TH64201A - Restart starter - Google Patents

Abstract

DC60 (10/07/46) Re-coil starter that allows powered devices to be spliced. It is connected to the engine's crankshaft (C) (E) in the state where the starter coil can be mounted to the crankshaft (C) on the same side of the engine (E) when the crankshaft (C). Was installed there The starter housing (1) is placed on the Inside there Where the spool support (4) protrudes and co-axes with the crankshaft (C), the spool (3) with the recoil rope (2) wrapped in it and the cam (6) ), Which transmits the rotational force through a one-way rotating gear with centrifugal force (8) to the crankshaft (C), is installed rotatable on the ratchet support (4) while it is articulated. Connected, rotated together through a damper spring (12), a cavity (16) is built into the wheel support rod (4), through which it penetrates from its distant end near the crankshaft ( C) To the outside of the starter housing (1), the drive shaft (D) of this device is articulated with the crankshaft (C) inside the cavity (16), the starter coil that causes the device to be driven. By using the force to be applied to It is connected to the engine's crankshaft (C) (E) in the state where the starter coil can be mounted to the crankshaft (C) on the same side of the engine (E) when the crankshaft (C). Was installed there The starter housing (1) is placed on the Inside there Where the spool support (4) protrudes and co-axes with the crankshaft (C), the spool (3) with the recoil rope (2) wrapped in it and the cam (6) ), Which transmits the rotational force through a one-way rotating gear with centrifugal force (8) to the crankshaft (C), is installed rotatable on the ratchet support (4) while it is articulated. Connected, rotated together through a damper spring (12), a cavity (16) is built into the wheel support rod (4), through which it penetrates from its distant end near the crankshaft ( C) To the outside of the starter housing (1), the drive shaft (D) of this device is articulated to the crankshaft (C) inside the cavity (16).

Claims (8)

