The housing (14), the pinion gear (16), the first idler gear (18), and the second idler gear (20) are configured to permit the pinion gear (16) to float between the first idler gear (18), and the second idler (20).
The lashed engagement of the pinion (60) and the pinion shaft (54) is effectuated by the positioning of engaging sets of splines (68, 69) disposed on the pinion (60) and the pinion shaft (54).
The drive pinion fastening assembly includes a drive pinion (102), a pinion sleeve (104), an external spline (114), and a pinion fastener (106).
The pinion fastener militates against axial movement of the pinion sleeve with respect to the drive pinion.
The pinion consists of two pinion parts having a different radius, one pinion part meshing with one toothed rack (30) and the other pinion part meshing with the other toothed rack (32).
A chain saw (5) comprises a casing (6), a sprocket wheel (7) provided in the casing for driving a saw chain (11), and a chain guide (9) for guiding the movement of the saw chain.
The gable overhang structure allows for the pre- assembly of an overhang gable and the set back or elimination of the gable end rafter while providing the gable overhang with superior strength.
The gear (29) engages with the gear (28), and the gear (25) engages with the gear (30).
Drive gear bearing mounting recesses receive the drive gear bearing races, and driven gear bearing mounting recesses receive the driven gear bearing races.
A second gear gears into the first gear.
A reaction gear in mesh with the first gear causes the first gear to rotate with respect to the rotating shaft.
The primary drive gear is meshed with the transfer gear for rotation with the transfer gear.
Guide bar for saw chain, where the chain is supported by a nose sprocket while traversing the front end.
A sprocket assembly for a vehicle includes a sprocket hub with an interchangeable sprocket ring.
An endless drive chain (71) connects the drive sprocket (70) to the head sprocket (72) for transmitting drive from the drive sprocket (70) to the head sprocket (72).
A composite sprocket.
Said driven sprocket (9) is connected with the rear sprocket (12) through rear chain (10).
A chain saw comprising a chain wheel (11) which is rotationally mounted in a housing (10) and pertains to a chain saw (12) which is guided on a chain guide (13), and a chain tensioning device (14) for longitudinal displacement of the chain guide (13) .
The invention relates to a chain link, especially of a roller chain or a bushed roller chain, comprising a plurality of link plates provided with recesses for receiving chain bushings which can be engaged with a chain wheel for the transmission of force.
A third fixed gearwheel meshes with a third gear idler gearwheel (62) and a fifth gear idler gearwheel (64).
Especially, a fourth fixed gearwheel (31) meshes with a fourth gear idler gearwheel and a sixth gear idler gearwheel (65).
A fourth fixed gearwheel (31) meshes with a fourth gear idler gearwheel (63) and a sixth gear idler gearwheel (65).
A pinion gear is concentric with and engages the pinion shaft.
The pinion has a plurality of axially divided pinion gears.
One or more subsets of string entities are provided, each subset comprising a plurality of linked string entities having a first string entity and a second string entity linked to the first string entity.
The variable string may be represented as a numerical string.
Each abbreviated substring represents an expanded substring.
To normalize a string, a native string is obtained.
The string components and their respective associated string-position identifiers are stored for the string of symbols.
The plurality of warp yarns area plurality of paired warp yarn sets, each paired warp yarn set including a first warp yarn and a second warp yarn.
The method serves to tension a warp thread (3) for separating out from a warp thread layer, tensioned in a warp thread tensioning frame in a warp thread drawing-in machine.
A knuckle is formed with the first binder warp yarn and an adjacent first warp yarn, a subsequent adjacent knuckle only being formed with the first binder warp yarn and an opposite adjacent first warp yarn.
The main chain disc is connected with the transmission chain disc via a chain.
The chain of the electric chain saw can be sharpened without being detached, and the chain can be sharpened when the electric chain saw works.
The polymer comprises a main chain and a first side chain connected to the main chain, where the first side chain is provided with an increased lateral dipole moment.
The door chain assembly may also comprises a chain mounting (C) mounted on the door jamb, a chain (D) mounted to the chain mounting and a chain retention slot (A) on the door.
These placements are made such that the second atomic chain is electrically coupled to the first atomic chain (Schottkey atomic chain), and the second atomic chain behaves differently from the first atomic chain.
A method of assembling a tractor capable of reducing the length of a main line in an assembling line comprising the main line and a sub line.
The second channel may be a previous display channel and/or a predicted future channel.
R comprises an alkyl chain or an alkoxy chain.
Said chin chain comprises a first chain element (2) and a second chain element (4).
The side chain may be a branched side chain or unbranched side chain, but a branched one is preferable.
A chain guide for guiding a chain within a chain hoist.
