CN104792140A - Manure preparing device utilizing gear rack adjusting mechanism for adjusting angle and preparing method - Google Patents
Manure preparing device utilizing gear rack adjusting mechanism for adjusting angle and preparing method Download PDFInfo
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- CN104792140A CN104792140A CN201510156703.8A CN201510156703A CN104792140A CN 104792140 A CN104792140 A CN 104792140A CN 201510156703 A CN201510156703 A CN 201510156703A CN 104792140 A CN104792140 A CN 104792140A
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- drying
- fertiliser granulates
- baffle plate
- rotary drying
- drying drum
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Abstract
The invention provides a manure preparing device utilizing a gear rack adjusting mechanism for adjusting the angle and a preparing method. The device comprises a manure particle drying device. The manure particle drying device comprises an installing rack (1) and a rotary drying cylinder (4) capable of being installed on the installing rack (1) in a rotating mode through bearings (420). The rotary drying cylinder (4) is provided with a heating device for heating and drying manure particles passing through the bottom of the inner wall of the rotary drying cylinder (4). A gear ring part (41) is fixedly arranged on the rotary drying cylinder (4) and used for being meshed with a pinion (42) driven by power of a drying cylinder drive motor (43) so as to be driven to rotate. The right end of the rotary drying cylinder (4) receives the manure particles to be dried through a manure particle receiving device (3). The drying cylinder drive motor (43) is communicated with a controller (8) and controlled by the controller (8).
Description
Technical field
The present invention relates to fertilizer preparation field, especially a kind of rack-and-pinion guiding mechanism that utilizes of particle type adjusts fertilizer stand-by provision and the preparation method of angle.
Background technology
Fertiliser granulates is after granulating process completes, and its humidity is comparatively large and need to carry out drying.Because fertiliser granulates has certain stickiness, it easily sticks on the barrel of drying when measuring large.
When fertiliser granulates humidity is larger, due to the spinning movement of drying, it easily adheres in a large number on drying inwall and is difficult to simply remove in modes such as air blowings; And to utilize the mechanical system such as scraper plate to remove easily to make fertiliser granulates be out of shape or roll on inwall thus to be more difficult to remove.
Summary of the invention
The object of this invention is to provide a kind of the fertilizer stand-by provision and the preparation method that utilize rack-and-pinion guiding mechanism adjustment angle, it can overcome the above-mentioned defect of prior art.
According to aspects of the present invention, a kind of fertilizer stand-by provision utilizing rack-and-pinion guiding mechanism to adjust angle, comprise fertiliser granulates drying equipment, described fertiliser granulates drying equipment comprises: installation frame and the rotary drying drum be arranged on revolvably by bearing on described installation frame, the left end of described rotary drying drum is provided with left recess, in described left recess, left bearing parts are installed, described left bearing parts are provided with left drying baffle plate, the right-hand member of described rotary drying drum is provided with right recess, in described right recess, right bearing parts are installed, described right bearing parts are provided with right drying baffle plate, described left drying baffle plate bottom offers discharge gate in order to the outlet as fertiliser granulates after drying near the inner ring place of described left bearing parts, left side, the bottom place of the inner ring of described left bearing parts is provided with and guides hang plate to discharge along described guiding hang plate for dried fertiliser granulates, heater is provided with to carry out heat drying to the fertiliser granulates bottom its inwall bottom described rotary drying drum, and it is fixedly installed gear ring parts in order to engage with by the power-actuated pinion of drying drive motors thus to be driven in rotation, the right-hand member of described rotary drying drum is received by fertiliser granulates receiving system wants dry fertiliser granulates, described drying drive motors is communicated with to control by it with controller,
Wherein, described installation frame is fixedly installed the left socle being positioned at described rotary drying drum left end place and the right support being positioned at described rotary drying drum right-hand member place, described left socle and right support are rotatably supported with the screw mandrel extended through described rotary drying drum, screw mandrel and clearance of particles assembly threaded engagement, and the right-hand member of screw mandrel connects with the screw mandrel drive motors power controlled by described controller, also guide post is fixedly connected with between described left socle and right support, guide post coordinate with described clearance of particles component slippage thus described screw mandrel drive motors can drive described clearance of particles assembly along described guide post left and right sidesing shifting,
Described clearance of particles assembly comprises with the scraper plate of the contact internal walls of described rotary drying drum and lays respectively at the left air blowing ozzle of described scraper plate both sides and right air blowing ozzle, left air blowing ozzle and right air blowing ozzle and the solenoid electric valve members controlled by described controller, described Electromagnetic Control valve member by be spirally wound on described guide post periphery spiral tracheae and be positioned at the pressed gas feeding mechanism be fixedly mounted on described installation frame located on the right side of described rotary drying drum and be communicated with;
Described installation frame bottom left is provided with back-up block and is flexibly connected with described installation frame by rotating shaft, described installation frame bottom right is provided with rack-and-pinion guiding mechanism, described rack-and-pinion guiding mechanism comprises pedestal and is arranged on the gear drive motor on pedestal, and the travelling gear be arranged on gear drive motor output shaft, and the driving rack to be meshed with travelling gear, described driving rack top is flexibly connected with described installation frame by rotating shaft, described pedestal is also provided with the chute with described driving rack sliding connection, described gear drive motor is communicated with to control by it with controller, described rack-and-pinion guiding mechanism is in order to adjust the angle of described rotary drying drum, the fertiliser granulates after described rotary drying drum inner drying is facilitated to discharge from described discharge gate.
