CN110025031A

CN110025031A - It is a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising artificially

Info

Publication number: CN110025031A
Application number: CN201910348521.9A
Authority: CN
Inventors: 杨平
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-04-28
Filing date: 2019-04-28
Publication date: 2019-07-19

Abstract

The invention discloses a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising artificially, its structure includes apparatus main body, control panel, transfer wire, driving motor, loading hopper, feeding spiro rod, axis is mixed, Moisture in Feed detects regulating mechanism, feed forms discharging mechanism, the present invention detects regulating mechanism by being equipped with Moisture in Feed, improve water filling density and water velocity, improve raw material moisture during mix, feed water content improves, feed stickiness increases, later period is also easier to molding and the permanent holding of shape, discharging mechanism is formed by being equipped with feed, cutter and imitative worm extrusion structure, circulating type discharge hole keeps feed after molding close with insect in shape, imitative worm foot slot makes protrusion of the feed after molding with worm foot shape, improve likeness in form degree, feed after molding is by uniform cut, and it is long It spends moderate, convenient for the feeding of bullfrog and the enthusiasm of bullfrog feeding, guarantees the speed of growth of bullfrog.

Description

It is a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising artificially

Technical field

The present invention is a kind of pellet manufacturing machine, especially in a kind of for propagating the imitative worm of Bullfrog raising artificially Grain feed manufacturing machine.

Background technique

Bullfrog belongs to one kind of the frog, is a kind of meat frog of artificial feeding, bullfrog is mainly with the bread worm of artificial feeding, earthworm Earthworm and the pellet for substituting insect are food, and since the selling price of bullfrog is not high, the insect for eating artificial feeding always grows up, Cost consumption is big, and bullfrog eats pellet it is not possible that understand at the very start, needs to mix insect and pellet in the transitional period Feeding is closed, will appear a problem in this process；For the shape of pellet and insect there are larger gap, bullfrog only can be even You eat pellet by mistake, and pellet just slowly can also be included in recipe after bullfrog feeds pellet, and this mistake Cheng Manchang, wherein pellet can not gone mouldy by feeding for a long time, cause feed waste, need often to clear up mildew and raise Material, mildew feed can pollute new feedstuff, and bullfrog eats pollution feed by mistake, influences the bullfrog speed of growth.

Summary of the invention

In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of for propagating the imitative worm of Bullfrog raising artificially Pellet manufacturing machine, to solve the shape of pellet and insect there are larger gap, bullfrog can only eat particle feeding by mistake once in a while Pellet just slowly also can be included in recipe after bullfrog feeds pellet by material, and this process is very long, wherein Grain feed can not gone mouldy by feeding for a long time, cause feed waste, need often to clear up mildew feed, and mildew feed can be dirty The problem of dye new feedstuff, bullfrog eats pollution feed by mistake, influences the bullfrog speed of growth.

To achieve the goals above, the present invention is to realize by the following technical solutions: one kind is for propagating ox artificially The imitative worm pellet manufacturing machine that the frog is fed, structure includes apparatus main body, control panel, transfer wire, driving motor, charging Axis, Moisture in Feed detection regulating mechanism, feed molding discharging mechanism is mixed in funnel, feeding spiro rod, and the control panel is logical The front end that screw is fixed on apparatus main body is crossed, the driving motor is welded in the right end of apparatus main body, the right side of the control panel End is electrically connected by transfer wire with the front end of driving motor, and the loading hopper is welded on the upper end of apparatus main body, described to send The right end of material screw rod is mutually welded with driving motor, and the mixing shaft mechanical is connected to the upper end inside apparatus main body, described Moisture in Feed detects left end of the regulating mechanism inside apparatus main body, and the feed molding discharging mechanism is welded in apparatus main body Left end.

