30results about How to "Real-time monitoring of force status" patented technology

The invention discloses a friction pendulum shock insulation support, an intelligent support and a support monitoring system, and belongs to the support technical field. The friction pendulum shock insulation support includes a top support board, a bottom support board, a top hinged part, a bottom hinged part, and a base board. The base board and the top support board or the bottom support board are laminated, and a pressure sensing unit is arranged between the top support board and the base board or between the bottom support board and the base board. The intelligent support includes a data acquisition unit, a data output unit, and the friction pendulum shock insulation support. The data acquisition unit transmits the support pressure measured by the pressure sensing unit to the data output unit. The support monitoring system includes a data acquisition unit, a data output unit, a monitoring unit, and the friction pendulum shock insulation support. The friction pendulum shock insulation support can monitor the stress condition of the support in real time, so the replacement of the pressure sensing unit is facilitated, and the mechanical performance of the support is not influenced. The support monitoring system can monitor and reflect the health state of the support in real time.

The invention discloses a lead rubber shock insulation support, an intelligent support and a support monitoring system and belongs to the technical field of supports. The lead rubber shock insulation support comprises a top support plate, a bottom support plate, a lead rubber support body and a cushion plate. A pressure sensing unit is arranged between the top support plate and the cushion plate or between the bottom support plate and the cushion plate. The intelligent support comprises a data acquisition unit, a data output unit and the lead rubber shock insulation support. The support pressure measured by the pressure sensing unit is transmitted to the data output unit through the data acquisition unit. The support monitoring system comprises the data acquisition unit, the data output unit, a monitoring center and the lead rubber shock insulation support. By the adoption of the lead rubber shock insulation support, the stress condition of the support can be monitored in real time, the pressure sensing unit is convenient to replace, and the overall mechanical performance of the support is not affected; and the support monitoring system can monitor and reflect the health state of the support in real time.

The invention discloses a spherical steel support, an intelligent support and a support monitoring system and belongs to the technical field of supports. The spherical steel support comprises a top support plate, a bottom support plate, a spherical steel plate and a cushion plate. The cushion plate and the top support plate or the bottom support plate are arranged in a laminated manner. A pressure sensing unit is arranged between the top support plate and the cushion plate or between the bottom support plate and the cushion plate. The intelligent support comprises a data acquisition unit, a data output unit and the spherical steel support, and support pressure measured by the pressure sensing unit is transmitted to the data output unit through the data acquisition unit. The support monitoring system comprises the data acquisition unit, the data output unit, a monitoring center and the spherical steel support. By the adoption of the spherical steel support, the stress condition of the support can be monitored in real time, the pressure sensing unit is convenient to replace, and the overall mechanical performance of the support is not affected; and the support monitoring system can monitor and reflect the health state of the support in real time.

The invention provides a force moment sensor for an output pinion of a self-elevating platform elevating unit, which consists of a left input end cover, a transferring rod, a connector, a force moment input shaft, a sensor end cover, a sensor fixing flange, a sensor body, a strain gauge, a signal transmission line, a signal processing circuit and the output pinion. The transferring rod is connected with the connector, the connector is coaxially connected with the force moment input shaft, and the force moment input shaft is connected with the sensor body. The strain gauge is fixedly adhered on a strain beam of the sensor body, and the transferring rod is coaxial with the output pinion and penetrates through a central hole of an output pinion shaft. The force moment sensor for the output pinion of the self-elevating platform elevating unit obtains load situations of an elevating unit deceleration system in real time, immediately adjusts platform moving speed according to the load situations and performs platform overload protection. The force moment sensor avoids a pinion breaking phenomenon after overload, inputs all of force moment signals into a control system, monitors stress situations of platform pile legs in real time, is matched with control of a motor, averages the force moment of the pinion and provides guarantee for safe operation of a platform.

The invention relates to the metal plastic processing field, in particular to a stress monitoring and early warning method and system for a prestress ring of a cold extrusion mold. The system consists of a strain foil, a bridge box, a dynamic strain meter, an industrial computer, a feedback control switch and an alarm. By implementing the stress monitoring and early warning method and system for the extrusion mold, the strain value and the strain situation of the prestress ring of the mold can be measured in real time, the goal of monitoring the prestress ring of the mold in real time can be achieved by presetting a stress safety value, the problem that the mold and the prestress ring are apt to be ruptured under stress because of too high load is solved, and the safety problem which is caused when the mold and the prestress ring are ruptured because of stress rupture is avoided.

The invention provides a construction method for a suspended steel structure, comprising: installing the cantilevered steel beams on each floor from bottom to top, according to the pre-acquired preset setting positions and preset specifications of the temporary cable-stayed bracing on each floor and temporary stay; according to the pre-acquired preset setting position and preset specification of the temporary support, a temporary support for supporting the top cantilevered steel truss is installed on the top surface of the cantilevered steel beam at the topmost floor; The top cantilevered steel trusses are installed above the cantilevered steel beams located at the topmost floor to form a stable frame; the hanging steel trusses are installed on the top surfaces of the cantilevered steel beams on each floor layer by layer from top to bottom. Columns; after installing all the suspenders, unload the temporary support and the temporary stay. The construction method provided by the invention can meet the stress requirements of the suspending column, ensure that the construction is safe and controllable, the quality and precision of the construction can meet the design requirements, the construction efficiency is improved, and the construction cost is reduced.

The invention relates to a high-precision vibration sensor comprising a vibration sensing circuit board. The vibration sensing circuit board is provided with a vibration sensing circuit composed of a 16-bit single-chip microcomputer memory chip, multiple capacitors and resistors. The capacitors and the resistors are electrically connected with the 16-bit single-chip microcomputer memory chip. The 16-bit single-chip microcomputer memory chip is provided with a power line and a serial bus. The sensor supports vibration state detection in three axis directions and supports + / -8g vibration acceleration, and the vibration detection error can reach 0.02g. The sampling data of the sensor is simple, and the stress state and vibration amplitude of a detected device can be detected easily through cooperation of the sensor and a single chip microcomputer. Moreover, the sensor can be used for precisely testing the vibration strength and vibration amplitude of a vibration object, and a frequency point with excessive vibration noise and the fatigue stress point of a device can be accurately avoided as long as a reasonable threshold is set. The vibration noise is reduced, and the service life of devices can be prolonged.

The invention discloses a vertical shaft sinking headframe. The vertical shaft sinking headframe comprises a headframe support body, a base support and a head sheave platform, wherein the headframe support body comprises a headframe support body I and a headframe support body II; the lower part of the headframe support body I is connected to the base support through a force measuring node; the upper part of the headframe support body I is connected with the lower part of the headframe support body II through a force measuring node; the upper part of the headframe support body II is connected to the head sheave platform through a force measuring node; the force measuring nodes are connected to a monitoring and warning module through a data line or a wireless network. Compared with the existing shaft sinking headframe, the force measuring nodes which are arranged at the lower end of the head sheave platform, the lower end of the headframe support body II and the lower end of the headframe support body I can be used for monitoring the construction load of the shaft sinking headframe and the stress state of main components in real time and warning when the construction load is close to the designed bearing force of the headframe, thereby facilitating the reasonable arrangement of the construction load of the shaft sinking headframe and the improvement of the construction safety and reliability of the shaft sinking headframe, and accelerating the further development of the intelligence of shaft sinking equipment.