82results about "Simultaneous indication of multiple variables" patented technology

According to various embodiments, the at least one processor may obtain at least one image related to spraying the paint to the target structure through at least one camera, obtain depth information corresponding to the at least one image through the at least one camera and at least one sensor included in the at least one camera, obtain at least one depth image based on the depth information and the at least one image, obtain curvature information identifying the surface curvature of the target structure based on the at least one depth image, obtain paint quality information of the paint for the target structure according to a specified algorithm based on color information of the at least one image and reference color information related to the paint, and display paint information including curvature information and paint quality information.

The invention relates to a method (100) for determining the composition of a component (1), comprising the following steps: - Providing (101) radar data, wherein the radar data results from a detection by a sensor (2), wherein the sensor (2) is arranged in an area of ​​the component (1) and emits a radar signal in the direction of the component (1) for detection, - Selecting (102) an analytical method for determining the composition of the component (1) depending on a thickness of the component (1) and / or a number of layers (3) and / or a thickness of the layers (3) of the component (1), - Determining (103) the composition of the component (1) using the selected analytical method, wherein the selected analytical method for determining (103) the composition of the component (1) comprises the following steps: - Detecting at least one reflection based on the provided radar data, - Determining a permittivity and a thickness of at least one layer (3) of the component (1) based on the at least one detected reflection, - Providing a description of at least one layer (3) of the component (1) based on the determined permittivity and thickness. Furthermore, the invention relates to a computer program, a device, a storage medium and a tracking device for this purpose.

To provide a composite meter device, even when different types of gauges are installed, capable of commonalizing components.SOLUTION: A composite meter device comprises a circuit board having a circuit pattern and including a mounting part on which a plurality of light emitting elements are mounted at prescribed parts, a case for supporting the circuit board, and a dial having an instrument design visible by an operator, formed on a front side of the case. The mounting part 22a on the circuit board and a gauge opening part 11 on the case respectively include a plurality of gauge areas A11-A13, A21-A23 or A31-A34 that are sized and positioned according to product specifications. The composite meter device is comprised of a combination of the dial whose instrument design is determined according to the specifications, the case with a common shape and the circuit board with the common shape.SELECTED DRAWING: Figure 6

Implementations of a level indicator system using lights to visually represent the level of liquid or non-liquid and / or location of one or more instruments / equipment in a tank are provided.

The application discloses an intelligent reading instrument reading system and a reading method, and relates to the technical field of intelligent reading instruments.The reading system comprises a collection measurement unit, a conversion display unit, a man-machine interaction unit, a power supply unit and a main control unit; the reading method comprises the following steps: S1, starting the collection measurement unit by the MCU chip module; S2, judging whether the vibrating string sensor is normally connected or not by the vibrating string frequency measurement module; S3, transmitting the temperature signal acquired by sampling to the MCU chip module by the temperature measurement module; and S4, transmitting the processed voltage signal to the MCU chip module by the analog quantity measurement module.The system supports the connection of diversified sensors, has the function of directly displaying monitoring parameters, meets the data storage and export under various conditions, supports the management of multiple projects and multiple points, realizes the diversified chart / table display of historical measurement data, and is convenient for on-site inspection personnel to more intuitively, quickly and clearly acquire more measurement parameter information.

The management system includes a display portion and a display control portion. The display portion displays a measurement value display indicating a measurement value of a measurement target of the power unit. The display control portion controls the display portion. The measurement value display includes a meter display of the measurement value and a numerical value display of the measurement value. The meter display is arranged in a meter region having either an arc shape or a circumferential shape. The numerical value display is arranged in a numerical value region arranged inside the meter region.

