32 results about "Detector control system" patented technology

The invention relates to a urine detector control system based on an intelligent closestool. The urine detector control system comprises the intelligent closestool, a urine analyzer, a cloud server and a mobile phone client, wherein the intelligent closestool is used for collecting a urine sample and acquiring physical characteristics and chemical components of urine; the urine analyzer is used for receiving physical information of the urine and conducting dry-chemistry analysis on a piece of urine test paper; the cloud server is used for receiving and storing urine test information and personal data and information transmitted by the urine analyzer, analyzing and processing the urine test information and the personal data and information, generating a urine test analysis report in combination with a cloud database, offering personalized health guidance opinions and downloading the opinions to local; and the mobile phone client is used for implementing user registration and logging, modifying personal basic information, checking recent urine test data, checking a health report and completing offline consulting, reservation consultation and video consultation. The invention also discloses a control method of the urine detector control system based on the intelligent closestool. As an important implementing measure for family medicine and an important way for relieving hospital's inspection pressure, the control system and the control method are quite broad in application prospect.

The invention discloses a network intelligent open fire detector control system which mainly comprises an open fire detector and a wireless gateway (base station) and so on. The core module group of the open fire detector comprises a central processor and a wireless module group unit and an ultraviolet flame detection system which are connected with the central processor. According to the system, the wireless module group unit performs data communication with the wireless gateway (base station), the wireless gateway (base station) is connected with a business engine, the business engine performs data interaction with a cloud side data server, and the cloud side data server is connected with multiple types of client sides through the network. With application of the system, the disadvantages that the ultraviolet flame detector has poor sensitivity and small detection distance and have no resistance to lightning interference and has certain rate of false alarm can be solved, and remote command deployment can be realized in case of emergency event so that unnecessary property loss can be reduced, and the powerful guarantee can be provided for the fire fighting force to quickly and effectively handle various fire accidents.

The invention provides an up-converting phosphor (UCP) bio-detector and a method for detecting sampling test strips. The UCP bio-detector consists of an optical system, a photo-detector, a control system, a driving module, a stepping motor and a scanning platform for placing the test strips, wherein, the control system comprises a micro-processor, a photo-detector interface, a signal acquisition circuit, a driving module interface, an LCD (liquid crystal display) module, a matrix keyboard, an RFID (radio frequency identification) module, a D / A (digital to analog) converter, a memorizer, an SD (secure digital) memory card and a micro-printer; and each test strip consists of test paper mounted inside the casing of the test strip and an RFID card, the test paper comprises a sample pad, a detection band and a quality control band, and the RFID card contains the information including test paper ID, substances to be detected, decision values, a parameter A and a parameter B. The control system of the invention has the advantages of simple design and convenient debugging, and the biological immunological detection can be carried out rapidly and accurately.

The present invention includes a method of measuring performance and capacity of a network includes monitoring network activity using an application programming interfaces monitoring system with a web services definition language file and at least one probe. The web services definition language file provides instructions to a probe control system in the application programming interfaces monitoring system and the probe control system providing regular expressions to the at least one probe. Then, performance data is collected using the at least one probe. The performance data includes a date stamp and a collection of performance information. Next, using the at least one probe, performance data measurements are transmitted between the network and the application programming interfaces monitoring system. The application programming interfaces monitoring system stores the performance data measurements in a database of performance data monitored and analyzes the performance data measurements to determine performance and capacity of the network. After that, the application programming interfaces monitoring system reports information on performance and capacity of the network to a network operations center dashboard.

The invention discloses a road damage detection robot system. The system comprises a robot body system, wherein the robot body system comprises a mobile platform system and a detection system; the detection system is mounted on the mobile platform system; the detection system comprises a knocking and scanning detector, a lifting mechanism and a detector control system; the lifting mechanism is mounted on the mobile platform system; the knocking and scanning detector is mounted on the lifting mechanism; and the detector control system is electrically connected with the knocking and scanning detector. By adopting the detection system disclosed by the invention, intelligent detection can be realized; due to no need of manual operation, the accuracy of detection security and detection data can be improved; a plurality of lossless detection sensors are integrated, so that comprehensive evaluation of pavement and internal conditions of the pavement can be realized at one time, the detection efficiency is greatly improved, and the influence on road trafficability is also reduced.

