Abstract: The invention provides an AC/DC conversion device for intelligent green-power operation and maintenance in power transmission and transformation projects, including a cabinet, an assembling panel, an inverter, a driving mechanism and a controller. A door is mounted at the front portion of the cabinet in a fixed and sealed manner, and the assembling panel is fixedly mounted on the back wall of the cabinet inside the cabinet. The assembling panel, the inverter, the driving mechanism and the controller are all provided inside the cabinet, which provides desirable dust-proof effects, preventing the case where the inverter, the driving mechanism and the controller are interfered by the dust, so that this device is suitable for outdoor usage. The driving mechanism and the controller work in coordination, so that the inverter can be switched off in time when it burns out and smokes, thereby substantially reducing the risk of fire hazards.

Abstract: The invention provides an AC/DC conversion device for intelligent green-power operation and maintenance in power transmission and transformation projects, including a cabinet, an assembling panel, an inverter, a driving mechanism and a controller. A door is mounted at the front portion of the cabinet in a fixed and sealed manner, and the assembling panel is fixedly mounted on the back wall of the cabinet inside the cabinet. The assembling panel, the inverter, the driving mechanism and the controller are all provided inside the cabinet, which provides desirable dust-proof effects, preventing the case where the inverter, the driving mechanism and the controller are interfered by the dust, so that this device is suitable for outdoor usage. The driving mechanism and the controller work in coordination, so that the inverter can be switched off in time when it burns out and smokes, thereby substantially reducing the risk of fire hazards.

Abstract: A message sending method includes: receiving at least one first input; adding, in response to each first input, at least one message input box to a message editing interface corresponding to a target contact; receiving at least one second input; and sending message content in a first target input box to the target contact in response to each second input, where the first target input box is a message input box of message input boxes displayed in the message editing interface.

Abstract: A message sending method includes: receiving at least one first input; adding, in response to each first input, at least one message input box to a message editing interface corresponding to a target contact; receiving at least one second input; and sending message content in a first target input box to the target contact in response to each second input, where the first target input box is a message input box of message input boxes displayed in the message editing interface.

Abstract: A disk holding device for packaging hard drive disks includes a cover having a latch arm with a locking tab that extends in a direction away from an interior of the disk holding device. The latch arm selectively engages a locking surface of a base portion to lock the disk holding device. The latch arm is unlocked by manipulating the latch arm in a first direction toward the interior of the disk holding device. The cover can then be removed by manipulating the latch arm in a second, transverse direction away from the interior of the device.

Abstract: Aspects of the present disclosure provide a method and a system for an intelligent model-based OPC. Good initial edge shift estimates are generated using an empirical model. A training system with a training function is used to provide initial edge shift estimates to the empirical model. The training system continuously improves as corrected patterns are added to the pattern library from the output layout file.

Abstract: A cushion device (40) for packing disks (22) such as semiconductor wafers has a base (42) that is selectively secured within a container (20). The cushion (40) includes a plurality of cushion members (60) each having two ends supported by the base (42). In a disclosed example, the cushion members (60) have a stepped configuration between the two ends. Angles between adjacent generally linear portions of the stepped configuration change as the cushion members flex responsive to engaging a semiconductor wafer within the container. A disclosed example includes a contacting portion (90) near a vertex (92) between two adjacent linear portions of a cushion member (60). One example has contacting portions (90) of aligned cushion members spaced at an angle between about 65° and about 180°.