To optimize above-mentioned technical proposal, the measure further taken are as follows:

In the above scheme, the Moisture in Feed detection regulating mechanism is by adjusting pedestal, feeding cylinder, annular water replenishment machine Structure, water content detection head, water pump, water tank composition, the feeding cylinder are mended embedded in the lower end for adjusting base interior, the annular moisture The outer ring of feeding cylinder is embedded in mechanism, the water content detection head clearance fit is welded in the upper end of feeding cylinder, the water tank The upper end of base interior is adjusted, the water pump is welded on the lower end of water tank.

In the above scheme, the feed molding discharging mechanism is by discharge barrel, feed shape cutting machine structure, limit sliding chutes group It is set altogether there are two at, limit sliding chutes and is embedded in the upper and lower ends of discharge barrel inner ring, the feed shape cutting machine structure respectively By limit sliding chutes and discharge barrel clearance fit, the discharge barrel is welded on the left surface of apparatus main body.

In the above scheme, the annular water replenishment mechanism is by annular conduit, oblique water flowing out structure, water inlet line group At the water inlet line glue connection is connected to the upper end of annular conduit, and the oblique water flowing out structure is equipped with more than two altogether and welds respectively The inner ring in annular conduit is connect, the water inlet line is welded in the lower end of water pump.

In the above scheme, the feed shape cutting machine structure is by fixed block, sealing plate, cutter, imitative worm extrusion forming Structure, shaft, cutting ferrule composition, the fixed block set altogether there are two and respectively glue connection sealing plate upper and lower ends, described turn Shaft clearance cooperates in the center of sealing plate, and the imitative worm extrusion structure is equipped with more than two altogether and is interference fitted in respectively close The inside of sealing plate, the cutter are interference fitted in the outer ring of shaft, front end of the cutting ferrule clearance fit in shaft outer ring.

In the above scheme, the oblique water flowing out structure of annular conduit inner ring the lowermost is by outer cylinder, runner, water outlet plush copper Composition, the runner are embedded in the inside of outer cylinder, and the water outlet plush copper is welded on the upper end of outer cylinder, and the outer cylinder is welded on annular water The inner ring of pipe.

In the above scheme, the imitative worm extrusion structure is made of forming tube, imitative worm foot slot, circulating type discharge hole, The circulating type discharge hole is embedded in the inside of forming tube, and the imitative worm foot slot is embedded in the outer ring of circulating type discharge hole, the molding Cylinder is interference fitted in the inside of sealing plate.

Beneficial effect

The present invention is a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising artificially, and when in use, operator will Equipment is placed in place, is then checked equipment components, checks that errorless rear open by control panel drives Motor, driving motor make feeding spiro rod and axis rotation are mixed, and then operator pours into the raw material of feed from loading hopper, Axis is mixed raw material is broken completely, feeding spiro rod transmits raw material toward left end, when raw material is adjusted by Moisture in Feed detection When the feeding cylinder of mechanism lower end, water content detection head detects that raw material moisture is lower, and wherein the diameter of feeding cylinder is slightly larger than feeding spiral shell Bar prevents water content detection head to be fed screw rod and scratches, while detecting convenient for water content detection head to raw material moisture, then moisture Detector rotates water pump, and the water in water tank flows rapidly to the water inlet line in annular water replenishment mechanism, makes annular conduit Full of water, water is sprayed from oblique water flowing out structure, wherein oblique water flowing out structure is equipped with multiple, equidistant forms a ring, and makes water flow Uniformly spray to raw material, keep feed moisture content uniform, then feeding spiro rod, which continues to turn left, transmits raw material, raw material be squeezed into feed at Imitative worm extrusion structure in type cutting mechanism is squeezed out from circulating type discharge hole and imitative worm foot slot, after cutter will form Feed uniformly cut, keep feed length after molding all equal, wherein feed passes through circulating type discharge hole, and feed is squeezed buckling Bending or ring-type are formed, makes feed in shape more like insect, imitative worm foot slot makes feed after molding have similar worm foot Protrusion, then the likeness in form degree for improving feed and insect falls convenient for the feeding of later period bullfrog from discharge barrel, to complete work Make.