The invention relates to an enamelled wire quality on-line monitoring system which comprises a detector control box, a plurality of line detectors and a computer, wherein the detector control box is respectively connected with the computer and the line detectors through lines; each line detector comprises a shell, a surface defect detection sensor and a centering guide wheel, the bottom of the shell is provided with an installing guide rail, the middle of the upper end of the shell is provided with the surface defect detection sensor, two sides of the surface defect detection sensor are provided with the centering guide wheels; and two ends of the shell are respectively provided with a front guide wheel and a rear guide wheel, and a detector control system is arranged inside the shell. The invention has the advantages of improving product quality, reducing defective goods, saving raw materials, and being reasonable in structure and complete in functions as well as visual and convenient for use.

The invention discloses an underwater detector control system comprising a central control station, a control system and an underwater detector. The control system is composed of an underwater information acquisition module, an underwater positioning module, a safety control module, a lighting module, a power module, and a memory. The central control station is in communication connection to the control system through an optical cable; the underwater information acquisition module is connected to the control system through a first input port; the underwater positioning module is connected to the control system through a second input port; and the environmental control module is connected with the control system through a first output interface. The lighting module provides illumination forthe underwater information acquisition module; the power module provides power for the control system; the memory is used for storing data obtained by the underwater information acquisition module; and the control system is installed inside the underwater detector. According to the underwater detector control system disclosed by the invention, the underwater environment is detected jointly by means of the image and sonar, so that the recognition accuracy of the measured object is improved; and the underwater detector is protected from being damaged.

A method and system of measuring performance and capacity of a network includes monitoring network activity using an application programming interfaces (API) monitoring system with a web services definition language (WSDL) file and a probe. The WSDL file provides instructions to a probe control system in the API monitoring system and the probe control system provides regular expressions to the probe. Performance data are collected using the probe. The performance data includes a collection of performance information. Using the probe, performance data are transmitted between the network and the API monitoring system. The API monitoring system stores the performance data in a database of performance data monitored and analyzes the performance data to determine performance and capacity of the network. The API monitoring system reports information on performance and capacity of the network to a network operations center dashboard.

The invention discloses full-automatic magnetic powder flaw detection equipment. The equipment includes a flaw detector control system, a camera module connected with the flaw detector control system,and a remote computer connected with the flaw detector control system through a network; pictures subjected to flaw detection magnetization and spraying are acquired through the camera module and aretransmitted to a remote computer terminal for image identification, when cracks of a workpiece and other damaged parts are identified, an alarm signal is automatically sent to the flaw detector, collected data of a weighing sensor, a displacement sensor and a laser distance measuring sensor and automatically generated magnetization parameters are gathered, pictures shot at flaw detection parts are combined, a flaw detection report is automatically generated and automatically printed, the situation that flaw detection workers need to collect various data to write reports is alleviated, remoteworkers can conveniently know the workpiece detection situation in time, the flaw detection system and the remote computer are combined for use, the mode of flaw detection work automatic operation andremote computer intervention is adopted, the work efficiency is improved, and the flaw detection effect is guaranteed.

