CN202921569U

CN202921569U - Yellow mealworm separator

Info

Publication number: CN202921569U
Application number: CN 201220507322
Authority: CN
Inventors: 李勇
Original assignee: SUIZHOU YIZHONG MACHINERY TECHNOLOGY Co Ltd
Current assignee: SUIZHOU YIZHONG MACHINERY TECHNOLOGY Co Ltd
Priority date: 2012-09-29
Filing date: 2012-09-29
Publication date: 2013-05-08
Anticipated expiration: 2022-09-29

Abstract

A yellow mealworm separator comprises a rack, an upper vibrating screen, a lower vibrating screen, a worm hopper, an air bellow, a frass collecting box, a first conveying belt and a second conveying belt. An upper fur brush pony wheel is arranged on the lower portion of the left bottom of the first conveying belt, an upper worm collecting box is placed on the lower portion of the upper fur brush pony wheel, and the upper worm collecting box is also placed on the rack. The second conveying belt is installed in the rack on the lower portion of the upper worm collecting box, rollers are arranged at two ends of the second conveying belt, the left roller and a lower conveying belt bull wheel are coaxial, and the right roller can move left and right and be adjusted by a second adjusting screw. A lower fur brush is arranged at the lower end of the left bottom of the second conveying belt and driven by the lower fur brush pony wheel. The yellow mealworm separator is simple in operation, saves cost, and is capable of well achieving multi-layer separation of dead worms, pupas, worm frass, worm skins, large worms, small worms and imagoes.

Description

Tenebrio molitor separation machine

Technical field

The utility model relates to the bobbing machine field, is a kind of multilayer bolter and one deck soft cloth driving-belt for separating of the dead worm in yellow meal worm, pupa, worm excrement, worm skin, large small worm, adult.

Background technology

in the breeding process of yellow meal worm, multiple components is arranged: large larva in feeding slot, small grub, pupa, just the weak worm of shedding, the worm skin, the worm excrement, feed, adult etc., yellow meal worm in life will be through four variants, evolve step by step from the worm's ovum to the adult, the most dangerous in this process is small grub and pupa, the growth phase of weak worm, if these are not in time removed, will cause foster yield reducation, because yellow meal worm has internecine habit, the simultaneously timely removing of worm excrement and worm skin and remaining food also is conducive to the growth of insect and the utilization of the energy, so the breeding process that is separated in yellow meal worm of yellow meal worm has very important meaning, and the mask work of the yellow meal worm in conventional procedure is all by manually-operated, but artificial operating efficiency of separating is extremely low, for cultivating with large-scale, the cultured output that improves yellow meal worm caused into obstruction.

Summary of the invention

The purpose of this utility model is to overcome defective of the prior art and deficiency, provides a kind of simple to operate, cost-effective Tenebrio molitor separation machine.

the utility model is achieved in that Tenebrio molitor separation machine, it is characterized in that in the frame upper end, vibratory sieve being housed, worm bucket and bellows are installed on upper vibratory sieve, bellows are in the back of worm bucket, be placed with on upper vibratory sieve lower bearing bracket top and connect the excrement box, be mounted with insect receiving box once at conveyer belt, in the lower end of frame, lower vibratory sieve and motor are installed, be equipped with two erythrophloeum ferdii boxes and lower insect receiving box in lower vibratory sieve underneath, in the bottom of frame, universal caster wheel and castor be installed, motor is connected with the eccentric shaft bull wheel by belt, the eccentric shaft bull wheel is connected with the fan bull wheel by belt, the fan steamboat is connected with the transmission third wheel by belt, it is upper vibratory sieve below the worm bucket, upper vibratory sieve is supported by four vibrating arms, the lower left quarter of upper vibratory sieve is connected with capacity eccentric bearing in the large wheel shaft of eccentric shaft, upper vibratory sieve right part is provided with top sieve and slips the worm plate, by slipping the support of worm plate strut, be equipped with conveyer belt one connecing on the bottom frame of excrement box, conveyer belt one two ends are provided with cylinder, the left end cylinder is coaxial with the commutation bull wheel, the cylinder bottom left section is equipped with and slips the worm plate, the right-hand member cylinder can move left and right, regulated by set screw one, there is upper hairbrush steamboat the left bottom of conveyer belt one, be equipped with hairbrush on axle, upper hairbrush steamboat bottom is placed with insect receiving box, upper insect receiving box is also placed on frame, conveyer belt two is installed in the frame of upper insect receiving box bottom, the two ends of conveyer belt two are provided with cylinder, the left end cylinder is coaxial with the lower conveyor belt bull wheel, the right-hand member cylinder can move left and right, regulated by set screw two, under conveyer belt two is left, end is provided with lower hairbrush, driven by lower hairbrush steamboat, the right bottom of conveyer belt two is lower vibratory sieve, lower vibratory sieve is pulled by four vibrating arms, two vibrating arms of left part are connected with lower vibratory sieve right-hand member vibrating arm by connecting rod, three layers of lower vibrosieves: the upper strata is with the full back cover of iron sheet, the middle level is bolter, lower floor is with two for export, iron sheet.

