CN204493598U - Garden supervisor integral type high strength punching press gearbox - Google Patents
Garden supervisor integral type high strength punching press gearbox Download PDFInfo
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- CN204493598U CN204493598U CN201520065040.4U CN201520065040U CN204493598U CN 204493598 U CN204493598 U CN 204493598U CN 201520065040 U CN201520065040 U CN 201520065040U CN 204493598 U CN204493598 U CN 204493598U
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Abstract
The utility model relates to a kind of garden supervisor integral type high strength punching press gearbox, comprise casing, casing is drawn-steel integrative-structure, in inverted V-structure, actuating unit is provided with in casing, actuating unit comprises power input device, rotary tillage power take-off and rear rolling force output unit, rotary tillage power take-off and rear rolling force output unit in casing along two branched layout of inverted V-type casing, compact structure, casing is sturdy and durable, lightweight, make simple and easy, transmission efficiency is high, power is saved, easy maintenance, environmental protection low-carbon (LC), simple operation, transmission and simultaneously speed change are unified in walking and farming, stable machine during work, gear improves in conjunction with precision, the advantages such as operation leicht fallen D/A.
Description
Technical field
The utility model relates to a kind of gearbox, is applicable to garden supervisor, is particularly useful for integral type high strength punching press five grades of gearboxes, specifically, relates to a kind of garden supervisor integral type high strength punching press gearbox, belongs to gearbox technical field.
Background technique
Garden supervisor is specially vegetable plot, warmhouse booth, hilly upland and patch operation and the agricultural machinery product that designs, and widely using of garden supervisor has promoted China's agricultural development greatly.
At present, roller type after ploughing before the many employings of garden supervisor, front plough after plough before roll-type garden supervisor gearbox and mainly adopt umbrella gear and transmission shaft driven, after roll employing gear transmission.Casing adopts iron casting shaping, and casing adopts segmentation structure, is provided with intermediate transmission casing, uses bolt to be collectively referred to as entirety between multistage casing, structure is loaded down with trivial details, and transmission efficiency is low, and complete machine is heavy, intensity is low, and percussion is frangible, mobile inconvenience, and body vibration is large, complicated operation.
Model utility content
Technical problem to be solved in the utility model is for above deficiency, a kind of garden supervisor integral type high strength punching press gearbox is provided, solving gearbox casing in prior art adopts iron casting shaping, casing adopts segmentation structure, bolt is used to be collectively referred to as entirety between multistage casing, complete machine is heavy, intensity is low, percussion is frangible, mobile inconvenience, and body vibration is large, the defect of complicated operation, after adopting gearbox of the present utility model, there is casing sturdy and durable, lightweight, easy making, structure is simple, power is saved, easy maintenance, environmental protection low-carbon (LC), simple operation, transmission and simultaneously speed change are unified in walking and farming, stable machine during work, gear improves in conjunction with precision, the advantages such as operation leicht fallen D/A.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: garden supervisor integral type high strength punching press gearbox, comprise casing, it is characterized in that: described casing is drawn-steel integrative-structure, casing is inverted V-type.
A kind of optimized project, described casing comprise power input casing, rotary tillage transmission case body and after roll transmission case body, the side that upper end and the power of rotary tillage transmission case body input casing is communicated with, the lower end of rotary tillage transmission case body tilts to the direction deviating from power input casing, after roll transmission case body upper end be communicated with the opposite side that power inputs casing, after roll transmission case body lower end tilt to the direction deviating from power input casing.
Another kind of optimized project, the lower end of described rotary tillage transmission case body and after roll transmission case body lower end between be provided with stiffening plate.
Another optimized project, be provided with actuating unit in described casing, actuating unit is provided with shift fork control device;
Described actuating unit comprises power input device, rotary tillage power take-off and rear rolling force output unit;
Described shift fork control device is used for realizing power input device and is in transmission connection with rotary tillage power take-off with rear rolling force output unit or is separated.
