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90results about How to "Fast disconnection" patented technology

Display device with electrical zipper interconnect

InactiveUS20060103641A1Extreme ease of useFast disconnection timePrinted circuit aspectsCathode-ray tube indicatorsActive matrixDisplay device
A display device includes an electronic display adapted to produce images, an electronic device that electrically communicates with the display and a zipper interconnect adapted to enable electrical connection between the display and the electronic device. The electronic display can be a reflective display such as a liquid crystal display or an emissive display such as one containing light emitting diodes. The electronic device that communicates with the display can be drive electronics adapted to electrically address the display so as to produce the images. In particular, the display is a cholesteric liquid crystal display that can be bistable and in the form of a passive matrix, active matrix or direct drive display. The zipper interconnect can include two rows of conductive teeth that are each electrically connected to one or more of: display electrodes, drive electronics, controller or associated electronics supported on one or more substrate portions. One set of traces can be connected to the display device (or to devices permanently connected thereto) on one substrate portion while the other set of traces can be connected to associated electronics on another substrate portion. When the zipper interconnect is moved so as to engage the teeth of the first and second rows together an electrical connection is made between the display device (or to devices permanently connected thereto) and associated electronics. Electrically insulative teeth can alternate with conductive teeth in the rows of teeth.
Owner:KENT DISPLAY SYST

Clasp assembly for a watch chain

A clasp assembly, which can be disconnected or connected with a watch chain quickly, includes a clasp cap, an inner bend plate, outer band plate, a screw, a rivet and an elastic shaft. The inner bend plate comprises an arc plate body and two cylindrical bodies, the two cylindrical bodies disposed on one end of the plate body, a thread hole provided on the surface of a distal end of each cylindrical body, a through hole provided on the other end of the plate body and a convex clasp provided on each side of the plate body. A groove is provided in the middle of the outer bend plate and a through hole is formed on one end of the out bend plate, which comprises two sections spaced by the groove, and linked with the through hole of the inner bend plate by engaging with the rivet pivotally. A through hole is formed on the other end of the outer bend plate which remains integral, and concave clasps are disposed symmetrically on the inner sides of the outer bend plate. The clasp cap is pivotally connected with the thread hole of the inner bend plate by the screw, through holes disposed in two side plates of the clasp cap. A hook clasp and a locking clasp for being connected with the watch chain are mounted on the elastic shaft engaging with the through holes, the locking clasp fitting into the hook clasp. A security cover is pivotally mounted on the rivet connecting the outer bend plate with the watch chain.
Owner:JOLLY HOPE ENTERPRISE

Mold for forming golf ball covers

The present invention is an improved single cavity molding device and method for compression molding polyurethane, polyurea or polyurethane/polyurea hybrid covers over golf ball sub-assemblies. The device utilizes top and bottom mold-halves and is particularly novel in that it does not require the use of bolts to secure the mold-halves. The molding device utilizes a pair mold halves, each having a backing plate and mold frame for housing a hemispherical cavity mold. The invention utilizes a plurality of clamping pins, each pin having its top portion reciprocally disposed in a recess of the backing plate of the top mold. Double spring Belleville washers are coupled to the top portion of each clamping pin and upon the application of a vertical force, the washers are compressed to place the device in a controlled state of tension and also cause the clamping pins, to move downward into a locking position with slidable retainers to therein maintain a compressive force of at least 384 pounds on the golf ball sub-assembly for the molding process. Upon completion of the molding process, a vertical force is applied to the top of the clamping pins wherein they are moved out of a coupled relationship with the engagement loops, and with a coordinating horizontal biasing, the retainers are moved away from the pins, whereby the mold-halves may be then opened and a covered golf ball removed.
Owner:ACUSHNET CO
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