A kind ofly use the described method for preparing fertilizer utilizing rack-and-pinion guiding mechanism to adjust the fertilizer stand-by provision of angle, described method comprises granulation of fertilizer step and carries out dry step to the fertiliser granulates after granulation, wherein, the step of described drying uses described fertiliser granulates drying equipment, and described method comprises the steps:
A. when the position on the inwall that fertiliser granulates sticks to described rotary drying drum is positioned on the right side of described scraper plate, described clearance of particles component movement makes described right air blowing ozzle aim at adhesion locations, described Electromagnetic Control valve member makes described right air blowing ozzle be communicated with pressed gas feeding mechanism, thus concentrated blow dried is carried out to the fertiliser granulates adhered to, along with described clearance of particles assembly moves right, described scraper plate is utilized to be scraped by fertiliser granulates;
B. when the position on the inwall that fertiliser granulates sticks to described rotary drying drum is positioned on the left of described scraper plate, described clearance of particles component movement makes described left air blowing ozzle aim at adhesion locations, described Electromagnetic Control valve member makes described left air blowing ozzle be communicated with pressed gas feeding mechanism, thus concentrated blow dried is carried out to the fertiliser granulates adhered to, along with described clearance of particles assembly is to left movement, described scraper plate is utilized to be scraped by fertiliser granulates.
By the present invention, owing to have employed clearance of particles assembly, it can be blown in advance, makes a large amount of fertiliser granulates adhered to be purged drying, thus the part that drops; For the remainder that scleroma adheres to, recycling screeding device, by the rotary motion of drying, it is scraped easily, thus avoid caving in and rolling distortion of fertiliser granulates, thus avoid moistening fertiliser granulates and be coated on and drying inwall be difficult to more remove.
By the air blowing ozzle arranged respectively in scraper plate both sides, the removing step adhered particles of any position appearing at drying first can blown-scraped.
And utilize the supply air line that is spirally wound on guide rod, it makes use of be used as clearance of particles assembly guider simultaneously guide rod as support, make the operation of the side-to-side movement of clearance of particles assembly more reliable and more stable, and compact conformation.
Described screw mandrel drive motors, described drying drive motors, described gear drive motor and magnetic valve is controlled by controller, thus the factor such as side-to-side movement speed of the rotary speed of described drying, the gas flow of blow dried and position, described clearance of particles assembly can be considered, and effectively fertiliser granulates is removed.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of fertiliser granulates drying equipment of the present invention.
Detailed description of the invention
According to Fig. 1, the present invention is described in detail.