Further optimized project, described power input device comprises input shaft, input shaft is arranged in power input casing, input shaft is provided with successively input shaft duplicate gear, input shaft shifting gear and input shaft single cogs, input shaft shifting gear is provided with the first shift fork, and input shaft duplicate gear is provided with the second shift fork.
Further optimized project, described rotary tillage power take-off comprises rotary tillage output shaft, the 6th bridge shaft and the 5th bridge shaft;
Rotary tillage output shaft is provided with rotary tillage output shaft sprocket wheel;
6th bridge shaft is provided with successively the 6th bridge shaft gear I, the 6th bridge shaft shifting gear I, the 6th bridge shaft sprocket wheel, the 6th bridge shaft shifting gear II and the 6th bridge shaft gear II, be connected by chain transmission between 6th bridge shaft sprocket wheel with rotary tillage output shaft sprocket wheel, the 6th bridge shaft shifting gear I and the 6th bridge shaft shifting gear II are connected with the 3rd shift fork;
5th bridge shaft is provided with the 5th bridge shaft gear, 5th bridge shaft gear is duplicate gear, the gearwheel of the 5th bridge shaft gear engages with the input shaft single cogs on input shaft, and the small gear of the 5th bridge shaft gear can engage with the 6th bridge shaft gear II or the 6th bridge shaft gear I.
Further optimized project, rolls output shaft, the first bridge shaft, the second bridge shaft, the 3rd bridge shaft and the 4th bridge shaft after described rear rolling force output unit comprises;
4th bridge shaft is provided with the 4th bridge shaft gear, 4th bridge shaft gear is triple gear, the gearwheel of the 4th bridge shaft gear is positioned at the middle part of triple gear, the gearwheel of the 4th bridge shaft gear can engage with the small gear of input shaft duplicate gear, and the small gear of the 4th bridge shaft gear can engage with the small gear of input shaft duplicate gear;
3rd bridge shaft is provided with the 3rd bridge shaft gear, and the 3rd bridge shaft gear is duplicate gear, and the gearwheel of the 3rd bridge shaft gear engages with the middle gear of the 4th bridge shaft gear;
Second bridge shaft is provided with the second bridge shaft gear, and the second bridge shaft gear is duplicate gear, and the gearwheel of the second bridge shaft gear engages with the small gear of the 3rd bridge shaft gear;
First bridge shaft is provided with the first bridge shaft gear, and the first bridge shaft gear is single cogs, and the first bridge shaft gear engages with the small gear of the second bridge shaft gear;
After roll after output shaft is provided with and roll output shaft gear, after to roll output shaft gear be single cogs, after roll output shaft gear and the first bridge shaft gears meshing.
The utility model adopts above technological scheme, compared with prior art, have the following advantages: casing is drawn-steel integrative-structure, in inverted V-type, actuating unit is provided with in casing, actuating unit comprises power input device, rotary tillage power take-off and rear rolling force output unit, rotary tillage power take-off and rear rolling force output unit in casing along two branched layout of inverted V-type casing, compact structure, casing is sturdy and durable, lightweight, make simple and easy, transmission efficiency is high, power is saved, easy maintenance, environmental protection low-carbon (LC), simple operation, transmission and simultaneously speed change are unified in walking and farming, stable machine during work, gear improves in conjunction with precision, the advantages such as operation leicht fallen D/A.
Below in conjunction with drawings and Examples, the utility model is described in detail.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of gearbox in the utility model embodiment;
Accompanying drawing 2 is transmission schematic diagram when gearbox is in advance 1 grade in the utility model embodiment;
Accompanying drawing 3 is transmission schematic diagram when gearbox is in advance 2 grades in the utility model embodiment;
Accompanying drawing 4 is transmission schematic diagram when gearbox is in reverse gear in the utility model embodiment;
Accompanying drawing 5 is transmission schematic diagram when gearbox is in rotary tillage fast shelves in the utility model embodiment;
Accompanying drawing 6 is transmission schematic diagram when gearbox is in rotary tillage slow shelves in the utility model embodiment.
