CN209609783U - A kind of jujube deep processing processing unit - Google Patents

Abstract

The utility model belongs to the technical field of agricultural equipment, and specifically relates to a jujube deep processing device, including a screening system, a dandruff removal system, a grading and slicing system, a scalding system, a cooling system, and a baking system; The filtering compound machine selection method can efficiently screen jujube raw materials, and at the same time, by using the difference in weight and size for screening and separation, most impurities can be stripped out, so as not to affect the subsequent equipment work and ensure the service life of the equipment . The utility model can remove the tiny impurities in the jujube raw materials and on the surface of the jujube through the composite dandruff removal process of adhesion adsorption and electrostatic adsorption, and at the same time continuously roll the jujube during the dandruff removal process to ensure that there is no dead angle for dandruff removal . And through the process design of cleaning the chip removal parts in real time, it can ensure that the unit service life of the chip removal system is long enough, reduce the frequency of shutdown maintenance, and save production costs.

Description

A jujube deep processing device

technical field

The utility model belongs to the technical field of agricultural equipment, in particular to a jujube deep processing device.

Background technique

Thanks to the widespread application of industrialization in agricultural cultivation, the unit output of agricultural products has continued to rise, which has expanded the scope of use of processed agricultural products. For example, at this stage, fruit and vegetable products are not only satisfied with ready-to-eat. It is processed into a shelf-stable product form and put into fast food production or raw drug preparation. This of course puts forward new requirements for the processing of fruit and vegetable products, such as faster processing efficiency, better and more comprehensive processing effects, lower product size after processing, and longer storage period. Jujube is a temperate crop with strong adaptability and a wide range of planting. With the characteristics of drought and waterlogging tolerance, it is the first choice for the development of water-saving forestry and fruit industry. At the same time, the vitamin content of jujube is very high, and it has the reputation of "natural vitamin pill" and has the effect of nourishing yin and tonifying yang. Therefore, there is a great demand for jujube products in the market.

However, most of the current jujube deep processing equipment has the following common problems: (1) the current equipment generally adopts manual methods for the screening of jujube raw materials, which is not only inefficient, but also difficult to remove fine impurities. The mechanical screening method is too extensive, and it is rarely screened according to the grading method, which will easily lead to oversized impurities entering the subsequent equipment and reducing the service life of the equipment; (2) the current equipment is cleaning and removing jujubes. Mostly adopt a single method when scraping, it is difficult to clean the impurities on the surface of the jujube, and it is easy to reduce the quality of the final product; (3) the current equipment generally processes the whole jujube, and seldom cuts the jujube into pieces. Jujube slices of uniform size, and the processing of whole jujubes not only requires a longer construction period and higher cost in the subsequent scalding and drying process, but also because of the small contact area, it is difficult to fully stimulate the flavor of the product; (4) The current equipment mostly uses static scalding when scalding jujube, and it is only pure scalding. Firstly, there is no way to further remove the impurities contained in jujube. Secondly, the effect of scalding is average, not It is beneficial to quickly and comprehensively stimulate the flavor of the product; (5) the current device is more of a plane operation method in the jujube cooling and drying process, and it is impossible to perform three-dimensional operations on the jujube, and it is easy to be caused by accumulation in the plane tiling operation. Insufficient cooling or drying in the sun will lead to the accumulation of sour taste of jujube, which will affect the taste of the product.

Based on the above problems, designing and developing a kind of jujube deep processing device has become a current problem to be solved urgently.

Utility model content

Aiming at the problems existing in the prior art, the purpose of the utility model is to provide a jujube deep processing device.

In order to achieve the above object, the utility model adopts the following technical solutions:

A jujube deep processing device, comprising a screening system, a dandruff removal system, a grading and slicing system, a scalding system, a cooling system, and a baking system; The other end of the system is attached, the bottom of the grading and slicing system is set on the top of one side of the scalding system, the scalding system is located directly above the cooling system, and one end of the cooling system is close to the side of the baking system;

The screening system includes a feed hopper, a control valve, a door panel, a winnowing box, an air inlet pipe, a blower one, a sliding door, a cross bar, a screening pipeline, a flip cover, a separator one, and a separator two; the winnowing box It is a U-shaped structure, one end of the feed hopper is nested outside the U-shaped end of the winnowing box, the other end of the feed hopper is an open structure, one end of the control door is set on both sides of one end of the feed hopper, and one end of the door plate is connected to the other end of the control valve. The other end of the door panel is nested on the side of one end of the feed hopper, and one end of the air inlet pipe is respectively nested with the outside of the winnowing box. One air inlet pipe is arranged between the feed hopper and the sliding door, and the other air inlet pipe is arranged above the cross bar. The other end of the air inlet pipe is connected to the blower, the sliding door is set at the bottom of the winnowing box, the cross bar is evenly set in the winnowing box, one end of the screening pipe is connected to the inner side of the other U-shaped end of the winnowing box, and the flip cover is evenly set on the screening pipe At the top, separator 1 and separator 2 are placed in the screening pipeline in sequence, and both separator 1 and separator 2 are located under the flip cover;