The utility model is simple in structure, easy to operate, utilize conveyer belt and up and down insect receiving box, realized the dead worm in the yellow meal worm, pupa, worm excrement, worm skin, the multilayer separation of small worm, adult greatly, improved the survival rate of yellow meal worm, improved the output of yellow meal worm, provided cost savings.

Description of drawings

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

Fig. 2 is backsight structural representation of the present utility model.

Fig. 3 is plan structure schematic diagram of the present utility model.

In the drawings: 1, bellows; 2, bellows bull wheel; 3, bellows steamboat; 4, frame; 5, upper vibratory sieve; 6 vibrating arms; 7, connect the excrement box; 8, connecting rod; 9, top sieve slips the worm plate; 10, slip worm plate strut; 11, set screw; 12, conveyer belt cylinder; 13, upper insect receiving box; 14, lower sieve vibrating arm; 15, lower sieve vibrating arm; 16, set screw; 17, slip the worm plate; 18, lower vibratory sieve; 19, motor; 20, universal caster wheel; 21, castor; 22, conveyer belt; 23 pairs of erythrophloeum ferdii boxes; 24, lower insect receiving box; 25, V-belt; 26, lower bristle brush wheel; 27, conveyer belt cylinder; 28, conveyer belt; 29, slip the worm plate; 30, upper hairbrush steamboat; 31 worm buckets; 32, transmission third wheel; 33, eccentric shaft steamboat; 34, electric-motor drive wheel; 35, hood; 36, hood 2.

The specific embodiment

The utility model is further described below in conjunction with drawings and Examples.

In Fig. 1, Fig. 2 and Fig. 3, frame 4 napexes are equipped with worm bucket 31, worm bucket 31 bottoms are provided with insect leakage port, regulate down-off by worm bucket adjusting rod 30, worm bucket 31 right parts are provided with bellows l, the wind-force that bellows 1 produce blows to the bottom of worm bucket 31 left and blows out the worm skin, is equipped with vibratory sieve 5 on worm bucket 31 bottom frames, and its major function is the sieve excrement; Vibrating arm 6 and vibrating arm 34 support upper vibratory sieve 5, put on frame 4 under upper vibratory sieve 5 and connect excrement box 7 in order to connect excrement, upper vibratory sieve 5 right-hand member bottoms are provided with top sieve and slip worm plate 9, avoided insect to sift out the injury of directly falling down and causing through sieve, the worm plate strut 10 that slips is supporting top sieve and is slipping worm plate 9, the worm plate strut 10 that slips can rotate, and pulls to slip worm plate strut 10 and can set level top sieve and slip worm plate 9, deposits when only needing the sieve excrement and can place insect receiving box 13 herein; Connect and be equipped with conveyer belt 28 on excrement box 7 bottom frames by the commutation bull wheel: 34 drive, conveyer belt 28 two ends are equipped with cylinder, insect after sieve and pupa through conveyer belt during from right to left to left side cylinder the smooth worm plate such as smooth pupa and weak worm slide on lower conveyor belt 22, and healthy polypide tightly grabs to invest and moves to its underpart with conveyer belt 28 on conveyer belt 28, completes first separation; Hairbrush is equipped with in order to the brush worm in conveyer belt 28 bottoms, be placed with again insect receiving box 13 on worm brush lower framework, hairbrush falls into the worm brush in box, upper insect receiving box 13 lower frameworks 4 have conveyer belt 22 and go down south 36 drives of conveyer belt bull wheel, conveyer belt 22 two ends also are provided with cylinder, when the weak dead worm through separating for the first time and pupa and the healthy polypide of part when conveyer belt is transported to right-hand member, pupa and the dead smooth worm plate 17 of worm slide in the second layer bolter of lower vibratory sieve, and healthy polypide grabs to invest to complete on conveyer belt 22 for the second time and separates.Conveyer belt 22 bottoms are equipped with hairbrush, and southern hairbrush steamboat 26 drives.Lower vibratory sieve 18 is arranged at conveyer belt 22 bottoms, and the left end of lower vibratory sieve 18 is placed with lower insect receiving box 24, in order to accept the healthy insect of coming and brushing down from conveyer belt 22 bottoms from the 18 upper stratas vibrations of lower vibratory sieve.Lower vibratory sieve 18 bottoms are placed with two erythrophloeum ferdii boxes 19, and the left lattice of two lattice capsules 19 unravel silk in order to accept the large pupa that separates, and right lattice are accepted little pupa and the dead worm of weak worm under sieve, and up-down vibration sieve vibrating arm is connected by connecting rod 8.

