CN108741146B - Red date deep processing, sewage treatment and jujube pit recycle composite set - Google Patents

Abstract

The invention discloses a composite device for deep processing of red dates, sewage treatment and recycling of jujube pits, which comprises a bubble cleaning tank, a brush drum cleaning machine, a spray fruit sorting machine, a vibration draining machine, which are respectively arranged on a production line for the production of fresh red dates. The continuous pre-cooking machine, the double-pass beater and the sheet spreader for the production of jujube slices are respectively set on the production line in turn. They are respectively set on the production line. The core punching machine and sorting machine for jujube powder production, the sewage treatment device for sewage treatment, and the jujube core shell and jujube kernel separation device and slag discharge screw conveying mechanism for jujube core recycling. The produced fresh red dates, jujube slices and jujube powder meet the national hygiene standards and can be eaten directly.

Description

Red jujube deep processing, sewage treatment and jujube core recycling complex device

technical field

The invention relates to a fresh red jujube processing device. Specifically, it is a composite device for deep processing of jujube, sewage treatment and recycling of jujube core.

Background technique

Xinjiang red jujube is a specialty fruit in Xinjiang, belonging to the genus Prunus jujube. Xinjiang belongs to a typical continental climate, with long light hours, large temperature difference between day and night, and dryness and little rainfall. Therefore, compared with the red dates in other regions, the Xinjiang red jujubes planted have plump fruits, large skins and thin skins. The color of the jujube skins is dark red and sweet. It has the functions of tonifying qi and nourishing blood and soothing the nerves.

The jujube planting area in Xinjiang has exceeded the 7 million mu mark, accounting for more than one-third of the national jujube planting area. The cultivation of red dates in Xinjiang has become a pillar industry of the local economy. However, the moisture content of red dates is as high as more than 80%. After picking, fresh red dates have a short storage time, rot after dehydration, easy to ferment, difficult to preserve, and difficult to transport, which seriously affects circulation and sales. bring huge economic losses.

In recent years, there have been research reports on the further processing of fresh jujube into dried jujube and jujube powder, or the further processing of dried jujube, which provides ideas for the further processing and utilization of jujube.

But so far, there is no complete set of deep processing equipment, and the deep processing project of Xinjiang fresh red dates has extensive demand.

SUMMARY OF THE INVENTION

Therefore, the technical problem to be solved by the present invention is to provide a set of deep processing device for jujube, and a composite device for recycling and utilization of jujube seeds and wastewater treatment during deep processing.

In order to solve the above technical problems, the present invention provides the following technical solutions: a composite device for deep processing of jujube, sewage treatment and jujube core recycling, including a bubble cleaning tank and a brush drum cleaning machine for the production of fresh red jujube, which are respectively arranged on the production line in turn. , spray fruit sorting machine, vibration draining machine, through-flow dryer, drum classifier and fresh red jujube quality inspection device, which are respectively set on the production line for continuous pre-cooking machine, double-pass beater and paving machine for jujube slice production. The tablet machine, the core punching machine and the sorting machine for the production of jujube powder, the sewage treatment device for sewage treatment, and the jujube core shell and jujube kernel separation device and Slag discharge screw conveying mechanism;

The fresh red dates from the bubble cleaning tank are input to the brush drum cleaning machine for cleaning, and the fresh red dates from the brush and drum cleaning machine are input to the spray fruit sorting machine for spray cleaning and fruit selection. The fresh red dates from the machine are input into the vibrating water draining machine for vibration draining, the fresh red dates from the vibrating water draining machine are input into the through-flow dryer for drying, and the fresh red dates from the through-flow dryer are input into the drum classifier for classification. The quality inspection device performs random inspection or full inspection on the fresh red dates classified by the drum classifier; the fresh red dates below the second grade obtained by the drum classifier are input into the continuous pre-cooking machine for cooking, and the fresh red dates from the continuous pre-cooking machine are used. Input into the double-channel beater for beating and pulp core separation, add auxiliary materials to the jujube pulp from the double-channel beater and then concentrate, and then input the mixed pulp obtained after concentration into the spreader for spreading;

The second-level fresh red dates obtained by the classification of the drum classifier are input into the punching machine for core punching so that the jujube core and the jujube flesh are separated, and the jujube flesh from the self punching core machine is input into the sorting machine for crushing and further separation of the core meat to obtain The jujube puree is used for the production of jujube powder;

The sewage generated by the cleaning of the bubble cleaning tank is input to the sewage treatment device for pre-discharge treatment; part of the jujube core from the double beater is input to the jujube core shell and jujube kernel separation device for high value-added jujube core recycling, and the other part Input to the slag discharge screw conveying mechanism for low value-added jujube core recycling; part of the jujube core from the self-punching machine is input to the jujube core shell and jujube kernel separation device for high value-added jujube core recycling, and the other part is input to the slag discharge. The screw conveying mechanism is used to recycle the low value-added jujube seeds. The fresh red dates, jujube slices and jujube powder produced by the invention conform to the national hygiene standards and can be directly eaten.

Description of drawings

Figure 1-1 is a schematic top view of the internal structure of the bubble cleaning tank of the present invention;

Figure 1-2 is a schematic side view of the internal structure of the bubble cleaning tank of the present invention;

Fig. 1-3 is a schematic diagram showing the enlarged structure of part A of the bubble cleaning tank of the present invention shown in Fig. 1-2;

1-4 are schematic diagrams showing the enlarged structure of the rotating rod of the bubble cleaning tank of the present invention.

In the picture: 1-1, cleaning tank, 1-2, bottom cabinet, 1-3, fan, 1-4, motor, 1-5, shaft, 1-6, stirring rod, 1-7, protective cover, 1 -8, brush, 1-9, baffle slot, 1-10, baffle, 1-11, collection box, 1-12, card board, 1-13, inlet, 1-14, outlet pipe, 1-15, germicidal lamp, 1-16, feeding port, 1-17, deceleration bag, 1-18, circular baffle, 1-19, rotating rod, 1-20, rotating groove, 1-21, drum Air duct, 1-22, blower, 1-23, water pump, 1-24, reservoir, 1-25, valve.

Figure 2-1 is a schematic top view of the brush drum cleaning machine of the present invention (in order to clearly show the positional relationship between adjacent rotating shafts, the main brush on one rotating shaft between two adjacent rotating shafts is not shown in the figure. The bristles extend into the bristles of the auxiliary brush on the other shaft);

Figure 2-2 is a schematic side view of the structure of the brush drum cleaning machine of the present invention;

Figure 2-3 is a schematic diagram of the installation structure of the water pipe and the connecting pipe of the brush drum cleaning machine of the present invention.

In the picture: 2-1, body, 2-2, discharge port, 2-3, clamping block, 2-4, discharge port, 2-5, hexagon bolt, 2-6, water pipe, 2-7, water Valve, 2-8, Shaft, 2-9, Main Brush, 2-10, Electric Motor, 2-11, Belt, 2-12, Pulley, 2-13, Holder, 2-14, Roller, 2-15 , Adjusting nut, 2-16, connecting pipe, 2-17, nozzle, 2-18, auxiliary brush.

Figure 3-1 is a schematic structural diagram of the spray fruit sorting machine of the present invention;

Figure 3-2 is a schematic structural diagram of a side view of the spray fruit sorting machine of the present invention;

3-3 is a schematic structural diagram of the sieve plate of the spray fruit sorting machine of the present invention.

In the picture: 3-1, pool, 3-2, water tank, 3-3, water pipe, 3-4, water outlet, 3-5, sprinkler, 3-6, sprinkler box, 3-7, slide plate, 3 -8, sieve plate, 3-9, fruit box, 3-10, vibration plate, 3-11, vibration motor, 3-12, fruit sorting machine, 3-13, roller, 3-14, support frame, 3 -15. Fruit inlet, 3-16, sieve hole, 3-17, filter plate, 3-18, water spray pipe.

Fig. 4-1 is the internal structure schematic diagram of the vibrating water drainer of the present invention;

Fig. 4-2 is a partial enlarged structural schematic diagram of the first water collecting tank of the vibrating water drainer of the present invention;

4-3 is a schematic top-view structural diagram of the first conveyor belt of the vibrating water drainer of the present invention.

In the picture: 4-1, body, 4-2, first vibration motor, 4-3, first fixing plate, 4-4, first conveyor belt, 4-5, first baffle, 4-6, feeding Port, 4-7, connecting rod, 4-8, brush, 4-9, second conveyor belt, 4-10, second fan, 4-11, third conveyor belt, 4-12, discharge port, 4- 13. Support column, 4-14, water outlet, 4-15, first water collection tank, 4-16, first water pump, 4-17, first pipeline, 4-18, first shaft, 4-19, first A motor, 4-20, a third fan.

Figure 5-1 is a schematic structural diagram of the through-flow dryer of the present invention;

Figure 5-2 is a schematic structural diagram of the first baffle plate of the through-flow dryer of the present invention;

Figure 5-3 is a schematic diagram of the internal structure of the conveyor belt of the through-flow dryer of the present invention.

In the picture: 5-1, filter chamber, 5-2, rubber layer, 5-3, feed port, 5-4, vibrator interface, 5-5, bolt, 5-6, buffer plate, 5-7, Filter plate, 5-8, first water absorption layer, 5-9, support plate, 5-10, fan, 5-11, vent, 5-12, first baffle, 5-13, second baffle, 5-14, conveyor belt, 5-15, partition plate, 5-16, discharge plate, 5-17, water collecting tank, 5-18, collecting net, 5-19, water absorbent resin board, 5-20, second water absorption Layer, 5-21, filter hole, 5-22, jujube outlet, 5-23, jujube outlet.

Figure 6-1 is a schematic structural diagram of the front view of the drum classifier of the present invention;

Figure 6-2 is a schematic diagram of the bearing structure of the drum classifier of the present invention;

Figure 6-3 is a schematic diagram of the blade structure of the drum classifier of the present invention;

6-4 is a schematic structural diagram of the date harvester of the drum classifier of the present invention.

In the picture: 6-1, base, 6-2, support frame, 6-3, bearing seat, 6-4, bearing, 6-5, outer cylinder, 6-6, jujube outlet, 6-7, dividing jujube Mouth, 6-8, inner cylinder, 6-9, blade, 6-10, fixed seat, 6-11, rotating shaft, 6-12, fresh red dates joining channel, 6-13, reducer, 6-14, electric motor , 6-15, fixed frame, 6-16, date collector, 6-17, camber, 6-18, driven gear, 6-19, driving gear, 6-20, driven shaft.

Figure 7-1 is a schematic structural diagram of the continuous pre-cooking machine of the present invention;

Figure 7-2 is a schematic top view of the continuous pre-cooking machine of the present invention;

Figure 7-3 is a schematic diagram of the structure of the fixture of the continuous pre-cooking machine of the present invention.

In the picture: 7-1, pre-cooking chamber, 7-2, agitator, 7-3, outlet, 7-4, partition plate, 7-5, separation box, 7-6, lifter, 7- 7. Right filter plate, 7-8, slide rail, 7-9, water collecting tank, 7-10, handle, 7-11, motor, 7-12, bracket, 7-13, holder, 7-14 , pin, 7-15, spring, 7-16, cushion, 7-17, bolt, 7-18, electric heating tube, 7-19, filter hopper, 7-20, red date dump, 7-21, Box bottom plate, 7-22, left box wall, 7-23, right box wall, 7-24, bottom filter plate, 7-25, open slot, 7-26, water pump, 7-27, feed inlet.

Figure 8-1 is a schematic structural diagram of the sewage treatment system for deep processing of jujube according to the present invention;

Figure 8-2 is a schematic structural diagram of a filter component in the deep processing sewage treatment system for jujube of the present invention;

Figure 8-3 is a schematic structural diagram of the turbulent component of the red jujube deep processing sewage treatment system of the present invention;

Fig. 8-4 is a schematic diagram of the cross-sectional structure of part A of Fig. 8-3 along the direction B-B.

The reference signs in the figure are: 8-1, end plate; 8-2, support rod; 8-3, branch pipe; 8-4, flow hole; 8-5, cross mounting bracket; 8-6, spiral spoiler plate; 8-7, corrugated plate; 8-8, catalyst particles; 8-9, groove; 8-10, catalyst coating.

Figure 9-1 is a schematic structural diagram of a double-pass beater of the present invention;

Figure 9-2 is a schematic top view structure diagram of the screen plate of the double-channel beater of the present invention;

Figure 9-3 is a schematic diagram of the internal structure of the dual-channel pulp core separation tank of the dual-channel beater of the present invention;

9-4 is a schematic diagram of the structure of the primary centrifugal separation disc surface of the nuclear mud and the bottom surface of the secondary separation cylinder of the nuclear mud of the double-channel beater of the present invention.

In the picture: 9-1, left fixing table, 9-2, frame, 9-3, motor, 9-4, double-channel pulp and core separation tank, 9-5, beating rod, 9-6, connecting block, 9 -7, beating tank, 9-8, beating blade, 9-9, filter plate, 9-10, third filter, 9-11, first filter, 9-12, second filter, 9- 13. Outer tank, 9-14, outlet, 9-15, inner tank, 9-16, primary centrifugal separation disc for nuclear mud, 9-17, right fixed table, 9-18, secondary separation cylinder for nuclear mud, 9-19, Drop hole for jujube core, 9-20, connecting piece, 9-21, concentric hollow ring, 9-22, jujube mud conveying pipe, 9-23, beating blade, 9-24, slurry filter.

Figure 10-1 is a schematic diagram of the internal structure of the slag discharge screw conveying mechanism used for the transportation of red dates and jujube cores according to the present invention;

Fig. 10-2 is a schematic view of the rear view of the slag discharge screw conveying mechanism of the present invention for the transportation of red dates and jujube cores shown in Fig. 10-1;

Fig. 10-3 is a partial enlarged structural schematic diagram of the crushing bin of the slag discharge screw conveying mechanism used for the transportation of red dates and jujube cores according to the present invention;

Fig. 10-4 is a schematic structural diagram of the fixed ring of the slag discharge screw conveying mechanism used for the conveying of red dates and jujube cores according to the present invention.

In the picture: 10-1, base, 10-2, material drawer, 10-3, main shell, 10-4, auxiliary motor, 10-5, driving wheel, 10-6, belt, 10-7, transmission wheel , 10-8, discharge port, 10-9, crushing bin, 10-10, rolling wheel, 10-11, meshing teeth, 10-12, support column, 10-13, conveying pipe, 10-14, inlet Material port, 10-15, fixed ring, 10-16, fixed bearing, 10-17, conveying shaft, 10-18, guide port, 10-19, main motor.

Figure 11-1 is a schematic structural diagram of a spreader for the production and processing of jujube slices according to the present invention;

Figure 11-2 is a schematic diagram of the conveyor belt structure of the sheet spreader for the production and processing of jujube slices of the present invention;

Fig. 11-3 is an enlarged schematic view of the structure at position 11-A of the slicer for jujube slice production and processing of the present invention shown in Fig. 11-1;

11-4 is a schematic structural diagram of the horizontal conveying mechanism of the spreader tray of the spreader for the production and processing of jujube slices according to the present invention.

In the picture: 11-1, universal wheel, 11-2, body, 11-3, motor, 11-4, transmission belt, 11-5, transmission wheel, 11-6, conveyor belt, 11-7, side plate, 11-8, material guide chute, 11-9, spreading plate, 11-10, L-shaped support plate, 11-11, hydraulic cylinder, 11-12, baffle plate, 11-13, discharge port, 11- 14. Spreading tray transport trolley, 11-15, slider, 11-16, slideway, 11-17, damping spring, 11-18, rubber pad, 11-19, screw, 11-20, fixing seat, 11-21, collection tank, 11-22, pneumatic telescopic rod, 11-23, scraper, 11-24, guide groove, 11-25, roller.

Figure 12-1 is a schematic diagram of the partial structure of the core punching machine of the present invention;

Figure 12-2 is a schematic diagram of the partial structure of the core punching machine of the present invention;

Figure 12-3 is a schematic diagram of the structure of the turntable of the core punching machine of the present invention;

Figure 12-4 is a schematic view of the bottom view of the support plate of the core punching machine of the present invention;

Figure 12-5 is a schematic top view of the core punching machine of the present invention;

12-6 is a schematic diagram of the structure of the placement groove of the core punching machine of the present invention.

In the picture: 12-1, support plate, 12-2, jujube meat collection bucket, 12-3, jujube core collection bucket, 12-4, electric motor, 12-5, rotating shaft, 12-6, turntable, 12-7, Baffle plate, 12-8, frame, 12-9, feed pipe, 12-10, hydraulic cylinder, 12-11, right connecting plate, 12-12, pressure rod, 12-13, left connecting plate, 12- 14, punch, 12-15, placement slot, 12-16, punch through hole, 12-17, nut, 12-18, outer wire, 12-19, through hole, 12-20, arc-shaped pork ribs Pore, 12-21, nuclear channel.

Figure 13-1 is a schematic diagram of the internal structure of the sorting machine capable of avoiding the inclusion of jujube seeds in the jujube meat according to the present invention;

Fig. 13-2 is a schematic diagram showing a partial enlarged structure at 13-A of the sorting machine shown in Fig. 13-1 according to the present invention, which can avoid the inclusion of jujube seeds in jujube flesh;

Figure 13-3 is a schematic diagram of the installation structure of the baffle plate of the sorting machine that can avoid the inclusion of jujube seeds in the jujube meat according to the present invention;

13-4 is a schematic diagram of the bottom box wall structure of the separating box of the sorting machine that can prevent the jujube meat from being mixed with jujube seeds according to the present invention.

In the picture: 13-1, air cooler, 13-2, base, 13-3, outlet, 13-4, screw press, 13-5, bearing seat, 13-6, screw, 13-7, sorting Box, 13-8, spokes, 13-9, through holes, 13-10, partition box, 13-11, air inlet, 13-12, strainer, 13-13, anti-blocking channel, 13-14, shaft , 13-15, baffle plate, 13-16, rubber slot, 13-17, air inlet, 13-18, fixing rod, 13-19, connecting plate, 13-20, feed port, 13-21, Bolts, 13-22, outer box, 13-23, inner box.

Figure 14-1 is a schematic structural diagram of the jujube core shell and jujube kernel separation device of the present invention;

Figure 14-2 is a schematic structural diagram of a working state of the jujube core shell and jujube kernel separation device of the present invention;

14-3 is a schematic structural diagram of the arrangement of cylindrical protrusions in the kernel outlet groove of the jujube core shell and jujube kernel separation device of the present invention.

In the picture: 14-1, the column, 14-2, the base of the lifting frame, 14-3, the operating platform, 14-4, the disc, 14-5, the pre-breaking shell ring groove, 14-6, the lifting frame, 14- 7. Outlet groove, 14-8, first support rod, 14-9, second support rod, 14-10, support column, 14-11, upper platform, 14-12, lifting bracket, 14-13, Fixed plate, 14-14, motor, 14-15, drive shaft, 14-16, bearing plate, 14-17, pressure plate, 14-18, jujube core, 14-19, ring knife set, 14-20, Annular top plate, 14-21, annular baffle plate, 14-22, blowing ring pipe, 14-23, annular air suction channel, 14-24, cylindrical protrusion.

Figure 15-1 is a schematic structural diagram of the fresh red jujube quality detection device of the present invention;

Figure 15-2 is a schematic diagram of the structure of the black conveyor belt of the fresh jujube quality detection device of the present invention.

The reference signs in the figure are: 15-1, driving wheel; 15-2, driven wheel; 15-3, black conveyor belt; 15-4, black rubber disturbance sheet; 15-5, limit groove; 15-6, Disturbance gap; 15-7, feeding hopper; 15-8, light box; 15-9, fiber probe; 15-10, spherical mirror; 15-11, first filter; 15-12, interferometer; 15-13 , amplifier; 15-14, digital-to-analog converter; 15-15, computer; 15-16, near-infrared light source; 15-17, second filter; 15-18, camera; 15-19, fresh red dates; 15 -20, black rubber strip.

Figure 16 is a schematic structural diagram of a composite device for deep processing of jujube, sewage treatment and recycling of jujube pits according to the present invention.

In the picture: 101, bubble cleaning tank, 102, brush drum cleaning machine, 103, spray fruit sorting machine, 104 vibration drainer, 105, through-flow dryer, 106, drum classifier, 107, continuous pre-cooking machine , 108, sewage treatment device for sewage treatment, 109, double beater, 110, slag discharge screw conveying mechanism, 111, slicer, 112, punching machine, 113, sorting machine, 114, jujube core shell and jujube Kernel separation device, 115, fresh red dates quality testing device.

Detailed ways

The composite device for deep processing, sewage treatment and jujube core recycling of the present embodiment includes a bubble cleaning tank for the production of fresh red dates, a brush drum cleaning machine, a spray fruit sorting machine, a vibrating water draining machine, and The through-flow dryer, the drum classifier and the fresh jujube quality inspection device are respectively set on the production line for the continuous pre-cooking machine, the double-pass beater and the sheet spreader for the production of jujube slices. Core punching machine and sorting machine for jujube powder production, sewage treatment device for sewage treatment, jujube core shell and jujube kernel separation device and slag discharge screw conveying mechanism for jujube core recycling;

The fresh red dates from the bubble cleaning tank are input to the brush drum cleaning machine for cleaning, and the fresh red dates from the brush and drum cleaning machine are input to the spray fruit sorting machine for spray cleaning and fruit selection. The fresh red dates from the machine are input into the vibrating water draining machine for vibration draining, the fresh red dates from the vibrating water draining machine are input into the through-flow dryer for drying, and the fresh red dates from the through-flow dryer are input into the drum classifier for classification. The quality inspection device performs random inspection or full inspection on the fresh red dates classified by the drum classifier;

The fresh red dates below the second grade obtained by the classification of the drum classifier are input into the continuous pre-cooking machine for cooking, and the fresh red dates from the continuous pre-cooking machine are input into the double-channel beater for beating and pulp core separation. The jujube pulp that comes out is concentrated after adding auxiliary materials, and then the mixed pulp obtained after concentration is input into the spreading machine for spreading;

The second-level fresh red dates obtained by the classification of the drum classifier are input into the punching machine for core punching so that the jujube core and the jujube flesh are separated, and the jujube flesh from the self punching core machine is input into the sorting machine for crushing and further separation of the core meat to obtain The jujube puree is used for the production of jujube powder;

The sewage generated by the bubble cleaning tank is input to the sewage treatment device for pre-discharge treatment;

Part of the jujube core from the double-channel beater is input to the jujube core shell and jujube kernel separation device for high value-added jujube core recycling, and the other part is input to the slag discharge screw conveying mechanism for low value-added jujube core recycling; self-flushing core Part of the jujube core from the machine is input to the jujube core shell and jujube kernel separation device for high value-added jujube core recycling, and the other part is input to the slag discharge screw conveying mechanism for low value-added jujube core recycling.

As shown in Figure 1-1 to Figure 1-4, the bubble cleaning tank includes cleaning tank 1-1, stirring rod 1-6 and water outlet pipe 1-14. Bottom cabinet 1-2 is fixed on the left side of cleaning tank 1-1 , and the fan 1-3 is installed above the bottom cabinet 1-2, the motor 1-4 is installed on one side of the cleaning tank 1-1, and the motor 1-4 is driven and connected with the rotating shaft 1-5, and the stirring rod 1-6 is fixed On the outer side of the rotating shaft 1-5, and the outer side of the rotating shaft 1-5 is fixed with a protective cover 1-7, the stirring rod 1-6 is located in the protective cover 1-7, and the outer side of the protective cover 1-7 is fixed with a brush 1 -8, a baffle slot 1-9 is arranged on the right inner side wall of the cleaning tank 1-1, and a baffle 1-10 is installed inside the baffle slot 1-9, and the lower right side of the baffle 1-10 A collection pool is provided, a collection box 1-11 is installed in the collection pool, and a card board 1-12 is fixed on the collection box 1-11, an inlet port 1-13 is arranged on the left side of the collection box 1-11, and the inlet port 1- The lower edge of 13 is flush with the bottom surface of the cleaning tank 1-1, the water outlet pipe 1-14 is arranged at the bottom of the collection tank, and a germicidal lamp 1-15 is installed above the middle of the cleaning tank 1-1, and the germicidal lamp 1-15 A feeding port 1-16 is arranged above the inlet, and a deceleration cloth bag 1-17 is fixed below the feeding port 1-16, and a circular baffle 1-18 is arranged inside the water outlet pipe 1-14, and the circular baffle 1 The edge of -18 is in sealing fit with the inner wall of the water outlet pipe 1-14, and the circular baffle 1-18 is fixedly connected with one end of the rotating rod 1-19, and the other end of the rotating rod 1-19 passes through the side wall of the water outlet pipe 1-14 The rotary tank 1-20 on the top extends out of the water outlet pipe 1-14; the bottom of the cleaning tank 1-1 is installed with a blower pipe 1-21, the air inlet end of the blower pipe 1-21 and the air outlet of the blower 1-22 The air outlet end of the blast pipe 1-21 is in fluid communication with the interior of the cleaning tank 1-1; the inner wall of the collection box 1-11 is provided with a filter hole with a diameter smaller than the diameter of the red date; the collection tank and the water pump 1-23 , The storage tank 1-24 and the cleaning tank 1-1 are in fluid conduction in sequence, and a valve 1-25 is installed on the pipeline between the storage tank 1-24 and the cleaning tank 1-1. The stirring rods 1-6 have a fan-blade structure, and the stirring rods 1-6 are evenly distributed about the axial centerline of the rotating shaft 1-5. The protective cover 1-7 has a net-shaped hollow structure, and the radius of the protective cover 1-7 is greater than the length of the stirring rod 1-6, and the protective cover 1-7 and the brush 1-8 are fixedly connected to form an integrated structure. The height of the baffle 1-10 is greater than the height of the right side wall of the cleaning tank 1-1, and the baffle 1-10 is detachably connected to the cleaning tank 1-1 through the baffle slot 1-9. The collection box 1-11 has an L-shaped hollow structure. The collection box 1-11 and the card plate 1-12 are welded to form an integrated structure, and the card plate 1-12 has a groove-like structure, and the groove of the card plate 1-12 is formed. The groove width of the groove structure is larger than the side wall thickness of the collecting tank.

