A shaft-shaped battery recess simplifies insertion and secure retention in portable electrical measuring instruments without increasing size.
A compressible first molding layer creates swelling space around a wearable battery, preventing deformation and improving long-term reliability.
A shaft-like battery recess combines guidance, electrical contact, and locking to keep portable meters compact and securely powered.
A reversible male-female coupler lets one power unit connect utility modules and transport devices while supplying power to rechargeable batteries.
A rigid-flexible battery closure lets mobile devices absorb battery swelling without extra internal space, while keeping the cell secure and protected.
A one-piece sealed housing with potting protects the battery and circuit in active ear tags, improving durability and year-long operation.
A reversible flexible trigger arm lets back-of-hand scanners fit left or right hands for easier, more ergonomic thumb activation.
Vertical conductive elements shorten signal paths between circuit layers, reducing noise and improving wearable bio-signal sensing quality.
A nested decorative insert with layered closed-line structures strengthens bonding to the housing base layer and improves logo appearance.
Localized ion exchange and surface heating create asymmetric stress zones in thin glass to improve drop impact resistance while limiting warpage.
A ratchet-pawl headband mechanism adjusts overlapping bands to prevent loose or tight head-mounted fit and improve wearing comfort.
Heat conductive members, fins, and fans move display heat out of a wearable housing to prevent overheating and user discomfort.
A comfort-dome inner surface improves sensor-to-skin contact, while nested ring housings and filler material support durable, customizable wear.
A two-part hinged enclosure protects electronic devices from water, dust, and shock while preserving access to controls and displays.
This case integrates the battery into optical guide rails to support peak loads while preserving a compact, lightweight display design.
Rotating hinge mechanisms unfold parallel display segments, resolving the contradiction between compact apparatus size and grip performance.
Buffer members around support bosses absorb shock energy, preventing force transmission to the inner case and protecting mounted components.
A terminal device with a rotating bracket part enables multiple usage configurations through shaft mechanisms.
A foldable mobile terminal uses a roller and groove mechanism to provide tactile feedback during folding.
Resiliently movable tension elements absorb kinetic energy, preventing direct force transfer to the mobile device during impacts.
Segmented rear housing and isolation plates protect internal components from water ingress during disassembly for repair.
A digital pen adjusts line thickness consistency across manufacturing variations by moving a metallic control bar around the resonant circuit coil.
Transparent curved housing positions audio end caps outside the shell to maintain structural strength while enabling device integration.