CN208300310U - A kind of harvesting of crops and stalk comprehensive treatment equipment - Google Patents
A kind of harvesting of crops and stalk comprehensive treatment equipment Download PDFInfo
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- CN208300310U CN208300310U CN201820832844.6U CN201820832844U CN208300310U CN 208300310 U CN208300310 U CN 208300310U CN 201820832844 U CN201820832844 U CN 201820832844U CN 208300310 U CN208300310 U CN 208300310U
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Abstract
The utility model discloses a kind of harvestings of crops and stalk comprehensive treatment equipment, including harvester and stalk total system.Stalk total system includes platform and the separating twice part being located on platform, storage section, preprocessing part, press portion and stacking part.Stalk total system can crush the stalk generated in harvester harvesting process, the processes such as additive, compression and stacking are added, and realize the high efficiente callback to stalk.It is very extensive that stalk after treatment can be used for multiple fields, the use scopes such as fertilizer production, combustion power generation, heat-preserving wall production.The utility model is widely used, practical, high degree of automation.It can be effectively reduced cost recovery and the transportation cost of stalk, and then reduce stalk processing cost, the income true for improving peasant.
Description
Technical field
The utility model relates to agricultural modernization equipment fields, and in particular to a kind of harvesting of crops and stalk integrated treatment
Equipment.
Background technique
Modern agriculture is the agricultural to grow up on the basis of modern industry and modern science and technology.It sprouts in capitalism
Industrialization period, and the prosperity agricultural just formed after World War II.It is mainly characterized by comprising:
1. widely use modern science and technology, become consciously from complying with the nature using nature and nature remodeling, by with
Become becoming scientific agricultural by science by means of Conventional wisdom, establishes it in botany, zoology, chemistry, physics etc.
On the basis of scientific high development；
2. a large amount of matter and energies of industrial department production are put into agricultural production, to exchange a large amount of agricultural product for, at
For industrialized agricultural；
3. compartmentalization, specialized road have been gone in agricultural production, highly developed commodity economy is become from natural economy,
Agricultural as commercialization, socialization；
The formation of modern machines system and the extensive use of farming machine are changed into agricultural by the production of manual animal-drawn farm implements
Production of machinery, as the excellent tractor of technical and economic performance, cultivator, combine harvester, agricultural automobile, agricultural aircraft and
Woods is herded, the various machines in fishery, and the main tool of production of agricultural is become, and dramatically increases the energy of investment agricultural, electronics,
Atomic energy, laser, remote sensing technology and artificial satellite etc. also start to apply to agricultural；Good, the dynamical ecosystem by
Step is formed.
The generation and development of modern agriculture, have been significantly increased farm labor efficiency, land productivity and agricultural product
Commodity rate makes agricultural production, rural area looks and household behaviors that great change have occurred.
With the intensification of globalization, the peasant of Chinese tradition production has received violent impact, per capita area of cultivated farmland, per capita
The indexs such as output, unit cost and the degree of automation lag far behind and advanced international standard.Therefore, it is existing to propose agricultural for country
The requirement of generationization carries out comprehensive change from thought, equipment and practitioner etc., improves Chinese agriculture in world wide
Competitiveness.
Currently, domestic agricultural crop straw processing is horizontal also in the rudimentary processing such as filling, burning and abandoning on the spot.On the spot
The stalk of landfill has little time putrid fermentation, negatively affects instead to soil reclamation；Burn pollution atmosphere；Abandoning will cause largely
The wasting of resources selects the basic reason of these processing modes to be no better processing means.Therefore, it is badly in need of one kind in the market
The processing equipment that integrated treatment can be carried out to stalk, had not only met the processing requirement of low cost, but also can be avoided the wasting of resources, mentioned
The utilization rate of high stalk.
Utility model content
The utility model is intended to provide one kind can carry out crops harvesting and the stalk General Office of integrated treatment to stalk
Manage equipment.