The invention relates to a fault detection system and method for a steam soot blower of a coal-fired boiler, and the method comprises the steps: obtaining the operation parameters, such as the steam temperature, the working current, the steam flow, the steam pressure and the soot blowing time, of the soot blower through a detection assembly in a fault detection process; the acquired operation parameters can be converted into corresponding communication data through the signal module; and finally, the control module can compare the communication data with preset data, and judge and output the operation condition of the soot blower. Thus, compared with a traditional monitoring mode, the fault detection system for the steam soot blower of the coal-fired boiler can monitor operation parameters such as the steam temperature, the working current, the steam flow, the steam pressure and the soot blowing time in real time, more comprehensive and accurate monitoring and comprehensive data processing can be achieved, rapid and accurate early warning of faults of the steam soot blower of the coal-fired boiler is achieved, and the fault detection efficiency is improved. And the reliability and the safety of operation of the steam soot blower of the coal-fired boiler are effectively improved.

The utility model discloses a high temperature type temperature pressure flow transmitter, which is characterized in that a flow sensor is arranged in a flow meter body and can detect the flow in a pipeline, a thermocouple is arranged in the flow sensor and can detect the temperature of liquid, and a pressure detection assembly is arranged between the flow meter body and the flow meter body. In this way, the pressure in the pipeline can be detected, the detected temperature, pressure and flow data are displayed in real time through the transmitting displayer, the pipeline lining can play a role in strengthening, and the inner portion of the flow meter body can also play a role in corrosion prevention.

The utility model provides a kind of blast furnace blower running state monitoring early warning system, including CPU module, first input module, second input module and output module, and the first fan shaft displacement sensor for monitoring fan running state, second fan shaft displacement sensor, first fan air inlet side shaft vibration sensor, second fan air inlet side shaft vibration sensor, first fan exhaust side shaft vibration sensor, second fan exhaust side shaft vibration sensor, fan air inlet side shaft temperature sensor, fan exhaust side shaft temperature sensor.The parameter monitored by the utility model covers blast fan shaft vibration, shaft displacement, temperature and other process parameters and the information that affects unit running state, is more comprehensive and accurate to the grasp of equipment running state, when blast fan state monitoring parameter deviates from process value or operating state appears abnormal, issue acoustic, light signal, the utility model can realize blast furnace blower running state monitoring and fault early warning, effectively curb fault loss.

To provide a rail installation type measuring device which is capable of efficiently collecting detection values of a sensor, by eliminating the trouble of going to a place where the sensor is installed and connecting a data collection device to acquire measurement values.SOLUTION: A rail installation type measuring device comprises: detection means (21, 22) for detecting a prescribed physical amount, that are joined to a lateral face of a rail; a body case (11) incorporating an electric substrate (15) which receives a signal from the detection means and performs data processing; and attaching means (18A-18D) for mounting the body case to the rail; and display means (13) provided in the body case. In the measuring device, the display means is arranged so that its display surface is tilted relative to a vertical plane and positioned obliquely upward in a state that the body case is mounted to the rail using the attaching means. Further, the electric substrate can display a value detected according to a signal from the detection means, in the display means.SELECTED DRAWING: Figure 1

The invention discloses a thermohaline profile agile observation data acquisition and processing system. The system comprises a master control and timing module, a sensor communication and acquisition module, a data processing and storage module, a satellite positioning module, a satellite data transmission module and a power supply and protection module. The system adopts a time slot type working sequence, and performs sensor preheating, data acquisition and turn-off dormancy in a time-sharing manner so as to reduce average power consumption and suppress cold start drift; in multi-channel acquisition, zero setting and bit keeping are carried out on unanswered channels based on RS-485 / Modbus polling, statistical averaging is carried out on multiple rounds of samples in the same acquisition period, and then storage is carried out, so that missing measurement is explicitly presented while the channel sequence is kept, and the data robustness is improved.

