44results about How to "Easy and fast control" patented technology

The invention discloses a system and a method for achieving intelligent home device control on a smart watch. The system comprises an smart watch terminal module, an intelligent home terminal control module, a cloud voice dialogue module and a home device name customizing module, wherein the smart watch terminal module is used for collecting data from a microphone, transmitting user voice data and receiving system synthetic voice data in real time; the intelligent home terminal control module is used for sending control instructions to home devices and receiving the voice data from the smart watch by calling an SDK (software development kit) interface; the cloud voice dialogue module receives the voice data from the SDK interface, completes the man-machine dialogue process and feeds dialogue results back to the intelligent home control module; the home device name customizing module is used for customizing personalized nicknames for the home devices. By collecting the user voice data from the smart watch, uploading the data to the cloud for performing intelligent voice dialogue and feeding the dialogue results to an intelligent home control center, the system for achieving intelligent home control on the smart phone can achieve convenient and rapid home device control.

The invention relates to a network manage system, which comprises user terminal for sending service request to corn module, and receiving feedback result; corn module for receiving the request and receiving the information reported from network unit; managed network unit for responding the service request of corn module and reporting order information to the corn module; the corm module comprises web service layer module, service manage layer module, service processing layer module, data storage layer module, access layer module which are interlayer managed. The invention also provides a relative manage method. The invention can improve system safety and flexibility without block.

The invention relates to a distributed type driving electric automobile anti-skid controlling system and method considering the intention of a driver. The system comprises a motor controller, a driver intention torque acquisition unit, a road surface adhesion coefficient estimation unit and a driving anti-skid control unit, the motor controller is connected with driving motors of four automobile wheels of the distributed type driving electric automotive, the driver intention torque acquisition unit and the road surface adhesion coefficient estimation unit are both connected with the driving anti-skid control unit, and the driving anti-skid control unit is connected with the motor controller; and a road surface adhesion coefficient estimation device acquires an automobile wheel road surface peak value adhesion coefficient, the driver intention torque acquisition unit acquires a driver intention torque, and the driving anti-skid control device controls and outputs a controlling torque to the motor controller according to the road surface peak value adhesion coefficient and the driver intention torque. Compared with the prior art, the distributed type driving electric automobile anti-skid controlling system and method considering the intention of the driver comprehensively considers the intention of the driver, and the anti-slip controlling effect is good.

The invention relates to a method, a system and a handheld device for integrally controlling multiple electrical adjusting antennas. Every electrical adjusting antenna in the system has a unique serial number and the handheld device identifies every electrical adjusting antenna according to the serial number and sets HDLC (High Data Link Control) addresses to control. According to the method, the system and the handheld device for integrally controlling the multiple electrical adjusting antennas, control and inquiry of multi-electrical-adjusting antennas, single-electrical-adjusting antennas or a plurality of cascaded single-electrical-adjusting antennas and multi-electrical-adjusting antennas can be conveniently and rapidly performed, and the problems that exterior base station devices or manual adjustment are inconvenient are solved. Compared with a cascaded control method of a plurality of single-electrical-adjusting-antennas in the prior art, the method for integrally controlling multiple electrical adjusting antennas enables control of the multiple electrical adjusting antennas to be convenient through the handheld device, the antenna structure of the system is simple and the handheld device is small in size, simple to operate and low in production cost.

The disclosure relates to the technical field of display, and provides a flexible display screen, a method for deformably driving the same, and a display device. The flexible display screen includes a flexible display panel and a deformable driver disposed on a back surface of the flexible display panel. The deformable driver drives the flexible display panel to deform based on the electrodeformation. The deformable driver includes a plurality of deformable units arranged in an array. The flexible display screen can achieve deformation with a variety of degrees of freedom, and can precisely control the deformation, thereby easy to achieve ultra-thin screen design.