Working principle: First, inject an appropriate amount of water into the cleaning tank 1-1. At this time, the baffle 1-10 on the right side of the cleaning tank 1-1 is inserted into the baffle slot 1-9 to prevent the water from flowing away. The feed port 1-16 pours the red dates to be cleaned into the cleaning tank 1-1. The speed reduction cloth bag 1-17 under the cleaning tank 1-1 can reduce the speed of the red dates falling on the water surface and prevent the red dates from being damaged. Open at this time The motor 1-4 and the blower 1-22, the motor 1-4 drives the shaft 1-5 to rotate clockwise, thereby driving the outer stirring rod 1-6 and the protective cover 1-7 (the mesh diameter on the protective cover 1-7). smaller than the diameter of the fresh red dates, which can prevent the fresh red dates from entering the protective cover 1-7) for rotation, the rotating stirring rods 1-6 can agitate the water flow in the cleaning tank 1-1, and the blowers 1-22 drum The outgoing gas is blown into the cleaning tank 1-1 from the bottom of the cleaning tank 1-1 through the blowing pipe 1-21, and a large number of air bubbles are generated, so that the red dates are tumbling under the driving of the inflated air bubbles and the stirring rod 1-6. Then, the sludge and pesticides on the surface of the red dates in the cleaning tank 1-1 can be cleaned. During the rotation process of the protective cover 1-7, it can prevent the fresh red dates from interacting with the rotating shaft 1-5 and the stirring rod 1-6. The damage caused by the collision between the two can improve the quality of the red dates after cleaning. At the same time, the evenly distributed brushes 1-8 can avoid the damage caused by the direct collision between the red dates and the protective cover 1-7. Increasing the degree of tumbling of the red dates in the cleaning tank 1-1 can remove the attachments on the surface of the red dates, so that the red dates can be thoroughly cleaned. 1. The red dates floating on the surface are cleaned by flipping to ensure the cleaning strength of the red dates. During the cleaning process of the red dates, the germicidal lamp 1-15 can disinfect the bacteria on the surface of the red dates to ensure the quality of the red dates. After the red dates are cleaned, pass The baffle slot 1-9 pulls the baffle 1-10 upwards, so that the red dates and water are driven by the eddy current generated by the stirring rod 1-6 and the blower of the fan 1-3 to enter the collection through the inlet port 1-13 Inside the collection box 1-11 in the pool, at this time, the collection box 1-11 is taken out upward through the clamping plates 1-12 on both sides, so as to collect the cleaned red dates. After the red dates in the collection box 1-11 are taken out, Then put the collection box 1-11 in the collection tank on the right side of the cleaning tank 1-1 through the card board 1-12 for the next collection. After the collection is completed, turn off the fan 1-3 and the motor 1-4. The groove 1-20 rotates the rotating rod 1-19 at a certain angle, thereby driving the circular baffle 1-18 to rotate, so that the water inside the collection tank flows out through the water outlet pipe 1-14, so as to facilitate the cleaning of the interior and facilitate the next use ; In addition, the collection tank, the water pump 1-23, the water storage tank 1-24 and the cleaning tank 1-1 are fluidly connected in sequence, and a valve 1-25 is installed on the pipeline between the water storage tank 1-24 and the cleaning tank 1-1, Through the water pump 1-23, the water in the collection tank can be transported to the cleaning tank 1-1 for repeated use , the storage tank 1-24 temporarily stores the water from the collection tank. When the collection box 1-11 starts to collect the cleaned red dates, the water pump 1-23 can start to work and pump the water into the storage tank 1-24 for temporary storage. When the collection work is completed, valve 1-25 can be opened to clean the next batch of fresh red dates, so as to ensure that the cleaning work can be carried out continuously and save water at the same time; when the water cycle reaches the set number of times At this time, the sewage is discharged through the water outlet pipe 1-14 by rotating the rotating rod 1-19. It can reduce the damage caused by collision in the cleaning process of red dates, improve the quality of red dates after cleaning, and can fully clean the sludge and pesticides on the surface of red dates, and at the same time, the cleaned red dates are easy to collect.

The brush drum cleaning machine is shown in Figure 2-1 to Figure 2-3, including the body 2-1, the discharge port 2-2, the clamping block 2-3, the discharge port 2-4, and the hexagonal bolt 2-5 , water pipe 2-6, water valve 2-7, shaft 2-8, main brush 2-9, motor 2-10, belt 2-11, pulley 2-12, fixed frame 2-13, roller 2-14, Adjusting nut 2-15, connecting pipe 2-16, spray head 2-17 and auxiliary brush 2-18, the left upper end of the body 2-1 is connected with a feeding port 2-2, and the right end of the body 2-1 The clamping block 2-3 is installed, the feeding port 2-2 has a funnel-shaped structure, and the feeding port 2-2 and the body 2-1 are welded, and there is a gap between the feeding port 2-2 and the body 2-1. It is very stable and prevents the breakage between the feeding port 2-2 and the body 2-1 during use, resulting in the tilting of the feeding port 2-2, and the fresh red dates cannot effectively fall into the body 2 from the feeding port 2-2. -1, at the same time, the feeding port 2-2 can effectively prevent the accumulation of fresh red dates when the fresh red dates are being cut. There are hexagonal bolts 2-5 running through the two sides, and the discharge port 2-4 is detachably connected to the body 2-1 through the hexagonal bolts 2-5 and the clamping block 2-3. The clamping block 2-3 acts as a good fixing clip The tightening function prevents the clamping block 2-3 from being unstable during use, and the discharge port 2-4 is separated from the right side of the body 2-1, which causes the fresh red dates to fail to effectively fall into the storage device. At the same time, when the discharge port 2 When the -4 is damaged, the discharge port 2-4 can be disassembled by disassembling the hexagonal bolt 2-5 during use, which is convenient for users to replace the new discharge port 2-4. The upper end of the body 2-1 is installed with a water pipe 2-6, and the outer side of the water pipe 2-6 is fixed with a water valve 2-7, the inner side of the body 2-1 is provided with a rotating shaft 2-8, and the outer side of the rotating shaft 2-8 is connected around There are main brush 2-9 and auxiliary brush 2-18. The main brush 2-9 and the auxiliary brush 2-18 are alternately distributed on the outside of the rotating shaft 2-8, and the main brush 2-9 is along the rotating shaft 2-8. The width is equal to the width of the auxiliary brush 2-18 along the axial direction of the rotating shaft 2-8; between two adjacent rotating shafts 2-8: the main brush 2-9 on one rotating shaft 2-8 is facing the other rotating shaft 2 The auxiliary brush 2-18 on -8, and the bristles of the main brush 2-9 on one shaft 2-8 extend into the bristles of the auxiliary brush 2-18 on the other shaft 2-8, during the cleaning process of red dates Among them, the main brush 2-9 and the auxiliary brush 2-18 on one rotating shaft 2-8 and the main brush 2-9 and the auxiliary brush 2-18 on the adjacent other rotating shaft 2-8 cooperate with each other for freshness. The red dates are clamped, and the main brush 2-9 and the auxiliary brush 2-18 clean the surface of the fresh red dates to prevent the red dates from being cleaned effectively due to insufficient cleaning force during use. The motor 2-10 is distributed in the body 2-1. The lower left end of the motor 2-10, and the belt 2-11 is installed on the power output of the motor 2-10, the pulley 2-12 is fixedly installed on the leftmost shaft 2-8 of the body 2-1, and the power output end of the motor 2-10 It is connected with the pulley 2-12 through the belt 2-11, and the adjacent shafts 2-8 are connected by a chain drive. The motor 2-10 is connected with the pulley 2-12 through the belt 2-11. When cleaning, turn on the motor 2 -10, the motor 2-10 drives the pulley 2-12 to rotate, the belt 2-11 drives the rotating shaft 2-8 to rotate, a sprocket is installed on one end of each rotating shaft 2-8, and the adjacent rotating shafts 2-8 pass through The matching chain and sprocket are connected by transmission, and a plurality of main brushes 2-9 and auxiliary brushes 2-18 rotate along with them to rotate and clean the fresh red dates. The lower end of the body 2-1 is provided with a fixing frame 2-13, and two sides of the lower end of the fixing frame 2-13 are connected with rollers 2-14. In this embodiment, adjusting nuts 2-15 are distributed on the inner side of the water pipe 2-6, and a connecting pipe 2-16 is fixed on the inner side of the adjusting nut 2-15, and a spray head 2-17 is installed on the lower end of the connecting pipe 2-16. The nozzle 2-17 is in fluid communication with the connecting pipe 2-16, the connecting pipe 2-16 is in fluid communication with the water pipe 2-6, the inner and outer walls of the water pipe 2-6 are formed with branch pipes at equal intervals, and the adjusting nut 2-15 is installed on the branch pipe , the outer surface of the end of the connecting pipe 2-16 is provided with an external thread that matches the internal thread of the adjusting nut 2-15, the free end of the branch pipe extends into the connecting pipe 2-16, and the branch pipe and the connecting pipe 2- 16. Removable connection through adjusting nut 2-15. When the nozzle 2-17 cannot effectively spray the fresh red dates, the adjusting nut 2-15 can be loosened, and then the connecting pipe 2-16 can be rotated, so that the nozzle 2-16 can be adjusted. 17 spray angles.

Working principle: First, by turning on the motor 2-10, the motor 2-10 drives the pulley 2-12 to rotate, the pulley 2-12 drives the shaft 2-8 to rotate through the belt 2-11, and multiple main brushes 2-9 and auxiliary hairs The brush 2-18 rotates along with it, and at the same time, the water valve 2-7 is opened. The clean water flows from the water pipe 2-6 into the connecting pipe 2-16, and is sprayed from the nozzle 2-17. The connecting pipes 2-16 are evenly distributed in the water pipe 2-16. 6, when the nozzle 2-17 cannot effectively spray the fresh red dates, the connecting pipe 2-16 can be rotated by adjusting the nut 2-15. The water spray angle of the nozzle 2-17; then put the fresh red dates into the feeding port 2-2, the main brush 2-9 and the auxiliary brush 2-18 on one rotating shaft 2-8 and the other adjacent rotating shaft 2 The main brushes 2-9 and the auxiliary brushes 2-18 on the -8 are staggered and cooperate with each other to clamp the fresh red dates. The main brushes 2-9 and the auxiliary brushes 2-18 clean the surface of the fresh red dates. 2-17 Clean the surface of the red dates with the water sprayed from 2-17, and choose the main brush 2-9 and the auxiliary brush 2-18 with moderate hardness to prevent the main brush 2-9 and the auxiliary brush 2-18 from affecting the surface of the red date. If damage is caused, the dirt brushed off by the main brush 2-9 and the auxiliary brush 2-18 can be taken away, and the fresh red dates that have been cleaned finally flow out from the discharge port 2-4.

In addition, in this embodiment, a sump is provided below the main brush 2-9 and the auxiliary brush 2-18, and the sewage generated by cleaning can flow into the sump for storage for sewage treatment or recycling. In order to make the fresh red jujube smoothly or quickly from the fresh jujube inlet to the fresh jujube outlet, and from the fresh jujube inlet to the fresh jujube outlet, the radius of the sprocket on the rotating shaft gradually becomes smaller, so that the speed of the sprocket is accelerated in turn. Conducive to the progress of fresh red dates. Of course, those skilled in the art can also adopt other forms, for example, the height of the inlet end of the fresh red dates is greater than the height of the outlet end of the fresh red dates, so that the fresh red dates roll forward by their own gravity. The combination of the above two forms can also be used to promote the fresh red dates from the inlet end of the fresh red dates to the outlet end of the fresh red dates smoothly or quickly.

The brush drum cleaning machine used for cleaning fresh red dates is provided with a feeding port, the feeding port and the body are welded, and the feeding port and the body have good stability to prevent the feeding port and the body during use. The fracture occurs between the bodies, which causes the feeding port to tilt, and the fresh red dates cannot effectively fall into the body from the feeding port. At the same time, the feeding port can effectively prevent the fresh red dates from accumulating during the feeding. There are hexagonal bolts running through both sides, and the discharge port is connected with the body through the hexagonal bolts and the clamping block. The clamping block plays a very good role in fixing and clamping, preventing the clamping block from being unstable during use. The right side is disengaged, so that the fresh red dates cannot effectively fall into the storage device. At the same time, when the outlet is damaged, the outlet can be removed by removing the hexagonal bolt during use, so that the user can replace the outlet with a new one. The main brush and the auxiliary brush are connected around the outer side of the rotating shaft. The main brush and the auxiliary brush are alternately distributed on the outside of the rotating shaft, and the width of the axial direction is equal. Two adjacent rotating shafts, the main brush on one rotating shaft is facing each other. The auxiliary brush on the other rotating shaft, and the main brush bristles on one rotating shaft extend into the auxiliary brush bristles on the other rotating shaft. The main brush and the auxiliary brush can thoroughly clean the surface of the fresh red dates to prevent During use, the cleaning strength is not enough, so the red dates cannot be cleaned effectively. The lower end of the connecting pipe is equipped with a nozzle. The water sprayed from the nozzle can wash away the dirt on the fresh red dates that have been brushed off by the main brush and the auxiliary brush. The connecting pipe and branch pipe There is a rotatable structure in between. When the user feels that the spraying angle of the nozzle is crossed with other nozzles, so that the nozzle cannot effectively spray the fresh red dates, the user can rotate the connecting pipe, and the connecting pipe can be slightly left to right. It can be rotated for the convenience of the user.

The spray fruit sorting machine is shown in Figure 3-1 to Figure 3-3, including the spray box 3-6 and the fruit sorting machine 3-12. The fruit sorting machine 3-12 is located on the right side of the spray box 3-6. On the left side of the spray box 3-6, a water tank 3-1 is provided, and a water tank 3-2 is provided on the upper left side of the spray box 3-6. The water inlet end is in fluid conduction, and the water outlet end of the water delivery pipe 3-3 is in fluid conduction with the water inlet end of the nozzle 3-5, the water tank 3-2 starts to operate, and the water in the water tank 3-2 enters through the water delivery pipe 3-3. In the nozzle 3-5, the red dates can be sprayed and cleaned. The bottom of the spray box 3-6 adjacent to the pool 3-1 is provided with a water outlet 3-4, and the bottom of the nozzle 3-5 is provided with a filter plate 3-17 , the filter plate 3-17 is in the spray box 3-6: it is inclined 20° from the side adjacent to the pool 3-1 to the direction of the discharge port, that is, the horizontal height of the side of the filter plate 3-17 adjacent to the pool 3-1 The water outlet 3-4 is in fluid communication with the space below the filter plate 3-17 when it is greater than the level of the discharge port; A vibrating plate 3-10 is installed on the fruit sorting machine 3-12, a sieve plate 3-8 is installed on the vibrating plate 3-10, a sliding plate 3-7 is installed at the discharge port, and the discharge end of the sliding plate 3-7 is located at the Above the sieve plate 3-8, the fruit box 3-9 is installed below the sieve plate 3-8, the vibration motor 3-11 is installed on the right side of the fruit sorting machine 3-12, and the left side of the vibration motor 3-11 is connected to the The vibrating plate 3-10 is connected, and the vibrating plate 3-10 is inclined 5-15° from left to right on the fruit sorting machine 3-12, that is, the horizontal height of the vibrating plate 3-10 adjacent to the spray box 3-6 is greater than that far away. The horizontal height of one end of the spray box 3-6, after the vibration motor 3-11 is turned on, the vibration plate 3-10 starts to vibrate, and the red dates are transported forward to the sieve plate 3-8 through vibration, and the fruit sorting machine 3-12 The bottom fixed support frame 3-14, and the bottom of the support frame 3-14 is installed with rollers 3-13. The design of the bottom rollers 3-13 of fruit sorting machine 3-12 is conducive to the movement of the whole device and shortens the time of red dates. The top of the spray box 3-6 is provided with a fruit inlet 3-15, the surface of the sieve plate 3-8 is provided with sieve holes 3-16, and the surface of the sieve plate 3-8 is provided with a number of sieve holes 3-16 , and the external shape of the sieve plate 3-8 is a semi-arc. On the vibrating plate 3-10 from left to right, the aperture of the sieve hole 3-16 on the first sieve plate 3-8 is less than or equal to 1 cm. The hole diameter of the sieve holes 3-16 on the second sieve plate 3-8 is greater than 1 cm and less than or equal to 2 cm, and the hole diameter of the sieve holes 3-16 on the third sieve plate 3-8 is greater than 2 cm and less than or equal to 3 cm , the aperture of the sieve hole 3-16 on the fourth sieve plate 3-8 is greater than 3 cm and less than or equal to 3.5 cm, the aperture of the sieve hole 3-16 on the fifth sieve plate 3-8 is greater than 6 cm, the dried red dates It will be screened according to different sieve holes 3-16 (under normal circumstances, the longitudinal diameter and transverse diameter of the deteriorated red dates will be reduced, so the deteriorated red dates can be screened out; of course, no Excluding some jujubes that have not deteriorated, the longitudinal and transverse diameters themselves are relatively small, and they will be screened together with the deteriorated ones. The workload of manual sorting in the later stage will also be greatly reduced. According to the price of jujubes, these can also be The unmodified red dates with the smaller longitudinal and transverse diameters are disposed of together with the deteriorated dates).

Working principle: First, pour the red dates into the spray box 3-6 by passing the fresh red dates through the fruit inlet 3-15 above the spray box 3-6, open the water outlet of the water tank 3-2, and the water in the water tank 3-2 Enter the nozzle 3-5 through the water pipe 3-3. The nozzle 3-5 can spray and rinse the red dates inside. After the red dates are sprayed and rinsed, the water flow and the red dates are separated on the filter plate 3-17, and the water flow passes through the left side. The water outlet 3-4 flows into the water tank 3-1, and the red dates pass through the filter plate 3-17 inclined 10-30° from the side adjacent to the water tank 3-1 to the direction of the discharge outlet, and are adjacent to the spray box 3-6. The bottom of the fruit sorting machine 3-12 is provided with a discharge port, slide into the sliding plate 3-7, and then enter the fruit sorting machine 3-12, then turn on the vibration motor 3-11, the left side of the vibration motor 3-11 Connected to the vibration plate 3-10, after the vibration motor 3-11 is turned on, the vibration plate 3-10 starts to vibrate, and the vibration plate 3-10 is inclined 5-15° from left to right on the fruit sorting machine 3-12, The red dates are forwarded to the sieve plate 3-8 through the vibrating and inclined vibrating plate 3-10, and five or more sieve plates are installed from the left to the right side of the vibrating plate 3-10. The sieve plate 3- There are sieve holes 3-16 on the 8, and the sizes and specifications of the sieve holes 3-16 are all different. Larger and unqualified red dates are shriveled due to water loss, and the shape is not full enough. The sieve plate 3-8 passing through the smaller sieve hole 3-16 will first be screened out, and then vibrated by the inclined vibrating plate 3-10 When moving forward, red dates of different sizes will be screened according to different sieve holes 3-16. After screening in sequence, not only unqualified red dates will be screened out, but red dates of the same size will be screened together, which is conducive to manual work in the later stage. Screening to reduce the work intensity. After screening, the red dates will enter the fruit box 3-9 below. The design of the rollers 3-13 at the bottom of the fruit sorting machine 3-12 is conducive to the movement of the entire device and shortens the transportation time of red dates. , and finally remove the red dates in the fruit boxes 3-9, which greatly improves the efficiency of the entire use process. A water spray pipe 3-18 is arranged just above the sieve plate 3-8, and the water spray port of the water spray pipe 3-18 is facing the sieve plate 3-8, so that the fresh red dates on the sieve plate 3-8 can be cleaned again. In order to prevent the fresh red dates from being bruised on the sieve plate 3-8, the vibration amplitude and frequency of the vibration motor 3-11 are not too large; in addition, the sieve plate 3-8 is preferably made of a rubber plate or a plastic plate, which will reduce the impact on fresh dates due to collision. Damage caused by red dates.

The spray fruit sorting machine used for the screening of fresh red dates is provided with a spray box. The inside of the spray box is provided with a spray head, which can wash the red dates. The left side of the spray box is provided with a water outlet. After the red dates are rinsed, The cleaning wastewater flows into the pool, and the rinsed red dates enter the fruit sorting machine. The vibration motor is connected to the vibrating plate, and the red dates are moved forward through vibration for selection. The fruit box is fixed under the sieve plate. During the screening process, red dates will enter the fruit box through the sieve holes on the sieve plate according to their diameters in order to reduce manual labor. There are several sieve plates inside the fruit sorting machine. A large number of red dates are screened. In addition, the aperture of the sieve hole gradually increases from left to right, which can preferentially screen out the dried red dates, which greatly improves the quality and work efficiency of red dates.

As shown in Figure 4-1 to Figure 4-3, the vibrating drainer includes a body 4-1, a first conveyor belt 4-4 and a brush 4-8. Two first fixed pieces are horizontally arranged above the interior of the body 4-1. plate 4-3, and a first vibration motor 4-2 is installed on the inner wall of the body 4-1 on one side of the first fixing plate 4-3, and a first rotating shaft 4 is installed between the two first fixing plates 4-3 -18, a first pulley is installed on the first rotating shaft 4-18, the first conveyor belt 4-4 is located between the two first fixed plates 4-3 and installed on the first pulley, and the two first fixed plates 4 A first baffle plate 4-5 is installed on the upper surface of the -3, and the first vibration motor 4-2 and the first fixing plate 4-3 are in contact and connected through a connecting pipe; the upper left top of the body 4-1 is provided with a The feeding port 4-6, and the top inner wall of the body 4-1 is fixed with a connecting rod 4-7, and the brush 4-8 is installed under the connecting rod 4-7;

A water outlet 4-14 is arranged on the lower left side wall of the body 4-1, a first water collecting tank 4-15 fixedly connected to the first fixing plate 4-3 is arranged below the first conveyor belt 4-4, and the first A first water pump 4-16 and a first pipeline 4-17 are installed below the water collecting tank 4-15. The water inlet end of the first water pump 4-16 is in fluid communication with the interior of the first water collecting tank 4-15, and the first water pump 4-15 is in fluid communication. The water outlet end of -16 is in fluid communication with the water inlet end of the first pipe 4-17, the water outlet end of the first pipe 4-17 is in fluid communication with the water outlet 4-14, and the first rotating shaft 4-18 is in fluid communication with the first motor 4 -19 Drive connection, the first conveyor belt 4-4 is a hollow mesh conveyor belt.

Two second fixing plates are arranged horizontally under the inside of the body 4-1, and a second vibration motor is installed on the inner wall of the body 4-1 on one side of the second fixing plate, and a second vibration motor is installed between the two second fixing plates. Two rotating shafts, a second pulley is installed on the second rotating shaft, the second conveyor belt 4-9 is located between the two second fixing plates and is installed on the second pulley, and the upper surfaces of the two second fixing plates are installed with The second baffle plate, the second vibration motor and the second fixed plate are connected in contact with each other through a connecting pipe;

A second water collecting tank fixedly connected with the second fixing plate is provided below the second conveyor belt 4-9, and a second water pump and a second pipeline are installed below the second water collecting tank, and the water inlet end of the second water pump is connected to the second The internal fluid of the water collecting tank is in fluid communication, the water outlet end of the second water pump is in fluid communication with the water inlet end of the second pipe, the water outlet end of the second pipe is in fluid communication with the water outlet 4-14, and the second shaft is drivingly connected with the second motor. , the second conveyor belt 4-9 is a hollow mesh conveyor belt.

