STEERING WHEEL UNDER-HEAD FORWARD AND REVERSE GEAR CONVERSION KIT FOR TRACTORS

Abstract

The invention is a mechanical device used in tractors that allows for the forward and reverse gear shifting of the tractor in 5 different ways. By enabling this, problems with transmission gear shifting are eliminated. This relates to the forward and reverse gear conversion kit.

Description

1 TARIFF STEERING WHEEL UNDER-HEAD FORWARD AND REVERSE GEAR CONVERSION KIT FOR TRACTORS Technical Area 5 The invention relates to a forward / reverse gear conversion kit used in tractors. The invention specifically relates to the cable or wire-based forward and reverse gear system used in tractors. By mechanizing it, it eliminates problems experienced in transmission gear shifts. This relates to the forward and reverse gear conversion kit. State of the Art Tractors play an important role in cultivating, planting, and harvesting agricultural land. It is located in this area. Today, the codes 70E-E, 75E-E, 80.3EE, 80.4EE, 90E-E, 105E-E, The forward and reverse movement of the 506 UP vs. transmission series tractors, the forward and reverse gears of the tractors. This is done via a connecting rope or wire. In these tractors, forward and backward movement is achieved. Gear shifting involves changing gears in a vehicle's gearbox via a cable or wire. This is facilitated by transmission through the synchronizer, which is then provided by the gearbox. 20 The rope used in current technology to drive forward and reverse gear changes in tractors. or wire systems, protect the tractor from cold and heat in agricultural areas such as fields, vineyards and gardens. adverse weather conditions due to direct exposure and ingestion of dust or water. As a result of this effect, deformations such as creep, breakage, loosening, tension, etc. occur in the rope. 25 This occurs. Due to such deformations, the rope or wire, or the transmission gears... This causes problems such as synchronizer and crescent breakage during transitions. Furthermore... On the other hand, if the rope or wire loses its standard properties, it can also affect the synchronizer and gearbox. This causes damage. This also significantly increases repair, maintenance, and service costs. It increases. If the rope or wire breaks or fails to perform its function properly, 30 Even if they cannot deliver it, the farmer can solve the problem quickly by supplying spare parts. It is not possible to resolve the issue in a timely manner. Furthermore, even if spare parts are provided. The high cost of service and maintenance is incurred, and the tractor cannot work in the field. It remains idle for days. Therefore, the farmer suffers significant time and financial losses. Therefore, in the known state of the technology, in rope or wire gear systems, 35 It was necessary to eliminate the problems that were being experienced. 2 In conclusion, the existence of the above problems and the inadequacy of the current solutions, This has made it necessary to make improvements in the technical field. Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field. with steering wheel under-reverse gear conversion kit for tractors that bring new advantages It is related. The main purpose of the invention is to replace the cable or wire-operated forward and reverse gears used in tractors. By mechanizing the system, problems experienced in transmission gear shifts can be resolved. The goal is to introduce a forward and reverse gear conversion kit that eliminates this problem. The purpose of the invention is to replace the part of the tractor located on the left rear side, in the rear section where the large wheels are located. The field is connected to the transmission output point and is driven by the gear lever and from under the steering wheel. The goal is to create a forward and reverse gear conversion kit that enables forward and reverse movement. Another purpose of the invention is to reduce the exposure of tractors to weather conditions and dust in agricultural fields. or eliminating problems with forward and reverse gear shifting caused by water ingress the removal of the tractor and the resulting breakdown of the tractor, affecting 20 farmers. The goal is to create a forward and reverse gear conversion kit that prevents the inconveniences experienced by consumers. To fulfill all the purposes mentioned above and those that can be derived from the detailed explanation. The invention refers to a device used in tractors that enables forward and reverse gear shifting of the tractor. It is a forward and reverse gear conversion kit that provides 25 - a bearing that attaches to the lower end of the gear lever that shifts gears in the tractor's transmission. Gear lever lower foot mount that rotates with the movement of the gear lever. part of, - connected to the gear lever lower foot mounting piece and gear lever lower foot mounting The upper connecting piece, which performs a rotational movement via its part, 30 - connected to the upper intermediate connector and via the upper intermediate connector upper connecting piece that performs rotational movement, - connected to the upper connecting piece and rotated via the upper connecting piece. the shaft that performs the movement, - lower connecting piece attached to the lower end of the shaft, 35 3 - connected to the lower connecting piece and the lower connecting piece of the shaft the first joint that converts the rotational motion transmitted through it into linear motion connection, - connected to the first joint and via the first joint a rod that moves back and forth, connected to the other end of the rod, and the rod moves forward 5 The second joint connection converts the backward linear motion into rotational motion. - connected to the second joint and via the second joint rotary transmission output connector, - located on the transmission output connector and the transmission output connection Transmission input / output 10, which secures the part to the vehicle's transmission output point. It is related to the fact that it includes the zodiac sign. The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. 15 This should be done taking that into consideration. Figures that will help understand the invention. Figure 1: Representative image of the gear conversion kit, the subject of the invention, mounted on the tractor. 20 It is the appearance. Figure 2: Appearance of the gear conversion kit that is the subject of the invention. Figure 3a: Detail of the gear conversion kit, the subject of the invention, mounted on the gear lever. It is the appearance. Figure 3b: Another 25 of the invention's gear conversion kit mounted on the gear lever. It is a detailed view from that angle. Figure 4a: Detail of the gear conversion kit, the subject of the invention, mounted on the vehicle's underbody sheet metal. It is the appearance. Figure 4b: Detail of the shaft and rod connection of the gear conversion kit subject to the invention. It is the appearance. 30 Figure 4c: Side view of the gear conversion kit, the subject of the invention, mounted on the vehicle's underbody sheet metal. It is the appearance. Figure 5a: Connection of the rod and the transmission output of the gear conversion kit subject to the invention. This is a detailed view. Figure 5b: Connection point of the rod and the transmission output of the gear conversion kit subject to the invention, 35 It is a detailed view from another angle. 