The invention relates to a gas measuring device (10, 20, 30) with a gas sensor (3), a first display unit (1, 21), and a control unit (4). The control unit (4) is configured to determine a hazardous state based on a gas measurement value from the gas sensor (3). The first display unit (1, 21) can be controlled to display information related to the hazardous state. The gas measuring device (10, 20, 30) is characterized in that a second display unit (2, 22) can be controlled to display status information about an internal device status, wherein the control unit (4) is configured to determine the status information. Furthermore, the invention relates to a method for displaying information determined by a gas measuring device (10, 20, 30), wherein the gas measuring device (10, 20, 30) has a first display unit (1, 21) and a second display unit (2, 22).

The invention relates to a display device (5) for visualizing a fill level (L) of a substance (2) in a container (3) of a process plant, wherein the fill level (L) is provided by a level gauge (1). For this purpose, the display device (5) comprises the following components: an interface unit (50) via which a fill level (L) value can be received, and a display unit (51) designed to visualize both the fill level (L) and at least one additional piece of information related to the fill level (L). This additional information could, for example, be overfilling, a layer thickness (d), or a different layer thickness. s) of a foam or phase of the contents (2), a contents temperature, a contents type (t2), and / or an operating state of the level measuring device (1). This allows the operating personnel to be shown the level value L in the necessary context of the process currently taking place in the container (3).

An information display system for a work vehicle including an auxiliary transmission is disclosed. The information display system comprises a meter panel unit including a display element and a controller configured to control the meter panel unit. The controller causes a display region of the display element to display a graphical user interface (GUI) to enable operation settings to be made for the work vehicle for each stage of the auxiliary transmission on a single setting screen.

Efficient and effective internal material property monitoring systems and methods are presented. In one embodiment, a monitoring tag device comprises a sensing component, a wireless unit, and a control component. The sensing component is configured to sense variations in a characteristic over time, wherein the characteristic is related to a material property of an object. The wireless unit is configured to communicate with a remote device, including transmitting information associated with the variations in the characteristic. The control component is coupled to the sensing component, wherein the control component is configured to control the sensing component and the wireless unit, wherein the control component also recognizes an indication of the variations in the characteristic over time.

An information display system of a work vehicle including an auxiliary transmission includes a meter panel unit including a display and a controller configured or programmed to control the meter panel unit. The controller is configured or programmed to cause a display region of the display to display a graphical user interface to enable operation settings to be made for the work vehicle for each stage of the auxiliary transmission on a single setting screen.

To provide a display control system for a work machine, a display system for a work machine, a work machine, a display control method for a work machine, and a display control program for a work machine easily improving an operation property of a work machine.SOLUTION: A display control system is used for a work machine comprising a work section and a driving device. The work section performs a work by driving an attachment attached to a machine body of the work machine. The driving device supplies power to the attachment to drive the attachment. The display control system comprises a display processing section which displays a first display screen D11 including icons C11, C12, C21, and C22 corresponding to output ports outputting driving force of the driving device on a display device. When an operation state of the output port is changed, the display processing section change a display mode of the icons C11, C12, C21, and C22.SELECTED DRAWING: Figure 4

The utility model discloses an ultra-narrow edge full segment code combination instrument, which comprises a bottom shell, an installation cavity is formed in the bottom shell in a concave mode, a display assembly is installed in the installation cavity, the display assembly comprises a glass cover plate, a segment code screen, a light guide support and a PCB which are arranged in sequence, the glass cover plate is fixed with the segment code screen in a bonding mode, and the light guide support is fixed with the PCB. A containing groove for containing the segment code screen is formed in the front side wall of the light guide support, the edge portion of the glass cover plate is fixedly bonded with the light guide support, two oppositely-arranged buckle structures are arranged on the rear side wall of the light guide support, the edge portion of the PCB is matched with the two buckle structures in a buckled mode, and a flexible circuit board is connected between the PCB and the segment code screen. A plurality of supporting structures are arranged along the edge of the mounting cavity, each supporting structure abuts against the PCB, and the inner wall of the mounting cavity is matched with the edge part of the light guide support and is fixed to the edge part of the light guide support in an adhesive mode. According to the ultra-narrow-edge full-segment combination instrument, bolts are not needed, the production cost is reduced, the installation and maintenance are more convenient, and the PCB is prevented from being damaged due to misoperation.

