Abstract: Example metal enclosure and metal enclosure manufacturing methods are described. In one example metal enclosure manufacturing method, a thin metal layer is deposited in an electrical connection contact region on a housing of a metal enclosure. Abrasion resistance and corrosion resistance of the thin metal layer are better than those of a metal base material used for the housing. In an example using process, the thin metal layer is exposed on the electrical connection contact.

Abstract: A bending test device and system for a flexible display device is provided. The bending test device has a bending device. The bending device has a bending shaft, an upper bending plate, and a lower fixing plate. An upper clamping plate is disposed on a surface of the upper bending plate. The upper clamping plate is configured to slide along the surface of the upper bending plate. A lower clamping plate is disposed on a surface of the lower fixing plate. The lower clamping plate is configured to slide along the surface of the lower fixing plate. A first pressure measuring element connects to an end of the upper clamping plate. A second pressure measuring element connects to an end of the lower clamping plate.

Abstract: Disclosed is a bolster of a bogie, wherein a secondary suspension connected with a transverse beam of the bogie is arranged below the bolster, and a third suspension connected with a vehicle body is arranged above the bolster. The bolster of the bogie of the present invention realize a functional separation by adding a suspension between the bottome of the bolster and the transverse beam to make the frame and the vehicle body be connected through a two-stage suspension, so that the third suspension above the bolster is only used to undertake a transverse displacement function, and the secondary suspension under the bolster is only used to undertake a rotation function, thereby further increasing displacement and relative rotation angle between the vehicle body and the bogie when the vehicle passes through a curve, and improving curve passing capability of the vehicle.

Abstract: The invention provides a display device. The display device including: a driving mechanism; a rolling mechanism; and a flexible display, the flexible display is supported by the rolling mechanism, and the driving mechanism drives the rolling mechanism to roll in cycles. The display device of the present invention can realize rotational display, thereby satisfying the diversified demand of users.

Abstract: Presented is a liquid fluid dispenser having a container and a large flexible pump head in which air contained within the pump container is used to force the liquid from the pump assemble in the dispensing cycle. The outlet tube is uniform. In one embodiment, a one-way valve extends through the flexible top to enable inflow of air in the recovery phase of the pump cycle. The pump has the advantage of using air as the pumping force medium making it easy to use while the flexible top eliminates the need to prime the dispenser.

Abstract: A flexible display panel is disclosed. The flexible display panel includes a flexible display unit and a curved state setting component. The flexible display unit includes a first surface and a second surface opposite the first surface where the first surface is an emitting surface of the flexible display unit. The curved state setting component is fixed on the second surface to adjust the flexible display unit in a curved state. This disclosure allows the flexible display panel to remain in a curved state.

Abstract: A call is placed to a communications device. A response to the call is received from a call recipient associated with the communications device. The received response is processed based on a set of parameters. Based on processing the received response, a determination is made whether the call recipient is a human or an answering machine. If the call recipient is determined to be a human, the call is handled in a first manner. If the call recipient is determined to be an answering machine, the call is handled in a second manner that is different from the first manner.

Abstract: A call is placed to a communications device. A response to the call is received from a call recipient associated with the communications device. The received response is processed based on a set of parameters. Based on processing the received response, a determination is made whether the call recipient is a human or an answering machine. If the call recipient is determined to be a human, the call is handled in a first manner. If the call recipient is determined to be an answering machine, the call is handled in a second manner that is different from the first manner.

Abstract: A method for determining mappings for application integration. The method includes identifying a plurality of integration templates that each contains a mapping of a first data field to another data field, wherein at least two of the plurality of integration templates map the first data field to different other data fields. The method includes receiving a ranking of each of the plurality of integration templates. The method includes determining a preferred mapping of the first data field to a second data field, based, at least in part, on the received ranking.

Abstract: A call is placed to a communications device. A response to the call is received from a call recipient associated with the communications device. The received response is processed based on a set of parameters. Based on processing the received response, a determination is made whether the call recipient is a human or an answering machine. If the call recipient is determined to be a human, the call is handled in a first manner. If the call recipient is determined to be an answering machine, the call is handled in a second manner that is different from the first manner.

Abstract: A call is placed to a communications device. A response to the call is received from a call recipient associated with the communications device. The received response is processed based on a set of parameters. Based on processing the received response, a determination is made whether the call recipient is a human or an answering machine. If the call recipient is determined to be a human, the call is handled in a first manner. If the call recipient is determined to be an answering machine, the call is handled in a second manner that is different from the first manner.

Abstract: A method for determining mappings for application integration. The method includes identifying a plurality of integration templates that each contains a mapping of a first data field to another data field, wherein at least two of the plurality of integration templates map the first data field to different other data fields. The method includes receiving a ranking of each of the plurality of integration templates. The method includes determining a preferred mapping of the first data field to a second data field, based, at least in part, on the received ranking.

Abstract: A call is placed to a communications device. A response to the call is received from a call recipient associated with the communications device. The received response is processed based on a set of parameters. Based on processing the received response, a determination is made whether the call recipient is a human or an answering machine. If the call recipient is determined to be a human, the call is handled in a first manner. If the call recipient is determined to be an answering machine, the call is handled in a second manner that is different from the first manner.

Abstract: A power adapter has a main body of cylindrical shape. A top of the main body defines a recess and an annular sidewall enclosing the recess. A rotation-proof component received in the annular sidewall of the main body defines a rotation-proof portion extending into the recess. A plug is rotatably mounted in the recess, and a side of the plug defines at least one rotation-proof recess. The plug is rotatably secured in the recess then the rotation-proof portion is elastically pressed against the plug and finally the rotation-proof portion is released into the rotation-proof recess for restraining the plug from reverse rotation.

Abstract: A power adapter has a main body. A top of the main body defines a recess and an annular sidewall enclosing the recess. The recess has a locating depression arranged at a bottom thereof to be deviated from the center of the bottom. A plug is rotatably and detachably mounted in the recess. An elastic component mounted in the plug defines a contacting portion elastically protruding out of a bottom of the plug. The plug is locked in the recess by rotation so that the contacting portion is pressed against the bottom surface of the recess and compressed back elastically and then the contacting portion engages the locating depression under resilience action of the elastic component for preventing the plug from rotating with respect to the main body.

Abstract: A power adapter has a main body. A top of the main body defines a recess and an annular sidewall enclosing the recess. The annular sidewall has a sliding recess extending along the circumference of an inner surface thereof. A rotation-proof component defines a rotation-proof portion received in the sliding recess. A plug rotatably and detachably mounted to the main body defines a protruding portion at one side thereof. The protruding portion is capable of reciprocally sliding in the sliding recess and elastically pressing the rotation-proof portion for passing through the rotation-proof portion and then being restrained from reverse rotation because of restoration of the rotation-proof portion.