CN208941009U

CN208941009U - A kind of herding class nursing feedstuff crushing stirring integration equipment

Info

Publication number: CN208941009U
Application number: CN201820724397.2U
Authority: CN
Inventors: 张艳军; 施旭梅
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-05-16
Filing date: 2018-05-16
Publication date: 2019-06-07
Anticipated expiration: 2028-05-16

Abstract

The utility model discloses a kind of herding class nursing feedstuff crushing stirring integration equipment, including storehouse, the first connecting bottom board and splicing plate in main body, the inside upper left corner in storehouse and the inside upper right corner are respectively and fixedly provided with feed inlet in the main body, and upper end is provided with the first rotation axis in the inside in storehouse in main body, the top of first rotation axis is equipped with shaft joint, and motor is provided with above shaft joint, first connecting bottom board is set to the bottom of the first rotation axis, and the left and right sides of the first connecting bottom board is run through feed opening.The herding class nursing is provided with the first rotation axis and the second rotation axis by the device with feedstuff crushing stirring integration equipment, first rotation axis is connected to Disintegrating knife, second rotation axis is connected to paddle, to which circuit grinding and stirring process conversion are integrated by the device, it avoids being respectively arranged at two kinds of equipment because of the two, staff needs to be put into feed in different equipment, causes the waste of human resources.

Description

A kind of herding class nursing feedstuff crushing stirring integration equipment

Technical field

The present invention relates to herding feeder technical field, specially a kind of herding class, which is fed, uses feedstuff crushing, stirring Integrated equipment.

Background technique

Herding, refers to the animal tamed by the raising of our human artificials using poultry, fowl etc., Huo Zhelu, musk deer, fox, ermine, The physiological function of the wild animals such as otter, quail enables it to change the plants such as herbage and feed by artificial feeding, breeding It to obtain the production process of the livestock products such as meat, egg, milk, wool, cashmere, hide, silk and medicinal material is the mankind for animal energy The link of the utmost importance of mass exchange is carried out with nature, herding is the important component of agricultural, is listed as agricultural with planting industry The Two Mainstays of production, Animal Science are research cattle breeding, breeding, raising, management, disease prevention and epidemic prevention and grassland construction, livestock products The comprehensive branch of learning of the related fieldss such as product processing and animal industry management.

Modern herding nursing, which needs first to carry out feed to crush, to be stirred for, staff need on different devices into Row operation, increases the workload of staff, and feed is transformed into teeter chamber by pulverizing chamber, and its be easy to happen showing for material leakage As the problem also more difficult when carrying out feeding work, for this purpose, it is proposed that a kind of herding class nursing is crushed with feedstuff Stirring integrated equipment.

Summary of the invention

The purpose of the present invention is to provide a kind of herding class nursing feedstuff crushing stirring integration equipment, on solving State proposed in background technique herding nursing need first to carry out feed crush be stirred for, staff need in different equipment On operated, increase the workload of staff, and feed is transformed into teeter chamber by pulverizing chamber, and its be easy to happen material leakage The phenomenon that, the problem also more difficult when carrying out feeding work.

To achieve the above object, the invention provides the following technical scheme: a kind of crushing of herding class nursing feedstuff is stirred Storehouse in integrated equipment, including main body, the first connecting bottom board and splicing plate are mixed, the inside upper left corner in storehouse and inside are right in the main body Upper angle is respectively and fixedly provided with feed inlet, and upper end is provided with the first rotation axis, the top of first rotation axis in the inside in storehouse in main body End is equipped with shaft joint, and motor is provided with above shaft joint, and first connecting bottom board is set to the bottom of the first rotation axis Portion, and the left and right sides of the first connecting bottom board is run through feed opening, is equipped with second immediately below first connecting bottom board Rotation axis, and the left and right ends of the second rotation axis are provided with connecting shaft frame, the splicing plate is set to the inside lower end in storehouse in main body, And it is provided with the first idler wheel at left and right sides of the bottom of splicing plate, the outer lower end in storehouse is provided with the second idler wheel, institute in the main body The outer end for stating the first rotation axis is connected with Disintegrating knife, and Disintegrating knife is connected by the first connection buckle with the first rotation axis It connecing, first connection buckle is embedded in the inside of the first rotation axis, and the outside of the first connection buckle is through there is reinforcing screw, The innermost insert of first rotation axis has bearing supports, and the surface of the Disintegrating knife, which is run through, ventilation port.

