A mechanism that allows the body to move left and right on the chassis it sits on.

Abstract

A mechanism that allows the body to move left and right on the chassis it sits on. The invention is a device consisting of a chassis (2) fixed to the ground and a body (5) mounted on the chassis (2), It is characterized by having a chassis (2) fixed to the ground and a body (5) that is rhythmically positioned horizontally on the chassis (2) and capable of moving rhythmically to the left and right at a specified distance. The chassis (2) must include ground connection feet (2.1) and opposing U-shaped iron (2.2) on the ground. On the switch (1) fixed on the chassis (2); The switch stop shaft (4) should include the left eye (1.1) which sees the left stop (4.1), the right eye (1.2) which sees the right stop (4.2), the fixing plate (1.3), the fixing screw (1.4), the trapezoidal screw passage channel (1.5) through which the trapezoidal screw (5.6) passes and the clutch plate (1.6), It includes pulleys (3.2) attached to the support plate (3.1) on the U-shaped irons (2.2) on the chassis (2) and a roller with a plate body (3) that moves horizontally to the left and right at a specified distance, The housing (5) is concerned with containing the switch stop shaft (4) fixed internally to the side covers (5.3) and having left stop (4.1) and right stop (4) at its ends.

Description

1 TAR I FNAME A mechanism that allows the body to move left and right on the chassis it sits on. The invention consists of a chassis fixed to the ground and a body mounted on the chassis; 5 The switch is fixed to the chassis, and the pulleys on the U-shaped iron frame on the chassis move left and right. having a pulley with a body that allows for movement, The chain that rotates the drum to which the motor gearbox assembly is attached on the housing. with the help of which it rotates the drum, The trapezoidal screw of the trapezoidal rotating chain, which is attached to the drum shaft that rotates together with the drum, is 10. turning, The pulley with a flat bar body to which the rotating trapezoidal screw is attached can also be moved to the left or right. progressing correctly, The distance to move left or right is determined by the eyes on the switch seeing the stops on the switch stop pin. restriction, 15 As a result of rhythmic movement of the trapezoidal screw to the left or right, the attached trapezoidal screw... the body can also be rhythmically moved to the left or right at the desired distance It is related to. State of the art: 20 Wire, string, or similar materials are wound around a drum on the body, and these are kept taut. For the drum to exit in the same direction from the front and back; The motor gearbox assembly on the housing rotates the drum, The chain, which is turned by a rotating drum, rotates a trapezoidal screw. The process of guiding a wire, rope, or cord using a guide device attached to a trapezoidal screw is also described in section 25. there are. The body is in a fixed position. The wire, rope, or cord is wound around the drum from left to right, and from right to left. It moves to the left. The steering mechanism puts excessive strain on the motor during this steering operation, causing malfunctions. is. 30 For these reasons, the body can be moved left and right on a fixed frame using wire, rope, or The rope must exit the drum in the same direction from both sides, and to ensure this, the body must be... The aim is to create a rhythmic left-right movement within a limited distance on a chassis fixed to the ground. 2 The purpose of the invention: By creating a body that can move to the left or right with limited range of motion on a chassis fixed to the ground, By ensuring that the wire, rope, or cord exits the drum in the same direction from both sides, Ensuring the system operates without malfunction or breakdown saves on labor costs and The goal is to save time. 5 The characteristic of the invention is; The switch, which has eyes and a screw hole, is mounted and fixed onto the chassis. being, A flat-bodied pulley that moves with its pulleys on U-shaped irons mounted on the chassis. 10 including, The body is placed over the chassis, which is fixed to the ground. The motor-gear group located on the housing rotates the drum via a chain. The drum shaft inside the rotating drum also rotates the trapezoidal screw with the help of a chain. advancement, 15 The trapezoidal screw moves horizontally with the support it receives from the transition channel in the switch. The forward movement is stopped when the eyes on the switch detect the stops on the switch stop shaft. The stopped trapezoidal screw continues its movement in the opposite direction, and the switch eyes are there as well. stopping the movement when it sees the stop signs, Thus, the rhythmic continuation of limited movement to the left and right, 20 The switch stop shaft, along with the body, moves rhythmically to the left and right within the limited area. It is movement. The following figures have been prepared to help better understand this invention: Figure 1 - Front view of the switch, 25 Figure 2 - Side perspective view of the switch. Figure 3 - Rear view of the switch. Figure 4 - Perspective view of the chassis. Figure 5 - Switch and pulley with movable bar body mounted on the chassis. perspective view, 30 Figure 6 - Perspective view of the switch stop shaft. Figure 7 - Front view of the switch stop shaft. Figure 8 - Perspective view of the chassis and body in disassembled position. 