49results about How to "Data display is intuitive" patented technology

A disclosed on-line water-quality monitoring system based on an intelligent terminal comprises an on-line water-quality monitoring apparatus, the intelligent terminal, a server and a power supply apparatus; the on-line water-quality monitoring apparatus comprises multiple single-point water-quality monitoring devices, and each single-point water-quality monitoring device comprises a single-point water-quality monitoring sensor, a single-point sensing-data processing module and a single-point water-quality data transmission module; the intelligent terminal comprises multiple single-point intelligent terminals for receiving single-point water-quality monitoring data; the server is used for receiving and feeding back all single-point water-quality monitoring data and data requests sent by the single-point intelligent terminals; and the power supply apparatus is used for supplying power supply. The system is capable of monitoring water-quality data of all single points in real time, also transmitting the water-quality data to all single-point intelligent terminals in real time, uploading the water-quality data of all single points to the server in real time by combining a geographical information system, and individually feeding the water-quality data back to a user as requested data according to data requests of all single-point intelligent terminals. The system has the characteristics of individual customization, real-time uploading and feedback, visual data display and friendly interface.

The invention discloses a dilatometer for measuring the expansive force by a constant volume method, and relates to geotechnical test apparatuses. According to the structure of the dilatometer, a fixing system is connected with a measuring system, the fixing system comprises a fixing base, circular steel columns, a square crossbeam with a hole, a knob, a lower permeable stone, an upper permeable stone, a cutting ring fixing cylinder, a cutting ring, a nut, and a gasket, and the measuring system comprises a pressure sensor, a data display meter, a computer, and a dial gauge. The dilatometer is advantageous in that 1) constant volume: the volume of a soil sample in the whole test process is invariable; 2) high precision: the pressure sensor is advantaged by high precision and large measuring range, and the precision of test results is improved; 3) wide range: the dilatometer is applicable to measurement of the change of the expansive force in the soaking process of the soil sample and with the change of the environmental humidity condition and the test of the expansive force under the temperature control; and 4) the structure is good, the installation is convenient, the operation is simple, and the data display is visual.

The invention belongs to the technical field of smoke detection and particularly relates to an online monitoring system of ultralow-concentration smoke and an analysis method thereof. The online monitoring system of ultralow-concentration smoke disclosed herein comprises a smoke sampling system, a gas pretreatment system, a dried compressed air generating system, a gas component analysis system, a temperature-pressure flow measuring system. The invention also discloses the analysis method relating to the online monitoring system of ultralow-concentration smoke. The online monitoring system of ultralow-concentration smoke and the analysis method have the advantages that the gas sampling system provides thermal treatment, dissolution loss of measured gas due to high-humidity environment in a flue is prevented effectively, flow speed measuring is stable and reliable, the flow speed can reflect working conditions better, the sample gas pretreatment system is researched and designed independently, the special material selected can remove moisture in smoke within a short time, gas component loss is avoided, operation configuration software has a friendly interface, data are visually displayed, and operation is simple and feasible for a user.

A measuring device for the mounting dimensions of a core rotor of a turbocharger relates to the measuring device for the mounting dimensions of the turbocharger, which aims at the problems that the existing measuring method for the mounting dimensions of the core rotor of the turbocharger has fussy technique, high intensity of worker labor, and low measuring precision, and can not be applicable to the automatically assembling work. A left support frame and a right support frame are fixedly connected with a left V-shaped locating block and a right V-shaped locating block. The centering assembly of a right rotor is fixedly connected with the right support flame. A left cylinder and a right cylinder are both fixedly connected with a base. A positioning head is fixedly arranged on the right cylinder. The left cylinder is connected with a connecting bar, an X direction of which is fixedly connected with a Y directional left accurate electric control terrace part. A left displacement pickup and a right displacement pickup are arranged on a left mounting rack and a light mounting rack. An impeller measuring head is connected with a left third mounting plate, the Y direction of which is fixedly connected with an X directional right accurate electric control terrace part. A turbine measuring head and a shifting fork are fixedly connected with a right first mounting rack. A motor is connected with the shifting fork by a synchronous toothed belt mechanism. The measuring device has the advantages of simple operation, high measuring accuracy (can reach 5 micron), and is suitable for automation assembling work.

