The step-down gear consists of a small worm wheel (8) and a large toothed wheel (9) with radial teeth.
A worm (7) is connected to an output shaft (5) of the toothed wheel (4) in a fixed manner, enabling a worm wheel (10) to be driven.
The intermediate gear comprises a large diameter gear for engaging with the drive gear and a small diameter gear for engaging with the reverse driven gear.
The intermediate gear (13) also meshes with a first auxiliary gear (14) which is an external gear.
The crank member (6) is provided with a crank member gear (12), which is an external gear and meshes with an intermediate gear (13), which is an external gear.
The outer circumferential portion of the second gear, which is either the feeding gear or the winding gear and is not the first gear, is interposed between the first gear and the first reel.
The second gear is interconnected to the first gear so that a rotation of the second gear is transmitted to the first gear and vice versa.
A toothed belt is run round this toothed wheel and a second toothed wheel.
The breaking device further comprises a third toothed wheel that brings the first toothed wheel in engagement with the second toothed wheel.
The material supplied flows around the toothed wheel (2) and fills its tooth gaps and those of the toothed wheel (1, 6).
The toothed wheel (4) has a planar pitch surface (5) with teeth.
The toothed wheel (4) has a curved pitch surface (5) with teeth, which comprises at least one tooth (7) extending spirally.
Each of the four cog wheels (3) are linked by idler cog wheels (4) to a central cog wheel (5) located on a central shaft (6).
The second cog wheel (P2) comprises locking cogs.
Cogs (Q) of the first cog wheel are opening cogs.
The drive roller (36) is at one end provided with a cog wheel (54).
The rotational movement of the cog wheel (7, 9) interacts with the rotational movement of the winding shaft (2) by means of at least one additional cog wheel (4, 5).
The sprocket wheel (18) and the chain wheel (19) turn freely on the axis of the tread bearing (3).
The diameter of the sprocket wheel (1) can be varied in relation to the angular speed of the bicycle wheel (46).
The present invention relates to a silent chain transmission (1) including a silent chain (3) and a sprocket wheel (2).
An assembly capable of varying the relative phase of rotation between a driving sprocket wheel (6) and a camshaft (1) comprises a carrier (8) fixed to the sprocket wheel and carrying compound idler bevel gears (B, E and C, D).
Reciprocating motion of the sprocket wheel adjusts the position of the cylinder of the engine.
This pulling means may be, e.g. a ball chain (20) or a plain cord (23) and the wheel may be a cog-wheel.
The drive line I has an intermediate shaft (9) with thereon a second gear wheel t2, which is interlocked with the first gear wheel t1, and a third gear wheel t3, which is interlocked with the gear wheel (7).
The invention further relates to a gear wheel according to the invention, and to a method for the production of said gear wheel.
A gear wheel (6) is arranged in a radially displaceable manner on a main shaft (4) of a main gearbox (2), interacting with a first gear wheel (8, 10) on one of the countershafts (12, 14).
On each of the output shafts of the turbines (20) a gear wheel (22) is located, which meshes with the gear wheel (21).
An axis gear wheel is disposed in relation to the movable gear wheel so that the axis gear wheel is engaged with the motion transmission shaft.
At least one intermediate gearwheel (24) is interposed between the first gearwheel (21) and the second gearwheel (22), at least two adjoining gearwheels (21, 22) engaging therewith.
In an activated state of the auxiliary drive, the third gearwheel is in engagement with the fourth gearwheel.
Furthermore, a third gearwheel is provided which is connected axially to and is centred on the first or second gearwheel.
Disclosed is a bicycle with gearwheel drive, in which the gearwheel engages in a vertical toothed rack to generate vertical lift.
The one (21) of the gearwheels is drivingly connected to the drive shaft (12), the other (22) to the ouotput shaft (7).
A fixed sprocket is also provided, with the orbiting sprocket orbiting around the fixed sprocket.
An idler sprocket is aligned below the drive sprocket and has a smaller diameter than the drive sprocket.
An input driving transfer gear (3) drives the driven input transfer gear (5) and secondary transfer gear (7) drives an orbital driven gear (9) and the balancing drive gear system (40).
The feeding gear and the winding gear mesh with each other and rotate together.
The pinch wheel assembly (92) comprises a second transmission wheel (921), a pinch wheel (1) and a second conveyor belt (8) stretched over the second transmission wheel (921) and the pinch wheel (1).
The mating gear and the drive gear mesh or interlock such that when the drive gear rotates, the mating gear rotates.
The first auxiliary gear (14) is fixed to a second auxiliary gear (15), being an external gear, via a common auxiliary shaft (16).
A power transmission (10) has a stationary internal gear (16) surrounding an external gear (34) having a diameter smaller than the diameter of the internal gear.
The invention relates to a shaft-gear connection (1) comprising a shaft (2) and a shrunk-on gear (4).
A second gear (375b) is coupled to the base, and a second anchor (255b) is coupled to the second gear.
The invention relates to a spur gear.
A first gear (375a) is coupled to the base, and a first anchor (255a) is coupled to the first gear.
The cogwheel (2) activates a mini cogwheel (3) placed inside of the cylinder (1) of the lock.
A graduated scale (64) indicates the offset between the front-sprocket assembly and the rear-sprocket assembly.
The invention relates to a gear (130) for a transmission of a two-wheeled vehicle, to a transmission with at least one such gear (130), and to a bicycle which has such a gear (130) or transmission.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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