Inventec Corp.

Inventec (Pudong) Technology Corporation

National Taiwan University

Yung-Chin Hsu

Lin-Wei Chang

Chi-Chun Yang

Isaac Wen-Yih Tseng

Sheng-Tzu Yang

A fan structure includes a fan frame and a fan body. The fan frame includes two side plates, a first connecting plate, a buckling portion and a second connecting plate. The side plate includes a fan stopping plate, a first protruding portion and two second protruding portions. The first protruding portion and the second protruding portions are disposed on the fan stopping plate. The first connecting plate is connected with the fan stopping plates. The buckling portion is disposed on the first connecting plate. The second connecting plate connects with the fan stopping plates and the first connecting plate. The fan body is accommodated between the side plates. The fan body has some first and second recessed portions which accommodate the first protruding portions and the second protruding portions respectively. The side plates, the first connecting plate and the second connecting plate are integrally formed.

Fan structure

A rack includes a frame rack and a chassis, for hosting a server. The frame rack has a fixing part. The chassis includes a shelf disposed detachably on the frame rack, a fastening element and a guide member. The shelf has a guiding groove and a first fastening portion. The fastening element has a fastening end and a pivot end fastened to the shelf allowing the fastening end to move pivotally at a release position and fastening position. The guide member is connected to the midsection of the fastening element and slideable in the guiding groove. The guide member is drawn off the guiding groove when the fastening element turns pivotally to its release position. When the fastening element rotates to the fastening position, the fastening end of the fastening element clasps with the first fastening portion, whereas the pivot end clasps with the fixing part.

Rack and chassis thereof

A transformation method for diffusion spectrum imaging includes: receiving an original DSI dataset and a template DSI dataset; computing an energy function; computing, for each time point, first-order and second-order derivatives of the energy function with respect to velocity fields in an image space and in a q-space; computing, for each time point, the velocity fields in the image space and in the q-space based upon the first-order and second-order derivatives; performing integration on the velocity fields over time to obtain a deformation field; and generating a transformed DSI dataset according to the deformation field.

Transformation method for diffusion spectrum imaging using large deformation diffeomorphic metric mapping

A rail device and a server are provided. The server includes a rack, at least one chassis, and a rail device. The rail device is disposed on the rack and the chassis that the chassis moves between a first position and a second position relative to the rack. The rail device includes a first rail, a second rail, a bracket, a driver, and a first latch. The first rail on the rack has an actuator, a first stopper, and a second stopper. The bracket has two ends slidably disposed at the first and the second rails individually. The driver is slidably disposed on the bracket. The first latch disposed on the chassis latches and pushes the driver forward when the chassis moves away from the first position. The first and the second stoppers then block movement of the driver and the bracket that the chassis moves to the second position.

Rail device and server

A rail device and a server are provided. The server includes a rack, at least one chassis, and a rail device. The rail device includes a first rail and a bracket. The first rail is installed in the chassis. The bracket includes a second rail and a supporter, and the second rail is mounted onto the rack. The supporter has a first end and a second end. The first end is coupled to the second rail, and the second end is slidably disposed at the first rail, so that the chassis moves between a first position and a second position relative to the rack. When the chassis is located at the second position, the first end leans against the second rail, and the second end leans against the first rail, so that the supporter supports the chassis on the rack.

An unlocking structure including a board element, a locking element, and a guiding element is provided. The board element has a first surface, a second surface, and at least one first opening. The locking element with at least one hook and at least one first elastic arm is disposed on the first surface of the board element. The hook is connected to the first elastic arm and passes through the first opening to protrude from the second surface of the board element. The guiding element is slidingly disposed on the first surface of the board element and is located between the board element and the locking element. The guiding element has at least one guiding inclined plane. The guiding inclined plane is suitable to structurally interfere with the first elastic arm, so as to drive the hook to exit from the second surface towards the first surface.

Unlocking structure and connector holding structure

A locking structure applied on a board sliding in a track. The board has locating hole. The locking structure includes a moving member and a locking plate respectively disposed on the board. The moving member has a pull ring portion, a first extending arm, a second extending arm, a first contact portion and a second contact portion. The locking plate has a first engaging arm and a second engaging arm, wherein the first engaging arm leans against the first contact portion and the second engaging arm leans against the second contact portion when a loading is applied to the moving member via the pull ring portion to push the moving member from an initial position to a disengaging position. The first extending arm and the second extending arm apply a resilient force to drive the moving member from the disengaging position back to the initial position.