The dandruff removal system includes a rotary crawler, a brush, a rotary machine, a rotary frame, a rotary paddle, a fan, a rotary machine two, a rotary frame, an electrostatic brush, a blower two, an air supply pipe, a conveying track, a felt block, and a recovery box One end of the top of the rotating crawler is located below the other end of the screening pipeline, the brush is arranged on the inner side of the rotating crawler, the bottom of the first turn, the fan, and the second bottom of the turn are periodically connected with both sides of the top of the turntable in sequence, and the first turn passes through The rotary frame is connected, and the rotary paddles are evenly nested on the rotary frame. One side of the rotary frame is connected to the outer side of the rotary frame, and the inner side of the rotary frame is connected by an electrostatic brush. The blower two is set on the other side of the rotary frame. One end of the air supply pipe is set on the top of the second blower, the other end of the air supply pipe is facing the upper half of the rotating frame, the conveyor track is evenly nested on the bottom of the rotary track, the felt block is evenly snapped on the conveyor track, and the recycling box is placed on the conveyor track below one end;

The grading and slicing system includes a collection bucket, a grading tank 1, a roller classifier 1, a rotary machine 3, a slicing grinding wheel, a cutting tank, a rotary machine 4, a rotary cutting blade, a conveying pipeline, a grading tank 2, a rolling bar classifier 2, a rotary cutter Blade set 1, grading tank 3, rotary cutting blade set 2, confluence funnel, joint; one end of the opening of the collecting hopper is attached to the other end of the rotating track, one end of the grading trough is connected to the other end of the collecting hopper, and the roller classifier 1 The bottom end is nested in the middle section of the inner side of grading tank 1, the top end of the roller classifier 1 is connected to the end of grading tank 2, and the bottom end of the turning machine 3 is respectively attached to the outer walls of grading tank 1, grading tank 2 and grading tank 3 in different layers , the three tops of the turning machine are connected by sliced grinding wheels, and the sliced grinding wheels are respectively under the roller classifier 1 and the roller classifier 2 in different layers, and one end of the cutting groove is respectively connected with the grading groove 1 and the grading groove in different layers. The other end of the second end is connected with the other end of the grading groove three, and the rotary machine four is arranged on the outer wall of the cutting groove, and the rotary machine four in different layers are respectively connected by the rotary cutting blade, the rotary cutting blade group 1, and the rotary cutting blade group two, and the rotary cutting The blade, rotary cutting blade group 1, and rotary cutting blade group 2 all pass through the bottom end of the cutting groove in different layers, the other end of the cutting groove and the top of the confluence funnel are connected by a transmission pipeline, the inner middle section of the grading groove 2 and the grading groove 31 The ends are connected by the second roller classifier, and the bottom end of the confluence funnel is connected with the top end of the joint;

The scalding system includes working chamber 1, spiral tube, ultrasonic machine, wire, motor 1, frame 1, heating rod, working elbow, air bubble machine, motor 2, working chamber 2, sliding frame, filter plate, water inlet , water discharge port, and discharge port; the bottom end of the joint passes through the working chamber—one end top is connected to one end of the spiral tube, the other end of the spiral pipe is connected to the top end of the discharge port, and the bottom end of the discharge port passes through the working chamber—the other At the bottom of one end, the ultrasonic machine is evenly nested on both sides of the top of the working chamber. The ultrasonic machines are connected by wires, and the inner upper half of the motor is connected to both ends of the wires. The upper half of the frame is nested at one end of the working elbow. The top, one side of the frame is connected to the side of the motor, the lower half of the frame is located in the working elbow, the lower half of the frame is connected by a heating rod, and the middle section of the heating rod is located in the center of the spiral tube, and the bubble machine is nested At the top of the other end of the working elbow, the top of the air bubble machine is connected to the top of the second motor, the working chamber two and the first working chamber are connected through the working elbow, the sliding frame is evenly nested on the top of the working chamber two, and the filter plate is nested in In the sliding frame, the water inlet is set at the top of the other end of the working chamber two, and the water discharge port is set at the bottom of the other end of the working chamber two;

The cooling system includes a basket, a vibrating joint, a rotary joint, a pulley, a slide rail frame, a sump, a frame two, a condensation column, a water exchange port, a water delivery pipe network, a frame one, a nozzle, a frame two, a fan group, and a motor three The basket is located directly below the bottom of the discharge port, one end of the vibration joint is connected to the upper half of both sides of the basket, the other end of the vibration joint is connected to one end of the pulley through a rotary joint, the other end of the pulley is engaged with the inner side of the slide rail frame, and the basket The bottom end is located above one end of the sump, the other end of the sump is connected to the condensation column through frame two, and the condensation column is located above the other end of the sump, the water exchange port is set at one end of the side of the sump, the other end of the side of the sump is connected to the frame The first is connected by a water pipe network, the sprinkler head is evenly arranged on the inner side of the first frame, one end of the second frame is directly opposite to the second frame, the fan group is evenly arranged on the second frame, and the third motor is connected to the bottom end of the second frame.

For further optimization, the baking system includes a roller guide rail, a baking oven, a baking rack, and a baking lamp group. Located at the other end of the roller guide rail, the drying lamp group is evenly arranged on the top of the roasting rack, which can make the jujube dry in all directions during the back and forth movement, and at the same time avoid the phenomenon of excessive sourness.

Further optimization, the air inlet pipe is provided with a filter screen, which can ensure that the jujube raw materials will not fall backwards, so as not to block the fan.

In further optimization, the stop bar in the first separator is arranged horizontally, the stop bar in the second separator is arranged vertically, and handles are arranged on the first separator and the second separator, and the filtering through the separator can ensure that the flexible or movable The deformed impurities are screened out to the greatest extent, so that the winnowing effect can reach the best.

For further optimization, soft baffles are provided on both sides of the brush to prevent the jujube from falling during the dandruff removal process, resulting in loss of raw materials and reducing the frequency of downtime and maintenance.

