11results about "Analog and numerical indication" patented technology

A humidity measuring device (10) is equipped with a temperature and humidity measurement unit (26) including a temperature sensing element that measures temperature and a humidity sensing element that measures humidity, a casing (12) having an accommodating section (20) in which the temperature and humidity measurement unit is accommodated, and a supply tube (22) that supplies a gas at a measurement location into the accommodating section, and a display unit (14) having a display device (54), and which is fixed to the casing. The display unit (14) further includes a display control unit (52) that controls the display device (54) to thereby cause the display device (54) to display at least one of the humidity of the gas measured by the humidity sensing element, or a dew point temperature of the gas calculated based on the temperature of the gas measured by the temperature sensing element, and the humidity of the gas measured by the humidity sensing element.

The watch (2) includes a memory (4) and a detection device (6) comprising an acceleration sensor (8), capable of measuring an acceleration vector of the watch in a three-dimensional reference frame of the watch, and an electronic unit (12) arranged to process measurements provided by the acceleration sensor. The electronic unit (12) is arranged to detect, in conjunction with the memory, at least for a rocket of a given type, a crossing of the Karman line by that rocket using only the watch carried on board that rocket. Detection of a Karman line crossing by the watch is performed by its detection device (6) based on periodic measurements taken by the acceleration sensor from the rocket's launch until the crossing of the Karman line, as defined before the spaceflight, and at least one corresponding reference value stored in the memory.The Karman line is defined by a given altitude or a selectable altitude.

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 absolute humidity calculation apparatus according to an embodiment disclosed herein includes a first measurement unit configured to measure a temperature in a battery manufacturing space and acquire temperature data, a second measurement unit configured to measure a dew point in the battery manufacturing space and acquire dew point data, and a controller configured to calculate absolute humidity in the battery manufacturing space on the basis of the temperature data and the dew point data.

The present invention relates to a system and a method of monitoring vibrations occurring in a rotary machine. A monitoring device (5) of the vibration monitoring system includes: a display (10) configured to display sensor installation information for a vibration sensor (7); and a processor configured to process the sensor installation information. The sensor installation information includes: a type image data that represents a type of the rotary machine (1) in a form of image; a model image data that represents a model of the rotary machine (1), associated with the type of rotary machine(1), in a form of image; an installation position data that represents a recommended installation position of the vibration sensor (7), associated with the model of rotary machine (1), in a form of image; and an installation direction data that represents an appropriate installation orientation of the vibration sensor (7), associated with the recommended installation position, in a form of image. The processer (11) causes each of the type image data, the model image data, and the installation position data to be displayed on the display (10) so as to be selectable for user.

The embodiments of the present disclosure herein address unresolved problems of analog gauges including manual reading errors, lack of data logging, and difficulty in remote monitoring. Embodiments herein provide a method and system for monitoring analogue gauges using a series of computer vision operations. The invention is a system and method for identifying analog gauge using Hough transform to identify circular patterns in an image to detect scale and then using circular segmentation method to detect needle pattern. The system is configured to digitize the overall process of capturing recording and analyzing meter readings and alert in case of anomalies. The system provides a generic statistical way of solving the problem of identifying analog gauge and then identifying min / max scale with meter readings.

To provide a worker with information showing whether a raw material to transfer is transferred with a proper quantity.SOLUTION: An X-ray inspection device 1 includes: a transfer unit 5 for transferring an object G; an X-ray irradiation unit 6 for irradiating the object G transferred by the transfer unit 5 with an X-ray; an X-ray detection unit 7 for detecting an X-ray having passed through the object G; an image generation unit 10A for generating an X-ray transmission image on the basis of the result of detection by the X-ray detection unit 7; and a calculation unit 10C for calculating the total quantity of the object G transferred per predetermined time by the transfer unit 5 on the basis of the X-ray transmission image.SELECTED DRAWING: Figure 3

In a gauge reading method and a gauge reading device for reading an analog gauge, the gauge reading method includes: acquiring a first image including an environment including a gauge; extracting a second image from the first image using an object detector, the second image corresponding to at least a partial portion of the first image and including the gauge; inferring a zero point, a gauge end point, a needle center point, and a needle end point from the second image using a deep neural network; obtaining a converted needle end point such that a depth difference between a gauge plate and a needle of the gauge is eliminated by reprojecting a location of the needle end point; determining an angle formed by a scale start point or a scale end point, the needle center point, and the converted needle end point; and converting the angle into a gauge value.

The invention relates to a display device for a motor vehicle comprising a dial (3) with markings (7), a pointer (4, 6) mounted on a shaft (41, 49) and pointing to the markings (7, 11), an electric motor (57, 58) capable of rotating the shaft (41, 49) and the pointer (4, 6) via a mechanical movement (34), and wherein the dial (3) is openworked to reveal the mechanical movement (34). The mechanical movement (34) includes a return spring (44, 53) arranged to return the pointer (4, 6) to a rest position. The invention also relates to an instrument panel comprising said device.

To provide a more excellent humidity measuring device.SOLUTION: A humidity measuring device includes: a temperature and humidity measuring portion 26 including a thermosensor measuring temperature and a moisture sensitive element measuring humidity; a housing 102 including a housing portion 112 housing the temperature and humidity measuring portion; a display portion 14 including an indicator and fixed to the housing; and joint piping 122 connected to the middle of a pipe in which gas flows and enabling the gas to flow between pipes. The joint piping includes an orifice 130, a filter 128 is attached to the joint piping, and the housing 102 includes first piping 118 and second piping 120 connecting the joint piping and the housing portion and enabling the gas to flow between the joint piping and the housing portion.SELECTED DRAWING: Figure 22

The embodiments of the present disclosure herein address unresolved problems of analog gauges including manual reading errors, lack of data logging, and difficulty in remote monitoring. Embodiments herein provide a method and system for monitoring analogue gauges using a series of computer vision operations. The invention is a system and method for identifying analog gauge using Hough transform to identify circular patterns in an image to detect scale and then using circular segmentation method to detect needle pattern. The system is configured to digitize the overall process of capturing recording and analyzing meter readings and alert in case of anomalies. The system provides a generic statistical way of solving the problem of identifying analog gauge and then identifying min / max scale with meter readings.