The utility model adopts the following technical solution:
A kind of harvesting of crops and stalk comprehensive treatment equipment, including harvester；It further include stalk total system；
The stalk total system includes platform and the separating twice part being located on platform, storage section, pre- place
Reason part, press portion and stacking part；
The separating twice part include the material storing box being fixedly connected with platform, the discharge port being located on material storing box bottom surface,
The outlet damper that is placed on discharge port, the elongated slot being evenly arranged on outlet damper, the air duct being connect with discharge port and connect with air duct
The blower and pulverizer connect；
The pulverizer includes the crush box being located on platform, the shaft being rotatablely connected with crush box, is located in shaft
Crushing set is evenly arranged on the upper machine of crushing set and plays stick and be connected with the rotating shaft driving motor；
The output end of the blower and the input terminal of crush box connect；
The storage section includes the storage box being located on platform side by side, the vertical vertical plate and powder being fixed in storage box
The storage blower and reversing arrangement of the output end connection of broken case；
The reversing arrangement include the axis being fixed in inner wall of storage box, with axis rotation connection hopper and with hopper one end
Hinged driving cylinder；
The other end and inner wall of storage box of the driving cylinder are hinged；
The both ends of the hopper are open end；
The output end of the storage blower is located at the top of hopper；
The preprocessing part includes the auger A being arranged on platform, the auger B being arranged on platform and feeding device；
The input terminal of the auger and the input terminal of auger B are respectively positioned in storage box；
The input terminal of the auger and the input terminal of auger B are located at the two sides of vertical plate；
The feeding device includes the bracket being fixed on platform, the expects pipe being fixed on bracket vertically, is fixed on expects pipe
The conical pipe of upper end, the spray tube being located on taper inside pipe wall, the material pump being connect with spray tube and the hopper with material pump connection；
The material pump and hopper are each attached on bracket；
The press portion includes the pressing trough being fixed on platform, the feed inlet being located on pressing trough top surface and compacting
The pressure that baffle that slot is slidably connected, the gantry being fixed on platform, the compacting cylinder hinged with gantry and pressing trough are slidably connected
Making sheet, the lead screw being threadedly coupled with pressing trough and the compacting motor that is connect with lead screw；
The feed inlet is located at the lower section of expects pipe；
The free end of the lead screw and pressboard are rotatablely connected；
The free end of the compacting cylinder and panel hinge；
The stacking part includes stacking bracket, the transverse movement system being located on stacking bracket, is located at transverse shifting system
Vertical moving system on system and the handgrip being located on vertical moving system.
As further solution: the transverse movement system includes the cylinder rail being symmetrically fixed on stacking bracket
Road A, the sliding block A being slidably connected with cylindrical rails A, the bearing block A being symmetrically arranged on stacking bracket and bearing block A are rotatablely connected
Lead screw A, the mobile motor A being connect with the one end lead screw A and the guide plate A being fixed on the bottom surface sliding block A；
The lead screw A is threadedly coupled with sliding block A.
As further solution: the vertical moving system includes the cylindrical guide being symmetrically arranged on guide plate A
A, the slide block B that is slidably connected with cylindrical guide A, the bearing block B being symmetrically fixed on guide plate A, with bearing block B rotation connection
Lead screw B, the mobile motor B being connect with the one end lead screw B and the guide plate B being fixed on slide block B bottom surface；
The lead screw B is threadedly coupled with slide block B.
As further solution: the handgrip includes the clamping plate A hinged with guide plate B and guide plate B hinged
Clamping plate B and clamping plate A lateral surface hinged clamping cylinder A and the clamping cylinder B hinged with clamping plate B lateral surface；
The clamping plate A is parallel with clamping plate B；
The other end and guide plate B of the clamping cylinder A is hinged；
The other end and guide plate B of the clamping cylinder B is hinged.
As further solution: the machine plays stick equipped with crushing knife；
The blade of the crushing knife intersects with the axis that machine plays stick.
As further solution: being fixed with spray supervisor on the conical pipe；It is evenly equipped on the spray supervisor
Assist spray tube；
The spray supervisor and material pump connection；
The free end of the auxiliary spray tube is connect with taper inside pipe wall；
The spray supervisor and auxiliary spray tube are equipped with spray apertures；
The spray apertures are downward.