In figure,
1-casing, 1a-power input casing, 1b-rotary tillage transmission case body, transmission case body is rolled after 1c-, 2-stiffening plate, output shaft is rolled after 3-, 4-first bridge shaft, 5-second bridge shaft, 6-the 3rd bridge shaft, 7-the 4th bridge shaft, 8-input shaft, 9-the 5th bridge shaft, 10-the 6th bridge shaft, 11-rotary tillage output shaft, 12-chain, 13-first shift fork, 14-second shift fork, 15-the 3rd shift fork, output shaft gear is rolled after G1-, G2-first bridge shaft gear, G3-second bridge shaft gear, G4-the 3rd bridge shaft gear, G5-the 4th bridge shaft gear, G6-input shaft duplicate gear, G7-input shaft shifting gear, G8-input shaft single cogs, G9-the 5th bridge shaft gear, G10-the 6th bridge shaft gear I, G11-the 6th bridge shaft shifting gear I, G12-the 6th bridge shaft sprocket wheel, G13-the 6th bridge shaft shifting gear II, G14-the 6th bridge shaft gear II, G15-rotary tillage output shaft sprocket wheel.
Embodiment
Embodiment, as shown in Figure 1, garden supervisor integral type high strength punching press gearbox, comprise casing 1, described casing 1 comprises the power input casing 1a connected as one, rotary tillage transmission case body 1b and after roll transmission case body 1c, power input casing 1a respectively with rotary tillage transmission case body 1b with after roll transmission case body 1c and be communicated with, the side that upper end and the power of rotary tillage transmission case body 1b input casing 1a is communicated with, the lower end of rotary tillage transmission case body 1b tilts to the direction deviating from power input casing 1a, after roll transmission case body 1c upper end be communicated with the opposite side that power inputs casing 1a, after roll transmission case body 1c lower end tilt to the direction deviating from power input casing 1a, the lower end of rotary tillage transmission case body 1b and after roll transmission case body 1c lower end between be provided with stiffening plate 2.
Described casing 1 adopts high-strength steel sheet punching press, stretching, global formation.
Be provided with actuating unit in casing 1, described actuating unit comprises power input device and power take-off, and power take-off comprises rotary tillage power take-off and rear rolling force output unit.
Power input device comprises input shaft 8, and input shaft 8 is arranged in power input casing 1a.
Input shaft 8 is provided with successively input shaft duplicate gear G6, input shaft shifting gear G7 and input shaft single cogs G8, separate between input shaft duplicate gear G6, input shaft shifting gear G7 and input shaft single cogs G8, input shaft shifting gear G7 is provided with the first shift fork 13, and input shaft duplicate gear G6 is provided with the second shift fork 14.
Rotary tillage power take-off comprises rotary tillage output shaft 11, and rotary tillage output shaft 11 is arranged on the bottom in rotary tillage transmission case body 1b, is provided with the 6th bridge shaft 10 and the 5th bridge shaft 9 between rotary tillage output shaft 11 and input shaft 8.
Rotary tillage output shaft 11 is provided with rotary tillage output shaft sprocket wheel G15.
6th bridge shaft 10 is provided with the 6th bridge shaft sprocket wheel G12, between the 6th bridge shaft sprocket wheel G12 and rotary tillage output shaft sprocket wheel G15, is connected with chain 12.
6th bridge shaft 10 of the both sides of the 6th bridge shaft sprocket wheel G12 is separately installed with the 6th bridge shaft shifting gear I G11 and the 6th bridge shaft shifting gear II G13, the 6th bridge shaft 10 outside 6th bridge shaft shifting gear I G11 is provided with the 6th bridge shaft gear I G10, the 6th bridge shaft 10 outside 6th bridge shaft shifting gear II G13 is provided with the 6th bridge shaft gear II G14, the 6th bridge shaft shifting gear I G11 and the 6th bridge shaft shifting gear II G13 is connected with the 3rd shift fork 15.
5th bridge shaft 9 is provided with the 5th bridge shaft gear G9,5th bridge shaft gear G9 selects duplicate gear, the gearwheel of the 5th bridge shaft gear G9 engages with the input shaft single cogs G8 on input shaft 8, the small gear of the 5th bridge shaft gear G9 can engage with the 6th bridge shaft gear II G14 or the 6th bridge shaft gear I G10, thus realizes the operation of the fast shelves of rotary tillage or the slow shelves of rotary tillage.