Inside the body 4-1 and located just below the first water collecting tank 4-15 and just above the second conveyor belt 4-9 are horizontally provided two third fixing plates, and the body 4- on the side of the third fixing plate 1. A third vibration motor is installed on the inner wall, a third rotating shaft is installed between the two third fixed plates, a third pulley is installed on the third rotating shaft, and the third conveyor belt 4-11 is located between the two third fixed plates and It is installed on the third pulley, and the upper surfaces of the two third fixing plates are both equipped with a third baffle plate, and the third vibration motor and the third fixing plate are in contact and connected through a connecting pipe;

A third water collecting tank fixedly connected with the third fixing plate is arranged below the third conveyor belt 4-11, and a third water pump and a third pipeline are installed below the third water collecting tank. The water inlet end of the third water pump is connected to the third water collecting tank The fluid inside the water collecting tank is in fluid communication, the water outlet end of the third water pump is in fluid communication with the water inlet end of the third pipe, the water outlet end of the third pipe is in fluid communication with the water outlet 4-14, and the third shaft is drivingly connected with the third motor. , the third conveyor belt is a hollow mesh conveyor belt; the lower right of the third conveyor belt 4-11 is provided with a discharge port 4-12, and the bottom of the body 4-1 is fixed with a support column 4-13.

The first rotating shaft 4-18 rotates in a clockwise direction, the third rotating shaft rotates in a counterclockwise direction, and the second rotating shaft rotates in a clockwise direction. Fan 4-20, a second fan 4-10 is installed on the inner wall of the body 4-1 at the upper left of the second conveyor belt 4-9.

The first conveyor belt 4-4, the second conveyor belt 4-9 and the third conveyor belt 4-11 are parallel structures, and the lengths of the first conveyor belt 4-4, the second conveyor belt 4-9 and the third conveyor belt 4-11 are smaller than the machine body 4-1 length.

The plate surface of the first baffle 4-5 is perpendicular to the bearing surface of the first conveyor belt 4-4, and the thickness of the first baffle 4-5 is the same as that of the first fixing plate 4-3; the plate of the second baffle The surface is perpendicular to the bearing surface of the second conveyor belt 4-9, and the thickness of the second baffle is the same as that of the second fixing plate; the plate surface of the third baffle is perpendicular to the bearing surface of the third conveyor belt 4-11, and the The thickness of the three baffles is the same as that of the third fixing plate.

The air outlet of the second fan 4-10 is parallel to the bearing surface of the second conveyor belt 4-9, and the air outlet of the third fan 4-20 is parallel to the bearing surface of the third conveyor belt 4-11.

The hole diameter of the mesh conveyor belt is 0.5-1.5cm to prevent the fresh red dates from falling.

Working principle: First, pour the cleaned fresh red dates into the body 4-1 from the feeding port 4-6, and the fresh red dates fall on the first conveyor belt 4-4. The first conveyor belt 4-4 is a mesh conveyor belt. The conveyor belt is made of soft fabric, which can reduce the damage caused by the fresh red dates during the vibration and draining process. Then, the first motor 4-19 is turned on, and the first pulley drives the first conveyor belt 4-4 through the clockwise rotation of the first shaft 4-18. During the transmission process, the first vibration motor 4-2 is started, and the first vibration motor 4-2 drives the vibration of the first conveyor belt 4-4, so that the fresh red dates are Vibrate and drain the water. When the fresh red dates pass through the brushes 4-8, the brushes 4-8 will clean the fresh red dates, and at the same time remove the excess water on the surface of the fresh red dates. During this process, the first baffle 4-5 can avoid fresh red dates. The red dates fall from both sides during the conveying process, and the water leached out after vibration will fall into the first water collecting tank 4-15, start the first water pump 4-16, and the first water pump 4-16 will move the first water collecting tank 4-16. -15 Through the first pipe 4-17, it is discharged from the water outlet 4-14, and then the fresh red dates fall from the right end of the first conveyor belt 4-4 to the third conveyor belt 4-11, turn on the third fan 4-20, the first The three fans 4-20 can blow out cold air, accelerate the evaporation of water on the surface of the fresh red dates, and make the fresh red dates drain quickly. The fresh red dates move counterclockwise on the third conveyor belt 4-11, and the water drained after the third vibrator vibrates will fall. Into the third water collecting tank, the water in the third water collecting tank is discharged from the third pipe from the water outlet 4-14 by the third water pump, and the red dates continue to be transported, from the left end of the third conveyor belt 4-11, falling into the first On the second conveyor belt 4-9, and transmit clockwise on the second conveyor belt 4-9, continue to drain water by the joint action of the second fan 4-10 and the second vibration motor, and the water in the second water collection tank is pumped by the second water pump There is a water outlet 4-14 to discharge through the second pipeline, and finally the fresh red dates that have been vibrated and drained are discharged from the discharge outlet 4-12 arranged at the lower right of the second conveyor belt 4-9.

The vibrating water draining machine for the production of fresh red dates is provided with a first conveyor belt, a second conveyor belt and a third conveyor belt to more efficiently drain water. The feeding port is used for the entry of fresh red dates, and the inclined entrance can avoid the accumulation of fresh red dates. The brush can clean the fresh red dates and remove excess water on the surface of the fresh red dates. The first baffle, the second baffle and the third baffle can prevent the fresh red dates from falling from both sides during the conveying process. , the first vibration motor, the second vibration motor and the third vibration motor can indirectly make the first conveyor belt, the second conveyor belt and the third conveyor belt vibrate, so as to vibrate and drain the fresh red dates, and the second fan and the third fan can The water on the surface of the red dates is air-dried, so that the fresh red dates can be drained quickly and the drainage effect is good. The water tank, the second water collecting tank and the third water collecting tank are discharged from the water outlet through pipes, and the first motor, the second motor and the third motor can drive the rotation of the first shaft, the second shaft and the third shaft respectively, so that the first The conveyor belt, the second conveyor belt and the third conveyor belt are running. The mesh conveyor belt is a soft fabric to reduce the damage caused by the fresh red dates during the vibration and draining process. The hole size is 0.5-1.5cm, which can prevent the fresh red dates from falling into the first, second and third water collection tanks below through the mesh conveyor belt, and the support column makes the machine more stable.

The through-flow dryer is shown in Figure 5-1 to Figure 5-3, including a filter chamber 5-1, a vibrator interface 5-4, a buffer plate 5-6, a vent 5-11, and a second baffle 5-13 and the sump 5-17, the inner wall of the filter chamber 5-1 is provided with a rubber layer 5-2, and the top left side of the filter chamber 5-1 is provided with a feed port 5-3, and the vibrator interface 5-4 is provided on the feed port 5-4. On the right side of the port 5-3, the two ends of the inner wall of the filter chamber 5-1 are fixed with bolts 5-5, and the buffer plate 5-6 is arranged between the bolts 5-5. The buffer plate 5-6 is arranged obliquely downward, and the buffer plate 5-6 is symmetrical about the central axis of the filter chamber 5-1. The surface of the buffer plate 5-6 is provided with a third water absorption layer, and the buffer plate 5-6 is connected to the filter The chamber 5-1 is connected, and the setting of the buffer plate 5-6 can reduce the speed of the fresh jujube passing through the filter chamber 5-1. 5-1, so as to protect the fresh jujube, prevent the surface of the fresh jujube from being squeezed and cause damage, and reduce the performance of the device. , the water on the surface of the red dates is adsorbed; the bottom end of the filter chamber 5-1 is provided with a filter plate 5-7, and the top of the filter plate 5-7 is fixed with a first water-absorbing layer 5-8, and the filter plate 5-7 is The upper end area is equal to the lower surface area of the first water-absorbing layer 5-8, and the setting of the first water-absorbing layer 5-8 reduces the friction between the fresh jujube and the filter plate 5-7, thereby accelerating the fresh jujube on the filter plate 5-7. At the same time, the water on the surface of the red dates is filtered and adsorbed again to improve the filtration efficiency of the device. A date outlet pipe 5-23 is installed at the 5-22 place, which is inclined from the date outlet 5-22 to the upper surface of the conveyor belt 5-14. The left end of the conveyor belt 5-14 is located just below the outlet of the date outlet pipe 5-23. 7. Inclined installation, that is, the horizontal height of one end of the filter plate 5-7 adjacent to the jujube outlet 5-22 is lower than the horizontal height of the end of the filter plate 5-7 away from the jujube outlet 5-22, and the red dates flow out through the jujube outlet 5-22. ; The right side of the filter chamber 5-1 is fixed with a support plate 5-9, and a fan 5-10 is provided directly above the support plate 5-9, and the vent 5-11 is arranged above the fan 5-10, and the support plate 5 The bottom end of -9 is fixed with a first baffle 5-12, a second baffle 5-13 is arranged between the two first baffles 5-12, and the first baffle 5-12 and the second baffle 5 A conveyor belt 5-14 is arranged just below the -13, the first baffle 5-12 and the second baffle 5-13 are arranged alternately along the length direction of the conveyor belt 5-14, and the water absorbent resin plate 5-19 is adjacent to the conveyor belt 5-14 The free ends of the surface are provided with tooth grooves and teeth, and along the length direction of the conveyor belt 5-14: the tooth grooves and teeth of the adjacent water absorbent resin plates 5-19 are opposite along the length direction of the conveyor belt 5-14, and the tooth grooves and The size and shape of the teeth match, and the water absorbent resin board 5-19 The design of the relative arrangement between the teeth and the teeth increases the effective contact area between the fresh jujube and the water-absorbing resin plate 5-19, thereby improving the water filtration efficiency of the fresh jujube and improving the performance of the device. The conveyor belt 5-14 There are partitions 5-15 on the front and back sides of the conveyor belt 5-14, and a discharge plate 5-16 is arranged on the right end of the conveyor belt 5-14. The water collecting tank 5-17 is fixed directly below the conveyor belt A collection net 5-18 is fixed at the top. The collection net 5-18 has a net-like structure, and the height of the collection net 5-18 is less than the height of the collection tank 5-17. The fresh jujube flows quickly inside the device. The collection net 5-18 The fresh dates that are separated from the filtration route can be collected, and they can be cleaned and filtered twice to avoid waste. The surface of the conveyor belt 5-14 is provided with a second water-absorbing layer 5-20, and the second water-absorbing layer 5-20 is provided with filter holes 5-21, the outer surface of the second water-absorbing layer 5-20 has a raised structure, the filter holes 5-21 are located between adjacent raised structures, and the second water-absorbing layer 5-20 is outside The arrangement with the convex structure on the surface can fix the fresh jujube in a short time, and at the same time, the water on the surface of the fresh jujube can be adsorbed and filtered through the relative arrangement between the alveolus between the water-absorbing resin plates 5-19 and the teeth. Improve the filtration efficiency of the device.

Working principle: First, the device can be moved to the working position through the wheels, and the feed port 5-3 and the filter chamber 5-1 are set as an integrated structure to avoid gaps in the interface between the feed port 5-3 and the filter chamber 5-1 Squeezing the red dates will cause damage to the red dates, resulting in waste. The buffer plate 5-6 is provided with two rows on the left and right, and both are arranged obliquely downward, and the buffer plate 5-6 is symmetrical about the central axis of the filter chamber 5-1. The surface of the plate 5-6 is provided with a third water absorption layer, the buffer plate 5-6 is installed on the inner wall of the filter chamber 5-1 through the bolt 5-5, and the fresh dates can be reduced through the filter chamber 5-6 through the buffer plate 5-6. At the same time, the speed of fresh jujubes can be further reduced by the rubber layer 5-2 on the inner wall of the filter chamber 5-1. The speed of the jujube is high and the inner wall of the filter chamber 5-1 is too hard, which will damage the fresh jujube. At the same time, the third water-absorbing layer on the surface of the buffer plate 5-6 can also absorb the moisture on the fresh jujube. The vibration of the vibrator accelerates the separation of the moisture carried on the surface of the fresh jujube in the filtration chamber 5-1, thereby shortening the time used for filtration of the device, thereby improving the filtration efficiency of the device. After the first filtration, the fresh red dates flow out from the jujube outlet 5-22 and the inclined jujube outlet pipe 5-23 on the side wall of the left end of the conveyor belt 5-14 adjacent to the filter chamber 5-1, and are sent to the conveyor belt 5-23. 14, the fresh red dates are subjected to secondary water filtration on the conveyor belt 5-14, and the fresh dates can pass through the second water absorbing layer 5-20, the first baffle 5-12 and the second water absorbing layer 5-20 on the surface of the conveyor belt 5-14 at the same time when conveying. The detachable water-absorbing resin plate 5-19 on the baffle 5-13 absorbs the moisture on the surface of the fresh jujube, while the fan 5-10 set at the vent 5-11 blows air to the conveyor belt 5-14 below to speed up the surface of the fresh jujube Evaporation of water; and filter holes 5-21 are provided between the conveyor belt 5-14 and the second water absorption layer 5-20, which can filter the water on the surface of the fresh jujube, and collect the filtered water through the sump 5-17, The free ends of the water-absorbent resin plates on the first baffle 5-12 and the second baffle 5-13 are detachably installed. There are tooth grooves and teeth on the surface of the water-absorbent resin plates 5-19, and the adjacent water-absorbent resin plates 5-19 The tooth slots and teeth are opposite along the length direction of the conveyor belt 5-14, which increases the effective contact area between the fresh jujube and the water-absorbent resin plate 5-19, thereby improving the filtration efficiency of the equipment. After the first filtration and the second filtration The fresh red dates flow out from the discharge plate 5-16 at the right end of the conveyor belt 5-14, completing the entire flow drying process.

The through-flow dryer used for the production of fresh red dates has the advantages of no heating, high flexibility, and easy movement. Extrusion will cause damage to the red dates, resulting in waste. When the red dates enter the filter chamber, in order to reduce the damage to the fresh dates caused by the excessive hardness of the filter chamber, a rubber layer and a buffer plate are set on the filter chamber wall. Reduce the flow rate of red dates in the filter chamber, so as to achieve a certain buffering effect. The impact of the inner wall of the filter chamber on the red dates can be reduced through the rubber plate. The cooperation of the two can effectively protect the red dates and improve the performance of the device. The vibrator interface can be installed with a vibrator, which can speed up the separation of the water carried on the surface of the fresh jujube, shorten the time for collecting water and the flow of fresh jujube, thereby improving the working efficiency of the equipment. Water filtering, the fresh jujube can absorb the moisture on the surface of the fresh jujube through the second water-absorbing layer and the water-absorbing resin plate at the same time when conveying, and a filter hole is set between the conveyor belt and the soft rubber plate, which can filter the moisture on the surface of the fresh jujube. At the same time, the filtered water is collected through the water collection tank. The free end of the water-absorbent resin plate has tooth slots and teeth, which are opposite to the tooth slots and teeth between the adjacent water-absorbent resin plates along the length of the conveyor belt, which improves the efficiency of fresh dates and water absorption. The effective contact area of the resin plate improves the filtration efficiency of the equipment and provides convenience for the subsequent processing of red dates.

As shown in Figure 6-1 to Figure 6-4, the drum classifier includes a frame, a classification drum, a driving device, a date harvester 6-16 and a classification auxiliary device. The classification drum is installed on the frame through the rotating shaft 6-11. , the driving device is drivingly connected with the rotating shaft 6-11, the jujube collector 6-16 is located below the jujube outlet 6-6 of the grading drum, the grading auxiliary device is installed in the grading drum, and the grading auxiliary device drives the fresh red dates in the grading drum Move from one end of the grading drum to the other.

The grading drum includes an inner cylinder 6-8 and an outer cylinder 6-5 that are coaxially fixed on the rotating shaft 6-11, the inner cylinder 6-8 is located in the outer cylinder 6-5, and the grading auxiliary device is installed in the inner cylinder 6-8 Inside; the wall of the inner cylinder 6-8 is provided with a jujube opening 6-7, and the aperture of the jujube opening 6-7 gradually changes from the first end of the inner cylinder 6-8 to the second end of the inner cylinder 6-8. Large; the jujube outlet 6-6 is opened on the cylinder wall of the outer cylinder 6-5, and the aperture of the jujube outlet 6-6 is equal to the aperture of the radially opposite jujube outlet 6-7.

The grading auxiliary device includes a blade 6-9, a driven shaft 6-20, a chain and a driven gear 6-18, the driven shaft 6-20 is parallel to the rotating shaft 6-11, and both ends of the driven shaft 6-20 pass through The bearing is installed on the side wall of the inner cylinder 6-8, the driven gear 6-18 is fixedly installed on the driven shaft 6-20, the rotating shaft 6-11 is fixedly installed with the driving gear 6-19, and the driven gear 6- 18 and the driving gear 6-19 are connected by chain transmission, the diameter of the driving gear 6-19 is 2-5 times the diameter of the driven gear 6-18, and the blade 6-9 is installed on the driven shaft 6 through the fixing seat 6-10 -20, the distance between the circumscribed circle of the driven gear 6-18 and the inner wall of the inner cylinder 6-8 is 3 cm.

The frame includes a base 6-1, a fixing frame 6-15 and a bearing 6-4. A support frame 6-2 is installed on the left and right sides of the base 6-1, and a bearing seat 6-2 is installed on the upper end of the support frame 6-2. 3. The bearing 6-4 is located on the bearing seat 6-3, the two ends of the rotating shaft 6-11 are installed on the support frame 6-2 through the bearing 6-4; the first end of the inner cylinder 6-8 is provided with fresh red dates Add channel 6-12, one end of the fresh red date adding channel 6-12 is connected with the inner tube 6-8, and the other end extends to the outside of the outer tube 6-5;

The fixing frame 6-15 is located on the right side of the base 6-1. The driving device is installed on the fixing frame 6-15. The driving device includes a motor 6-14 and a reducer 6-13. The motor 6-14 is driven by the reducer 6-13. Turn axes 6-11.

An arc surface 6-17 is installed inside the date collector 6-16, and the base 6-1 and the support frame 6-2 are welded.

Working principle: First, add fresh jujube through channel 6-12 for adding fresh red dates, pass through outer cylinder 6-5, and then enter into inner cylinder 6-8, start motor 6-14, motor 6-14 drives rotating shaft 6-11 Rotating, the rotating shaft 6-11 drives the inner cylinder 6-8 and the outer cylinder 6-5 to rotate together, and at the same time, the driving gear 6-19 on the rotating shaft 6-11 drives the driven gear 6-18 to rotate through the chain drive, thereby driving the slave gear 6-18 to rotate. The driving shaft 6-20 rotates, the blade 6-9 fixed on the driven shaft 6-20 starts to rotate, the rotation of the blade 6-9 makes the added fresh jujube move from the right end to the left end, and the driving gear 6-19 is the driven gear 5 times the diameter of 6-18, so that the rotational speed of the driven shaft 6-20 is faster than that of the rotating shaft 6-11, and the fresh jujube moves from the first end of the inner cylinder 6-8 to the second end of the inner cylinder with the rotation, and the fresh jujube moves from the first end of the inner cylinder 6-8 to the second end of the inner cylinder. The jujube flows out through the jujube dividing port 6-7 whose aperture gradually increases from the first end of the inner cylinder 6-8 to the second end of the inner cylinder 6-8, and falls into the jujube collector 6-6 through the jujube outlet 6-6. In 16, the jujube collector 6-16 is used to collect the fresh jujube, and the curved surface 6-17 of the jujube collector 6-16 can reduce the collision of the fresh jujube with the red jujube during the falling process. In addition, the outer cylinder and the inner cylinder can be installed and installed obliquely from left to right, that is, the horizontal height of the left end is less than that of the right end, so that the fresh red dates can move from right to left in the inner cylinder under the action of their own gravity. The fresh red dates move too fast in the cylinder to achieve a better separation effect, and the inclination angle is not easy to be too large. It is preferable that the angle between the axis of the outer cylinder and the inner cylinder and the horizontal plane is 2-5°.

The grading auxiliary device is installed in the grading drum, and the driven shaft in the grading auxiliary device is parallel to the rotating shaft of the grading drum, and the driven gear of the driven shaft and the driving gear of the rotating shaft are connected by chain transmission, and are driven from the rotating shaft. The diameters of the driving gear and the driving gear are different, and the rotational speed of the driven shaft and the rotating shaft is different. A motor can be used to realize the rotation of the grading drum and the grading auxiliary device, so that the red dates can be separated faster.

A support frame is installed at both ends of the base, and a bearing seat and a rotating shaft are installed on the support frame. When the rotating shaft rotates, the bearing seat fixes the rotating shaft to prevent the rotating shaft from shifting, so that the rotating shaft rotates normally and ensures the normal operation of the drum classifier. , to provide conditions for the normal operation of the drum classifier. The bearing seat is installed on the support frame, which can ensure the normal operation of the rotating shaft, and also support the weight of the drum classifier, without affecting the rotation of the rotating shaft and reducing the frictional force of the rotating shaft. , reduce kinetic energy consumption and save electricity.

The aperture of the jujube-separating port is gradually enlarged from the first end of the inner cylinder to the second end of the inner cylinder, and the rotating shaft drives the blades on the driven shaft to rotate, so that the fresh red dates follow the movement from the first end of the inner cylinder to the inner cylinder. The second end of the cylinder, in the process of moving, the fresh red dates are installed and separated from the jujube opening in the order from small to large, and the separation of the fresh red dates is completed. The arc structure in the jujube collector can be reduced. The impact force of the fresh red dates falling ensures the integrity of the fresh red dates.

The fresh red dates quality inspection device is shown in Figure 15-1 to Figure 15-2, including driving wheel 15-1, driven wheel 15-2, black conveyor belt 15-3, black rubber disturbance sheet 15-4, limit groove 15- 5. Disturbance gap 15-6, feeding hopper 15-7, light box 15-8, fiber probe 15-9, spherical mirror 15-10, first filter 15-11, interferometer 15-12, amplifier 15-13 , digital-to-analog converter 15-14, computer 15-15, near-infrared light source 15-16, second filter 15-17 and camera 15-18; black conveyor belt 15-3 is installed on driving wheel 15-1 and driven wheel On 15-2, the driving wheel 15-1 is drivingly connected with the driving device, and the driving wheel 15-1 drives the driven wheel 15-2 to rotate synchronously through the black conveyor belt 15-3; Two parallel black rubber strips 15-20 protruding from the surface of the black conveyor belt 15-3 are laid in the length direction, a limit groove 15-5 is formed between the two black rubber strips 15-20, and the two black rubber strips 15-20 The distance between them is less than or equal to 2 times the maximum longitudinal diameter of fresh red dates and greater than or equal to the maximum transverse diameter of fresh red dates; the first end of the black rubber disturbance piece 15-4 is The end extends away from the moving direction of the black conveyor belt 15-3, and the angle between the black rubber disturbance sheet 15-4 and the surface of the black conveyor belt 15-3 is 15-30°; the end where the driving wheel 15-1 is located is the black conveyor belt 15 The feeding end of -3 and the end where the driven wheel 15-2 is located is the discharging end of the black conveyor belt 15-3, the feeding hopper 15-7 is located directly above the driving wheel 15-1 and the feeding hopper 15-7 discharges The mouth is facing the limit groove 15-5, the bottom of the discharge port of the feeding hopper 15-7 is provided with a disturbance gap 15-6, the black rubber disturbance piece 15-4 is facing the disturbance gap 15-6, and the black rubber disturbance piece 15- The width and length of 4 are respectively smaller than the width and length of the disturbance gap 15-6, and the diameter of the outlet of the feeding hopper 15-7 is less than or equal to 1.5 times the maximum longitudinal diameter of fresh red dates and greater than or equal to the maximum transverse diameter of fresh red dates; The box 15-8 is located directly above the black conveyor belt 15-3. The near-infrared light source 15-16, the second filter 15-17 and the camera 15-18 are respectively installed in the left box of the light box 15-8. The filter 15-17 is located directly below the camera 15-18, the near-infrared light source 15-16 is installed on the wall of the light box 15-8 below the second filter 15-17, and the signal output end of the camera 15-18 Connected with the signal input end of the computer 15-15; the emitted light of the interferometer 15-12 is irradiated to the black conveyor belt 15 through the first filter 15-11, the spherical mirror 15-10, and the incident optical fiber of the fiber probe 15-9 in turn On the fresh red dates 15-19 on -3, the reflected light of the fresh red dates 15-19 sequentially passes through the receiving fiber of the fiber probe 15-9, the amplifier 15-13 and the digital-to-analog converter. Converter 15-14 and input to computer 15-15.

Since the limit slot 15-5 is set on the black conveyor belt 15-3, the fresh red dates can be arranged in the limit slot 15-5 one by one. The fresh red dates 15-19 in the feeding hopper 15-7 are smoothly rolled out one by one and located in the limit groove 15-5, which effectively prevents the fresh red dates from blocking the discharge port of the feeding hopper 15-7. When sampling and inspecting the produced fresh red dates, it is only necessary to put the fresh red dates into the feeding hopper 15-7, and start the motor to automatically detect, without manual intervention in the placement of the fresh red dates on the black conveyor belt 15-3 . The fresh red dates 15-19 located on the black conveyor belt 15-3 are photographed by the camera 15-18 and input to the computer 15-15 for image processing, and the images are output after brightness correction, and the surface quality of the fresh dates 15-19 is judged accordingly. (insect pests, mildew, damage and cracks, etc.); image processing and brightness correction are existing technologies, and will not be repeated here. After the incident light emitted by the interferometer is irradiated on the fresh red dates 15-19, the fresh red dates 15-19 can diffusely reflect the incident light, and input the collected diffuse reflection spectrum signals into the computer 15-15 for processing. The internal quality mathematical model of fresh red jujube is used to analyze the content of some substances in the detected fresh red jujube; the diffuse reflection spectrum signal processing of fresh red jujube and the establishment of mathematical model of internal quality of fresh red jujube belong to the prior art, and will not be repeated here.

