CN202514258U - Soil-throwing stubble-cleaning deep-scarification rotary cultivator free of cultivation missing and driven by cross shaft - Google Patents

Abstract

The utility model is a non-missing plowing cross shaft transmission throwing soil stubble removal subsoiling rotary tiller, the gearbox adopts intermediate transmission, and it is provided with an input gearbox, an intermediate gearbox and an output gearbox assembly; There is a power input shaft and an intermediate transmission shaft. The intermediate transmission shaft extends from the input transmission case to the intermediate transmission case, and then extends from the intermediate transmission case to the output transmission case. On the intermediate transmission shaft in the output transmission case There is a lower transmission gear, and the output gearbox body is also provided with a power output shaft and a milling cutter transmission shaft. The milling cutter transmission shaft is provided with a milling cutter transmission gear. There is a milling cutter assembly; the power output shaft is connected with a coupling with a flange, and the coupling is connected with a subsoiling cutterhead shaft assembly with a flange. Since the gearbox adopts the upper, middle and lower split structure, the manufacture is simple and the versatility is strong. The utility model has the advantages of convenient maintenance, low cost, energy saving and good effect of rotary tillage and stubble removal.

Description

A Subsoiling Rotary Tiller without Missing Tillage Cross Shaft Transmission Throwing Soil and Stubble Elimination

technical field

The utility model relates to a rotary tiller, in particular to a subsoiling rotary tiller with cross-axis transmission for throwing soil and removing stubble without missing tillage.

Background technique

According to the current long-term intercropping structure pattern of double-cropping or multi-cropping crops, the land cannot have enough time and opportunity for deep plowing, and the land is easy to harden, making it impossible for crop roots to penetrate deep into the soil to absorb deep water, ground temperature and nutrients. It causes serious consequences such as weak seedlings, sick seedlings, easy to freeze to death in winter, and even lodging and no harvest, which seriously affects grain production and national food security.

With the rapid advancement of my country's mechanization process, the popularization and application of large and super large agricultural machinery, the original matching rotary tiller, stubble remover, rotary seeder, ridger, ditcher, subsoiler and other tillage machines The variable speed transmission box is no longer suitable for the supporting use of the current high-horsepower agricultural machinery, and it is easy to cause severe mechanical failures such as broken chains, damaged bearings, gears, and even broken transmission box assemblies, especially for farming machinery with intermediate transmission. The corresponding lower end of the transmission box has a 20cm wide blind spot for rotary tillage and stubble removal due to the inability to install the rotary cutter, which has not been able to solve this problem so far. It directly affects the stubble removal and sowing quality of rotary tillage, thus affecting the grain yield.

Contents of the invention

The technical problem to be solved by the utility model is to provide a non-missing tillage cross-axis transmission throwing soil stubble removal subsoiling rotary tiller with reasonable structure design, strong versatility and long service life in view of the deficiencies of the prior art.

The technical problem to be solved by the utility model is realized through the following technical solutions. The utility model is a non-missing tillage cross-axis transmission throwing soil stubble removal subsoiling rotary tiller, which includes a gearbox, which is characterized in that the gearbox is set in the form of an intermediate transmission, which is composed of an input gearbox assembly, an intermediate transmission Box assembly and output gearbox assembly;

The input gearbox assembly includes an input gearbox body, the input gearbox body is provided with a power input shaft and an intermediate transmission shaft, and the power input shaft and the intermediate transmission shaft are respectively provided with meshing power input gears and upper transmission gears;

The intermediate transmission case assembly includes an intermediate transmission case, and the intermediate transmission shaft extends from the input transmission case to the intermediate transmission case;

The output gearbox assembly includes an output gearbox body, an intermediate transmission shaft extends from the intermediate transmission casing to the output gearbox body, and a lower transmission gear is arranged on the intermediate transmission shaft in the output gearbox body, and the output gearbox The body is also provided with a power output shaft and a milling cutter transmission shaft. The milling cutter transmission shaft is provided with a milling cutter transmission gear, and the power output shaft is provided with a power output gear meshing with the lower transmission gear and the milling cutter transmission gear. The power output shaft is arranged on the output gearbox body through the bearing and the bearing oil seal seat, and the milling cutter assembly is connected to the milling cutter transmission shaft protruding from the output gearbox body;

The two ends of the intermediate transmission box are respectively fixedly connected to the input gearbox body and the output gearbox body;

The two ends of the power output shaft protrude from the output gearbox body to connect with the coupling with flange, and the coupling is connected with the subsoiling cutter head shaft assembly with flange through the flange. A coulter magazine is installed on the coulter magazine, and a coulter is installed on the coulter magazine; the other end of the subsoiling cutterhead shaft assembly is connected to the support shaft with a flange through a flange, and the support shaft is connected to the bearing oil seal seat through a bearing. On the support arm, the support arm is connected with the input gearbox body through the support housing.

