47results about How to "Real-time dynamic adjustment" patented technology

The invention discloses an augmented-reality (AR) system, an information processing method therein, a storage medium and a processor. The augmented-reality system includes: a mobile terminal, which isused for collecting real scene information; a cloud data center, which is used for storing virtual scene information; and an image processing module, which is used for acquiring the real scene information and the virtual scene information, integrating the real scene information and the virtual scene information to obtain integrated information, and sending the integrated information to the mobileterminal for display. The method solves the technical problem that multi-level requirements of different users and operators are difficult to be satisfied by one platform in the prior art.

The invention discloses a method for automatically adjusting a plastering thicknessand a plastering robot. The method comprises the steps of S1, establishing a reference laser surface parallel to a wall surface of a wall; S2, respectively setting a light sensing device and a push-pull linkage device on the left and right ends of a plastering machine head; S3,defining a light spot initial positionof each light sensing device; S4, conducting real-time collection of the light spot real-time position of the light sensing device in the operation process of the plastering machine head; S5, calculating the deviation data between the real-time position of each light spot and the initial position of eachlight spot; S6, converting the deviation data into posture adjustment data of the plastering machine head; S7, according to the posture adjustment data, controlling the push-pull linkage device to adjust the posture of the plastering machine head, so that the plastering machine head and the reference laser surface are kept parallel; the method can achieve the plastering machine head real-time dynamic adjustment, do not need manual intervention, be capable of automatic calculation of the thickness, have short adjustment time and high precision, can greatly improve the efficiency of construction work, and effectively ensure the thickness of the plastering and the flatness of the working wall surface.

The embodiment of the invention relates to the technical field of stereo display and specifically discloses a control method for stereo display, a device and an electronic device. The method comprises the following steps: providing a visual adjusting buoy to a display interface of the stereo content, wherein the visual adjusting buoy is presented on the display interface under a half-hidden state; detecting an activation operation of a user for the visual adjusting buoy under the half-hidden state; detecting a visual regulating operation of the user after the activation operation of the user is detected; adjusting a visual parameter of the stereo content according to the detected visual regulating operation; performing stereo display on the stereo content according to the adjusted visual parameter, thereby realizing the adjustment for the visual stereo effect of the stereo content. Through the method disclosed by the embodiment of the invention, the user can realize quick and real-time dynamic adjustment on the visual stereo effect of the stereo content by only inputting a simple gesture operation on the display interface of the stereo content.

The invention discloses a pet management system and method, and relates to pet management. The pet management system comprises an intelligent feeder unit, an intelligent drinker unit, an intelligent toilet unit, an intelligent accommodation unit, a pet entity unit, an intelligent APP unit, an intelligent runway unit and a cloud server, wherein the cloud server is connected with the intelligent feeder unit, the intelligent drinker unit, the intelligent toilet unit, the intelligent accommodation unit, the pet entity unit, the intelligent APP unit and the intelligent runway unit. Based on pet behaviors, through data linkage between intelligent devices, the pet management software system is an intelligent article integrated solution capable of displaying pet health information in a multi-dimensional mode and dynamically adjusting module parameters.

The invention provides a link gain control device and TDD equipment, and the device is used for the TDD equipment, and comprises a power source module, a power detection module, a coupling module, anda radio frequency switch module. The power source module generates a test signal in a protection time slot of TDD equipment. The test signal is connected to a downlink of the radio frequency module through the radio frequency switch module and is coupled to the power detection module through the coupling module, or the test signal is coupled to an uplink of the radio frequency module through thecoupling module and is connected to the power detection module through the radio frequency switch module; the power detection module detects the power information of the test signal, and outputs a control signal to adjust the link gain parameter of the radio frequency module according to the power information. The link gain control device can adapt to individual difference of gain compensation among TDD equipment individuals, adapts to link gain adjustment caused by various factors, avoids acquisition of offline parameters of compensation gain, and is low in cost.