The invention discloses a three-axis permeability testing method, and belongs to the field of coal bed gas exploitation. A rock sample is placed in a model system (1), then pressure pulse is applied on the rock sample; a gas control system (2) supplies test gas to the model system (1); a temperature control system (3) controls the temperature of the model system (1); a three-axis loading system (4) applies confining pressure and axial pressure on the rock core clamper of the model system (1); a vacuumizing system (5) vacuumizes the test device; a gas sample collecting system (6) detects the gas components after the test; and an electrical controlling and monitoring system monitors the test process. The method comprises following steps: filling a sample into a tank, checking the airtightness, carrying out a permeability test, and cleaning the test system. The provided method can simulate a high temperature and high pressure environment of a deep stratum in a lab; pressure pulse is applied on the inlet end of a rock sample, the attenuation data of pressure pulse can be obtained, and then the rock sample permeability is calculated based on the attenuation data. The test efficiency ishigh, the external interference is little, and the test result is more accurate.

The invention provides a logistics monitor, and relates to a device connected to a wrappage and used for monitoring the motion state of the wrappage in transportation as well as load and unload processes, which can concisely and accurately reflect that whether the wrappage exceeds the standard obliquity and / or vibrates or not in the transportation process. The logistics monitor comprises a case body connected with the wrappage and an electronic circuit arranged in the case body, wherein the electronic circuit comprises a processor, a display module, a power supply module and a control module which are connected mutually; the electronic circuit also comprises an event sensing module connected with the processor; and the event sensing module comprises a vibration switch for acquiring historical vibration events and at lease a pair of ball switches for acquiring historical angle change events. The logistics monitor only acquires information on angle changes and vibration condition, including time quantum, has accurate and complete recording. The logistics monitor has the advantages of high reliability, direct and concise viewing data display, convenient use and wide application range.

The invention discloses a dynamic detection system for a high-speed railway track condition. The dynamic detection system comprises a mechanical module, a transmission module and a software module, the mechanical module comprises laid steel rails, sleepers and fasteners. The transmission module comprises a plurality of sensors, a data collection card, an industrial camera and an industrial personal computer; the software module comprises a steel rail measurement sub-module and a component image analysis sub-module; the industrial personal computer acquires signals from the data collection cardin a serial communication mode, and the sensors and the data collection card are in wireless signal transmission; by dynamically detecting the geometrical states of steel rails, steel rail connectingfasteners, sleepers and other components of the rail, the reliability of rail detection is effectively improved, and the stability of the rail is further improved.

The invention discloses a dynamic detection method for high-speed railway track conditions. The method comprises the following steps: S1, data acquisition: thickness, width, height, outline and otherdata of steel rails and sleepers are acquired through sensors when a train runs; S2, data storage: a set database is divided into a configuration database and unit databases, each sensor corresponds to one unit database, and the configuration database stores related configuration information; S3, data analysis: the acquired steel rail data is analyzed, and acquired pictures of the steel rails, fasteners and the sleepers are analyzed; S4; data comparison: the data analyzed in S3 is compared with the original data of the steel rail components, and the health condition of the steel rail components is judged; and S5; fault display: after a diagnosis result is obtained, the fault type is displayed through an industrial personal computer. By dynamically detecting the geometrical states of steelrails, steel rail connecting fasteners, sleepers and other components of the rail, the reliability of rail detection is effectively improved, and the stability of the rail is further improved.

The invention provides a portable tester for braking torque of an elevator brake in use. The tester can quantitatively and accurately inspect the braking torque of a static elevator in use and provide a reliable basis for comprehensive inspection of the elevator. The tester comprises a tuning gear and a control system, wherein the turning gear comprises a turning hand wheel and multiple different specifications of detachable small wheels coaxial with the turning hand wheel; the small wheels are in multiple relation with the radius of the turning hand wheel, and a torque sensor and a touch display are mounted on the turning hand wheel; the control system comprises an input / output system and a computer chip control system. The tester is portable, field measurement by elevator inspectors is facilitated, the measuring process is convenient and quick, measured data are scientific and accurate, no damage is caused to the tested elevator, and the safety is high.