Further optimization, the number of rotary cutting blades in the first rotary cutting blade group and the second rotary cutting blade group increases successively, and the jujube can be cut into jujube slices of uniform size quickly and efficiently through step-by-step shearing.

Further optimization, holes are evenly arranged on the spiral tube, which can make the jujube slices be dynamically scalded in the water flow.

Further optimization, filter holes are evenly arranged on the filter plate, which can further absorb impurities that appear in the scalding process.

Further optimization, the water outlet is provided with a sliding sealing door.

For further optimization, the basket is uniformly provided with strip-shaped holes.

For further optimization, the light bulbs on the drying lamp group are sunlight simulating light bulbs.

The beneficial effects of the utility model are:

(1) In the screening system, the utility model can screen jujube raw materials with high efficiency through the composite machine selection method of winnowing and flow-through filtration. The impurities are stripped out so as not to affect the subsequent equipment work and ensure the service life of the equipment.

(2) In the dandruff removal system of the utility model, through the composite dandruff removal process of adhesion adsorption and electrostatic adsorption, the fine impurities in the jujube raw material and on the surface of the jujube can be removed, and at the same time, the dandruff removal process is continuously tumbling Jujube, guarantees no dead ends for dandruff removal. And through the process design of cleaning the chip removal parts in real time, it can ensure that the unit service life of the chip removal system is long enough, reduce the frequency of shutdown maintenance, and save production costs.

(3) In the grading and slicing system, the utility model can roughly distinguish jujubes according to the size range through the rolling bar classifier, and then combine the corresponding cutting sequence according to the particle size of the jujubes, so that the jujubes can be quickly and efficiently processed synchronously. Cut into jujube slices of uniform size, so that in the subsequent scalding and drying process, due to the huge processing contact area, the flavor of dried jujube can be stimulated quickly and at low cost.

(4) The utility model adopts the process of dynamic scalding in the scalding system, which can not only remove the impurities on the jujube during processing, but also because the jujube slices are constantly rolling during the dynamic scalding, the scalding effect is good and Fast, can quickly and comprehensively stimulate the flavor of dried dates, and at the same time, the equipment can work in a cycle, which not only saves water, but also reduces the frequency of equipment shutdown for water change and maintenance to ensure production efficiency.

(5) The utility model adopts a three-dimensional operation in the jujube cooling and drying process, which can solve the phenomenon of excessive sourness of the jujube products that often occurs in the conventional flat tiling operation, and ensure the taste of the jujube products.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Fig. 2 is a structural schematic diagram of the screening system of the present invention.

Fig. 3 is a sectional view of the structure of the feed hopper, the control valve and the door panel of the utility model.

Fig. 4 is a cross-sectional view of a partial structure of the screening system of the present invention.

Fig. 5 is a structural schematic diagram of the air inlet pipe and blower of the present invention.

Fig. 6 is a cross-sectional view of the partial structure of the screening pipeline, flip cover, separator 1 and separator 2 of the present invention.

Fig. 7 is a structural schematic diagram of the dandruff removal system of the present invention.

Fig. 8 is a structural schematic diagram of the utility model's rotating crawler belt, turning machine one, rotating frame, and rotating paddles.

Fig. 9 is a schematic diagram of the structure of the utility model's rotary crawler belt, the second turning machine, the rotating frame, the electrostatic brush, the second blower, and the air supply duct.

Fig. 10 is a structural schematic diagram of the hierarchical slicing system of the present invention.

Fig. 11 is a schematic diagram of a partial structure of the hierarchical slicing system of the present invention.

Fig. 12 is a structural schematic diagram of the scalding system of the present invention.

Fig. 13 is a sectional view of a partial structure of the scalding system of the present invention.

Fig. 14 is a sectional view 2 of a partial structure of the scalding system of the present invention.

Fig. 15 is a schematic structural diagram of the cooling system of the present invention.

Fig. 16 is a structural schematic diagram of a basket, a vibrating joint, a rotary joint, a pulley, and a slide rail frame of the present invention.

Fig. 17 is a partial structural schematic diagram of the cooling system of the present invention.

Fig. 18 is the second schematic diagram of the partial structure of the cooling system of the present invention.

Fig. 19 is a structural schematic diagram of the roller guide rail and the oven of the present invention.

Fig. 20 is a structural schematic diagram of the baking frame and the drying lamp group of the utility model.

Among them, feed hopper 1, control valve 101, door panel 102, winnowing box 2, air inlet pipe 201, blower one 202, sliding door 203, cross bar 204, screening pipeline 205, flip cover 206, separator one 207, separation Device two 208, rotating track 3, hair brush 301, turning machine 1 302, rotary frame 303, rotating paddle 304, blower fan 305, turning machine 2 306, rotating frame 307, electrostatic brush 308, blower 2 309, air supply duct 3010 , conveying crawler belt 3011, felt block 3012, recycling box 3013, collecting bucket 4, grading tank 1 401, roller classifier 1 402, turning machine 3 403, slicing grinding wheel 404, cutting groove 405, turning machine 4 406, rotary cutting blade 407, Transmission pipe 408, grading tank 2 409, roller classifier 2 4010, rotary cutting blade set 1 4011, grading tank 3 4012, rotary cutting blade set 2 4013, confluence funnel 4014, joint 4015, working chamber 1 5, spiral tube 501 , ultrasonic machine 502, wire 503, motor one 504, frame one 505, heating rod 506, working elbow 507, air bubble machine 508, motor two 509, working chamber two 5010, sliding frame 5011, filter plate 5012, water inlet 5013 , water discharge port 5014, discharge port 5015, basket 6, vibration joint 601, rotary joint 602, pulley 603, slide rail frame 604, sump 7, frame 2 701, condensation column 702, water exchange port 703, water pipe network 704, frame one 705, nozzle 706, frame two 8, fan group 801, motor three 802, roller guide rail 9, oven 901, baking frame 10, lamp group 1001 for drying.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them. example. Based on the embodiments of the present utility model, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of the present utility model.