The invention discloses a method for measuring the softness of cut tobacco. The initial height of a cut tobacco sample is set to be constant according to the different softness of the cut tobacco anddifferent deformation under stress, through an extrusion plate, the cut tobacco in a measuring cylinder is extruded downwards for the pressing time T at the constant pressing pressure F, the extrudedheight H1 of the cut tobacco with the different softness directly facing the extrusion plate varies, the ratio of a height difference between the extruded height H1 and the initial height H0 to the initial height H0 is used for characterizing the softness S of the cut tobacco sample, and the softness of the cut tobacco is reflected more accurately and truly. A cut tobacco softness detector comprises a base, a machine body, an extruding plate, a measuring cylinder, a cut tobacco pressing mechanism, a cut tobacco height measuring mechanism and a detector control system, the cut tobacco pressingmechanism comprises a sliding shaft and a driving mechanism for driving the sliding shaft to move up and down, the extrusion plate and the lower end face of the sliding shaft are vertically and fixedly arranged, and a counterweight weight is arranged on the upper end face of the sliding shaft, so as to extrude the cut tobacco softness detector.

The invention discloses a tobacco shred elasticity detection method. According to the method, the initial position of a tobacco shred pressing mechanism is constant, the moving distance in the pressing process is constant, the pressure height H<0> of tobacco shreds at a pressure application ending moment is constant, height L<0> covers tobacco shred filling values, tobacco shred elasticity obtained through calculation conceals defects of part of elasticity values, and the tobacco shred elasticity is reflected more accurately and truthfully. A tobacco shred elasticity detector comprises a base,a body, a measuring cylinder, the tobacco shred pressing mechanism, a tobacco shred height measuring mechanism and a detector control system, wherein the tobacco shred pressing mechanism comprises apressing head matched with the measuring cylinder, a sliding shaft and a driving mechanism, weights are arranged on the upper end face of the sliding shaft, and the driving mechanism drives the sliding shaft to move up and down at a constant speed; and the pressure of the tobacco shred pressing mechanism in the sample tobacco shred pressing process is adjusted through the weights, more comprehensive evaluation of tobacco shred quality is benefited, and technical support is provided for quality improvement and evaluation work of the tobacco shreds.

The invention discloses a programmable infrared lighting and insertion tube type LED display module which comprises a CPU (Central Processing Unit) control circuit, a light-sensitive detector and a control system, wherein the CPU control circuit, the light-sensitive detector and the control system are adopted to control an infrared LED display module simultaneously; the infrared LED display moduleis composed of infrared tubes which are embedded into an LED display module or mounted on the edge of the LED display module; the control system is used for receiving state information of different modules of a light-sensitive resistor through a serial data communication circuit, and used for analyzing and processing the state information; the control system is provided with a loop control infrared tube for independently controlling infrared tubes; and intensity controllable infrared rays can be generated from the infrared tubes. The invention mainly aims to record and trace road running vehicles through auxiliary night cameras;under the condition of low cost, the clarity of road information acquisition videos of the cameras is improved, a completely novel improvement way is provided forintelligent city traffic construction, the cameras are assisted to acquire more road information at night, the quality of monitoring videos is improved; and under the condition of low cost, the display quality of a city traffic monitoring platform is improved.

The invention provides novel tension detectors and a control system thereof. The novel tension detectors comprise novelly designed shells, sensor wire clamping rods, sensor hanging pins, sensor hanging pin caps, first sensor leads and second sensor leads; one ends of the novel designed shells are provided with openings; the openings sleeve the sensor wire clamping rods which are used for clampingtransverse metal steel wires of tension fences; the sensor hanging pins are arranged at the bottom ends of the sensor wire clamping rods; the sensor hanging pin caps sleeve the sensor hanging pins andare connected with the bottom ends of the sensor wire clamping rods through elastic materials; gaps are reserved between the sensor hanging pins and the sensor hanging pin caps; the first sensor leads are connected with the sensor hanging pins; and the second sensor leads are connected with the sensor hanging pin caps. The novel tension detector control system comprises the one or more novel tension detectors, and further comprises a controller and an alarm module, wherein the controller is connected with all the novel tension detectors and used for receiving signals of the novel tension detectors, and the alarm module is connected with the controller.

