Abstract: A power tool includes a housing having a motor housing portion and a front casing coupled to the motor housing portion. The power tool also includes an electric motor positioned within the motor housing portion, a drive assembly having an output shaft to which a tool element for performing work on a workpiece is attachable, and a powdered metal bushing disposed within the front casing that rotatably supports the output shaft.

Abstract: A filter connector includes an insulative housing including a docking head and a base member, and an electrical module including a circuit board defining a first lateral side and a second lateral side, a plurality of input terminals mounted in the docking head and bonded to the first lateral side of the circuit board and a plurality of output terminals mounted in the base member and bonded to the second lateral side of the circuit board. Thus, the circuit board is vertically secured between the input terminals, ensuring that the filter connector is small in size, simple in structure, and easy to manufacture, and has a filtering function, thereby greatly improving the electric perform.

Abstract: A compact cable connector includes an insulative block set consisting of a docking member and a terminal holder block assembly, a circuit board set including an input circuit board vertically set between the docking member and the terminal holder block assembly and an output circuit board transversely mounted on the top of the terminal holder block assembly, and a terminal set including input terminals transversely mounted in the docking member and electrically bonded to the input circuit board, output terminals vertically mounted in the terminal holder block assembly and electrically bonded to the output circuit board and connection terminals electrically connected between the input circuit board and the output circuit board.

Abstract: A leaf bruising machine and method for tea comprises frame, bruising basket, rotating door, locking assembly, and drive control mechanism. Bruising basket is rotatably disposed on frame, and has feed, discharge opening, and accommodating cavity. Rotating door is arranged at bruising basket outer side. Position limiting hole is provided on rotating door. Bruising basket rotates relative to rotating door. Rotating door blocks or opens feed and discharge opening. Locking assembly comprises spring-loaded ball latch and electromagnetic switch. Drive control mechanism comprises rotation drive device and controller. Rotation drive device is connected to bruising basket to drive bruising basket rotation. Leaf bruising machine bruises tea leaves. When feed and discharge opening is opened or sealed, bruising basket and rotating door is locked by electromagnetic switch and spring-loaded ball latch cooperation.

Abstract: A compact cable connector includes an insulative block set consisting of a docking member and a terminal holder block assembly, a circuit board set including an input circuit board vertically set between the docking member and the terminal holder block assembly and an output circuit board transversely mounted on the top of the terminal holder block assembly, and a terminal set including input terminals transversely mounted in the docking member and electrically bonded to the input circuit board, output terminals vertically mounted in the terminal holder block assembly and electrically bonded to the output circuit board and connection terminals electrically connected between the input circuit board and the output circuit board.

Abstract: A filter connector includes an insulative housing including a docking head and a base member, and an electrical module including a circuit board defining a first lateral side and a second lateral side, a plurality of input terminals mounted in the docking head and bonded to the first lateral side of the circuit board and a plurality of output terminals mounted in the base member and bonded to the second lateral side of the circuit board. Thus, the circuit board is vertically secured between the input terminals, ensuring that the filter connector is small in size, simple in structure, and easy to manufacture, and has a filtering function, thereby greatly improving the electric perform.

Abstract: There is provided a method of performing load balancing in a communications network comprising a plurality of traffic servers. The method comprises: in a load balancer, receiving a connection request in a communications protocol from a client device and in the load balancer, selecting a traffic server for the requested connection. An identity of the selected traffic server is encoded into a protocol message header. The protocol message header is returned containing the encoded identity of the selected traffic server to the client device. The protocol message header containing the encoded identity of the selected traffic server is included in communications protocol packets sent from the client device to the load balancer. The load balancer, forwards communications protocol packets sent from the client device to the selected traffic server.

Abstract: A RJ connector assembly having the characteristics of simple structural design, effective and rational use of space and compact structure is disclosed to include an input PCB module including an input PC board and two RJ modular terminal blocks bonded to two opposite sides of the input PC board, an output PCB module including an output PC board disposed in parallel to the input PC board and an output interface located on the output PC board, and a connecting PCB module including a connecting PC board with a top side thereof electrically bonded to the input PC board and an opposing bottom side thereof electrically bonded to the output PC board.

Abstract: The invention provides a load balancer (300) and a system (200) comprising a load balancer for use in a computer network and for distributing network traffic between one or more of a plurality of traffic servers (206a-c). The load balancer comprises an external receiver (305) configured to receive data packets from a client side (216) and/or a server side (218). The load balancer comprises a traffic scheduler (314) configured to determine a traffic server to which a received data packet is to be transmitted. The load balancer comprises an internal transmitter (302) configured to transmit the data packet to the determined traffic server. If the data packet is received from the client side, the traffic scheduler is configured to determine the traffic server based on a source network address for the data packet. If the data packet is received from the server side, the traffic scheduler is configured to determine the traffic server based a destination network address for the data packet.

Abstract: The present invention provides a data terminal with a connection structure of a universal serial bus (USB) interface. The structure includes: a USB interface, a guide rail element, an elastic element, and a limit element; a protrusion is disposed on at least one side of the USB interface; the guide rail element includes two vertical faces disposed opposite each other; the USB interface is located in an accommodating space formed by the two vertical faces; a guide rail is disposed on each vertical face in a hollow manner; the protrusion on the USB interface extends out of the accommodating space from the guide rail; and in the two vertical faces, a connection terminal is disposed on an outer side of at least a first vertical face.