4 Explanation of Part References 10. Gear lever 20. Gear lever lower foot mounting piece 30. Upper connecting piece 5 40. Upper connecting piece 50th Mile 60th Zodiac Sign 70. Upper fixing leg 80. Lower fixing part 10 90. Lower connecting piece 100. First joint connection 110th Rod 120. Second joint connection 130. Transmission output connector 15 140. Transmission input / output bushing 150. Gupilya Detailed Description of the Invention This detailed description explains the preferred method for the forward / reverse gear conversion kit, which is the subject of this invention. alternatives, solely for the purpose of better understanding the subject and without any limitations It is explained in a way that will not create an impact. Figure 1 shows the forward / reverse gear conversion kit, the subject of the invention, mounted on the tractor. A representative view is provided. Accordingly, the forward / reverse gear conversion kit in its most basic form; The gear lever (10) that shifts the gears of the tractor's transmission is located at the lower end of the gear lever (10). The lower leg of the gear lever, which is mounted on a bearing and rotates with the movement of the gear lever (10). The connecting piece (20) is connected to the gear lever lower foot connecting piece (20) for turning. The upper connecting piece (30) that performs the movement, to the upper connecting piece (30) 30 The upper connecting piece (40) which rotates by connecting to the upper connecting piece (40) shaft that rotates by connecting (50), upper connection from the upper end of the shaft (50) bushing (60) which supports the part (40), connected to the upper end of the shaft (50) and the shaft (50) The upper fixing leg secures the steering wheel in a way that allows for rotational movement. (70), connected to the lower end of the shaft (50) and the rotational movement of the shaft (50) to the lower sheet metal of the vehicle 35 The shaft lower fixing piece (80) which fixes the shaft in such a way as to the lower end of the shaft (50) The connecting lower intermediate piece (90) is connected to the lower intermediate piece (90). The rotational motion transmitted through the lower connecting piece (90) of the shaft (50) is linear. first joint connection (100) which translates into motion, to the first joint connection (100) The rod moves back and forth by connecting with the first joint connection (100). (110) connected to the other end of the rod (110) and the rod (100) back and forth linear 5 second joint connection (120) which converts its motion into rotational motion, second joint connected to the connection (120) via the gupilya (150) and the second joint connection (130) is the gearbox output connection piece that performs rotational movement via (120), securing the transmission output connector (130) to the vehicle's transmission output point Includes gearbox input / output bushing (140). 10 The invention shown in Figure 2 is a forward and reverse gear conversion kit for the tractor's transmission. The gear lever base that connects to the gear lever (10) which performs gear changes. The connecting piece (20) is attached to the lower end of the gear lever (10) as shown in figures 3a and 3b. It is mounted on a bearing and rotates with the movement of the gear lever (10). (Word 15) The subject is the gear lever lower foot mounting bracket (20), gear lever lower foot mounting bracket (20) together with a rotating upper intermediate connecting piece (30) and upper intermediate An upper connecting piece (40) is also connected to the connecting piece (30). Gear lever bottom The rotational movement of the foot connector (20) is via the upper intermediate connector (30). It is transferred to the upper connecting piece (40). 20 By means of the movement transferred to the upper connecting piece (40), to the upper connecting piece (40). A rotating shaft (50) is connected. From the upper end of the said shaft (50), The upper connecting piece (40) can rotate by means of a bushing (60) It is mounted in this way. The shaft (50) also has an upper fixing 25 connected to its upper end. With his foot (70) he can turn under the steering wheel It is fixed. A shaft bottom fixing piece (80) is attached to the lower end of the shaft (50) as shown in figure 4a. connected and via the shaft lower fixing piece (80) the shaft (50) of the vehicle 30 It is secured to the bottom plate in such a way that it can rotate. To transmit the rotational movement of the shaft (50), the lower end of the shaft (50) is connected to the shaft (50) as shown in figure 4b. such a sub-interconnector (90) is connected and the sub-interconnector in question The rotation is transmitted to the part (90) via the lower connecting piece (90) of the shaft (50) 35 A primary joint link (100) is fixed which converts its motion into linear motion. 6 A rod (110) is fixed to the first joint (100). The rod in question (110) moves back and forth as shown in figure 4c via the first joint connection (100). It is moving. The other end of the rod (110) is also linearly back and forth of the rod (100). A second joint connection (120) is connected which converts its motion into rotational motion. A transmission output is connected to the second joint linkage (120) as shown in figures 5a and 5b. The connecting piece (130) is fixed by means of a cotter pin (50). The aforementioned cotter pin (150), transmission output connection piece (130), second joint connection (120) It ensures that it is fixed. The transmission output connector (130) in question, The rotational movement of the second joint link (120) to the transmission output point 10 It transmits. The transmission output connector (130) transmits the transmission output of the vehicle. It is fixed to the point located on the transmission output connector (130) and via the output bushing (140) connected to the aforementioned gearbox output point is provided. The working principle of the forward / reverse gear conversion kit, which is the subject of this invention, is as follows: For forward and reverse movement of the tractor, the gear lever (10) is turned and the gear lever lower foot The connecting piece (20) rotates. The lower foot connecting piece of the gear lever (20) rotational movement, via the upper connecting piece (30) to the upper connecting piece 20 (40) is transferred. The shaft (50) rotates by means of the movement transferred to the upper connecting piece (40). It performs the movement and the rotational movement of the shaft (50) is via the lower connecting piece (90). The first joint connection (100) is transmitted. The first joint connection in question (100) converts the rotational motion into linear motion and with this motion the rod (110) moves forward or moves back. The second joint connection 25 is connected to the other end of the bar (110). (120) converts the linear motion of the rod (100) into rotational motion. Second joint Transmission output connection piece (130) connected to the connection (120), second joint It transmits the rotational movement of the link (120) to the transmission output point and the gear shift This is ensured.