The good effect that the utility model generates is as follows:
The utility model gather in and separate stalk to crops by harvester.The stalk isolated passes through
Compression blocks are made after adhesive and compression is added in separating twice, and volume-diminished facilitates carrying and transport, effectively reduces stalk
Transportation cost.For stalk handles enterprise, the decline of transportation cost can significantly improve its economy, facilitate the sector
Sound development, attract more social capitals to enter, accelerate the development speed of industry, form a beneficial circulation.
Harvester can generate a large amount of crushing straw in the continuous course of work, therefore the utility model is especially provided with two
A material storing box, one provides raw material to subsequent processing part, and the stalk that another storage harvester generates, is both not in original
Expect insufficient situation, the phenomenon that material storing box spilling will not occur, enable the utility model continuous work.
The utility model is provided with multiple tracks pulverizing process and constantly carries out to stalk when machine plays stick for raw material feeding crush box
High-frequency machine is beaten, and keeps it looser, and machine beats the crushing knife on stick and also carries out secondary cut crushing to stalk；Auger A and strand
Imperial B can carry out third time crushing to stalk when stalk is transferred to crush box.In this way, entering the stalk of press portion more
It is broken, higher compression ratio can be obtained.
The degree of automation of the utility model is higher.It is automatic to processes such as the crushing of stalk, transfer, compression and stackings
Change and carry out, a large amount of manpower can be saved.Not only effectively reduce the operating cost of the utility model, additionally it is possible to improve processing effect
Rate improves productivity.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of separating twice part；
Fig. 3 is the top view of outlet damper；
Fig. 4 is the structural schematic diagram of pulverizer；
Fig. 5 is the structural schematic diagram of storage section；
Fig. 6 is the cross-sectional view of storage section；
Fig. 7 is the schematic diagram of conical pipe internal structure；
Fig. 8 is the structural schematic diagram of press portion；
Fig. 9 is the structural schematic diagram for stacking part；
Wherein: material storing box 11, discharge port 12, outlet damper 13, elongated slot 14, air duct 15, blower 16, crush box 21, shaft
22, set 23 is crushed, machine plays stick 24, driving motor 25, storage box 31, vertical plate 32, storage blower 33, axis 41, hopper 42, driving gas
Cylinder 43, auger 51A, auger B52, bracket 53, expects pipe 54, conical pipe 55, spray tube 56, material pump 57, hopper 58, pressing trough 61,
Feed inlet 62, baffle 63, gantry 64, compacting cylinder 65, pressboard 66, lead screw 67, compacting motor 68, stacking bracket 71, cylinder
Track A81, sliding block A82, bearing block A83, lead screw A84, mobile motor A85, guide plate A86, cylindrical guide A91, slide block B 92,
Bearing block B93, lead screw B94, mobile motor B95, guide plate B96, clamping plate A101, clamping plate B102, clamping cylinder A103, gas is clamped
Cylinder B104, crushing knife 111, spray supervisor 121, auxiliary spray tube 122, spray apertures 123.
Specific embodiment
The utility model is further described below with reference to Fig. 1-9.