Preferably, the top of the feed inlet is equipped with fold door, and the inside middle-end of feed inlet is connected with precomminution axis, The two sides up and down of the precomminution axis are equipped with precomminution blade.

Preferably, the feed inlet is in the inside upper left corner and inside upper right of the irregular structure setting in storehouse in main body Angle, and storehouse constitutes one 45 ° of inclination angle in feed inlet and main body, is connected with pre- powder above the lateral central axes of the feed inlet Broken axis.

Preferably, live-roller is provided with immediately below the feed inlet, and live-roller passes through storehouse phase in support frame and main body Connection, the live-roller every two is one group, and live-roller is provided with two groups altogether.

Preferably, the outer end of second rotation axis is connected with paddle, and the underface of the second rotation axis in two sides up and down It is provided with closure plate, the left and right ends of the closure plate are equipped with flexible connection axis, and the outer end for being flexibly connected axis offers and turns Dynamic handle.

Preferably, the paddle is provided with four groups in blade structure, and paddle is with the lateral axis of the second rotation axis Line is the setting of symmetry axis symmetry axis, is in parallel construction between second rotation axis and closure plate, and closure plate is connected by activity Spindle is connected with swing handle.

Preferably, the positioned beneath of the paddle has discharge port, and be inlaid on the inner wall of discharge port first it is anti-sticking every Layer, the discharge port is in funnel structure, and the connection type of discharge port and the first anti-sticking interlayer is bonding.

Preferably, the lower end of first idler wheel offers the second connecting bottom board, and the bottom end of the second connecting bottom board is fixed There is the first spring, the surface upper end that the surface inserting of second connecting bottom board, which has, to be inlayed sliding slot, and inlay sliding slot offers Two springs, the lower end of first idler wheel are embedded in the inside for inlaying sliding slot, and the connection type of the first idler wheel and splicing plate is Welding, the splicing plate is by the first idler wheel and inlays sliding slot composition slidable structure.

Preferably, the left and right ends of the splicing plate are equipped with the second connection buckle, and the outer end of the second connection buckle is set It is equipped with half slot, one end of the half slot is connected with the second connecting bottom board, and the inner end of half slot and the second connection buckle Outer end configuration match.

Preferably, four side of surface of the splicing plate is connected separately with protective fence, and the innermost insert of splicing plate has connection Steelframe, offers the second anti-sticking interlayer on the outer wall of the splicing plate, and the bottom surface of the second anti-sticking interlayer and splicing plate is outer It is bonded to each other between surface.

Compared with prior art, beneficial effects of the present invention are as follows:

1, the present invention is provided with the first rotation axis and the second rotation axis by the device, and the first rotation axis is connected to crushing knife Piece, the second rotation axis are connected to paddle, so that circuit grinding and stirring process conversion are integrated by the device, avoid because of the two Two kinds of equipment are respectively arranged at, and staff needs feed to be put into different equipment, causes the waste of human resources.

2, the present invention is provided with feed inlet by the device, and precomminution blade and precomminution are provided on the inside of feed inlet Axis, can make the device have the function of can precomminution raw material, improve the working efficiency that the device crushes raw material, avoid because of powder It is broken incomplete, it will be wrapped in the inside of the device for pulverized raw material, reduce the utilization rate of the device, while also embodying The practicability of the device.

