Self-Contained Rotary Compression Machines TRIZ Cases
- Methods for energy efficient extraction using symphasic closed-cycle heat exchange
See how integrating a refrigeration circuit with solvent extraction creates a thermal gradient
- Arrangement for producing cold by means of a refrigeration circuit
See how a rotating refrigerant circuit uses centrifugal force to create density and temperature
- rotor
See how stacked rotor plates merge compression, expansion, and heat transfer ducts into one ele
- Rotary heat exchanger
See how integrating centrifugal fan blades as heat exchange surfaces eliminates separate struct
- Shell-and-Tube Heat Exchanger Flow Throttling for Rotary Applications
See how throttle members compensate for centrifugal pressure differences in rotating shell-and-
- Rotary heat exchanger
See how integrating centrifugal fan blades as heat exchange surfaces with a sealed rotating flu
- Systems, devices, and methods for symphasic closed-cycle heat exchange
See how integrated refrigeration and solvent circuits merge thermal functions to reduce energy
- Screw compressor economizer plenum for pulsation reduction
See how a large-volume chamber between economizer port and external port dissipates pulsation,
- Multiple directional blow unit cooler
See how universal mounting brackets and cone-shaped fan discharge enable one evaporator system
- Method for converting thermal energy at a low temperature into thermal energy at a relatively high temperature by means of mechanical energy, and vice versa
See how radial guidance of working medium using centrifugal force retains flow energy during co
- Modular Preconditioned Air Unit for Aircraft Ground Cooling
See how self-contained cooling modules replace APU operation, reducing jet fuel use and emissio
- Rotating Heat Exchanger Support Body to Prevent Centrifugal Bending
See how a segmented support body distributes radial forces along heat exchanger length to preve
- Rotary Thermal Energy Conversion With Continuous Heat Exchange
Continuous heat exchange through co-rotating channels reduces flow losses and rotor space while supporting high-speed thermal energy conversion.
- Screw compressor economizer plenum for pulsation reduction
See how a chamber between economizer and external ports dissipates pulsation waves, achieving a
- Multi-Split HVAC Refrigerant Zoning With Heat Recovery Backup
Variable refrigerant flow, electronic expansion valves, and heat recovery improve zoning, backup heat, and air distribution in low-ambient HVAC use.
- Rotor-Integrated Impeller Layout to Eliminate Swirl Losses
Axial supply-channel outlets feed the impeller inside the rotor to suppress swirl, cut energy losses, and improve pressure stability.
- Rotary Heat Pump Layout for Continuous Radial Heat Exchange
Parallel heat-exchange channels in a rotating compression-expansion rotor cut flow losses, save axial space, and improve thermal conversion.
- Centrifugal Heat Pump Cycle With Flow-Energy-Preserving Compression
Centrifugal compression and relaxation preserve flow energy, cutting friction losses and improving low-to-high temperature heat conversion.
- Rotating Heat Exchanger Support for Centrifugal Force Stability
Continuous support along the heat exchanger length resists centrifugal sagging in rotating thermal energy converters while preserving heat transfer.