75results about How to "Leakage problem" patented technology

A capacitor structure formed on an insulation layer includes a lower electrode formed on a surface of the insulation layer, a dielectric layer formed on a surface of the lower electrode, an upper electrode formed on a surface of the dielectric layer, a first spacer formed on a side portion of the upper electrode, and a second spacer formed on a side portion of the first spacer and a side portion of the lower electrode. This capacitor structure is formed by depositing a metal-insulator-metal capacitor stack on top of a via, masking and etching an upper electrode of the metal-insulator-metal capacitor stack, depositing and etching a first spacer on an edge surface of the upper electrode, defining a lower electrode of the metal-insulator-metal capacitor based on the first spacer, depositing and etching a second spacer on a surface of the first spacer and an edge of the lower electrode, and forming a wiring layer on a surface of the upper electrode and a surface of the second spacer. This capacitor structure provides a capacitor that is not prone to leakage down the capacitor sidewall and the corresponding method of manufacture provides a capacitor that is fabricated with increased efficiency (e.g., fewer mask steps).

A collapsible personal transportation vehicle may be compacted and stowed in a mobile home, recreational vehicle, or the like, during periods of non-use and transport. Although the vehicle may be powered with a gasoline or electric power plant, a propane fueled engine is used due to its lighter weight and lack of fumes or leakage problems during transport. The vehicle may accommodate two riders, and achieve speeds of up to 30 miles per hour, or greater. To achieve sufficient collapsibility, the vehicle includes a seat assembly constructed from various pivoting members, whereby, during use, riders are seated above the motor, but during periods of non-use, the seat assembly folds down to fit into a space in front of the engine, with a height no greater than the engine and fuel tank(s). The preferred embodiment accommodates a roof structure as part of the collapsible seat assembly, which may be provided with a canopy and / or rear-view mirror, if so desired.

A lamp mounting structure includes at least two tubes and LED modules each provided in each of the tubes, wherein each tube is connected to a first connector at one end and a second connector at the other end, the first and second connectors are able to couple with each other in a nesting manner; the first connector is provided with a first plug pin that is electrically connected to the LED module; and the second connector is provided with a plug-connection portion that is able to cooperate with the corresponding first plug pin and electrically connected to the LED module. The lamp mounting structure requires alignment and snap-fit engagement between the first connector of the first tube and the second connector of the second tube during installation by connecting two tubes.

An electrotransport reservoir housing which contains, integrally formed therein, at least one region of conductive material which allows for a liquid and moisture tight barrier, while at the same time providing a means for conducting an electric current therethrough.

An internal voltage generator includes an output node, a bit line precharge voltage generating unit for generating a bit line precharge voltage, and a voltage drop block for dropping a voltage level of the bit line precharge voltage according to operating modes.