The present invention relates to a system and equipment for dispensing a high pressure compressed gas using a special hydraulic fluid, comprising a hydraulic pressurization unit also known as “HPU”, which can be connected to a semi-trailer comprising compressed gas cylinders, upper and lower open ends, comprising a single valve arranged at the upper end of the cylinders, which supplies the compressed gas to a customer, one valve disposed at the lower end of the cylinders for both supplying of the hydraulic oil from an oil reservoir to the cylinders, and the return of the hydraulic oil to the hydraulic fluid reservoir from the cylinders.

The present invention relates to a system and equipment for dispensing a high pressure compressed gas using a special hydraulic fluid, comprising a hydraulic pressurization unit also known as “HPU”, which can be connected to a semi-trailer comprising compressed gas cylinders, upper and lower open ends, comprising a single valve arranged at the upper end of the cylinders, which supplies the compressed gas to a customer, one valve disposed at the lower end of the cylinders for both supplying of the hydraulic oil from an oil reservoir to the cylinders, as the return of the hydraulic oil to the hydraulic fluid reservoir from the cylinders.

The invention discloses a motor protection circuit and a method of controlling the motor protection circuit. The motor protection circuit comprises a voltage division resistor, a sampling resistor, a control chip and a field effect transistor, wherein one end of the voltage division resistor accesses the control chip, and two ends of the sampling resistor access the control chip, and the control chip is used for stabilizing a power supply voltage to be a preset voltage value when a voltage value of two ends of the voltage division resistor is detected to be greater than the preset voltage value, and / or emitting a shut-off signal when a value of a current flowing through the sampling resistor is detected to be greater than a preset current value; and a grid electrode of the field effect transistor accesses the control chip and a source electrode accesses one end of the sampling resistor and is connected, and the field effect transistor is used for carrying out shutoff according to the shut-off signal generated by the control chip. In the prior art, a power supply protection circuit depends on a heavy inductor, a capacitor, a fuse or a transient voltage suppressor to prevent a condition that equipment and a control circuit are damaged because a power supply voltage current is abruptly changed. By using the circuit and the method of the invention, the above technical problem is solved.

The invention discloses an axial flow turbine mechanical blade parameterization method applicable to bending, twisting and sweeping. The method comprises the following steps: dividing a axial flow turbine mechanical blade into a plurality of blade sections along the blade height direction; determining independent blade profile parameters of each section; calculating key control point coordinates and a blade profile curve equation according to the blade profile parameters; determining a position of a leading edge point of each section blade profile and calculating coordinates of a plurality ofblade profile data points through the curve equation; determining an equation of a blade stacking line in the blade height direction by taking the leading edge point of each section blade profile as areference; obtaining space coordinate of the leading edge point of each section, carrying out coordinate transformation on each section blade profile coordinate data set by taking the leading edge points as references, and generating space coordinates of the section blade profiles; and combining the blade profile data of each section to form a complete axial flow turbine mechanical blade parameterization file. According to the method, various blade forms such as bending, twisting, sweeping and the like can be parameterized effectively, the application range is wide, the parameter significanceis clear to facilitate design and optimization of the blades, and the parameterization problem is solved for the research of the pneumatic performance.

The invention discloses a diatom growth variable research system based on a square diatom culture frame. The diatom growth variable research system is characterized by comprising a culture chamber, wherein the culture chamber is provided with an air conditioner and the square diatom culture frame in a rectangular framework structure, the top of the square diatom culture frame is provided with a filament lamp light source and an electrification duration control switch, the four corner parts of the square diatom culture frame in the horizontal direction are provided with four guide posts, support plates in horizontal arrangement are arranged among the guide posts, container positioning grooves are arranged on the support plates, the four corner parts of the support plates are provided with guide sleeves capable of being glidingly sheathed on the guide posts, positioning screw bolts used for positioning the support plates after the sliding of the support plates are also screwed and connected onto the guide sleeves, and the diatom growth variable research system also comprises a color control mechanism horizontally arranged between the light source and the support plates. The system provided by the invention can realize the regulation and control on various variables including the diatom growth so that the influence condition of each variable on the diatom growth can be conveniently researched, and meanwhile, the diatom growth variable research system has the advantages that the structure is simple, and the variable regulation and control is very convenient and fast.

