39results about How to "Detailed data" patented technology

The invention discloses a detection method and device for reliability of a compressor. The method comprises the steps of obtaining the exhaust temperature of a unit in the running process; according to the exhaust temperature, judging whether the exhaust temperature of the unit is too high or not; if yes, determining that the compressor is unreliable; if not, further obtaining the exhaust temperature and the water outlet temperature of the unit in the running process; according to the exhaust temperature and the water outlet temperature, judging whether the exhaust temperature of the unit is too low or not; if yes, determining that the compressor is unreliable; and if not, determining that the compressor is reliable. Through the method, the problem that in the prior art, a reliability detection scheme of the compressor is poor is solved. The subjective factor is eliminated, judgment is more accurate, data are more detailed, judgment reaction is more rapid, in-time reminding is achieved, determining work is completed at first time, and reliability judgment efficiency and accuracy of the compressor are improved.

The invention provides an engineering surveying and mapping device based on a drone, which relates to surveying and mapping device technology and the field of engineering, to solve the problem that the existing surveying and mapping device based on a drone cannot control the movement of the surveying and mapping instrument during engineering surveying and mapping, and cannot avoid surveying and mapping. The instrument is in contact with the ground and cannot protect the surveying and mapping instrument, including the main body; the main body is the drone body, and the bottom of the main body is provided with four supporting feet; the top of the buffer is fixed to the bottom of the supporting feet of the main body connect. The surveying instrument needs sufficient field of view during surveying and mapping, so the bottom of the surveying instrument needs to be placed under the contact plate. When the device needs to land, the main body can be controlled to land quickly, so that the force plate can drive the receiving part to move upwards, and then Compress the spring, and at the same time make the block receive the power of the spring and move outward, so that the outer end of the block can be inserted into the rectangular groove of the guide, so that the receiving part can drive the surveying instrument to limit and fix it, so that the surveying instrument will not touch Damaged ground.

The invention discloses an auto power management system which comprises a data acquisition unit, an auto-model power selection unit, a display interface selection unit, a microprocessor and a display unit. The flexibility of the auto power management system disclosed by the invention is large, thus satisfying various hybrid electric vehicles; and meanwhile, displayed data are more comprehensive and detailed, and the monitoring on vehicles is further strengthened.

The invention discloses a method for analyzing fallback and returned signalling of a LTE (Long Term Evolution) subscriber in a CS (circuit-switched) domain. The method is characterized by comprising the following steps that: signalling in a network is analyzed, tracked and correlated when a signalling monitoring system in a mobile communication network monitors voice and short message calls of the LTE subscriber in the CS domain; and the subscriber identification IMSI (International Mobile Subscriber Identity) of the subscriber and a signalling process having a complete fallback process are obtained. According to the invention, by adopting a multi-interface signalling track processing and correlated calculating method, reduction of a complete voice and short message call process of the LTE subscriber is realized; operators are convenient to perform end-to-end complete process analysis; CSFB (Circuit Switched Fallback) failure, long CSFB time delay and faults of various network nodes can be located; and thus, the method disclosed by the invention is a high-efficiency and reliable method for tracking and analyzing voice and short message calling processes of the LTE subscriber in the CS domain.

The invention discloses a detection method and device for reliability of a compressor. The method comprises the steps of obtaining the exhaust temperature of a unit in the running process; according to the exhaust temperature, judging whether the exhaust temperature of the unit is too high or not; if yes, determining that the compressor is unreliable; if not, further obtaining the exhaust temperature and the water outlet temperature of the unit in the running process; according to the exhaust temperature and the water outlet temperature, judging whether the exhaust temperature of the unit is too low or not; if yes, determining that the compressor is unreliable; and if not, determining that the compressor is reliable. Through the method, the problem that in the prior art, a reliability detection scheme of the compressor is poor is solved. The subjective factor is eliminated, judgment is more accurate, data are more detailed, judgment reaction is more rapid, in-time reminding is achieved, determining work is completed at first time, and reliability judgment efficiency and accuracy of the compressor are improved.

The invention relates to a high rockfill dam body deformation monitoring method. The method comprises the steps of: connecting an array displacement meter with deformation monitoring robots, wherein each monitoring robot forms a monitoring unit, and the deformation monitoring robots are connected with a data processing platform through wireless transmission, and the plurality of monitoring units are connected in order to form monitoring assemblies; selecting a plurality of horizontally-arranged surfaces in the height direction of a dam body, arranging first monitoring assemblies parallel to the downstream direction of the river and second monitoring assemblies parallel to the width direction of the river on the horizontally-arranged surfaces, and then arranging a plurality of sets of thirdmonitoring assemblies at intervals are arranged in the vertical direction; and receiving formation information at each monitoring point by the data processing platform, performing calculation according to the received deformation information of each monitoring point to obtain deformation quantities in the downstream direction of the river, the transverse direction of the river and the vertical direction by the data processing platform, and displaying the obtained deformation quantities in each direction to a user. The method is simple in operation, detailed in obtained data, free of maintenance for a long time and wide in application range.

The invention discloses a flat track design method of a rocket sled test. The method comprises the following steps: determining the start point P0 of a track after selecting the lowest point and direction of the track; obtaining the track coordinate under a WGS-84 coordinate system through changing the coordinates of a yaw angle gamma and a pitching angle beta so as to provide continuous geographic information data for track construction. The method provides a brand-new design idea for domestic track construction of a rocket sled; the finished track is not affected by the earth curvature and is kept straight absolutely; thus, manpower, financial and material resources are farthest saved; and greater potential applications and theoretical basis are provided for the track construction of the rocket sled test.

The invention discloses an intensity distribution test device for a deep-hole drilling rock and earth mass. The intensity distribution test device comprises a power supply, a drilling system and a data acquisition system, wherein the drilling system comprises a convex-tooth conical drill bit, a spiral drill rod, a rotating ring, a drill, a hole-drilling rack and an operating handle; the convex-tooth conical drill bit is connected with the spiral drill rod in a fastening manner; the spiral drill rod is in threaded connection with the drill; the drill is fixedly arranged on the hole-drilling rack and is connected with the power supply; the data acquisition system comprises a pushing-twisting sensor, a rotating speed sensor, a current meter and a laser ranger which are connected with the power supply; and all the devices respectively output thrust and torsion, the rotating speed of the drill rod, current and drill rod footage signal data to a data acquirer connected with a micro computer. The intensity distribution test device is simple and is convenient for construction, can obtain the intensity distribution of the rock and earth mass while drilling and can supply intuitive and detail data.

The invention relates to a device for a trauma stress experiment. The device for the trauma stress experiment comprises a box body and a control system. Slots are arranged on the inner lateral side of the box body, two ends of a longitudinal plate and two ends of a transverse plate are respectively in inserting connection with the slots, and the longitudinal plate and the transverse plate are intersected and matched. A fence and a through air are arranged on the inner side of a base plate of the box body, and a shake generator and a gas generator which are electrically connected with the control system are fixed on the outer side of the base plate. A collecting plate is arranged at the bottom of the box body, a loudspeaker is installed on one side wall of the box body, and a current stimulating drive is installed on the other side wall. A noise drive, a camera and a light stimulating source are installed on the top plate. The noise drive is electrically connected with the loudspeaker, and a current generator is electrically connected with the fence. The control system comprises a computer, a single chip microcomputer, a programmable logic device, a photoelectric isolating circuit, the current stimulating drive, a light source drive and the noise drive. The device for the trauma stress experiment can provide various traumatic stress environments, is conveniently suitable for experimental subjects with different sizes, simultaneously performs one stress mode or various stress modes, and can perform real-time analysis or ex-post analysis.