The subsoiling cutterhead shaft assembly described in the utility model can be any kind of subsoiling cutterhead shaft assembly disclosed in the prior art, which generally includes a subsoiling cutterhead shaft and a It is composed of several subsoiling cutterheads and other components.

The technical problems to be solved by the utility model can be further realized through the following technical solutions. In the above non-missing tillage cross-axis transmission throwing soil and stubble removal subsoiling rotary tiller: the milling cutter drive shaft is connected to the output gearbox body through a bearing and a bearing oil seal seat.

The technical problems to be solved by the utility model can be further realized through the following technical solutions. In the non-missing tillage cross-axis drive throwing soil stubble removing subsoiling rotary tiller described above: a grass cover fixed on the milling cutter transmission shaft is provided around the bearing and the bearing oil seal seat where the milling cutter transmission shaft is installed. In this way, the grass-retaining function can be realized, and the service life of the bearing and the oil seal seat of the bearing can be increased.

The technical problems to be solved by the utility model can be further realized through the following technical solutions. In the non-leaking tillage cross-axis drive throwing soil and stubble removing subsoiling rotary tiller mentioned above: the bearing connected to the support arm and the bearing oil seal seat are provided with a lubricating oil chamber, and the bearing and the bearing oil seal seat are also provided with a lubricating oil chamber. The oil filling port connected to the oil chamber. In this way, it is convenient to add lubricating oil and increase the service life.

The technical problems to be solved by the utility model can be further realized through the following technical solutions. In the above-mentioned non-missing tillage cross-axis transmission throwing soil and stubble removing subsoiling rotary tiller: a fence-type cover plate is arranged above the subsoiling cutter head shaft assembly. The fence type cover plate can be installed on the support of the rotary tiller during installation, or fixed on the support arm or the middle transmission box through the support. The utility model adds a simple fence-type cover plate in the throwing direction of the rotary tiller, and uses the inertia of the throwing soil to complete a series of complicated field operations such as cycling broken soil, blocking grass, and throwing soil to eliminate stubble.

The technical problems to be solved by the utility model can be further realized through the following technical solutions. In the above-mentioned non-missing tillage cross-axis transmission throwing soil stubble removing subsoiling rotary tiller: the fence-type cover plate is arc-shaped.

The technical problems to be solved by the utility model can be further realized through the following technical solutions. In the above-mentioned subsoiling rotary tiller without missing tillage with cross-axis transmission throwing soil and stubble removal: the middle transmission box is fixed with a mounting bracket.

The technical problems to be solved by the utility model can be further realized through the following technical solutions. In the non-missing tillage cross shaft drive throwing soil stubble removal subsoiling rotary tiller described above: the subsoiling cutter shaft of the subsoiling cutter shaft assembly is provided with a coulter magazine, and a coulter is installed on the coulter magazine.

The technical problems to be solved by the utility model can be further realized through the following technical solutions. In the non-missing tillage cross-axis transmission throwing soil and stubble removing subsoiling rotary tiller mentioned above: the milling cutter assembly is composed of a shaft sleeve or a coupling and a milling cutter installed on the shaft sleeve or coupling.

The technical problems to be solved by the utility model can be further realized through the following technical solutions. In the non-missing tillage cross-axis transmission throwing soil and stubble removal subsoiling rotary tiller mentioned above: there are several installation and adjustment screw holes on the drive shaft of the milling cutter. The coupling) is provided with an installation adjustment screw matched with the installation adjustment screw hole; the milling cutter is arranged in a spiral shape.

The utility model has a cross-axis transmission throwing soil and stubble removal subsoiling rotary tiller without missing tillage, which completely solves the problem that various farming machinery matched with large agricultural machinery in Malaysia are likely to cause broken chains, damage bearings, gears, and even damage the transmission box assembly and other serious machinery. The occurrence of the failure problem, in particular, solves the unsolvable problem of the 20cm blind spot of rotary tillage and stubble removal caused by the inability to install the rotary cutter at the lower end of the middle transmission box of the tillage machinery.

Compared with the prior art, the gearbox of the utility model adopts an upper, middle and lower split structure, which is simple to manufacture, easy to produce, low in cost, strong in versatility, and convenient in maintenance. Compared with the traditional stubble removal rotary tiller, the rotary tiller of the utility model can save energy by more than 50%, and the effect of rotary tillage and stubble removal subsoiling is about doubled. Moreover, since the subsoiling cutter head shaft assembly is connected by a flange, it is not only convenient for maintenance, but also greatly saves maintenance costs.

