The netting shall be single twine.
Accordingly, the wire Le4 and the wire Le3 are set so as to reduce the capacity between the wire Le2 and Le1 and between the wire Le6 and the wire Le5.
The wireless network control device selects wireless areas assigned to mobile devices in accordance with a comparing result of the remaining wireless resources of the plurality of wireless areas.
An apparatus for making alternate S and Z twist plied yarn from individual singles yarns.
In this process, double-belts are applied, and thus two twisting points, instead of one twisting point, are applied for the false twisting of the yarn, which improves the false twist efficiency.
This invention relates to an improved method for ply-twisting nylon yarns at twisting speeds greater than 6000 rpm.
'Yarn' in this case is taken to include any textile yarn, monofilament, coated yarns, and the like.
A composite yarn (1) comprised of a chain stitch yarn (3) knitted from a yarn A and at least an inlay yarn (2) of a yarn (B) inserted into the chain stitch yarn (3) along a longitudinal direction thereof.
The first thread (10) and the second thread (11) are twisted with the same S or Z twist used for twisting the first thread during the make thereof.
The threads exhibit a) no twisting, b) a protection against twisting with a metric twist coefficient α ranging from 0.2 to 10, or c) with a standard twist, a twist coefficient α of up to 130.
Here, any residual twist left in the thread by the false twisting assembly is removed.
A residual twist in the thread left over from the false twist sub-assembly is removed by means of said counter twist device.
The invention relates to a thread detector (F), especially for a thread sensor in a thread feeding device, comprising a detector foot (A) with an essentially flat rest (B) which can be brought into contact with a thread (Y).
The wire feeder terminates the trailing end of the coil wire on the other terminating pin and then cuts the wire off.
A gate wire and a storage electrode wire extending in a transverse direction are provided, and a data wire extending in a longitudinal direction intersects the gate wire and the storage electrode wire.
A tube is engaged with a supply end of the wire tensioner to receive the wire from the wire tensioner, the tube guiding the wire from the wire tensioner toward the bondhead assembly.
Rotation of the turn limiter imparts a torque to the torque wire or torquable guide wire lumen.
By this twist, a mirror (6) attached to the torsion wire (5) is displaced, and the change in a laser beam from a laser (8) reflected by the mirror (6) is measured by a position measurement halved photodiode (9) .
Methods of twisting wire using a wire twisting tool (10) are also provided.
The system includes the wireless device having a wireless coupling adapted to wirelessly couple the wireless device to another wireless device.
The earphone wire comprises: a flexible wire part and a hard wire part, the flexible wire part and the hard wire part being spaced apart.
A wireless transceiver communicates over a wireless network in a wireless mode.
The electric wire has a core wire section and an outer circumferential wire section.
The wire is fed through the wire conduit to a wire nozzle (130).
The wireless device is coupled wirelessly to a wireless slave device.
The wire feed drive drives the welding wire from the wire source.
The torsional section is arranged in a sleeve (6) which is impinged upon by torsional force with torque transmission only after an end-stop limited limit torque has been reached.
The ARS assembly furthermore comprises an additional torsion bar (5).
This additional torsion bar is arranged such that its torsion axis extends substantially parallel to the torsion axis of the first, adjustable torsion bar, or coincides therewith.
The assembly comprises a torsion bar and (3) a rotation actuator (10) for adjusting a torsion angle and/or torsion moment of said torsion bar.
The torsional housing enables the bottom end shaft to slide axially with respect to the torsional housing whilst preventing torsional movement of the bottom end shaft relative to the torsional housing.
A strand (41) formed by twisting a plurality of filaments (41a) is passed through an untwisting tool (48) to thereby untwist respective filaments (41a) and form specified spaces (S) between them.
The twisting direction and twisting pitch (Pc) of the core strands are the same as the twisting direction and twitching pitch (Ps) of the sheath strands.
The twister shaft may be operatively coupled to a twisting mechanism, where the twisting mechanism includes a plurality of gears configured to rotate a twister pinion.
One such compound double spindle false twisting device can perform S twisting and Z twisting simultaneously.
The twister assembly includes a main shaft driven by a main shaft motor and a twister shaft driven by a twister motor.
The invention relates to a false twist texturing machine for texturing synthetic threads (4) at a treatment point comprising a false twisting area in which a heating device and a false twisting assembly are located.
The twisting can alleviate the polarisation dependance observed in untwisted null coupler devices.
The upper-twisting direction and first-twisting direction for the strands (12) are opposite.
The twisting means are associated with a shaft driven by a motor for effecting the twisting.
The second guide wire apparatus allows for use of stiffer wire, reduces or eliminates twisting and coiling about the first guide wire, and permits the second guide wire to be fed rapidly down the first wire.
A fourth wrenching station is provided in an opposing relationship with the second wrenching station similar to the relationship between the first and third wrenching station.
The torsion spring may be a solid torsion bar or a magnetic spring.
A bicycle with a torsional shock absorber comprised of a torsion spring assembly (17).
The invention also includes means to detect the torsional moments of the torsion spring (16).
The torsion shaft is fastened to a foundation by means of torsion shaft bearings.
A torsion bar suspension is pivoted on the axis of the torsion bar (54).
The outer torsion spring (6) is sleeved on the inner torsion spring (6).