The invention relates to a synchronous control system for multiple motors in a CT machine. The synchronous control system comprises at least two direct current motors arranged on the two sides of a scanning bed, a main control computer used for sending PWM modulation codes and a synchronous processing unit used for conducting synchronous control. The invention further relates to a synchronous control method for the multiple motors in the CT machine. According to the method, at least two direct current motors are utilized to push the scanning bed to lift and conduct synchronous control, and inconformity of the stretching-out length of two pushing rods generated due to mechanical installation and inconformity of motion characteristics of all the motors can be compensated; at least two direct current motors are utilized to push a rack to conduct inclined motion and conduct synchronous control at the same time, and inconformity of the stretching-out length of the two pushing rods generated due to mechanical installation and inconformity of motion characteristics of all the motors can be compensated. According to the synchronous control system and method, synchronous motion of the scanning bed in the CT machine and the double motors of the rack is controlled, the scanning bed and the rack can conduct accurate off-position in the motion process, and thus the service life of products is prolonged.

The invention relates to a commodity identifying device. The device is used for identifying commodities taken from a bearing structure. The commodity identifying device comprises a gravity sensor arranged below the bearing structure and used for detecting weight changes of the commodities born by the bearing structure, a recognizer used for reading information of the rest of commodities on the bearing structure after the weight change of the commodities is detected by the gravity sensor, and a server used for acquiring information of the commodity which is taken away according to at least oneof the information of the rest of commodities and weight change difference values of the commodities. The invention further relates to a vending machine comprising the commodity identifying device.

The invention belongs to the technical field of mechanical devices and rail transit transmission, and particularly relates to an intelligent lifting insulated arm pantograph. The intelligent lifting insulated arm pantograph comprises a lifting base, a lower insulated arm, an upper insulated arm, a pantograph head with an insulated pantograph horn, a pantograph lifting cylinder, an intelligent control cabinet, an angle sensor and a height sensor. The intelligent lifting insulated arm pantograph adopts the design of the upper and lower arms and the insulated pantograph horn, so that an insulatorbetween the pantograph and a vehicle body is omitted, and equivalently the minimum working height of the pantograph is increased; when the lifting base is in a lifted state, equivalently the maximumworking height of the pantograph is decreased; the minimum working height and the maximum working height of the pantograph during working are optimized, and the pantograph is always kept at the more comfortable working height, so that the current collecting stability of the pantograph is guaranteed and the service life of a pantograph sliding plate is greatly prolonged.

The embodiment of the invention discloses a data processing method and device, a server and a computer storage medium. The method comprises the following steps: obtaining operation data of a target activity event submitted by an operation platform, wherein the operation data comprises award proportion coefficients, participant numbers and profit and loss data corresponding to all options of the target activity event; determining a reward probability corresponding to each option according to the reward proportion coefficient corresponding to each option, determining participation hot corresponding to each option according to the number of participants corresponding to each option; determining an adjusted reward probability by utilizing the reward probability, the participation hot and the profit and loss data corresponding to each option; and obtaining the adjusted reward proportion coefficient corresponding to each option according to the adjusted reward probability, and sending the adjusted reward proportion coefficient corresponding to each option to the operation platform, thereby realizing real-time dynamic adjustment of the reward proportion coefficient of the option of the activity event, and effectively ensuring the accuracy of adjustment of the reward proportion coefficient.

The invention provides a vehicle-road cooperative scheduling method for rapid passing of emergency vehicles, and the method comprises the steps: carrying out the iterative calculation of a scheduling decision according to real-time path planning and traffic signals, wherein the decision every t time periods includes: according to the current road condition, the current position of the emergency vehicle and the destination, calculating the optimal driving path of the emergency vehicle under the current traffic condition; constructing a dynamic directed graph, and selecting a top-K relation neighbor intersection of the current position of the emergency vehicle; extracting importance scores and hidden features of states of neighbor intersections in the top-K relation by using a multi-head map attention network, and modeling the overall influence of the neighbors on the current intersections in different subspaces to obtain processed features; and calculating the traffic light phase action of the maximum long-term reward brought by different traffic light phase actions in the current state. According to the invention, the driving route can be dynamically adjusted in real time, and the traffic signal is coordinated and controlled along the dynamically updated path so that the dynamic traffic flow can be better processed.