Abstract: A nozzle assembly includes a support member, a first tube, a second tube, and a baffling member. The support member defines a receiving hole and an opening communicating with the receiving hole. The first tube extends through the opening and defines a first space communicating with the receiving hole. The second tube is retained within the receiving hole and defines a second space communicating with the receiving hole. The baffling member is securely connected to an end of the second tube that is retained within the receiving hole. The baffling member forms a plurality of gaps for directing the airflow from the first space.

Abstract: A housing structure includes a main cabinet and an engaging mechanism. The main cabinet has an opening formed on one side, and the main cabinet has a side panel and a latch. The opening can be covered up by the side panel, and the latch can be movably arranged on the side panel. The engaging mechanism includes a sliding member and an elastic member, and the sliding member can be slidably arranged on the main cabinet and is adjacent to the latch. A plurality of grooves is formed on the sliding member, and a plurality of hooks is formed correspondingly on the side panel. The sliding member can traverse between a default and a release position to assemble or dissemble the main cabinet.

Abstract: The present invention provides a data terminal with a connection structure of a universal serial bus (USB) interface. The structure includes: a USB interface, a guide rail element, an elastic element, and a limit element; a protrusion is disposed on at least one side of the USB interface; the guide rail element includes two vertical faces disposed opposite each other; the USB interface is located in an accommodating space formed by the two vertical faces; a guide rail is disposed on each vertical face in a hollow manner; the protrusion on the USB interface extends out of the accommodating space from the guide rail; and in the two vertical faces, a connection terminal is disposed on an outer side of at least a first vertical face.

Abstract: Disclosed in the invention is a plastic-based composite material capable of conducting electricity and shielding electromagnetic wave. The plastic-based composite material is prepared from the following raw materials in parts by mass: 40 to 80 parts of plastic matrix, 5 to 15 parts of surface modified high-efficiency conductive agent, 10 to 40 parts of ferroferric oxide, 5 to 10 parts of compatibilizer, and 0.5 to 1 part of antioxidant. The product has good conductive property and mechanical properties, can shield the electromagnetic wave in a high degree, and can be widely applied to the fields of electronic consumer goods, remote monitoring/communication, military, and field/indoor power supply.

Abstract: A nozzle assembly includes a support member, a first tube, a second tube, and a baffling member. The support member defines a receiving hole and an opening communicating with the receiving hole. The first tube extends through the opening and defines a first space communicating with the receiving hole. The second tube is retained within the receiving hole and defines a second space communicating with the receiving hole. The baffling member is securely connected to an end of the second tube that is retained within the receiving hole. The baffling member forms a plurality of gaps for directing the airflow from the first space.

Abstract: A housing structure includes a main cabinet and an engaging mechanism. The main cabinet has an opening formed on one side, and the main cabinet has a side panel and a latch. The opening can be covered up by the side panel, and the latch can be movably arranged on the side panel. The engaging mechanism includes a sliding member and an elastic member, and the sliding member can be slidably arranged on the main cabinet and is adjacent to the latch. A plurality of grooves is formed on the sliding member, and a plurality of hooks is formed correspondingly on the side panel. The sliding member can traverse between a default and a release position to assemble or dissemble the main cabinet.

Abstract: A display housing includes a protective lens, a peripheral housing; and a strengthening member. The protective lens defines a latching slit along its perimeter. The strengthening member includes a base portion and a bent portion. One of the peripheral housing and the base portion has a plurality of latches protruding therefrom and the other a plurality of latching holes. The latches are received in the latching holes, the strengthening member is secured in the peripheral housing, and the bent portion is received in the latching slits.

Abstract: A metal injection molding process for manufacturing a MIM article with a final main body and a final threaded hole defined in the final main body, is provided. The metal injection molding process includes forming a green MIM article including a green body, the green body having the same shape as, but larger than the final main body; tapping the green body to define a green threaded hole in the green body, the green threaded hole having the same shape, but larger than the final threaded hole; debinding the green MIM article to remove the plastic binders from between the metal powders; and sintering the green MIM article to form the MIM article by shrinking the green body to form the final main body and shrinking the green threaded hole to form the final threaded hole.

Abstract: An electrostatic shield (10) for use in a portable electronic device (A or B) includes a base (12), a conductive layer (14), and an electroplate layer (16). The conductive layer is formed on the base. The electroplate layer is formed on the conductive layer and defines an aperture (162) therethrough. A portion of the conductive layer is revealed/exposed through the electroplate layer via the aperture. A method for fabricating the electrostatic shield is also provided.

Abstract: A display housing includes a protective lens, a peripheral housing; and a strengthening member. The protective lens defines a latching slit along its perimeter. The strengthening member includes a base portion and a bent portion. One of the peripheral housing and the base portion has a plurality of latches protruding therefrom and the other a plurality of latching holes. The latches are received in the latching holes, the strengthening member is secured in the peripheral housing, and the bent portion is received in the latching slits.