8 results about "Fuse Device Component" patented technology

This utility model relates to an ultra-thin rolled copper stamped fuse assembly. The fuse assembly includes a sheet copper substrate made of rolled copper with a thickness in the micrometer range, a first PI thermosetting film and a second PI thermosetting film respectively covering the upper and lower surfaces of the sheet copper substrate; the sheet copper substrate has a wavy fuse portion with a line width of 0.15±0.02mm. This utility model uses a high-precision die-cutting method to punch the ultra-thin rolled copper foil, directly forming a fuse semi-finished product. In particular, the extremely fine fuse portion is punched in one step, avoiding defects such as edge deformation caused by multiple punchings, ensuring stable dimensions and performance of the fuse portion. High-speed rotary die-cutting is then used for efficient and precise production, encapsulating the fuse portion within the film material, exposing the opening area and end area for electrical connection, improving production efficiency and subsequent use efficiency. The overall production efficiency can be increased to 5000pcs / H, and the yield rate to approximately 95%.

To disclose a wiring structure having a fuse assembly, and a manufacturing method of the same.SOLUTION: A wiring structure comprises a wire harness 10 and a fuse assembly 20. The wire harness in which a plurality of wiring lines is arranged and extended in an insulation wire is prepared, and the insulation wire coated by one end of each wiring line and an outer peripheral side of one end of each wiring line in the wire harness is cut, and the insulation wire coated by one end of each wiring line and the outer peripheral side of one end of each wiring line is extended so as to be folded from the wire harness. A fuse prepares a fuse assembly processed to an insulation sleeve 202, and one end of the fuse is welded to one end of each wiring line after the cutting. In the present invention, by welding the fuse assembly to one end of each wiring line folded to an outside from the wire harness, a stress concentration can be prevented, and a state where the fuse assembly and a welding portion of each wiring line are separated can be reduced.SELECTED DRAWING: Figure 2

Disclosed in the present invention is a power converter having a side-mounted socket. At least two side insertion holes are formed in a side edge of a housing, and comprise a side live wire insertion hole and a side neutral wire insertion hole. A fuse assembly comprises a fuse; a live wire (L) socket copper clip is provided with a first metal fuse clip extending downwards; a live wire (L) pin copper clip is provided with a second metal fuse clip; and two ends of the fuse are respectively placed in and are electrically connected to the first metal fuse clip and the second metal fuse clip. The side insertion holes are any one or a combination of US standard insertion holes, UK standard insertion holes, Chinese standard insertion holes, Australian standard insertion holes, or European standard insertion holes. The present invention achieves a simple structure and stable connection. Pins of different national specifications can be correspondingly converted into pins of other countries, and a side edge is provided with independent side insertion holes. After a pin of a certain specification is inserted into a front composite socket panel, pins of other specifications can also be inserted into side insertion holes to realize simultaneous connection and use, thereby improving the use efficiency of power converters.

This invention discloses a connector, including a female connector and a male connector, which are plugged into each other. The male connector has a switch assembly, and the female connector has a latch, which is movably connected to the female connector. The switch assembly has an unlocked position and a locked position. When the latch is in the unlocked position, the connector's connection is disconnected. When the latch is pressed to the locked position, it abuts against the locking position and triggers the switch assembly, switching the connector's connection to a conductive state. Through the mechanical linkage between the switch assembly and the latch, the connector is ensured to be plugged in and unplugged only when the power is off, eliminating arcing under load and avoiding contact burns and overheating risks. Simultaneously, an integrated fuse assembly can quickly disconnect the faulty branch when a short circuit occurs in the lighting fixture, preventing the fault from affecting other equipment on the same circuit, effectively improving system safety and reliability.

This invention belongs to the field of circuit protection technology, specifically relating to a protection element, equivalent to a high-current protection element consisting of two independent protection elements connected in parallel. The high-current protection element is considered as a back-side circuit module and a front-side circuit module stacked on the front and back sides of a ceramic substrate, connected to an external circuit via supporting conductor terminals. This invention features fuse assemblies on both the front and back sides of the ceramic substrate, enabling dual-path current flow. The supporting conductor terminals serve as the input ports for external current or voltage, while also supporting the ceramic substrate. Ultimately, the high-current protection element achieves high current carrying capacity through two parallel-connected fuse assemblies. This approach avoids the need for novel fuse materials with suitable melting points and low resistivity, while also preventing the increased risk of rapid fuse failure due to excessively increasing fuse size and thickness.

According to an aspect of the present invention, there is provided a battery module including: a plurality of battery cells; a plurality of bus bars connected to the plurality of battery cells; a fuse assembly; and a bus bar connector configured to electrically connect the plurality of bus bars and the fuse assembly, wherein the fuse assembly may include: a fuse frame; a fuse connector coupled to the fuse frame and connected to the bus bar connector, and a plurality of fuse segments coupled to the fuse connector and electrically connected to the fuse connector.

Power line protection coordination schemes using pivotable multi-fuse assemblies includes multiple power line fuse assemblies deployed on a power line. Each fuse assembly includes multiple fuses that can be pivoted about an electrical connection point. Multiple fuses across the multiple power line fuse assemblies are tagged with a common visual code. Multiple such common visual codes are defined. Each common visual code maps to a protection coordination scheme to manage power flowed to loads on the power line. In turn, each protection coordination scheme is mapped to a direction of flow of power. Based on a chosen direction, a protection coordination scheme is identified. When the identified scheme is deployed, all fuses tagged with the visual code mapped to the scheme are deployed by pivoting fuses about the electrical connection point.

The invention discloses a power converter with side sockets, and the side of a housing is provided with at least two side jacks, and the side jacks comprise a side live wire jack and a side zero wire jack; the fuse assembly comprises a safety piece, a live wire (L) socket copper clamp is provided with a first safety piece metal clamp extending downwards, a live wire (L) pin copper clamp is provided with a second safety piece metal clamp, and the two ends of the safety piece are arranged in the first safety piece metal clamp and the second safety piece metal clamp respectively and electrically connected. And the side jacks are any one or combination of American-standard jacks, British-standard jacks, medium-standard jacks, Australian-standard jacks and European-standard jacks. The front composite socket panel is simple in structure and stable in conduction, pins of different national specifications can be correspondingly converted into pins of other countries, the independent side jacks are formed in the side edges of the front composite socket panel, and after the pins of a certain specification are inserted into the front composite socket panel, the pins of other specifications can be inserted into the side jacks to achieve simultaneous conduction and use. And the use efficiency of the power converter is improved.