88results about How to "Realize wiring" patented technology

The invention relates to a cable arrangement, discharging and clamping device, which comprises a U-shaped clamping body, wherein the lower part of the clamping body is provided with a connecting stud, the connecting stud is arranged on a worktable, a vertical moving type push plate is horizontally arranged between two vertical columns of the U-shaped clamping body, a spring is arranged in each vertical column, the push plate is supported and floated by the springs in the vertical columns, the upper parts of the vertical columns symmetrically outwards extend to form retaining plate support arms, a retaining plate is arranged in each retaining plate support arm, is horizontally moved from interior to exterior or from exterior to interior, and is controlled by a retaining plate spring to move, each retaining plate spring is arranged in the corresponding retaining plate support arm, a spring pressure block is arranged at the outer end of each retaining plate spring, smooth transition surfaces are respectively arranged at the upper part and the lower end of one end of the inner sides of the two retaining plates, and the inner sides of the two retaining plates can be mutually touched and closed under the action of the retaining plate springs. The cable arrangement, discharging and clamping device has the advantages that the structure is simple and reasonable, the convenience in operation and use is realized, and the cable arrangement and discharging and automatic clamping are realized; after the cable is wound and bundled, only the cable needs to be lifted upwards.

The invention discloses an intelligent cell safety monitoring and controlling system based on the Internet of Things. The intelligent cell safety monitoring and controlling system comprises a cell safety monitoring and controlling subsystem, a residence safety monitoring and controlling subsystem, a gateway, a management subsystem and an alarming subsystem. By the intelligent cell safety monitoring and controlling system, monitoring and controlling of safety in cells and residences can be realized. The intelligent cell safety monitoring and controlling system is high in intelligentization level and has the advantages of simple structure, easiness in implementation, low cost and the like.

The invention discloses an IO network distribution system. The IO network distribution system includes a network IO master control module and a remote IO terminal module, and also includes a high speed serial bus and a power line, wherein the network IO master control module includes a main high speed serial bus communication interface and a power supply interface; the remote IO terminal module includes a remote high speed serial bus communication interface, parallel IO interfaces and a power supply interface; the high speed serial bus is connected with the main high speed serial bus communication interface and the remote high speed serial bus communication interface; and the power line supplies power for the network IO master control module and a remote IO terminal module through the power supply interface. Therefore, the IO network distribution system enables industrial production equipment to use one communication line and one power line to realize wiring of production line equipment, thus saving a large quantity of materials. Moreover, the IO network distribution system uses the high speed serial bus mode to carry out communication, and has the advantages of being simple in circuit structure, being high in reliability, being low in cost, being high in communication rate, being high in timeliness, being good in maintainability and being simple in installation and connection.

This invention discloses a cable conduit. The cable conduit comprises a conduit main body (100), a first elastic sealing plate (200) and a second elastic sealing plate (300); the wall of the conduit main body (100) is provided with a threading opening (110); the threading opening (110) extends along the length direction of the conduit main body (100); the first elastic sealing plate (200) is fixed on the edge of one side of the threading opening (110); the second elastic sealing plate (300) is fixed on the edge of other side of the threading opening (110); both the first elastic sealing plate (200) and the second elastic sealing plate (300) extend along the threading opening (110); and, free ends of the first elastic sealing plate (200) and the second elastic sealing plate (300) are adhered to seal the threading opening (110). The cable conduit provided in the invention can solve the problem that the efficiency is low because of the inconvenience for threading a cable or pulling piece into the cable conduit in the prior art.

The present invention relates to an intelligent wiring method and system for chip design, which is mainly through wiring the pre-arranged components, that is, first obtaining the binarized image of the unwired chip, and according to the pre-set components The connection relationship between them and the corresponding connection pins, use the search wiring mechanism to perform automatic wiring, obtain the wiring diagram, and then use the constructed neural network model to train the wiring chips, and realize the wiring of the chips to be wired; that is, in the present invention The connection between the two components can be better determined through the set search and wiring mechanism, and automatic wiring is realized. Combined with the neural network model, the wiring of a large number of chips can be realized.

The invention discloses a looping and unwinding device. The looping and unwinding device comprises a first bracket platform tension frame, a dragging machine, a controller and an unwinding part, wherein the tension frame, the dragging machine and the controller are separately arranged at the upper part of a first bracket platform; a screw rod, a movable platform and the unwinding part are separately arranged at the lower part of the first bracket platform; the tension frame is used for placing to-be-unwound workpieces output by an extrusion device; the dragging machine is used for dragging the to-be-unwound workpieces from the tension frame to the unwinding part; the controller is separately connected with the tension frame, the dragging machine and the unwinding part and is used for controlling the looping and unwinding device to run and controlling the unwinding part to rotate. Through the looping and unwinding device, the workpieces can be automatically wound, looped and unwound; especially, the problems such as deformation and bending and the like which are easily caused in the winding and unwinding process when the workpieces are semi-hard or soft tubes can be solved; the rejection rate is greatly reduced; and the winding and unwinding quality is improved.