10results about How to "High precision computing" patented technology

The optical sensor (1) includes: a light emitting element (13) for irradiating light to an object, a signal light receiving unit (21) for receiving reflected light from the object, a histogram generating unit (25) for generating a histogram representing the relationship between the time from light irradiation to reflected light reception and the intensity of the reflected light, and a computing unit (26) for calculating the skewness of the histogram and calculating the distance between the optical sensor and the object with reference to the histogram and the skewness.

The battery system includes a battery and an ECU. The ECU executes polarization elimination control for eliminating polarization of the battery, and calculation processing for calculating an SOC of the battery after the polarization elimination control. When the polarization cancellation control is executed after the battery is discharged, the polarization cancellation control is a charge control for charging the battery. In a case where the polarization cancellation control is executed after the battery is charged, the polarization cancellation control is a discharge control for discharging the battery.

The utility model provides a low power consumption ADMU system, comprising a primary and secondary fusion pole-mounted switch and a power distribution terminal, the primary and secondary fusion pole-mounted switch is provided with a digital unit, an operating mechanism, a voltage sensor and a current sensor, and the power distribution terminal is provided with a CPU module, a power supply management module and a power supply module. The digital unit is used for collecting analog current and voltage signals and switching value signals and sending the analog current and voltage signals and the switching value signals to the CPU module through an RS485 bus. The digitization unit comprises a digitization ADMU module, a switching value acquisition module, an AD module and a power supply isolation unit, the digitization ADMU module is connected with the operation mechanism through the switching value acquisition module, and the digitization ADMU module is connected with the voltage sensor and the current sensor through the AD module. According to the utility model, the problem that a large number of cables are needed by traditional electromagnetic signals can be solved, so that the purposes of saving cost, reducing wiring failure rate and improving operation reliability of the controller are achieved.

The flow measurement device includes: a receiving and detecting unit that detects an ultrasonic signal transmitted from one ultrasonic transceiver and received by another ultrasonic transceiver; a first timer that measures a first time from the time the ultrasonic signal is transmitted from one ultrasonic transceiver until a change timing occurs when the value of a clock pulse changes; a second timer that measures a second time from the time the receiving and detecting unit detects the ultrasonic signal received from the other ultrasonic transceiver until the change timing occurs; and a calculation unit that calculates the flow rate of a fluid based on the first and second times, wherein a driving unit causes the transmission timing of a driving signal when the flow rate calculated by the calculation unit is below a threshold to differ by a predetermined time from the transmission timing when the flow rate exceeds the threshold.

An injection molding machine (1) is provided with: an injection device (10) that injects a resin material melted by a heating cylinder (11) in which a screw (20) is arranged inside from a nozzle (12); a mold (75) that is composed of a fixed mold (76) and a movable mold (77) and has a cavity (75a) filled with the resin material; a load cell (60) that detects a pressure acting on the screw (20); and a control device (100) that controls a mold internal pressure; the control device (100) has: a pressure loss acquisition section (111) that acquires, as a pressure loss, the pressure detected by the load cell (60) when the resin material is injected from the nozzle (12) in contact with the fixed mold (76) in a state in which the fixed mold (76) and the movable mold (77) are open; an injection pressure acquisition section (112) that acquires, as an injection pressure, the pressure detected by the load cell (60) when the resin material is injected from the nozzle (12) to the cavity (75a) in a state in which the mold (75) is closed; and a virtual mold internal pressure calculation section (114) that calculates a virtual mold internal pressure V by subtracting the pressure loss from the injection pressure.

The present invention provides a flow calculation system, a storage medium, a flow calculation method and a flow calculation device. The flow calculation system comprises: a container into which a fluid flows; an inflow pipeline for allowing the fluid to flow into the container; a pressure sensor for detecting the pressure in the container, and further comprises: a pressure change data storage unit for storing pressure change data representing the time change of the pressure detected by the pressure sensor during the inflow period from the start of the fluid flowing into the container from the inflow pipeline to the stop of the fluid flowing into the container; a flow calculation unit for calculating an estimated flow rate of the fluid estimated to flow through the inflow pipeline during the inflow period based on the rate of change of pressure calculated based on the pressure change data; and a flow correction unit for correcting the estimated flow rate calculated by the flow calculation unit based on a first pressure detected by the pressure sensor after a specified time has passed since the fluid stopped flowing into the container and a second pressure higher than the first pressure contained in the pressure change data.

An information system can relax conditions for acquiring information required for calculating a feature amount. An information system (1) includes an information acquisition unit (22) and a regression formula generation unit (23). The information acquisition unit (22) acquires first information indicating the position of the car (11) and second information indicating the torque value of the hoist (15). A regression expression generation unit (23) generates a primary regression expression between the position of the car (11) and the torque value of the hoist (15) during constant-speed travel on the basis of the first information and the second information acquired by the information acquisition unit (22). On the basis of the primary regression equation, for example, a feature quantity that can reflect the monitoring result in a maintenance plan of the elevator device (10) can be calculated.

The invention discloses an edge point distance processing method, system and platform suitable for a battery pole piece. First data corresponding to a battery pole piece to be processed are obtained in real time, and corresponding first control data are generated according to the first data; the first control data is instruction data for controlling cutting processing of the battery pole piece to be processed; according to the first control data, cutting the to-be-processed battery pole piece along at least two directions, and generating second data corresponding to a cutting processing surface; wherein the second data is coordinate point data corresponding to the cutting processing surface of the battery pole piece to be processed; based on the second data, third data corresponding to the edge points of the battery pole piece to be processed are generated in real time; wherein the third data is distance data between the edge high point and the edge low point of the battery pole piece to be processed; the invention further discloses a system, a platform and a storage medium corresponding to the method. And high-precision calculation of edge point distance data of the battery pole piece can be realized.

The present invention provides a trajectory calculation device, a trajectory calculation method, and a computer-readable recording medium. In sports competitions such as figure skating that involve jumping, there is a need to calculate the trajectory of a moving object with high precision based on dynamic images captured by a simple single-lens reflex camera, thereby measuring the height and flight distance of the jump. The device, method, and program provided by the present invention calculate the three-dimensional trajectory of a moving object that is a target of a jump based on information from multiple image frames captured by a single-lens reflex camera, and are characterized in that a specific point of the moving object that is a target is detected based on information from the image frame, a change amount related to the three-dimensional position of the specific point is calculated based on information from multiple consecutive image frames, and the three-dimensional trajectory of the specific point is calculated based on the positional relationship between a curve that can describe parabolic motion through a take-off point and a landing point and a straight line where the specific point exists.

The present invention relates to a coordinate input device and a coordinate calculation method, which calculate the coordinate positions of two objects with high accuracy in each case where the distance between the two objects is relatively long and the distance between the two objects is relatively short. The coordinate input device comprises: a plurality of detection electrodes arranged in a grid shape; a coordinate calculation unit, which calculates the coordinates representing the proximity positions of the objects based on the changes in the electrostatic capacitance of each of the plurality of detection electrodes; and an output unit, which outputs the coordinates calculated by the coordinate calculation unit, wherein the coordinate calculation unit calculates the coordinates by a first calculation method and a second calculation method respectively, and when the two objects are detected by both the first calculation method and the second calculation method, the output unit outputs the coordinates calculated by the first calculation method when the distance between the two objects is greater than a given first threshold value, and outputs the coordinates calculated by the second calculation method when the distance between the two objects is less than a given second threshold value.