3, the present invention by the device is provided with live-roller, and live-roller is provided with two groups altogether, one group close to feed inlet, in original Material is when passing through feed inlet, close to feed inlet live-roller can auxiliary material rapidly enter the inside of the device, another group of transmission Roller is set to the side of feed opening, and raw material is after being pulverized, it will flow direction middle part feed opening in hollow structure is set to feed opening The live-roller of side can the raw material after assisted comminution pass through feed opening.

4, the present invention is provided with the paddle of blade structure by the device, and paddle is made of four flabellums, Neng Gouzeng The contact area of big paddle and raw material, and paddle is provided with one group, raw material can be obtained when touching paddle To sufficient stirring, accelerates processing of the device to material, facilitate nursing work of the staff to herding class animal.

5, the present invention is provided with splicing plate by the device, and splicing plate can inlay sliding slot under the setting of the first idler wheel The certain sliding of upper progress accelerates the feeding of staff consequently facilitating splicing plate is extracted out the inside of the device by staff Rate, and it is inlaid with the second anti-sticking interlayer above splicing plate outer wall, it can be avoided the surface that raw material is bonded in splicing plate, cause The phenomenon that material leakage.

Detailed description of the invention

Fig. 1 is schematic structural view of the invention；

Fig. 2 is paddle structural schematic diagram of the present invention；

Fig. 3 is feed inlet schematic diagram of internal structure of the present invention；

Fig. 4 is splicing plate overlooking structure diagram of the present invention；

Fig. 5 is splicing intralamellar part structural schematic diagram of the present invention.