The invention discloses a method, a device and a system for establishing a PCC (Policy Control and Charging) session. The method comprises the steps of according to a user IP address in a session request, querying a PGW corresponding to the user IP address; sending a PCC session establishment request to the PGW, and acquiring an IP address of an access network gateway from the PGW; sending a gateway control session establishment request to the access network gateway with the IP address, establishing session connection with the access network gateway, and acquiring user subscription information from the access network gateway; and generating a PCC rule according to the user subscription information, sending the PCC rule to the PGW so as to facilitate the PGW to execute the PCC rule. According to the method, the device and the system provided by the invention for establishing the PCC session, the PCC session can be established for a non-3GPP (3rd Generation Partnership Project) user based on a network element at the network side without off-line of the user, the user is enabled to perform dynamic adjustment on the QoS (Quality of Service) in real time, and the time delay of the user for acquiring the QoS dynamic adjustment service is reduced.

The invention provides a bridge floor self-seepage and drainage device for road and bridge construction. The device comprises a seepage and drainage box, a recycling box and a power generation box, wherein a lower drainage opening is formed in the top face of the seepage and drainage box, a displacement baffle is arranged under the lower drainage opening, the left end of the displacement baffle makes contact with the right side face of a left fixing inclined plate, the right end of the displacement baffle makes contact with the left side face of a right fixing inclined plate, the top end of the left fixing inclined plate and the top end of the right fixing inclined plate are fixedly connected with the inner upper side face of the seepage and drainage box, a fifth return spring is fixed to the left portion of the lower side face of the displacement baffle, and a spring bottom plate is fixed to the bottom end of the fifth return spring, a transmission rod is fixed to the middle of the lower side face of the displacement baffle, and a first permanent magnet is fixed to the bottom end of the transmission rod. According to the above technical scheme, the technical problems that the capacity of dynamic adjusting of seepage and drainage flow is not achieved, distillation reutilization, energy conversion and storage and the like cannot be achieved in the prior art are effectively solved, and application and popularization are facilitated.

The invention discloses a multi-point driving scraper conveyor synchronism control system, and belongs to the technical field of fully-mechanized coal mining equipment control. The multi-point drive scraper conveyor synchronism control system comprises first-stage motors and a multi-stage motor set arranged between the two first-stage motors, the first-stage motors and all motors in the multi-stage motor set are provided with chain wheels and piezoelectric vibrators, and the piezoelectric vibrators, the first-stage motors and all motors in the multi-stage motor set are connected with a computer. When the scraper conveyor works, the piezoelectric vibrators send current intensity signals to the computer, and the computer judges the working state of the scraper conveyor according to the current intensity signals and controls all the motors in the first-stage motor and the multi-stage motor set to work. The synchronization control system of the multi-point driving scraper conveyor can realize graded start and stop of the scraper conveyor, reduce the total tension borne by the scraper chain, and improve the reliability of the system in the working process.

The invention discloses laser cutting equipment and method, and relates to the technical field of laser cutting, the laser cutting equipment comprises a workbench, and the workbench is provided with a conveying device, a detecting assembly, a moving assembly, a cutting assembly, a pressing assembly and a control device. Through cooperation of the pressing assembly, the cutting assembly and the adjusting assembly, the laser emitting device arranged on the surface of the bearing plate is moved by a proper height, then the focus of the laser emitting device is adjusted, the cutting speed of the laser emitting device on the plate is adjusted, and therefore when the device is used for cutting the plate, the cutting efficiency is improved. And the laser cutting speed can be dynamically adjusted in real time according to the thickness of each area of the plate.

The intelligent paper packaging machine comprises a packaging machine, a product conveying mechanism and a paperboard conveying mechanism are arranged on the side face of the packaging machine in parallel, a storage bin is arranged on the paperboard conveying mechanism, a paperboard suction mechanism is arranged at the position, located at the bottom of the storage bin, of the paperboard conveying mechanism, and a paperboard removing mechanism is arranged at the position, close to the packaging machine, of the paperboard conveying mechanism. A paperboard collecting bin is arranged on the side face, close to the paperboard removing mechanism, of the paperboard conveying mechanism. The device has the beneficial effects that a plurality of mechanisms are combined, real-time outer packaging of products with different boundary dimensions is achieved, the application range is wide, the production efficiency is high, and the production cost is low.