Telemotors TRIZ Cases

Multiple side-wall vent inlets and a top ventilation route keep the brake tank at atmospheric pressure even when one opening is blocked.

Segmented tab-and-bridge electrodes drive dielectric fluid into an expandable region, boosting artificial muscle force per unit volume.

A segmented membrane layout prevents fluid-retaining pockets in a bicycle hydraulic tank, enabling near-complete compensation for brake pad wear.

Separate closed-loop swing and travel circuits avoid highest-pressure overdrive, improving multi-function hydraulic efficiency.

Opposing tensile and compressive elements let a floating actuator move mechanical devices with minimal reaction forces and lighter bearing structures.

Separate high-pressure servo flow and low-pressure charge flow from one pump to improve hydrostatic drive efficiency without control loss.

A remote rack-and-piston fluid drive cuts piping losses, leaks, noise, and actuator mass for lightweight robotic motion.

A motor-driven remote fluidic actuator cuts robot mass while avoiding pump losses, tubing leaks, noise, and heat through sealed chamber actuation.

A bidirectional pump motor reverses boom-cylinder oil flow without a directional valve, cutting pressure loss and improving excavator energy efficiency.

A one-piece EHA housing integrates the hydraulic block, motor-pump, and PCM to cut parts, assembly complexity, weight, and cost.

Local pumps and accumulators replace a central hydraulic supply, cutting piping cost and leakage risk in valve stem actuation.

An overpressure valve and pressure sensor keep the hydraulic circuit ready while letting the motor stop at rest to cut electricity use.

By sealing the outlet-to-inlet path with gear tooth positioning, this closed-loop hydraulic pump improves pressure control, cuts energy use, and lowers cavitation.

A manifold that consolidates air ports and orthogonal cylinder piping cuts medical robot bulk while preserving precise rod positioning.

Coordinated variable-speed pump and proportional valve control improves hydraulic flow and pressure precision while reducing energy use and cavitation risk.

Single-sided air supply ports in a pneumatic manifold shrink a medical robot drive while preserving precise rod positioning.

Parallel flow control and anti-cavitation valves let a hydraulic vacuum motor regulate speed without pressure surges, cavitation, or wasted energy.

An integrated motor-gerotor-cylinder actuator replaces valves and accumulators to cut noise, power use, and non-linear prosthesis motion.

Liquid-filled piping and reciprocating pistons replace chains or gears to cut friction losses and enable flexible long-distance power transfer.

Reciprocating pistons drive a fluid-filled pipe to transmit power over distance with lower friction loss and more flexible routing.

A dual manual-and-rotary pump feed cuts jack operating effort, works in tight spaces, and supports remote lifting of heavy loads.

A pivoting secondary mover uses acceleration and momentum during a short power stroke to amplify force for lifting, compressing, and pumping.

A pump air vent port and gas-liquid separator remove trapped air from a sealed hydraulic circuit while preserving contamination control and maintenance access.

An onboard electro-hydraulic actuator removes external pumps and hoses, enabling safer bolt elongation in tight or hazardous locations.

A hydraulic force-displacement converter lets shearing and forming elements run at different speeds in one stroke while damping vibration and reducing burrs.

Closed-loop pump and proportional valve control improves hydraulic flow and pressure precision while reducing cavitation risk and accumulator size.

A branched hydraulic charge circuit separates high-pressure servo control from low-pressure charging to improve hydrostatic drive efficiency.

Separate pumps pressurize each cylinder side, eliminating centralized hydraulic piping to cut leakage risk and installation cost.

A modulator piston uses hydraulic force transmission to cancel surgical tremor, scale motion, and return haptic feedback.

A modulator piston uses hydraulic pressure to filter surgical tremor, scale force and motion, and return haptic feedback without complex sensors.

Opposed piston rods in one hydraulic chamber balance reaction forces, enabling simultaneous hub pressing with lower weight, cost, and complexity.

A compact bi-directional gear pump uses pressure compensation to cut leakage losses and support efficient electro-hydraulic actuation.

Coordinated variable-speed pumping and proportional valve control improve hydraulic pressure accuracy, lower energy use, and reduce cavitation risk.

Coordinated pump speed or torque and proportional valve control holds hydraulic flow and pressure setpoints while cutting cavitation risk and energy waste.

Pressure-logic charge control balances unequal cap and rod-side flows in single-rod hydrostatic actuators to prevent oscillation and circuit failure.

Coordinated variable-speed pumping and proportional valves hold flow and pressure setpoints with lower energy use and less cavitation risk.

A pump vent port and gas-liquid separator remove trapped air from a sealed hydraulic tank, improving efficiency, durability, and maintenance access.

Opposed piston rods and parallel pressing mechanisms cut hydraulic press weight and complexity while improving hub production efficiency.

Pressure-operated charging and damping valves shift critical load zones to curb single-rod cylinder oscillation without full-time throttling.

Latching changeover valve retains last operational state in hydrostatic control circuit during power failure.

Opposing motor and control housing placement resolves stability issues caused by component protrusion while maintaining compact volume.

A piloted suction valve manages excess oil volume in dual-effect hydraulic actuators by routing displaced fluid back to the tank.

Solenoid-operated reducing valves adjust pilot pressure to regulate hydraulic oil flow rate for precise motor torque control.

A master cylinder valve module controls brake fluid communication between the reservoir and chamber via a piston nose mechanism.

A hydraulic drive assembly uses a slide valve to actuate vehicle doors, controlling movement forces through discharge connection throttling.

A hydraulic temperature compensator uses a gas-filled chamber to manage fluid volume changes without mechanical friction.

Segmented recesses maintain structural rigidity while longer slots enable debris-free assembly alignment.

A boost pump maintains constant elevated pressure in hydraulic fluid supply lines to prevent cavitation and pitting.

A universal hinged support actuating cylinder uses tension springs to generate anti-gravitational moments.