As shown in Figures 1 to 20, a jujube deep processing device includes a screening system, a dandruff removal system, a grading and slicing system, a scalding system, a cooling system, and a baking system; the screening system is located above one end of the dandruff removal system One end of the grading and slicing system is attached to the other end of the dandruff removal system, the bottom of the grading and slicing system is set on the top of one side of the scalding system, the scalding system is located directly above the cooling system, and one end of the cooling system is close to the side of the baking system;

The screening system includes a feed hopper 1, a control valve 101, a door panel 102, a winnowing box 2, an air inlet pipe 201, a blower one 202, a sliding door 203, a cross bar 204, a screening pipeline 205, a flip cover 206, and a separator one. 207. Separator 2 208; the winnowing box 2 is a U-shaped structure, one end of the feed hopper 1 and one U-shaped end of the winnowing box 2 are nested outside, the other end of the feed hopper 1 is an open structure, and one end of the control valve 101 is arranged at the inlet On both sides of one end of the hopper 1, one end of the door panel 102 is connected to the other end of the control valve 101, the other end of the door panel 102 is nested on the side of one end of the feed hopper 1, and one end of the air inlet pipe 201 is respectively nested with the outside of the winnowing box 2. The air duct 201 is arranged between the feed hopper 1 and the sliding door 203, another air inlet pipe 201 is arranged above the cross bar 204, the other end of the air inlet pipe 201 is connected with the blower 1 202, and the sliding door 203 is arranged at the bottom of the winnowing box 2 , the cross bar 204 is evenly arranged in the winnowing box 2, one end of the screening pipeline 205 is connected to the inner side of the U-shaped other end of the winnowing box 2, the flip cover 206 is evenly set on the top of the screening pipeline 205, and the first separator 207 and the second separator 208 are placed in sequence In the screening pipeline 205, the first separator 207 and the second separator 208 are located under the flip cover 206; the air inlet pipe 201 is provided with a filter screen. The stop bar in the first separator 207 is arranged horizontally, the stop bar in the second separator 208 is arranged vertically, and both the first separator 207 and the second separator 208 are provided with handles.

The dandruff removal system includes a rotating track 3, a hair brush 301, a turning machine 302, a rotating frame 303, a rotating paddle 304, a fan 305, a turning machine 2 306, a rotating frame 307, an electrostatic brush 308, a blower 2 309, and an air supply Pipeline 3010, conveying crawler belt 3011, felt block 3012, recovery box 3013; One end of the top of the rotating crawler belt 3 is located below the other end of the screening pipeline 205, and the hairbrush 301 is arranged on the inside of the rotating crawler belt 3, the bottom end of a turning machine 302, fan 305, The bottom of turn 2 306 is periodically connected to both sides of the top of the rotating crawler belt 3 in sequence, and the turn 1 302 is connected through the turntable 303, and the rotating paddle 304 is evenly nested on the turntable 303, and one side of turn 2 306 is connected to the rotating The outside of the frame 307 is connected, the inside of the rotating frame 307 is connected by an electrostatic brush 308, the second blower 309 is arranged on the other side of the second turn 306, one end of the air supply duct 3010 is arranged on the top of the second blower 309, and the other end of the air supply duct 3010 Face the upper part of the rotating frame 307, the conveying crawler 3011 is evenly nested on the bottom of the rotating crawler 3, the felt block 3012 is evenly engaged on the conveying crawler 3011, and the recovery box 3013 is placed under one end of the conveying crawler 3011; the brush 301 There are soft baffles on both sides.

The grading and slicing system includes a collection bucket 4, a grading tank 401, a roller classifier 402, a turning machine 403, a slicing grinding wheel 404, a cutting tank 405, a turning machine 406, a rotary cutting blade 407, a transmission pipeline 408, and a grading tank 2 409, rolling bar classifier two 4010, rotary cutting blade group one 4011, classifying groove three 4012, rotary cutting blade group two 4013, confluence funnel 4014, joint 4015; one end of the opening of the collection bucket 4 is fitted with the other end of the rotary crawler belt 3 One end of grading tank 401 is connected to the other end of collecting bucket 4, the bottom end of rolling bar classifier 1 402 is nested in the inner middle section of grading tank 1 401, the top of rolling bar classifier 1 402 is connected to one end of grading tank 2 409, and turn 3 403 The bottom ends are attached to the outer sidewalls of the first grading groove 401, the second grading groove 409 and the third 4012 of the grading groove in different layers, and the tops of the turning machine 3 403 are connected by the slicing grinding wheel 404, and the slicing grinding wheel 404 is respectively placed on the rollers of different layers. Below bar classifier 1 402 and roll bar classifier 2 4010, one end of cutting groove 405 is respectively connected with the other end of classifying groove 1 401 in different layers, the other end of classifying groove 2 409 is connected with the other end of classifying groove 3 4012, and turn 4 406 is set On the outer wall of the cutting groove 405, the rotating machines four 406 in different layers are respectively connected by the rotary cutting blade 407, the rotary cutting blade group one 4011, and the rotary cutting blade group two 4013, and the rotary cutting blade 407, the rotary cutting blade group one 4011 Rotary cutting blade group two 4013 all pass through the bottom end of the cutting groove 405 in different layers, the other end of the cutting groove 405 and the top of the confluence funnel 4014 are connected by a transmission pipe 408, the inner middle section of the second grading groove 409 and one end of the third 4012 of the grading groove They are connected by the second roller classifier 4010, and the bottom end of the confluence funnel 4014 is connected with the top end of the joint 4015; the number of rotary cutting blades of the first rotary cutting blade set 4011 and the second rotary cutting blade set 4013 increases sequentially.