Using GB2762-2017 to test the surface of the produced fresh red dates, lead, chromium, cadmium, mercury, arsenic, tin, nickel, nitrite, nitrate and other pollutants were detected; according to the types of pesticides used by farmers , GB2763-2016 was used to detect the surface pesticide residues of the fresh red dates produced, and none of the pesticides used by the growers were detected; GB29921-2013 was used to detect the surface pathogenic bacteria of the fresh red dates produced, Salmonella, golden yellow Staphylococcus and Escherichia coli were not detected; GB2761-2017 was used to detect the surface mycotoxins of the fresh red dates produced, and no patulin was detected. It is fully proved that the fresh red dates produced can be used directly without washing. Due to the grading, sorting and full drying of fresh red dates in the production process, the defective fruit is less than 3%, which can be transported and sold over long distances, and the storage time is more than 15 days without mildew.

The continuous pre-cooking machine includes: Figures 7-1 to 7-3, the continuous pre-cooking machine used for the production of red jujube slices of the present invention includes a pre-cooking chamber 7-1 with a discharge port 7-3, a separation box 7- 5. The bracket 7-12 and the holder 7-13, the pre-cooking chamber 7-1 is fixedly installed on the bracket 7-12, the agitator 7-2 is installed inside the pre-cooking chamber 7-1, and the outlet 7- 3 is arranged at the bottom of the pre-cooking chamber 7-1, and a partition 7-4 for sealing the outlet 7-3 is installed at the outlet 7-3, and the separation box 7-5 is arranged in the pre-cooking chamber 7 Below -1, the separation box 7-5 includes a box bottom plate 7-21, a left box wall 7-22, a right box wall 7-23, a front box wall and a rear box wall, and the left box wall 7-22 , The bottom edge of the right box wall 7-23, the front box wall and the rear box wall are respectively sealed with the box bottom plate 7-21, and the separation box 7-5 is installed with a filter plate 7-24 at the bottom, a filter on the right side. The filter hopper 7-19 composed of the plate 7-7, the front filter plate and the rear filter plate, the bottom edges of the right filter plate 7-7, the front filter plate and the rear filter plate are respectively fixedly connected with the bottom filter plate, The upper part of the left box wall is provided with a red date pouring port 7-20, the left edge of the bottom filter plate 7-24 is hingedly installed at the red date pouring port 7-20, and the bottom filter plate 7-24 is poured from the red date pouring port 7-20. It is inclined to the bottom of the box, the right filter plate 7-7 is provided with a lifter 7-6, the left and right sides of the bottom of the separation box 7-5 are provided with slide rails 7-8, and the inner side of the slide rail 7-8 is provided with a collector. The water tank 7-9, the water collecting tank 7-9 is provided with a chute matched with the slide rail 7-8, the left and right sides of the water collecting tank 7-9 are provided with handles 7-10, and the pre-cooking chamber 7-1 is on the left side. The side bracket 7-12 is provided with a motor 7-11, the power output end of the motor 7-11 is drivingly connected with the stirrer 7-2, and the holder 7-13 is installed on the right side wall of the pre-cooking chamber 7-1 , and the bottom of the holder 7-13 is provided with a pin 7-14, the holder 7-13 includes a first fixing part and a second fixing part, the upper end of the first fixing part and the upper end of the second fixing part are hinged, and the pin shaft 7-14 penetrates the pin shaft holes on the first fixing part and the second fixing part, and both the first fixing part and the second fixing part have an open groove 7-25 with a semicircular cross section, A spring 7-15 is installed on the inner wall, one end of the spring 7-15 is fixedly connected with the inner wall of the opening slot 7-25, and the other end is fixedly connected with the soft pad 7-16, the first fixed part is provided with a mounting part, the holder 7- 13 is fixedly mounted on the pre-cooking chamber 7-1 through the bolts 7-17 and the mounting part.

Among them, the partition plate 7-4 and the discharge port 7-3 are in a snap-fit structure, and the discharge port 7-3 and the pre-cooking chamber 7-1 are fixedly connected; The inside of the boiling chamber 7-1 is fluidly connected.

When using the present invention, first add red dates into the pre-cooking chamber 7-1 through the feeding port 7-27, and then send the dates to the pre-cooking chamber 7 through the water inlet pipe installed on the holder 7-13 or through the water pump 7-26. Add water in -1, then turn on the motor 7-11 and the electric heating tube 7-18, the motor 7-11 drives the stirrer 7-2 to rotate, and the stirrer 7-2 adjusts the red dates and the The mixture of water is stirred, so that the inside of the mixture is heated evenly and the temperature is uniform, so as to avoid that some red dates have been completely softened and some red dates have just begun to soften. 4. Pull out from the discharge port 7-3, then the mixture of red dates and water flows out through the discharge port 7-3 and enters the filter hopper 7-19 in the separation box 7-5. After being filtered by the filter hopper 7-19, the dates and The water is separated, the dates are left on the bottom filter plate 7-24, and the water enters the water collecting tank 7-9 through the water outlet on the bottom plate 7-21 of the tank. Insert the partition plate 7-4 into the discharge port 7-3 to block the discharge port 7-3, then add a new batch of red dates through the feed port 7-27, and then start the water pump 7-26 to collect The water in the water tank 7-9 is pumped into the pre-cooking chamber 7-1, and then a certain amount of water is added to the pre-cooking chamber 7-1 through the water inlet pipe, and then the electric heating pipe 7-18 is turned on to proceed to the next step. The batch of red dates is softened. During the discharging process, keeping the motor 7-11 running continuously can prevent the softened red dates from adhering to the inner wall of the pre-cooking chamber 7-1 or the stirrer 7-2. When the water and the red dates are separated, the lifter 7-6 is used to lift the right end of the bottom filter plate 7-24 through the right filter plate 7-7 until the red dates on the bottom filter plate 7-24 are poured from the red date pouring port 7-20 Then use the lifter 7-6 to lower the right end of the bottom filter plate 7-24 until the right end of the bottom filter plate 7-24 is flush with the left end or the right end is lower than the left end. By pulling the separator, the pre-cooked red dates and water can be introduced into the separation box to separate the cooking water and the red dates without blocking the outlet. The airtightness reduces water leakage and prevents incomplete pre-cooking of red dates caused by water leakage. The right side of the filter hopper can be lifted and lowered through the expansion and contraction of the lifter, and the pre-cooked red dates can be separated from water and solid and then dumped from the red dates. The separated red dates are poured onto the conveyor belt; when the water and red dates are separated, the pre-cooking chamber is sealed by the partition, and the pre-cooking water is pumped into the pre-cooking chamber through the water pump for recycling, and the next batch of processing is continued. For pre-cooking, the setting of the baffle reduces the leakage of water. The filter hopper can realize the automatic separation of pre-cooked red dates and water, which reduces the time required for manual separation, reduces the difficulty of cleaning by workers, saves unnecessary labor consumption, and increases production efficiency. The top fluid is connected, which can recycle the pre-boiled water, which can save water and speed up the separation. Pull the handle outward to clean the water collecting tank, and push the handle inward to install the water collecting tank. , the pre-boiled water is reused, which reduces the consumption of resources and saves the difficulty of producing jujube slices. The water inlet pipe can be fixed by the rotation between the holder and the pin, which prevents the water inlet pipe from falling off during the water delivery process. , The movement of the cushion can drive the spring to expand and contract, and it can fix the water inlet pipes of different diameters, and can adapt to the water inlet pipes of different sizes, which increases the market competitiveness of the pre-boiler and improves the use range of the pre-boiler. The soft pad can protect the water inlet pipe, prevent the damage of the water inlet pipe, reduce the cleaning problem of workers, speed up the production and save the maintenance cost.

As shown in Figure 9-1 to Figure 9-4, the double-channel beater includes a left fixing table 9-1, a right fixing table 9-17, a frame 9-2, a beating tank 9-7, a motor 9-3, a beating Rod 9-5 and double-channel pulp core separation tank 9-4; frame 9-2 is installed on the right fixed table 9-17, motor 9-3 and beating rod 9-5 are installed on frame 9-2, and the motor The power output end of 9-3 is drivingly connected with the beating rod 9-5; the beating tank 9-7 is fixedly installed between the left fixing table 9-1 and the right fixing table 9-17 and is respectively fixed with the left fixing table 9-1 and the right fixing table 9-1. Station 9-17 is fixedly connected, the double-channel pulp core separation tank 9-4 is located directly below the beating tank 9-7 and is fixedly connected with the left fixing table 9-1 and the right fixing table 9-17 respectively, and the bottom of the beating tank 9-7 is connected to the The double-channel pulp core separation tank 9-4 is turned on; the beating rod 9-5 passes through the beating tank 9-7 from above and extends into the double-channel pulp core separation tank 9-4; the beating rod located in the beating tank 9-7 A beating blade 9-8 is installed on the rod 9-5, the bottom wall of the beating tank 9-7 is a screen plate 9-9, the screen plate 9-9 and the beating rod 9-5 are installed together through bearings, that is, the filter screen The screen plate 9-9 does not rotate with the beating rod 9-5; the double-channel pulp core separation tank 9-4 includes an outer tank 9-13 for storing jujube pits, an inner tank 9-15 for storing jujube pulp, and a primary Centrifugal separation disc 9-16 and nuclear sludge secondary separation cylinder 9-18, inner tank 9-15, nuclear sludge primary centrifugal separation disc 9-16 and nuclear sludge secondary separation cylinder 9-18 are all located in outer tank 9-13 , the beating rod 9-5 passes through the center of the nuclear mud primary centrifugal separation disk 9-16 and the center of the bottom of the nuclear mud secondary separation cylinder 9-18 in sequence from top to bottom, and extends into the bottom of the inner tank 9-15. In the rotating groove, that is, the inner tank 9-15 does not rotate with the beating rod 9-5, the disk center of the nuclear mud primary centrifugal separation disc 9-16 and the nuclear mud secondary separation cylinder 9-18 are respectively fixed with the beating rod 9-5. Connected and rotates synchronously with the beating rod 9-5, the primary centrifugal separation disc 9-16 of nuclear mud is located in the secondary separation cylinder 9-18 of nuclear mud, the diameter of the primary centrifugal separation disc 9-16 of nuclear mud is smaller than the secondary separation cylinder of nuclear mud The inner diameter of the cylinder 9-18 is larger than the diameter of the screen plate 9-9. The edge of the nuclear sludge primary centrifugal separation disc 9-16 and the inner wall of the core sludge secondary separation cylinder 9-18 are the primary falling channels of the jujube core. The side wall of the secondary separation cylinder 9-18 adjacent to the bottom of the cylinder is provided with a jujube drop hole 9-19, and the outer diameter of the secondary separation cylinder 9-18 of the core mud is larger than the outer diameter of the inner tank 9-15, and the inner tank 9 The side wall of the tank of -15 is fixedly connected with the inner wall of the outer tank 9-13 through the connecting piece 9-20, and between the adjacent connecting pieces 9-20 is the secondary falling channel of the jujube kernel; the inner tank 9-15 is fixedly installed with a filter slurry The mesh 9-24, the filter mesh 9-24 and the beating rod 9-5 are fixedly installed together and rotate synchronously with the beating rod 9-5. The mesh diameter of the pulp filter mesh 9-24 is 0.5-2 mm. A beating blade 9-23 is fixedly installed on the beating rod 9-5 above the net 9-24, and the beating blades 9-23 are all located in the inner tank 9-15.

In this embodiment, the filter screen 9-9 includes a third filter screen 9-10, a first filter screen 9-11 and a second filter screen 9-12, and the second filter screen 9-12 is located on the filter screen plate 9-9 The center of the third filter screen 9-10 and the first filter screen 9-11 are arranged alternately around the second filter screen 9-12; the mesh on the second filter screen 9-12 is a circular hole or a regular hexagonal hole , the hole diameter of the circular hole or the maximum hole diameter of the regular hexagonal hole is smaller than the transverse diameter of the jujube core; The width of the shaped hole in the radial direction is greater than the transverse diameter of the red jujube and jujube core and less than 1.5 times the transverse diameter of the red jujube core; , the width of the elongated hole is larger than the transverse diameter of the jujube jujube core and less than 1.5 times the transverse diameter of the jujube jujube core.

The bottoms of the primary centrifugal separation disc 9-16 of the nuclear mud and the secondary separation cylinder 9-18 of the nuclear mud are provided with concentric hollow rings 9-21, and the width of the concentric hollow rings 9-21 in the radial direction is 0.8 times of red dates. The transverse diameter of the jujube core; the tank wall of the beating tank 9-7 is fixedly connected with the left fixing platform 9-1 and the right fixing platform 9-17 through the connecting block 9-6; The axial width of the tube 9-18 is 2-4 times of the transverse diameter of the red jujube pit, and the lower edge of the jujube pit 9-19 is flush with the bottom surface of the secondary separation tube 9-18 of the nuclear mud.

When in use, first place the softened red dates in the beating tank 9-7, then start the motor 9-3, the motor 9-3 drives the beating rod 9-5 to rotate, and the beating blade 9 on the beating rod 9-5 rotates. -8 will break the softened red dates to separate the jujube flesh and the jujube core. Since the softened red dates are boiled with water, the jujube flesh is easily broken into pulp to further separate the jujube skin and the jujube flesh. Part of the jujube pulp flows directly downward along the meshes on the second filter screen 9-12, and passes through the concentric hollow rings 9-21 on the nuclear mud primary centrifugal separation disc 9-16 and the nuclear mud secondary separation cylinder 9-18 in turn. The concentric hollow ring 9-21 on the bottom of the cylinder enters the inner tank 9-15, and is further broken under the action of the beating blade 9-23. In the inner tank 9-15 below the net 9-24, another part of the jujube pulp slurry flows downward through the meshes on the third filter screen 9-10 and the first filter screen 9-11 and passes through the core mud for a centrifugal separation. The concentric hollow ring 9-21 on the disk 9-16 and the concentric hollow ring 9-21 on the bottom of the core mud secondary separation cylinder 9-18 enter into the inner tank 9-15, and the beating blade 9-23 After being further broken under the action, it enters the inner tank 9-15 under the pulp filter screen 9-24 through the mesh on the pulp filter screen 9-24; because the softened red dates are easily beaten, and the pulp produced after beating The pulp particles will not have a large volume and mass, so the centrifugal force of the jujube pulp particles on the nuclear mud primary centrifugal separation disc 9-16 and the nuclear mud secondary separation cylinder 9-18 is small, which makes most of the jujube pulp particles have less centrifugal force. The pulp can end up in the inner tank 9-15.

Due to the small aperture of the mesh on the second filter screen 9-12, the jujube seeds can only fall down through the mesh holes on the third filter screen 9-10 and the first filter screen 9-11 to a distance from the core mud for one centrifugation. The nuclear mud primary centrifugal separation disc 9-16, which is far from the center of the separation disc 9-16, rotates synchronously with the beating rod 9-5, and the nuclear mud primary centrifugal separation disc 9-16 is concentric. The width of the hollow ring 9-21 is small, so that the jujube core moves to the edge of the nuclear mud primary centrifugal separation disc 9-16 under the action of centrifugal force, and falls on the bottom of the nuclear mud secondary separation cylinder 9-18 and is far away. In the center of the bottom of the nuclear mud secondary separation cylinder 9-18, the nuclear mud secondary separation cylinder 9-18 rotates synchronously with the beating rod 9-5, so that the jujube core moves to the nuclear mud secondary separation cylinder 9 under the action of centrifugal force. The bottom edge of the cylinder of -18 falls into the outer tank 9-13 through the jujube core drop hole 9-19.

The density of the jujube peel is smaller than that of the jujube core, and the volume is not very large, so the centrifugal force on the bottom of the nuclear mud primary centrifugal separation disc 9-16 and the nuclear mud secondary separation cylinder 9-18 is also relatively small, which makes the volume The smaller jujube peel can enter the inner tank 9-15, while the larger jujube peel that cannot fall through the concentric hollow ring 9-21 will enter the outer tank 9-13 together with the jujube core under the action of centrifugal force. .

In the present invention, the diameter of the bottom of the filter screen plate 9-9, the primary centrifugal separation disc 9-16 of the nuclear mud and the secondary separation cylinder 9-18 of the nuclear mud gradually becomes larger, and the characteristics of the large quality of the jujube kernel are fully utilized. The jujube cores falling on the stencil 9-9 on the primary centrifugal separation disc 9-16 of the nuclear mud are far away from the center of the primary centrifugal separation disc 9-16 of the nuclear mud, and fall from the primary centrifugal separation disc 9-16 of the nuclear mud to the secondary centrifugal separation disc 9-16 of the nuclear mud. The centrifugal radius of the jujube core at the bottom of the separation cylinder 9-18 is further increased, so that the jujube core can be completely separated from the jujube pulp, and the jujube pulp can be prevented from being mixed with the jujube pulp. The use of the double-channel beater can realize 100% separation of jujube pits and jujube pulp, and completely avoid the inclusion of jujube pits in the jujube pulp.

While feeding the pre-cooked red dates to the double-channel beater, add the cleaned black wolfberry fruit, grape fresh fruit and rose petals to the double-channel pulper. The addition amount of black wolfberry, grape fresh fruit and rose petal is the same as before To calculate the amount of fresh red dates, for every 50 kg of fresh red dates, add 5 kg of black wolfberry, 3 kg of fresh grape fruit, and 2 kg of fresh rose petals; the separated jujube pits and grape seeds are washed and air-dried. Dry and reserve; mix the pulp from the double-channel beater with fresh milk and honey evenly, the pulp is 70 kg, the fresh milk is 5 kg, and the honey is 2 kg, and the total solids are adjusted with pre-boiled water to less than 15% , heated to 100 ℃, concentrated to 30% of the total solids and stopped heating.

As shown in Figure 11-1 to Figure 11-4, the chip spreader includes a body 11-2, a horizontal conveying mechanism for the laying tray, a vertical transport mechanism for the laying tray, a laying leveling mechanism, a laying tray 11-9 and a laying tray 11-9. Sheet material recovery mechanism; the body 11-2 includes a chassis and side plates 11-7 installed at the left and right ends of the chassis; the horizontal conveying mechanism of the spreader plate includes a motor 11-3, a transmission belt 11-4, a transmission wheel 11-5, a conveying mechanism Belt 11-6 and roller 11-25, motor 11-3 is installed on the bottom frame of body 11-2, the power output end of motor 11-3 is drivingly connected to transmission wheel 11-5 through transmission belt 11-4, transmission wheel 11 -5 and the rollers 11-25 are installed coaxially and rotate synchronously under the drive of the motor 11-3. The two ends of the conveyor belt 11-6 are respectively installed on the two rollers 11-25. -6 and the drum 11-25 are installed on the chassis of the machine body 11-2; the vertical conveying mechanism of the spreading disc includes at least two pneumatic telescopic rods 11-22 and at least two L-shaped support plates 11-10, and the conveyor belt At least one pneumatic telescopic rod 11-22 is installed on the bottom frame of the body 11-2 on the lateral sides of 11-6, and an L-shaped support plate 11-10 is installed on the top of each pneumatic telescopic rod 11-22, and the conveyor belt 11- The L-shaped support plates 11-10 on the lateral sides of Width, the bottom end of the pneumatic telescopic rod 11-22 is fixed on the body 11-2; the flattening mechanism includes a hydraulic cylinder 11-11 and a scraper 11-23, and one end of the hydraulic cylinder 11-11 is fixed on the body 11-2 On the side plate 11-7 at the right end, and the axis of the hydraulic cylinder 11-11 is parallel to the disk surface of the spreading plate 11-9, the scraper 11-23 is installed on the free end of the piston rod of the hydraulic cylinder 11-11, and the scraper 11 The lower edge of the -23 is flush with the surface of the tiling tray 11-9; the tiling material recovery mechanism includes a material guide chute 11-8 and a collection chute 11-21, and a material guide chute 11-8 and a collection chute 11-21 Both are located outside the side plate 11-7 at the left end of the body 11-2. The upper inlet of the material guide chute 11-8 is connected to the drop outlet of the laying material at the top of the side plate 11-7 at the left end of the body 11-2, and the material guide is inclined. The lower end of the groove 11-8 is connected to the inlet of the collecting groove 11-21, and the angle between the material guide chute 11-8 and the side plate 11-7 is 10-15°; A guide groove 11-24 is provided on the inner side wall, and a guide rail matched with the guide groove 11-24 is provided on the side wall of the spreading plate 11-9 adjacent to the guide groove 11-24, and the guide rail is located in the guide groove 11-24. Among them, in order to facilitate the adjustment and movement of the position of the present invention, in this embodiment, a universal wheel 11-1 is installed at the bottom of the body 11-2.

In order to avoid the phenomenon that the spreading disc 11-9 is broken due to vibration during the transportation of the spreading disc 11-9, in this embodiment, a double-layer conveyor belt is used as the conveying belt 11-6, and the two-layer conveyor belt is used as the conveyor belt 11-6. The damping springs 11-17 are fixed between them. Baffles 11-12 are installed on the outer sides of the pneumatic telescopic rods 11-22 on both lateral sides of the conveyor belt 11-6, which play the role of isolation and protection. In order to reduce the transmission of the vibration generated during the operation of the motor 11-3 to the body 11-2, thereby avoiding the harm caused by resonance to the entire equipment, in this embodiment, the screws 11- 19 A rubber pad 11-18 is fixedly installed, a fixing base 11-20 is fixedly installed on the rubber pad 11-18, and the motor 11-3 is fixedly installed on the fixing base 11-20.

When using the present invention, place the tiling tray 11-9 on the L-shaped support plate 11-10, and then raise the tiling tray 11-9 to the tiling loading position through the pneumatic telescopic rod 11-22, and connect to the tiling Add the sheeting material to the plate 11-9 until the plate is full, then start the hydraulic cylinder 11-11, the hydraulic cylinder 11-11 drives the scraper 11-23 to approach the material guide chute 11-8 in the horizontal direction Move in the direction until the scraper 11-23 moves to the top of the side plate 11-7, then start the pneumatic telescopic rod 11-22 (at the same time the hydraulic cylinder 11-11 retracts), the pneumatic telescopic rod 11-22 drives the L-shaped support When the plate 11-10 moves downward, the spreading plate 11-9 moves downward with the L-shaped support plate 11-10 under the action of gravity. When 11-6 is flush, the spreading disc 11-9 filled with the spreading material falls on the conveyor belt 11-6, and the spreading disc 11-9 is transported by the conveyor belt 11-6 to the discharge port 11- 13, and then moved to the spreader tray transport trolley 11-14, and the scraper 11-23 is reset under the drive of the hydraulic cylinder 11-11. During the movement of the scraper 11-23 in the horizontal direction to the direction close to the material guide chute 11-8, the excess laying material flows into the collection tank 11-21 through the material guide chute 11-8.

In this embodiment, a slider 11-15 is arranged on the left end of the spreader tray transport trolley 11-14, and a slideway 11-16 is set on the right side of the body 11-2, and the spreader tray transport trolley 11-14 passes through the universal wheel 11-1 constitutes a moving structure, and the spreader tray transport trolley 11-14 forms a detachable structure through the slider 11-15 and the slideway 11-16 on the body 11-2, which is convenient for the spreader tray transport trolley 11-14 and the body 11-2 is docked, the spreader tray transport trolley 11-14 can store the spreader tray 11-9 containing the raw materials sent out from the discharge port 11-13, and then drive the spreader through the rotation of the universal wheel 11-1. The movement of the tray transport trolleys 11-14 is convenient for the user to move the raw materials, and the subsequent drying work is more convenient. The spreader for the production and processing of jujube slices is convenient for spreading and loading the raw materials on a plate, and it is convenient to move the loaded materials without shaking during operation. The spreader is located at the top of the spreader, and the raw materials are placed On the spreader plate, the L-shaped support plate provides support for the spreader plate, and the cooperation of the guide groove and the guide rail makes the spreader plate unable to move in the horizontal direction; The raw material on the top is leveled, and the thickness of the spread sheet is uniform; through the expansion and contraction of the pneumatic telescopic rod, the L-shaped support plate and the spread sheet disc on it move in the vertical direction, so that the spread sheet disc falls vertically to the conveyor belt, It makes it easier for the user to load the raw material into the tray, and it is easy to use. The motor drives the conveyor belt to carry out the conveying work, so that the spreading tray can reach the tray transport trolley through the discharge port, and the vibration damping spring can play a buffering role. It can reduce the reaction force of the spreader plate falling on the conveyor belt, and prevent the spreader plate from being affected by the reaction force after falling, causing the spreader plate to vibrate violently and destroy the spreader. The rubber pad can reduce the amplitude of the vibration. , so that the vibration generated by the motor is reduced, so that the sheet spreader will not vibrate during operation, and the vibration generated by the sheet spreader during operation is avoided, causing the material in the sheet spreader on the conveyor belt to be shaken. fall occurs.

