30results about How to "Monitor displacement" patented technology

The invention relates to an exercise monitoring bar. The exercise monitoring bra comprises a bra body, a flexible sensor component and a microprocessor, wherein the bra body comprises cups, shoulder girdles and a heart-shaped pendant, the number of each of the cup and the shoulder girder is two, one shoulder girdle is connected with one cup, and the other should girdle is connected with the other cup; the heart-shaped pendant is located between the two cups and respectively connected with the two cups; the flexible sensor component comprises multiple strain sensors distributed on the two shoulder girdles and the two cups; the microprocessor is arranged on the bra body, comprises a micro-processing chip and a communication chip; the micro-processing chip is in communication connection with the communication chip; and the multiple strain sensors are all in communication connection with the micro-processing chip. The exercise monitoring bra can be worn by female users in outdoor exercise; each strain sensor can acquire the exercise parameter of the displacement formed by the breast shaking, so that the user can immediately know the physical status during exercise, and the user can select more appropriate sports bra conveniently.

The application discloses a vibration detection method and related equipment for drilling and blasting construction in the transitional section of soft and hard surrounding rocks. Vibration data in the rock, obtain vibration data before construction, during construction and after construction; draw vibration data over time; collect displacement data of support frame; calculate displacement rate of support frame; construct 3D dynamic view ; Collect the pressure data of the pressure sensor array; mark the coordinates of the pressure sensor unit whose pressure change per unit time exceeds the set pressure value on the three-dimensional dynamic view; collect the water content data in the surrounding rock; generate a dynamic distribution map of the water content, And superimposed in the three-dimensional dynamic view; monitor the state of the support frame and surrounding rock; adjust the parameters of the drilling and blasting equipment to adjust the vibration impact of the drilling and blasting construction on the surrounding rock in the transitional section of soft and hard surrounding rock. It can detect the vibration of drilling and blasting construction in multiple directions.

The present invention discloses a self-power-generation encircling type marine vertical tube vibration monitoring system. The system comprises a vertical pipe and a shell. The shell comprises at least two watertight cavity shell assemblies, wherein the watertight cavity shell assemblies are fixed on the vertical pipe in the encircling manner. At least two layers of partition boards are respectively arranged inside each watertight cavity shell assembly. A power generation device, a rectifier, a storage battery pack, a boosting transformer and a sensor are arranged on each layer of the partition board in the weight balanced manner. During the vibration of the vertical pipe, the vertical pipe drives the power generation device to generate the alternating current and the alternating current is converted into the direct current through the rectifier to be stored in a storage battery. The current is supplied to the sensor through the boosting transformer. The sensor monitors the motion state of the vertical pipe. An underwater acoustic transducer is placed at the top of the shell and is used for converting a monitored electric signal into an acoustic signal. The acoustic signal is transmitted to an aquatic reception transducer through the water medium to be converted into an electrical signal. According to the technical scheme of the invention, when flows are coming from all directions, the power generation is realized through the vortex-induced vibration of the vertical pipe. Meanwhile, the generated power is supplied to a monitor and monitoring data are automatically sent back to a platform or a base.

The invention discloses a wave action kinetic energy measuring device, method and application thereof. The measuring device includes a floating body, a water surface measuring part and an underwater measuring part. The floating body can float on the water surface, and the water surface measuring part is arranged on the floating body. The floating body passes through The underwater measuring part is connected to the bottom of the water, the water surface measuring part is used to obtain the kinetic energy of the wave acting on the horizontal plane, and the underwater measuring part is used to obtain the kinetic energy of the wave acting on the direction perpendicular to the horizontal plane and the compensation of the kinetic energy in the horizontal plane. The measuring device accepts the wave action through the floating body, and obtains the kinetic energy of the wave action in the horizontal plane through the water surface measuring part and the underwater measuring part, and the kinetic energy in the horizontal plane can be decomposed orthogonally, and the wave action in the vertical direction is obtained through the underwater measuring part. The kinetic energy in the direction of the horizontal plane, so as to simultaneously obtain the kinetic energy in three directions of the space Cartesian coordinate system, and the three directions do not interfere with each other during measurement.