Claims

7 REQUESTS 1. Used in tractors to enable forward and reverse gear shifting of the tractor. It is a forward and reverse gear conversion kit that provides; its feature is: - 5 to the lower end of the gear lever (10) that shifts the gears of the tractor's transmission. and rotates with the movement of the gear lever (10) gear lever lower foot mounting piece (20), - connected to the gear lever lower foot mounting piece (20) and the gear lever lower The upper intermediate which rotates via the foot connection piece (20) connecting piece (30), 10 - connected to the upper intermediate connecting piece (30) and the upper intermediate connecting piece (40), the upper connecting piece which performs a rotational movement via (30), - connected to the upper connecting piece (40) and the upper connecting piece (40) shaft that performs rotational motion via (50), - lower connecting piece (90) connected to the lower end of the shaft (50), 15 - connected to the lower intermediate piece (90) and the lower intermediate piece of the shaft (50) the rotational motion transmitted through part (90) to linear motion first joint connection (100), - connected to the first joint (100) and the first joint (100) The rod (110) that moves back and forth, 20 - connected to the other end of the rod (110) and the rod (100) back and forth The second joint connects the linear motion into rotational motion. (120), - connected to the second joint (120) and the second joint (120) through which the gearbox output connection 25 performs the rotational movement. part (130), - located on the gearbox output connector (130) and the gearbox outlet connector (130) to the vehicle's transmission outlet port It contains the transmission input / output bushing (140) which secures the transmission.

2. A forward / reverse gear conversion kit conforming to Claim 1, the feature of which is; the aforementioned shaft (50) located at the upper end and the shaft (50) from the upper end to the upper connecting piece (40) It contains a bearing bushing (60). 8 3. A forward / reverse gear conversion kit conforming to Claim 1, the feature of which is; the aforementioned shaft (50) connected to the upper end and the shaft (50) turning movement under the steering wheel It includes an upper fixing foot (70) that secures it in place.

4. A forward / reverse gear conversion kit conforming to Claim 1, the feature of which is; the aforementioned shaft is 5 (50) connected to the lower end and the shaft (50) rotating on the lower sheet metal of the vehicle. It includes a shaft lower fixing piece (80) that fixes it in such a way as to be able to do so.

5. A forward / reverse gear conversion kit conforming to Claim 1, whose feature is; as mentioned above. 10 of the transmission output connection piece (130) to the second joint connection (120) It contains a guillotine (150) which ensures its fixation.