Analysis Material Containers TRIZ Cases
- Case for packaging and monitoring biological samples
See how RFID antennas and integrated sensors automate sample identification and transport param
- Container for containing perishable goods
See how intermediate walls with integrated fans and eutectic plates create forced-air flow to m
- Laite testiveden lämmittämiseksi
See how a snap-cap with downward protrusion redirects boiling pressure, reduces burn hazard, an
- Endothermic Syringe Sleeve for Arterial Blood Sample Cooling
See how an endothermic sleeve uses ammonium nitrate and water to cool arterial blood samples, p
- Integrated Sample Well Structure for Low-Volume Luminescence Detection
Miniaturized sample wells integrate optical sensing near luminescent markers to cut sample volume and bulky assay optics while preserving detection accuracy.
- Handheld Breath Testing With Wireless Identity Verification
Portable breath testing pairs wireless transmission, user ID, and GPS to confirm sobriety quickly without bulky supervision.
- Copolymer-Coated Biomaterial Container for Low Sample Loss
An ionic copolymer coating suppresses biomarker adsorption in biomaterial containers, reducing sample loss for more accurate analysis.
- Parallel DSC Architecture With Disposable Cells for High Throughput
Multiple DSC units share a uniform thermal plate and disposable cells to boost sample throughput while avoiding cleaning delays and cross-contamination.
- Multi-Unit Differential Scanning Calorimeter for High Sample Throughput
Multiple DSC units on a uniform thermal substrate analyze samples in parallel, while disposable chips avoid cleaning and cross-contamination.
- Multi-Unit DSC Layout for High-Throughput Clean Sample Analysis
Parallel DSC units on a uniform thermal plate use disposable chips to boost sample throughput and avoid cleaning-related cross-contamination.
- Multi-Unit DSC Layout With Disposable Chips for High Throughput
Parallel DSC units on a uniform thermal plate and disposable chips boost sample throughput while avoiding cleaning delays and cross-contamination.
- Molecularly Imprinted Biosensor for Portable Body Fluid Quantification
Molecularly imprinted electrochemical sensing replaces bulky lab analysis with portable, accurate target-molecule quantification in body fluids.
- Biological Sample Container Film Holding to Prevent Floating Damage
A film held by an annular member suppresses sample floating in liquid reagents without scratching or deformation, preserving fluorescence accuracy.
- Lateral Flow Sampling Mechanism for Precise Capillary Transfer
A movable strip-contact mechanism transfers fluid from a capillary tube at the right moment, improving sample volume control in lateral flow tests.
- Vacuum Sample Cell With In-Situ Opening for Air-Sensitive Microscopy
A two-part vacuum cell protects air-sensitive samples during microscope transfer, then opens and re-seals under vacuum for direct imaging.
- Urine PdG Test Strip Design for Reliable Ovulation Confirmation
Specific antibodies, carrier proteins, and color labels let a urine test strip detect PdG reliably for ovulation confirmation without lab equipment.
- Sample Well Structure for Compact Integrated Sensor Bioassays
A metal-stack sample well enables compact integrated sensors to simplify optical detection and support portable nucleic acid sequencing.
- Dual Sampling Heads for Trace and Bulk Chemical Analysis
Interchangeable trace and bulk sampling heads collect the right sample amount, avoiding instrument overload and wasteful separate workflows.
- Biological Fluid Cap Venting for Sterile Localized Extraction
Vented ports and a penetrable seal keep biological-fluid containers sterile through processing while enabling precise localized extraction.
- Microfluidic Co-Culture SELEX for High-Specificity Aptamer Selection
A modular microfluidic co-culture platform improves aptamer specificity by separating cancer and non-cancer cells under physiologic flow.
- Sample Processing Assembly With Cam Retention Against Slide Sticking
A cam-driven retaining arm holds the substrate during cover opening to prevent dehydration-related slide sticking in automated sample processing.
- Interchangeable Syringe-Container for Low-Contamination Biologic Processing
A convertible syringe-container keeps biological material in one vessel for extraction, processing, and application to cut transfer time and contamination risk.
- Urine Metabolite Screening for Early Pet Renal Disease Risk
Urine metabolite biomarkers enable non-invasive screening of pet renal and urolithiasis risk, guiding targeted nutritional treatment.
- Lever-Driven Tube Strip Cutter for Precise Vessel Separation
A lever-guided blade and tube holders enable safer, cleaner tube strip cutting while preventing vessel damage and hand strain.
- Carbon-Based Sample Holder for Light-Shielded Bioassays
Opaque conductive vessel walls block stray light, support electrophysiology, and speed cryopreservation without changing sample containers.
- Dual-Head Chemical Sampling Apparatus for Trace and Bulk Analysis
A dual-head sampler switches between large-area trace collection and small-area bulk sampling to limit instrument overload and clean cycles.
- Ferromagnetic Microwell Rotors for Probe-Safe Liquid Agitation
Ferromagnetic rotors spin under an external magnetic field to mix microwell samples while limiting probe damage and imaging interference.
- Acoustic-Ejection Sample Containers for Uniform Droplet Transfer
See how integrated inlets, outlets, and acoustic coupling guide uniform droplet transfer while preserving biological samples.