The invention belongs to the electron equipment technical field, and discloses a flight type radar life detector comprising a control box, an operation page, a display, aircraft direction control handles, a human life information screen, an equipment cabin, an antenna, a rotor, a motor and an undercarriage; a flight type radar life detector control system comprises an LED light source, a power supply portion, a camera, a radar detection wave, a microphone, a noise reduction unit, a loudspeaker, a signal amplifier1, a signal acquisition portion, a filter signal sensor, a signal amplifier 2, a video reception end, a voice reception end and life characteristic information; the top of the control box is provided with the human life information screen; two sides of the control box are respectively provided with the aircraft direction control handle; one end of the control box is provided with the operation page and the display arranged on the top of the operation page; the bottom of the equipment cabin is provided with the undercarriage; the flight type radar life detector is strong in function, wide in life detection scope, thus greatly improving rescue strength.

According to the present invention, the sonar principle is used to move and measure, measurement information is timely returned to the detector control system of a ground monitoring host machine through a fiber, and a system is formed by a detector, a controller and a ground monitoring host machine to use an image sonar and a reluctance sensor to measure the morphological characteristic of the salt cavern and a detection sailing angle. The controller with a C8051F020 microcontroller as a core collects and processes a signal and sends the signal to the ground monitoring host machine for displaying, at the same time the rotation speed and direction control of the detector are realized by a driving motor, the system has a battery power monitoring function, and the power supply reliability of the control system is ensured.

The invention discloses a small body spinning angular velocity dynamics correcting method, and belongs to the technical field of deep space exploration. The method includes the steps of introducing the spinning angular velocity into an estimation system state vector, establishing a small body spinning angular velocity dynamics correcting state model based on intra-equipment measurement under a small body fixed connection system, establishing a small body spinning angular velocity dynamics correcting observation model based on the intra-equipment measurement with intra-equipment ranging as theobservation amount, correcting the small body spinning angular velocity and the position and speed vectors of two detectors through a nonlinear estimation filtering algorithm in combination with the small body spinning angular velocity dynamics correcting state model and the small body spinning angular velocity dynamics correcting observation model based on the intra-equipment measurement, and establishing a small body detector control system state model through the corrected spinning angular velocity so as to improve the orbit and attitude control precision of the detectors under the small body fixed connection coordinate system and improve the diversion and landing task safety.

The invention discloses a high-level waste bin nondestructive detector control system and method, and the system is characterized in that a human-computer interface touch screen is connected with a first switch through the Ethernet, the first switch is connected with a main controller and an auxiliary controller through the Ethernet, the main controller is connected with the auxiliary controller through the Ethernet, the main controller and the auxiliary controller are connected with a second switch through an industrial bus, the second switch is connected with a main I / O module and an auxiliary I / O module through an industrial bus, the main I / O module and the auxiliary I / O module are connected with a third switch through an industrial bus, the third switch is connected with a plurality of drivers in series through an industrial bus. A safety special programmable logic gate array is connected with each driver through hard wiring, and each driver is connected with one servo motor through a cable. The controller redundancy, the I / O module redundancy and the safety function redundancy are designed for the high-level waste bin nondestructive detector, and the reliability and the safety of the nondestructive detector are further enhanced while the detection efficiency of the nondestructive detector is improved.

The invention discloses a cut tobacco support strength detection method. Sample cut tobaccos in a measuring cylinder are pressed once by flattening the pressure, then the cut tobaccos in the measuringcylinder are pressed down for a certain period of time by applying the pressure, after the cut tobaccos with different support strength are pressed, the height variation is different, the support strength Q of the sample cut tobaccos is characterized by the ratio of the first compression height H0 to the height difference between the first compression height H0 and the second compression height H1, the overall support strength of the sample cut tobaccos is characterized, and thus the support strength of the cut tobaccos is reflected more accurately and truly. The invention discloses a cut tobacco support strength detector. The cut tobacco support strength detector comprises a base, a machine body, the measuring cylinder, a cut tobacco pressing mechanism, a cut tobacco height measuring mechanism and a detector control system; the cut tobacco pressing mechanism comprises a pressing head, a sliding shaft and a driving mechanism; the pressing head is connected to the lower end surface ofthe sliding shaft, under the control of the detector control system, the driving mechanism drives the sliding shaft to move up and down, and the support strength of the cut tobaccos is measured accurately.