3 Figure 9 - Trapezoidal screw, which is rotated by the chain, and the plate to which the trapezoidal screw is attached by passing through the switch. The front view shows the pulley moving forward, the left eye seeing the right stop and not stopping the movement. Figure 10 - Trapezoidal screw rotated by a trapezoidal screw chain driven by a drum shaft. The perspective view of the movement stopping as the right eye sees the right stop signal by passing through the switch, Figure 11 - Trapezoidal screw rotated by a trapezoidal screw chain driven by a drum shaft. The perspective view of the movement stopping as the left eye sees the left stop signal by passing through the switch, Figure 12 - Drum that rotates under motor power, without top and side covers. The trapezoidal screw, which is rotated by the trapezoidal screw chain driven by the shaft, passes through the switch. Perspective view of stopping movement / going to the left by seeing the right stop with the right eye, Figure 13 - With the top covers of the fuselage open, the fuselage is positioned 10 to the right on the fixed chassis. Front perspective view of the movement, Figure 14. The fuselage resting on the ground with the top and side covers closed. Side perspective view of the vehicle moving to the left on a fixed chassis. Figure 15 - In the rope manure scraper device / arrangement created by winding rope around the drum, With the top and side covers of the body closed, there are 15 ropes on the drum. Front view of the body moving to the left on a chassis fixed to the ground. Figure 16 - In the rope manure scraper device / arrangement created by winding rope around the drum, The rope is on the drum when the top and side covers of the body are in the closed position. Front view of the body moving to the right on a chassis fixed to the ground. Figure 17 - In the rope manure scraper device created by winding rope around the drum, the body is 20 The manure scraper is moved on a chassis fixed to the ground, with the body on the left side. A perspective view of the apparatus moving to and from the manure pits. Figure 18 - In a rope-type manure scraper device created by winding rope around a drum, the body... The manure scraper is moved on a chassis fixed to the ground, with the body on the right side. A perspective view of the apparatus moving to and from the manure pits. 25 To better understand this invention, each part in the prepared figures is examined separately. Each numbered part is described as follows: 1-Switch, 1.1-Left eye, 30 1.2-Right eye, 1.3-Fixing bar, 1.4-Fixing screw, 1.5-Trapezoidal screw passage channel, 4 1.6-Grasping lamp, 2-Chassis, 2.1-Ground mounting bracket, 2.2-U iron, 3-Lama body reel, 5 3.1-Support lamp, 3.2-Pulley, 4-Switch stop shaft, 4.1-Left stop, 4.2-Right stop, 10 5-Body, 5.1-Top cover support plate, 5.2-Top cover, 5.2.1-Shock absorber, 5.3-Side cover, 15 5.4-Drum, 5.4.1-Drum shaft, 5.5-Trapezoidal rotating chain, 5.6-Trapezoidal screw, 5.6.1-Trapezoidal screw mounting bracket for U-shaped iron, 20 5.7-Drum turning chain, 6-Motor, 7- Gearbox, 8-Belt pulley, 9-Rope, 25 9.1-Rope regulator, 10- Manure pit, 11- Fertilizer scraper attachment. The body (5) is mounted on a chassis (2) fixed to the ground, the body (5) is 30 on the chassis (2). It is a mechanism that allows it to move left and right as much as permitted. The components / parts that make up this system are as follows: The front view of the switch (1) is shown in Figure 1. Side perspective view of the switch (1) is shown in Figure 2. The rear view of the switch (1) is given in Figure 3. The switch (1) mounted on the chassis (2) has the left eye (1.1) and the right eye (1.2) at the top. At the rear, on the left and right, is the fixing plate (1.3) through which the fixing screw (1.4) passes. It is located. On its rear surface there is a trapezoidal screw passage channel (1.5) with a groove inside. 5 from the left and there is a right-hand gripping lamella (1.6). The perspective view of the chassis (2) is given in figure 4. Connection to the ground on the chassis (2) It has legs (2.1) and a U-shaped iron (2.2) positioned at the top, inclined opposite each other. The pulley (3.2) In order for it to move freely to the right and left, the U-shaped bars (2.2) are angled at 10 It has been assembled. Switch (1) to be fixed on the chassis (2) and U-shaped bar (2.2) to be movable A pulley with a flat bar body (3) is placed on it. The pulley with a flat bar body (3) is on the support bar. (3.1) consists of pulleys (3.2) mounted on the ground. In the figures, two pulleys (3.2) 15 An example is shown. Perspective view of the switch stop shaft (4) is shown in Figure 6. The front view of the switch stop shaft (4) is given in Figure 7. The left 20 of the switch stop shaft (4) mounted inside the side covers (5.3) inside the housing (5). It has a left stop (4.1) protruding outwards at one end and a right stop (4.2) at the right end. The perspective view of the chassis (2) and body (5) in disassembled position is given in Figure 8. Figure 8 shows the fuselage (5) without the top covers (5.2) and with the side covers (5.3) attached. shown. 