192results about How to "Escape smoothly" patented technology

A keyboard switch with an internal air escape network, such as a series of channels or through holes, for containing air or fluid escaping from the switching cavities when a key is depressed.

A detachable connector is provided in which a male connector unit mounted to a movable panel is attachable to and detachable from a female connector unit mounted to a main body. In a pair of first and second female terminals, the first female terminal which has a longer distance to an axis of rotation of the movable panel includes a sloped portion for being elastically in contact with a leading-end corner of a convex contact of the male connector unit from obliquely above, and the second female terminal includes a contact portion for being elastically in contact with the side surface of the convex contact from below. When the male connector unit is attached to the female connector unit, the sloped portion is in contact with the convex contact at a position that is more distant from the movable panel than the contact portion.

The present invention is the technological scheme of mold and method for producing open-mouthed concrete box and solves the technological problems the smooth demolding of the inner formwork inside the open-mouthed concrete box and producing concrete boxes of different heights with the same mold. The mold features that the inner mold comprises four shutterings and four rack spliced together and has intervals between shutterings filled with rack and inserted sheets. The outer mold is also spliced with four formworks and has adjustable inserted strips to control the thickness of concrete box. During demolding, the inserted sheets are first withdrawn, the racks are then withdrawn, and the shutterings may be taken out easily.

A keyboard switch with an internal air escape network, such as a series of channels or through holes, for containing air or fluid escaping from the switching cavities when a key is depressed.

A rotary electric shaver including a disc-shaped outer cutter 10, which is mounted in the upper part of a shaver main body housing therein a motor and has ring-shaped tracks 18 on the under (inner) surface thereof, and an inner cutter 12A, which has cutter blades 120 that elastically contact the ring-shaped tracks 18 of the outer cutter 10 from below and is rotated by the motor; and in this shaver, the inner cutter 12A has vibration elements 132 that travel in the ring-shaped tracks 18 and have a smaller spring constant, compared to the cutter blade 120, in the direction same as and opposite from the direction in which the cutter blades travel, and the vibration elements 132 vibrate and produce sound when, during shaving, they strike stoppers 134 provided near the vibration elements 132.

In a variable stroke-characteristic engine for a vehicle, a control shaft and a control link are disposed on a front side of a vehicle body with respect to a crankshaft. An actuator for driving the control shaft is disposed on an outer surface of an engine block on the front side of the vehicle body. Thus, the actuator projects as much as possible from a position of the engine block toward the front side of the vehicle body so that traveling wind from ahead of the vehicle is effectively applied to the actuator to enhance the cooling effect. Hence, any temperature increase of the actuator is suppressed. Moreover, the actuator is disposed as far as possible from an exhaust manifold that is heated to a high temperature by the heat of an exhaust gas.

A rotary electric shaver including a disc-shaped outer cutter 10, which is mounted in the upper part of a shaver main body housing therein a motor and has ring-shaped tracks 18 on the under (inner) surface thereof, and an inner cutter 12A, which has cutter blades 120 that elastically contact the ring-shaped tracks 18 of the outer cutter 10 from below and is rotated by the motor; and in this shaver, the inner cutter 12A has vibration elements 132 that travel in the ring-shaped tracks 18 and have a smaller spring constant, compared to the cutter blade 120, in the direction same as and opposite from the direction in which the cutter blades travel, and the vibration elements 132 vibrate and produce sound when, during shaving, they strike stoppers 134 provided near the vibration elements 132.

The invention relates to a seat armrest support structure. The seat armrest support structure comprises a mounting bracket fixedly connected to a seat framework and an armrest connected to the mounting bracket in a rotating mode. The mounting bracket is provided with a circular arc groove and a second circular arc groove, wherein the rotation center of the armrest serves as the center of the circular arc groove and the center of the second circular arc groove; a guide pillar and a second guide pillar are arranged on the armrest, wherein the guide pillar and the second guide pillar are inserted into the circular arc groove and the second circular arc groove respectively and slide along the circular arc groove and the second circular arc groove respectively when the armrest is rotated around the center; the guide pillar is further provided with an elastic supporting mechanism, wherein the elastic supporting mechanism enables the guide pillar and the second guide pillar to make contact with the bottom of the circular arc groove and the bottom of the second circular arc groove respectively so that double-point support can be provided for the armrest when the armrest bears downward pressing force which is larger than or equal to basic downward pressing force. According to the seat armrest support structure, the armrest can be provided with extra support when a seat armrest bears quite large pressing force, it is guaranteed that the armrest is stably supported, and a damage problem is prevented; meanwhile, a passenger can be reminded when the armrest bears quite large acting force, and therefore it is guaranteed that the seat armrest can be used safely.