In figure: 1, storehouse in main body, 2, feed inlet, the 3, first rotation axis, 4, shaft joint, 5, motor, 6, live-roller, 7, support Frame, the 8, first connecting bottom board, 9, feed opening, the 10, second rotation axis, 11, connecting shaft frame, 12, paddle, 13, closure plate, 14, work Dynamic connecting shaft, 15, swing handle, 16, discharge port, the 17, first anti-sticking interlayer, 18, splicing plate, the 19, first idler wheel, 20, second Connecting bottom board, the 21, first spring, the 22, second idler wheel, 23, Disintegrating knife, the 24, first connection buckle, 25, reinforcing screw, 26, Bearing supports, 27, ventilation port, 28, fold door, 29, precomminution axis, 30, precomminution blade, 31, inlay sliding slot, 32, second Spring, the 33, second connection buckle, 34, half slot, 35, protective fence, 36, connection steelframe, the 37, second anti-sticking interlayer.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Fig. 1-5 is please referred to, the present invention provides a kind of technical solution: a kind of herding class nursing feedstuff crushing, stirring one Body equipment, including storehouse 1, the first connecting bottom board 8 and splicing plate 18 in main body, the inside upper left corner in storehouse 1 and inside upper right in main body Angle is respectively and fixedly provided with feed inlet 2, and upper end is provided with the first rotation axis 3, the top installation of feed inlet 2 in the inside in storehouse 1 in main body There is fold door 28, and the inside middle-end of feed inlet 2 is connected with precomminution axis 29, the two sides up and down of precomminution axis 29 are equipped with pre- powder Broken blade 30, feed inlet 2 are in irregular structure setting in the inside upper left corner and the inside upper right corner in storehouse 1 in main body, and into Storehouse 1 constitutes one 45 ° of inclination angle in material mouth 2 and main body, is connected with precomminution axis 29 above the lateral central axes of feed inlet 2, The inside of feed inlet 2 is provided with precomminution blade 30 and precomminution axis 29, the outer end of precomminution axis 29 is connected with driving dress It sets, precomminution axis 29 carries out the work of precomminution by will drive precomminution blade 30 to raw material, the novelty of the device is improved, into The underface of material mouth 2 is provided with live-roller 6, and live-roller 6 is connected by support frame 7 with storehouse 1 in main body, live-roller 6 every two A is one group, and live-roller 6 is provided with two groups altogether, the device is provided with two groups of live-rollers 6, and two groups of live-rollers 6 are in Different positions, close to feed inlet 2 one group of live-roller 6 will auxiliary material rapidly enter the inside of the device, accelerate raw material Travelling speed, be set to 9 side of feed opening one group of live-roller 6 will raw material after assisted comminution by feed opening 9, further The secondary transporting rate for accelerating raw material, the top of the first rotation axis 3 is equipped with shaft joint 4, and the top of shaft joint 4 is provided with motor 5, the first connecting bottom board 8 is set to the bottom of the first rotation axis 3, and the left and right sides of the first connecting bottom board 8 is run through blanking Mouth 9, the underface of the first connecting bottom board 8 is equipped with the second rotation axis 10, and the left and right ends of the second rotation axis 10 are provided with company The outer end of axis frame 11, the second rotation axis 10 is connected with paddle 12 in two sides up and down, and the underface of the second rotation axis 10 is provided with Closure plate 13, the left and right ends of closure plate 13, which are equipped with, is flexibly connected axis 14, and the outer end for being flexibly connected axis 14 offers rotation Handle 15, paddle 12 is provided with four groups in blade structure, and paddle 12 is pair with the lateral central axes of the second rotation axis 10 Claim the setting of axial symmetry axis, is in parallel construction between the second rotation axis 10 and closure plate 13, and closure plate 13 is by being flexibly connected axis 14 are connected with swing handle 15, and the device is provided with closure plate 13, closure plate 13 overlapped by a pair of of port two Block board group is at and closure plate 13 is constituted under the setting for being flexibly connected axis 14 and swing handle 15 and is flexibly connected, convertible to be in Two states are opened and closed, staff, can be by being flexibly connected axis 14 and swing handle after raw material carries out crushing, stirring Under 15 setting, closure plate 13 to be opened, raw material will flow to discharge port 16, and the positioned beneath of paddle 12 has discharge port 16, And the first anti-sticking interlayer 17 is inlaid on the inner wall of discharge port 16, discharge port 16 is in funnel structure, and discharge port 16 and first is prevented The connection type of viscous interlayer 17 is bonding, and there are two the settings of feed inlet 2, which will will do it twoport feeding work, and first is anti- Viscous interlayer 17 will avoid raw material from being bonded in above the inner wall of discharge port 16, and splicing plate 18 is set in main body under the inside in storehouse 1 End, and it is provided with the first idler wheel 19 at left and right sides of the bottom of splicing plate 18, the lower end of the first idler wheel 19 offers the second connection bottom Plate 20, and the bottom end of the second connecting bottom board 20 is fixed with the first spring 21, the surface inserting of the second connecting bottom board 20, which has, inlays cunning Slot 31, and the surface upper end for inlaying sliding slot 31 offers second spring 32, the lower end of the first idler wheel 19, which is embedded in, inlays sliding slot 31 Inside, and the connection type of the first idler wheel 19 and splicing plate 18 is welding, and splicing plate 18 is by the first idler wheel 19 and inlays cunning Slot 31 constitutes slidable structure, and raw material will flow to 18 top of splicing plate being arranged immediately below discharge port 16 by discharge port 16, The bottom of splicing plate 18, which has, inlays sliding slot 31 and the second connecting bottom board 20 as supporting base point, and splicing plate 18 passes through the first idler wheel 19 are connected with sliding slot 31 is inlayed, and splicing plate 18 will carry out certain under the setting of the first idler wheel 19 on inlaying sliding slot 31 Sliding accelerates the feeding rate of staff, splicing plate consequently facilitating splicing plate 18 is extracted out the inside of the device by staff 18 left and right ends are equipped with the second connection buckle 33, and the outer end of the second connection buckle 33 is provided with half slot 34, half slot 34 one end is connected with the second connecting bottom board 20, and the outer end configuration kissing of the inner end of half slot 34 and the second connection buckle 33 It closes, splicing plate 18 will be connected under the setting of the second connection buckle 33 with the half slot 34 for being embedded in the second connecting bottom board 20 It connects, so that splicing plate 18 will obtain certain limit, avoids impact of the splicing plate 18 because being fallen by raw material when, generation is not advised Then slide up and down work, four side of surface of splicing plate 18 is connected separately with protective fence 35, and the innermost insert of splicing plate 18 has Steelframe 36 is connected, offers the second anti-sticking interlayer 37 on the outer wall of splicing plate 18, and the bottom surface of the second anti-sticking interlayer 37 and is connect It is bonded to each other between the outer surface of flitch 18, the second anti-sticking interlayer 37 will avoid raw material from being bonded on the outer wall of splicing plate 18 Side, avoids raw material from remaining on splicing plate 18, the outer lower end in storehouse 1 is provided with the second idler wheel 22 in main body, the first rotation axis 3 Outer end is connected with Disintegrating knife 23, and Disintegrating knife 23 is connected by the first connection buckle 24 with the first rotation axis 3, and first connects Connect the insides that buckle 24 is embedded in the first rotation axis 3, and the outside of the first connection buckle 24 reinforces screw 25 through having, first turn The innermost insert of moving axis 3 has bearing supports 26, and the surface of Disintegrating knife 23, which is run through, ventilation port 27.