The present invention is a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising artificially, is examined by being equipped with Moisture in Feed Regulating mechanism is surveyed, annular water replenishment mechanism is combined with each other with water content detection head, is improved water filling density and water velocity, is made raw material Moisture improves during mix, and feed water content improves, and feed stickiness increases, and the later period is also easier to the length of molding and shape Kubo is held.

Discharging mechanism, cutter and imitative worm extrusion structure are formed by being equipped with feed, circulating type discharge hole makes to form Feed afterwards is close with insect in shape, and imitative worm foot slot makes feed after molding have the protrusion of worm foot shape, improves likeness in form degree, Feed after molding is by uniform cut, and moderate length guarantees ox convenient for the feeding of bullfrog and the enthusiasm of bullfrog feeding The speed of growth of the frog.

Detailed description of the invention

In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in describing below to embodiment is made in detail It carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this:

Fig. 1 is that the present invention is a kind of for propagating the structural schematic diagram of the imitative worm pellet manufacturing machine of Bullfrog raising artificially.

Fig. 2 is that the present invention is a kind of for propagating the structural representation of the imitative worm pellet manufacturing machine section of Bullfrog raising artificially Figure.

Fig. 3 is the structural schematic diagram that Moisture in Feed of the present invention detects the right view section of regulating mechanism.

Fig. 4 is the structural schematic diagram that feed of the present invention forms discharging mechanism section.

Fig. 5 is the structural schematic diagram of the present invention annular water replenishment mechanism left view.

Fig. 6 is the structural schematic diagram of feed shape cutting machine structure left view of the present invention.

Fig. 7 is the structural schematic diagram of the oblique water flowing out structure section of the present invention.

Fig. 8 is the structural schematic diagram of the imitative worm extrusion structure part section of the present invention.

Description of symbols: apparatus main body 1, control panel 2, transfer wire 3, driving motor 4, loading hopper 5, feeding spiral shell Bar 6, be mixed axis 7, Moisture in Feed detection regulating mechanism 8, feed molding discharging mechanism 9, adjust pedestal 81, feeding cylinder 82, Annular water replenishment mechanism 83, water content detection head 84, water pump 85, water tank 86, discharge barrel 91, feed shape cutting machine structure 92, Limit sliding chutes 93, annular conduit 831, oblique water flowing out structure 832, water inlet line 833, fixed block 921, sealing plate 922, cutter 923, worm extrusion structure 924, shaft 925, cutting ferrule 926, outer cylinder 8321, runner 8322, water outlet plush copper 8323, forming tube are imitated 9241, worm foot slot 9242, circulating type discharge hole 9243 are imitated.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment, the present invention is further explained.

Fig. 1-Fig. 2 is please referred to, the present invention provides a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising artificially: Its structure includes apparatus main body 1, control panel 2, transfer wire 3, driving motor 4, loading hopper 5, feeding spiro rod 6, mixes and stir Axis 7, Moisture in Feed detection regulating mechanism 8, feed molding discharging mechanism 9 are mixed, the control panel 2 is fixed by screws in device The front end of main body 1, the driving motor 4 are welded in the right end of apparatus main body 1, and the right end of the control panel 2 is led by transmission Line 3 is electrically connected with the front end of driving motor 4, and the loading hopper 5 is welded on the upper end of apparatus main body 1, the feeding spiro rod 6 Right end is welded with 4 phase of driving motor, and the mixing axis 7 is mechanically connected to the upper end inside apparatus main body 1, the feed water Sorting surveys left end of the regulating mechanism 8 inside apparatus main body 1, and the feed molding discharging mechanism 9 is welded in apparatus main body 1 Left end.