The scalding system includes working chamber one 5, spiral tube 501, ultrasonic machine 502, wire 503, motor one 504, frame one 505, heating rod 506, working elbow 507, air bubble machine 508, motor two 509, working chamber Two 5010, sliding frame 5011, filter plate 5012, water inlet 5013, water outlet 5014, discharge port 5015; the bottom end of the joint 4015 passes through the working chamber one 5 and the top is connected to one end of the spiral tube 501, and the other end of the spiral tube 501 It is connected to the top of the discharge port 5015, and the bottom end of the discharge port 5015 passes through the bottom of the other end of the working chamber 5. The ultrasonic machine 502 is evenly nested on both sides of the top of the working chamber 5. The ultrasonic machines 502 are connected by wires 503. And motor one 504 inboard upper half is connected with lead 503 two ends, and frame one 505 upper half is nested in work elbow 507 one end top, and frame one 505 side is connected with motor one 504 side, and frame one 505 The half is located in the working elbow 507, the lower half of the frame one 505 is connected by a heating rod 506, and the middle section of the heating rod 506 is located in the center of the spiral pipe 501, and the air bubble machine 508 is nested on the top of the other end of the working elbow 507. The top of the bubble machine 508 is connected to the top of the motor 2 509, the working chamber 5010 and the working chamber 15 are connected through the working elbow 507, the sliding frame 5011 is evenly nested on the top of the working chamber 2 5010, and the filter plate 5012 is nested in the sliding In the frame 5011, the water inlet 5013 is set at the top of the other end of the working chamber 2 5010, and the water outlet 5014 is set at the bottom of the other end of the working chamber 2 5010; the spiral tube 501 is uniformly provided with holes. Filter holes are uniformly arranged on the filter plate 5012 . The water outlet 5014 is provided with a sliding sealing door.

The cooling system includes a basket 6, a vibrating joint 601, a rotary joint 602, a pulley 603, a slide rail frame 604, a sump 7, a frame two 701, a condensation column 702, a water exchange port 703, a water delivery pipe network 704, and a frame one 705 , nozzle 706, frame two 8, fan group 801, motor three 802; the basket 6 is located directly below the bottom of the discharge port 5015, one end of the vibration joint 601 is connected to the upper half of the basket 6 both sides, and the other end of the vibration joint 601 is connected to the tackle One end of the 603 is connected by a rotary joint 602, the other end of the trolley 603 is engaged with the inner side of the slide rail frame 604, the bottom end of the basket 6 is located above one end of the sump 7, and the outer side of the other end of the sump 7 and the condensation column 702 pass through the frame two. 701 is connected, and the condensation column 702 is located above the other end of the sump 7, the water exchange port 703 is arranged at one end of the side of the sump 7, and the other end of the side of the sump 7 is connected to the frame one 705 through the water delivery pipe network 704, and the nozzles 706 are uniformly arranged Inside frame one 705, one end of frame two 8 is facing frame one 705, fan group 801 is evenly arranged on frame two 8, and motor three 802 is connected to the bottom of frame two 8. Strip holes are uniformly arranged on the basket 6 .

The baking system includes a roller guide rail 9, a baking oven 901, a baking rack 10, and a baking lamp group 1001. One side of the roller guide rail 9 is opposite to the frame 2 8, and the baking oven 901 and the roller guide rail 9 are engaged. , the baking frame 10 is located at the other end of the roller guide rail 9 , and the baking lamp group 1001 is evenly arranged on the top of the baking frame 10 . The light bulbs on the drying lamp group 1001 are sunlight simulating light bulbs.