Using GB2762-2017 to test the produced jujube slices, lead, chromium, cadmium, mercury, arsenic, tin, nickel, nitrite, nitrate and other pollutants were detected; according to the types of pesticides used by farmers, the use of GB2763-2016 detects pesticide residues in the produced jujube slices, and none of the pesticides used by the growers is detected; GB29921-2013 is used to detect the pathogenic bacteria in the produced jujube slices, Salmonella, Staphylococcus aureus and large intestine Escherichia was not detected; GB2761-2017 was used to detect mycotoxins in the produced jujube tablets, and no patulin was detected.

As shown in Figure 12-1 to Figure 12-6, the core punching machine includes a frame, a support plate 12-1, a turntable 12-6, a turntable drive mechanism, two jujube meat collection buckets 12-2, and two jujube core collection buckets. The bucket 12-3, the fresh red dates supply mechanism and the two meat removal mechanisms, the support plate 12-1 is fixedly installed on the frame, and the turntable 12-6 is located directly above the support plate 12-1 and is drivingly connected with the turntable drive mechanism , the turntable 12-6 is provided with six half-sector working areas with equal central angles, each half-sector working area is provided with placement grooves 12-15, and the center of the groove bottom of each placement groove 12-15 is provided with a through-hole The punching through holes 12-16 of the turntable 12-6 are provided with arc-shaped meat rowing through holes 12-20 at the bottom of each placement slot 12-15 and around the punching through holes 12-16 at equal intervals. On the top of 12-1, there is a meat channel 12-21 directly opposite the half-sector working area; on the disk surface of the turntable 12-6, in a clockwise direction: the half-sector working area is the first half-sector working area and the second half-sector working area in turn. area, the third semi-sector working area, the fourth semi-sector working area, the fifth semi-sector working area and the sixth semi-sector working area; the two date pit collecting buckets 12-3 are located in the second semi-sector working area and the fifth Just below the half-sector working area, two jujube meat collecting buckets 12-2 are respectively located directly below the third half-sector working area and the sixth half-sector working area, and the jujube pit collecting bucket 12-3 and the jujube flesh collecting bucket 12 -2 are located directly below the support plate 12-1, and the fresh red dates supply mechanism includes two feeding pipes 12-9 respectively fixed on the first half-sector working area and the fourth half-sector working area. The meat rowing mechanism includes a hydraulic cylinder 12-10, a right connecting plate 12-11 on which a punch rod 12-14 is installed, and a left connecting plate 12-13 on which a pressing rod 12-12 is installed. The free ends are respectively drivingly connected with the right connecting plate 12-11 and the left connecting plate 12-13, and the right connecting plate 12-11 and the left connecting plate 12-13 of a meat removal mechanism are located in the second half-sector working area and the first Right above the third half-sector working area, the right connecting plate 12-11 and the left connecting plate 12-13 of the other meat removal mechanism are located just above the fifth half-sector working area and the sixth half-sector working area, respectively. The diameter of the end face of the rod 12-14 is 0.9 times the diameter of the punching through hole 12-16. The diameter of the end face of the pressing rod 12-12 is smaller than the diameter of the placement groove 12-15 and larger than the diameter of the punching through hole 12-16. 12-14 are in one-to-one correspondence with the punching through holes 12-16 on the second half-sector working area and the fifth half-sector working area, and the pressing rods 12-12 correspond to the third and sixth half-sector working areas. The placement grooves 12-15 correspond one by one. Wherein, the turntable driving mechanism includes a motor 12-4 and a rotating shaft 12-5 mounted on the support plate 12-1 through a bearing. The power output end of 4 is drivingly connected, the upper end of the rotating shaft 12-5 is fixedly connected with the turntable 12-6, and the lower end opening of the meat channel 12-21 is connected to the jujube meat collecting bucket 12-2 or the jujube core collecting bucket through the outer wire 12-18. 12-3 connections.

In order to facilitate the red dates to be erected in the placement grooves 12-15, and then to facilitate the jujube pits of the red dates to be punched out of the pulp, the placement grooves 12-15 are in the shape of an inverted truncated truncated cone with a large opening at the upper end and a small opening at the lower end, and the lower end of the inverted truncated truncated cone is open. The diameter of the jujube is larger than the transverse diameter of the fresh red jujube, the diameter of the upper opening is larger than the transverse diameter of the fresh jujube and smaller than the longitudinal diameter of the fresh jujube. The distance between the discharge port of -9 and the surface of the turntable 12-6 is smaller than the transverse diameter of fresh red dates.

When using the present invention to separate the fresh red dates and jujube cores, the fresh red dates are put into the feeding pipe 12-9, and the fresh red dates at the bottom of the feeding pipe 12-9 will fall on the turntable 12-6 at this time, And with the rotation of the turntable 12-6, under the pushing action of the pipe wall of the feeding pipe 12-9, it falls into the placement groove 12-15 upright, realizing the automatic stacking of red dates. The distance between the discharge port and the surface of the turntable 12-6 is smaller than the transverse diameter of the fresh red dates and the diameter of the opening at the upper end of the placement groove 12-15 is larger than the transverse diameter of the fresh dates and smaller than the longitudinal diameter of the fresh dates, and the fresh dates will not be placed horizontally in the placement groove. 12-15, especially the fresh red dates with uniform specifications that have been sieved, so as to avoid the clogging of the punching channel 12-16 by the jujube pits and the mixing with the jujube flesh after the jujube pits are broken. And when the placement groove 12-15 carrying fresh red dates rotates to just below the punch 12-14, the hydraulic cylinders 12-10 on both sides of the support plate 12-1 are activated, and the right connecting plate 12-11 and the left connecting plate are passed through 12-13 drive the punch 12-14 and the pressure rod 12-12 to move downward respectively. The punch 12-14 punches the jujube pits in the fresh red dates from the jujube flesh of the fresh red dates, and the jujube pits pass through the punching through hole 12 -16 falls into the jujube pit collecting bucket 12-3. After the jujube pits are flushed out, the punching rod 12-14 and the pressing rod 12-12 are moved upward respectively through the right connecting plate 12-11 and the left connecting plate 12-13. , so that the pressing rod 12-12 and the punching rod 12-14 are relocated above the placement groove 12-15, and then the turntable 12-6 is rotated, so that the fresh red dates that have been punched and cored are located below the pressing rod 12-12, and then the turntable 12-6 is rotated. Through the right connecting plate 12-11 and the left connecting plate 12-13, the pressing rod 12-12 and the punching rod 12-14 are driven to move downward, and the pressing rod 12-12 presses the jujube flesh of the fresh red dates from the placement groove 12-15 and pushes them out. Enter the jujube meat collecting bucket 12-2 through the arc-shaped meat row through hole 12-20, the punching through hole 12-16 and the core meat channel 12-21. When the present invention works normally, as long as it is ensured that there are enough fresh red dates in the feeding pipes 12-9, the filling of the fresh red dates in the placement grooves 12-15, the removal of the jujube pits of the fresh red dates and the collection of the jujube flesh can be carried out at the same time, which effectively improves the The separation efficiency of fresh red jujube flesh and jujube pit was studied.

In this embodiment, the jujube meat collecting bucket 12-2 forms a movable structure through the outer wire 12-18 and the through hole 12-19. The classification and collection are carried out to reduce the trouble of separating the jujube pits from the jujube flesh in the later stage, and at the same time, the movable structure is convenient for taking the jujube pits and the jujube flesh.

Through the setting of two feeding pipes, the red dates to be pitted can be added in batches, the labor intensity is reduced, and the trouble of adding red dates many times is avoided. The red dates above the turntable can be blocked, so that the red dates can automatically enter the placement groove under the drive of the turntable, avoiding the trouble of manually putting the red dates into the placement groove. , it can carry out pitting treatment on the red dates entering the placement groove, and enter the inside of the jujube pit collecting barrel through the punching through hole. The structure is simple, easy to operate, and also improves the work efficiency. The diameter of the end face is larger than the punching through hole. The setting of the pressing rod whose inner diameter is smaller than the diameter of the placement groove can squeeze the de-pitted red dates into the inside of the jujube meat collection barrel through the punching through holes and the arc-shaped meat row through holes, so as to facilitate the next red dates to be de-pitted. At the same time, it is also convenient to classify and collect the jujube flesh and jujube pits, reducing the trouble of separating the jujube pits from the jujube pits in the later stage. Secondly, the jujube meat collection bucket and the jujube pit collection bucket are composed of outer wires and through holes. The movable structure is convenient for handling the jujube flesh and jujube pit. The core punching machine for separating jujube flesh and jujube pits of fresh red dates is especially suitable for pitting operations of fresh red dates with relatively uniform specifications. .

The sorting machine includes: as shown in Figures 13-1 to 13-4, the sorting machine of the present invention that can avoid the inclusion of jujube pits in the jujube meat includes an air cooling box 13-1, a base 13-2, and a material outlet 13-3, screw press 13-4, bearing seat 13-5, screw 13-6, sorting box 13-7, spoke 13-8, through hole 13-9, partition box 13-10, air inlet 13- 11. Filter screen 13-12, anti-blocking channel 13-13, rotating shaft 13-14, baffle plate 13-15, rubber slot 13-16, air intake hole 13-17, fixing rod 13-18, connecting plate 13- 19 and feed port 13-20;

Both the air-cooled box 13-1 and the partition box 13-10 are fixedly mounted on the base 13-2, and the partition box 13-10 is located inside the air-cooled box 13-1, between the inside of the air-cooled box 13-1 and the outer wall of the partition box 13-10 It is an airflow channel; the sorting box 13-7 is located in the partition box 13-10, the upper end of the sorting box 13-7 is fixedly connected with the inner wall of the partition box 13-10, and the outer wall of the sorting box 13-7 is connected with the inner wall of the partition box 13-10. There is a jujube mud channel in between, and the outer wall of the sorting box 13-7 and the inner wall of the partition box 13-10 are fixedly connected by a fixing rod 13-18; the upper end of the screw 13-6 passes through the top box wall of the air cooling box 13-1 and passes through The bearing is installed on the top box wall of the air cooling box 13-1, and the lower end of the screw 13-6 passes through the feed port at the top of the separation box 13-10, the feed port at the top of the sorting box 13-7, The sorting chamber inside the sorting box 13-7 and the filter screen 13-12 at the bottom of the sorting box 13-7 are mounted on the bearing seat 13-5 in the center of the bottom box wall of the dividing box 13-10 through bearings;

The bottom box wall is a hollow structure, the bearing seat 13-5 is fixedly connected with the box side wall of the partition box 13-10 through six spokes, and a discharge port 13-3 is provided on the base 13-2 directly below the hollow structure; The mesh diameter of the mesh 13-12 is 1-5 mm, the through hole 13-9 is located on the side wall of the sorting box 13-7, the diameter of the through hole 13-9 is 1-5 mm, and the screw 13-6 rotates ( The squeezing screw 13-4 is formed on the outer surface of the screw 13-6), and the jujube puree in the jujube meat can be extruded from the through hole 13-9.

As shown in Figure 13-2 and Figure 13-3, an anti-blocking channel 13-13 is provided on the side wall of the sorting box 13-7 between the upper and lower adjacent through holes 13-9; Inside the blocking channel 13-13 and the diameter of the baffle plate 13-15 is smaller than the diameter of the anti-blocking channel 13-13, the baffle plate 13-15 is hingedly installed on the side of the sorting box 13-7 through the connecting plate 13-19 and the rotating shaft 13-14 On the wall, the rotating shaft 13-14 is located in the side wall of the sorting box 13-7, the rubber groove 13-16 is located on the inner wall of the anti-blocking channel 13-13 radially opposite to the rotating shaft 13-14, the baffle plate 13-15 The edge is located in the rubber groove 13-16; it can prevent the possible jujube core from blocking the through hole in the through hole 13-9. Enter into the anti-blocking channel 13-13, with the increase of the amount of jujube mud entering, the jujube mud further presses the baffle 13-15. When the rubber groove 13-16 cannot support the jujube mud to squeeze, the baffle 13-15 moves along the rotating shaft 13-14. Rotation, the anti-blocking channel 13-13 is opened, and the jujube mud enters the adjacent through hole 13-9 through the anti-blocking channel 13-13, thereby effectively preventing the jujube mud from blocking the through hole 13-9.

As shown in Figure 13-1, the air inlet 13-11 is located on the lower side wall of the air-cooled box 13-1, and communicates with the jujube mud channel through the air flow channel and the air inlet hole 13-17, and the air inlet hole 13-17 is located in the partition On the side wall of the upper part of the box 13-10; the blown cold air can enter from the air inlet 13-11, and enter the partition box through the air passage and the air inlet hole 13-17, which can effectively reduce the temperature of the red dates and reduce the high temperature Destruction of vitamin C in jujube paste.

As shown in Figure 13-1, the feed port 13-20 consists of the feed port at the top of the air cooling box 13-1, the feed port at the top of the separation box 13-10 and the feed port at the top of the sorting box 13-7. The feed port at the top of the air cooling box 13-1, the feed port at the top of the partition box 13-10, the feed port at the top of the sorting box 13-7 are connected, and the sorting chamber inside the sorting box 13-7 is connected from above It is connected in sequence from bottom to bottom, and the feed port is sealed and isolated from the airflow channel and the jujube mud channel; the minimum distance between the screw 13-6 and the inner wall of the sorting chamber is 1.5-3 times the transverse diameter of the jujube kernel; the upper end of the screw 13-6 Drive connection to the drive unit. The sorting box 13-7 is composed of an inner box and an outer box that are coaxially installed together, and the inner box and the outer box are fixedly connected by bolts 13-21.

Working principle: First, the jujube meat after de-nucleating is sent into the sorting box 13-7 from the feeding port 13-20. The feed port at the top of 10 is composed of the feed port at the top of the sorting box 13-7, the feed port at the top of the air cooling box 13-1, the feed port at the top of the separation box 13-10, and the The feeding port is connected and the sorting chamber inside the sorting box 13-7 is connected in sequence from top to bottom, and the feeding port is sealed and isolated from the airflow channel and the jujube mud channel; at this time, the driving device of the screw 13-6 is activated, and the screw 13-6 starts to rotate, the minimum distance between the screw 13-6 and the inner wall of the sorting chamber is 1.5-3 times the transverse diameter of the jujube core (to prevent crushing the jujube core), squeeze the screw 13 on the screw 13-6 Under the conveying and extrusion action of -4, the jujube meat moves from top to bottom, so that the jujube meat is squeezed into jujube puree and extruded through the through hole 13-9 provided on the side wall of the sorting box 13-7, and enters the separation box 13 -10, the diameter of the through hole 13-9 is 1-5 mm, which can pulverize the jujube flesh; in order to prevent possible jujube pit debris from clogging the through hole 13-9, the upper and lower adjacent through holes 13 An anti-blocking channel 13-13 is provided on the side wall of the sorting box 13-7 between -9, and a baffle plate 13-15 is arranged in the anti-blocking channel 13-13. The diameter of the baffle plate 13-15 is smaller than that of the anti-blocking channel 13 -13 aperture, the baffle 13-15 is hingedly installed on the side wall of the sorting box 13-7 through the connecting plate 13-19 and the rotating shaft 13-14, the rotating shaft 13-14 is located in the side wall of the sorting box 13-7, the rubber The card slot 13-16 is located on the inner wall of the anti-blocking channel 13-13 radially opposite to the rotating shaft 13-14, and the edge of the baffle plate 13-15 is located in the rubber card slot 13-16. After 13-9, the jujube mud squeezed into the through hole 13-9 will enter the anti-blocking channel 13-13. -16 When the jujube paste cannot be supported for extrusion, the baffle plate 13-15 rotates along the rotating shaft 13-14, the anti-blocking channel 13-13 is opened, and the jujube paste enters the adjacent through hole 13-9 through the anti-blocking channel 13-13, thereby The clogging of the through holes 13-9 can be effectively prevented. So far, the jujube puree is extruded through the screw, through the through hole 13-9, into the separation box 13-10, and the jujube core falls on the filter screen 13-12 at the bottom of the sorting box 13-7, because the fresh jujube meat is very easy to The jujube meat that is extruded into mud and the added material is the jujube meat that has been pitted, so the number of jujube pits is small. The core can be further collected and utilized.

The jujube mud is squeezed into the partition box 13-10. Due to the rotation and extrusion of the screw 13-6, the temperature of the jujube mud is high, which will destroy the vitamin C in the jujube mud. Cold air is blown into the port 13-11, and the cold air passes through the airflow channel located between the air cooling box 13-1 and the partition box 13-10, and enters the sorting from the air inlet hole 13-17 on the side wall of the upper part of the partition box 13-10. The jujube mud channel between the outer wall of the box 13-7 and the inner wall of the partition box 13-10 cools the temperature of the jujube mud, and at the same time, the blowing cold air can also add the falling speed of the jujube mud to improve the separation efficiency. After the cooled jujube mud falls into the bottom box wall of the hollow structure, it is collected through the discharge port 13-3 provided on the base 13-2, thereby realizing the further sorting of the jujube flesh and the jujube pit.

(1) The screw in the inner wall of the sorting chamber is rotated to squeeze the jujube flesh into jujube puree, so that the jujube puree is extruded through the through holes on the side wall of the sorting box, and the diameter of the through holes is only 1-5 mm, which can be It prevents the jujube pit from being squeezed out together with the jujube puree, realizes the separation of the jujube flesh and the jujube pit, and can also play the role of crushing the jujube flesh.

(2) In order to prevent possible jujube slag from clogging the through holes, an anti-blocking channel is set between the upper and lower adjacent through-holes, and the baffle in the anti-blocking channel is hingedly installed on the side wall of the sorting box through the connecting plate and the rotating shaft The edge of the other end of the baffle is located in the rubber groove. When the through hole is blocked, the jujube paste squeezed into the through hole will enter the anti-blocking channel. When the rubber groove cannot support the extrusion of the jujube paste, the baffle plate rotates along the rotating shaft, the anti-blocking channel is opened, and the jujube paste enters the adjacent through hole through the anti-blocking channel and is squeezed out of the sorting box.

(3) The rotation of the screw will generate a lot of heat, and the high temperature will destroy the vitamin C in the jujube paste and affect the nutritional value of the jujube pulp. The wall is provided with an air inlet, so that cold air can be blown in from the air inlet, and the cold air is connected to the jujube mud channel through the air flow channel and the air inlet hole, so as to reduce the temperature of the jujube mud and reduce the damage to the vitamin C of the jujube mud due to high temperature.

Using GB2762-2017 to test the produced jujube powder, lead, chromium, cadmium, mercury, arsenic, tin, nickel, nitrite, nitrate and other pollutants were detected; GB2763-2016 detects pesticide residues in the produced jujube powder, and none of the pesticides used by the growers is detected; GB29921-2013 is used to detect the pathogenic bacteria in the produced jujube powder, including Salmonella, Staphylococcus aureus and large intestine. Escherichia was not detected; GB2761-2017 was used to detect mycotoxins in the produced jujube tablets, and no patulin was detected. GB5009.86-2016 was used to detect the vitamin C content in the produced secondary fresh red dates and the prepared jujube powder respectively, and the content of vitamin C in the obtained jujube powder was the same as the vitamin C content in the produced secondary fresh red dates. 83.3%, that is, the retention rate of vitamin C was 83.3%.

The sewage treatment device is shown in Figure 8-1 and Figure 8-4, including grid collecting tank, first-level microfilter, primary sedimentation adjustment tank, second-level microfilter, anaerobic reaction tank, facultative oxygen reaction tank, contact Oxidation reaction tank, primary sedimentation tank, secondary sedimentation tank, intermediate water tank, sludge thickening tank and filter, grid collection tank, primary microfiltration tank, primary sedimentation adjustment tank, secondary microfiltration tank, anaerobic reaction The tank, facultative reaction tank, contact oxidation reaction tank, primary sedimentation tank, secondary sedimentation tank, intermediate water tank, sludge thickening tank and filter are connected in fluid conduction in sequence; the sludge discharge end of the grid collecting tank, the primary The sludge discharge end of the microfilter, the sludge discharge end of the primary sedimentation adjustment tank, the sludge discharge end of the secondary microfilter, the sludge discharge end of the anaerobic reaction tank, the sludge discharge end of the facultative reaction tank, The sludge discharge end of the contact oxidation reaction tank, the sludge discharge end of the primary sedimentation tank, the sludge discharge end of the secondary sedimentation tank and the sludge discharge end of the intermediate water tank are fluidly connected to the sludge inlet end of the sludge thickening tank respectively. The grid in the grid sump includes a filter component group, the filter component group includes an end plate 8-1 and a filter component, and the filter component includes a support rod 8-2 and a branch pipe 8-3, and the branch pipe 8- 3. The pipe body is provided with a circulation hole 8-4 that penetrates the inner wall and the outer wall of the branch pipe 8-3, one end of the branch pipe 8-3 is fixedly connected with the outer wall of the support rod 8-2, and the axial direction of the branch pipe 8-3 is the axial direction of the support rod 8-2. The included angle α between them is 33°, the fixed end of the support rod 8-2 is fixedly connected to one end plate 8-1, and the free end of the support rod 8-2 is inserted into the other end plate 8-1.

Among them, as shown in Fig. 8-2, on the same filter component group, on two adjacent support rods 8-2, the axial direction of the branch pipe 8-3 on the first support rod 8-2 is the same as that of the first support rod 8-2. The axial included angle of the branch pipes 8-3 on the two support rods 8-2 is equal to 0°; on the same filter component group, the fixed ends of the two adjacent support rods 8-2 are respectively connected with different end plates. 8-1 Fixed connection. This arrangement not only facilitates the blocking of the solid waste with a larger volume by the filter screen formed by the support rod 8-2 and the branch pipe 8-3, but also the solid waste with a smaller volume will be adsorbed and blocked by the flow hole 8-4, thereby reducing the Filtration pressure of the primary microfilter. On the branch pipe 8-3, the flow hole 8-4, the inner cavity of the branch pipe 8-3 and the orifice of the free end of the branch pipe 8-3 constitute a fluid passage, and the fluid flow environment of this fluid passage is relatively stable, which is convenient for small solids The waste is adsorbed on the inner wall of the branch pipe 8-3, so as to filter the solid waste with smaller volume and reduce the filtration pressure of the first-stage microfilter. Moreover, the filter component in this embodiment is easy to disassemble and assemble, and the angle α between the axial direction of the branch pipe 8-3 and the axial direction of the support rod 8-2 is 33°, which can ensure the sewage flow of the grille. The filtration rate of solid waste is improved, and the flow hole 8-4 can also take out the oil pollution in the sewage. The principle is that the flow hole 8-4 facilitates the infiltration of the oil pollution and the pipe wall of the branch pipe 8-3, so that the oil pollution can be removed. Adsorbed in the flow hole 8-4 or the inside of the branch pipe 8-3. And the filter member can be simply disassembled by separating the two end plates 8-1, so that the solid waste can be easily dropped from the support rod 8-2 and the branch pipe 8-3, and the filter member can be easily disassembled. Solid waste removal.

An important link in sewage treatment is the degradation of organic matter in sewage, when degrading organic matter. People usually use facultative oxygen reaction and contact oxidation reaction. In this link, how to improve the utilization rate of oxygen and the degradation efficiency of organic matter, in order to solve the problems of low utilization rate of oxygen and low degradation efficiency of organic matter in the existing equipment, this implementation In the example, both the water inlet of the facultative oxygen reaction tank and the water inlet of the contact oxidation reaction tank are provided with a spoiler member, and the spoiler member includes a cross mounting frame 8-5 and a spiral spoiler 8-6, as shown in Figure 8-3. In the facultative oxygen reaction tank or in the contact oxidation reaction tank, one end of the spiral spoiler 8-6 is arranged in the facultative oxygen reaction tank or in the contact oxidation reaction tank, and the other end of the spiral spoiler 8-6 and the cross mounting frame 8-5 Fixed connection, the cross mounting brackets 8-5 are arranged in the water inlet of the facultative oxygen reaction tank or the water inlet of the contact oxidation reaction tank. As shown in Fig. 8-3, in this embodiment, the disrupting member further includes a corrugated plate 8-7, one end of the corrugated plate 8-7 is arranged in the facultative oxygen reaction tank or in the contact oxidation reaction tank, and the other side of the corrugated plate 8-7 One end is fixedly connected with the cross mounting bracket 8-5. The spiral spoiler 8-6 and the corrugated plate 8-7 are orifice plates, the diameter of the through holes on the spiral spoiler 8-6 is 12 mm, and the diameter of the through holes on the corrugated plate 8-7 is 18 mm. Moreover, the surface of the spiral spoiler 8-6 and the surface of the corrugated plate 8-7 are provided with a catalyst coating 8-10 and catalyst particles 8-8, and the catalyst particles 8-8 are embedded in the catalyst coating 8-10, as shown in the figure As shown in 8-4, wherein, the particle size of catalyst particles 8-8 is 0.8mm, and the catalyst coating-10 is provided with grooves 8-9, and the grooves 8-9 are processed by foaming, that is, in the preparation When the catalyst coating layer 8-10 is used, the raw materials of the catalyst coating layer 8-10 are mixed with materials that are easily decomposed into gas by heating, such as ammonium carbonate. The use of the turbulence member in this embodiment can not only promote the mixing reaction of sewage and oxygen-enriched water, but also increase the effective contact area between organic matter and catalyst in the sewage, thereby helping to improve the utilization rate of oxygen and the degradation efficiency of organic matter. The oxygen utilization rate of the spoiler member in this embodiment is increased by more than 26%, and the organic matter degradation efficiency is increased by 30%.