The invention discloses a gravity type slope monitoring device capable of feeding back angle signals instantly. The device comprises a shell, a measuring device and a data transmission device. The shell is a cylindrical shell made of stainless steel materials, the main functions of the shell are wind prevention, water prevention, dirt entry prevention and the like, and the shell has certain strength and is not easy to deform or corrode. The measuring device is connected with the data transmission device through a wire, when the slope angle changes, the resistance value in the measuring device changes, the change of the resistance value is output through the data transmission device, so that the change of the angle is reflected. The measuring device comprises a sliding block, a track, a long resistor, a conductive sliding block, a fixed device and a wire, the data transmission device comprises a long resistor, a wire, a power supply, a modified ohmmeter, a signal transmitter and a signal receiver. The objective of the invention is to overcome the defects that a current slope monitoring early warning device is high in cost and complex in operation to cause that the current slope monitoring early warning device cannot be suitable for all the engineering environments, and the gravity type slope monitoring device capable of feeding back angle signals instantly is low in cost, high in precision and simple to operate.

The invention discloses a magnetic suspension supporting rotary table, belonging to the technical field of physical experiment equipment. The magnetic suspension supporting rotary table comprises an outer cylinder, wherein a rotating shaft is longitudinally inserted into the outer cylinder, a rotary table is arranged at the top end of the rotating shaft, a first magnet and a second magnet are respectively arranged on the opposite side walls of the outer cylinder and the rotary table, and a display part is arranged on the outer wall of the outer cylinder. The magnetic force can be adjusted in atargeting manner according to the specific use condition, so that the magnetic suspension supporting rotary table can be used in different environments and has a relatively wide application range; byvirtue of the cooperative use of pressure sensing equipment and the display part, and the detected pressure can be displayed through the display part, so that the displaying of the data is relativelyvisual; by arranging a sliding sleeve, the friction is relatively small during the up-down movement of the rotating shaft, and the rotation is relatively steady in use; and the resistance value of asliding resistor can be adjusted through a driving motor, so that the resistance value and an output current value can be changed.

The invention relates to a pipe center alignment mechanism and a method for a ship tail pipe, which belongs to the field of marine manufacturing equipment. The pipe center alignment mechanism for a ship tail pipe comprises an adjusting ring and an adjusting screw. The adjusting ring is provided with the adjusting screw in the radial direction. A centering seat is provided at the center of the adjusting ring. The centering seat is provided with a fixing shaft. A conversion shaft is provided in the fixing shaft. A target frame is provided on the conversion shaft. The axial direction of the conversion shaft is provided with a laser line with respect to the tail pipe. A dial gauge is provided on the target frame. The adjusting ring is provided in the inner wall of the tail pipe by the adjusting screw. In the pipe center alignment mechanism for a ship tail pipe, the original steel wire is replaced by the laser line, and the inner diameter micrometer is replaced with an adjustable target center and is equipped with a dial indicator, thereby simplifying a measuring device and increasing the measurement accuracy. In addition, the invention is simple in operation, and can be adjusted by a single person in a short time.

The invention discloses an experimental device for igniting combustibles through arc discharge. The experimental device comprises a power supply module, a load module, an arc striking module and a control platform. The input end of the power supply module is a 380V power distribution network, and the output end is connected with the arc striking module and the load module. The control platform obtains the voltage of the power supply module, the current of the power supply module, the temperature of the arc striking module and the pressure of the arc striking module in real time. The control platform adjusts the power of the load module and adjusts the motion state of the linear module. The experimental device has the functions that the environment atmosphere and the arc discharge energy can be regulated and controlled, and the combustible materials can be replaced, and the experimental device which is safe, reliable, good in repeatability and easy and convenient to operate is provided for research of the combustible materials ignited by the arc and test of the combustible materials ignited by the arc; the device can be used for studying the mechanism of igniting combustibles by arc discharge, studying the flame retardant property of the material under the action of the arc and the like.

The invention belongs to the technical field of hemodialysis, and discloses a hemodialysis rehabilitation exercise training method and system and a terminal. The hemodialysis rehabilitation exercise training system comprises a patient information acquisition module, a dialysis data acquisition module, a central control module, a dialysis data processing module, a calibration module, a massage module, a rehabilitation recording module and a display module. Standard operation processes are implemented by the dialysis data processing module step by step, errors are decreased, a structure is modularized, real and clinical data support is provided for data analysis, dialysis historical data of patients are displayed in a dotted line mode, a process node execution display window is set, and medical staff can adopt dialysis states at any time. Besides, the state of a calibrated hemodialysis machine detector is evaluated by the calibration module, the method is an intelligent metering calibration method integrating multi-parameter comprehensive detection, automatic control of calibration technologies and automatic evaluation of calibration results, and calibration accuracy is improved.