When the utility model is working: feed the jujube raw materials into the device through the feed hopper 1, wherein the control valve 101 and the door panel 102 can intercept the jujube raw materials in batches to ensure that the jujube raw materials are processed sequentially batch by batch . When the door panel 102 was opened, the jujube raw material fell into the winnowing box 2, and the first blower one 202 blows the strong wind flow into the winnowing box 2 through the air inlet pipe 201, which will be at the bottom quality of the winnowing box 2. The lighter jujube is blown up and moves centrifugally along the inside wall of the winnowing box 2, while the heavier impurities, such as stones, are still trapped at the bottom of the winnowing box 2, while the jujube is blown due to strong When the airflow blows upwards and moves centrifugally, larger-sized impurities, such as tree branches, will be blocked by the cross bar 204, and will fall back to the bottom of the winnowing box 2 after the strong wind stops. Jujube raw material is cleaned out winnowing case 2 by sliding door 203 after winnowing, and the filter screen on the air inlet pipe (201) can prevent jujube raw material and impurity from entering in pipeline or blower fan. When the jujube raw material moves to the second air inlet pipe 201, it is driven by the second strong wind to move to the end of the winnowing box 2, and falls into the screening pipeline 205. At the same time, under the drive of the strong wind, the jujube The raw materials continue to move forward along the screening pipeline 205, passing through the first separator 207 and the second separator 208 successively, and the medium-sized impurities contained in the jujube raw material will be stopped by the retaining rod in the separator. After the screening process, the flip cover 206 is opened and the separator is lifted out by the handle for cleaning. The jujube raw material that finishes screening falls on the hairbrush 301 from the screening pipeline 205, and the jujube raw material that is on the hairbrush 301 is driven by the rotating crawler belt 3 to move forward continuously. The rotary frame 303 of rotation sweeps the jujube raw material heap, and the jujube can be rolled over, and the rotating plectrum 304 that rotates on the rotary frame 303 can further strengthen the effect of rolling the jujube simultaneously, so that the follow-up dandruff removal. The fan 305 blows out a strong wind and presses it on the heap of jujube raw materials, and blows the fine impurities in the heap of jujube raw materials and on the surface of the jujube into the brush 301. The soft baffle can ensure that the jujube raw materials are rolled or blown. It will not fall out of the range of the brush 301 during washing and subsequent electrostatic scrubbing. When the jujube raw material pile enters the bottom of the rotating frame 307, as the electrostatic brush 308 sweeps the jujube raw material pile, the static electricity can absorb and remove the stubborn impurities on the surface of the jujube, and then the electrostatic brush 308 with impurities rotates The frame 307 moves to the front of the air supply duct 3010, and the strong airflow generated by the blower 2 309 is blown out along the air supply duct 3010 to clean the impurities on the electrostatic brush 308, and the transmission track 3011 drives the felt block 3012 to rotate, and at the same time the felt block 3012 can make vertical frictional movement with the hair brush 301, and the felt block 3012 cleans up the impurities embedded in the hair brush 301. 3012 only needs to be shut down for cleaning and maintenance when there are saturated impurities embedded. After completing the dedusting operation, the jujube raw materials will fall to the collection bucket 4 along the rotating crawler belt 3, and then enter the grading tank 1 401, and the smaller jujubes in the jujube raw material pile will pass through the roller classifier 1 402 In the gap, jujubes with a medium size and above will be transported to the grading tank 2 409 along with the self-rolling roller classifier 1 402, and jujubes with smaller sizes will be initially cut by the slicing grinding wheel 404, and then enter the cutting tank 405 The inside is finely cut by the rotary cutting blade 407, and the jujubes of medium size and above pass through the roller classifier 2 4010 in the grading groove 2 409, and the jujubes of the medium size will pass through the gap of the roller classifier 4010, while the jujubes of the larger size will pass through the gap of the roller classifier 2 4010. The jujubes will be transported to the grading tank 3 4012 along with the self-rolling roller classifier 2 4010, and the jujubes of medium size are also preliminarily cut by the slicing grinding wheel 404, and then finely cut by the rotary cutting blade group 1 4011 , because the rotary cutting blade group 1 4011 has a large number of blades, it can make the cutting effect of medium-sized jujubes the same as that of smaller-sized jujubes. After rotary cutting blade set 2 4013, its cutting effect can also be equal to before. Therefore, the device can efficiently, quickly and accurately cut jujube into jujube slices of uniform size in the shortest production cycle, and then the jujube slices are collected in the confluence funnel 4014 along the transmission pipeline 408, and then flow into the spiral pipe 501 through the joint 4015 middle. Fill the working chamber 1 5, working elbow 507 and working chamber 2 5010 with water through the water inlet 5013. At the same time, the water inlet 5013 will continuously add water to ensure sufficient water. Start to do directional flow, when flowing through the spiral tube 501, it will enter the tube through the hole, and the jujube slices in the spiral tube 501 will continue to roll forward in the spiral tube 501 driven by the water flow, and secondly, the ultrasonic machine 502 The high-frequency vibration generated by the work can be transmitted by the water flow into the pipe to remove the impurities on the jujube slices due to processing. At the same time, because of the work of the heating rod 506, the water temperature in the water section near the spiral pipe 501 can be greatly increased. Jujube slices are boiled at high temperature. When the water returns to the filter plate 5012 with impurities, the filter holes on the filter plate 5012 can intercept the impurities. When the filter plate 5012 reaches the service life, it can be replaced by taking out the sliding frame 5011, because there are multiple sliding frames 5011. Ensure that the water filtration effect will not be affected when the filter plate 5012 is replaced. At the same time, when the water quality is already dirty, the water can be properly discharged through the water outlet 5014, and at the same time, clean new water is added to the water inlet 5013, which can ensure that the equipment does not need to be shut down to change water. Operation. The jujube slices that have been cleaned and boiled finally fall out of the discharge port 5015 and reach the basket 6, and the water sprayed together with the jujube slices will drip through the strip holes of the basket 6 and drop into the water collection tank 7. When the jujube slices are in the basket 6, the basket 6 will continuously vibrate at high frequency through the vibrating joint 601 to make the draining effect better. At the same time, it can also ensure that the jujube slices are always in a rolling state and have enough stacking gaps to facilitate subsequent processing. On the other hand, add clean new water to the sump 7 through the water exchange port 703, and also replace it through the water exchange port 703 when the water quality in the sump 7 cannot meet the requirements for use. The condensation column 702 can greatly cool down the water in the sump 7, and then the low-temperature water is sent into the frame one 705 through the water delivery pipe network 704, and then sprayed out at a high speed through the nozzle 706. This moment, the basket 6 that has been drained and filled with jujube slices will advance to the shower nozzle 706 along with the slide rail frame 604 under the drive of the tackle 603, and the jujube slices that also have residual temperature in the basket 6 are sprayed by high-speed impact cold water Cool rapidly afterward, then move the basket 6 to the frame 2 8 in the same way, the strong wind produced by the fan group 801 makes the jujube slices in the basket 6 dry, and in this process, the vibrating joint 601 is constantly raised Frequency vibration, better drying effect. When the jujube slices are completely free of water droplets. The jujube slices in the basket 6 are poured into the oven 901 through the rotary joint 602, and each time it is poured in properly, the oven 901 can be tiled and covered, and then the oven 901 is sent to the oven 901 through the roller guide rail 9. Enter below the baking rack 10, and dry the jujube slices with high-intensity light through the drying lamp group 1001. After the jujube slices on the flat layer are dried, repeat the above operations, which will not only make the jujube slices get the most fully. It can shorten the unit cycle required by the process, and avoid the accumulation of a large amount of sour taste caused by insufficient drying due to accumulation and thus damage the taste of the product.

