Abstract: A distributed display method provides different parts of an application interface that are collaboratively displayed on a plurality of terminals, so that manners for collaborative display between the plurality of terminals are more flexible and richer. A first terminal displays a first interface including a first part and a second part. When the first terminal detects that a preset condition is met, the first terminal displays a second interface, where the second interface includes the first part and does not include the second part; and the first terminal notifies a second terminal to display a third interface, where the third interface includes the second part and does not include the first part.

Abstract: A system and related method identify a weakness of a workflow in a complex system. The method collects runtime data about the complex system. The complex system comprises a plurality of subcomponents, and the method identifies an abnormal operation in the complex system. The method constructs a multi-dimensional cause-and-effect relation matrix among the plurality of subcomponents, and filters one or more related operations using the multi-dimensional cause-and-effect relation matrix.

Abstract: An assembly device for assembling a screw into a locking hole of a circuit board includes an assembled board and a guiding sleeve. The assembled board is configured to press against a circuit board. The guiding sleeve is movably arranged in the assembled board. A vertical channel is formed in an interior of the guiding sleeve. When the assembled board presses against the circuit board, one end of the guiding sleeve abuts against the circuit board, and the vertical channel is opposite to the screw hole on the circuit board. The screw is accurately assembled into the screw hole of the circuit board, thereby improving assembly efficiency.

Abstract: An assembly device for assembling a screw into a locking hole of a circuit board includes an assembled board and a guiding sleeve. The assembled board is configured to press against a circuit board. The guiding sleeve is movably arranged in the assembled board. A vertical channel is formed in an interior of the guiding sleeve. When the assembled board presses against the circuit board, one end of the guiding sleeve abuts against the circuit board, and the vertical channel is opposite to the screw hole on the circuit board. The screw is accurately assembled into the screw hole of the circuit board, thereby improving assembly efficiency.

Abstract: A shielding device includes an enclosure sidewall. The enclosure includes two side plates, a top plate and a connecting plate connected to the top plate. The connecting plate defines a through hole to engage the cable. The top plate is slanted relative to the sidewall.

Abstract: The present invention provides rapid deployment devices in wireless self-organizing networks. The device in accordance with the present invention may include a control unit having a rapid deployment information segment module and a wireless communication unit electrically coupled to the control unit. The control unit of the present invention may broadcast a neighbor beacon to at least one neighbor. In accordance with the present invention, the rapid deployment information segment module may expand the neighbor beacon to include a rapid deployment information segment so as to transmit rapid deployment information. In accordance with the present invention, the rapid deployment information may include a cost sequence to a reference node.

Abstract: A waterproof device for receiving an electronic device is disclosed. The waterproof device includes a housing including an outer surface. A receiving case including a body and covering portion extends from the body. The body is inside of the housing, and the covering portion abuts the outer surface of the housing. The body receives an object to be waterproofed. A cover is secured to the covering portion. A first installation washer is secured between the covering portion and the outer surface of the housing, the first installation washer seals a first gap between the housing and the covering portion. A second installation washer is secured to the cover and abuts each edges of the body, the second installation washer seals a second gap between the cover and the body.

Abstract: The present invention discloses a wireless communication method of supporting rapid changes in network topology. The present method may include broadcasting the first protocol message using the first broadcast cycle, the first protocol message being used for establishing a routing information between a node and destination node; and broadcasting the second protocol message using the second broadcast cycle, the second protocol message being used for establishing a link information between the node and a neighbor node, wherein the first broadcast cycle is different from the second broadcast cycle, and the first broadcast cycle is dynamically adjusted depending on a corresponding a detailed message contained in a plurality of segments in the first protocol message so as to reduce a number of broadcast of the first protocol message.

Abstract: The present invention provides rapid deployment devices in wireless self-organizing networks. The device in accordance with the present invention may include a control unit having a rapid deployment information segment module and a wireless communication unit electrically coupled to the control unit. The control unit of the present invention may broadcast a neighbor beacon to at least one neighbor. In accordance with the present invention, the rapid deployment information segment module may expand the neighbor beacon to include a rapid deployment information segment so as to transmit rapid deployment information. In accordance with the present invention, the rapid deployment information may include a cost sequence to a reference node.

Abstract: An enclosure assembly includes an enclosure and a heat-resolution assembly. The enclosure includes a mounting pole and an installation pole connected to the mounting pole. The heat-resolution assembly includes a cushion, an installation plate and a mounting piece. The cushion is secured between the mounting pole and the installation pole. The installation plate is secured to the mounting pole and covers the cushion. The mounting piece covers and is secured to the installation plate. The cushion is secure between the enclosure and the installation plate, and the installation plate is secured between the cushion and the mounting piece.