In order to further improve the oxygen utilization efficiency and the organic matter degradation efficiency, in this embodiment, six water inlets are arranged in the facultative oxygen reaction tank, and two aeration heads are arranged between two adjacent water inlets, and the contact oxidation reaction tank is provided with 6 water inlets. There are 8 water inlets, and 2 aeration heads are arranged between the two adjacent water inlets.

The use of support rods, end plates and branch pipes with flow holes on the pipe body to form a grill can not only ensure the sewage flow of the grille, but also use the flow holes and branch pipe holes to adsorb and filter the organic particles in the sewage, which can effectively reduce sewage. The medium solid content is above 36%. The mixing of sewage and oxygenated water can be increased under the turbulent action of the spiral spoiler and the corrugated plate, which is beneficial to the degradation rate of organic matter in the sewage. Disposing the aeration head between adjacent water inlets is beneficial to the mixing between the sewage and the oxygenated water body, which in turn is beneficial to the degradation rate of the organic matter in the sewage. The combination of particles, coatings and grooves can greatly improve the contact probability of organic matter and oxygen on the catalyst surface, and improve the degradation rate of organic matter in sewage.

In the sewage treatment system for deep processing of red dates in this embodiment, the filtering components not only effectively reduce the solid content in the sewage, but also improve the removal efficiency of debris on the filtering components, effectively improve the recycling efficiency of the filtering components, and reduce the equipment cost. Idle rate, and the mixing degree of sewage and oxygen-enriched water can be improved by the turbulent component without power stirring, which can not only reduce the energy consumption in the sewage treatment process, but also improve the utilization rate of oxygen and the degradation of organic matter. Rate.

The jujube core shell and jujube kernel separation device is shown in Figure 14-1 to Figure 14-3, including a column 14-1, a lifting frame base 14-2, an operating platform 14-3, a disc 14-4, a lifting frame 14- 6. The first support rod 14-8, the second support rod 14-9, the support column 14-10, the upper platform 14-11, the lifting bracket 14-12, the fixing plate 14-13, the motor 14-14, the transmission shaft 14 -15, pressure plate 14-16, pressure plate 14-17, jujube core 14-18, ring knife group 14-19, annular top plate with teeth on the upper surface 14-20, annular baffle 14-21, blowing ring Pipe 14-22 and annular air extraction channel 14-23, operation platform 14-3 is fixedly installed on the top of column 14-1, support column 14-10 is fixedly installed around the table of operation platform 14-3, upper platform 14-11 It is fixedly installed on the top of the support column 14-10, the lifting bracket 14-12 is fixedly installed on the table top of the upper platform 14-11, the fixing plate 14-13 is fixedly installed on the lifting bracket 14-12, and the motor 14-14 is fixedly installed on the On the fixed plate 14-13, the upper end of the transmission shaft 14-15 is fixedly mounted on the fixed plate 14-13 through a bearing and is drivingly connected with the power output end of the motor 14-14, and the lower end of the transmission shaft 14-15 passes through the upper platform 14 The lifting channel on -11 extends below the upper platform 14-11, the bearing plate 14-16 is fixedly installed on the lower end of the transmission shaft 14-15, the ring knife group 14-19 and the pressure plate 14-17 are fixedly installed on the On the lower surface of the pressure-bearing plate 14-16, the ring cutter group 14-19 is arranged around the pressure plate 14-17, the disc 14-4 is fixedly installed on the table surface of the operation platform 14-3, and the The disk surface is respectively provided with a groove 14-7 and a pre-breaking shell ring groove 14-5, the groove 14-7 is located directly below the pressure plate 14-17, and the size of the groove 14-7 is the same as the pressure. The size of the plate 14-17 is adapted so that the pressing plate 14-17 can roll the jujube core after the pre-crushing shell located in the kernel-exiting groove 14-7, and the pre-crushing ring groove 14-5 surrounds the kernel. The groove 14-7, and the width of the pre-breaking shell ring groove 14-5 along the radial direction of the disc 14-4 is adapted to the lateral width of the ring cutter group 14-19 so that the ring cutter group 14-19 can be positioned at the pre- The jujube core in the shell-breaking ring groove 14-5 is pre-shelled, the blowing ring pipe 14-22 is fixed and installed along the circumferential edge of the disk 14-4, and the inner circumferential direction of the blowing ring pipe 14-22 is The air outlet is facing the notch of the pre-breaking shell ring groove 14-5 and facing the direction of the benevolence groove 14-7, the lifting frame base 14-2 is located directly under the operation platform 14-3, and the lifting frame 14-6 is fixedly installed on the On the operation platform 14-3, the lower end of the second support rod 14-9 and the lower end of the first support rod 14-8 are respectively fixed and installed on the lifting frame 14-6, and the upper end of the first support rod 14-8 passes upward in sequence. The first lifting through hole on the operating platform 14-3 and the first lifting through hole on the disc 14-4 The lifting through hole is fixedly connected with the annular top plate 14-20 at the bottom of the pre-breaking shell ring groove 14-5, and the disc 14-4 between the pre-breaking shell ring groove 14-5 and the benefic groove 14-7 is arranged inside There is an annular air extraction channel 14-23, the annular air extraction channel 14-23 and the benevolence groove 14-7 are connected through the core shell and the jujube seed channel located on the side wall of the beneficiation groove 14-7, and the second support rod The upper end of 14-9 passes upward in sequence through the second lifting through hole on the operating platform 14-3, the second lifting through hole on the disc 14-4 and the annular baffle plate 14- 21 is fixedly connected, and a lifting channel adapted to the annular baffle 14-21 is opened on the disk 14-4 above the annular baffle 14-21.

When using the present invention, the lifting bracket 14-12 is used to make the pressure-bearing plate 14-16 drive the pressure plate 14-17 and the ring cutter group 14-19 to move upward, so that the pre-breaking shell ring groove 14-5 is exposed, which is convenient for the staff to Put the jujube core 14-18 in the pre-crushing ring groove 14-5 and the pre-crushing jujube core into the kernel groove 14-7, and then put the jujube core 14-18 into the pre-crushing ring groove. After 14-5, use the lifting bracket 14-12 to make the pressure plate 14-16 drive the pressure plate 14-17 and the ring knife group 14-19 to move down until the blade of the ring knife group 14-19 is pressed against the jujube core. 14-18, and then start the motor 14-14, the motor 14-14 drives the ring cutter group 14-19 and the pressure plate 14-17 to rotate through the transmission shaft 14-15. Since the upper surface of the annular top plate 14-20 has teeth (the height of the teeth is 1 mm), even if the jujube core and the ring knife group 14-19 move synchronously, cracks can be drawn on the surface of the jujube core. The minimum distance between the teeth is smaller than the transverse diameter of the jujube kernel and larger than the transverse diameter of the jujube kernel, which can minimize the chance of cutting the jujube kernel. Cylindrical protrusions 14-24 are arranged on the bottom surface of the grooves 14-7, the cross-sectional diameter of the cylindrical protrusions 14-24 is smaller than the longitudinal diameter of the jujube core, and between the adjacent cylindrical protrusions 14-24 The spacing is equal to 8 times the longitudinal diameter of the jujube core, which can give enough movement space for the jujube core without reducing the ratio of shell and kernel separation due to the reduction in the density of the cylindrical protrusions 14-24; -7 The center of the bottom surface of the groove is the center of the circle: the space X between the two adjacent cylindrical protrusions 14-24 in the radial direction R is provided with cylindrical protrusions 14-24 on both sides of the circumferential direction C, and the pressure plate 14- There are also teeth with a height of 1 mm on the bottom surface of 17, which can prevent the jujube core and the pressure plate 14-17 from keeping synchronous movement, and the cylindrical protrusion 14-24 can also play the role of hitting the jujube core; The height of the protrusions 14-24 is greater than the transverse diameter of the jujube kernels and smaller than the transverse diameter of the jujube kernels, so that the separated jujube kernels are located in the space between the cylindrical protrusions 14-24, and the crushing by the pressing plate 14-17 is reduced. probability. Using the jujube core-shell and jujube kernel separation device of this example, the jujube core can be broken to 100%, the separation rate of the jujube core and the jujube kernel is over 90%, and the complete kernel rate of the jujube kernel is over 70%.

After the pre-crushing of the core and the shell and the separation of the shell and the kernel, the lifting bracket 14-12 is used to make the pressure-bearing plate 14-16 drive the pressure plate 14-17 and the ring knife group 14-19 to move upward, so that the ring knife group 14-19 moves upward from the pre- The shell breaking ring groove 14-5 is moved out and the pressure plate 14-17 is moved out from the benevolence groove 14-7, and then the lifting frame 14-6 is used to make the annular top plate 14-20 and the annular baffle plate 14-21 move upward at the same time, Until the bottom of the alveolus between the teeth on the annular top plate 14-20 is flush with the notch of the benevolence groove 14-7 (at this time, the lower edge of the annular baffle 14-21 is flush with the notch of the beneficence groove 14-7). Qi), and then blow the air in the direction of the groove 14-7 through the air blowing ring pipe 14-22. At this time, the jujube core 14-18 will roll toward the groove 14-7 under the thrust of the wind until it is surrounded by a ring. The baffle 14-21 blocks and stops blowing; at the same time, the exhaust fan is started to pump air to the annular air extraction channel 14-23, so that the core shell and the jujube seeds in the kernel outlet groove 14-7 pass through the kernel outlet groove 14-7 side in turn. The core-shell and jujube seed passages on the wall, as well as the pores between the adjacent second support rods 14-9 enter the annular air suction channel 14-23 and are pumped away; start the lifting frame 14-6 to lower it until the annular top plate 14 -20 and the annular baffle 14-21 return to their original positions, and blow through the air blowing ring pipe 14-22 again to make the pre-shelled jujube core enter into the kernel groove 14-7, and then go to the pre-breaking shell ring groove 14-7. 5 Put new jujube pits 14-18 into the next working cycle.

The separation process of the jujube core shell and the jujube kernel separation device between the jujube core shell and the jujube kernel is relatively convenient, and the semi-automatic operation can be realized. When the jujube core shell and jujube kernel are separated, the jujube core shell can be broken first, so that the jujube core shell and the jujube kernel are not broken together, and the utilization rate of the jujube kernel is improved. The separation device supports the whole device through the column; the motor is energized, and the motor drives the bearing plate to rotate through the transmission shaft. When the bearing plate rotates, the ring knife group and the pressure plate rotate along with it, so that the ring knife group can prevent the pre-breaking shell. The surface of the jujube core in the ring groove is pre-shelled first, so that the surface of the jujube core is cut to form cracks, and then the pressure plate squeezes the jujube core with cracks on the surface, so that the core shell and the jujube kernel are separated.

The slag discharge screw conveying mechanism is shown in Figures 10-1 to 10-4, including a base 10-1 and a discharge port 10-8. The base 10-1 is provided with a stocking drawer 10-2, and a stocking drawer 10 -2 is located directly below the discharge port 10-8, and a main body casing 10-3 is arranged above the base 10-1, an auxiliary motor 10-4 is arranged at the inner left end of the main body casing 10-3, and the auxiliary motor 10-4 is A driving wheel 10-5 is installed at the rear end, a belt 10-6 is installed on the driving wheel 10-5, and the other end of the belt 10-6 is connected with a transmission wheel 10-7, and a crusher is arranged above the discharge port 10-8. The bin 10-9, the crushing bin 10-9 is located in the main body shell 10-3, and the discharge port 10-8 is located above the middle of the base 10-1, facing the feeding drawer 10-2, and the interior of the crushing bin 10-9 is left and right. Rolling wheels 10-10 are arranged on both sides, and meshing teeth 10-11 are fixed around the rolling wheels 10-10, and a support column 10-12 is arranged on the right side of the main shell 10-3, and the support column 10- 12 is provided with a conveying pipe 10-13, the right end of the conveying pipe 10-13 is provided with a feeding port 10-14, and the middle of the conveying pipe 10-13 is provided with a fixing ring 10-15, the interior of the fixing ring 10-15 A fixed bearing 10-16 is provided, and the inside of the fixed bearing 10-16 is provided with a conveying shaft 10-17, the left end of the conveying pipe 10-13 is connected with a guide port 10-18, and the upper part of the conveying pipe 10-13 is provided with a The conveying shaft 10-17 drives and connects the main motor 10-19, one end of the guide port 10-18 is the feeding port and is connected to the conveying pipe 10-13, and the other end is the discharging port and is located in the two rollers 10- 10 right above where it meshes.

In this embodiment, the lower end of the auxiliary motor 10-4 and the base 10-1 are fixedly connected, and the driving pulley 10-5 forms a belt drive structure through the cooperation between the belt 10-6 and the transmission pulley 10-7; The upper end of the port 10-8 and the lower end of the middle part of the crushing bin 10-9 are welded, and the central axis A of the discharge port 10-8, the crushing bin 10-9 and the charging drawer 10-2 coincide, and the charging drawer 10-2 is embedded in the interior of the base 10-1; the meshing teeth 10-11 are evenly distributed around the outer periphery of the rolling wheel 10-10, and the rolling wheels 10-10 are about the center of the crushing bin 10-9. The axis A is symmetrical, and the meshing transmission is formed between the rolling wheels 10-10 through the cooperation between the meshing teeth 10-11; the conveying pipe 10-13 is connected to the right end of the base 10-1 through the supporting column 10-12, and conveys The included angle between the central axis of the pipe 10-13 and the horizontal line is 30°, and the upper end of the conveying pipe 10-13 and the guide port 10-18 have an integrated structure; the surface of the conveying shaft 10-17 is set as a spiral structure, And the central axis of the conveying shaft 10-17 coincides with the central axis of the conveying pipe 10-13.

When using the present invention, the feeding port 10-14 is first placed in the jujube nuclear pile, and then the auxiliary motor 10-4 and the main motor 10-19 are started, and the main motor 10-19 drives the conveying shaft 10-17 to rotate, and the conveying shaft 10 -17 rotates with the helical structure on its surface, the helical structure will transport the jujube seeds from the feeding port 10-14 to the guide port 10-18, and fall into the two rolling wheels 10-10 through the guide port 10-18. Between the meshing teeth 10-11, the two rolling wheels 10-10 rotate under the drive of the auxiliary motor 10-4, and the jujube core is crushed under the pressing action of the meshing teeth 10-11 and falls to the crushing bin 10- The lower part of 9 enters the material drawer 10-2 through the discharge port 10-8. The crushed jujube pits can be used as animal feed or other further processing. After the jujubes are pitted, some jujube flesh is usually attached to the jujube pits. The added value of manual removal of the jujube flesh is low. During the transportation of the jujube pits from the bottom to the top, due to the extrusion and friction between the jujube pits, it is conducive to the separation of the jujube pits and the jujube flesh attached to the jujube pits. It will fall along the conveying pipes 10-13, so that part of the jujube flesh and the jujube core can be separated, and the separated jujube flesh can be used as the raw material for making jujube slices or jujube powder.

The slag-discharging screw conveying mechanism for red dates and jujube cores adopts a screw conveying mode and a crushing structure, which can further separate the jujube cores and the jujube flesh while realizing the delivery of the jujube cores. It can effectively meet people's use needs; the direct connection between the auxiliary motor and the driving wheel can effectively maintain the instantaneous starting speed of the driving wheel and ensure the transmission of power, and the belt drive structure between the driving wheel and the driving wheel is simple , The transmission is stable and can buffer vibration absorption, and also has the ability to prevent overload; the coaxiality between the discharge port and the material drawer can collect the jujube slag in a centralized manner, which is convenient for post-processing; the rolling wheels can pass through the meshing teeth. The jujube core is rolled and crushed in a staggered manner, and the interlacing between the meshing teeth can also drive the rolling wheel on the right to rotate synchronously to form a secondary power transmission; Too much material conveyed at one time will affect the crushing effect of the rolling wheel; the conveying shaft with the helical appearance can convey the jujube seeds independently by the power of the main motor. The overall structure is simple, and the later use and maintenance are more convenient and fast.

Claims (9)