The invention discloses a remote monitoring system for a hollow axle flow detector. Remote monitoring software is designed according to certain data format specifications, establishes contact between a flaw detector control system and a host and realizes the remote monitoring of the enterprise host over the flaw detector control system. Moreover, a first remote monitoring protocol module is arranged on an intelligent terminal, and correspondingly, a second remote monitoring protocol module is arranged on the flaw detector control system. The first and second remote monitoring protocol modulesspecify a data format of a communication message between the host and the flaw detector control system, so data inconsistent with the specifications is prevented from entering the flaw detector control system, and particularly, the possible threads of virus data to the flaw detector control system are avoided. The communication message is transmitted after being converted into the data in the specified format, so the security of the communication message is ensured.

The invention discloses a meridian and collateral detector data acquisition system based on a signal differential amplification circuit. The meridian and collateral detector data acquisition system is mainly composed of a detector data acquisition system and a probe assembly, a grab handle and a main controller which are all connected with the detector data acquisition system. The grab handle is connected with the probe assembly. The detector data acquisition system is composed of a central controller and an LED display, a USB interface, an instrument parameter prestoring module, an A / D conversion module and a power supply which are all connected with the central controller. The meridian and collateral detector data acquisition system is characterized in that a signal regulation filter circuit and the signal differential amplification circuit are sequentially connected between the probe assembly and the A / D conversion module in series, and a voltage stabilization, rectification and filter circuit is connected between the central controller and the power supply in series. By means of the meridian and collateral detector control system, data accuracy of detection and stability of detected data are effectively improved, and data acquisition accuracy of a human body meridian and collateral detector is improved.

The present invention relates to a methanol gasoline detector control system. Foreign import inspection equipment is also based on spectral analysis, and the equipment is more accurate, but has the problems that the equipment is expensive, harsh in demanding conditions and inconvenient to carry. The methanol gasoline detector control system includes a main control circuit, a measuring circuit, a power supply circuit, a communication interface circuit, an external memory circuit and a liquid crystal display module. The methanol gasoline detector control system can ensure the detector detection accuracy, the structure is simple, and the methanol gasoline detector is easy to carry without other equipment for cooperation for detection.

The invention discloses an omni-directional mobile investigation detector, a control system and a control method, and relates to the technical field of unmanned aerial vehicles. According to the omni-directional mobile investigation detector provided by the invention, on the basis of a fork-shaped quadrotor structure, two auxiliary rotor assemblies are additionally arranged to increase the torque, and through cooperation with four main rotor assemblies, the omni-directional mobile investigation detector not only can fly in the air, but also can flexibly move forwards, backwards, leftwards, rightwards, turns, longitudinally inclines forwards and backwards and the like in a water area environment, is high in maneuverability, is not limited by complex and changeable geographical environments, can realize aerial investigation and underwater detection, and is high in functionality. According to the invention, more accurate sampling data is obtained based on a fuzzy voting mechanism, and then the current pose information is calculated through an explicit complementary filtering algorithm, so that the omni-directional mobile investigation detector can realize strong disturbance rejection control of the body of the omni-directional mobile investigation detector in a long and narrow section and a torrent surge environment.

