109results about How to "Programmable" patented technology

A high-efficiency intelligent high-side electronic load switch with wide voltage adaptability comprises a power supply module, a core control module, a self-boosting module, a voltage detection module, a current detection module and a switching module. The core control module is used for signal acquisition, information processing and storage and logic control; firstly, the core control module receives an external switch control input signal and detection signals output by the current detection module and the voltage detection module and processes and analyzes monitoring data according to an internally stored program to control the switching module to complete corresponding actions; secondly, the core control module provides a PWM control signal for the self-boosting module. The voltage detection module and the current detection module are used for detecting the real-time operating voltage and current of the switching module and transmitting data to the core control module for processing and analysis. The self-boosting module is used for providing a driving voltage for a switching tube in the switching module. The switching module is used for executing the on-off actions of a load. The high-efficiency intelligent high-side electronic load switch is wide in operating voltage range, high in operating frequency, high in efficiency, low in loss, safe, reliable and programmable.

The invention relates to a programmable spinning logic device and an electronic device employing same. The programmable spinning logic device comprises an SHE bias layer formed by antiferromagnetic material with spin Hall effect, a magnetic tunnel junction including a free magnetic layer arranged on and contacted with the SHE bias layer, a barrier layer arranged on the free magnetic layer, and a referential magnetic layer arranged on the barrier layer, and electric wirings connect to one side of the referential magnetic layer of the magnetic tunnel junction to arrange the magnetic tunnel junction between the SHE bias layer and the electric wirings, wherein the SHE bias layer applies a bias magnetic field on the free magnetic layer along the first direction, and the SHE bias layer receives current in first, second and third surfaces. The direction of the current in the first and second surfaces is parallel to the first direction, and the current in the third surface controls the operation mode of the spinning logic device. The SHE bias layer and the electric wirings apply reading current flowing by the magnetic tunnel junction.

The invention provides a method for realizing the functions of a programmable reusable control. The method is characterized by comprising the following steps: defining a control function configuration table, wherein each table item comprises a control name and a control task, and the control task consists of at least one control function; generating a control function mapping table according to the control function configuration table, wherein each table item comprises a control name and a control function pointer, the pointer points at the control task of the corresponding control in the control function configuration table; and when monitoring that the control is triggered, executing the corresponding control task according to the corresponding control function pointer in the control function mapping table. In the embodiment of the invention, a one-to-one mapping mode is adopted, so the realizing process is simplified, the operation complexity is greatly reduced and the operation time is saved; the programmable and self-defining functions of the user level are realized, configuration can be modified randomly, and the method is convenient, saves time and labor; the control function configuration table can be relatively independent of an executive program, so the extendibility of the executive program in different products is greatly improved.

The invention discloses a switch system based on a service function chain. For the problems that a switch node data plane is fixed, the function expansibility is bad and the resource is over-configured, a flexible network processing function is provided for a data packet in a network function pool way by separating a non-general function from a line card. The data packet is divided into differenttypes by a classifier through a matching rule, for the data packet needing the non-general network function processing, the network function instance (non-general network function) needing to be processed is found in a network function instance list of a flow table according to a data packet matching domain, and the processing is performed by a service function chain composed of corresponding different network functions in the network function pool. Compared with the traditional switch system, P4 architecture and like existing research techniques, the switch system disclosed by the invention has the following advantages: the high-level network function is supported, the data traffic processing rule can be flexibly extended, the change is dynamic, the resource utilization efficiency is improved, and the capital expenditure and the operation cost are reduced.

The invention relates to chemical chamfering technology and device using rotating spraying corrosive method that takes selective accurate corrosion to the power electronic component silicon surface. It lays the silicon slice on the basal, and spraying the acid liquid from the top of silicon sheet to downward after pulverization. The method includes the following steps: taking equal rotating to the silicon sheet, adsorbing the acid corrosive from acid storage tank, and spraying onto silicon sheet surface equally. Under the process of silicon sheet, water proof is set, and the top water spraying is set to start when acid spraying stopped. Bottom water spraying is set to supply at the same time with the rotating, and stop at the same time with top water spraying. Each service position processes one silicon sheet, and the acid, water alternatively work.

The invention relates to a light emitting diode (LED) micro-array transparent display apparatus. The apparatus comprises a transparent base board, a drive module and a transparent inorganic semiconductor LED micro-array that are arranged on the transparent base board. The drive module and the transparent inorganic semiconductor LED micro-array are electrically connected. Each LED chip of the transparent inorganic semiconductor LED micro-array can give out light from the front or a back transparent substrate or both the front and the back. The apparatus has high transparency and a good transparent display function, can display content that is programmable to some extent, and has flexible functions; the transparent display apparatus has a small size and light weight, meets the requirement of wearable devices on display, and is light and portable; in addition, the transparent display apparatus also has the advantages of high brightness, reliability and resolution and long service life, thereby bringing good transparent display experience; and the transparent display apparatus is realized through a standard semiconductor technology, is simple to prepare, and can be produced in a large scale.