A step chain motor is associated with the step chain for moving the step chain.
The graft copolymer comprises an elastomeric backbone and a side chain grafted to the backbone.
A chain (24) is arranged on the upper chain wheel (13) and the lower chain wheel (11).
Chain hoist (10), which has a chain guide (12) for a link chain (14).
In order to prevent the chain from dropping off the chain wheel, the variable-speed drive can be provided with chain limiters.
A chain saw with an endless sawing chain comprised of articulated links is provided with guiding flaps for guiding the sawing chain into a groove of the blade of the chain saw.
A multi-strand chain forms a chain drive including at least two chains so that the chain drive may communicate a force when the chain is pushed or pulled.
In a typical case, the above glycoprotein having an animal type sugar chain is a heterogenous glycoprotein the sugar chain of which contains a core sugar chain and an outer sugar chain.
When cut, the thread chain recoils toward the hollow chaining tongue, and a stream of air draws the free end of the thread chain into the hollow chaining tongue.
The olefin is preferably a straight-chain α-olefin or a straight-chain or branched internal olefin having a carbon chain length of 6-20 carbon atoms.
The invention relates to a method for marking a chain provided with a plurality of chain links.
According to said method, once the chain has been closed, at least one outer plate of a chain link is marked with at least one marking device.
The invention relates to a flat link chain (1), especially an inverted tooth chain, from link plates (2) and mating link plates (3) which form stacks of chain links.
Here, the ladder-chain outer tabs and the ladder-chain link pins are configured to be structurally identical with the sleeve-type-chain outer tabs and the sleeve-type-chain link pins.
In operation of the chain drive apparatus, force from one of the chain spans is transferred to the other of the chain spans for tensioning said other of the chain spans.
The silyl group-containing polymer (S) is a silyl group-containing polymer that has a polyether chain, polyester chain and/or a polycarbonate chain in the main chain and a hydrolysable silyl group at the molecular end.
The first transfer conveyer (31) is composed of a chain (33) and a chain (34), and the second transfer conveyer (32) is composed of a chain (35) and a chain (36).
The silyl group-containing polymer (S) has a polyether chain, a polyester chain, and/or a polycarbonate chain in the main chain and a hydrolyzable silyl group at the molecular end.
The silyl-group-containing polymer (S) includes a polyether chain, a polyester chain, and/or a polycarbonate chain in the main chain thereof, and also includes a hydrolysable silyl group at the molecular end thereof.
According to the invention, flexible link chains (4) are provided between rigid link chains (2), said flexible link chains (4) being connected to the rigid link chains (2) in a fixed manner.
If a user, after watching an original channel sufficiently long, zaps to another channel, the original channel is displayed in for example a PIP, together with the new channel in a main picture.
Provided are: a chain guide with low noise and little vibration, even if a chain traveling at high speed comes in contact with same; and a chain tensioner using same.
The chain tensioner engages the upper chain at a location between the first chain stopper and the second chain stopper.
The arrangement is much simpler than previous chain wear monitoring systems and allows the condition of the chain to be monitored in-situ without the need for interruption of the chain drive or the removal of the chain.
The gear-locking push plate (10) is connected to the outermost large gear (6) and the outermost small gear (7).
The crank member (6) is provided with a crank member gear (12) which meshes with a first auxiliary gear (13) being an external gear.
A gear shaft (2) is fixed on a base, and a gear (3) is provided on the gear shaft (2).
Formed in the pinion inner (71) are pinion inner-side helical external teeth (73) that mesh with the pinion-side helical internal teeth (74a).
The pinion is mounted on a pinion shaft and the pinion shaft is coupled to a hydraulic pump mounted on the gearbox, a hydraulic motor drives the generator.
The pinion body is placed inside a carrier body (320) of the pinion carrier.
The output gear meshes with a drive gear including a drive pin.
A gear and method for producing the gear.
A second planetary gear (770) is meshed with the second sun gear (744).
The transverse slots provide access to the gear for driving the gear.
The drive gear (28) is larger than the driven gear (34) and is position below the driven gear.
A pinion (5) is rotatably mounted in the pinion casing (2).
The first gear is meshed with a second gear which is connected to a motor.
The first gear is meshed with the second gear which is connected to the motor.
The external teeth of the flexible gear are engaged with the internal teeth of a rigid gear.
The crank member gear (12) is an internal gear.
The second pinion has a different radius to the first pinion.
The drive gear and the at least one driven gear do not include a taper gear or a face gear.
The camshaft timing gear (11) is directly engaged for transmission with the crankshaft timing gear (12).
The internal ring teeth of the driven gear (6) mesh with the pinion (5).
The drive gear (19) is engaged with the driven gear (3).