According to a kind of fertilizer stand-by provision utilizing rack-and-pinion guiding mechanism to adjust angle of embodiment, comprise fertiliser granulates drying equipment, described fertiliser granulates drying equipment comprises: installation frame 1 and the rotary drying drum 4 be arranged on revolvably on described installation frame 1 by bearing 420, the left end of described rotary drying drum 4 is provided with left recess 21, in described left recess 21, left bearing parts 22 are installed, described left bearing parts 22 are provided with left drying baffle plate 23, the right-hand member of described rotary drying drum 4 is provided with right recess 31, in described right recess 31, right bearing parts 32 are installed, described right bearing parts 32 are provided with right drying baffle plate 33, described left drying baffle plate 23 bottom offers discharge gate 62 in order to the outlet as fertiliser granulates after drying near the inner ring place of described left bearing parts 22, left side, the bottom place of the inner ring of described left bearing parts 22 is provided with and guides hang plate 65 to discharge along described guiding hang plate 65 for dried fertiliser granulates, heater is provided with to carry out heat drying to the fertiliser granulates bottom its inwall bottom described rotary drying drum 4, and it is fixedly installed gear ring parts 41 in order to engage with by the power-actuated pinion 42 of drying drive motors 43 thus to be driven in rotation, the right-hand member of described rotary drying drum 4 is received by fertiliser granulates receiving system 3 wants dry fertiliser granulates, described drying drive motors 43 is communicated with to control by it with controller 8,
Wherein, described installation frame 1 is fixedly installed the left socle 11 being positioned at described rotary drying drum 4 left end place and the right support 12 being positioned at described rotary drying drum 4 right-hand member place, described left socle 11 with right support 12 are rotatably supported with the screw mandrel 6 extended through described rotary drying drum 4, screw mandrel 6 and clearance of particles assembly 5 threaded engagement, and the right-hand member of screw mandrel 6 connects with screw mandrel drive motors 7 power controlled by described controller 8, guide post 61 is also fixedly connected with between described left socle 11 and right support 12, guide post 61 and described clearance of particles assembly 5 be slidably matched thus described screw mandrel drive motors 7 can drive described clearance of particles assembly 5 along described guide post 61 left and right sidesing shifting,
Described clearance of particles assembly 5 comprises with the scraper plate 54 of the contact internal walls of described rotary drying drum 4 and lays respectively at the left air blowing ozzle 53 of described scraper plate 54 both sides and right air blowing ozzle 52, left air blowing ozzle 53 is communicated with the Electromagnetic Control valve member 51 controlled by described controller 8 with right air blowing ozzle 52, described Electromagnetic Control valve member 51 by be spirally wound on described guide post 61 periphery spiral tracheae 91 and be positioned at the pressed gas feeding mechanism 9 be fixedly mounted on described installation frame 1 located on the right side of described rotary drying drum 4 and be communicated with;
Described installation frame 1 bottom left is provided with back-up block 88 and is flexibly connected with described installation frame 1 by rotating shaft 26, described installation frame 1 bottom right is provided with rack-and-pinion guiding mechanism 89, described rack-and-pinion guiding mechanism 89 comprises pedestal 30 and is arranged on the gear drive motor 28 on pedestal, and the travelling gear 27 be arranged on gear drive motor 28 output shaft, and the driving rack 29 to be meshed with travelling gear 27, described driving rack 29 top is flexibly connected with described installation frame 1 by rotating shaft 26, described pedestal 30 is also provided with the chute 44 with the sliding connection of described driving rack 29, described gear drive motor 28 is communicated with to control by it with controller 8, described rack-and-pinion guiding mechanism 89 is in order to adjust the angle of described rotary drying drum 4, the fertiliser granulates after described rotary drying drum 4 inner drying is facilitated to discharge from described discharge gate 62.。
Valuably, wherein, the end of described scraper plate 54 be provided with elastic layer 55 with described contact internal walls, described left drying baffle plate 23 is provided with the through hole passed for described scraper plate 54 and described guide post 61, described right drying baffle plate 33 is provided with for described scraper plate 54, described guide post 61, the through hole that described spiral tracheae 91 and described fertiliser granulates receiving system 3 pass, described guide post 61 is fixedly connected with described right drying baffle plate 33 with described left drying baffle plate 23, when described rotary drying drum 4 rotates, described left drying baffle plate 23 and described right drying baffle plate 33 maintain static, described left drying baffle plate 23 is identical with the internal diameter of rotary drying drum 4 with the diameter of described right drying baffle plate 33, described left drying baffle plate 23 is the scarce shape of circle, described right drying baffle plate 33 is circular.