A belt step conveyor system includes a moving belt gripper mounted on a linear movement system to convey the conveyor belt rotating about a plurality of pulleys in successive distance movements while the moving belt gripper engages the conveying belt and the moving belt gripper is moved from a home position to an end position by linear movement system. The conveyor belt is stagnant by engaging a stagnating belt gripper while the moving belt gripper moves back to its home position, else the stagnating belt gripper releases the conveyor belt.

The invention provides a remote controller, an air conditioning system and a control method of the air conditioning system. The remote controller comprises a body, wherein a touch screen is arranged on the front surface of the body; a sensor capable of sensing touch signals of the touch screen is arranged in the body; the sensor is connected with a control chip capable of receiving sensing signals of the sensor; and the control chip receives the sensing signals of the sensor, and converts the sensing signals into control signals according to preset instructions of the control chip so as to control an electric appliance to be remotely controlled. The air conditioning system comprises the remote controller. The control method of the air conditioning system is based on the air conditioning system. According to the remote controller, the air conditioning system and the control method of the air conditioning system, all remote control function keys are omitted, control over the electric appliance can be realized through gestures, operation is simple and easy, and convenience is improved.

A visual source management system that allows simultaneous preview and control of multiple video sources and / or streams of content is provided. The processors feature easy, fast, and independent control over video and audio outputs with or without content protection. Display systems provide a number of useful configurations to allow multitasking as well as simultaneous high performance preview for easy intuitive selection of video sources for TV, television, computing, Internet, streaming, or applications.

The invention discloses a glass deep processing connection line control method. According to the glass deep processing connection line control method, an ERP system is integrated with a cutting optimization module or can receive cutting optimization information of cutting optimization software, the ERP system transmits instructions to an original sheet storage, coding equipment and / or cutting equipment according to the cutting optimization information, and controls the machining process of the equipment; after passing through each or several sets of processing equipment in the coding equipmentand subsequent processing equipment, code reading information is updated in a whole production line database through scanning identification codes on glass sheets; and the ERP system receives whole production line database information, and controls each set of processing equipment in a glass deep processing production line according to the whole production line database information. The glass deep processing connection line control method utilizes the ERP to manage and control the processing equipment in working procedures of the glass deep processing production line, stores processing stateinformation of glass, glass information and code reading number information in the whole production line database, updates the whole production line database through adopting a code reading method, and realizes the automatic glass deep processing production line from orders to products.

The invention discloses a protective device for a cleaning machine. The protective device comprises a stand and a protective cover, wherein the protective cover is connected with the output end of a lifting driving cylinder; and the lifting driving cylinder is arranged on the stand. The protective device for the cleaning machine of the invention has the advantages of simple and compact structure and low cost; the lifting speed of the protective cover is controlled by the extension speed of a piston rod of the driving cylinder, and conveniently and quickly controlled and adjusted; and the protective device is convenient to mount and works safely and reliably.

The invention discloses a health data processing method. The method comprises the following steps: receiving health data input by a user, and storing the data; according to an analysis instruction triggered by the user through a control menu in a mobile terminal, counting the stored health data, and analyzing the counted health data; and displaying an analysis result and advice. The invention also discloses a health data processing apparatus. According to the invention, the health data can be updated instantly, the health data can be stored under the condition of no network connection, the health data can be conveniently observed and recorded for long time, through statistics and analysis of the stored health data, the effect and the value of the health data can be effectively mined and improved, and the user can conveniently and rapidly control and manage their health data.