Disclaimers (all) which will not appear on the advertisement page: 1. Recoil starter which consists of: - The starter housing that can be connected to either side of the starter. Engine where the ends of the engine crankshaft will be installed there; - A rope reel supported in a rotating manner within the body of the starter and where it is wrapped around a recoil rope. With at one end of the rope Is pulled out to the outside of the said starter housing; - A cam that is co-axially supported in such a way as to turn around the wheel And where will be rotated by the spinning wheel of the rope In order to make the engine crankshaft Rotated through a one-way rotating mechanism; And - an elastic path that is sandwiched between the rope wheel and the cam. For connecting with the said reels In such a way that it is rotated by its elastic force and the cam by the force of rotation around the wheel that is rotated By pulling the rope, the recoil is directed to the cam through such an elastic path; Where - the wheel support rod for supporting the said loop and cam In a revolving manner Built into the body of the aforementioned starter Will be built at the top in there And will protrude from The inside surface of the body of such a starter Towards the crankshaft of the engine; - Channel will be built through the center of the spool support. In a manner that is extended from Its distant end near the engine crankshaft. To the outside of the body of Such starter; And - the drive shaft of the device being driven by power Which is powered by an engine That is placed on the outside of the body of the starter Will be articulated to connect the shaft. The crankcase of the engine within the said compartment; - where the ring plate will be attached to the body of the said starter Which will make the wheel The rope was wrapped and the cam was taken. It will take the part around the outer circle of the lateral surface. Each side of it to lean itself against the said ring plate And by this way Rope wheel and cam Each side of it to lean itself against the said ring plate And by this way The ratchet and cam are supported so that it does not detach from the support axle in the direction of the drive shaft (D) of the device being driven by power which is Powered The engine (E) placed on the outside of the starter housing (1,31) is connected to the engine's crankshaft (C) (E) within the compartment (16,46). 2.Restart as specified in claim 1, where such an elastic route consists of a damper with one end of it connected to the reels by the other end. One of them is articulated and connected to the said cam. Where the damper It is used as a shock absorber resulting from changes in the load applied to start the engine. And will send this force to the cam. 3. Re-coil the starter as stated in Clause 2, where the damper is. Will consist of a coil spring torsion With one end of it to hold the wheel of the rope. And the other end of it to hold onto the cam. 4. Reboot the starter coil as stated in Clause 2, where the damper is. Will be a spring that curls in a loop With one end of it to hold the ratchet of the rope and the other end of it will come to hold the cam. 5. Re-coil starter as stated in claim 2, where The one-way pivot mechanism consists of a cam hook built into the surface along the periphery around the outside of the cam. And the gear rotates in one way with centrifugal force located on the rotor, which is opposite to the engine crankshaft The one-way gear with centrifugal force is taken to capture and exit from the cam hook by centrifugal force caused by the 6. Recoil starter, as stated in claim 3, where such a one-way pivot mechanism consists of a cam hook built into the face along the periphery around the outside of the crankcase. The cam And the gears rotate one way with a centrifugal centrifuge located on the crank, which is sandwiched with the engine crankshaft. By the one-way gears with the centrifuge, the centrifuge is taken, clamped, and removed from the cam hook with the centrifuge resulting from the 7. The starter coil as described in claim 4, where such a one-way pivot mechanism consists of a cam hook built into the face along the periphery around the outside of the cam. And the one-way gear drives the centrifugal centrifuge located in the rotor, which is attached to the engine crankshaft. By the one-way gears with the centrifuge, the centrifuge is taken, clamped, and removed from the cam hook with the centrifuge resulting from the 8. The starter coil which consists of - the coupling of the starter housing is connected to either side of the engine where the end of the engine crankshaft is mounted in There - a rope wheel supported in a rotating manner within the body of the starter, and where around it, a coil of recoil is wrapped around it. With at one end of the rope Is pulled out to the outside of the body of the starter - the cam that is supported is joined in such a way that it rotates with the ropes. And where will be rotated by the spinning wheel of the rope In order to make the crankshaft Of the engine rotates through a one-way pivot mechanism - a flexible path that is sandwiched between the spool and the cam For connecting with the said reels In a turnable manner with its flexibility And cam Through the aforementioned flexible path - the driving wheel lies between the ratchet wheel and the cam That will cause the driving wheels to be allowed to spin in one way only. Through the way of a one-way clutch Between And the driving wheel Where such flexible path Will be characterized as Way of keeping To collect the spinning wheel around the wheel and where - the way to keep it. It is inserted between the drive wheels and the said cam, to collect the spinning wheels of the driving wheels that were turned by the ropes. Which will cause the cam to be driven Turn around By turning around collected in such storage way To make the crankshaft Of the engine spinning - the support of the wheel Serves as a support for the wheel to wrap the rope and turn around the body. And cam In the body of such a starter Is built on top and protrudes from the inner surface of the body The frame of the starter Towards the engine crankshaft - An opening is created through the center of the supporting wheel. In a protruding manner From its end near the engine crankshaft Going out of the aforementioned starter's housing - The return loop will be attached to the said starter's frame. Which will make the wheel drive And the cam was taken It takes the outer circular portion of the lateral surface, each side of it. Leaning against the aforementioned circle And by this method This will cause the drive wheel and cam to be supported, which will prevent it from lifting itself from the support wheel. In the direction of the Ee ee - the drive shaft of the device Driven by the power being driven by the engine Smothered outside Of the body of the aforementioned starter Is articulated to the crankshaft of the engine in the said opening. 9. Restart the starter as specified in Clause 8, where the method of retaining it. Will consist of a loop of spring wire With one end of it attached to the drive wheel And the other end One of it was fixed to the cam. 1 0. Recall the starter as stated in Clause 9, which consists of the mechanism. Of a one-way gear That consists of gripping teeth Which is on the edge around Outside of the driving wheel And one-way rotating gear supported on the starter housing Where the gear rotates in one way Will come to hold together with the spokes Where the gear mechanism rotates one way to make the drive wheel turn in a direction Start the engine in only one direction 1 1. Recall the starter as described in Clause 8 which consists of the mechanism. Of a one-way gear That consists of gripping teeth Which is on the edge around Outside of the driving wheel And one-way rotating gear supported on the starter housing Where such a single gear Will come to hold together with the spokes Where the gear mechanism rotates one way, allowing the drive wheel to turn in one direction Start the engine in only one direction 1 2. Restart starter which consists of - the starter housing that is coupled to one side of the engine where the ends of the engine crankshaft are mounted in that - loop. A rope wheel supported in a rotating manner within the body of the starter, and where around it is a recall rope wrapped around it. With at one end of the rope Is pulled out of the casing of the starter - the cam that is supported is joined in such a way that it rotates with the ratchet wheel. And where is rotated by the spinning wheel of the rope In order to make the engine crankshaft It pivots through a one-way pivot mechanism - a flexible path that is inserted in the middle between down the rope wheel and the cam. For connecting with the said wheel In a spinning manner with its flexibility And cam By turning around the wheel of the rope In a turnable manner with its flexibility And cam By spinning around the wheel of the rope that was spinning By pulling the rope, the recoil is sent to the cam through such an elastic path - the wheel is supported on it, protruding from the inner surface of the starter housing. Towards the engine crankshaft A friend supports the wheel wrapped around the rope and can turn around. And cam in The body of the aforementioned starter and - I went through the loop, fixed to the body of the said starter. This causes the cam to be taken, bringing its lateral surface into the body and through the aforementioned loop. And by this method the rope and cam will be supported. Which prevented it from lifting itself from the support of the aforementioned reels in the direction according to Naw 1 3.Re-coil the starter according to claim 12 where the channel will be created through. The center of the wheel supports the wheel in such a way that it extends from its distant end near the axle. Engine crank To the outside of the body of such a starter and - the drive shaft of a power-driven device that is driven by the engine. That is placed on the outside of the starter housing Will be articulated to connect with the crankshaft. Of the engine in the said compartment 1 4.Recoil starters, as described in Clause 12, where such flexible means are to be enclosed by a damper with one end of it connected to the pancher. Well By the other end of it is connected to the cam. Where the damper is used as a stabilizer Shaking as a result of a shift into the load used to start the engine. And will send this to Cam 1 5.Re-coil the starter according to Clause 14, where the damper It consists of a coil spring torsion with one end of it clamped to a loop, and the other end of it to hold the cam. 6.Re-coil the starter according to Clause 14 where the damper Will be a spring that curls in a loop With one end of it being fixed on the ratchet wheel and the other end of it will be fixed on the cam. 7. Re-coil starter as described in Clause 14, where such a one-way pivot mechanism will consist of cam hooks built on the face along the edges around the outside of the cam. And the gears rotate one way with a centrifugal centrifuge located on the crank, which is sandwiched with the engine crankshaft. By the one-way gears with the centrifuge, the centrifuge is taken, clamped, and removed from the cam hook with the centrifuge resulting from the Such rotator 1 8.Re-coil the starter as described in Clause 12, where it follows The driving wheel is between the rope wheel and the cam. With which the driving wheel Can be allowed to spin In one direction only Through the way of a one-way clutch That were placed between the wheels Wrap the ropes and drive wheels there, where - the flexible route. Will appear as a storage path for rotating storage Of the reels and where - the way to keep it There will be a position in the middle between the driving wheel and the cam. In order to keep the spinning wheel of the driving wheel being spun hitting the rope. The cam is driven in a circular motion, which is stored in the storage path. To make the crankshaft Of the engine being rotated