1. The composite device for deep processing of red dates, sewage treatment and jujube pit recycling and utilization, is characterized in that, comprising the bubble cleaning tank (101), the brush drum cleaning machine (102) that are respectively arranged on the production line for the production of fresh red dates, A spray fruit sorting machine (103), a vibrating water draining machine (104), a through-flow dryer (105), a drum classifier (106) and a fresh red jujube quality inspection device (115), which are respectively arranged on the production line for jujubes. The continuous pre-cooking machine (107), the double-pass beating machine (109) and the sheet spreader (111) for the production of flakes, and the punching machine (112) and the sorting machine ( 113), a sewage treatment device (108) for sewage treatment, and a separation device (114) for jujube core and jujube kernels and a slag discharge screw conveying mechanism (110) for recycling jujube seeds; The fresh red dates from the bubble cleaning tank are input to the brush drum cleaning machine for cleaning, and the fresh red dates from the brush and drum cleaning machine are input to the spray fruit sorting machine for spray cleaning and fruit selection. The fresh red dates from the machine are input into the vibrating water drainer for vibration draining, the fresh red dates from the vibrating water drainer are input into the through-flow dryer for drying, and the fresh red dates from the through-flow dryer are input into the drum classifier for classification, using fresh red dates. The quality inspection device performs random inspection or full inspection on the fresh red dates classified by the drum classifier; The fresh red dates below the second grade obtained by the classification of the drum classifier are input into the continuous pre-cooking machine for cooking, and the fresh red dates from the continuous pre-cooking machine are input into the double-channel beater for beating and pulp core separation. The jujube pulp that comes out is concentrated after adding auxiliary materials, and then the mixed pulp obtained after concentration is input into the spreading machine for spreading; The second-level fresh red dates obtained by the classification of the drum classifier are input into the punching machine for core punching to separate the jujube core and the jujube flesh, and the jujube flesh from the self punching core machine is input into the sorting machine for crushing and further separation of the core meat to obtain The jujube puree is used in the production of jujube powder; The sewage generated by the bubble cleaning tank is input to the sewage treatment device for pre-discharge treatment; Part of the jujube core from the double-channel beater is input to the jujube core shell and jujube kernel separation device for high value-added jujube core recycling, and the other part is input to the slag discharge screw conveying mechanism for low value-added jujube core recycling; self-flushing core Part of the jujube core from the machine is input to the jujube core shell and jujube kernel separation device for high value-added jujube core recycling, and the other part is input to the slag discharge screw conveying mechanism for low value-added jujube core recycling; The bubble cleaning tank includes: a cleaning tank (1-1), a stirring rod (1-6) and a water outlet pipe (1-14). The bottom cabinet (1-2) is fixed on the left side of the cleaning tank (1-1), and A fan (1-3) is installed above the bottom cabinet (1-2), a motor (1-4) is installed on one side of the cleaning tank (1-1), and the motor (1-4) is connected to the rotating shaft (1-5). ) drive connection, the stirring rod (1-6) is fixed on the outer side of the rotating shaft (1-5), and the outer side of the rotating shaft (1-5) is fixed with a protective cover (1-7), and the stirring rod (1-6) Located in the protective cover (1-7), a brush (1-8) is fixed on the outer side of the protective cover (1-7), and a baffle slot (1) is arranged on the right inner side wall of the cleaning tank (1-1). -9), and a baffle (1-10) is installed inside the baffle slot (1-9), a collection tank is installed at the lower right of the baffle (1-10), and a collection box (1-10) is installed in the collection tank. 11), and a card board (1-12) is fixed on the collection box (1-11), and the left side of the collection box (1-11) is provided with an inlet (1-13), and the The lower edge is flush with the bottom surface of the cleaning tank (1-1), the water outlet pipe (1-14) is arranged at the bottom of the collection tank, and a germicidal lamp (1-15) is installed above the middle of the cleaning tank (1-1). , a feeding port (1-16) is arranged above the germicidal lamp (1-15), and a deceleration cloth bag (1-17) is fixed below the feeding port (1-16), and the outlet pipe (1-14) A circular baffle (1-18) is provided inside, the edge of the circular baffle (1-18) is in sealing fit with the inner wall of the water outlet pipe (1-14), and the circular baffle (1-18) is connected to the rotating rod ( One end of 1-19) is fixedly connected, and the other end of the rotating rod (1-19) protrudes out of the water outlet pipe (1-14) through the rotating groove (1-20) on the side wall of the water outlet pipe (1-14). ; A blower pipe (1-21) is installed at the bottom of the cleaning tank (1-1), and the air inlet end of the blower pipe (1-21) is in fluid communication with the air outlet end of the blower (1-22). The outlet end of (1-21) is in fluid communication with the internal fluid of the cleaning tank (1-1); the inner wall of the collection box (1-11) is provided with a filter hole with a diameter smaller than the diameter of the red dates; the collection tank and the water pump (1-23) , the water storage tank (1-24) and the cleaning tank (1-1) are in fluid communication in sequence, and a valve (1-25) is installed on the pipeline between the water storage tank (1-24) and the cleaning tank (1-1); The stirring rods (1-6) have a fan-blade structure, and the stirring rods (1-6) are evenly distributed with respect to the axial centerline of the rotating shaft (1-5); the protective cover (1-7) has a net-shaped hollow structure, and The radius of the protective cover (1-7) is greater than the length of the stirring rod (1-6), and the protective cover (1-7) is fixedly connected with the brush (1-8) to form an integrated structure; the baffle plate (1-10) The height of the cleaning tank (1-1) is greater than the height of the right side wall of the cleaning tank (1-1), and the baffle plate (1-10) is detachably connected to the cleaning tank (1-1) through the baffle plate slot (1-9); the collection box (1 -11) L-shaped hollow structure, its collection box ( 1-11) and the card plate (1-12) are welded to form an integrated structure, and the card plate (1-12) has a groove-like structure, and the groove width of the groove-like structure of the card plate (1-12) is greater than The thickness of the side wall of the collection tank; The brush drum cleaning machine includes: a body (2-1), a discharge port (2-4) and a motor (2-10). The upper left end of the body (2-1) is connected with a discharge port (2-2). ), and a clamp block (2-3) is installed at the right end of the body (2-1), the discharge port (2-4) is distributed on the inner side of the clamp block (2-3), and the discharge port (2- 4) There are hexagonal bolts (2-5) running through both sides, a water pipe (2-6) is installed on the upper end of the body (2-1), and a water valve (2-7) is fixed on the outside of the water pipe (2-6). , the inner side of the body (2-1) is provided with a rotating shaft (2-8), and the outer periphery of the rotating shaft (2-8) is connected with the main brush (2-9) and the auxiliary brush (2-18), the motor ( 2-10) is distributed at the lower left end of the body (2-1), and a belt (2-11) is installed on the power output end of the motor (2-10). 2-8) is fixedly installed with a pulley (2-12), the power output end of the motor (2-10) is connected with the pulley (2-12) through a belt (2-11), and each shaft (2-8) A sprocket is installed on one end of the machine, and the adjacent rotating shafts (2-8) are connected by a matching chain and sprocket transmission. The lower end of the body (2-1) is provided with a fixing frame (2-13), and A roller (2-14) is installed on the bottom of the fixing frame (2-13), an adjusting nut (2-15) is distributed on the inner side of the water pipe (2-6), and a connecting pipe is fixed on the inner side of the adjusting nut (2-15). (2-16), a nozzle (2-17) is installed at the lower end of the connecting pipe (2-16), the nozzle (2-17) is in fluid communication with the connecting pipe (2-16), and the connecting pipe (2-16) is connected to the The water pipe (2-6) is fluidly connected; the feeding port (2-2) has a funnel-shaped structure, and the feeding port (2-2) and the body (2-1) are welded; At the outlet end of the fresh red dates, the radius of the sprocket on the rotating shaft (2-8) gradually becomes smaller; ) detachable connection; the main brush (2-9) and the auxiliary brush (2-18) are alternately distributed on the outside of the rotating shaft (2-8), and the main brush (2-9) is along the axis of the rotating shaft (2-8) The width is equal to the width of the auxiliary brush (2-18) along the axis of the rotating shaft (2-8); between two adjacent rotating shafts (2-8): the main brush (2-8) on one rotating shaft (2-8) 2-9) It faces the auxiliary brush (2-18) on the other shaft (2-8), and the bristles of the main brush (2-9) on one shaft (2-8) extend into the other shaft In the bristles of the auxiliary brush (2-18) on (2-8); branch pipes are formed at equal intervals on the inner and outer walls of the water pipe (2-6), and the adjusting nut (2-15) is installed on the branch pipe, and the connecting pipe (2- 16) The outer surface of the end head is provided with an outer thread that matches the inner thread of the adjusting nut (2-15), the free end of the branch pipe extends into the connecting pipe (2-16), and the branch pipe and the connecting pipe (2-16) -16) by adjusting the nut (2-15 ) detachable connection; The spray fruit sorting machine includes: a spray box (3-6) and a fruit sorting machine (3-12). The fruit sorting machine (3-12) is located on the right side of the spray box (3-6). A water tank (3-1) is arranged on the left side of the box (3-6), and a water tank (3-2) is arranged inside the spray box (3-6), the water outlet end of the water tank (3-2) and the water delivery pipe The water inlet end of (3-3) is in fluid communication, and the water outlet end of the water delivery pipe (3-3) is in fluid communication with the water inlet end of the sprinkler head (3-5), and the sprinkler box (3-6) is adjacent to the pool ( 3-1) A water outlet (3-4) is arranged at the bottom of one side, a filter plate (3-17) is arranged below the nozzle (3-5), the water outlet (3-4) and the filter plate (3-17) ) is connected with fluid in the space below; the bottom of the spray box (3-6) adjacent to the fruit sorting machine (3-12) is provided with a discharge port, and a vibration plate is installed on the fruit sorting machine (3-12). (3-10), a sieve plate (3-8) is installed on the vibrating plate (3-10), a sliding plate (3-7) is installed at the discharge port, and the discharge end of the sliding plate (3-7) is located on the sieve plate. Above (3-8), a fruit box (3-9) is installed under the sieve plate (3-8), and a vibration motor (3-11) is installed on the right side of the fruit sorting machine (3-12), which vibrates The left side of the motor (3-11) is connected to the vibration plate (3-10), the bottom of the fruit sorting machine (3-12) is fixedly installed with a support frame (3-14), and the A roller (3-13) is installed at the bottom, a fruit inlet (3-15) is arranged on the top of the spray box (3-6), and a sieve hole (3-16) is arranged on the surface of the sieve plate (3-8); The filter plate (3-17) is in the spray box (3-6): it is inclined 10-30° from the side adjacent to the pool (3-1) to the direction of the discharge port, that is, the filter plate (3-17) is adjacent to the The horizontal height of one side of the pool (3-1) is greater than the horizontal height of the discharge port; the vibration plate (3-10) is inclined 5-15° from left to right on the fruit sorting machine (3-12), that is, the vibration plate (3-10) The horizontal height of one end adjacent to the spray box (3-6) is greater than the horizontal height of the end away from the spray box (3-6); 3-10) Install five or more sieve plates side by side from left to right, and the sieve holes (3-16) on each sieve plate (3-8) from left to right gradually increase in size; A water spray pipe (3-18) is arranged directly above the plate (3-8), and the water spray port of the water spray pipe (3-18) faces the sieve plate (3-8); on the vibrating plate (3-10) From left to right, the diameter of the sieve holes (3-16) on the first sieve plate (3-8) is less than or equal to 1 cm, and the diameter of the sieve holes (3-16) on the second sieve plate (3-8) is less than or equal to 1 cm. The hole diameter is greater than 1 cm and less than or equal to 2 cm, the hole diameter of the sieve holes (3-16) on the third sieve plate (3-8) is greater than 2 cm and less than or equal to 3 cm, and the fourth sieve plate (3-8 ) The aperture of the upper sieve hole (3-16) is greater than 3 cm and less than or equal to 3.5 cm, and the aperture of the sieve hole (3-16) on the fifth sieve plate (3-8) greater than 6 cm; The vibrating water drainer includes: a body (4-1), a first conveyor belt (4-4) and a brush (4-8), and two first fixing plates (4-1) are horizontally arranged above the interior of the body (4-1). 3), and a first vibration motor (4-2) is installed on the inner wall of the body (4-1) on one side of the first fixing plate (4-3), between the two first fixing plates (4-3) A first rotating shaft (4-18) is installed, a first pulley is installed on the first rotating shaft (4-18), and a first conveyor belt (4-4) is located between the two first fixing plates (4-3) and installed A first baffle plate (4-5), a first vibration motor (4-2) and a first fixed plate ( 4-3) are connected by connecting pipes; the upper left top of the body (4-1) is provided with a feeding port (4-6), and a connecting rod (4) is fixed on the top inner wall of the body (4-1). -7), the brush (4-8) is installed below the connecting rod (4-7); the lower left side wall of the body (4-1) is provided with a water outlet (4-14), and the first conveyor belt (4 -4) A first water collecting tank (4-15) fixedly connected to the first fixing plate (4-3) is arranged below the first water collecting tank (4-15), and a first water pump (4-15) is installed below the first water collecting tank (4-15). 16) and the first pipeline (4-17), the water inlet end of the first water pump (4-16) is in fluid communication with the first water collecting tank (4-15), and the water outlet end of the first water pump (4-16) It is in fluid communication with the water inlet end of the first pipe (4-17), the water outlet end of the first pipe (4-17) is in fluid communication with the water outlet (4-14), and the first shaft (4-18) is in fluid communication with the water outlet (4-14). A motor (4-19) is driven and connected, the first conveyor belt (4-4) is a hollow mesh conveyor belt; two second fixing plates are horizontally arranged under the inside of the body (4-1), and the second fixing plate A second vibration motor is installed on the inner wall of the body (4-1) on one side, a second rotating shaft is installed between the two second fixing plates, a second pulley is installed on the second rotating shaft, and the second conveyor belt (4-9) It is located between the two second fixing plates and is installed on the second pulley, and the upper surfaces of the two second fixing plates are equipped with a second baffle plate, and the second vibration motor and the second fixing plate are connected by a connecting pipe Contact connection; a second water collecting tank fixedly connected with the second fixing plate is arranged below the second conveyor belt (4-9), and a second water pump and a second pipeline are installed below the second water collecting tank, and the inlet of the second water pump The water end is in fluid communication with the inside of the second water collecting tank, the water outlet end of the second water pump is in fluid communication with the water inlet end of the second pipe, the water outlet end of the second pipe is in fluid communication with the water outlet (4-14), the second The rotating shaft is drivingly connected with the second motor, the second conveyor belt (4-9) is a hollow mesh conveyor belt, and a discharge port (4-12) is arranged at the lower right of the second conveyor belt (4-9); 1) Two third fixing plates are horizontally arranged inside and located directly under the first water collecting tank (4-15) and directly above the second conveyor belt (4-9), and on one side of the third fixing plate A third vibration motor is installed on the inner wall of the body (4-1), a third rotating shaft is installed between the two third fixing plates, a third pulley is installed on the third rotating shaft, and the third conveyor belt (4-11) is located in the two blocks. Between the third fixed plates and installed on the third pulley, and the upper surfaces of the two third fixed plates are equipped with third baffle plates, and the third vibration motor and the third fixed plate are in contact and connected by connecting pipes; A third water collecting tank fixedly connected with the third fixing plate is arranged below the third conveyor belt (4-11), and a third water pump and a third pipeline are installed below the third water collecting tank. The water inlet end of the third water pump is connected to the The internal fluid of the third water collecting tank is in fluid communication, the water outlet end of the third water pump is in fluid communication with the water inlet end of the third pipe, the water outlet end of the third pipe is in fluid communication with the water outlet (4-14), and the third rotating shaft is in fluid communication with the water inlet end of the third pipe. The three motors are driven and connected, and the third conveyor belt (4-11) is a hollow mesh conveyor belt; a support column (4-13) is fixed under the body (4-1); the first rotating shaft (4-18) is clockwise Rotation, the third rotating shaft rotates counterclockwise, the second rotating shaft rotates clockwise, the third conveyor belt (4-11) is installed on the inner wall of the upper right body (4-1) with a third fan (4-20), A second fan (4-10) is installed on the inner wall of the upper left body (4-1) of the second conveyor belt (4-9); the first conveyor belt (4-4), the second conveyor belt (4-9) and the The three conveyor belts (4-11) are parallel structures, and the lengths of the first conveyor belt (4-4), the second conveyor belt (4-9) and the third conveyor belt (4-11) are less than the length of the machine body (4-1) ; The plate surface of the first baffle (4-5) is perpendicular to the bearing surface of the first conveyor belt (4-4), and the thickness of the first baffle (4-5) is the same as that of the first fixed plate (4-3). The thickness is the same; the plate surface of the second baffle is perpendicular to the bearing surface of the second conveyor belt (4-9), and the thickness of the second baffle is the same as that of the second fixed plate; the plate surface of the third baffle is the same as the third plate The bearing surface of the conveyor belt (4-11) is vertical, and the thickness of the third baffle plate is the same as that of the third fixing plate; the air outlet of the second fan (4-10) is the same as the bearing surface of the second conveyor belt (4-9). Parallel, the air outlet of the third fan (4-20) is parallel to the bearing surface of the third conveyor belt (4-11); the hole diameter of the mesh conveyor belt is 0.5-1.5cm; The through-flow dryer includes: a filter chamber (5-1), a vibrator interface (5-4), a buffer plate (5-6), a vent (5-11), a second baffle (5-13) and a collector The water tank (5-17), the inner wall of the filter chamber (5-1) is provided with a rubber layer (5-2), and the top left side of the filter chamber (5-1) is provided with a feed port (5-3), a vibrator The interface (5-4) is arranged on the right side of the feed port (5-3), the buffer plate (5-6) is installed on the inner wall of the filter chamber (5-1) through bolts (5-5), and the filter chamber ( The bottom of 5-1) is provided with a filter plate (5-7), and the upper surface of the filter plate (5-7) is provided with a first water absorption layer (5-8), and the right side of the filter chamber (5-1) A support plate (5-9) is fixed on the outer surface of the wall, and a fan (5-10) is arranged directly above the support plate (5-9), and the ventilation port (5-11) is arranged on the side of the fan (5-10). Above, a first baffle plate (5-12) is fixed on the lower bottom surface of the support plate (5-9), and a second baffle plate (5-13) is arranged between the two first baffle plates (5-12), And the conveyor belts (5-14) are arranged directly below the first baffle plate (5-12) and the second baffle plate (5-13), and partition plates (5-14) are arranged on both sides of the conveyor belt (5-14) along the length direction. -15), and the right end of the conveyor belt (5-14) is provided with a discharge plate (5-16), and the sump (5-17) is located directly below the conveyor belt (5-14) and the filter plate (5-7), And a collecting net (5-18) is fixed at the notch of the water collecting tank (5-17), and the first baffle plate (5-12) and the second baffle plate (5-13) are adjacent to the upper surface of the conveyor belt (5-14). A water-absorbent resin plate (5-19) is detachably installed on the free end of the conveyor belt (5-14), a second water-absorbent layer (5-20) is provided on the surface of the conveyor belt (5-14), and the second water-absorbent layer (5-20) is provided with There are filter holes (5-21); the buffer plate (5-6) is provided with two left and right rows and both are arranged obliquely downward, and the buffer plate (5-6) is symmetrical about the central axis of the filter chamber (5-1), buffering A third water-absorbing layer is arranged on the surface of the plate (5-6); the upper surface area of the filter plate (5-7) is equal to the lower surface area of the first water-absorbing layer (5-8), and the filter chamber (5-1) is adjacent to the conveyor belt ( 5-14) The left side wall is provided with a jujube outlet (5-22), and the jujube outlet (5-22) is installed with a jujube outlet (5-22) inclined to the upper surface of the conveyor belt (5-14). The left end of the conveyor belt (5-14) is located just below the outlet of the jujube pipe (5-23), and the filter plate (5-7) is installed obliquely, that is, the filter plate (5-7) The horizontal height of the end adjacent to the date outlet (5-22) is lower than the horizontal height of the end of the filter plate (5-7) away from the date outlet (5-22); the first baffle (5-12) and the second baffle (5-13) Alternately arranged along the length direction of the conveyor belt (5-14), the free end of the water-absorbent resin plate (5-19) adjacent to the upper surface of the conveyor belt (5-14) is provided with tooth slots and teeth, and along the free end of the conveyor belt (5-14) send Belt (5-14) length direction: the alveoli and teeth of the adjacent water absorbent resin plates (5-19) are opposite along the length direction of the conveyor belt (5-14), and the size and shape of the alveoli and the teeth match; the collecting net (5-18) has a net-like structure, and the height of the bottom of the collecting net (5-18) is greater than the height of the bottom of the water collecting tank (5-17); the outer surface of the second water absorbing layer (5-20) has a raised structure , and the filter holes (5-21) are located between adjacent raised structures; The drum classifier includes: a frame, a classification drum, a driving device, a date collector (6-16) and a classification auxiliary device. -11) Drive connection, the jujube collector (6-16) is located below the jujube outlet (6-6) of the grading drum, the grading auxiliary device is installed in the grading drum, and the grading auxiliary device drives the fresh red dates in the grading drum from the classification One end of the drum moves to the other end; the grading drum includes an inner cylinder (6-8) and an outer cylinder (6-5) that are coaxially and fixedly installed on the rotating shaft (6-11), and the inner cylinder (6-8) is located outside In the cylinder (6-5), the grading auxiliary device is installed in the inner cylinder (6-8). 7) The aperture gradually increases from the first end of the inner cylinder (6-8) to the second end of the inner cylinder (6-8); the jujube outlet (6-6) is opened in the cylinder of the outer cylinder (6-5). On the wall, and the diameter of the jujube outlet (6-6) is equal to the diameter of the diametrically opposite jujube dividing mouth (6-7); the grading auxiliary device includes a blade (6-9), a driven shaft (6-20) , chain and driven gear (6-18), the driven shaft (6-20) is parallel to the rotating shaft (6-11), and both ends of the driven shaft (6-20) are installed in the inner cylinder (6-20) through bearings On the side wall of -8), the driven gear (6-18) is fixedly installed on the driven shaft (6-20), and the rotating shaft (6-11) is fixedly installed with the driving gear (6-19), and the driven The gear (6-18) and the driving gear (6-19) are connected by chain transmission, the diameter of the driving gear (6-19) is 2-5 times the diameter of the driven gear (6-18), and the blade (6-9) ) is installed on the driven shaft (6-20) through the fixed seat (6-10), and the distance between the circumscribed circle of the driven gear (6-18) and the inner wall of the inner cylinder (6-8) is 2-10 cm; the rack Including the base (6-1), the fixing frame (6-15) and the bearing (6-4), the left and right sides of the base (6-1) are respectively installed with support frames (6-2), and the support frames (6- 2) A bearing seat (6-3) is installed on the upper end, the bearing (6-4) is located on the bearing seat (6-3), and both ends of the rotating shaft (6-11) are installed on the support through the bearing (6-4). On the rack (6-2); the first end of the inner cylinder (6-8) is provided with a channel (6-12) for adding fresh red dates, and one end of the channel (6-12) for adding fresh red dates is connected to the inner cylinder (6-8). ) is internally connected, and the other end extends to the outside of the outer cylinder (6-5); the fixing frame (6-15) is located on the right side of the base (6-1), and the driving device is installed on the fixing frame (6-15), The driving device includes an electric motor (6-14) and a reducer (6-13), and the electric motor (6-14) drives the rotating shaft (6-11) through the reducer (6-13); An arc surface (6-17) is installed inside, and the base (6-1) and the support frame (6-2) are welded; The fresh red dates quality inspection device includes: driving wheel (15-1), driven wheel (15-2), black conveyor belt (15-3), black rubber disturbance sheet (15-4), limit groove (15-5), Disturbance gap (15-6), feeding hopper (15-7), light box (15-8), fiber probe (15-9), spherical mirror (15-10), first filter (15-11), Interferometer (15-12), amplifier (15-13), digital-to-analog converter (15-14), computer (15-15), near-infrared light source (15-16), second filter (15-17) ) and the camera (15-18); the black conveyor belt (15-3) is installed on the driving wheel (15-1) and the driven wheel (15-2), the driving wheel (15-1) is drivingly connected with the driving device, the driving wheel (15-1) Drive the driven wheel (15-2) to rotate synchronously through the black conveyor belt (15-3); on the black conveyor belt (15-3) along the length direction of the black conveyor belt (15-3) a protruding black conveyor belt is laid (15-3) Two parallel black rubber strips (15-20) on the surface, a limit groove (15-5) is formed between the two black rubber strips (15-20), and two black rubber strips (15-20) 20) The distance between them is less than or equal to twice the maximum longitudinal diameter of fresh red dates and greater than or equal to the maximum transverse diameter of fresh red dates; the first end of the black rubber disturbance sheet (15-4) is fixed in the limit groove (15-5). ) The bottom and second end of the groove extend away from the moving direction of the black conveyor belt (15-3), and the angle between the black rubber disturbance sheet (15-4) and the surface of the black conveyor belt (15-3) is 15-30°; the driving wheel The end where (15-1) is located is the feeding end of the black conveyor belt (15-3), and the end where the driven wheel (15-2) is located is the discharging end of the black conveyor belt (15-3). 15-7) is located just above the driving wheel (15-1) and the discharge port of the feeding hopper (15-7) is facing the limit groove (15-5), and the bottom of the discharging port of the feeding hopper (15-7) There is a perturbation gap (15-6), the black rubber perturbation plate (15-4) is facing the perturbation gap (15-6), and the width and length of the black rubber perturbation plate (15-4) are respectively smaller than the perturbation gap (15-4). 6) The width and length of the feeding hopper (15-7) are less than or equal to 1.5 times the maximum longitudinal diameter of the fresh red dates and greater than or equal to the maximum transverse diameter of the fresh red dates; the light box (15-8) is located in the black Just above the conveyor belt (15-3), the near-infrared light source (15-16), the second filter (15-17) and the camera (15-18) are respectively installed in the left box of the light box (15-8) Inside the body, the second filter (15-17) is located directly below the camera (15-18), and the near-infrared light source (15-16) is mounted in the light box (15- 8) On the box wall, the signal output end of the camera (15-18) is connected with the signal input end of the computer (15-15); The emitted light of the sensor (15-12) is irradiated to the black conveyor belt (15-3) through the first filter (15-11), the spherical mirror (15-10), and the incident fiber of the fiber probe (15-9) in turn. ) on the fresh red dates (15-19), the reflected light of the fresh red dates (15-19) passes through the receiving fiber, amplifier (15-13) and digital-to-analog converter (15-14) of the fiber probe (15-9) in turn. ) and enter the computer (15-15). 2. The composite device for deep processing, sewage treatment and jujube core recycling according to claim 1, characterized in that the double-channel beater comprises: a left fixed table (9-1), a right fixed table (9-17), a machine Rack (9-2), beating tank (9-7), motor (9-3), beating rod (9-5) and double-channel pulp separation tank (9-4); rack (9-2) installation On the right fixing table (9-17), the motor (9-3) and the beating rod (9-5) are installed on the frame (9-2), and the power output end of the motor (9-3) is connected to the beating rod ( 9-5) Drive connection; the beating tank (9-7) is fixedly installed between the left fixing table (9-1) and the right fixing table (9-17) and is respectively connected with the left fixing table (9-1) and the right fixing table (9-17) Fixed connection, the double-channel pulp core separation tank (9-4) is located directly below the beating tank (9-7) and is fixed with the left fixing table (9-1) and the right fixing table (9-17) respectively Connect, the bottom of the beating tank (9-7) is connected to the double-channel pulp core separation tank (9-4); the beating rod (9-5) passes through the beating tank (9-7) from above and extends into the double-channel pulp Inside the nuclear separation tank (9-4); a beating blade (9-8) is installed on the beating rod (9-5) in the beating tank (9-7), and the bottom wall of the beating tank (9-7) is a Screen plate (9-9); double-channel pulp core separation tank (9-4) includes an outer tank (9-13) for storing jujube pits, an inner tank (9-15) for storing jujube pulp, Primary centrifugal separation disc (9-16) and nuclear mud secondary separation drum (9-18), inner tank (9-15), nuclear mud primary centrifugal separation disc (9-16) and nuclear mud secondary separation drum (9 -18) are located in the outer tank (9-13), and the beating rod (9-5) passes through the center of the nuclear mud primary centrifugal separation disc (9-16) and the nuclear mud secondary separation cylinder (9-16) from top to bottom. 9-18) and extend into the rotating groove at the bottom of the inner tank (9-15), the center of the nuclear mud primary centrifugal separation disc (9-16) and the 18) They are fixedly connected to the beating rods (9-5) respectively. The primary centrifugal separation disc (9-16) for nuclear mud is located in the secondary separation cylinder (9-18) for nuclear mud, and the primary centrifugal separation disc for nuclear mud (9-16) The diameter is smaller than the inner diameter of the nuclear mud secondary separation cylinder (9-18) and larger than the diameter of the filter screen (9-9). 