Abstract: A method for manufacturing a network jack is provided. The method includes steps of: a) providing a circuit board having a first side, plural first contacting areas along the first side, plural second contacting areas and an upper and a lower surfaces; (b) forming first bendable contacts on the plural first contacting areas by using a first riveting process; (c) forming second bendable contacts on the plural second contacting areas by using a second riveting process; and (d) bending each of the second bendable contacts by assembling an acting portion on the circuit board to make the second bendable contacts have at least two arranged directions, wherein the first bendable contacts and the second bendable contacts contact with an external plug and are fixed to the circuit board of the network jack by the first and the second riveting processes.

Abstract: A network patch panel is provided. The network patch panel includes a frame having a plurality of first indentations and a plurality of second indentations; and a patch module having a plurality of first protrusions and a plurality of second protrusions, wherein the patch module is assembled within the frame by inserting each the first protrusion into a corresponding one of the plurality of first indentations, and fixed to the frame by inserting each the second protrusion into a corresponding one of the plurality of second indentations thereof.

Abstract: Disclosed is a two-in-one cable-crimping device for communication connectors, and this device includes a first handle pivoted with a second handle. A lever gadget, composed of the first and the second levers, is connected to the first handle. The first lever and the second lever respectively actuates the first cable-crimping gadget and the second cable-crimping gadget which are configured at the first handle, so as to provide the cable-crimping operation on two connectors with the same specifications. Furthermore, the component of the cable-crimping gadget can be replaced according to the specifications of the connectors. The efficiency on cable-crimping operation can be increased, the cable-crimping operation can be selected based on the user's demand, and the cable-crimping operation of the present invention has convenient practicability.

Abstract: A flat pin of a network jack and a method for gilding the same are provided. A body of the flat pin has a single surface which has a front end and a back end in the gilding method. The method includes the steps of gilding a metal layer on the front end, and electroplating continuously from the front end to the back end on the single surface at all times. The single surface is fully covered by the metal layer.

Abstract: A network patch panel is provided. The network patch panel includes a frame having a plurality of first indentations and a plurality of second indentations; and a patch module having a plurality of first protrusions and a plurality of second protrusions, wherein the patch module is assembled within the frame by inserting each the first protrusion into a corresponding one of the plurality of first indentations, and fixed to the frame by inserting each the second protrusion into a corresponding one of the plurality of second indentations thereof.

Abstract: The network jack and processing method for the network jack are provided. The network jack connects a device to a network and includes a jack body, a printed circuit board configured inside the jack body, and a contacting pin including a transmitting portion having a straight configuration and a fixing portion fixed to the printed circuit board.

Abstract: A cable-crimping tool for connectors is provided. The cable-crimping tool comprises a connector socket having a guiding slot, a crimping and cutting element, and an arm connected with the crimping and cutting element, located on the guiding slot, and being movable along the guiding slot. The connector socket has a constraint structure, and the arm has a stopping element constrained by the constraint structure.

Abstract: The network jack and processing method for the network jack are provided. The network jack connects a device to a network and includes a jack body, a printed circuit board configured inside the jack body, and a contacting pin including a transmitting portion having a straight configuration and a fixing portion fixed to the printed circuit board.

Abstract: A network jack is provided. The network jack includes a circuit board, a plurality of contacts fixed on the circuit board and a terminal base, wherein the contacts are fixed to the circuit board of the network jack by a riveting process.

Abstract: A network jack is provided. The network jack includes a circuit board, first contacts, second contacts and an acting portion. The circuit board has a first side, plural first contacting areas arranged along the first side and plural second contacting areas. The plural first contacting areas are between the plural second contacting areas and the first side, and plural distances between the first side and each of the plural second contacting areas are various. The first contacts are mounted on the first contacting areas and the second contacts are mounted on the second contacting areas. The acting portion bends the second contacts.

Abstract: A network jack is provided. The network jack includes a circuit board, first contacts, second contacts and an acting portion. The circuit board has a first side, plural first contacting areas arranged along the first side and plural second contacting areas. The plural first contacting areas are between the plural second contacting areas and the first side, and plural distances between the first side and each of the plural second contacting areas are various. The first contacts are mounted on the first contacting areas and the second contacts are mounted on the second contacting areas. The acting portion bends the second contacts.

Abstract: A refrigerated container with an anti-collision plate and a reinforcing rib being vertically disposed on a surface of an inner side plate facing an outer side plate. The anti-collision plate is disposed on a lower portion of the surface of the inner side plate and formed with an opening matching with a lower portion of the reinforcing rib.

Abstract: A connector structure is provided. The connector structure includes a terminal base having plural terminals, a clip device vertically arranged with the terminal base via a positioning piece and including plural conducting lines and a rotating device located on the clip device.

Abstract: A connector structure is provided. The connector structure includes a terminal base having plural terminals, a clip device vertically arranged with the terminal base via a positioning piece and including plural conducting lines and a rotating device located on the clip device.

Abstract: A multi-jack adapter for adapting a jack into multiple jacks is provided. The multi-jack adapter includes a plug has a plugging part for being connected to said jack and a plurality of conducting wires; a printed circuit board electrically connected to said jack through welding said plurality of conducting wires; and a first and second golden finger supports set on a connecting surface of said printed circuit board and respectively having a first and a second golden finger surfaces perpendicular to said connecting plane.