The invention discloses a feeder terminal system which comprises a signal processing unit, a signal acquisition unit, a positioning unit and an upper computer, wherein the signal processing unit is used for receiving an electric signal of a feeder and map positioning information and outputting the electric signal and the map positioning information after matching the electric signal with the map positioning information; the signal acquisition unit is connected with the signal processing unit and is used for acquiring the electric signal of the feeder and outputting the electric signal to the signal processing unit; the positioning unit is connected with the signal processing unit and is used for acquiring the map positioning information and outputting the map positioning information to the signal processing unit; and the upper computer is connected with the signal processing unit and is used for receiving the matched electric signal and map positioning information which are output by the signal processing unit. Therefore, display of electricity utilization parameters on a map is implemented, and data is more visually displayed.

The invention discloses a cable winding device. The device comprises a bottom plate, wherein a left support and a right support are arranged on the upper part of the bottom plate, one side of the leftsupport is provided with a speed measurer, the speed measurer is connected with the rolling shaft through a belt, the speed measurer comprises a shell, a speed measuring shaft is arranged in the shell in a penetrating mode, the speed measuring shaft is sequentially provided with a speed limiter, a belt roller and a speed measuring disc, a light passing hole is formed in the speed measuring disc,a light emitting light source is arranged on the inner wall of one end of the shell, a photoresistor is arranged on the inner wall of the other end of the shell, the speed limiter comprises a fixing sleeve, a fixing sleeve is arranged on the speed measuring shaft in a sleeved mode, a clamping opening is formed in the inner wall of the fixing sleeve, an inner rotating disc is connected to the speedmeasuring shaft in a key mode, a T-shaped groove is formed in the outer wall of the inner rotary disc, a plurality of buckles are arranged in the t-shaped groove, the buckle comprises a base, the upper part of the base is provided with a hinging seat, and the end part, away from the inner rotating disc, of the speed limiting sheet can be inserted into the clamping opening to be arranged. The cable winding device has the technical effects of being simple in structure, convenient to use, suitable for winding of cables of different types, and capable of adjusting the speed of winding and releasing the cables.

The invention discloses a security monitoring device based on wearable equipment and a personal security method thereof. The security monitoring device comprises a plurality of Bluetooth Beacon terminals and a Bluetooth scanning terminal. The Bluetooth scanning terminal captures, identifies and processes specific data messages periodically broadcasted by the plurality of Bluetooth Beacon terminals. Wearing person positioning is achieved through the Bluetooth receiving signal intensity and the positioning technology, and personal health and security monitoring of enterprise operation personnelis achieved through the NB-IOT communication technology, a heart rate and blood oxygen sensor, a motion step counting detection sensor, a body temperature sensor and other related technical means. Active alarm and abnormal state automatic alarm are realized through an SOS alarm module. The security monitoring device is combined with the development experience of wearable equipment, is wearable andmoves along with a wearer. The personal health safety of the wearer is brought into the security monitoring category, so that the combination of consumer life electronics and industrial security andprotection electronics is realized, and the personal security of the wearer is better guaranteed.

The invention relates to a valve type anchor rod axial force monitoring device, and belongs to the field of sensing technology. An anchor rod is mounted at the center of a monitoring device; a high-pressure pump pours high-pressure fluid into an annular fluid pipeline; the anchor rod drives a valve to move downward to compress a reset spring; along with the movement of the valve, the fluid pipeline and the annular fluid pipeline slowly get connected; a flowmeter A and a flowmeter B calculate the fluid flow in the fluid pipeline respectively; with the increasing axial force, the compressed degree of the valve increases, so does the fluid flow in the fluid pipeline; therefore, the axial force on the anchor rod can be estimated according to the readings of the flowmeter A and the flowmeter B.With a simple structure, the device provided by the invention has relatively good sealing property and can effectively prevent water and explosion to ensure high reliability; moreover, the device isquite easy to operate and suitable for monitoring the axial force of most anchor rods.