Referring to Fig. 3, the Moisture in Feed detection regulating mechanism 8 is by adjusting pedestal 81, feeding cylinder 82, annular water replenishment Mechanism 83, water content detection head 84, water pump 85, water tank 86 form, lower end of the feeding cylinder 82 inside adjusting pedestal 81, The annular water replenishment mechanism 83 is embedded in the outer ring of feeding cylinder 82, and 84 clearance fit of water content detection head is in feeding cylinder 82 Upper end, the water tank 86 are welded in the upper end adjusted inside pedestal 81, and the water pump 85 is welded on the lower end of water tank 86, into The diameter of barrel 82 be slightly larger than feeding spiro rod 6 diameter, convenient for feed propulsion and reduce remain, water content detection head 84 be located at into The top of barrel 82 prevents feeding spiro rod 6 from scratching water content detection head 84 under the premise of can detecte Moisture in Feed.

Referring to Fig. 4, the feed molding discharging mechanism 9 is by discharge barrel 91, feed shape cutting machine structure 92, limit sliding chutes 93 compositions, the limit sliding chutes 93 set there are two altogether and are embedded in the upper and lower ends of 91 inner ring of discharge barrel, feed molding respectively Cutting mechanism 92 is welded on the left-handed watch of apparatus main body 1 by limit sliding chutes 93 and 91 clearance fit of discharge barrel, the discharge barrel 91 Face, the left end of discharge barrel 91 are that downward inclined-plane is open, and are convenient for blanking, limit sliding chutes 93 are convenient for people to feed shape cutting machine Structure 92 is replaced, and installs different feed shape cutting machine structures 92 to produce different shape and size of granular pattern feeds.

Referring to Fig. 5, the annular water replenishment mechanism 83 is by annular conduit 831, oblique water flowing out structure 832, water inlet pipe Road 833 forms, and 833 glue connection of water inlet line is connected to the upper end of annular conduit 831, and the oblique water flowing out structure 832 is equipped with altogether Inner ring that is more than two and being respectively welded at annular conduit 831, the water inlet line 833 is welded in the lower end of water pump 85, oblique Water flowing out structure 832 is equipped with multiple altogether, encompasses a circle, and the end of each oblique water flowing out structure 832 be located just at into The surface of barrel 82 makes in the injection feed of uniform fluid flow and will not snap into the outmost turns of feeding spiro rod 6, prevent card plug with need not The damage wanted.

Referring to Fig. 6, the feed shape cutting machine structure 92 is by fixed block 921, sealing plate 922, cutter 923, imitative worm Extrusion structure 924, shaft 925, cutting ferrule 926 form, the fixed block 921 set altogether there are two and respectively glue connection sealing The upper and lower ends of plate 922,925 clearance fit of shaft is in the center of sealing plate 922, the imitative worm extrusion structure 924 It is equipped with inside that is more than two and being interference fitted in sealing plate 922 respectively altogether, the cutter 923 are interference fitted in shaft 925 Outer ring, in the front end of 925 outer ring of shaft, the right end and feeding spiro rod 6 of shaft 925 are fixed to be connected 926 clearance fit of cutting ferrule It connects, feed is cut into uniform length by the rotation of cutter 923, and convenient for the feed of bullfrog, cutter 923 are matched with 925 interference of shaft Close, cutting ferrule 926 is fixed on the left end of cutter 923, cutter 923 limit and convenient for people to sealing plate 922 with Cutter 923 are replaced.

Referring to Fig. 7, the oblique water flowing out structure 832 of described 831 inner ring the lowermost of annular conduit is by outer cylinder 8321, runner 8322, water outlet plush copper 8323 forms, and the runner 8322 is embedded in the inside of outer cylinder 8321, and the water outlet plush copper 8323 is welded on outer The upper end of cylinder 8321, the outer cylinder 8321 are welded on the inner ring of annular conduit 831, and the larger upper end in the lower end of runner 8322 is smaller, Convenient for the pressure of increased water flow, water flow initial velocity is improved, is ejected into feed, is sufficiently mixed with feed, make the aqueous of feed It measures more uniform.