Provided is a four-wheel positioning intelligent terminal based on wireless communication. The four-wheel positioning intelligent terminal comprises a central micro-processing controller, a display circuit, a sounding circuit, a communication circuit, a storage circuit, a housing, a power interface, a start button, a touch screen, and a functional button. The display circuit, the communication circuit, the storage circuit, and the sounding circuit are connected with the central micro-processing controller. The display circuit, the communication circuit, the storage circuit, the sounding circuit, and the central micro-processing controller are all arranged in the housing. The power interface, the start button, and the functional button are arranged on the housing. The touch screen is connected with the display circuit and is arranged on the surface of the four-wheel positioning intelligent terminal. The four-wheel positioning intelligent terminal may help a repairer conveniently, fast, and remotely operate and control a host computer, check a detection result, and improve work efficiency.

The invention discloses an intermittent control and adjustment mechanism for a driving belt for conveying and feeding in chemical production. The intermittent control and adjustment comprises an adjustment and control device, a fixing and supporting plate, a transmission control shaft, support frames, a transmission belt pulley, the driving belt, a motor, and an intermittent control mechanism, wherein the supporting frames are symmetrically and fixedly mounted on the fixing and supporting plate; the adjustment and control device is fixedly mounted outside the supporting frame positioned at one end; the intermittent control mechanism is mounted at the upper part of the supporting frame positioned at one end; the motor is fixedly connected to one end of the intermittent control mechanism; the transmission belt pulley is rotationally mounted at the upper part of the supporting frame positioned at the other end; and the driving belt is rotationally mounted between the transmission belt pulley and the intermittent control mechanism. During the use of the intermittent control and adjustment mechanism, a conveying belt can be conveniently and rapidly controlled to intermittently convey materials; furthermore, the probability of failures in the use process can be greatly reduced; and the convenient and rapid use and adjustment can be achieved.

The invention discloses a four-pin electrode packaging positioning device used for a capacitor. The four-pin electrode packaging positioning device comprises a packaging table, wherein a sliding conveying positioning device is mounted on the packaging table; the sliding conveying positioning device comprises a horizontal oil cylinder, a sliding seat plate and a vertical hollow block; a capacitor fixture is arranged inside the vertical hollow block through a placing groove; a frame-shaped support frame is arranged on the outer side of the vertical hollow block; and the frame-shaped support frame is connected with a pin positioning device through a lifting mechanism. The capacitor fixture is simple in structure, a capacitor is clamped stably and reliably, the packaging efficiency and qualityof capacitor pins are improved, the positioning device is used for firstly clamping a capacitor body through the capacitor fixture and then clamping four pins of the capacitor through the pin positioning device, the capacitor and the pins cannot shake or rotate to slide in the packaging process, and the positions of the pins cannot change due to the pressure of a packaging adhesive, so that the integrity of the capacitor pins and the packaging quality of the pins are guaranteed, and the packaging qualified rate of the capacitor is also improved.

The utility model provides a visual conference bridge (VCB) based on Microsoft Share Point Server, comprising a user interface unit (UI), a protocol data unit (PDU), and a communication unit (CU), wherein the UI is used for producing a VCB request and sending the VCB requirement to the PDU; the PDU is used to do IP packing for the VCB request and transmit IP data packets to the CU; and the CU is used for sending IP packets and transmitting the response message received from the outside to the PDU; wherein the PDU decodes the received response message and transmits to the UI.

The invention provides a display device and a control method thereof. The display device comprises a rotating-type flexible screen, a rotating shaft, a gyroscope and a main control unit, wherein during the rotation of the rotating-type flexible screen, the gyroscope senses the angular speed of the rotation of the rotating-type flexible screen, converts the angular speed to a digital signal, and transfers the digital signal to the main control unit, and the main control unit controls the display device to perform corresponding operation according to the digital signal; the control method comprises the following steps of: rotating the rotating-type flexible screen, sensing the angular speed of the rotation of the rotating-type flexible screen during the rotation, converting the angular speed to the digital signal, and controlling the display device to perform the corresponding operation according to the digital signal. The rotating-type flexible screen device of the display device provided by the invention is relatively high in portability, and the control method thereof is relatively convenient and relatively simple.