Working principle: assembling device staff first is fed for this kind of herding and is moved the device by the second idler wheel 22 Move the position of proper operation, raw material can be put into feed inlet 2 by staff, and there are two the settings of feed inlet 2, which will be into At this moment row twoport feeding work is provided with precomminution blade 30 and precomminution axis 29, precomminution axis 29 by the inside of feed inlet 2 Outer end be connected with driving device, precomminution axis 29 will will drive the work that precomminution blade 30 carries out precomminution to raw material, mention The novelty of the high device expects to pass through the dress at this time in the inside that will enter the device by feed inlet 2 after precomminution It installs and is equipped with two groups of live-rollers 6, and two groups of live-rollers 6 are in different positions, one group of live-roller 6 close to feed inlet 2 will Auxiliary material rapidly enters the inside of the device, accelerates the travelling speed of raw material, and the device is provided with the first rotation axis 3, First rotation axis 3 is connected to Disintegrating knife 23 by the first connection buckle 24, and the first connection buckle 24 and Disintegrating knife 23 are one Body, the first connection buckle 24 are embedded in the inside of the first rotation axis 3, after a piece of Disintegrating knife 23 is damaged, staff A piece of new Disintegrating knife 23 is only needed to change, avoids Disintegrating knife 23 and the first rotation axis 3 from being integrated, is needed more after being damaged Whole components are changed, the waste in resource is caused, reinforce the outside that screw 25 is set to the first connection buckle 24, run through first turn Moving axis 3 and the first connection buckle 24, so that the connection of the first connection buckle 24 and the first rotation axis 3 will obtain certain add Gu Disintegrating knife 23 and the first rotation axis 3 is avoided to separate, at this moment the first rotation axis 3 will be in motor 5 and shaft joint 4 It will can rotate under setting, the raw material for having been subjected to precomminution will be carried out further so that the first rotation axis 3 will will drive Disintegrating knife 23 Secondary crushed work is avoided because crushing is incomplete, pulverized raw material will not twine so that it is more thorough to crush raw material It is wound on the inside of the device, the device will stop operating when serious, and raw material is by that will flow to middle part in hollow after crushing The feed opening 9 of structure, be at this moment set to 9 side of feed opening one group of live-roller 6 will the raw material after assisted comminution pass through blanking Mouth 9 accelerates the transporting rate of raw material again, is also equipped with driving device, the second rotation by the outer end of the second rotation axis 10 Axis 10 will will do it rotation, so that the second rotation axis 10, which will will drive paddle 12, carries out one to the raw material flowed out from feed opening 9 Fixed stirring work, paddle 12 are made of four flabellums, it will are increased the contact area of paddle 12 and raw material, and passed through Paddle 12 is provided with one group, and raw material will be stirred adequately when touching paddle 12, accelerates the device to material Processing, facilitates nursing work of the staff to herding class animal, the device is provided with closure plate 13, closure plate 13 is by one To the two boards composition that port overlaps, and closure plate 13 is constituted in the case where being flexibly connected the setting of axis 14 and swing handle 15 It is flexibly connected, convertible in opening and closing two states, staff, can be by activity even after raw material carries out crushing, stirring Under the setting of spindle 14 and swing handle 15, closure plate 13 is opened, raw material will flow to discharge port 16, and subsequent raw material will lead to Discharge port 16 is crossed, flows to 18 top of splicing plate being arranged immediately below discharge port 16, the bottom of splicing plate 18, which has, inlays 31 He of sliding slot Second connecting bottom board 20 is used as supporting base point, and splicing plate 18 is connected by the first idler wheel 19 with sliding slot 31 is inlayed, splicing plate 18 will carry out certain sliding under the setting of the first idler wheel 19 on inlaying sliding slot 31, consequently facilitating staff is by splicing Plate 18 extracts the inside of the device out, accelerates the feeding rate of staff, splicing plate 18 is under the setting of the second connection buckle 33 It will be attached with the half slot 34 for being embedded in the second connecting bottom board 20, so that splicing plate 18 will obtain certain limit, Impact of the splicing plate 18 because being fallen by raw material when is avoided, generation is irregular to slide up and down work, by discharge port 16 Wall, which is provided with above 18 outer wall of the first anti-sticking interlayer 17 and splicing plate, is inlaid with the second anti-sticking interlayer 37, the first anti-sticking interlayer 17, Second anti-sticking interlayer 37 will avoid raw material from being bonded in above the inner wall of discharge port 16 and above the outer wall of splicing plate 18, avoid original Material blocking discharge port 16, while raw material also being avoided to remain on splicing plate 18, entire crushing stirring integration equipment is completed like this Use process.