The invention discloses an electrical system detection device and a detection system. Moving rollers are fixedly mounted at the bottom of a detection case, the upper part of the rear end surface of the detection case is respectively provided with a display screen used for displaying detection information, a switch button used for controlling the switch, a charging jack socket used for charging a storage battery in the device, a detection line interface row and a multifunctional detection line jack used for connecting detection connecting lines, a multifunctional adjusting knob used for function conversion of the multifunctional detection line jack, and a data transmission jack used for data information mutual transmission between the device and other devices, a drawer is arranged at the bottom of the rear end surface of the detection case, and a detection system device for receiving detection data and analyzing and processing the data is fixedly mounted in the detection case at the upper end of the storage cavity. The device has the advantages of being comprehensive in function, convenient to carry, accurate in detection, more visual in data display and higher in operability, and is mainly used for electrical system fault detection.

The invention discloses a tree display and operation system and method for chip test data. The system comprises a conversion module for converting the format of a test unit; an integration module for integrating data of the test unit and the test unit; a tree structure construction module for analyzing table type data and converting the table type data into tree data with a hierarchical structure; a display module for adding data needing to be tracked to a waveform window; and a data operation module for operating the tree data needing to be operated. According to the invention, original text data is displayed according to a tree structure, the operation of a user can be responded in real time, massive data can be retrieved, a designed waveform window can be used for carrying out operations such as merging, splitting and system conversion on the data, and the problems that the data size of chip testing is large, the data is not visual and is difficult to track and compare are solved.

The invention provides a visual configuration method, system and device for a physical switch, and the method comprises the steps: drawing a simulation diagram of the physical switch at a client through a preset drawing tool according to the model of the physical switch; establishing a switch database, sending a query information instruction to the physical switch by the system end, and storing returned switch data into the switch database; issuing an instruction at the client through the physical switch simulation diagram to operate the physical switch; and the system end communicating with the physical switch and pushing the update data of the physical switch to the client, and the client synchronously updating the display data of the simulation diagram of the physical switch according to the update data. According to the invention, remote operation of the physical switch can be realized through the visual simulated diagram. And the user experience is greatly improved.

The invention discloses a high-precision inner conical surface taper rapid detection tool which comprises a dial indicator, a detection arm and a support, the support comprises a support body, a detection arm installation cushion block and a dial indicator installation block, and the detection arm installation cushion block and the dial indicator installation block are arranged on the support body. The support body is L-shaped; The detection arm installation cushion block and the dial indicator installation block are respectively installed at the lower part and the upper part of the same sideof the support body, the detection arm installation cushion block is provided with a bolt hole, and the dial indicator installation block is provided with a through hole for installing a dial indicator; the detection arm comprises a detection rod and a push rod which are equal in length and are perpendicular to each other, a probe is arranged at the free end of the detection rod, and the free endof the push rod is a measuring head contact end and used for making contact with a measuring head of the dial indicator. The tool is easy to operate, visual in data display and free of skill requirements for operators, the operators detect the parts before the parts are taken off the machine, unqualified products can be found in time, and the paths of missing detection and missing placement of theunqualified products are eradicated.

The invention provides a reuse test device for accelerating the service life and the degeneration of a lighting device, which comprises a test box, a data acquiring card and a computer. A control interface of the computer is used for setting a test; and the data acquiring card is used for receiving control signals from the computer, converting the control signals into digital signals and analog signals, transmitting the digital signals and the analog signals into the test box, acquiring real-time data in the test box, transmitting the real-time data into the computer, and displaying and storing in an image way by a control program developed by a Labview. A multi-route independent constant current control structure is adopted by the application of the test stress in the device, so that the stress conditions of all test pieces cannot be influenced by one another. The device can be used for realizing convenient and fast operation control and the visual data display, supporting multiple test schemes such as defining time, defining number, sequencing and the like, comparing the accuracy degrees of different degeneration accelerating models and service life accelerating models, and developing a new model, thereby being higher in researching efficiency. The reuse test device is better in practical value and wide in application prospect in the technical field of the product test.