Roll output shaft 3 after rear rolling force output unit comprises, after roll the bottom of to roll after output shaft 3 is arranged in transmission case body 1c, after roll between output shaft 3 and input shaft 8 and be provided with the first bridge shaft 4, second bridge shaft 5, the 3rd bridge shaft 6 and the 4th bridge shaft 7.
4th bridge shaft 7 is provided with the 4th bridge shaft gear G5,4th bridge shaft gear G5 selects triple gear, the gearwheel of the 4th bridge shaft gear G5 is positioned at the middle part of triple gear, the gearwheel of the 4th bridge shaft gear G5 can engage with the small gear of input shaft duplicate gear G6 on input shaft 8, and the small gear of the 4th bridge shaft gear G5 can engage with the small gear of input shaft duplicate gear G6 on input shaft 8.
3rd bridge shaft 6 is provided with the 3rd bridge shaft gear G4, and the 3rd bridge shaft gear G4 selects duplicate gear, and the gearwheel of the 3rd bridge shaft gear G4 engages with the middle gear of the 4th bridge shaft gear G5 on the 4th bridge shaft 7.
Second bridge shaft 5 is provided with the second bridge shaft gear G3, and the second bridge shaft gear G3 selects duplicate gear, and the gearwheel of the second bridge shaft gear G3 engages with the small gear of the 3rd bridge shaft gear G4 on the 3rd bridge shaft 6.
First bridge shaft 4 is provided with the first bridge shaft gear G2, and the first bridge shaft gear G2 selects single cogs, and the first bridge shaft gear G2 engages with the small gear of the second bridge shaft gear G3 on the second bridge shaft 5.
After roll after output shaft 3 is provided with and roll output shaft gear G1, after roll output shaft gear G1 and select single cogs, after roll output shaft gear G1 and engage with the first bridge shaft gear G2 on the first bridge shaft 4.
As shown in Figure 2, when garden supervisor is in advance 1 grade, power ON, input shaft 8 rotates, stir the second shift fork 14, the small gear of input shaft duplicate gear G6 is engaged with the gearwheel of the 4th bridge shaft gear G5 on the 4th bridge shaft 7, the 4th bridge shaft gear G5 is driven to rotate, the middle gear of the 4th bridge shaft gear G5 engages with the gearwheel of the 3rd bridge shaft gear G4, the small gear of the 3rd bridge shaft gear G4 engages with the gearwheel of the second bridge shaft gear G3, the small gear of the second bridge shaft gear G3 engages with the first bridge shaft gear G2, first bridge shaft gear G2 with after roll output shaft gear G1 and engage, power is successively through input shaft 8, 4th bridge shaft 7, 3rd bridge shaft 6, second bridge shaft 5, output shaft 3 is rolled after first bridge shaft 4 is passed to, outputting power, drive garden supervisor with advance 1 grade speed advance.
In like manner, as shown in Figure 3, when garden supervisor is in advance 2 grades, power ON, input shaft 8 rotates, stir the second shift fork 14, the gearwheel of input shaft duplicate gear G6 is engaged with the small gear of the 4th bridge shaft gear G5 on the 4th bridge shaft 7, the 4th bridge shaft gear G5 is driven to rotate, the middle gear of the 4th bridge shaft gear G5 engages with the gearwheel of the 3rd bridge shaft gear G4, the small gear of the 3rd bridge shaft gear G4 engages with the gearwheel of the second bridge shaft gear G3, the small gear of the second bridge shaft gear G3 engages with the first bridge shaft gear G2, first bridge shaft gear G2 with after roll output shaft gear G1 and engage, power is successively through input shaft 8, 4th bridge shaft 7, 3rd bridge shaft 6, second bridge shaft 5, output shaft 3 is rolled after first bridge shaft 4 is passed to, outputting power, drive garden supervisor with advance 2 grades speed advance.