Referring to Fig. 8, the imitative worm extrusion structure 924 is discharged by forming tube 9241, imitative worm foot slot 9242, circulating type Hole 9243 forms, and the circulating type discharge hole 9243 is embedded in the inside of forming tube 9241, and the imitative worm foot slot 9242 is embedded in circular The outer ring of type discharge hole 9243, the forming tube 9241 are interference fitted in the inside of sealing plate 922, and circulating type discharge hole 9243 makes Feed forms in ring-like hole perhaps curved hole makes feed after molding at bending or ring-type, makes feed appearance after molding On the insect that is usually eaten more like bullfrog, convenient for the feed of bullfrog, imitative worm foot slot 9242 makes feed after molding have similar worm foot Protrusion, make to improve the feeding of bullfrog more like insect in feed shape.

When in use, operator places equipment in place, then checks equipment components, checks nothing Driving motor 4 is opened by control panel 2 after accidentally, driving motor 4 rotates feeding spiro rod 6 and mixing axis 7, then operates Person pours into the raw material of feed from loading hopper 5, and it is broken completely by raw material to be mixed axis 7, and feeding spiro rod 6 is by raw material toward left end Transmission, when feeding cylinder 82 of the raw material by Moisture in Feed detection 8 lower end of regulating mechanism, water content detection head 84 detects raw water Point lower, wherein the diameter of feeding cylinder 82 is slightly larger than feeding spiro rod 6, prevents water content detection head 84 to be fed screw rod 6 and scratches, simultaneously It is detected convenient for 84 pairs of raw material moistures of water content detection head, then water content detection head 84 rotates water pump 85, in water tank 86 Water flows rapidly to the water inlet line 833 in annular water replenishment mechanism 83, makes annular conduit 831 full of water, and water is from oblique water outlet Structure 832 sprays, wherein oblique water flowing out structure 832 is equipped with multiple, equidistant forms a ring, and make uniform fluid flow sprays to original Material, keeps feed moisture content uniform, then feeding spiro rod 6, which continues to turn left, transmits raw material, and raw material is squeezed into feed shape cutting machine structure Imitative worm extrusion structure 924 in 92 is squeezed out from circulating type discharge hole 9243 and imitative worm foot slot 9242, and cutter 923 will Feed after molding is uniformly cut, and keeps feed length after molding all equal, and wherein feed passes through circulating type discharge hole 9243, is raised Material is deformed into bending or ring-type, makes feed in shape more like insect, imitative worm foot slot 9242 makes feeding after molding Expect the protrusion with similar worm foot, the likeness in form degree of feed and insect is improved, convenient for the feeding of later period bullfrog, then from discharge barrel 91 It falls, to complete work.

The present invention is combined with each other by above-mentioned component, annular water replenishment mechanism 83 with 84 mutual groups of water content detection head It closes, improves water filling density and water velocity, improve raw material moisture during mix, feed water content improves, feed stickiness Increase, the later period is also easier to molding and the permanent holding of shape, cutter 923 and imitative worm extrusion structure 924, circulating type Discharge hole 9243 keeps feed after molding close with insect in shape, and imitative worm foot slot 9242 makes feed after molding have worm foot The protrusion of shape improves likeness in form degree, and feed after molding is by uniform cut, and moderate length, feeding and bullfrog convenient for bullfrog The enthusiasm of feeding guarantees the speed of growth of bullfrog.

Specific embodiment described herein is only to give an example to the present invention.

The present invention is not limited to above-mentioned preferred forms, and anyone should learn that the knots made under the inspiration of the present invention Structure variation, the technical schemes that are same or similar to the present invention are fallen within protection scope of the present invention.