The above description is only a preferred embodiment of the utility model, and is not intended to limit the utility model. Although the utility model has been described in detail with reference to the aforementioned embodiments, for those skilled in the art, it can still understand the aforementioned The technical solutions recorded in each embodiment are modified, or some of the technical features are equivalently replaced, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present utility model shall be included in the present utility model. within the scope of the new protection.

Claims (10)

1. a kind of jujube deep processing processing unit, which is characterized in that including screening system, anti-dandruff system, classification slice systems, scald Wash system, cooling system, baking system；The screening system is located at the top of anti-dandruff system one end, is classified slice systems one end It is bonded with the anti-dandruff system other end, system side top is being scalded in the setting of classification slice systems bottom end, is scalded system and is located at cooling Right above system, cooling system one end and baking system side are abutted；

The screening system includes feed hopper (1), control valve (101), door-plate (102), Winnowing box (2), blast pipe (201), drum Blower one (202), sliding door (203), cross bar (204), screening pipeline (205), flip lid (206), separator one (207), separation Device two (208)；The Winnowing box (2) is U-shaped structure, and feed hopper (1) one end is nested on the outside of Winnowing box (2) U-shaped one end, Feed hopper (1) other end is hatch frame, and two sides, door-plate (102) is arranged at feed hopper (1) one end in control valve (101) one end One end is connected with control valve (101) other end, and door-plate (102) other end is nested in side at feed hopper (1) one end, blast pipe (201) one end is nested on the outside of Winnowing box (2) respectively, a blast pipe (201) be arranged feed hopper (1) and sliding door (203) it Between, above another blast pipe (201) setting cross bar (204), blast pipe (201) other end and air blower one (202) connection, sliding Door (203) is arranged in Winnowing box (2) bottom, and cross bar (204) is uniformly arranged in Winnowing box (2), screening pipeline (205) one end and Connection on the inside of Winnowing box (2) U-shaped other end, flip lid (206) are uniformly arranged on screening pipeline (205) top, separator one (207), separator two (208) is placed sequentially in screening pipeline (205), and separator one (207), separator two (208) are equal Below flip lid (206)；

The anti-dandruff system includes rotation crawler belt (3), hairbrush (301), one (302) of favourable turn, rotary rack (303), rotation plectrum (304), blower (305), favourable turn two (306), rotary frame (307), static bruss (308), air blower two (309), air supply duct (3010), crawler belt (3011), felt block (3012), recycling bins (3013) are transmitted；One end is located at sieve at the top of the rotation crawler belt (3) Below subtube (205) other end, hairbrush (301) setting is on the inside of rotation crawler belt (3), make a connection (302) bottom end, blower (305), two (306) bottom ends of favourable turn are successively periodically connected with two sides at the top of rotation crawler belt (3), are passed through between one (302) of making a connection Rotary rack (303) connection, rotation plectrum (304) are uniformly nested on rotary rack (303), make a connection two (306) sides and rotation It is connected on the outside of favourable turn frame (307), by static bruss (308) connection between rotary frame (307) inside, air blower two (309) is set It sets and is making a connection on two (306) other sides, air supply duct (3010) one end is arranged in air blower two (309) top, air supply duct (3010) other end face rotary frame (307) top half, transmission crawler belt (3011) are uniformly nested in rotation crawler belt (3) bottom Portion, felt block (3012) are uniformly fastened in transmission crawler belt (3011), and recycling bins (3013) are placed on transmission crawler belt (3011) one End lower section；

