Abstract:
The present invention is to provide a thin carrier device with a support pad's length positioned at a USB port's height for a supporting segment securely supported and a USB metal contact electrically connected to a female connector of the USB port effectively without problems such as invalid electrical connection or poor contact between a USB metal contact and a female connector of a computer's USB port affected by the integrated circuit module's thinned thickness. Relying on the lowered thickness of the integrated circuit module, the present invention is able to integrate other thin products with their shapes including, without limitation, card, paper card or business card for the purpose of a thinning tendency.
Abstract:
A high-density integrated circuit module structure comprises at least a substrate (20) and a heat sink (30) wherein the substrates form a reversely-staggered contacting stack structure being formed with substrates electrically contacting heat sinks, and heat conductors (31) on the heat sink having at least one non-flat structure (311), allowing product's functions to be extended within an electronic product's restricted height, a better vibration resistance capability and heat dissipation effect, and simplified assembling procedure with no steps involving junctions between solder balls and a carrier, resulting in improved functions, increased capacity, and reduced manufacturing costs.
Abstract:
An inversely alternate stacked structure of integrated circuit (IC) modules includes at least one IC module (10), and at least a spring strip set (20). The IC module contains a substrate (11), at least an IC chip and a molding body, in which the substrate has an inner surface (111) and an outer surface (112), at least an external contact pad (113) is provided on one end of the outer surface, and at least a switch contact pad (114) is provided on the other end of the outer surface, the external contact pad and the switch contact pad are disposed in an inversely symmetrical manner. The spring strip set (20) has at least a non-flat structure (21). The external contact pad (113) of an IC module is electrically connected with the switch contact pad (114) of another IC module via the electrical contact of the non-flat structure (21) so that the IC modules are integrated to form an inversely alternate stacked structure.
Abstract:
The present disclosure relates to a data retention method which ensures security of classified information in design. The data retention method comprises steps as follows: a data plug of a dedicated storage module is inserted into a data socket of an encryption module and a locking element of a lock fastener module is fixed at a locking hole on the dedicated storage module; the encryption module and the dedicated storage module are electrically connected to each other through the data socket; an external component of the encryption module is electrically connected to an external device such that classified information (saved or to be saved) is encrypted or decrypted between the external device and a storage element of the dedicated storage module by an encryption component of the encryption module during data exchanges.
Abstract:
The present invention relates to a composite card-type structure (1) comprising an integrated circuit module (10) and a carrier (20). The carrier's height (20H) exactly matches a card reader's (4) height (4H). The composite connector's metal contacts are securely and electrically connected to the reader when the carrier with the integrated circuit module mounted is inserted into the reader. A support pad (212) which is removed out of the carrier and toward the carrier's lower surface has its length (212L) exactly matching the height (31H) of a USB port (31) in a computer (3) in order to reliably sustain a supporting segment and make the composite connector's metal contacts electrically connected to the USB port when a driven structure is shifted to a default direction under effect of a user's force.
Abstract:
The present invention relates to a composite card-type structure (1) comprising an integrated circuit module (10) and a carrier (20). The carrier's height (20H) exactly matches a card reader's (4) height (4H). The composite connector's metal contacts are securely and electrically connected to the reader when the carrier with the integrated circuit module mounted is inserted into the reader. A support pad (212) which is removed out of the carrier and toward the carrier's lower surface has its length (212L) exactly matching the height (31H) of a USB port (31) in a computer (3) in order to reliably sustain a supporting segment and make the composite connector's metal contacts electrically connected to the USB port when a driven structure is shifted to a default direction under effect of a user's force.
Abstract:
The present invention is to provide a thin data storage device with a support pad's length positioned at a USB port's height in a way for a supporting segment securely supported and a USB metal contact effectively and electrically connected to a female connector of the USB port without problems such as invalid electrical connection or poor contact between a USB metal contact and a female connector of a computer's USB port affected by the integrated circuit module's thinned thickness. Relying on the lowered thickness of the integrated circuit module, the present invention is effective in extensive applications to other products.
Abstract:
The present invention is to provide a storage device comprising at least an integrated circuit module and a carrier plate folded to be at least two folding sections in which the height of the integrated circuit module plus the heights of folding sections is not more than the height unit of a Universal Serial Bus (USB) male connector to embody the height of the integrated circuit module in the present invention effectively reduced and the present invention extensively employed, conveniently used, and properly accommodated with the folding section and the integrated circuit module oppositely stacked.
Abstract:
A USB device structure comprises a first package component and a second package component at least wherein the second package component is installed on the first package component; in addition, the first package component comprises an electronic device at least which is attached on a substrate; the second package component comprises an electronic device at least which is attached on a substrate; the first package component is electrically connected to the second package component for promoted product yield rate, customer's early delivery date, and reduced manufacturing and material costs.
Abstract:
An encryption flash disk comprises a memory module, an encryption system, and a switch device wherein the memory module has a substrate accommodating an inner surface provided with a memory chip as well as a control device at least and a plurality of metal contacts; the encryption system is installed in the memory chip electrically connected to the control device and comprises a public zone and a private zone at least and a public program wherein the public program has a password configure module used to configure, input, and clear a password; the switch device is electrically connected to the memory module's control device. Accordingly, the encryption flash disk is capable of keeping digital data secret and safe.