The invention discloses a diatom growth variable research system based on a square diatom culture frame. The diatom growth variable research system is characterized by comprising a culture chamber, wherein the culture chamber is provided with an air conditioner and the square diatom culture frame in a rectangular framework structure, the top of the square diatom culture frame is provided with a filament lamp light source and an electrification duration control switch, the four corner parts of the square diatom culture frame in the horizontal direction are provided with four guide posts, support plates in horizontal arrangement are arranged among the guide posts, container positioning grooves are arranged on the support plates, the four corner parts of the support plates are provided with guide sleeves capable of being glidingly sheathed on the guide posts, positioning screw bolts used for positioning the support plates after the sliding of the support plates are also screwed and connected onto the guide sleeves, and the diatom growth variable research system also comprises a color control mechanism horizontally arranged between the light source and the support plates. The system provided by the invention can realize the regulation and control on various variables including the diatom growth so that the influence condition of each variable on the diatom growth can be conveniently researched, and meanwhile, the diatom growth variable research system has the advantages that the structure is simple, and the variable regulation and control is very convenient and fast.

The invention relates to a network manage system, which comprises user terminal for sending service request to corn module, and receiving feedback result; corn module for receiving the request and receiving the information reported from network unit; managed network unit for responding the service request of corn module and reporting order information to the corn module; the corm module comprisesweb service layer module, service manage layer module, service processing layer module, data storage layer module, access layer module which are interlayer managed. The invention also provides a relative manage method. The invention can improve system safety and flexibility without block.

The invention discloses an axial flow turbine mechanical blade parameterization method applicable to bending, twisting and sweeping. The method comprises the following steps: dividing a axial flow turbine mechanical blade into a plurality of blade sections along the blade height direction; determining independent blade profile parameters of each section; calculating key control point coordinates and a blade profile curve equation according to the blade profile parameters; determining a position of a leading edge point of each section blade profile and calculating coordinates of a plurality ofblade profile data points through the curve equation; determining an equation of a blade stacking line in the blade height direction by taking the leading edge point of each section blade profile as areference; obtaining space coordinate of the leading edge point of each section, carrying out coordinate transformation on each section blade profile coordinate data set by taking the leading edge points as references, and generating space coordinates of the section blade profiles; and combining the blade profile data of each section to form a complete axial flow turbine mechanical blade parameterization file. According to the method, various blade forms such as bending, twisting, sweeping and the like can be parameterized effectively, the application range is wide, the parameter significanceis clear to facilitate design and optimization of the blades, and the parameterization problem is solved for the research of the pneumatic performance.

The apparatus comprises: a user interface unit used for generating a multi-part conference request and sending the generated multi-part session conference request to the protocol unit; a protocol unit used for making IP package for said multi-part conference request and sending the IP packet to the communication unit; a communication unit used for sending the IP packet to outside and replaying the response message received from outside to the protocol unit; wherein, the protocol unit is used for decoding the received response message and relaying it to the user interface unit.

The invention discloses a machining workbench with the height capable of being rapidly adjusted and controlled. The machining workbench comprises a supporting table, a first supporting control mechanism, a fixed mounting hole, a supporting fixing plate and a second supporting control mechanism. In the using process of the machining workbench, a transmission rod and an adjusting threaded rod in the first supporting control mechanism and the second supporting control mechanism are controlled by a motor to synchronously rotate forwards and backwards; an adjusting plate is driven by the rotating adjusting threaded rod to perform transverse reset movement in a limiting plate, in other words, a sliding supporting clamping block can ascend and descend through a third adjusting toothed plate and a fourth adjusting toothed plate by means of a second adjusting control gear, a first adjusting control gear, a second adjusting toothed plate and a first adjusting toothed plate, so that the lifting sliding supporting clamping block drives a supporting table to conduct lifting control and adjustment through a supporting base, the supporting table can be rapidly adjusted in a labor-saving manner in the using process, and the machining speed of mechanical parts is increased.