The classification slice systems include collection bucket (4), log washer one (401), rolling bar clasfficiator one (402), favourable turn three (403), grinding wheel (404), cutting groove (405), four (406) of favourable turn, cutting blade (407), transfer canal (408), classification are sliced Slot two (409), rolling bar clasfficiator two (4010), cutting blade group one (4011), log washer three (4012), cutting blade group two (4013), confluence funnel (4014), connector (4015)；Collection bucket (4) open at one end and rotation crawler belt (3) other end patch It closes, log washer one (401) one end is connected with collection bucket (4) other end, and rolling bar clasfficiator one (402) bottom end is nested in log washer one (401) inside middle section, rolling bar clasfficiator one (402) top are connected with log washer two (409) one end, favourable turn three (403) bottom ends point It is not fitted in log washer one (401), log washer two (409) and log washer three (4012) lateral wall in different layers, favourable turn three (403) by slice grinding wheel (404) connection between top, and grinding wheel (404) is sliced and are classified respectively in the rolling bar in different layers Below device one (402) and rolling bar clasfficiator two (4010), cutting groove (405) one end is respectively and the log washer in different layers one (401) other end, log washer two (409) other end are connected with log washer three (4012) other end, and the setting of four (406) of favourable turn is being cut Slot (405) lateral wall is cut, passes through cutting blade (407), cutting blade group one respectively between the favourable turn four (406) in different layers (4011), cutting blade group two (4013) connects, and cutting blade (407), cutting blade group one (4011), cutting blade group two (4013) cutting groove (405) bottom end in different layers, cutting groove (405) other end and confluence funnel (4014) top are both passed through It is connected between end by transfer canal (408), is passed through between middle section and log washer three (4012) one end on the inside of log washer two (409) Rolling bar clasfficiator two (4010) connection, confluence funnel (4014) bottom end are connected with connector (4015) top；

The system of scalding includes working chamber one (5), helix tube (501), ultrasonic machine (502), conducting wire (503), motor one (504), rack one (505), heating rod (506), work bend pipe (507), air bubble machine (508), motor two (509), working chamber two (5010), slider box (5011), filter plate (5012), filler (5013), dewatering outlet (5014), discharge port (5015)；It is described Connector (4015) bottom end, which passes through, to be connected at the top of working chamber one (5) one end with helix tube (501) one end, helix tube (501) other end It is connected with discharge port (5015) top, and discharge port (5015) bottom end passes through working chamber one (5) other end bottom, ultrasonic machine (502) two sides at the top of working chamber one (5) are uniformly nested in, are connected between ultrasonic machine (502) by conducting wire (503), and motor one (504) the inside upper half is connected with conducting wire (503) both ends, and rack one (505) upper half is nested in work bend pipe (507) one end top Portion, rack one (505) side are connected with motor one (504) side, and rack one (505) lower portion is interior in work bend pipe (507), It is connected between rack one (505) lower half by heating rod (506), and heating rod (506) middle section is located at helix tube (501) center Position, air bubble machine (508) are nested at the top of work bend pipe (507) other end, air bubble machine (508) top and motor two (509) top End connection, is connected between working chamber two (5010) and working chamber one (5) by work bend pipe (507), and slider box (5011) is uniform It is nested at the top of working chamber two (5010) one end, filter plate (5012) is nested in slider box (5011), and filler (5013) are set It sets at the top of working chamber two (5010) other end, dewatering outlet (5014) are arranged in working chamber two (5010) other end bottom；

The cooling system include basket (6), vibration node (601), rotary joint (602), coaster (603), sliding rail frame (604), Catch basin (7), condensation column (702), changes the mouth of a river (703), water transfer pipe network (704), frame one (705), spray head at rack two (701) (706), frame two (8), fan group (801), motor three (802)；Under the basket (6) is located at discharge port (5015) bottom end just Side, vibration node (601) one end connects with basket (6) the two sides upper half, vibration node (601) other end and coaster (603) one end it Between connected by rotary joint (602), engaging on the inside of coaster (603) other end and sliding rail frame (604), basket (6) bottom end is located at Above catch basin (7) one end, connected between condensation column (702) by rack two (701) on the outside of catch basin (7) other end, and Condensation column (702) is located above catch basin (7) other end, changes the mouth of a river (703) and is arranged in catch basin (7) side one end, catch basin (7) it is connected between the side other end and frame one (705) by water transfer pipe network (704), spray head (706) is uniformly arranged on frame one (705) inside, frame two (8) one end and frame one (705) face, fan group (801) are uniformly arranged on frame two (8), motor Three (802) are connected with frame two (8) bottom end.

2. a kind of jujube deep processing processing unit according to claim 1, which is characterized in that the baking system includes rolling It takes turns guide rail (9), baking box (901), baking rack (10), dry lamp group (1001), rolling wheel guide rails (9) one end side and frame Two (8) faces, baking box (901) and rolling wheel guide rails (9) engaging, baking rack (10) are located at rolling wheel guide rails (9) other end, dry lamp Group (1001) is uniformly arranged on baking rack (10) top.

3. a kind of jujube deep processing processing unit according to claim 2, which is characterized in that on the blast pipe (201) It is provided with strainer.

4. a kind of jujube deep processing processing unit according to claim 2, which is characterized in that the separator one (207) Central stop lever is laterally setting, and separator two (208) central stop lever is longitudinally disposed, and separator one (207) and separator two (208) On be provided with handle.

5. a kind of jujube deep processing processing unit according to claim 2, which is characterized in that hairbrush (301) two sides It is provided with soft baffle.

6. a kind of jujube deep processing processing unit according to claim 2, which is characterized in that the cutting blade group one (4011), the cutting blade number of cutting blade group two (4013) successively increases.

7. a kind of jujube deep processing processing unit according to claim 2, which is characterized in that on the helix tube (501) It is uniformly arranged hole.

8. a kind of jujube deep processing processing unit according to claim 2, which is characterized in that on the filter plate (5012) It is evenly arranged with filter opening.

9. a kind of jujube deep processing processing unit according to claim 2, which is characterized in that on the dewatering outlet (5014) It is provided with and is slidingly sealed door.

10. a kind of jujube deep processing processing unit according to claim 2, which is characterized in that on the basket (6) uniformly It is provided with strip-shaped hole.