A preheating assembly uses a hollow sleeve sheath to secure a glow plug within an aircraft engine cylinder head.
An axially moveable contact element compensates for thermal expansion differences, removing insulating powder from the manufacturing process.
Laser welding embeds a tungsten front end coil within a lower-melting-point rear end coil, suppressing embrittlement and breakage at the connection region.
Micro mechanical springs break a bypass circuit under launch forces, resolving safety and reliability contradictions.
Modular connection seat with accommodation slots positions ignition and combustion devices for rapid assembly.
A glow plug uses a graphite sealing element and an electric insulating layer to connect the heating body.
Thicker core metal foil mitigates thermal stress concentration and cracking near the core, enhancing connection reliability in multi-layered wiring boards.
A pressure measuring glow plug uses a split housing design to simplify electrical contacting between pre-assembled modules.
Nested housing and inverted battery orientation shield ignition module components from environmental contaminants and battery material leakage.
Axial stretching of the closing element simplifies assembly speed while resolving structural complexity in vehicle heater combustion chambers.
A heater junction uses a recessed lead insertion to dissipate heat and reduce thermal stress at the resistor connection.
A glow plug sheath tube maintains specific aluminum and chrome mass percentages to support heating unit welding.
A sleeve-shaped pressure transmission element guides the glow current line past the sensor to prevent electrical interference.
Unique position-based identity codes replace GPS dependency, allowing accurate blast pattern visualization and configuration without external signals.
An electric igniter with an encapsulated wire and traversing mechanism positions the tip inside a container.
A ceramic heater uses a curved boundary between the resistor and lead to distribute thermal stress.
A cell phone cover integrates a supplemental battery and heating element to power an electric lighter within the housing structure.
A squib initiation sequencer fires pyrotechnic release mechanisms in a pre-programmed sequence to manage electrical current flow.