It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding And modification, the scope of the present invention is defined by the appended.

Claims

1. a kind of herding class, which is fed, uses feedstuff crushing stirring integration equipment, including storehouse (1), the first connecting bottom board in main body (8) and splicing plate (18), it is characterised in that: in the main body inside upper left corner of storehouse (1) and the inside upper right corner be respectively and fixedly provided with into Material mouth (2), and upper end is provided with the first rotation axis (3) in the inside of storehouse (1) in main body, the top of first rotation axis (3) It is equipped with shaft joint (4), and is provided with motor (5) above shaft joint (4), first connecting bottom board (8) is set to first The bottom of rotation axis (3), and the left and right sides of the first connecting bottom board (8) is run through and is had feed opening (9), first connecting bottom board (8) it is equipped with immediately below the second rotation axis (10), and the left and right ends of the second rotation axis (10) are provided with connecting shaft frame (11), institute The inside lower end that splicing plate (18) is set to storehouse in main body (1) is stated, and is provided with first at left and right sides of the bottom of splicing plate (18) Idler wheel (19), the outer lower end in storehouse (1) is provided with the second idler wheel (22) in the main body, the outer end of first rotation axis (3) It is connected with Disintegrating knife (23), and Disintegrating knife (23) is connected by the first connection buckle (24) with the first rotation axis (3), institute State the inside that the first connection buckle (24) is embedded in the first rotation axis (3), and the outside of the first connection buckle (24) through having plus Gu the innermost insert of screw (25), first rotation axis (3) has bearing supports (26), the surface of the Disintegrating knife (23) Through there is ventilation port (27).