The invention belongs to the technical field of electrics and particularly relates to a detector control system. The detector control system provided by the invention is convenient to use and operate in various environment states. The detector control system comprises a controller, a detection sonar module, a magnetoresistive sensor, a power supply battery pack, an optical fiber converter, an upper computer, motors and propellers. The detector control system is characterized in that the controller comprises a single chip microcomputer, an RS232 module, an optically-coupled isolation circuit, a battery pack electricity quantity monitoring circuit, a power amplification circuit, a comparison module, a storage module and a wireless receiving module; an input port of the single chip microcomputer of the controller is connected with the detection sonar module and the magnetoresistive sensor, and the power supply battery pack is connected with the battery pack electricity quantity monitoring circuit of the controller; the RS232 module of the controller is connected with the optical fiber converter, and the optical fiber converter is connected with the comparison module, the wireless receiving module and the upper computer; and the power amplification circuit is connected with the optically-coupled isolation circuit and the motors, and the output ends of the motors are connected with the propellers.

The invention discloses a biological virus concentration detector based on the Internet of Things technology, and belongs to the field of virus detection. The biological virus concentration detector based on the Internet of Things technology comprises a micro-fluidic chip installed in a detector body, a detector control system is arranged in the detector body, and the detector control system comprises a central controller; the output end of the central controller is electrically connected with a display module and a mobile terminal through wires, and the input end of the central controller is connected with a power module and a detection module through wires. Through the coordination of the detector control system and the promoting reaction tube, automatic detection of virus concentration carried by animals and plants can be achieved, and the flowing speed of the extracting solution in the channel layer is effectively promoted, so that the combining efficiency of viruses in the extracting solution and the antibody solution is improved, the reaction precipitation time is shortened, the biological virus concentration detection efficiency is improved, and the development and application of the biological virus detection technology are promoted.

The invention discloses a multi-channel seawater nutritive salt detector control system and control method based on a CAN bus. the control system comprises a control node and a parameter acquisition node; The control node comprises a single-chip microcomputer minimum system module with a built-in microcontroller, a filter pump driving module, a floating ball liquid level switch, a data storage module, a CAN communication module and an upper computer communication module, wherein the filter pump driving module, the floating ball liquid level switch, the data storage module, the CAN communication module and the upper computer communication module are electrically connected with the microcontroller. According to the control system disclosed by the invention, five nutrient salt parameter concentrations are accurately measured at the same time, the whole system is divided into a control node and a parameter acquisition node, and a large function is decomposed into sub-functions to be realized respectively; Hardware design adopts a modular design thought, and all modules are combined to achieve a set target, so that the size of the control system is small, the integration level and the automation degree are high, and subsequent function addition and system upgrading are facilitated.

The invention relates to an enamelled wire quality on-line monitoring system which comprises a detector control box, a plurality of line detectors and a computer, wherein the detector control box is respectively connected with the computer and the line detectors through lines; each line detector comprises a shell, a surface defect detection sensor and a centering guide wheel, the bottom of the shell is provided with an installing guide rail, the middle of the upper end of the shell is provided with the surface defect detection sensor, two sides of the surface defect detection sensor are provided with the centering guide wheels; and two ends of the shell are respectively provided with a front guide wheel and a rear guide wheel, and a detector control system is arranged inside the shell. The invention has the advantages of improving product quality, reducing defective goods, saving raw materials, and being reasonable in structure and complete in functions as well as visual and convenient for use.

The invention provides an underwater crack detector control system and method. The control system comprises a mobile terminal, a server, a plurality of cell terminals and an underwater crack detector; the underwater crack detector shoots pipe walls of underwater pipelines to acquire video data; a control unit is used for analyzing the acquired video data at real time, intercepting a video segment containing a corrosion or a crack as a suspicious video when judging the corrosion or the crack exists in the video data, and sending the suspicious video to the mobile terminal by a communication unit; the mobile terminal is used for filtering the received suspicious videos by workers and uploading the filtered suspicious videos to a server; according to the corrosion or crack degree in the suspicious video, the server generates a reminding instruction and sends the reminding instruction to the cell terminals; and, the cell terminals display the received reminding instruction. The underwater crack detector control system can detect the crack of the underwater pipelines by infrared detection, and can send the videos to the mobile terminal, so that the workers are convenient to check.