As shown in Figure 4, when garden supervisor is in reverse gear, power ON, input shaft 8 rotates, stir the first shift fork 13, input shaft shifting gear G7 is engaged with the gearwheel of the 3rd bridge shaft gear G4, the small gear of the 3rd bridge shaft gear G4 engages with the gearwheel of the second bridge shaft gear G3, the small gear of the second bridge shaft gear G3 engages with the first bridge shaft gear G2, first bridge shaft gear G2 with after roll output shaft gear G1 and engage, power is successively through input shaft 8, 3rd bridge shaft 6, second bridge shaft 5, output shaft 3 is rolled after first bridge shaft 4 is passed to, outputting power, realize the reversing of garden supervisor.
As shown in Figure 5, when garden supervisor is in the fast shelves of rotary tillage, stir the 3rd shift fork 15,6th bridge shaft gear II G14 is engaged with the small gear of the 5th bridge shaft gear G9, on input shaft 8, input shaft single cogs G8 engages with the gearwheel of the 5th bridge shaft gear G9, after power ON, input shaft 8 drives the 6th bridge shaft 10 to rotate, Chain conveyer again on the 6th bridge shaft 10 between the 6th bridge shaft sprocket wheel and rotary tillage output shaft 11 rotary tillage output shaft sprocket wheel, realizes the quick rotary tillage process of garden supervisor.
As shown in Figure 6, when garden supervisor is in the slow shelves of rotary tillage, stir the 3rd shift fork 15,6th bridge shaft gear I G10 is engaged with the small gear of the 5th bridge shaft gear G9, on input shaft 8, input shaft single cogs G8 engages with the gearwheel of the 5th bridge shaft gear G9, after power ON, input shaft 8 drives the 6th bridge shaft 10 to rotate, Chain conveyer again on the 6th bridge shaft 10 between the 6th bridge shaft sprocket wheel and rotary tillage output shaft 11 rotary tillage output shaft sprocket wheel, realizes the rotary tillage process at a slow speed of garden supervisor.
The above is the citing of the utility model preferred forms, and the part wherein do not addressed in detail is the common practise of those of ordinary skill in the art.Protection domain of the present utility model is as the criterion with the content of claim, and any equivalent transformation carried out based on technology enlightenment of the present utility model, also within protection domain of the present utility model.
Claims (6)
1. garden supervisor integral type high strength punching press gearbox, comprises casing (1), it is characterized in that: described casing (1) is drawn-steel integrative-structure, and casing (1) is in inverted V-type;
Described casing (1) comprise power input casing (1a), rotary tillage transmission case body (1b) and after roll transmission case body (1c), the side that upper end and the power of rotary tillage transmission case body (1b) input casing (1a) is communicated with, the lower end of rotary tillage transmission case body (1b) tilts to the direction deviating from power input casing (1a), after roll transmission case body (1c) upper end be communicated with the opposite side that power inputs casing (1a), after roll transmission case body (1c) lower end tilt to the direction deviating from power input casing (1a).
2. garden supervisor integral type high strength punching press gearbox as claimed in claim 1, is characterized in that: the lower end of described rotary tillage transmission case body (1b) and after roll transmission case body (1c) lower end between be provided with stiffening plate (2).
3. garden supervisor integral type high strength punching press gearbox as claimed in claim 1, is characterized in that: described casing is provided with actuating unit in (1), and actuating unit is provided with shift fork control device;
Described actuating unit comprises power input device, rotary tillage power take-off and rear rolling force output unit;
Described shift fork control device is used for realizing power input device and is in transmission connection with rotary tillage power take-off with rear rolling force output unit or is separated.
4. garden supervisor integral type high strength punching press gearbox as claimed in claim 3, it is characterized in that: described power input device comprises input shaft (8), input shaft (8) is arranged in power input casing (1a), input shaft (8) is provided with successively input shaft duplicate gear (G6), input shaft shifting gear (G7) and input shaft single cogs (G8), input shaft shifting gear (G7) is provided with the first shift fork (13), and input shaft duplicate gear (G6) is provided with the second shift fork (14).