The utility model adopts the following technical solution:
A kind of harvesting of crops and stalk comprehensive treatment equipment, including harvester；It further include stalk total system；
The stalk total system includes platform 1 and sets separating twice part on the platform 1, storage section, pre-
Processing part, press portion and stacking part；
The separating twice part includes the material storing box 11 being fixedly connected with platform 1, is located at going out on 11 bottom surface of material storing box
Material mouth 12, the elongated slot 14 being evenly arranged on outlet damper 13, is connect with discharge port 12 outlet damper 13 being placed on discharge port 12
Air duct 15 and the blower 16 and pulverizer that are connect with air duct 15；
The pulverizer includes setting crush box 21 on the platform 1, the shaft 22 being rotatablely connected with crush box 21, being located at and turn
Crushing set 23 on axis 22 is evenly arranged on the machine crushed on set 23 and plays stick 24 and the driving motor connecting with shaft 22 25；
The output end of the blower 16 is connect with the input terminal of crush box 21；
The storage section includes the vertical plate for setting storage box 31 on the platform 1 side by side, being fixed in storage box 31 vertically
32, the storage blower 33 and reversing arrangement being connect with the output end of crush box 21；
The reversing arrangement include the axis 41 being fixed on 31 inner wall of storage box, with axis 41 be rotatablely connected hopper 42 and with
The hinged driving cylinder 43 in 42 one end of hopper；
The other end and 31 inner wall of storage box of the driving cylinder 43 are hinged；
The both ends of the hopper 42 are open end；
The output end of the storage blower 33 is located at the top of hopper 42；
The preprocessing part includes setting auger A 51 on the platform 1, setting auger B52 on the platform 1 and adds
Expect device；
The input terminal of the auger A51 and the input terminal of auger B52 are respectively positioned in storage box 31；
The input terminal of the auger A51 and the input terminal of auger B52 are located at the two sides of vertical plate 32；
The feeding device includes fixed bracket 53 on the platform 1, the expects pipe 54 being fixed on bracket 53 vertically, fixes
54 upper end of expects pipe conical pipe 55, be located on 55 inner wall of conical pipe spray tube 56, connect with spray tube 56 material pump 57 and
The hopper 58 being connect with material pump 57；
The material pump 57 and hopper 58 are each attached on bracket 53；
The press portion include fixed pressing trough 61 on the platform 1, the feed inlet 62 being located on 61 top surface of pressing trough,
The baffle 63 that is slidably connected with pressing trough 61, fixed gantry 64 on the platform 1, with the hinged compacting cylinder 65 in gantry 64, with
Pressboard 66 that pressing trough 61 is slidably connected, the lead screw 67 being threadedly coupled with pressing trough 61 and the compacting motor being connect with lead screw 67
68；
The feed inlet 62 is located at the lower section of expects pipe 54；
The free end of the lead screw 67 and pressboard 66 are rotatablely connected；
The free end of the compacting cylinder 65 and baffle 63 are hinged；
The stacking part includes stacking bracket 71, the transverse movement system being located on stacking bracket 71, is located at lateral shifting
Vertical moving system in dynamic system and the handgrip being located on vertical moving system.
As further solution: the transverse movement system includes the cylinder being symmetrically fixed on stacking bracket 71
Track A81, the sliding block A82 being slidably connected with cylindrical rails A81, the bearing block A83 and bearing being symmetrically arranged on stacking bracket 71
It lead screw A84, the mobile motor A85 that is connect with the one end lead screw A84 of seat A83 rotation connection and is fixed on the bottom surface sliding block A82
Guide plate A86；
The lead screw A84 is threadedly coupled with sliding block A82.
As further solution: the vertical moving system includes that the cylinder being symmetrically arranged on guide plate A86 is led
Rail A91, the slide block B 92 being slidably connected with cylindrical guide A91, bearing block B93 and the bearing being symmetrically fixed on guide plate A86
It lead screw B94, the mobile motor B95 that is connect with the one end lead screw B94 of seat B93 rotation connection and is fixed on 92 bottom surface of slide block B
Guide plate B96；
The lead screw B94 is threadedly coupled with slide block B 92.
As further solution: the handgrip includes the clamping plate A101 and guide plate hinged with guide plate B96
It is B96 hinged clamping plate B102, hinged with the hinged clamping cylinder A103 of clamping plate A101 lateral surface and with clamping plate B102 lateral surface
Clamping cylinder B104；
The clamping plate A101 is parallel with clamping plate B102；
The other end and guide plate B96 of the clamping cylinder A103 is hinged；
The other end and guide plate B96 of the clamping cylinder B104 is hinged.
As further solution: the machine plays stick 24 equipped with crushing knife 111；
The blade of the crushing knife 111 intersects with the axis that machine plays stick 24.
As further solution: being fixed with spray supervisor 121 on the conical pipe 55；The spray supervisor 121
On be evenly equipped with auxiliary spray tube 122；
The spray supervisor 121 connect with material pump 57；
The free end of the auxiliary spray tube 122 is connect with 55 inner wall of conical pipe；
The spray supervisor 121 and auxiliary spray tube 122 are equipped with spray apertures 123；
The spray apertures 123 are downward.
The utility model is further described below with reference to the actual course of work.
