Compressor TRIZ Cases

See how dynamic compressor frequency adjustment recovers refrigerating machine oil during heati

See how variable-speed control maintains pressure differentials between series compressors to m

See how a diiron trioxide and silicon-rich oxide coating maintains abrasion resistance in compr

See how an ejector-assisted mechanical pump prevents vapor locking and cavitation during startu

See how mounting a film capacitor and reactor on the same circuit board forms a resonant circui

See how segmented DC/AC converters and three switching units enable continued motor operation w

See how detecting two-layer separation of refrigerant and oil in the accumulator enables dynami

See how refrigerant drain flowpaths from bearings to upstream of the impeller enable oil-free b

See how asymmetric motor current with offset adjusts piston position electrically to balance fr

See how a single motor-driven unit with electromagnetic clutches selectively engages compressor

See how a non-rotational separation chamber uses gravity and reduced flow speed to separate ref

See how dual CPU and I/O unit segmentation prevents refrigerant compressor downtime by enabling

See how siphon segments connect damping chambers for oil flow while blocking gas exchange and s

See how refrigerant-based underfloor heating replaces hot water circulation to prevent pipe fre

See how encapsulating compressor overloads, relays, and switches eliminates bulky explosion-pro

See how oil level detection in a variable-speed compressor triggers shutdown of a fixed-capacit

See how flow channels surrounding the compressor enable compact refrigerant-coolant heat exchan

See how a feedback-controlled heater maintains compressor oil temperature within a target range

See how indirect refrigerant jacket mounting through a common switch box reduces vibration load

See how segmented capacitors and a voltage dropper enable stable compressor and fan motor opera

See how a float-activated vent line prevents turbine bearing failure by automatically limiting

See how a centrifugal impeller with inter-vane flow passages and an oil separation plate preven

See how fluoroolefin-based refrigerant compositions with perfluoroalkyl groups achieve zero ozo

Selecting HFO refrigerants with POE or PAG lubricants creates phase inversion and stable circulation, avoiding oil return problems.

A refrigerant-fed cooling passage removes heat from the drive member while the evaporator cools compressed fluid, improving component life.

A spillover tank with level sensing and flow control helps flooded evaporators maintain refrigerant level and return oil reliably to the compressor.

A source valve decouples the condenser during startup so the refrigerant pump can prime from the evaporator and protect compressor lubrication.

Liquid refrigerant is drawn from the evaporator to prime compressor cooling and lubrication during startup before switching to condenser supply.

A self-standing auxiliary cooler table simplifies on-site compressor assembly, transport, and connection while reducing extra support work.

A positioning member aligns the second bearing before rotor loading, avoiding gravity and magnetic interference during compressor assembly.

A vent line at the sump threshold redirects excess oil to the condenser, preventing turbine bearing failure from overfilling.

Carbon nanoparticle oil cuts friction and compressor temperature, helping HFC refrigerant systems avoid discharge heat damage.

Discharge superheat feedback adjusts compressor speed and expansion valve opening to prevent flood back and overheating damage.

Using water as both refrigerant and lubricant, this case removes oil separators while maintaining compressor lubrication with backup water supply.

A brief dual-compressor shutdown lets oil levels equalize and refrigerant evaporate, preventing sump dilution during HVAC load changes.

Sequential low-load control keeps oil levels balanced across three compressors while avoiding indoor capacity shortfalls at high load.

Temperature-driven density inversion keeps refrigerant and lubricant miscible at low temperatures and separated at high temperatures for oil return.

Variable heater modes keep refrigerant out of the compressor sump, reducing HVAC vapor compression lock-up and excess heater energy use.

Dynamic control of fan speed, compressor operation, and crankcase heating maintains oil viscosity and protects compressor reliability at part load.

Check valves in suction or discharge passages block liquid refrigerant during stoppage, protecting insulation and lowering startup pressure.

Potting epoxy and a wire separator create an airtight motor terminal seal that blocks ammonia exposure and prevents compressor short circuits.

Multiple injection holes fed by one passage extend refrigerant injection time in a scroll compressor, improving cooling and heating efficiency.

Non-metallic plugs retain compressor wrist pins against cylinder walls to limit axial movement, wear, and noise while easing installation.

Variable fan control stabilizes oil-cooled compressor and gas temperatures while recovering waste heat under changing load conditions.

A premixed R-407C and POE charge lets R-22 systems retain some mineral oil, cutting retrofit time and avoiding multiple oil changes.

A flange-mounted connection terminal enables replacement from outside the housing without motor disassembly while preserving lead-wire orientation and insulation distance.

A commutation path redirects reverse-recovery current away from the boost rectifier, cutting conduction loss and improving converter reliability.