Shaft For Linear Movement TRIZ Cases

See how segmented table sections with independent vertical and horizontal adjustment enable com

Blind Bowden cable assembly and clamped cover fixation simplify seat actuator manufacturing while helping prevent seat cover tears.

A conical cap and cable-end wall contact limit cap swing in curved guides, cutting tapping noise and collision force during cable travel.

A shared pulley and spline shaft layout lets one seat recliner handle assembly support OTF and non-OTF versions with lower cost and complexity.

A shared pulley and spline shaft let seat recliners support manual or power unlocking without separate decoupling parts, cutting cost and complexity.

A vertical joint piece housing removes the central space needed for lateral attachment, enabling a smaller and more stable seat cable module.

A segmented clutch cable coupling lets the handlebar-side section be replaced without disconnecting the transmission-side cable, cutting installation time.

Parallel sliders in one adjuster let each branched outer casing be set individually, reducing play and keeping inner cable timing aligned.

A split upper-lower cable guide simplifies bicycle frame installation while clamping cables securely across different wall thicknesses.

Localized protrusions on a plastic anchor scaffold resist axial movement and fix cable mounting position to reduce Bowden cable hysteresis and play.

A rotatable slider with curved guide surfaces keeps two operated cables synchronized even when cable lengths or routing paths differ.

A segmented inlet and passage structure lets cables snap into the slider easily while blocking separation under multidirectional force.

A rotating-isolated pull handle and adjustable pin gaps enable one-handed sequential or simultaneous latch release without cable twisting.

A clip-on elastomeric wiper cleans the moving actuator cable to block debris and fluid from entering the door cable housing.

A sealed stop bushing and flexible sealing element block moisture at the latch interface while preserving smooth handle-to-latch force transmission.

A rotatable fixing member in a swaged elongate assembly eases mounting alignment while limiting excess movement and casing damage.

A rotatable inner hub guides Bowden cables through large-angle bends with rolling contact, cutting friction, energy loss, and heat.

A core adjuster assembly integrates an isolator material within a slider body to dampen mechanical vibrations in control cable systems.

Longitudinal ribs on a drive cable act as continuous guiding lines, eliminating rattling noise from spiral toothing wear.

A cable anchoring device uses a movable ring to compress resilient tangs, enabling secure mounting in closed apertures without complex manual handling.

Segmented twisted cable layers reduce friction and elongation by using curved outer wires to create a smooth surface without severe deformation.

Vertical control links replace horizontal mechanisms in vehicle seats, freeing under-seat space while maintaining weight-independent level control.

Vertical routing through a tubular guide prevents external access to the locking mechanism cable.

A control cable attachment structure uses a constricted groove and protruding surfaces to anchor the cable securely.

A remote control cable core element uses segmented central, intermediate, and outer wires to withstand mechanical loads.

Transverse annular cavities in the polymeric liner wall retain lubricant via capillary action, reducing sliding resistance and wear during operation.

Integrating the locking element into the pivotal cover reduces component count from four to two, simplifying assembly and eliminating part loss risks.

Segmented resin and elastomer joint pieces allow easy cutting without damaging the long member, reducing resource loss during replacement.

A separate sleeve locks double cables to rotating pulleys, compensating for plastic part tolerances and reducing hysteresis in torsional force.

A guide mechanism aligns conduit end fittings to interconnect core elements, resolving difficulties in securing connections during assembly.

A rotational coupling device transfers axial forces through semi-flexible actuators to enable independent end effector rotation.

Flattened side strands on a multi-twisted wire lower contact pressure to suppress groove movement noise and enhance fatigue resistance.

A self-locking cable control assembly uses a pawl mechanism to retain the driven member in an actuated position without manual force.

A helical coil spring biases a rotor to shift an elongated cable, reducing user force and preventing rattling in seat adjustment mechanisms.

A sliding cable uses a mesh structural body with closed cells to hold lubricant, reducing sliding friction against the casing.

A cable coupling mechanism uses a slider housing member with perpendicular openings to simplify assembly and prevent unintended movement.

A mechanical linkage coupling element transmits force between Bowden cables using a Z-shaped slider.

Linear connecting members drive locking pins along a straight path, preventing jamming and allowing remote releasing member placement.

Sliding synthetic resin outer casing accommodates axial thermal deformation while metal inner cable maintains constant length for reliable force transmission.

An integrated cable end fitting with a sheath and base plate simplifies cable installation in latches, reducing assembly time and errors.

An adjusting device uses an extracted lock-discriminating member to provide tactile and visual state feedback.

Integrated moulded coupling anchors armouring to withstand high forces, resolving connection instability in drive cables.

A tubular guide insert reduces static friction and wear on the transmission element while maintaining structural flexibility for precise surgical operations.

Controlled stranding parameters minimize secondary bending and friction in window regulator cables, improving durability.