The utility model is divided into two parts of harvester and stalk total system.Wherein harvester is according to actual receipts
It cuts and is selected, including wheat harvester, corn picker and broomcorn harvester etc..Stalk total system is mounted on
The rear of harvester.The stalk ejiction opening of conventional harvester is located behind, and therefore, it is necessary to material storing box 11 is installed to stalk to spray
The lower section of mouth.
When carrying out harvesting, harvester gathers in crops, and stalk is sprayed onto storing from stalk ejiction opening into after separating excessively
In case 11.Blower 16 works, and stalk is transferred to pulverizer from material storing box 11.Discharge port 12 in material storing box 11 is located at material storing box
11 bottom surface can guarantee that stalk endlessly enters pulverizer in this way, be not in fracture phenomenon.On outlet damper 13
Elongated slot 14 can control the transfer velocity of stalk, can either guarantee suitable feeding capacity, in turn avoid air duct 15 by straw blockage.
Driving motor 25 beats 24 high-speed rotation of stick by shaft 22 and 23 band motivations of crushing set, by 21 input end of crush box
Stalk to output end transport.In the case where machine plays the high frequency strike of stick 24, stalk is by further loose.Machine beats the crushing knife on stick 24
111 simultaneously further crush stalk.The blade of crushing knife 111 and the axis of shaft 22 are not parallel, can increase crushing
The time of contact of knife 111 and stalk improves crush efficiency, additionally it is possible to which the wear rate for reducing crushing knife 111 improves it and uses the longevity
Life.
Storage box 31 is located at the lower section of 21 output end of crush box, after stalk comes out from crush box 21, falls to storage box 31
It is interior.
Storage box 31 is divided to for two parts in left and right by vertical plate 32.After stalk is fallen in storage box 31, hopper is fallen on first
In 42, slided into storage box 31 then along hopper 42.Cylinder 43 is driven to control the inclined direction of hopper 42, adjustment stalk is fallen
To which part of storage box 31.The left-half of storage box 31 is filled up first when work, is then within storage box 31 left half
Partial auger 51A work, stalk is transferred in conical pipe 55, meanwhile, driving cylinder 43 pushes hopper 42 to tilt, and makes from powder
The stalk that broken case 21 exports is fallen in the right half part of storage box 31.It works alternatively in this way, subsequent raw material can either be avoided to supply
Deficiency is answered, and can be avoided stalk in storage box 31 and overflow.
Stalk is alternately fallen in conical pipe 55 from auger 51A and auger B52.Conical pipe 55 is up big and down small, can incite somebody to action
The stalk fallen is transferred completely into expects pipe 54.Additive in hopper 58 is squeezed into spray tube 56 by material pump 57, and additive is being pressed
It sprays under the action of power from spray tube 56, is mixed with stalk.For further increase composite rate, also especially increase in conical pipe 55
Spray supervisor 121 and auxiliary spray tube 122.Spray supervisor 121 and auxiliary spray tube 122 can carry out into one conical pipe 55
Step covering, improves the composite rate of additive and stalk.The opening of spray apertures 123 court on spray supervisor 121 and auxiliary spray tube 122
Under, it can be avoided blocking.
The mixture that stalk and additive are formed enters pressing trough 61 by feed inlet 62, and compacting motor 68 drives lead screw 67
Rotation, lead screw 67 push pressboard 66 to close to the movement of the direction of baffle 63.Mixing between pressboard 66 and baffle 63
Object is compressed to form material block under the effect of the pressure.After the completion of compression, compacting motor 68 is rotated backward, and drives pressboard 66 backward
A small distance is moved, cylinder 65 is then suppressed and acts, drive baffle 63 along the sliding slot upward sliding of 61 one end of pressing trough, make
One end that pressing trough 61 is located at 64 side of gantry becomes open end.Compacting motor 68 acts again, pushes pressboard 66 that will compress
Material block release pressing trough 61.Finally compacting motor 68 and compacting cylinder 65 act, and pressboard 66 and baffle 63 is driven to return to just
Beginning position.