2. a kind of herding class according to claim 1, which is fed, uses feedstuff crushing stirring integration equipment, it is characterised in that: The top of the feed inlet (2) is equipped with fold door (28), and the inside middle-end of feed inlet (2) is connected with precomminution axis (29), The two sides up and down of the precomminution axis (29) are equipped with precomminution blade (30).

3. a kind of herding class according to claim 2, which is fed, uses feedstuff crushing stirring integration equipment, it is characterised in that: The feed inlet (2) is in irregular structure setting in the inside upper left corner and the inside upper right corner of storehouse in main body (1), and is fed Storehouse (1) constitutes one 45 ° of inclination angle in mouth (2) and main body, is connected with pre- powder above the lateral central axes of the feed inlet (2) Broken axis (29).

4. a kind of herding class according to claim 1, which is fed, uses feedstuff crushing stirring integration equipment, it is characterised in that: It is provided with live-roller (6) immediately below the feed inlet (2), and live-roller (6) passes through storehouse (1) phase in support frame (7) and main body Connection, live-roller (6) every two is one group, and live-roller (6) is provided with two groups altogether.

5. a kind of herding class according to claim 1, which is fed, uses feedstuff crushing stirring integration equipment, it is characterised in that: The outer end of second rotation axis (10) is connected with paddle (12) two sides up and down, and the underface setting of the second rotation axis (10) Have closure plate (13), the left and right ends of the closure plate (13), which are equipped with, is flexibly connected axis (14), and is flexibly connected axis (14) Outer end offers swing handle (15).

6. a kind of herding class according to claim 5, which is fed, uses feedstuff crushing stirring integration equipment, it is characterised in that: The paddle (12) is provided with four groups in blade structure, and paddle (12) is with the lateral central axes of the second rotation axis (10) The setting of symmetry axis symmetry axis is in parallel construction between second rotation axis (10) and closure plate (13), and closure plate (13) is logical Activity connecting shaft (14) is crossed to be connected with swing handle (15).

7. a kind of herding class according to claim 5, which is fed, uses feedstuff crushing stirring integration equipment, it is characterised in that: The positioned beneath of the paddle (12) has discharge port (16), and the first anti-sticking interlayer is inlaid on the inner wall of discharge port (16) (17), the discharge port (16) is in funnel structure, and the connection type of discharge port (16) and the first anti-sticking interlayer (17) is bonding.

8. a kind of herding class according to claim 1, which is fed, uses feedstuff crushing stirring integration equipment, it is characterised in that: The lower end of first idler wheel (19) offers the second connecting bottom board (20), and the bottom end of the second connecting bottom board (20) is fixed with One spring (21), the surface inserting of second connecting bottom board (20), which has, inlays sliding slot (31), and inlays the surface of sliding slot (31) Upper end offers second spring (32), and the lower end of first idler wheel (19) is embedded in the inside for inlaying sliding slot (31), and first The connection type of idler wheel (19) and splicing plate (18) is welding, and the splicing plate (18) is by the first idler wheel (19) and inlays sliding slot (31) slidable structure is constituted.

9. a kind of herding class according to claim 1, which is fed, uses feedstuff crushing stirring integration equipment, it is characterised in that: The left and right ends of the splicing plate (18) are equipped with the second connection buckle (33), and the outer end of the second connection buckle (33) is provided with One end of half slot (34), the half slot (34) is connected with the second connecting bottom board (20), and the inner end of half slot (34) and The outer end configuration of second connection buckle (33) matches.

10. a kind of herding class according to claim 8, which is fed, uses feedstuff crushing stirring integration equipment, feature exists In: four side of surface of the splicing plate (18) is connected separately with protective fence (35), and the innermost insert of splicing plate (18) has connection Steelframe (36) offers the second anti-sticking interlayer (37), and the bottom of the second anti-sticking interlayer (37) on the outer wall of the splicing plate (18) It is bonded to each other between surface and the outer surface of splicing plate (18).