Locking structure

A guiding structure of a connector includes a holder and an operating element. The holder has a board and at least one connector accommodating cavity. The board is adapted to extend from an inserting hole to a connector slot, and the connector accommodating cavity is disposed on the board. The operating element is slanted on the board and has a bending portion and a fixing portion. The bending portion abuts against the board and the fixing portion has a first fastening part extending toward a guideway, and the first fastening part is adapted to lock with a second fastening part on a predetermined position of the guideway.

Guiding structure of connector

A fastening mechanism for fastening a functional board onto circuit boards separately disposed in a casing of an electronic device is proposed, the fastening mechanism including: a pinch unit adapted to pinch-hold the functional board; an elastic unit disposed on the pinch unit and extending in a direction away from the functional board, such that when a cover board of the electronic device covers the casing, the elastic unit is pressed down by the cover board and is flexibly distorted to transfer action power generated from the flexible distortion to the pinch unit, thereby fixedly affixing the functional board onto the circuit boards of the electronic device and overcoming the defects of known techniques.

Fastening mechanism

A removable device is proposed, which includes a body, a removing handle, a panel, and a snap-fit element. The removing handle has one end pivotally connected to one side of the body and the other end formed with a snap-fit portion. The panel is disposed on the side of the body and is provided with an installation hole and an elastic portion located at the installation hole. The snap-fit element is installed in and partly covers the installation hole, for snap-fit engagement with the snap-fit portion of the removing handle. The snap-fit element includes an extending portion pressing against the elastic portion, such that the elastic portion provides the snap-fit element with the elasticity required to move in relation to the installation hole. Accordingly, the above removable device solves the drawbacks of complicated numerous constituent components of a conventional removable device.

Removable device

A fixing structure of a circuit board for fixing the circuit board in a case is proposed. The fixing structure includes a first limiting portion, a first fixing portion and a post of a first attaching portion retained in the case; and a second limiting portion, a second fixing portion and a second attaching portion formed on the circuit board. The second limiting portion and the second fixing portion are respectively located corresponding to the first limiting portion and the first fixing portion for preventing the circuit board and the case from moving to all directions. Furthermore, the second attaching portion can be attached to the first attaching portion to fix the positions of the circuit board and the case. By such arrangement, the number of locking elements can be decreased to reduce time consumed for assembly and detachment.

Fixing structure of circuit board

A positioning member for securing in position an add-on board is proposed, which is disposed inside an electronic device. The positioning member includes a coupling portion for coupling the positioning member to the inside of the electronic device, and a block portion attached to the coupling portion for preventing the add-on board electrically connected to a motherboard installed inside the electronic device from occurring any undesirable displacement. As the block portion is capable of being resiliently movable relative to the coupling portion, it allows the engagement and disengagement of the add-on board with the motherboard to be easily carried out without use of any auxiliary tool.

Positioning member for securing in position add-on board

The present invention provides a shield member for covering the slot of an electronic device, including at least a body for inserting and pluggable into the slot; a slide block disposed on the surface of the body and corresponding to the slot; and an elastic portion disposed on the surface of the slide block and elastically contacting the wall of the slot for the body to be tightly inserted into the slot. The invention employs the elastic portion to allow a body having a minimum length required to be inserted tightly into the slot, thereby reducing the material cost.

Shield member

A structure for assembling a cover to an electronic device is provided. The electronic device has a receiving space to be covered by the cover. The cover is formed with a coupling portion on one side thereof. At least one guiding unit is formed on one side of the receiving space of the electronic device, and is provided with a first positioning portion at one end thereof. At least one sliding unit is formed on another side of the cover, and can be coupled to the guiding unit and slide in relation to the guiding unit. The sliding unit is provided with a second positioning portion at an end thereof relatively far from the coupling portion, wherein the second positioning portion can be coupled to the first positioning portion, so as to limit vertical movement of the cover in relation to the electronic device.

Structure for assembling cover to electronic device

An anti-shock structure for a data storage device is proposed. The anti-shock structure mountable to an enclosure of an electronic device can protect a data storage device received in the anti-shock structure against shock coming from the enclosure of the electronic device. The anti-shock structure includes a base having a first positioning portion and at least a first position limit portion disposed thereon, and a circuit board having a second positioning portion and a second position limit portion. The data storage device is received in the base and electrically connected to the electronic device through the circuit board. The circuit board is movably mounted to the base with its second positioning portion being movably matched to the first positioning portion of the base for positioning the circuit board and its second position limit portion being engaged with the first position limit portion for preventing the circuit board from detaching from the base. Thereby, shock coming from the enclosure is absorbed by the circuit board instead of being transmitted to the data storage device received by the base. Thus, the data storage device is protected.

Growing community of inventors

Taipei, Taiwan

Yung-Chin Hsu