25 Switch (1) in fixed position on chassis (2) and roller (3) with flat body in movable position It is found. The motor (6), gearbox (7) and belt pulley (8) are mounted on the housing (5). Switch stop shaft (4) and trapezoidal screw (5.6) mounted on the side covers (5.3) inside the housing (5) There are 30 As shown in Figure 12 and Figure 13, the motor (6) and gearbox (7) group drum With the help of the rotating chain (5.7), the drum (5.4) rotates. As the drum (5.4) rotates, the drum 6 The shaft (5.4.1) also rotates. The trapezoidal rotating chain (5.5) which is attached to the drum shaft (5.4.1) also rotates. It rotates. The rotating trapezoidal turning chain (5.5) also rotates the trapezoidal screw (5.6) to which it is attached. To better explain the relationship between the switch (1), the switch stop shaft (4) and the trapezoidal screw (5.6) Figures 9, 10, and 11 provide a close-up view. The trapezoidal screw (5.6) is connected to the chain (5.5) which rotates the trapezoidal screw (5.6) by passing through the switch (1). Advance the llama body pulley (3), see the right stop (4.2) with the left eye (1.1) and the movement Don't stop the front view in Figure 9, trapezoidal screw chain (5.5) driven by the drum shaft (5.4.1) rotates the trapezoid screw (5.6) 10 The perspective of stopping the movement by passing through the switch (1) and seeing the right stop (4.2) with the right eye (1.2). Its appearance is shown in Figure 10, trapezoidal screw chain (5.5) driven by the drum shaft (5.4.1) rotates the trapezoid The movement of the screw (5.6) passing through the switch (1) and seeing the left stop (4.1) of the left eye (1.1). The perspective view of the stop is given in Figure 11. 15 The trapezoidal rotating chain to which the drum shaft (5.4.1) is connected, which is rotated by the rotating drum (5.4). With the help of (5.5), the trapezoidal screw (5.6) is rotated. The trapezoidal screw (5.6) passes through the trapezoidal screw passage channel (1.5) shown in detail in Figure 2. Trapezoidal screw (5.6) with the help of the trapezoidal screw connection adapter (5.6.1) to the U-shaped iron body. It is attached to the pulley (3). 20 As the trapezoidal screw (5.6) advances, the trapezoidal screw is attached to the U-shaped iron bar with the help of the connecting adapter (5.6.1). It also moves the pulley (3) with the body forward. The trapezoidal rotating chain to which the drum shaft (5.4.1) is connected, which is rotated by the rotating drum (5.4). By turning the trapezoidal screw (5.6) with the help of (5.5), it moves to the left. Thus, the body (5) 25 They all progress. The switch stop shaft (4) connected to the side covers (5.3) of the housing (5) also moves to the left. Right stop (4.2), The right eye (1.2) of the switch (1) is stopped when it is seen. The body (5) is horizontal at the determined distance. The movement is stopped (Figure 9, Figure 10, Figure 12). When the trapezoidal screw (5.6) continues to be rotated, the flat-bodied pulley (3) moves 30 degrees to the right. It moves correctly. When the left eye (1) on the switch (1.1) sees the left stop (4.1) on the switch stop shaft (4), It stops it. (Figure 11). 7 Without the top cover (5.2) and side cover (5.3), the drum (5.4) rotates by taking power from the motor (6). trapezoidal screw chain (5.5) driven by the drum shaft (5.4.1) rotates the trapezoid Passing through the screw (5.6) switch (1), seeing the right stop (4.2) with the right eye (1.2), the movement / left direction The perspective view of the halting of the journey is shown in Figure 12. When the top covers (5.2) of the body (5) are in the open position, the body (5) is on the fixed chassis (2) 5 The front perspective view of its movement to the right is shown in Figure 13. When the top covers (5.2) and side covers (5.3) of the fuselage (5) are in the closed position, the fuselage (5) Side perspective view of the movement to the left on the chassis (2) fixed to the ground. 14 is given. The device / arrangement consisting of a movable body (5) on a ground-mounted chassis (2) can be used in various fields. It can be used. The specification gives as an example the manure from cattle barns to rope (9) Example of collecting manure with attached manure scraper apparatus (11) and throwing it into the manure pit (10) It has been given.. In the rope manure scraper device / arrangement formed by winding rope (9) around the drum (5.4). When the top covers (5.2) and side covers (5.3) of the body (5) are in the closed position, the drum (5.4) The body (5) with rope (9) on it is fixed to the ground on the chassis (2) on the left side The front view of its movement is shown in Figure 15. In the rope fertilizer scraper device / arrangement formed by winding rope (9) around the drum (5.4), 20 When the top covers (5.2) and side covers (5.3) of the body (5) are in the closed position, the drum (5.4) The body (5) with rope (9) on it is fixed to the ground on the chassis (2) on the right side The front view of its movement is given in Figure 16. The drum (5.4) has a rope regulator (9.1) which regulates the rotation of the rope (9). In the rope manure scraper device / arrangement formed by winding rope (9) around the drum (5.4), by moving the body (5) on the chassis (2) fixed to the ground, when the body (5) is on the left side Perspective view of manure scraper apparatus (11) coming and going to manure pits (10). In Figure 17, In the rope manure scraper device / arrangement formed by winding rope (9) around the drum (5.4), 30 by moving the body (5) on the chassis (2) fixed to the ground, when the body (5) is on the right side Perspective view of manure scraper apparatus (11) coming and going to manure pits (10). This is shown in Figure 18.

