roller 62 is driven to rotate, to drive the second driving belt 64 and the 4th live-roller 63 rotate, rotate to the left;
The raisins for being mixed with impurity enter the inside of shell 11 by feed inlet, fall to the upper table of retainer wind deflector 32 Face, and slide downward are tentatively sieved the impurity being mixed with inside the raisins of impurity by the air-flow blown out inside exhaust outlet 33 Choosing, impurity mix air-flow upper direction to the right, and the lower surface of arc wind board 31 is arrived on top, the impurity swept along inside air-flow by The effect of centrifugal force, gravity and frictional force counterclockwise, impurity are dropped downward into along arc wind board 31 to the second collection box 42 Inside leave buffering under the action of then the raisins with large granular impurity are blown out air-flow by gravity and exhaust outlet 33 Plate 34 falls;
The raisins with large granular impurity after preliminary screening continue after discharge pipe 54 by wind The effect of power, by large granular impurity by wind blows to the left wall surface of shell 11, the impurity of subsequent bulky grain is along shell Effect of 11 left wall by gravity and frictional force slides downwards, falls into the inside of the first collection box 41, by postsearch screening Raisins directly fall, and drop down onto the upper surface of second conveyer 6, send out screening plant 1 by second conveyer 6;
During equipment use, it should strictly observe operating specification, avoid directly contacting first in the process of running Transmission device 2, air supply device 5 and second conveyer 6 are collected during screening according to the first collection box 41 and second The building up inside degree of box 42, selective cleaning inside impurity;
After the completion of all raisins screenings to be screened, external power supply, first motor 22, the second motor 61 and pumping are closed Air pump 51 shuts down, and the impurity of the first collection box 41 and the second collection box 42 is cleared up, using terminating.
The utility model exchanges heat again by using the recirculated water inside net for air-source heat pump units is in contact with heat exchange coil 5 It is exported and is used by water tank, realized and make full use of the thermal energy that net for air-source heat pump units generates, be converted into and day commonly use hot water, guarantee The constant function of air source heat pump water temperature inside, the medium by using Multi-layer spiral coiled as transferring heat energy inside water tank, Realize that heat exchange area is big, the high function of heat exchange efficiency.

Claims (7)

1. a kind of raisins produce impurity pneumatic separation device, including screening plant, it is characterised in that: the screening plant includes outer Shell, the upper surface of the shell offers opening, and the inside being open is socketed with air-exhausting duct, the fixed peace of the left side wall of the shell Equipped with second conveyer, the inside cavity top of the shell is fixedly installed with wind deflector, left and right two wall of the shell Middle part offers opening, and the inside being open is socketed with collection box, and the right side wall lower part of the shell offers opening, and opens The inside of mouth is socketed with air supply device, and the bottom of left and right two wall of the shell offers opening, and the inside socket being open There is second conveyer.
2. a kind of raisins according to claim 1 produce impurity pneumatic separation device, it is characterised in that: the first transmission dress It sets including fixed plate, the right surface of the fixed plate is fixedly mounted on the left side wall of shell, the left end upper surface of the fixed plate It is fixedly installed with first motor, the first motor is electrically connected with external power supply, and the output end of the first motor is fixedly mounted There is the first live-roller, the outer wall of first live-roller is socketed with the first conveyer belt, and the right end of first conveyer belt is socketed with Second live-roller, the left side of shell position corresponding with second conveyer offer feed inlet, and the front and back of feed inlet Wall is socketed in the rear and front end of the second transfer roller.
3. a kind of raisins according to claim 1 produce impurity pneumatic separation device, it is characterised in that: the wind deflector includes Arc wind board and retainer wind deflector, the arc wind board are fixedly mounted on the front and rear wall of left upper inside enclosure cavity, The retainer wind deflector is fixedly mounted on the left side inside cavity of shell, and immediately below the right end of retainer wind deflector, the retainer The right end outer surface of wind deflector offers exhaust outlet, and the right surface of the retainer wind deflector is fixedly installed with buffer board.
4. a kind of raisins according to claim 3 produce impurity pneumatic separation device, it is characterised in that: the collection box includes First collection box and the second collection box, first collection box are socketed in the opening in the middle part of shell left wall, and the first collection box Right end be located at the underface of retainer wind deflector, second collection box is fixedly mounted on the open interior of shell right wall, and The left end of two collection boxes is located at immediately below the right end of arc wind board.
5. a kind of raisins according to claim 1 produce impurity pneumatic separation device, it is characterised in that: the air supply device packet Air pump is included, the air pump is electrically connected with external power supply, and air pump is fixedly mounted on shell ground nearby, the air pump Input terminal be fixedly installed with air inlet pipe, the output end of the air pump is fixedly installed with bellows, the left-handed watch of the bellows Face is fixedly installed with discharge pipe, and the front and rear surfaces of the discharge pipe are fixedly installed with adjustment disk, the front and rear surfaces of the adjustment disk It is socketed in the open interior of shell right side wall lower part.
6. a kind of raisins according to claim 1 produce impurity pneumatic separation device, it is characterised in that: the second transmission dress It sets including the second motor, second motor is electrically connected with external power supply, and the output end of second motor is fixedly installed with Three live-rollers, the outer surface of the third live-roller are socketed with the second conveyer belt, and the right end of second conveyer belt is socketed with Four live-rollers.
7. a kind of raisins according to claim 5 produce impurity pneumatic separation device, it is characterised in that: outside the adjustment disk Angle index is carved in portion, and the angle needs of the discharge pipe are adjusted according to instrument size.
CN201821387697.2U 2018-08-28 2018-08-28 A kind of raisins production impurity pneumatic separation device Active CN208743056U (en)

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CN201821387697.2U CN208743056U (en) 2018-08-28 2018-08-28 A kind of raisins production impurity pneumatic separation device

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Application Number Priority Date Filing Date Title
CN201821387697.2U CN208743056U (en) 2018-08-28 2018-08-28 A kind of raisins production impurity pneumatic separation device

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111928482A (en) * 2020-08-04 2020-11-13 王朝鹏 Condensing gas-fired hot boiler

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111928482A (en) * 2020-08-04 2020-11-13 王朝鹏 Condensing gas-fired hot boiler

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GR01 Patent grant
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Address after: 276000 North West intersection of beishugang road and qimaishan Road, Zhulu Town, Lingang Economic Development Zone, Linyi City, Shandong Province

Patentee after: Jindian (Shandong) Food Co.,Ltd.

Address before: 276000 North West intersection of beishugang road and qimaishan Road, Zhulu Town, Lingang Economic Development Zone, Linyi City, Shandong Province

Patentee before: SHANDONG JINGDIAN NUTS Co.,Ltd.

CP01 Change in the name or title of a patent holder