Description of drawings

Fig. 1 is a kind of structural representation of the utility model;

Fig. 2 is a structural schematic diagram of a fence-type cover plate.

Detailed ways

The specific technical solutions of the utility model will be further described below with reference to the accompanying drawings, so that those skilled in the art can further understand the utility model without constituting a limitation on the rights thereof.

Embodiment 1, with reference to Fig. 1, a subsoiling rotary tiller with cross shaft transmission without missing tillage, including a gearbox, the gearbox is set in an intermediate transmission mode, and it is composed of an input gearbox assembly, an intermediate transmission box Assembly and output gearbox assembly;

The input gearbox assembly includes an input gearbox body 1, the input gearbox body 1 is provided with a power input shaft 2 and an intermediate transmission shaft 6, and the power input shaft 2 and the intermediate transmission shaft 6 are respectively provided with engaging power input shafts. Gear 3 and upper drive gear 4;

The intermediate transmission case assembly includes an intermediate transmission case 5, and an intermediate transmission shaft 6 extends from the input transmission case 1 into the intermediate transmission case 5;

The output gearbox assembly includes an output gearbox body 7, the intermediate transmission shaft 6 extends from the intermediate transmission casing 5 to the output gearbox body 7, and the intermediate transmission shaft 6 in the output gearbox body 7 is provided with The lower transmission gear 8, the output gearbox body 7 is also provided with a power output shaft 15 and a milling cutter transmission shaft 11, the milling cutter transmission shaft 11 is provided with a milling cutter transmission gear 14, and the power output shaft 15 is provided with a The transmission gear 8, the power output gear 9 meshed with the milling cutter transmission gear 14, the power output shaft 15 is arranged on the output gearbox body 7 through the bearing and the bearing oil seal seat 10, and the milling cutter transmission that extends out of the output gearbox body 7 A milling cutter assembly 12 is connected to the shaft 11;

Both ends of the intermediate transmission case 5 are respectively fixedly connected to the input gearbox body 1 and the output gearbox body 7;

The two ends of the power output shaft 15 protrude from the output gearbox body 7 to connect with the coupling 20 with the flange 17, and the coupling 20 is connected with the subsoiling cutter shaft with the flange 17 through the flange 17. 21 connection, a coulter magazine 27 is installed on the lower side of the coupling 20, and a coulter 19 is installed on the coulter magazine 27; the other end 21 of the subsoiling cutter shaft assembly passes through the flange 17 and the flange The support shaft 22 of the disk 17 is connected, the support shaft 22 is connected to the support arm 16 through the bearing and the bearing oil seal seat 10 , and the support arm 16 is connected to the input gearbox body 1 through the support case 18 .

Embodiment 2, in the non-missing tillage cross shaft transmission described in Embodiment 1, in the subsoiling rotary cultivator for throwing soil and stubble removal: the milling cutter transmission shaft 11 is connected to the output gearbox body 7 through a bearing and a bearing oil seal seat 10 .

Embodiment 3, in the non-missing tillage cross shaft transmission described in embodiment 2, in the subsoiling rotary cultivator for throwing soil and stubble removal: a milling cutter is fixed around the bearing of the milling cutter transmission shaft 11 and the bearing oil seal seat 10. The grass cover 13 on the power transmission shaft 11.

Embodiment 4, in the subsoiling rotary cultivator described in any one of embodiments 1-3 without missing tillage cross shaft transmission: the bearing connected to the support arm 16 and the bearing oil seal seat 10 are provided with a lubricating oil chamber 23. An oil filling port 24 communicating with the lubricating oil chamber 23 is also provided on the bearing and the bearing oil seal seat 10 .

Embodiment 5, with reference to Fig. 2, in the subsoiling rotary tiller without missing tillage cross shaft transmission described in any one of embodiments 1-4: a fence type cover is provided above the subsoiling cutter head shaft assembly 21 plate 25.

Embodiment 6, in the non-missing tillage cross-axis drive subsoiling rotary tiller described in embodiment 5: the fence-type cover plate 25 is arc-shaped.

Embodiment 7, in the non-missing tillage cross-axis drive subsoiling rotary tiller described in any one of embodiments 1-6: the intermediate transmission box 5 is fixed with a mounting bracket 26 .

Embodiment 8, in the non-missing tillage cross shaft drive throwing soil and stubble removal subsoiling rotary tiller described in any one of embodiments 1-7: a plow is arranged on the subsoiling cutter shaft of the subsoiling cutter shaft assembly 21 Knife magazine 27, coulter 19 is installed on the coulter magazine 27.