5. garden supervisor integral type high strength punching press gearbox as claimed in claim 4, is characterized in that: described rotary tillage power take-off comprises rotary tillage output shaft (11), the 6th bridge shaft (10) and the 5th bridge shaft (9);
Rotary tillage output shaft (11) is provided with rotary tillage output shaft sprocket wheel (G15);
6th bridge shaft (10) is provided with successively the 6th bridge shaft gear I (G10), the 6th bridge shaft shifting gear I (G11), the 6th bridge shaft sprocket wheel (G12), the 6th bridge shaft shifting gear II (G13) and the 6th bridge shaft gear II (G14), be in transmission connection by chain (12) between 6th bridge shaft sprocket wheel (G12) and rotary tillage output shaft sprocket wheel (G15), the 6th bridge shaft shifting gear I (G11) and the 6th bridge shaft shifting gear II (G13) are connected with the 3rd shift fork (15);
5th bridge shaft (9) is provided with the 5th bridge shaft gear (G9), 5th bridge shaft gear (G9) is duplicate gear, the gearwheel of the 5th bridge shaft gear (G9) engages with the input shaft single cogs (G8) on input shaft (8), and the small gear of the 5th bridge shaft gear (G9) can engage with the 6th bridge shaft gear II (G14) or the 6th bridge shaft gear I (G10).
6. garden supervisor integral type high strength punching press gearbox as claimed in claim 4, is characterized in that: roll output shaft (3), the first bridge shaft (4), the second bridge shaft (5), the 3rd bridge shaft (6) and the 4th bridge shaft (7) after described rear rolling force output unit comprises;
4th bridge shaft (7) is provided with the 4th bridge shaft gear (G5), 4th bridge shaft gear (G5) is triple gear, the gearwheel of the 4th bridge shaft gear (G5) is positioned at the middle part of triple gear, the gearwheel of the 4th bridge shaft gear (G5) can engage with the small gear of input shaft duplicate gear (G6), and the small gear of the 4th bridge shaft gear (G5) can engage with the small gear of input shaft duplicate gear (G6);
3rd bridge shaft (6) is provided with the 3rd bridge shaft gear (G4), and the 3rd bridge shaft gear (G4) is duplicate gear, and the gearwheel of the 3rd bridge shaft gear (G4) engages with the middle gear of the 4th bridge shaft gear (G5);
Second bridge shaft (5) is provided with the second bridge shaft gear (G3), and the second bridge shaft gear (G3) is duplicate gear, and the gearwheel of the second bridge shaft gear (G3) engages with the small gear of the 3rd bridge shaft gear (G4);
First bridge shaft (4) is provided with the first bridge shaft gear (G2), and the first bridge shaft gear (G2) is single cogs, and the first bridge shaft gear (G2) engages with the small gear of the second bridge shaft gear (G3);
After roll after output shaft (3) is provided with and roll output shaft gear (G1), after to roll output shaft gear (G1) be single cogs, after roll output shaft gear (G1) and engage with the first bridge shaft gear (G2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520065040.4U CN204493598U (en) | 2015-01-30 | 2015-01-30 | Garden supervisor integral type high strength punching press gearbox |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520065040.4U CN204493598U (en) | 2015-01-30 | 2015-01-30 | Garden supervisor integral type high strength punching press gearbox |
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| Publication Number | Publication Date |
|---|---|
| CN204493598U true CN204493598U (en) | 2015-07-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520065040.4U Active CN204493598U (en) | 2015-01-30 | 2015-01-30 | Garden supervisor integral type high strength punching press gearbox |
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| CN (1) | CN204493598U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106438029A (en) * | 2016-11-16 | 2017-02-22 | 中车北京南口机械有限公司 | Power device of drilling machine and drilling machine |
-
2015
- 2015-01-30 CN CN201520065040.4U patent/CN204493598U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106438029A (en) * | 2016-11-16 | 2017-02-22 | 中车北京南口机械有限公司 | Power device of drilling machine and drilling machine |
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