The present application relates to the technical field of positioning, and discloses an ionospheric scintillation early warning method and device, a receiver terminal, a medium, and a product. The ionospheric scintillation early waning method comprises: acquiring a first ionospheric amplitude scintillation index of at least two satellites of a GNSS and a pierce point position corresponding to each satellite in the at least two satellites; acquiring parameter information and data quality information of a target reference station; according to the first ionospheric amplitude scintillation index, the pierce point position, and position information of the target reference station, determining a target ionospheric amplitude scintillation index corresponding to the target reference station; determining an amplitude scintillation index threshold for the ionospheric scintillation early warning of the reference station according to the target ionospheric amplitude scintillation index and the data quality information, and according to a real-time ionospheric amplitude scintillation index and the amplitude scintillation index threshold, determining whether the ionospheric scintillation early warning is carried out on the target reference station, According to embodiments of the present application, the ionospheric interference to the referencestation can be early warned.

To provide a display method, a display program and an information processing device, capable of visualizing information desired by a user for an architectural structure.SOLUTION: A display method includes an acquisition step of acquiring measurement values of a plurality of measuring items relating to an architectural structure; and a display step of displaying at least one of information indicating each measurement values of at least two measuring items of the plurality of measuring items or information indicating a statistical value calculated by applying statistical processing to each measurement values of the at least two measuring items, for at least two measuring items in a comparable manner.SELECTED DRAWING: Figure 4

The invention relates to the technical field of high-voltage switch cabinets, and particularly discloses a switch cabinet on-line monitoring comprehensive analysis system, which is characterized in that a contact sensor integrates a temperature sensor, a clamping force sensor, an insertion depth sensor, misalignment and on-line electricity taking, and temperature, clamping force and insertion depth data of a switch cabinet contact are sent to a data acquisition unit in real time; the data collector wirelessly receives the data of the contact sensor and uploads the data to the monitoring host; the contact sensor and the data collector are in wireless communication for data transmission; and the monitoring host receives the data sent by each data acquisition unit through an RS485 mode, and has the functions of alarm, analysis and display, event query, data remote transmission and the like. According to the invention, the conditions of single data and unclear analysis caused by only depending on temperature measurement are broken through. Overall analysis and judgment can be carried out on the condition of the switch in multiple directions, and safety prevention and work guidance can be made in a more scientific and technical and based mode.

The present invention relates to a digital tissue storage box, and more particularly, to a digital tissue storage box simultaneously serving as a clock, a calendar, a frame, and the like while storing tissues. A digital tissue storage box according to an embodiment of the present invention includes a main body having a space for storing a tissue, an entrance which is formed in one surface of the main body and through which the tissue is pulled out of the main body, one or more displays which are provided on the main body and on which a screen is displayed according to a user input, one or more sensors provided on the main body to detect movement and an environment in a preset area, and a processor configured to control the one or more displays according to the user input or a result detected by the sensor.

To provide a display control system for a work machine, the display system for the work machine, the work machine, a display control method for the work machine, and a display control program for the work machine, capable of easily improving operability of the work machine.SOLUTION: The display control system is used for a work machine including a working unit and a driving device. The work unit performs work by driving an attachment attached to a machine body of the work machine. The drive device supplies power to the attachment to drive the attachment. A display control system includes a display processing unit that causes a display apparatus to display a first display screen C1 including drive information D11, C2, and C3 about a drive apparatus. The drive information C1, C2, and C3 includes setting information set by the user.SELECTED DRAWING: Figure 4