Frame 4 has F section that motor 19 is housed, driving wheel is clockwise and turns to, motor 23 is connected with eccentric shaft bull wheel 33 by the V-belt and drives sincere axle rotation, be equipped with eccentric shaft in the middle of axle, eccentric shaft and upper vibratory sieve 5 join, the eccentric shaft bull wheel: 33 drive upper vibratory sieve 5 work, there is eccentric shaft steamboat 33 eccentric shaft bull wheel 33 inboards, eccentric shaft steamboat 32 is connected with bellows bull wheel 2 again, thereby allow bellows work, there is bellows steamboat 3 in bellows bull wheel 2 outsides, the bellows steamboat 3 transmission third wheel 32 of ining succession, and transmission third wheel 32 is coaxial with third wheel steamboat 37.Third wheel steamboat 32 also is and clockwise rotates, third wheel steamboat 32 drives commutation bull wheel 22, lower conveyor belt bull wheel 32 and bristle brush wheel 26 simultaneously, commutation bull wheel 22 is arranged on the back side of V-belt, third wheel steamboat 37 is oppositely counterclockwise drive conveyer belt 28 at the time marquis who the turns clockwise bull wheel 22 that commutates, conveyer belt 28 is moved to the left, but lower conveyor belt bull wheel 36 be the same with third wheel steamboat 37 with bristle brush wheel 26 clockwise rotates, lower conveyor belt bull wheel 36 drives lower conveyor belt and moves right, bristle brush wheel 26 band electric brush work.Commutation bull wheel 25 is coaxial with upper hairbrush bull wheel 31, and in hairbrush bull wheel 3l drive, hairbrush steamboat 30 allows hairbrush work.Upper vibratory sieve 5 is all supported by vibrating arm or connects with lower vibratory sieve 18, upper vibratory sieve 5 is driven by the eccentric shaft that arranges in eccentric shaft bull wheel 33 axles, the vibration of lower vibratory sieve 18 mainly is connected with connecting rod 8 by the vibrating arm of upper vibratory sieve 5, connecting rod 8 joins with lower vibratory sieve 18 again, thereby vibratory sieve 5, the same speed of the same eccentric shaft of lower vibratory sieve 18 in realization, the different directions vibration.In transmission third wheel 32, bearing is installed, and by the holding screw adjusting elasticity simultaneously also referred to as arrangement of clutch, thereby realize only need the sieve excrement at present lower conveyor belt do not turn round, to have reduced the wearing and tearing to other parts.

Claims

1. Tenebrio molitor separation machine, it is characterized in that in frame (4) upper end, upper vibratory sieve (5) being housed, worm bucket (31) and bellows (1) are installed on upper vibratory sieve (5), bellows (1) are in the back of worm bucket (31), be placed with on upper vibratory sieve (5) lower bearing bracket (4) top and connect excrement box (7), be mounted with upper insect receiving box (13) under conveyer belt one (28), lower vibratory sieve (18) and motor (23) are installed in the lower end of frame (4), be equipped with two erythrophloeum ferdii boxes (19) and lower insect receiving box (24) in lower vibratory sieve (18) underneath, universal caster wheel (20) and castor (21) are installed in the bottom of frame (4), motor (23) is connected with eccentric shaft bull wheel (33) by belt, eccentric shaft bull wheel (33) is connected with fan bull wheel (2) by belt, fan steamboat (3) is connected with transmission third wheel (32) by belt, upper vibratory sieve (5) below worm bucket (31), upper vibratory sieve (5) is supported by four vibrating arms, the lower left quarter of upper vibratory sieve (5) is connected with capacity eccentric bearing in eccentric shaft bull wheel (33) axle, upper vibratory sieve (5) right part is provided with top sieve and slips worm plate (9), by slipping worm plate strut (10) support, be equipped with conveyer belt one (28) connecing on the bottom frame (4) of excrement box (7), conveyer belt one (28) two ends are provided with cylinder, the left end cylinder is coaxial with commutation bull wheel (25), the cylinder bottom left section is equipped with and slips worm plate (17), the right-hand member cylinder can move left and right, regulated by set screw one (11), there is upper hairbrush steamboat (30) conveyer belt one (28) left bottom, be equipped with hairbrush on axle, upper hairbrush steamboat (30) bottom is placed with insect receiving box (13), upper insect receiving box (13) is also placed on frame (4), in the frame (4) of upper insect receiving box (13) bottom, conveyer belt two (22) is installed, the two ends of conveyer belt two (22) are provided with cylinder, the left end cylinder is coaxial with lower conveyor belt bull wheel (32), the right-hand member cylinder can move left and right, regulated by set screw two (16), under conveyer belt two (22) is left, end is provided with lower hairbrush, driven by lower hairbrush steamboat (26), the right bottom of conveyer belt two (22) is lower vibratory sieve (18), lower vibratory sieve (18) is pulled by four vibrating arms, two vibrating arms of left part are connected with lower vibratory sieve (18) right-hand member vibrating arm by connecting rod, lower vibratory sieve (18) minutes three layers: the upper strata is with the full back cover of iron sheet, the middle level is bolter, lower floor is with two for export, iron sheet.