Abstract: An electronic device enclosure includes an enclosure for receiving a water-cooled heat exchanger and a water collecting device. The water collecting device is received in the enclosure and includes a water collecting member and a guiding pipe attached to the water collecting member. The water collecting member includes a tray, a first guiding portion located in the tray and a second guiding portion adjacent to the first guiding portion. The first guiding portion includes a first slanted edge, and the second guiding portion includes a second slanted edge. The guiding pipe is located between the first slanted edge and the second slanted edge, and the first slanted edge and the second slanted edge are together slanted towards the guiding pipe, for guiding dew generated by the water-cooled heat exchanger to flow into the guiding pipe.

Abstract: An enclosure assembly includes an enclosure, a rack and a blocking member. The enclosure includes a top plate. The rack is placed in the enclosure and defines an air inlet and an air outlet; and a gap is defined between the rack and the top plate. The blocking member includes a first locking piece, a second locking piece, and a connecting piece. The first locking piece is secured to the rack. The second locking piece is secured to the top plate. The connecting piece is connected and located between the first locking piece and the second locking piece. The blocking member covers the gap to prevent air from flowing from the air outlet to the air inlet.

Abstract: A data center container includes a top frame. The top frame includes a first pole. The bottom frame includes a third pole. Two supports are secured to the top frame and the bottom frame. The supporting pole is secured to the two supports between the first pole and the second pole. A plurality of first plates is secured to the supporting pole and the third pole. A plurality of second plates is secured to the supporting pole and the third pole. The first plates are secured to the second plates.

Abstract: An electronic device enclosure includes an enclosure and a strengthening device. The enclosure includes a bottom plate. The strengthening device includes a first strengthening member and a second strengthening member. The second strengthening member includes a receiving portion engaged with the receiving portion. The first strengthening member is attached to the bottom plate in a first direction; and the second strengthening member is attached to the bottom plate in a second direction that intersected with the first direction.

Abstract: An electronic device enclosure includes an enclosure, and a mounting member. The enclosure includes a front wall and a door rotatably attached to the front wall. The mounting member includes a first mounting panel and a second mounting panel. The mounting member is rotatable relative to the front wall and positioned in a first position or a second position, when the mounting member is located in the first position, the second mounting panel is above the first mounting member, and the second mounting panel abuts the door, preventing the door from rotating relative to the front wall; when the mounting member is located in the second position, the second mounting panel is below the first panel to be disengaged from the door, and the door is opened relative to the front wall.

Abstract: A mounting apparatus for a plurality of fans includes a mounting bracket, a base and a stopper. The mounting bracket includes a mounting piece and a limiting post. The base, for securing the plurality of fans, includes a mounting portion, and a side of the base is rotatably mounted to the mounting bracket. The stopper is rotatably mounted to the base and defines a first sliding slot, a second sliding slot and a stop slot. The base is rotatable relative to the mounting bracket among a locked position, where the limiting post is engaged in the first sliding slot, and the mounting portion is secured to the mounting piece, a first unlocked position, where the mounting portion is disengaged from the mounting piece, and the limiting post is engaged in the stop slot, and a second unlocked position where the limiting post is engaged in the second sliding slot.

Abstract: An electronic device enclosure includes a top plate and a cover. The top plate defines an opening. The top plate includes a supporting member and a plurality of securing members around the supporting member. The supporting member is located on edges of the opening and surrounding the opening. The cover is covered on the supporting member and secured to the plurality of securing members, to separate the opening from outdoor.

Abstract: A waterproof device for receiving an electronic device is disclosed. The waterproof device includes a housing including an outer surface. A receiving case including a body and covering portion extends from the body. The body is inside of the housing, and the covering portion abuts the outer surface of the housing. The body receives an object to be waterproofed. A cover is secured to the covering portion. A first installation washer is secured between the covering portion and the outer surface of the housing, the first installation washer seals a first gap between the housing and the covering portion. A second installation washer is secured to the cover and abuts each edges of the body, the second installation washer seals a second gap between the cover and the body.

Abstract: The present invention provides wireless communication methods utilizing a single antenna with multiple channels and the devices thereof. The method includes providing a plurality of communication channels within the single antenna. The plurality of communication channels may include a probe channel and a data channel. The single antenna may selectively switch between the probe channel and the data channel based on a probe signal transmitted in the probe channel so as to facilitate data transmission.

Abstract: A shielding device includes an enclosure sidewall. The enclosure includes two side plates, a top plate and a connecting plate connected to the top plate. The connecting plate defines a through hole to engage the cable. The top plate is slanted relative to the sidewall.