The invention discloses a flow monitoring system and method for automation equipment, comprising: an interaction module for responding to an adjustment instruction sent by an external terminal, parsing the adjustment instruction to obtain adjustment data and sending the adjustment data to a central processing module; a monitoring module for monitoring the power data of a power module and the operation data of the automation equipment, and feeding back the data to the central processing module; the central processing module for parsing the adjustment data, determining preset power data and preset operation data and sending the data to a control module; respectively comparing the power data with the preset power data and the operation data with the preset operation data, and sending the comparison result to a reminder module; the control module for adjusting the operation status of the power module and the automation equipment according to the preset power data and the preset operation data; the reminder module for sending an audible and visual signal when the comparison result is an abnormal type, and sending a new adjustment instruction to the interaction module in response to the audible and visual signal through an external terminal, thereby improving the operation stability of the automation equipment.

The invention relates to an elevator system having a laser distance-measuring device. Said elevator system has an elevator car, which can be moved in a shaft, and a position-determining unit for sensing a current position of the elevator car in the shaft. The position-determining unit has a laser which is fastened to the elevator car and which is designed to emit a laser beam, a laser distance-measuring device which is fastened to the elevator car and which is provided for sensing the distance of a point irradiated by the laser beam, a mirror which is fastened to the elevator car and which is designed to deflect the laser beam, and a fixed point which is located on the elevator car. The mirror can be adjusted between a position-measuring mirror configuration and a checking mirror configuration. In the position-measuring mirror configuration the mirror is configured to direct the laser beam at a first measurement point in the shaft, such that the sensed distance of the first measurement point is indicative of the current position of the elevator car in the shaft, and in the checking mirror configuration the mirror is configured to direct the laser beam at a fixed point.

The present invention addresses the problem of improving visibility of measurement value display of a measurement object. A management system (300) is provided with a display unit (1031) and a display control unit (1042). The display unit (1031) displays a measurement value display (11) indicating a measurement value of a measurement target of the power unit (100). The display control unit (1042) controls the display unit (1031). The measured value display (11) has a meter display (112) of the measured values and a numerical display (113) of the measured values. The meter display (112) is disposed in a meter region (1120) having either an arc shape or a circumferential shape. The numerical value display (113) is disposed in a numerical value region (1130) disposed inside the meter region (1120).

An adaptive sampling system uses dynamic adjustment of sampling rates to efficiently capture aperiodic, time-variant numerical measurements. This system evaluates real-time data variability to modulate sampling frequency, ensuring that only significant data variations are recorded. This approach minimizes unnecessary data storage and processing, enhancing the efficiency of data transfer and analysis in systems requiring precise monitoring and control. The system for data acquisition prioritizes accuracy and resource optimization in fluctuating conditions.

The utility model relates to the technical field of environment detection, in particular to an environment detection device based on remote communication and local display, which comprises an environment detection sensing assembly and a machine main body, the environment detection sensing assembly comprises at least one of a temperature sensing assembly, a humidity sensing assembly, an illumination sensing assembly, a color temperature sensing assembly, a decibel sensing assembly and a wind speed sensing assembly; the machine body comprises a shell, a battery, a display screen, a key assembly, a remote communication assembly, a memory and a controller, the shell is provided with a mounting space and an opening for communicating the mounting space with the outside, the battery, the remote communication assembly, the memory and the controller are arranged in the mounting space, the display screen is arranged in the mounting space, and at least part of the display screen is exposed through the opening; the key assembly is arranged in the installation space and at least part of the key assembly is exposed through the opening. Compared with the prior art, the remote communication assembly is additionally arranged, and the usability of the environment detection device can be improved.

Systems, apparatus, and methods for detecting levelness are disclosed. An electronic level can include one or more sensing elements configured to detect levelness of the electronic level. The electronic level can include a display including multiple output display elements arranged in an array that extends in a direction along a longitudinal axis of the electronic level and configured to display an indication of the levelness of the electronic level. The electronic level can include a controller coupled with the one or more sensing elements and the multiple output display elements. The controller may be configured to activate the one or more sensing elements to detect the levelness and activate one or more of the multiple output display elements to display the indication based on the levelness.