9-18) Between the inner walls is the primary falling channel of the jujube core, and the secondary separation cylinder (9-18) of the core mud is provided with a falling hole (9-19) on the side wall of the cylinder near the bottom of the cylinder, and the secondary separation of the core mud The outer diameter of the cylinder (9-18) is greater than or equal to the outer diameter of the inner tank (9-15), and the tank side wall of the inner tank (9-15) is connected to the outer tank (9-13) through the connecting piece (9-20) The inner wall is fixedly connected, and the adjacent connecting pieces (9-20) are the secondary drop channel of the jujube core; the inner tank (9-15) is fixedly installed with a slurry screen (9-24), a slurry screen (9-24) ) with a mesh diameter of 0.5-2 mm, and the filter mesh (9 -24) A beating blade (9-23) is fixedly installed on the beating rod (9-5) above, and the beating blade (9-23) is located in the inner tank (9-15); the screen plate (9-9) Including a third filter screen (9-10), a first filter screen (9-11) and a second filter screen (9-12); the second filter screen (9-12) is located at the In the center, the third filter screen (9-10) and the first filter screen (9-11) are arranged alternately around the second filter screen (9-12); the mesh on the second filter screen (9-12) is circular Shaped holes or regular hexagonal holes, the diameter of the circular holes or the maximum diameter of the regular hexagonal holes is smaller than the transverse diameter of the red dates and jujube kernels; 9) The arc-shaped hole with the center as the center of the circle, the width of the arc-shaped hole in the radial direction is larger than the transverse diameter of the jujube and jujube core and less than 1.5 times the transverse diameter of the jujube and jujube core; the mesh holes on the first filter screen (9-11) are parallel The diameter of the elongated hole in the screen plate (9-9), the width of the elongated hole is larger than the transverse diameter of the jujube and jujube core and less than 1.5 times the transverse diameter of the jujube and jujube; A concentric hollow ring (9-21) is provided on the bottom of the secondary separation cylinder (9-18) and the core mud, and the radial width of the concentric hollow ring (9-21) is smaller than the transverse diameter of the red dates and dates Greater than 0.5 times the transverse diameter of the jujube core; the tank wall of the beating tank (9-7) is fixedly connected to the left fixing table (9-1) and the right fixing table (9-17) through the connecting block (9-6) respectively; The width of the jujube pit (9-19) along the axial direction of the secondary separation cylinder (9-18) is 2-4 times the transverse diameter of the jujube pit. The bottom surface of the mud secondary separation cylinder (9-18) is flush. 3. The composite device for deep processing, sewage treatment and jujube core recycling according to claim 1, characterized in that the continuous pre-cooking machine comprises: a pre-cooking chamber (7-1) with a discharge port (7-3) , the separation box (7-5), the bracket (7-12) and the holder (7-13), the pre-cooking chamber (7-1) is fixedly installed on the bracket (7-12), the pre-cooking chamber (7-12) -1) A stirrer (7-2) is installed inside, the discharge port (7-3) is arranged at the bottom of the pre-cooking chamber (7-1), and the discharge port (7-3) is installed with a seal for sealing The partition plate (7-4) of the discharge port (7-3), the separation box (7-5) is arranged below the pre-cooking chamber (7-1), and the separation box (7-5) includes a box bottom plate (7-5). -21), left box wall (7-22), right box wall (7-23), front box wall and rear box wall, left box wall (7-22), right box wall (7 -23), the bottom edges of the front box wall and the rear box wall are respectively sealed with the box bottom plate (7-21), and the separation box (7-5) is installed with a filter plate (7-24) at the bottom, a right side The filter plate (7-7), the filter hopper (7-19) composed of the front filter plate and the rear filter plate, the bottom edges of the right filter plate (7-7), the front filter plate and the rear filter plate are respectively It is fixedly connected with the bottom filter plate (7-24), the upper part of the left box wall is provided with a red date dumping port (7-20), and the left edge of the bottom filter plate (7-24) is hingedly installed on the red date dumping port (7-20). 20), and the bottom filter plate (7-24) is inclined from the red date pouring port (7-20) to the bottom of the box, the right filter plate (7-7) is provided with a lifter (7-6), and the separation box ( 7-5) Slide rails (7-8) are arranged on the left and right sides of the bottom, and a water collecting tank (7-9) is installed on the inner side of the sliding rail (7-8). The slide rails (7-8) are matched with the chute, the left and right sides of the water collecting tank (7-9) are provided with handles (7-10), and the brackets (7-10) on the left side of the pre-cooking chamber (7-1) 12) A motor (7-11) is arranged on the motor (7-11), the power output end of the motor (7-11) is drivingly connected with the stirrer (7-2), and the holder (7-13) is installed in the pre-cooking chamber (7-1). ), and the bottom of the holder (7-13) is provided with a pin (7-14), the holder (7-13) includes a first fixing part and a second fixing part, the first fixing part is The upper end and the upper end of the second fixing part are hinged, the pin shaft (7-14) passes through the pin shaft holes on the first fixing part and the second fixing part, and both the first fixing part and the second fixing part have a cross-section of a semicircle A spring (7-15) is installed on the inner wall of the opening slot (7-25), one end of the spring (7-15) is fixedly connected with the inner wall of the opening slot (7-25), and the other One end is fixedly connected with the soft pad (7-16), the first fixing part is provided with a mounting part, and the fixer (7-13) is fixedly installed in the pre-cooking chamber (7-1) through the bolt (7-17) and the mounting part ); the partition plate (7-4) and the discharge port (7-3) are in a snap-fit structure , and the discharge port (7-3) is fixedly connected with the pre-cooking chamber (7-1); the water collecting tank (7-9) is connected with the fluid inside the pre-cooking chamber (7-1) through the water pump (7-26) on. 4. The composite device for deep processing, sewage treatment and jujube core recycling according to claim 1, characterized in that the spreader comprises: a body (11-2), a horizontal conveying mechanism for a spreader, and a vertical transport for the spreader. Mechanism, spreading leveling mechanism, spreading tray (11-9) and spreading material recovery mechanism; the body (11-2) includes a chassis and side plates (11-7) installed on the left and right ends of the chassis; The horizontal conveying mechanism includes a motor (11-3), a transmission belt (11-4), a transmission wheel (11-5), a conveying belt (11-6) and a roller (11-25). The motor (11-3) is installed in the body On the bottom frame of (11-2), the power output end of the motor (11-3) is drivingly connected with the transmission wheel (11-5) through the transmission belt (11-4), and the transmission wheel (11-5) and the drum (11- 25) Coaxial installation and synchronous rotation driven by the motor (11-3), both ends of the conveyor belt (11-6) are installed on the two rollers (11-25) The conveyor belt (11-6) and the roller (11-25) are installed on the bottom frame of the machine body (11-2) together; L-shaped support plates (11-10), at least one pneumatic telescopic rod (11-22) is installed on the bottom frame of the body (11-2) on both sides of the conveyor belt (11-6), each pneumatic telescopic rod An L-shaped support plate (11-10) is installed at the top of (11-22), the L-shaped support plates (11-10) on the lateral sides of the conveyor belt (11-6) are mirror-symmetrical, and the conveyor belt (11-6 The distance between the upright plates of the L-shaped support plates (11-10) corresponding to the lateral sides of the ) is equal to the width of the spreading plate (11-9). 11-2); the laying leveling mechanism includes a hydraulic cylinder (11-11) and a scraper (11-23). One end of the hydraulic cylinder (11-11) is fixedly installed on the side plate ( 11-7), and the axis of the hydraulic cylinder (11-11) is parallel to the plate surface of the spreading disc (11-9), the scraper (11-23) is installed on the free end of the piston rod of the hydraulic cylinder (11-11) upper, the lower edge of the scraper (11-23) is flush with the surface of the spreading plate (11-9); The material guide chute (11-8) and the collection chute (11-21) are both located outside the side plate (11-7) at the left end of the body (11-2), and the upper entrance of the material guide chute (11-8) is connected to the body (11-2) The paving material drop outlet at the top of the left side plate (11-7) is connected, the lower end of the material guide chute (11-8) is connected to the inlet of the collection tank (11-21), and the material guide chute (11-21) is connected. The angle between the groove (11-8) and the side plate (11-7) is 10-15°; a guide groove (11-24) is provided on the inner wall of the side plate (11-7) at the left end of the body (11-2). ), spreading plate (1 1-9) A guide rail matched with the guide groove (11-24) is arranged on the side wall adjacent to the guide groove (11-24), and the guide rail is located in the guide groove (11-24); the bottom of the body (11-2) is installed There is a universal wheel (11-1); the conveyor belt (11-6) is a double-layer conveyor belt, and a damping spring (11-17) is fixed between the two layers; the bottom frame under the motor (11-3) passes through The screws (11-19) are fixedly installed with the rubber pads (11-18), the rubber pads (11-18) are fixedly installed with the fixing bases (11-20), and the motors (11-3) are fixedly installed on the fixing bases (11-18). 20); baffles (11-12) are installed on the outer sides of the pneumatic telescopic rods (11-22) on both lateral sides of the conveyor belt (11-6). 5. The composite device for deep processing, sewage treatment and jujube core recycling according to claim 1, wherein the core punching machine comprises: a frame, a support plate (12-1), a turntable (12-6), a turntable drive Mechanism, two jujube meat collection buckets (12-2), two jujube core collection buckets (12-3), fresh red dates supply mechanism and two pitted meat removal mechanisms, the support plate (12-1) is fixedly installed on the machine. On the shelf, the turntable (12-6) is located just above the support plate (12-1) and is drivingly connected with the turntable drive mechanism. The turntable (12-6) is provided with six half-sector working areas with equal central angles, each The semi-sector working area is provided with placement grooves (12-15), and the center of the bottom of each placement groove (12-15) is provided with a punching through hole (12-16) that penetrates the turntable (12-6), At the bottom of each placement groove (12-15) and around the punching through holes (12-16), arc-shaped through-holes (12-20) are equally spaced. There are meat passages (12-21) in the half-sector working area; clockwise on the disk surface of the turntable (12-6): the half-sector working area is the first half-sector working area and the second half-sector working area in turn. , the third semi-sector working area, the fourth semi-sector working area, the fifth semi-sector working area and the sixth semi-sector working area; the two jujube pit collecting buckets (12-3) are located in the second semi-sector working area and the sixth semi-sector working area respectively. Right below the fifth half-sector working area, two jujube meat collecting buckets (12-2) are located directly below the third half-sector working area and the sixth half-sector working area, and the jujube pit collecting buckets (12-3) and The date meat collection buckets (12-2) are all located directly below the support plate (12-1), and the fresh red dates supply mechanism includes two feeding materials that are respectively fixed on the first half-sector working area and the fourth half-sector working area. Tubes (12-9), each pitting mechanism includes a hydraulic cylinder (12-10), a right connecting plate (12-11) mounted with a punch (12-14), and a pressing rod (12) mounted -12) The left connecting plate (12-13), the free end of the piston rod of the hydraulic cylinder (12-10) is drivingly connected with the right connecting plate (12-11) and the left connecting plate (12-13) respectively, and a de-cored The right connecting plate (12-11) and the left connecting plate (12-13) of the meat-cutting mechanism are located just above the second half-sector working area and the third half-sector working area, respectively, and the right connecting plate of the other meat cutting mechanism The disk (12-11) and the left connecting disk (12-13) are located just above the fifth half-sector working area and the sixth half-sector working area, respectively, and the diameter of the end face of the punch (12-14) is smaller than that of the placement groove (12- The diameter of 15) is 0.95-0.7 times the diameter of the punching through hole (12-16), and the diameter of the end face of the pressing rod (12-12) is smaller than the diameter of the placement groove (12-15) and larger than the punching through hole (12). -16), the punching rod (12-14) corresponds to the punching through hole (12-16) on the second half-sector working area and the fifth half-sector working area, and the pressing rod (12-12) corresponds to third The placement grooves (12-15) on the half-sector working area and the sixth half-sector working area are in one-to-one correspondence; the turntable drive mechanism includes a motor (12-4) and a rotating shaft (12-1) mounted on the support plate (12-1) through bearings. 12-5), the electric motor (12-4) is located below the support plate (12-1), the lower end of the rotating shaft (12-5) is drivingly connected with the power output end of the electric motor (12-4), and the rotating shaft (12-5) The upper end is fixedly connected with the turntable (12-6); the diameter of the punching through hole (12-16) is 1.1-1.5 times the transverse diameter of the jujube core, and the diameter of the placement groove (12-15) is larger than the transverse diameter of the fresh red jujube and smaller than the longitudinal diameter of fresh red dates; the distance between the discharge port of the feeding pipe (12-9) and the surface of the turntable (12-6) is less than the transverse diameter of fresh red dates; the placement groove (12-15) has a large opening at the upper end and an opening at the lower end Small inverted truncated truncated shape, and the diameter of the bottom of the inverted truncated truncated shape is larger than the transverse diameter of fresh red dates; The date pit collection bucket (12-3) is attached. 6. The composite device for deep processing, sewage treatment and jujube pit recycling according to claim 1, wherein the sorting machine comprises: an air cooling box (13-1), a base (13-2), a discharge port (13 -3), screw press (13-4), bearing seat (13-5), screw (13-6), sorting box (13-7), spokes (13-8), through holes (13-9) , partition box (13-10), air inlet (13-11), filter screen (13-12), anti-blocking channel (13-13), rotating shaft (13-14), baffle plate (13-15), Rubber grooves (13-16), air intake holes (13-17), fixing rods (13-18), connecting plates (13-19) and feed ports (13-20); air cooler (13-1) and the partition box (13-10) are fixedly installed on the base (13-2), and the partition box (13-10) is located inside the air cooling box (13-1), and the inside of the air cooling box (13-1) and the partition box ( 13-10) Between the outer walls is an airflow channel; the sorting box (13-7) is located in the separation box (13-10), and the upper end of the sorting box (13-7) is fixedly connected to the inner wall of the separation box (13-10) , between the outer wall of the sorting box (13-7) and the inner wall of the separation box (13-10) is a jujube mud channel, and between the outer wall of the sorting box (13-7) and the inner wall of the separation box (13-10) through the fixed rod ( 13-18) Fixed connection; the upper end of the screw (13-6) passes through the top wall of the air-cooled box (13-1) and is mounted on the top wall of the air-cooled box (13-1) through a bearing, and the screw (13-6) The lower end of the separator passes through the feed port at the top of the separation box (13-10), the feed port at the top of the sorting box (13-7), and the sorting cavity inside the sorting box (13-7) from top to bottom. The filter screen (13-12) at the bottom of the chamber and sorting box (13-7) is mounted on the bearing seat (13-5) in the center of the bottom box wall of the dividing box (13-10) through the bearing; the bottom box wall is Hollow structure, the bearing seat (13-5) is fixedly connected with the box side wall of the partition box (13-10) through six spokes, and a discharge port (13-2) is provided on the base (13-2) directly under the hollow structure. 3); The mesh diameter of the filter screen (13-12) is 1-5 mm, the through hole (13-9) is located on the side wall of the sorting box (13-7), and the diameter of the through hole (13-9) is 1-5 mm, the side wall of the sorting box (13-7) between the upper and lower adjacent through holes (13-9) is provided with an anti-blocking channel (13-13); the baffle plate (13-15) is located in Inside the anti-blocking channel (13-13) and the diameter of the baffle plate (13-15) is smaller than the aperture of the anti-blocking channel (13-13), the baffle plate (13-15) passes through the connecting plate (13-19) and the rotating shaft (13 -14) It is hingedly installed on the side wall of the sorting box (13-7), the rotating shaft (13-14) is located in the side wall of the sorting box (13-7), and the rubber groove (13-16) is located in the same direction as the rotating shaft (13) -14) The inner wall of the anti-blocking channel (13-13) facing radially , the edge of the baffle plate (13-15) is located in the rubber groove (13-16); the air inlet (13-11) is located on the lower side wall of the air cooling box (13-1), and passes through the air flow channel and air intake The hole (13-17) is connected with the jujube mud channel, and the air inlet hole (13-17) is located on the side wall of the upper part of the partition box (13-10). The feed port at the top, the feed port at the top of the separation box (13-10) and the feed port at the top of the sorting box (13-7) are composed of the feed port at the top of the air cooling box (13-1), the separation box ( 13-10) The feed port at the top and the feed port at the top of the sorting box (13-7) are connected and the sorting chamber inside the sorting box (13-7) is connected in sequence from top to bottom, feeding The mouth is sealed and isolated from the airflow channel and the jujube mud channel; the minimum distance between the screw (13-6) and the inner wall of the sorting chamber is 1.5-3 times the transverse diameter of the jujube kernel; the upper end of the screw (13-6) is driven by the driving device connected, the screw press (13-4) is formed on the outer surface of the screw (13-6); the sorting box (13-7) consists of an inner box and an outer box that are coaxially installed together, and the inner box and the outer box pass through Bolts (13-21) secure the connection. 7. The composite device for deep processing of red jujube, sewage treatment and jujube core recycling according to claim 1, characterized in that the sewage treatment device comprises a grid sump, a first-level microfilter, a primary sedimentation adjustment tank, and a second-level microfilter , anaerobic reaction tank, facultative oxygen reaction tank, contact oxidation reaction tank, first-level sedimentation tank, second-level sedimentation tank, intermediate water tank, sludge thickening tank and filter, the grid collecting tank, the first-level microfiltration tank tank, the primary sedimentation adjustment tank, the secondary microfiltration tank, the anaerobic reaction tank, the facultative oxygen reaction tank, the contact oxidation reaction tank, the first-level sedimentation tank, the second-level sedimentation tank The tank, the intermediate water tank and the filter are connected in fluid communication in sequence; the sludge discharge end of the grid sump, the sludge discharge end of the first-stage microfiltration tank, and the sludge discharge end of the primary sedimentation adjustment tank. The sludge discharge end, the sludge discharge end of the secondary microfiltration tank, the sludge discharge end of the anaerobic reaction tank, the sludge discharge end of the facultative reaction tank, the sludge discharge end of the contact oxidation reaction tank The discharge end, the sludge discharge end of the primary sedimentation tank, the sludge discharge end of the secondary sedimentation tank and the sludge discharge end of the intermediate water tank are respectively connected with the sludge inlet end of the sludge thickening tank. Conductive connection; the grille in the grille sump includes a filter component group, the filter component group includes an end plate (8-1) and a filter component, and the filter component includes a support rod (8- 2) and a branch pipe (8-3), the body of the branch pipe (8-3) is provided with a circulation hole (8-4) penetrating the inner wall and the outer wall of the branch pipe (8-3), the branch pipe (8-3) ) is fixedly connected to the outer wall of the support rod (8-2) and the included angle α between the axial direction of the branch pipe (8-3) and the axial direction of the support rod (8-2) is greater than 20° and less than or equal to 75°, the fixed end of the support rod (8-2) is fixedly connected with one of the end plates (8-1), and the free end of the support rod (8-2) is connected with the other end plate (8-1) Plug connection; on the same filter component group, on two adjacent support rods (8-2), the first support rod (8-2) The included angle between the axial direction of the branch pipe (8-3) and the axial direction of the branch pipe (8-3) on the second support rod (8-2) is greater than or equal to 0° and less than or equal to 90°; On the same filter component group, the fixed ends of the two adjacent support rods (8-2) are respectively fixedly connected with the different end plates (8-1); the facultative oxygen reaction tank Both the water inlet and the water inlet of the contact oxidation reaction tank are provided with a spoiler member, and the spoiler member includes a cross mounting bracket (8-5) and a spiral spoiler (8-6); the spiral spoiler ( 8-6) one end is arranged in the described facultative oxygen reaction tank or in the described contact oxidation reaction tank, and the other end of the spiral spoiler (8-6) is fixedly connected with the cross mounting frame (8-5), The cross mounting bracket (8-5) is arranged in the water inlet of the facultative oxygen reaction tank or in the water inlet of the contact oxidation reaction tank; the turbulence member further comprises a corrugated plate (8-7), One end of the plate (8-7) is set in the facultative oxygen reaction tank or In the contact oxidation reaction tank, the other end of the corrugated plate (8-7) is fixedly connected with the cross mounting bracket (8-5); the spiral spoiler (8-6) and the corrugated plate (8-7) are all orifice plates; the diameter of the through holes on the spiral spoiler (8-6) is 5-15mm, and the diameter of the through holes on the corrugated plate (8-7) is 15-20mm; The surface of the spiral spoiler (8-6) and the surface of the corrugated plate (8-7) are provided with a catalyst coating (8-10) and catalyst particles (8-8), and the catalyst particles (8-8) 8) Embedded in the catalyst coating (8-10); the catalyst particles (8-8) have a particle size of 0.5-1 mm; the catalyst coating (8-10) is provided with grooves (8- 9); There are more than or equal to 3 water inlets in the facultative oxygen reaction tank, and more than or equal to 1 aeration head is arranged between two adjacent water inlets. 8. The composite device for deep processing, sewage treatment and jujube core recycling according to claim 1, wherein the jujube core shell and jujube kernel separation device comprises: a column (14-1), a lifting frame base (14-2) , operating platform (14-3), disc (14-4), lifting frame (14-6), first support rod (14-8), second support rod (14-9), support column (14- 10), upper platform (14-11), lifting bracket (14-12), fixing plate (14-13), motor (14-14), transmission shaft (14-15), bearing plate (14-16) , pressure plate (14-17), jujube core (14-18), ring knife group (14-19), annular top plate (14-20) with teeth on the upper surface, annular baffle (14-21), air blower The annular pipe (14-22) and the annular air suction duct (14-23), the operation platform (14-3) is fixedly installed on the top of the column (14-1), and the support column (14-10) is fixedly installed on the operation platform ( Around the table top of 14-3), the upper platform (14-11) is fixedly installed on the top of the support column (14-10), and the lifting bracket (14-12) is fixedly installed on the table top of the upper platform (14-11), fixed The plate (14-13) is fixedly installed on the lifting bracket (14-12), the motor (14-14) is fixedly installed on the fixing plate (14-13), and the upper end of the transmission shaft (14-15) is fixedly installed on the The fixed plate (14-13) is drivingly connected with the power output end of the motor (14-14), and the lower end of the transmission shaft (14-15) passes through the lifting channel on the upper platform (14-11) and extends to the upper layer Below the platform (14-11), the bearing plate (14-16) is fixedly installed on the lower end of the transmission shaft (14-15), and the ring cutter group (14-19) and the pressure plate (14-17) are fixedly installed on the bearing respectively. On the lower surface of the pressing plate (14-16), the ring cutter group (14-19) is arranged around the pressing plate (14-17), and the disc (14-4) is fixedly installed on the operating platform (14-3). On the table, the disk (14-4) is provided with a groove (14-7) and a pre-break shell ring groove (14-5) respectively, and the groove (14-7) is located in the pressure plate ( 14-17), and the size of the groove (14-7) is adapted to the size of the platen (14-17) so that the platen (14-17) can be positioned in the groove (14) -7) The pre-crushed jujube core is rolled, and the pre-crushed ring groove (14-5) surrounds the kernel groove (14-7), and the pre-crushed ring groove (14-5) follows the circular The radial width of the disc (14-4) is adapted to the lateral width of the ring cutter group (14-19) so that the ring cutter group (14-19) can align the The jujube core is pre-cracked, the blowing ring pipe (14-22) is fixed and installed along the circumferential edge of the disk (14-4), and the disk (14-4) is fixedly installed, and the inner side of the blowing ring pipe (14-22) is blown in the circumferential direction. The opening is facing the opening of the ring groove (14-5) of the pre-breaking shell and facing the direction of the benefic groove (14-7). The frame (14-6) is fixedly installed on the operating platform (14-3), and the lower end of the second support rod (14-9) and the lower end of the first support rod (14-8) are respectively fixed and installed on the lifting frame (14- 6) On, the upper end of the first support rod (14-8) passes upward in sequence through the first lifting through hole on the operating platform (14-3) and the first lifting through hole on the disc (14-4) and the The annular top plate (14-20) at the bottom of the pre-breaking shell ring groove (14-5) is fixedly connected, and the disc (14) between the pre-breaking shell ring groove (14-5) and the kernel groove (14-7) -4) An annular air extraction channel (14-23) is provided inside, and the annular air extraction channel (14-23) and the kernel outlet groove (14-7) pass through the side wall of the kernel outlet groove (14-7). The core shell and the jujube seed channel are connected, and the upper end of the second support rod (14-9) passes upward in turn through the second lifting through hole on the operating platform (14-3) and the second lifting through hole on the disc (14-4). The lifting through hole is fixedly connected with the annular baffle plate (14-21) located in the annular air suction channel (14-23), and the circular baffle plate (14-4) above the annular baffle plate (14-21) is provided with an annular baffle plate (14-4). The lifting channel adapted to the plate (14-21); the height of the teeth on the upper surface of the annular top plate (14-20) is 0.5-2 mm; the bottom surface of the groove (14-7) is provided with cylindrical protrusions From (14-24), the cross-sectional diameter of the cylindrical protrusions (14-24) is smaller than the longitudinal diameter of the jujube kernel, and the spacing between adjacent cylindrical protrusions (14-24) is greater than 3 times the longitudinal diameter of the jujube kernel And less than or equal to 10 times the longitudinal diameter of the jujube kernel, the height of the cylindrical protrusion (14-24) is greater than the transverse diameter of the jujube kernel and smaller than the transverse diameter of the jujube kernel; The center is the center of the circle: the space X between the two adjacent cylindrical protrusions (14-24) in the radial direction R is provided with cylindrical protrusions (14-24) on both sides of the circumferential direction C; the pressure plate (14-24) 17) Teeth with a height of 0.5-2 mm are also provided on the lower bottom surface. 9. The composite device for deep processing, sewage treatment and jujube pit recycling according to claim 1, characterized in that the slag discharging screw conveying mechanism comprises: a base (10-1) and a discharge port (10-8), the base (10-8). 10-1) is provided with a material storage drawer (10-2), the material storage drawer (10-2) is located directly below the discharge port (10-8), and a main body is arranged above the base (10-1). The shell (10-3), the inner left end of the main shell (10-3) is provided with an auxiliary motor (10-4), and the rear end of the auxiliary motor (10-4) is provided with a driving wheel (10-5), the driving wheel A belt (10-6) is installed on (10-5), and the other end of the belt (10-6) is connected with a transmission wheel (10-7), and a crushing bin ( 10-9), the crushing bin (10-9) is located in the main body shell (10-3), the discharge port (10-8) is located in the middle of the base (10-1), and the inside of the crushing bin (10-9) is left and right Rolling wheels (10-10) are arranged on both sides, and meshing teeth (10-11) are fixed around the rolling wheels (10-10), and a support column (10-3) is arranged on the right side of the main shell (10-3). 10-12), and the top of the support column (10-12) is provided with a conveying pipe (10-13), the right end of the conveying pipe (10-13) is provided with a feeding port (10-14), and the conveying pipe (10 A fixed ring (10-15) is arranged in the middle of -13, a fixed bearing (10-16) is arranged inside the fixed ring (10-15), and a conveying shaft (10) is arranged inside the fixed bearing (10-16). -17), the left end of the conveying pipe (10-13) is connected with a guide port (10-18), and above the conveying pipe (10-13) is provided a main motor (10) that is drivingly connected to the conveying shaft (10-17). -19), one end of the guide port (10-18) is the feed port and is connected to the conveying pipe (10-13), and the other end is the discharge port and is located at the meshing place of the two rollers (10-10). Right above; the lower end of the auxiliary motor (10-4) and the base (10-1) are fixedly connected, and the driving wheel (10-5) passes through the belt (10-6) and the transmission wheel (10-7). It cooperates to form a belt drive structure; the upper end of the discharge port (10-8) and the lower end of the middle part of the crushing bin (10-9) are welded, and the discharge port (10-8), the crushing bin (10-9) and the The central axis A of the stocking drawer (10-2) coincides, and the stocking drawer (10-2) is embedded in the interior of the base (10-1); the meshing teeth (10-11) are evenly and equally spaced on the rollers (10-10) around the outside, and the rollers (10-10) are symmetrical about the central axis A of the crushing bin (10-9), and the rollers (10-10) pass through the meshing teeth (10). The cooperation between -11) constitutes meshing transmission; the conveying pipe (10-13) is connected with the right end of the base (10-1) through the support column (10-12), and the conveying pipe (10-12) The included angle between the central axis of -13) and the horizontal line is 30°, and the upper end of the conveying pipe (10-13) and the guide port (10-18) have an integrated structure; the surface of the conveying shaft (10-17) It is arranged in a spiral structure, and the central axis of the conveying shaft (10-17) and the central axis of the conveying pipe (10-13) coincide with each other.

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