Lead screw A84 rotation is driven when mobile motor A85 is rotated, the sliding block A82 connecting with lead screw A84 can be along lead screw
The axis of A84 does straight reciprocating motion.The moving process of slide block B 92 is identical as the moving process of sliding block A82, no longer superfluous herein
It states.By transverse movement system and vertical moving system, handgrip can be moved to the top of material block.Clamping cylinder A103 and folder
Tight cylinder B104 simultaneously operation, pushes clamping plate A101 and clamping plate B102 rotation, and material block is tightly clamped.Then transverse movement system
It is acted with vertical moving system, by material block transfer.
The laydown area stacked on the platform 1 that a staff is neat by the material block made is needed at this.Neat
Stacking can be improved space utilization rate, while the staff can also observe whole work process, timely discovering device failure
And handled, avoid equipment damage.
Finally it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations,
Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that,
It can still modify to technical solution documented by previous embodiment, or be equal to part of technical characteristic
Replacement, and these are modified or replaceed, the utility model embodiment technical solution that it does not separate the essence of the corresponding technical solution
Spirit and scope.
Claims (6)
1. a kind of crops harvesting and stalk comprehensive treatment equipment, including harvester；It is characterized by also including stalk General Office
Reason system；
The stalk total system includes platform (1) and the separating twice part being located on platform (1), storage section, pre-
Processing part, press portion and stacking part；
The separating twice part includes the material storing box (11) being fixedly connected with platform (1), is located on material storing box (11) bottom surface
Discharge port (12), the discharge baffle (13) being placed on discharge port (12), the elongated slot (14) being evenly arranged on discharge baffle (13), with
The air duct (15) of discharge port (12) connection and the blower (16) and pulverizer being connect with air duct (15)；
The pulverizer includes the crush box (21) being located on platform (1), the shaft (22) being rotatablely connected with crush box (21), sets
The driving for crushing the machine on set (23) and playing stick (24) and connecting with shaft (22) is evenly arranged in the crushing set (23) on shaft (22)
Motor (25)；
The output end of the blower (16) is connect with the input terminal of crush box (21)；
The storage section includes the storage box (31) being located on platform (1) side by side, is fixed on standing in storage box (31) vertically
Plate (32), the storage blower (33) being connect with the output end of crush box (21) and reversing arrangement；
The reversing arrangement includes the axis (41) being fixed on storage box (31) inner wall, the hopper (42) with axis (41) rotation connection
With the driving cylinder (43) hinged with hopper (42) one end；
The other end and storage box (31) inner wall of driving cylinder (43) are hinged；
The both ends of the hopper (42) are open end；
The output end of storage blower (33) is located at the top of hopper (42)；
The preprocessing part includes setting in the auger B(52 of auger (51) A, setting on platform (1) on platform (1)) and
Feeding device；
The input terminal and auger B(52 of the auger (51)) input terminal be respectively positioned in storage box (31)；
The input terminal and auger B(52 of the auger (51)) input terminal be located at the two sides of vertical plate (32)；
The feeding device include be fixed on platform (1) bracket (53), be fixed on bracket (53) vertically expects pipe (54),
Be fixed on the conical pipe (55) of expects pipe (54) upper end, the spray tube (56) being located on conical pipe (55) inner wall, with spray tube (56)
The material pump (57) of connection and the hopper (58) being connect with material pump (57)；
The material pump (57) and hopper (58) are each attached on bracket (53)；
The press portion includes the pressing trough (61) being fixed on platform (1), the feed inlet being located on pressing trough (61) top surface
(62), the baffle (63) that is slidably connected with pressing trough (61), the gantry (64) being fixed on platform (1), hinged with gantry (64)
Compacting cylinder (65), the pressboard (66) being slidably connected with pressing trough (61), the lead screw that is threadedly coupled with pressing trough (61)
(67) and with lead screw (67) the compacting motor (68) connecting；
The feed inlet (62) is located at the lower section of expects pipe (54)；
The free end and pressboard (66) of the lead screw (67) are rotatablely connected；
The free end and baffle (63) of compacting cylinder (65) are hinged；
The stacking part includes stacking bracket (71), the transverse movement system being located on stacking bracket (71), is located at lateral shifting
Vertical moving system in dynamic system and the handgrip being located on vertical moving system.
