60results about How to "Real-time check" patented technology

The invention discloses a system for achieving the real-time exchange of the outdoor monitoring data of a hydrological environment, and the system is characterized in that the system comprises a hydrological environment monitoring instrument, a mobile terminal, a central database, an overall processing module, a geographical information database, a task database, a task processing module, an employee database, a personal task list, a short message gateway cross certification system, and an instrument database. The invention relates to the field of hydrological environment outdoor monitoring, especially the system for carrying out real-time data exchange in the outdoor monitoring of the hydrological environment. The beneficial effects of the invention are that the system technically guarantees the real-time synchronism and safety of data; the system improves the position precision of section measurement; the system enables the monitoring data to be corrected and checked in real time, reduces the invalidation and repeated measurement of emergency monitoring data, improves the reliability of emergency monitoring data, and prolongs the forecast period of pollutant dispersion.

According to the present invention, a heating cable has a complex configuration in which an optical cable sensor is coupled to the heating cable to achieve the function of a sensor for sensing both a target object and the temperature of the heating cable with the result that the heating cable may serve as an active heat supply source capable of adjusting the output of the heating cable in accordance with temperature variations. To this end, an intelligent heating cable provided with a smart function according to the present invention is a heating cable for a heat tracing system. The cable comprising: a heating element, and an insulating outer layer formed on an outer surface of the heating element, characterized by having a structure in which an optical cable serving as a temperature sensor is coupled to the heating cable.

The invention discloses an error-proofing and traceability management method applied to an electric control system of a commercial vehicle, a development engineer compiles information of electric control elements into an electric control element matrix item by item in a PLM (Personal Language Model) according to the structure of a whole vehicle super BOM (Bill of Material), the electric control element matrix is called by the whole vehicle according to a function group relationship, and an EOL (Ethernet over Language) engineer establishes an error-proofing and traceability management system based on an electric control element matrix data source of the development engineer. Developing software, and locking the information in the variable database; after the DMS system receives a customer order and transmits the customer order to the SAP system, the SAP system creates an order material list based on data in the PLM system, transmits the order material list to the MES system, and then transmits the order material list to an installation station; triple mistake-proofing management and control are carried out on the installation station, a triple mistake-proofing management mechanism can effectively manage and control the design end, the material storage management end and the supply chain management end, PLM, SAP, MES and EOL data are communicated, real-time inspection and feedback are carried out in the production process, and the operation efficiency is improved.

The invention relates to an arc-shaped setting-out tool. The arc-shaped setting-out tool comprises a central rotating shaft; the upper end and the lower end of the central rotating shaft are connectedwith an upper fixing disc and a lower fixing disc correspondingly; two bobbins capable of rotating independently are mounted outside the central rotating shaft side by side; angle scales are arrangedon the upper fixing disc and the lower fixing disc correspondingly; the bottom of the lower fixing disc is fixedly connected with a detachable base; and measuring ropes are wound in the bobbins, andthe ends of the measuring ropes are connected with fixing bolts used for being connected with marking tools. Drawing or setting-out can be conducted quite conveniently and visually by the arc-shaped setting-out tool according data such as the radius, angle and radian of a circle or an arc; and precision is high, the structural principle is simple, operation is convenient and rapid, and the construction efficiency is high.

An extinguisher identifying device. The device comprises an extinguisher identifying device and an activation device, and a communications module. The extinguisher identifying device reads an identifying element on an extinguisher to obtain identifying data of the extinguisher. The activation device is configured to activate the extinguisher identifying device in response to a predetermined event. The communications module is configured to transmit the extinguisher identifying data to a management device.

The invention provides an image inspection apparatus and a computer-readable recording medium storing a program. The image inspection apparatus can operate in a short time with an operation processingamount having little position processing, and can conduct inspection in real time. The image inspection apparatus includes an acquirer (4a) that acquires a targeted image to form an image; an alignment calculator (4b) that calculates a correction parameter in order to align a targeted image with a read image; an alignment corrector (4c) that corrects at least one of a targeted image and a read image by using the correction parameter; and an image inspector (4d) that determines a flaw in a read image based on a difference between the targeted image and the read image corrected by the alignmentcorrector (4c). The alignment corrector (4d) saves the correction parameter on a page basis and uses the correction parameter corresponding to a page including an image when aligned.

The invention discloses a system and method for managing line loss of a power grid in real time. The system comprises an automatic data management server, a center database, a real-time line loss management module and a plurality of work stations. The output end of the automatic data management server is connected with the input end of the centre database through a network; the center database and the real-time line loss management module are communicated with each other; and the output end of the real-time line loss management module is connected with each work station through a network. By using an SG186 system data and remote meter reading data as bases, the refined management of the line loss can be realized, the problems existing in the existing line loss management are effectively solved, and various metering faults and illegal power utilization behaviors can be found out in time, so that measures can be adopted in time. Therefore, the purpose of reducing the line loss is achieved.

Provided are an X-ray inspection apparatus and an X-ray inspection method capable of continuously inspecting even a long sheet-shaped sample while performing intensity correction. The X-ray inspection apparatus includes an X-ray source; a sample moving mechanism; an X-ray detector equipped with a line sensor with pixels detecting X-ray radiation passing through a sample; an image storage unit for storing X-ray radiation intensities; an intensity correction unit for correcting the X-ray radiation intensities stored in the image storage unit; and a defect detector for detecting a defect in the sample. The intensity correction unit sets an intensity of X-rays detected from the inspection initiation region after starting inspection of the sample or an intensity of X-rays preliminarily detected from the sample before starting the inspection as a reference radiation intensity, and corrects an intensity of X-rays detected from the subsequent inspection region based on a correction coefficient obtained from comparison between the intensity of X-rays detected from the subsequent inspection region and the reference radiation intensity.