6results about How to "Realize digital control" patented technology

The application relates to an emergency brake release power supply circuit and equipment. The circuit comprises a control module, a switching component, a first power supply circuit and a second power supply circuit; the control module turns on the connection between the first power supply circuit, the second power supply circuit and the corresponding interface equipment through the switching component, so that, in the case of normal power supply, the control module controls the first power supply circuit to supply power to the equipment standby battery, and in the case of monitoring the corresponding signal, the control module controls the first power supply circuit to provide power supply for the equipment control system, and controls the second power supply circuit to supply power to the brake holding coil; in the case of abnormal power supply, if the corresponding signal is monitored, the equipment standby battery provides power supply for the equipment control system through a DC-DC converter, and the control module controls the first power supply circuit to supply power to the brake holding coil through the switching component. Thus, the application simplifies the circuit, realizes the cost reduction through the reuse and normalization of the circuit.

The utility model relates to a sensing system of an electric anchor windlass, the system comprises a cable lifter, a chain, a supporting seat, a base, a sensing sheet and a proximity switch, the chain is sleeved on the cable lifter, the cable lifter is coaxially arranged on the supporting seat through a rotating shaft, the cable lifter is arranged on the base through the supporting seat, the sensing sheet is arranged on the cable lifter, and the proximity switch is arranged on the sensing sheet. A proximity switch is arranged on the supporting seat and electrically connected with the controller, and a wire of the proximity switch is arranged in the direction where the chain leaves the cable lifter. Compared with the prior art, the functions of chain length counting, chain wheel operation detection and the like are fed back through a single proximity switch, the circuit is correspondingly simple, and the failure rate and the manufacturing cost are reduced; and the influence on a circuit caused by silt when the chain enters the anchor and mooring equipment is avoided.

The present invention relates to a fully automatic intelligent warp tube machine, including a spindle mechanism, a linear module swing frame mechanism, an automatic tube changing mechanism, a wire release mechanism, a wire cutting mechanism, a tube drop receiving mechanism, a PLC control system, and a frame, which can realize digital control, and is convenient for workers to make menu-based selections according to different wire diameters, different warp winding strokes, and level requirements. Compared with the traditional old-style warp tube machine, its mechanical structure is simpler, the equipment is more convenient to maintain, and the machine has a longer service life. The degree of automation is higher, the speed limit is higher, and the efficiency of warp winding is higher. The full automation can realize unmanned operation.

The application provides a core shooting machine intelligent production system and method, and relates to the technical field of core shooting machine production. The core shooting machine intelligent production system comprises a core box recognition module, a lower computer, a PLC control module and an upper computer. The core box recognition module is used for recognizing a core box, and the lower computer is used for performing lower operation actions on the core box. The PLC control module is used for collecting actual production parameters of the core box. The upper computer is used for setting initial production parameters and correcting production parameters according to the actual production parameters. The PLC control module is also used for transmitting the production parameters and the corrected production parameters to the lower computer. Compared with the prior art, the application collects and transmits data parameters through the PLC control module, and sets parameters through the upper computer, so that data control is realized, the automatic production of the core shooting machine is realized, the process operation time is reduced, the production efficiency is improved, and the production cost is reduced.

The invention belongs to the technical field of super-large-scale integrated circuit and semiconductor manufacturing, and particularly relates to a pressure sensing probe system which integrates a groove type photoelectric sensor, a probe and a digital signal module through rigid-flex board design, and stable application of two-wire method and four-wire method flying probe testing is achieved. The system has flexible probe configuration, the number and layout of the probes can be selected according to test requirements, meanwhile, unified test software and process are supported, and test operation is simplified. Through the innovative test structure design, the problem that a two-line method test structure and a four-line method test structure are incompatible in the prior art is solved, the system complexity is reduced, the test precision and efficiency are improved, and the application scene is widened.

The present application relates to the field of electronic technology, specifically to a kind of parasitic medium resonator design method, device and electronic equipment.The design method of the parasitic medium resonator includes: obtaining the field distribution of medium resonator antenna to determine parasitic movement range;According to the parasitic movement range, obtain influence curve, the influence curve includes the influence curve of interval on gain, the influence curve of interval on resonant frequency and the influence curve of interval on working bandwidth, the interval is the distance from parasitic antenna to feed antenna in the medium resonator antenna;Based on the influence curve, determine target parasitic parameter.Through the above-mentioned mode, the position of parasitic medium resonator antenna can be reasonably adjusted to achieve the desired gain and impedance bandwidth, the digital control of the gain, working bandwidth and desired resonant frequency of medium resonator is realized, and the adjustability and applicability of parasitic medium resonator antenna are improved.