Claims

REQUESTS 1. The mechanism consists of a chassis (2) fixed to the ground and a body (5) mounted on the chassis (2). Its characteristic is; The chassis (2) fixed to the ground and the chassis (2) in a horizontal position, to the left and 5 at the specified distance. It is characterized by having a body (5) that has been given the ability to move rhythmically to the right. It is the fact that it has been done.

2. The arrangement mentioned in Request 1 is characterized by; ground connection feet on the chassis (2) (2.1) and contains opposite U iron (2.2). 10 3. The device mentioned in Claim 1 is characterized by having a switch (1) fixed on the chassis (2); The left eye (1.1) sees the left stop (4.1) of the switch stop shaft (4) that comes into alignment, and the right stop (4.2) right eye (1.2), fixing plate (1.3), fixing screw (1.4), trapezoidal screw (5.6) It contains a trapezoidal screw passage channel (1.5) and a coupling plate (1.6) through which it passes. 15 4. The arrangement mentioned in Claim 1 is characterized by; the U-shaped irons (2.2) on the chassis (2) With the pulleys (3.2) attached to the support bar (3.1), it can move horizontally to the left and right as determined. It includes a lama body pulley (3) that moves over a distance.

5. The mechanism mentioned in Claim 1 is characterized by having the drum (5) on the body (5.4) on the upper It includes the top cover support plate (5.1) on which the covers (5.2) sit. The device mentioned in Claim 1 is characterized by having the body (5) side covers (5.3) inside. It contains a switch stop shaft (4) fixed and with left stop (4.1) and right stop (4) at its ends. 25 7. The device mentioned in Claim 1 is characterized by being connected to a trapezoidal rotating chain (5.5), trapezoidal It contains trapezoidal screws (5.6) that move left or right through the screw passage channel (1.5).

8. The arrangement mentioned in items 1 and 7 is characterized by its trapezoidal screw (5.6) with a flat bar body 30 The trapezoidal screw connecting the support plate (3) on the pulley (3) to the U-shaped iron connection apparatus (5.6.1) includes 8

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