Abstract:
A punch device includes a mounting platform, a punch mechanism, a feeding mechanism, and a positioning and ejecting mechanism. The punch mechanism is mounted over the mounting platform for punching a pre-punched workpiece positioned on the mounting platform. The feeding mechanism is mounted on the mounting platform for conveying the pre-punched workpiece. The positioning and ejecting mechanism is mounted on the mounting platform and positioned under the punch mechanism, for positioning the pre-punched workpiece during a punching process, and ejecting the punched workpiece after the punching process is performed, thereby facilitating an operator to take away the punched workpiece.
Abstract:
In accordance with various embodiments, systems and methods which allow mapping and protecting communication services and granular access to subscriber information. Such a system can include a plurality of applications, executing on one or more application servers. The system can also include a services gatekeeper which is operable to intercept request for access to communication services, obtain scoped authorization from a subscriber for access to a specified communication services, enable access to the specified communication services in accordance with the scope authorized by the subscriber.
Abstract:
A positioning fixture for positioning a workpiece includes a base, a support mounted on the base and for receiving the workpiece, two toggle clamps mounted on two opposite sides of the base and the support and an upper cover placed on the support. The upper cover cooperates with the two toggle clamps to position the workpiece on the support.
Abstract:
A mounting apparatus is used for mounting a heat sink on a main board. The mounting apparatus includes a base, a load-supporting unit mounted on the base, a rack mounted on the base, and a pressing means movably mounted on the rack. The load-supporting unit includes a supporting means for supporting the main board, a first positioning means for positioning the main board, and a second positioning means for positioning the heat sink. The pressing means is used for pressing the heat sink.
Abstract:
In accordance with various embodiments, systems and methods that provide for authorization of access to protected resources. Such a system can include a plurality of applications, executing on one or more application servers. The system can also include an authorization server which is operable to interface with one or more remote and/or non-co-located third party authentication servers. Each application can (a) receive a request for authorization to access a controlled resource; (b) redirect the request for authorization to a configurable authentication endpoint identifying a third party authentication server; (c) receive authorization information from the third party authorization server; and (d) issue an authorization code for access to the protected resource.
Abstract:
A test fixture for testing positioning of a connector includes a support, a housing mounted on the support, a movable block received within in the housing, a power module set inside of the movable block, a conductive block mounted on the power module, a probe element aligned with the conductive block, and a light-emitting element electrically connected to the power module and the probe element. The movable block is movably mounted on the support, and includes an extending portion. When the connector is precisely positioned in a slot of an electronic device and the extending portion is inserted into the slot of the electronic device, the movable block is resisted by the connector to be driven to move such that the conductive block contacts the probe element, thereby turning on the light-emitting element.
Abstract:
A press fixture for pressing a housing and a battery together includes an air cylinder, a motor to control a motion of the air cylinder, a controller, a base, and a support mounted on the base. The support is used to receive the battery. The housing is placed on the battery. The controller controls the motor to drive the air cylinder to press the housing and the battery together in response user input.
Abstract:
A computer peripheral installation apparatus is disclosed. The computer peripheral installation apparatus includes a platform, an arm, a rack, an L-shaped block bar and a rack door. The arm is fixed on the platform and extends upwardly. The rack is rotatably mounted on the arm, defines a receiving space therein, and an entrance. The L-shaped block bar is placed on an end of the receiving space opposite the entrance. The rack door is mounted on the rack and is able to open or close the entrance. The computer peripheral installation apparatus is used to assemble a disk drive unit.