The invention discloses a working well-free heading machine synchronous grouting simulation test platform, comprising a large sunken type comprehensive test bench, a simulative duct piece, a simulative shield tail, a connection flange, a cross beam, a round tunnel portal, a hydraulic cylinder, a grouting pump, an earth pressure cell and a ground surface displacement meter. The large sunken comprehensive test bench comprises a starting well, a filling well and a receiving well; the simulative duct piece and the simulative shield tail are mounted in the filling well and covered with soil of different depth, the right end of the simulative duct piece is fixed with the well wall of the receiving well through the connection flange, the hydraulic cylinder is fixed on the inner wall of the leftmost end of the simulative duct piece, the simulative shield tail is sleeved on the periphery of the simulative duct piece and can slide axially along the outer wall of the simulative duct piece, the simulative shield tail is provided with a grouting pipeline and a grouting hole connected with the grouting pipeline, the cross beam is fixed on the leftmost end of the simulative shield tail, the grouting pump is connected with the grouting pipeline, the earth pressure cell is arranged in the duct wall of the simulative duct piece and the soil, and the ground surface displacement meter is arranged on the surface of the soil body. The working well-free heading machine synchronous grouting simulation test platform can simulate the whole process of synchronous grouting of the working well-free shield machines under different earth.

The invention discloses a device for monitoring bridge deflection and displacement, including a video collection equipment, a shelter screen opposite to the position of the video collection equipment under the bridge, a level tightening baseline adjacent to the shelter screen between the shelter screen and the video collection equipment, a uniform straight pipe or straight round pole having different colour with the shelter screen disposed on the baseline, an equivalent straight round pole or equivalent straight pipe parallel with and beneath the straight pipe or straight round pole disposed on the shelter screen; a computer communicated with the video collection equipment and for processing the data, and a light source. Also disclosed is a monitoring method for collecting image data of straight pipe or straight round pole and equivalent straight round pole or equivalent straight pipe using camera video collection equipment, and calculating vertical and / or longitudinal displacement after processing by computer. The method and apparatus which have high measurement precision can be influenced little by environment factor.

The invention relates to a novel VR device matching chair. The chair comprises a chair seat, a height adjusting frame and a base, wherein the chair seat is perpendicularly arranged at the top of the height adjusting frame; the base is perpendicularly arranged at the bottom of the height adjusting frame; the height adjusting frame can adjust a vertical distance between the chair seat and the base; a signal receiving / transmitting apparatus is arranged on the chair seat and can receive a moving signal of the head of a user sitting on the chair seat; and the base comprises a vertical connecting part, a horizontal connecting plate, a gyroscope, an accelerometer, a pressure sensor, a signal receiving plane layer, a foot signal generator and casters. According to the matching chair, when a VR device is used, motion signals of the head, the waist and two feet of the user are all acquired and can be simulated during interaction, so that the interactive experience effect of the user is improved; and in addition, the matching chair is scientific in design and simple in structure, and action monitoring is comprehensive.

The invention provides a filling stope closure device and system with a monitoring function, and relates to the technical field of filling stope closure devices. The filling stope closure device with a monitoring function provided by the invention includes a framework and a fixing device connected to both ends of the framework. The frame, the skeleton includes a plurality of arc beams, and at least one of a pressure monitor, a strain monitoring component and a displacement monitoring component; the pressure monitor is sandwiched between the fixed frame and at least one end of at least one arc beam between; the strain monitoring component is installed on the inner arc side of at least one arc beam; the displacement monitoring component is located on the inner arc side of multiple arc beams. The above-mentioned filling stope closure device can effectively monitor the mechanical and deformation characteristics of the closure skeleton as the main force-bearing unit, and provide data for timely and accurate grasp of the mechanical state of the closure device during the filling process and to judge the overall reliability and stability of the closure device support, and after the monitoring is completed, each monitoring structure can be recycled, and the cost is low.

The invention discloses a monitoring device for lift wall deformation of a ship lock and belongs to the technical field of civil engineering construction. The monitoring device comprises a preset datum mark, a plurality of settlement observation points, a plurality of metal tubular columns, a plurality of inclinometers, and a plurality of displacement observation points, wherein the settlement observation points are in one-to-one symmetrical distribution along the vertical direction and are arranged on a front toe baseboard of the lift wall of ship lock and the top end of the lift wall; the metal tubular columns which comprise a plurality of same metal tubes are vertically embedded in a back toe baseboard of the lift wall; the inclinometers are vertically embedded in the lift wall concrete and the upper ends of the inclinometers are exposed out of the top end of the lift wall; the inclinometers are formed by a plurality of same flexible tubes which are connected in turn following the increasing of the construction height of the lift wall; and the displacement observation points are arranged on the top end of the lift wall. The invention also discloses a method for monitoring the lift wall deformation of a ship lock by using the device. By using the method and device provided by the invention, the defect that the traditional construction monitoring and operation period monitoring are mutually separated is avoided, the long-term, systematic and precise monitoring for the lift wall of a ship lock is realized, and the engineering use value is higher.