32 results about "Electronic leash" patented technology

The invention discloses a two-dimension angle-variable electronic belt scale weighing compensation method and system. The method includes: utilizing a method that cosine values of positive and negative angles are equal to acquire a datum offset angle; calculating compensation accumulation quantity Q according to the datum offset angle and angles between Y and Z directions and a horizontal straight line to correct compensation angle offset caused by actual stressed structure state of a scale frame for compensation. By the method, compensation accuracy is improved greatly. The system is characterized in that a load sensor, a speed sensor, a Z-direction angle sensor and a Y-direction angle sensor are all fixedly mounted on the electronic belt scale frame and all connected with a two-dimension angle-variable belt scale instrument. The problem of metering errors caused by changing of two-dimension inclination angle of an angle-variable electronic belt scale in the process of metering is solved effectively, and application range is wide.

Multi-material automatic weighing device is an automatic weighing detection technology, which includes an electronic belt scale, a programmable controller, a computer, the output of the electronic belt scale is connected to the input of the programmable controller, and the output of the programmable controller Connect to the input of the computer, connect the output of the computer to the input of the server, connect the output of the server to the input of the display, the electronic belt scale collects the flow signal of the material transported by the belt; the programmable controller collects the running signal of the belt, and collects the instantaneous Quantity, material identification is carried out through the material type judgment module, and classification measurement is performed through the material type measurement module; the computer runs the material type statistics module, and the material measurement data is classified and queried according to the number of shifts and days; the material measurement data is calculated through the interface module. The data is automatically uploaded to the information system. The invention realizes automatic classification and measurement according to materials, and provides automatic statistics and query functions and automatic data uploading at the same time.

The invention discloses an online calibration method for an electronic belt scale provided by the invention, which includes performing an accuracy calibration on the electronic belt scale, and if the actual accuracy error value is greater than the accuracy error threshold value, then by "selecting n instantaneous flow rate measurement The average value is the adjusted instantaneous flow measurement, and the number and time of calibration detection are extended to reduce the calibration accuracy error of the electronic belt scale and improve the calibration stability of the electronic belt scale. In addition, it also includes the accuracy calibration of the electronic belt scale; The stability composite index fills the gap in the stability calibration and adjustment of the electronic belt scale. Through the composite calibration and adjustment, the stability and accuracy of the electronic belt scale can be accurately distinguished and improved, and then the material fluctuation and measurement error of the batching production line can be correctly distinguished. , to achieve the goal of precise batching, and the operation steps during online calibration are relatively simple. It can be combined with the current general electronic belt scale automatic control facilities for automatic control settings, simplifying front-line operations and facilitating promotion.

The invention belongs to the technical field of weight measurement of materials in the transmission state, and in particular relates to a high-accuracy real-time monitoring method for electronic belt scales. Two electronic belt scales are installed in series on the same belt conveyor, respectively being the first electronic belt scale. The scale and the second electronic belt scale realize simultaneous measurement. The first electronic belt scale is connected to the first on-site signal acquisition unit, the second electronic belt scale is connected to the second on-site signal acquisition unit, and the first on-site signal acquisition unit is connected to the second on-site signal acquisition unit. The signal acquisition unit is connected to a terminal processor at the same time, and the terminal processor is connected to the alarm device through the controller.

The invention discloses a power automatic adjusting device and method for a winnowing machine. A feeding vibration groove is arranged at the front end of a feed inlet of the winnowing machine, the front end of the feeding vibration groove is connected with an electronic belt scale, an infrared moisture meter is arranged near the feeding vibration groove, a detecting portion of the infrared moisture meter is aligned with the feeding vibration groove, an air inlet is formed below the feed inlet of the winnowing machine, the upstream pipeline, connected with the air inlet, of an air return pipeline is provided with a positive pressure fan, the tail end of the air return pipeline communicates with an air outlet of the winnowing machine, the downstream pipeline close to the air outlet is provided with a negative pressure fan, the position, close to the air inlet, of the bottom of the winnowing machine is provided with an impurity outlet, the position, away from the air inlet, of the bottomof the winnowing machine is provided with a discharge gas lock, and the electronic belt scale, the infrared moisture meter, the positive pressure fan and the negative pressure fan are all connected with a controller. The power automatic adjusting method comprises the steps of setting of basic materials, collection of real-time data and automatic adjusting. The power automatic adjusting device andmethod can adjust wind power according to practical conditions so as to achieve precise separation of cut tobacco and impurities. The device is simple in structure, and the method is easy and convenient to operate and easy to implement.

The invention discloses an online real-time calculation and evaluation method of an electronic belt scale, which uses the electronic belt scale's material signal as a trigger condition to collect the weight collection value, speed collection value, instantaneous flow collection value and cumulative weight collection value output by the electronic belt scale. And calculate the instantaneous flow calculation value and the cumulative weight calculation value; calculate the ratio of the collection points where the instantaneous flow collection value is within the upper and lower limits of the instantaneous flow calculation value to the total collection points, and the cumulative weight collection value is within the upper and lower limits of the cumulative weight calculation value The ratio of the collection points to the total collection points is used to obtain the pass rate of the instantaneous flow collection value and the cumulative weight collection value. The invention is a method for judging the matching between the instantaneous flow rate and the cumulative weight of the electronic belt scale, which realizes the real-time monitoring of the weighing accuracy of the electronic belt scale, estimates the risk of weighing errors, and can timely alarm and shut down through real-time evaluation, reducing the quality of production materials In the case of damage, the process monitoring of the electronic belt scale is greatly enhanced.

The invention relates to the technical field of mechanical equipment, and particularly to an adjustable electronic belt conveyor scale object detecting hanging weight calibrating device. The device comprises a base, a mounting trough, a pressure sensor, an electronic belt scale body, a mounting board, a chamber, a chute, a top board, a connecting block, an electric push rod, a hanging weight, a groove, an electromagnet, an infrared opposed switch and a controller. The hanging weight is mounted on the top board when not in use. Furthermore the top board is in the chamber. Therefore the electronic belt scale is not affected by the top board in an operation process, and convenient conveying is realized. Furthermore when the electronic belt scale needs calibration, the electric push rod can move the top board to surface of the mounting board, thereby making the hanging weight be arranged above the electronic belt scale. Simultaneously the electromagnet is powered off, and the hanging weight is arranged on the surface of the electronic belt scale. Through the pressure sensor, dynamic verification and calibration of the electronic belt scale are realized.