36results about How to "Location real-time monitoring" patented technology

The invention relates to a monitoring device and in particular relates to an automatic and safe monitoring device for preventing a wire rope of a winding engine from separating from a groove. The monitoring device comprises a base, a position induction device and a position sensor, wherein one end of the position induction device is rotationally connected with a base; the other end resists against the wire rope of the winding engine; the position sensor comprises a signal emission component and a signal receiving component; the position of one component is fixed; the other component is connected with the position induction device, and a signal is transmitted when the positions of the two components correspond. The safe monitoring device has the characteristics of monitoring in real time and alarming immediately, and can effectively avoid production accidents.

The invention provides an oil injection lubrication equipment, which includes a chain drive system and a high-pressure oil injection system, wherein the chain drive system is used to drive the wire mesh to rotate and transmit parts to the high-pressure oil injection system; the high-pressure oil injection system is used to realize The automatic oil injection lubrication of the parts solves the problem of using manual or semi-automatic methods in the traditional technology to carry out oil injection lubrication and antirust treatment on the parts. At least 2-3 operators are required to complete the oil injection lubrication treatment, resulting in high efficiency. Low cost and high cost, and the operator may have a dead angle of oil injection lubrication during the oil injection lubrication process, resulting in unstable quality, significantly improving production efficiency, reducing the operator's work intensity and ensuring the quality of parts The lubrication has no dead angle.

The invention discloses a water conservancy inspection positioning and offline trajectory optimization method, comprising the following steps: S1: obtain an effective starting point in the inspection; S2: start from the next point of the effective starting point, and all points need to enter the trajectory optimization algorithm module to carry out Optimization of trajectory points; S3: If the number of satellites received is less than the set value, it can be determined that the GPS signal is weak and the positioning function cannot be completed. At this time, the offline positioning function is turned on, and the collection frequency of the specified trajectory position points is used to return to offline The location data of positioning; this water conservancy inspection positioning and offline trajectory optimization method utilizes GPS technology to obtain relevant location information of patrol personnel in real time, then enters the trajectory optimization module in the present invention, and then displays the output trajectory information in the map through GIS technology, And the displayed trajectory data will be sent to the remote server in real time, so that the server system can monitor the location of the current inspectors in real time and improve the inspection efficiency.

The invention provides an indoor-GPS-based (indoor global positioning system-based) stress-free assembly system for large-size airplane parts, and application thereof. A digital measurement and inspection system, a numerical control execution system and a three-dimensional stress detection system are all connected with an automatic control system for data information transmission. The digital measurement and inspection system comprises an indoor GPS and a laser tracker. Indoor GPS receivers and laser tracker target balls are disposed on parts of an airplane. The numerical control execution system comprises at least three groups of eleven positioners, and a group of three positioners, a group of four positioners and a group of four positioners are used for supporting a front body, a middle body and a rear body. The three-dimensional stress detection system is located on the positioners. The indoor-GPS-based stress-free assembly system has the advantages that the airplane parts are quickly and accurately connected with the positioners, assembly stress is controllable, and airplane assembly efficiency and quality are improved.

The invention discloses a descaling device for a cooler. The descaling device comprises the cooler, a water input pipe, a water output pipe, a storage box, a descaling device body and a water tank. Awater inlet is formed in the left end of the cooler. The water inlet and the water input pipe are connected. A water outlet is formed in the right end of the cooler. The water outlet and the water output pipe are connected. A collecting box is connected to the water output pipe. The collecting box is connected with a dirt collecting box through the water output pipe. The dirt collecting box is arranged below the collecting box. The dirt collecting box is connected with the water tank through the water output pipe. The descaling device is arranged in the storage box. The descaling device solvesthe problems that the descaling device is few in power source and inconvenient to control, and has the advantages of being high in automation degree, good in descaling effect, much in power source and environmentally friendly, and saving energy.

The invention provides a replacing tool for control rod associated components of a nuclear power plant. The replacing tool comprises a support frame, a lifting structure, a gripper structure, a locking structure, a guide structure, a position detecting part and a digital position display screen, wherein the gripper structure comprises a spindle and a gripper assembly arranged at the bottom of thespindle, and the gripper assembly is used for gripping to-be-replaced pieces; the locking structure is used for controlling the gripper assembly to clamp or loosen the to-be-replaced pieces; the guidestructure is used for guiding lifting motion of the to-be-replaced pieces; the position detecting part is used for detecting positions of the to-be-replaced pieces; the digital position display screen is electrically connected with the position detection part and used for displaying height of the to-be-replaced pieces. Reliable replacement of the to-be-replaced pieces such as the control rod associated components is realized through cooperation of the lifting structure, the gripper structure, the locking structure, the guide structure, the position detecting part and the digital position display screen, safety of the to-be-replaced pieces such as the control rod associated components in the replacement process is ensured, safety is improved, and requirements for operation of the associated components in the daily and overhaul work of nuclear power are met.