2. a kind of crops harvesting according to claim 1 and stalk comprehensive treatment equipment, it is characterised in that: the transverse direction
Mobile system includes the cylindrical rails A(81 being symmetrically fixed on stacking bracket (71)) and cylindrical rails A(81) be slidably connected
Sliding block A(82), the bearing block A(83 that is symmetrically arranged on stacking bracket (71)), the lead screw A with bearing block A(83) rotation connection
(84), the mobile motor A(85 being connect with the one end lead screw A(84)) and it is fixed on sliding block A(82) guide plate A(86 on bottom surface)；
The lead screw A(84) it is threadedly coupled with sliding block A(82).
3. a kind of crops harvesting according to claim 2 and stalk comprehensive treatment equipment, it is characterised in that: the longitudinal direction
Mobile system includes being symmetrically arranged at guide plate A(86) on cylindrical guide A(91), with the cunning that is slidably connected of cylindrical guide A(91)
Block B(92), be symmetrically fixed on guide plate A(86) on bearing block B(93), the lead screw B with bearing block B(93) rotation connection
(94), the mobile motor B(95 being connect with the one end lead screw B(94)) and the guide plate B(96 that is fixed on slide block B (92) bottom surface)；
The lead screw B(94) it is threadedly coupled with slide block B (92).
4. a kind of crops harvesting according to claim 3 and stalk comprehensive treatment equipment, it is characterised in that: the handgrip
Including the clamping plate A(101 hinged with guide plate B(96)), with the hinged clamping plate B(102 of guide plate B(96)), with clamping plate A(101)
The hinged clamping cylinder A(103 of lateral surface) and the clamping cylinder B(104 hinged with clamping plate B(102) lateral surface)；
The clamping plate A(101) it is parallel with clamping plate B(102)；
The clamping cylinder A(103) the other end and guide plate B(96) it is hinged；
The clamping cylinder B(104) the other end and guide plate B(96) it is hinged.
5. a kind of crops harvesting according to claim 1 and stalk comprehensive treatment equipment, it is characterised in that: the machine is beaten
Stick (24) is equipped with crushing knife (111)；
The blade of the crushing knife (111) intersects with the axis that machine plays stick (24).
6. a kind of crops harvesting according to claim 1 and stalk comprehensive treatment equipment, it is characterised in that: the taper
Spray supervisor (121) is fixed on pipe (55)；Auxiliary spray tube (122) is evenly equipped on the spray supervisor (121)；
The spray supervisor (121) connect with material pump (57)；
The free end of auxiliary spray tube (122) is connect with conical pipe (55) inner wall；
The spray supervisor (121) and auxiliary spray tube (122) are equipped with spray apertures (123)；
The spray apertures (123) are downward.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820832844.6U CN208300310U (en) | 2018-05-31 | 2018-05-31 | A kind of harvesting of crops and stalk comprehensive treatment equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820832844.6U CN208300310U (en) | 2018-05-31 | 2018-05-31 | A kind of harvesting of crops and stalk comprehensive treatment equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208300310U true CN208300310U (en) | 2019-01-01 |
Family
ID=64708900
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820832844.6U Expired - Fee Related CN208300310U (en) | 2018-05-31 | 2018-05-31 | A kind of harvesting of crops and stalk comprehensive treatment equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208300310U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110692370A (en) * | 2019-09-10 | 2020-01-17 | 长沙中能装备制造有限公司 | Self-walking straw extrusion molding machine and field straw extrusion molding method |
-
2018
- 2018-05-31 CN CN201820832844.6U patent/CN208300310U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110692370A (en) * | 2019-09-10 | 2020-01-17 | 长沙中能装备制造有限公司 | Self-walking straw extrusion molding machine and field straw extrusion molding method |
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Effective date of registration: 20190419 Address after: 065200 Huangtuzhuang Village, Huangtuzhuang Town, Sanhe City, Langfang City, Hebei Province Patentee after: Sanhe loxian environmental protection & Technology Co., Ltd. Address before: 065200 Huangtuzhuang Village 338, Huangtuzhuang Town, Sanhe City, Langfang City, Hebei Province Patentee before: Wang Mingzhe |
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Granted publication date: 20190101 Termination date: 20200531 |