The described rack-and-pinion guiding mechanism that utilizes is used to adjust the method for preparing fertilizer of the fertilizer stand-by provision of angle, described method comprises granulation of fertilizer step and carries out dry step to the fertiliser granulates after granulation, wherein, the step of described drying uses described fertiliser granulates drying equipment, and described method comprises the steps:
A. when the position on the inwall that fertiliser granulates sticks to described rotary drying drum 4 is positioned on the right side of described scraper plate 54, described clearance of particles assembly 5 motion makes described right air blowing ozzle 52 aim at adhesion locations, described Electromagnetic Control valve member 51 makes described right air blowing ozzle 52 be communicated with pressed gas feeding mechanism 9, thus concentrated blow dried is carried out to the fertiliser granulates adhered to, along with described clearance of particles assembly 5 moves right, described scraper plate 54 is utilized to be scraped by fertiliser granulates;
B. when the position on the inwall that fertiliser granulates sticks to described rotary drying drum 4 is positioned on the left of described scraper plate 54, described clearance of particles assembly 5 motion makes described left air blowing ozzle 53 aim at adhesion locations, described Electromagnetic Control valve member 51 makes described left air blowing ozzle 53 be communicated with pressed gas feeding mechanism 9, thus concentrated blow dried is carried out to the fertiliser granulates adhered to, along with described clearance of particles assembly 5 is to left movement, described scraper plate 54 is utilized to be scraped by fertiliser granulates.
Alternatively, wherein, while described concentrated blow dried, described controller 8 can move to drive described clearance of particles assembly 5 with the speed meeting degree of drying needs simultaneously, thus scraping of concentrated blow dried and described scraper plate 54 is synchronously carried out.
Claims (4)
1. the fertilizer stand-by provision utilizing rack-and-pinion guiding mechanism to adjust angle, comprise fertiliser granulates drying equipment, described fertiliser granulates drying equipment comprises: installation frame (1) and the rotary drying drum (4) be arranged on revolvably on described installation frame (1) by bearing (420), the left end of described rotary drying drum (4) is provided with left recess (21), in described left recess (21), left bearing parts (22) are installed, described left bearing parts (22) are provided with left drying baffle plate (23), the right-hand member of described rotary drying drum (4) is provided with right recess (31), in described right recess (31), right bearing parts (32) are installed, described right bearing parts (32) are provided with right drying baffle plate (33), described left drying baffle plate (23) bottom offers discharge gate (62) in order to the outlet as fertiliser granulates after drying near the inner ring place of described left bearing parts (22), left side, the bottom place of the inner ring of described left bearing parts (22) is provided with and guides hang plate (65) to discharge along described guiding hang plate (65) for dried fertiliser granulates, described rotary drying drum (4) bottom is provided with heater to carry out heat drying to the fertiliser granulates bottom its inwall, and it is fixedly installed gear ring parts (41) in order to engage with by drying drive motors (43) power-actuated pinion (42) thus to be driven in rotation, the right-hand member of described rotary drying drum (4) is received by fertiliser granulates receiving system (3) wants dry fertiliser granulates, described drying drive motors (43) is communicated with to control by it with controller (8),
Wherein, described installation frame (1) is fixedly installed the left socle (11) being positioned at described rotary drying drum (4) left end place and the right support (12) being positioned at described rotary drying drum (4) right-hand member place, described left socle (11) with right support (12) are rotatably supported with the screw mandrel (6) extended through described rotary drying drum (4), screw mandrel (6) and clearance of particles assembly (5) threaded engagement, and the right-hand member of screw mandrel (6) connects with screw mandrel drive motors (7) power controlled by described controller (8), guide post (61) is also fixedly connected with between described left socle (11) and right support (12), guide post (61) and described clearance of particles assembly (5) be slidably matched thus described screw mandrel drive motors (7) can drive described clearance of particles assembly (5) along described guide post (61) left and right sidesing shifting,
Described clearance of particles assembly (5) comprises and the scraper plate (54) of the contact internal walls of described rotary drying drum (4) and the left air blowing ozzle (53) and the right air blowing ozzle (52) that lay respectively at described scraper plate (54) both sides, left air blowing ozzle (53) is communicated with the Electromagnetic Control valve member (51) controlled by described controller (8) with right air blowing ozzle (52), described Electromagnetic Control valve member (51) by be spirally wound on the peripheral spiral tracheae (91) of described guide post (61) and be positioned at the pressed gas feeding mechanism (9) be fixedly mounted on described installation frame (1) located on described rotary drying drum (4) right side and be communicated with,
Described installation frame (1) bottom left is provided with back-up block (88) and is flexibly connected with described installation frame (1) by rotating shaft (26), described installation frame (1) bottom right is provided with rack-and-pinion guiding mechanism (89), described rack-and-pinion guiding mechanism (89) comprises pedestal (30) and is arranged on the gear drive motor (28) on pedestal, and the travelling gear (27) be arranged on gear drive motor (28) output shaft, and the driving rack (29) to be meshed with travelling gear (27), described driving rack (29) top is flexibly connected with described installation frame (1) by rotating shaft (26), described pedestal (30) is also provided with the chute (44) with described driving rack (29) sliding connection, described gear drive motor (28) is communicated with to control by it with controller (8), described rack-and-pinion guiding mechanism (89) is in order to adjust the angle of described rotary drying drum (4), the fertiliser granulates after described rotary drying drum (4) inner drying is facilitated to discharge from described discharge gate (62).
