Heating Or Cooling Apparatus TRIZ Cases

A movable drawer device positions fluidic channels to enable precise biological sample handling and incubation.

Dynamic magnet positioning overcomes centrifugal force limitations, enabling precise bead transport across all radial zones.

A sliding PCR chip moves reaction chambers sequentially over a linear heater array to enable parallel thermal processing.

A test cartridge structural member actuates a pretreatment membrane to filter and condition biological samples.

Flexible multi-chambered receptacle transfers liquid contents between interconnected chambers while retaining gas bubbles to enable portable nucleic acid testing.

A molecular diagnostics apparatus uses a magnetic unit to induce current in power supply coils for the detection module.

A self-contained microfluidic chip system uses smartphone optics to detect proteins and nucleic acids rapidly.

Vaporization component rapidly pushes digital PCR solution into oil to form droplets, overcoming slow formation speeds and high oil consumption limits.

Dynamic thermal zones reduce dead time and chip area by allowing single locations to serve multiple temperature functions during droplet reactions.

A reagent storage fan moves air between housing spaces to maintain cooling.

A PCR vessel integrates a reagent cassette that melts during heating to release pre-measured components into the reaction chamber.