The invention discloses a portable geographical information surveying and mapping instrument of a geographical information collection device, which relates to the field of surveying and mapping equipment, including a bluetooth module, a controller module, a storage battery, a data measurement module, a data processing module, a storage module, and a surveying and mapping instrument component. The controller The module includes a wireless transmission module and a controller. The data processing module includes a data analysis unit and a graphic creation unit. The surveying instrument component includes a base, and the upper side wall of the base is fixedly connected with a mounting seat. Through the Bluetooth module, The wireless transmission module and the controller module are used together to connect the mobile display device to the surveying instrument through the network, and the geographical information data measured by the surveying instrument can be processed and fed back to the mobile device in real time, enabling the operator to The data operation on the mobile device does not require the operator to perform data surveying and mapping next to the surveying instrument, and the data display is more intuitive, which greatly facilitates the surveying and mapping work of geographic information.

The invention discloses a three-axis permeability testing method, and belongs to the field of coal bed gas exploitation. A rock sample is placed in a model system (1), then pressure pulse is applied on the rock sample; a gas control system (2) supplies test gas to the model system (1); a temperature control system (3) controls the temperature of the model system (1); a three-axis loading system (4) applies confining pressure and axial pressure on the rock core clamper of the model system (1); a vacuumizing system (5) vacuumizes the test device; a gas sample collecting system (6) detects the gas components after the test; and an electrical controlling and monitoring system monitors the test process. The method comprises following steps: filling a sample into a tank, checking the airtightness, carrying out a permeability test, and cleaning the test system. The provided method can simulate a high temperature and high pressure environment of a deep stratum in a lab; pressure pulse is applied on the inlet end of a rock sample, the attenuation data of pressure pulse can be obtained, and then the rock sample permeability is calculated based on the attenuation data. The test efficiency ishigh, the external interference is little, and the test result is more accurate.

The invention discloses a dynamically monitoring system for radio frequency power supply with integrated control panel. The system comprises a control chip integrated in the control panel, an interface circuit, a TFT display, a direct current / direct current converter, and a digital dial plate. The interface circuit is connected with the radio frequency power supply through a simulated user's interface. The control chip conducts real-time scanning and controls the interface circuit to obtain the running data of the radio frequency power supply and displays the result on the TFT display dynamically in a real-time manner. The digital dial plate is used for setting the output power of the radio frequency power supply. The control chip adopts an external interrupt triggering mode to scan the digital dial plate, to obtain the set output power and to control the power of the radio frequency power supply through the interface circuit. According to the invention, it is possible to monitor the working state of radio frequency equipment effectively in a real time manner so that equipment in fault can be spotted and replaced as early as possible. For the data display on the TFT display screen, the dynamic data of equipment running can be seen obviously. For the employment of the digital and adjustable pole difference, the output power can be controlled. The system can be easily operated and the cost of the system is also reduced.

The invention relates to a logistics information warehouse management system. The system includes a display screen. A power supply module is connected on the display screen, and is connected with a main processor. The main processor is connected with a network system. An IC card swiping device is arranged on the main processor, and is connected with an access control system. The access control system is connected with a sound / light alarming device. The main processor is connected with a database. The database is connected with an RFID reader. The RFID reader includes a video unit and a detection unit. The video unit is connected with a CMOS image sensor. A first memory is arranged on the CMOS image sensor, and is connected with a monitor and an infrared sensor. The monitor and the infraredsensor realize parallel connection. A detection unit is connected with a second memory. The second memory is connected with a temperature / humidity detector and a security-monitoring information detector. The temperature / humidity detector is connected with a digital tube, and is connected with a temperature regulator and a humidity regulator. The security-monitoring information detector is connected with an alarming device. According to the system, work efficiency is high, and security is high.

The invention discloses a blast furnace data processing method and device. The method includes: acquiring Json data that needs to be processed or graphically displayed and stratified. The Json data is blast furnace data used for monitoring and alarming, and its attributes include Layer height, target point and value; for the Json data of each layer in the vertical space, perform the following operations: Step S1: According to the value attribute, collect and process the data of each layer to form the first section of flow pool data; Step S2: According to The value attribute and the threshold range of the alarm, collect and simplify the processing of the first section of flow pool data to form the second section of flow pool data; Step S3: classify and identify the second section of flow pool data to form the third section of flow pool data ; Step S4: output the data of the third section of the flow pool, and perform dynamic display of graphs or tables. This method can improve the processing efficiency of real-time updated data through the customized Json-like structure and the simplification process of pooling.