2. utilize rack-and-pinion guiding mechanism to adjust the fertilizer stand-by provision of angle as claimed in claim 1, wherein, the end of described scraper plate (54) be provided with elastic layer (55) with described contact internal walls, described left drying baffle plate (23) is provided with the through hole passed for described scraper plate (54) and described guide post (61), described right drying baffle plate (33) is provided with for described scraper plate (54), described guide post (61), the through hole that described spiral tracheae (91) and described fertiliser granulates receiving system (3) pass, described guide post (61) is fixedly connected with described right drying baffle plate (33) with described left drying baffle plate (23), when described rotary drying drum (4) rotates, described left drying baffle plate (23) and described right drying baffle plate (33) maintain static, described left drying baffle plate (23) is identical with the internal diameter of rotary drying drum (4) with the diameter of described right drying baffle plate (33), described left drying baffle plate (23) is the scarce shape of circle, described right drying baffle plate (33) is circular.
3. one kind uses the rack-and-pinion guiding mechanism that utilizes described in claim 1 or 2 to adjust the method for preparing fertilizer of the fertilizer stand-by provision of angle, described method comprises granulation of fertilizer step and carries out dry step to the fertiliser granulates after granulation, wherein, the step of described drying uses described fertiliser granulates drying equipment, and described method comprises the steps:
A. when the position on the inwall that fertiliser granulates sticks to described rotary drying drum (4) is positioned at described scraper plate (54) right side, described clearance of particles assembly (5) motion makes described right air blowing ozzle (52) aim at adhesion locations, described Electromagnetic Control valve member (51) makes described right air blowing ozzle (52) be communicated with pressed gas feeding mechanism (9), thus concentrated blow dried is carried out to the fertiliser granulates adhered to, along with described clearance of particles assembly (5) moves right, described scraper plate (54) is utilized to be scraped by fertiliser granulates;
B. when the position on the inwall that fertiliser granulates sticks to described rotary drying drum (4) is positioned at described scraper plate (54) left side, described clearance of particles assembly (5) motion makes described left air blowing ozzle (53) aim at adhesion locations, described Electromagnetic Control valve member (51) makes described left air blowing ozzle (53) be communicated with pressed gas feeding mechanism (9), thus concentrated blow dried is carried out to the fertiliser granulates adhered to, along with described clearance of particles assembly (5) is to left movement, described scraper plate (54) is utilized to be scraped by fertiliser granulates.
4. method as claimed in claim 3, wherein, while described concentrated blow dried, described controller (8) can move to drive described clearance of particles assembly (5) with the speed meeting degree of drying needs simultaneously, thus scraping of concentrated blow dried and described scraper plate (54) is synchronously carried out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510156703.8A CN104792140A (en) | 2015-04-03 | 2015-04-03 | Manure preparing device utilizing gear rack adjusting mechanism for adjusting angle and preparing method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510156703.8A CN104792140A (en) | 2015-04-03 | 2015-04-03 | Manure preparing device utilizing gear rack adjusting mechanism for adjusting angle and preparing method |
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| CN104792140A true CN104792140A (en) | 2015-07-22 |
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| CN201510156703.8A Pending CN104792140A (en) | 2015-04-03 | 2015-04-03 | Manure preparing device utilizing gear rack adjusting mechanism for adjusting angle and preparing method |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107543392A (en) * | 2017-07-31 | 2018-01-05 | 贵州省华腾农业科技有限公司 | A kind of myotonin raw material blowing drying unit |
| CN115354254A (en) * | 2022-09-14 | 2022-11-18 | 江苏国强镀锌实业有限公司 | Preparation method of high-corrosion-resistance continuous hot-dip zinc-aluminum-magnesium-plated steel and zinc-aluminum-magnesium-steel |
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| CN115354254A (en) * | 2022-09-14 | 2022-11-18 | 江苏国强镀锌实业有限公司 | Preparation method of high-corrosion-resistance continuous hot-dip zinc-aluminum-magnesium-plated steel and zinc-aluminum-magnesium-steel |
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