Claims

1. a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising artificially, structure includes apparatus main body (1), control Transfer wire (3), driving motor (4), loading hopper (5), feeding spiro rod (6), axis (7), feed water are mixed in panel (2) Sorting surveys regulating mechanism (8), feed molding discharging mechanism (9), it is characterised in that:

The control panel (2) is installed in the front end of apparatus main body (1), and the driving motor (4) is located at the right side of apparatus main body (1) End, the control panel (2) are connected by transfer wire (3) with the front end of driving motor (4), loading hopper (5) peace Mounted in the upper end of apparatus main body (1), the right end of the feeding spiro rod (6) is connected with driving motor (4), the mixing axis (7) it is installed in the internal upper end of apparatus main body (1), Moisture in Feed detection regulating mechanism (8) is mounted in apparatus main body (1) The left end in portion, feed molding discharging mechanism (9) are located at the left end of apparatus main body (1).

2. according to claim 1 a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising, feature artificially Be: Moisture in Feed detection regulating mechanism (8) is by adjusting pedestal (81), feeding cylinder (82), annular water replenishment mechanism (83), water content detection head (84), water pump (85), water tank (86) composition, the feeding cylinder (82), which is located at, to be adjusted in pedestal (81) The lower end in portion, the annular water replenishment mechanism (83) are installed in the outer ring of feeding cylinder (82), water content detection head (84) peace Mounted in the upper end of feeding cylinder (82), the water tank (86), which is located at, adjusts pedestal (81) internal upper end, and the water pump (85) is solid It is scheduled on the lower end of water tank (86).

3. according to claim 1 a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising, feature artificially Be: feed molding discharging mechanism (9) is by discharge barrel (91), feed shape cutting machine structure (92), limit sliding chutes (93) group Set there are two and be installed in respectively the upper and lower ends of discharge barrel (91) inner ring altogether at, limit sliding chutes (93), the feed at Type cutting mechanism (92) is connected by limit sliding chutes (93) with discharge barrel (91), and the discharge barrel (91) is fixed on apparatus main body (1) left surface.

4. according to claim 2 a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising, feature artificially Be: the annular water replenishment mechanism (83) is by annular conduit (831), oblique water flowing out structure (832), water inlet line (833) Composition, the water inlet line (833) is located at the upper end of annular conduit (831), there are two the oblique water flowing out structure (832) sets altogether It is installed in the inner ring of annular conduit (831) above and respectively, the water inlet line (833) is located at the lower end of water pump (85).

5. according to claim 3 a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising, feature artificially Be: the feed shape cutting machine structure (92) is squeezed by fixed block (921), sealing plate (922), cutter (923), imitative worm Type structure (924), shaft (925), cutting ferrule (926) composition, the fixed block (921) set there are two altogether and are installed in sealing respectively The upper and lower ends of plate (922), the shaft (925) are fixed on the center of sealing plate (922), the imitative worm extrusion structure (924) it is equipped with inside that is more than two and being separately mounted to sealing plate (922) altogether, the cutter (923) are fixed on shaft (925) outer ring, the cutting ferrule (926) are installed in the front end of shaft (925) outer ring.

6. according to claim 4 a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising, feature artificially Be: the oblique water flowing out structure of described annular conduit (831) inner ring the lowermost (832) by outer cylinder (8321), runner (8322), go out Water plush copper (8323) composition, the runner (8322) are located at the inside of outer cylinder (8321), and the water outlet plush copper (8323) is fixed on The upper end of outer cylinder (8321), the outer cylinder (8321) are installed in the inner ring of annular conduit (831).

7. according to claim 5 a kind of for propagating the imitative worm pellet manufacturing machine of Bullfrog raising, feature artificially Be: the imitative worm extrusion structure (924) is by forming tube (9241), imitative worm foot slot (9242), circulating type discharge hole (9243) it forms, the circulating type discharge hole (9243) is located at the inside of forming tube (9241), imitative worm foot slot (9242) peace It is located at the outer ring of circulating type discharge hole (9243), the forming tube (9241) is mounted on the inside of sealing plate (922).