Embodiment 9, in the non-missing tillage cross shaft drive throwing soil and stubble removing subsoiling rotary tiller described in any one of embodiments 1-8: the milling cutter assembly 12 is composed of a shaft sleeve or a coupling and is installed on the shaft sleeve or Composition of milling cutters on the coupling.

Example 10, in the non-missing tillage cross-axis transmission described in Example 9, in the subsoiling rotary tiller for throwing soil and stubble removal: several installation and adjustment screw holes are provided on the milling cutter drive shaft 11, and the shaft sleeve or coupling An installation adjustment screw matched with the installation adjustment screw hole is provided on the top; the milling cutter is arranged in a spiral shape.

Claims (10)

1. A subsoiling rotary cultivator without missing tillage with cross shaft transmission, throwing soil and removing stubble, it includes a gearbox, it is characterized in that the gearbox adopts an intermediate transmission mode, and it is composed of an input gearbox assembly, an intermediate transmission box assembly Formation and output gearbox assembly; The input gearbox assembly includes an input gearbox body, the input gearbox body is provided with a power input shaft and an intermediate transmission shaft, and the power input shaft and the intermediate transmission shaft are respectively provided with meshing power input gears and upper transmission gears; The intermediate transmission case assembly includes an intermediate transmission case, and the intermediate transmission shaft extends from the input transmission case to the intermediate transmission case; The output gearbox assembly includes an output gearbox body, an intermediate transmission shaft extends from the intermediate transmission casing to the output gearbox body, and a lower transmission gear is arranged on the intermediate transmission shaft in the output gearbox body, and the output gearbox The body is also provided with a power output shaft and a milling cutter transmission shaft. The milling cutter transmission shaft is provided with a milling cutter transmission gear, and the power output shaft is provided with a power output gear meshing with the lower transmission gear and the milling cutter transmission gear. The power output shaft is arranged on the output gearbox body through the bearing and the bearing oil seal seat, and the milling cutter assembly is connected to the milling cutter transmission shaft protruding from the output gearbox body; The two ends of the intermediate transmission box are respectively fixedly connected to the input gearbox body and the output gearbox body; The two ends of the power output shaft protrude from the output gearbox body to connect with the coupling with flange, and the coupling is connected with the subsoiling cutter head shaft assembly with flange through the flange. A coulter magazine is installed on the coulter magazine, and a coulter is installed on the coulter magazine; the other end of the subsoiling cutterhead shaft assembly is connected to the support shaft with a flange through a flange, and the support shaft is connected to the bearing oil seal seat through a bearing. On the support arm, the support arm is connected with the input gearbox body through the support housing. 2. The non-missing tillage cross-shaft drive subsoiling rotary tiller according to claim 1, characterized in that: the drive shaft of the milling cutter is connected to the output gearbox body through a bearing and a bearing oil seal seat. 3. The non-missing tillage cross-axis transmission throwing soil and stubble removing subsoiling rotary tiller according to claim 2, characterized in that: a milling cutter is fixed around the bearing of the milling cutter transmission shaft and the bearing oil seal seat. Grass guard on drive shaft. 4. The non-missing tillage cross shaft drive subsoiling rotary tiller according to claim 1, characterized in that: the bearing connected to the support arm and the bearing oil seal seat are provided with a lubricating oil chamber, and the bearing and the bearing An oil filling port communicating with the lubricating oil chamber is also arranged on the oil seal seat. 5. The non-missing tillage cross-shaft drive subsoiling rotary tiller according to claim 1, characterized in that a fence-type cover plate is arranged above the subsoiling cutter head shaft assembly. 6. The non-missing tillage cross-axis drive subsoiling rotary tiller for throwing soil and stubble removal according to claim 5, characterized in that: the fence-type cover plate is arc-shaped. 7. The non-missing tillage cross-axis drive subsoiling rotary tiller for throwing soil and stubble removing according to claim 1, characterized in that: a mounting bracket is fixed on the middle transmission box. 8. The non-missing tillage cross shaft drive subsoiling rotary tiller according to claim 1, characterized in that: a coulter magazine is provided on the subsoiling cutter shaft of the subsoiling cutter shaft assembly, and the plow Coulters are installed on the tool magazine. 9. The non-missing tillage cross-shaft drive subsoiling rotary tiller according to claim 1, characterized in that: the milling cutter assembly consists of a shaft sleeve or a coupling and is installed on the shaft sleeve or coupling Composition of milling cutters. 10. The non-missing tillage cross-axis drive subsoiling rotary tiller according to claim 9, characterized in that: there are several installation and adjustment screw holes on the drive shaft of the milling cutter. An installation adjustment screw matched with the installation adjustment screw hole is provided on the device; the milling cutter is arranged in a spiral shape.

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