The invention provides an electromagnetic wave treatment device and a use method thereof, wherein a use environment and a patient body temperature are sensed through a sensing unit, and furthermore a sensing signal is generated. A control unit finds a corresponding spectrum indicating signal from a database according to indication data and the sensing signal. A fundamental frequency unit in the treatment device generates treatment spectrum contents which correspond with different waveshapes, different frequencies, different vibration amplitudes or different time domains according to the spectrum indicating signal. Then a millimeter wave with frequency of 56GHz-65GHz is transmitted through an RF unit for forming a millimeter wave irradiation source, thereby irradiating a to-be-treated body position of the patient so that the patient performs a millimeter wave immunotherapy program. Through irradiation of the non-invasive millimeter wave treatment device, a purpose of influencing performance of in-vivo immune cytokine, and controlling and changing human immunity.

The invention discloses an intelligent man-machine interactive device, which comprises a core control unit, an operation input unit, an indication output unit, a communication interface unit used for connecting other terminals and a programmable external unit having an auxiliary function, wherein the operation input unit comprises at least two operation input terminals; the indication output unit comprises at least two image display terminals; the programmable external unit is designed in a modularization package manner and comprises an imitating peripheral component and a digital peripheral component; different peripheral components are arranged flexibly at different situations. The intelligent man-machine interactive device has the advantages that the volume is small, the function is complete, the device is programmable, the peripheral component is modularized, the function is virtualized, and the device can be expanded in various sides, thereby acquiring more intelligent and humanized man-machine interaction process, increasing the working efficiency of an operator and reducing the working risk of the operator.

The invention relates to the motor control technical field, and specifically relates to a novel vehicle seat motor control system and a control method thereof; the control system comprises a main control unit and a sub control unit connected through a control bus; the main and sub control units are respectively connected with a motor control circuit, and each the motor control circuit comprises the following units: a MOS pipe driving circuit connected with the main control unit or the sub control unit, wherein a 6-path MOS pipe is arranged in the MOS pipe driving circuit, and the MOS pipe driving circuit is used for converting a driving signal sent by the control unit into a control signal; the MOS pipe driving circuit is connected with two brushless DC motors through a relay circuit; the relay circuit controls the two brushless DC motors to selectively connect; the brushless DC motor is provided with a motor position detection circuit; the motor position detection circuits are respectively connected with the main control unit. The novel vehicle seat motor control system and the control method thereof can improve the user experiences; the control method and system are high in control precision, low in cost, and high in efficiency.

The invention discloses a tool path generating method of propeller blade processing in the field of numerical-control machine tool processing. A curved surface of a propeller blade is segmented into sub curved surfaces, tool path planning is carried out on each sub curved surface, in the tool path planning process of the sub curved surfaces, proper feeding direction, line spacing direction, line spacing and step precision are selected, cutter contact tracks of the sub curved surfaces are generated, cutter position tracks are calculated and generated, and the boundary portions of the sub curvedsurfaces are processed complementarily. The whole planning process is realized intelligently, the whole tool path planning process is programmable and easier to conclude into a unified algorithm andfurther to realize higher automatic degree, the planned tool path is suitable for a tri-axial machine tool, the quality of processing surfaces of the propeller blade is improved, and formation of redundant tool paths is reduced.

The invention relates to intelligent note filling equipment, and belongs to the technical field of intelligent office equipment for automatically managing and filing notes. The intelligent note filling equipment solves the problems that in the prior art, notes are mainly processed artificially, so that the notes can be forged and falsified, the efficiency is low, the error rate is high, and online two-dimensional codes/coded messages cannot be utilized effectively. The intelligent note filling equipment is characterized in that a note feeding bracket is specially arranged near a note feeding window of a housing, a high-precision camcorder lens and a low-precision camcorder lens are arranged above the note feeding bracket, and an upper connecting seat of sorting mechanical arm assemblies connected in parallel is connected with the inner top surface of the upper end of the housing; an electric adsorber is arranged on the sorting mechanical arm assemblies connected in parallel; a note returning frame is specially arranged near a note returning window of the housing, and many note placing drawers are arranged on the lower end surface in the housing. The intelligent note filling equipment can automatically check whether the notes are true, the error is small, the precision is high, and the reliability is strong; the intelligent note filling equipment can automatically read the information of the notes, is high in efficiency, and is good in adaptability; the intelligent note filling equipment can classify the notes according to the kind of the notes, and other rules.

The invention discloses a high-speed high-resolution selective transfer printing method. The high-speed high-resolution selective transfer printing method comprises the following steps of: enabling thermal release adhesive tape to be in contact with an element on a donor substrate, and picking up the element from the donor substrate by virtue of strong adherency of the thermal release adhesive tape and the element; using a high-resolution local heat source to selectively heat the thermal release adhesive tape adhering to the element, and enabling the heated adhesive tape to lose viscidity; andenabling the thermal release adhesive tape to be in contact with an acceptor substrate, thereby realizing selectively printing the element onto the acceptor substrate from the thermal release adhesive tape. The method is wide in range of application, and can adopt different forms to realize a pick-up process and a printing process for a rigid or flexible substrate. Selective heating of the localheat source can be realized by integrating a high space resolution laser beam with a galvanometer field lens or a displacement platform to scan, and adopting ways such as parallel light source mask heating or micro heater array heating. The method has the advantages of being high in reliability, high in speed, great in throughput capacity, capable of programming a transfer printing pattern and high in transfer printing resolution.