39results about How to "Increase teleportation distance" patented technology

Magnet disc matrix controller used for network recording unit consists of a magnetic disc controlling unit, an interface converter and a network interface. The said disc controlling unit has a parallel interface to provide several groups of parallel signals and a common bus interface to receive or to transmit recorded data. The interface converter receives each group of parallel signals and convert them into correspondant differential signals when the disc matrix controller transmits data out. The interface converter does the contray operation when the disc matrix controller receives data.

The invention relates to the technical field of conveying devices, and discloses a conveying device for environment-friendly plate production. The conveying device comprises two conveying device bodies, supporting columns are arranged at the bottoms of the conveying device bodies, fixing rods are symmetrically arranged at the tops of the supporting columns, first rotating shafts are arranged between the two fixing rods, the outer wall of each of the first rotating shafts is sleeved with a first conveying belt, an extending ends of center shafts of the first rotating shafts are provided with output ends of motors, a connecting mechanism is arranged at the connecting position of the two conveying device bodies and composed of supporting plates, a connecting rod, a fixing frame, a second rotating shaft, a second conveying belt and supporting plate connecting grooves. The conveying device for plate production has the advantages that connection gaps between the conveying devices are made up, movement is convenient, products conveyed to the ends are buffered, and the problems that the products are clamped and inconvenient to move, and the products fall on the ground are solved.

The invention relates to a high power battery detection circuit of an electric vehicle. The current detection system can not fully satisfy the demands on cost and reliability. The battery detection circuit comprises a current signal processing module, a voltage signal processing module, a power module, a reference voltage module, an A / D conversion module and a differential treatment module. A current signal to be detected is input in the current signal processing module, the output end of the current signal processing module is connected with one output end of the A / D conversion module; a voltage signal to be detected is input in the voltage signal processing module, the output end of the voltage signal processing module is connected with the other output end of the A / D conversion module;and the output ends of the A / D conversion module are connected with the input end of the differential treatment module, and the output end of the differential treatment module is used as the output end of the circuit. The circuit of the invention has high precision and anti-interference capability, wide applicable scope and low cost.

The invention discloses a linear transmission system and a control method thereof. The linear transmission system includes a planning scheduler, an execution controller, and a scheduling controller. When it is determined that the controlled device moves to the target position corresponding to the target processing station, the arrival information of the controlled device moving to the target position is uploaded to the planning scheduler; the planning scheduler is set to send the arrival information to The scheduling controller sends processing instructions; the scheduling controller is set to notify the target processing station to process the materials carried by the controlled device according to the processing instruction, and upload the processing completion information returned by the target processing station when the processing is completed To the planning scheduler; the planning scheduler is also set to control the controlled device to continue moving through the execution controller when receiving the processing completion information.

The invention discloses a relay type indoor clock timing method and an indoor clock timing system. The system comprises an indoor clock and one or more relay devices arranged indoors. The indoor clock is used for determining to stop time travelling of a pointer at a dial plate temporarily to enter a timing period when clock traveling time (Tg) arrives at a clock timing trigger point location (Tc). Each relay device is used for obtaining a network timing signal, carrying out coding on the network timing signal, and forwarding a timing information code generated by the coding to the indoor clock or forwarding timing information code to other relay devices; and other relay devices transmit the timing information code to other relay devices. The indoor clock is used for receiving the timing information code, carrying out error prevention and misoperation prevention code checking on the timing information code, calculating an indoor clock travelling deviation (deltaT1) based on the timing information code, and driving a transmission mechanism in a clock movement to execute a corresponding action based on the indoor clock travelling deviation (deltaT1), so that the indoor clock traveling time (Tg) is corrected to be standard time (Ts).

A mechanical arm for high-speed carrying is characterized by comprising a frame, a carrying seat, a mechanical arm, a gripping part and a controller. A crossbeam is horizontally disposed on the frame. The carrying seat is horizontally slidably connected with the crossbeam. The mechanical arm is vertically slidably connected with the carrying seat. The gripping part comprises horizontal rotary motor, a horizontal rotary support, a vertical rotary motor, a vertical rotary support and a gripper, wherein the horizontal rotary motor is used for driving a first vertical output shaft, the vertical rotary motor is used for driving a second vertical output shaft, and the horizontal rotary motor and the vertical rotary motor are mounted on the upper portion of the mechanical arm. An output end on the lower portion of the first vertical output shaft is fixedly connected with the horizontal rotary support. A horizontal shaft is supported on the horizontal rotary support through bearing rotation. An output end on the lower portion of the second vertical output shaft is in transmission connection with the horizontal shaft through a bevel gear mechanism. The horizontal shaft is further fixedly connected with the vertical rotary support. The gripper is disposed on the vertical rotary support. Automatic taking, automatic carrying and automatic discharge are achieved efficiently and accurately by the mechanical arm which is suitable for long-distance carrying of heavy objects.

An electrode is formed on at least one surface of first and second surfaces of a dielectric film formed of resin to be capable of receiving or transmitting an electromagnetic wave in a terahertz band. A semiconductor device operable in the terahertz band is mounted on at least one surface of the first and second surfaces of the dielectric film to be electrically connected to the electrode. A portion of a support layer is formed on the first or second surface of the dielectric film, and a dielectric lens is supported by another portion of the support layer. Another portion of the support layer is bent with respect to the portion such that the electromagnetic wave in the terahertz band transmitted or received by the electrode permeates through the dielectric lens.