A torsion preventing part (10) is provided for preventing torsion of the belt (4).
A desired torsion bar torque (54) for the torsion bar is determined.
The torsion input component transfers the torsion to the first ratchet wheel.
The second ratchet wheel transfers the torsion to the torsion output component.
two for one spindle of an uptwister
upward displacement of anterior liver edge
A push torsion bar is disposed between the squeezing bar and the slide.
In either case, the member which is torsionally stiff is torqueable.
This corresponds to a predetermined twist with which the stream (4) must be introduced into the turbine section (3).
The torque (M) can be determined by multiplying said angle differential by the spring rate of an inserted torsion rod.
A torsional oscillation of the oscillating structure (10) can be excited around this torsion axis (20).
The invention relates to a false twist texturing machine for texturing synthetic threads at processing points, a heat device and a false twist sub-assembly being located inside a false twist area at each processing point.
The torsion-resistance of the torsionally elastic members determines load proportions in the power transmission branches.
A combined angle and torque sensor further determines a twist angle across a torsion bar.
The invention can be used in two-for-one twisters.
A twist beam axle assembly includes a twist tube and a tubular sleeve.
The resilient device comprises a torsion spring and the arm member connected to the torsion spring.
A stop is provided at the location of the twist; the stop having a central opening enclosing the twist.
The lock-up device has a plurality of outer peripheral torsion springs (32) and a plurality of inner peripheral torsion springs (33).
The torsion element can also bend to accommodate the storage of energy through torsion and bending.
The torsion spring adjuster receives the second end of the at least one torsion spring.
The torsional compensating device (100) comprises a first joint assembly (104) and a torsional element (110).
The rotatable joint permits angular rotation of the torque rod about its torque rod bracket.
The direction of twist of the plurality of coaxial cables is uniform, and the twist rate thereof is uniform.
The wireless network interface selectively establishes a wireless link with a first interface of a wireless terminal that has a plurality of wireless interfaces.
It would also be permissible to use copper alloy wire, aluminum wire, or aluminum alloy wire in place of the copper wire (4a).
The element wire diameter (d1) of the large-diameter element wire sections (40a) is larger than the element wire diameter (d2) of the small-diameter element wire sections (40b).
The wireless adapter includes a wireless module to wirelessly transmit the received data to an external computing device after processing by the wireless adapter.
A wire route between a wire drum (7) and a wire guide (9) is lengthened by rotating the wire guide (9).
Each connecting wire comprises a main connecting wire (101, 201) and an auxiliary connecting wire (102, 202) corresponding to the main connecting wire.
Disclosed are wire feeding devices having a wire feeding pipe and a feed unit that pushes a wire through the wire feeding pipe.
The method comprises the steps of: wire drawing, paste coating, wire attachment, wire cutting and wire head processing.
The wireless USB host (100) is configured to wirelessly transmit a beacon over a wireless USB network (103) based on a wireless USB protocol.
The selected wireless relay provides relay operations for wireless communication for wireless communication between wireless stations via the selected wireless relay.
Moreover, for a wire Le3, the wire in the proximity in the horizontal direction excluding the one immediately below is a wire Le1 and a wire Le5 arranged at the wire layer lower by one layer.
A wire for a small-diameter, high-fatigue-strength steel wire, or a wire for a steel wire used in a steel wire formed by stranding the wires; a steel wire and a production method therefor.
Each wireless base station device is wirelessly connected to a wireless terminal in its cell and relays data communication with the wireless terminal by means of a wireless bearer.
The resistance wire (5) is a resistance wire which has good electrothermal conversion, such as tungsten wire, nickel-chromium alloy wire, constantan wire and so on, and is wound to compact spiral shape.
The at least one wireless device (104) is wireless notified to set its current wireless communication mode to the selected mode of wireless communication to receive the wireless communication of the information.
A wireless communication network (46) includes a plurality of wireless devices (2,38,40,42,44,6,14,14') and a reconf igurable wireless control or monitoring device (4,12) structured to wirelessly communicate with the wireless devices.
A wireless device (100) communicates in a wireless network, and executes a wireless device discovery process to discover other wireless devices (100) in the wireless network.
The wire feed system includes a wire supply and an air guide for receiving a length of wire from the wire supply and providing a tension to the length of wire.
A wireless operating room communication system provides wireless transmission of video signals from a wireless camera or a wireless transmitter unit to a portable wireless display unit.
The wire feed system includes a wire supply and an air guide for receiving a length of wire from the wire supply and providing a fluid tension to the length of wire.
The wire winding mechanism is taken out and then the winding of the digital wire around the wire winding mechanism is released; thereby the digital wire can be taken out from the wire winding mechanism.
A first wire, a second wire, and a third wire are wound on the same iron core, and a superconductor is connected to one of the first wire and the second wire.
A telescoping wire may include a solid proximal wire section (58), a solid distal wire section (60) and a joining section (62) that is disposed between the solid proximal wire section and the solid distal wire section.
The method comprises: saving SIP URI as content of wireless vCard in wireless vCard; interacting SIP URI in wireless vCard format between wireless terminals or between wireless terminal and network side.
If the thread (14) comes apart between the thread-feeding part (15) and the take-up part (17), the thread-splicing device (37) splices the upper thread and the lower thread together.