34results about How to "Implement automatic delivery" patented technology

The invention relates to a networked real-time monitoring-oriented numerically-controlled machine tool machining process parameter acquiring method. According to the method, networked real-time monitoring of the machining states of multiple numerically-controlled machine tools with different control system types and different communication interface modes is achieved based on one server, real-time acquisition and recording of technological process parameters of FANUC, SIEMENS, HEIDENHAIN system machine tools can be achieved based on program names of NC programs and rules with a specific postprocessing format, and automatic transmission, storage and reusing of technological process parameters are achieved. The method is characterized in real-time performance, visibility, integrity, accuracy and the like. Real-time monitoring of the states of the numerically-controlled machine tools, full display of alarm number-based automatch alarm information and automatic transmission, storage and reusing of technological process parameters are achieved based on the spacecraft product numerically-controlled processing flow and the normalized numerically-controlled program format, and integrated application of a digital workshop information system is achieved on the basis.

The invention discloses a motor integration design simulation system and a method thereof. The system comprises a data layer, a service layer, a business layer and an interaction layer, wherein the business layer comprises a motor template selection module, a structure parameter calculation module, a three-dimensional structure display module, an electromagnetic analysis module, a thermal analysis module and a system simulation analysis module. The method includes the steps: selecting motor types; inputting performance indexes; calculating structure parameters; displaying a three-dimensional model; performing electromagnetic analysis, thermal analysis and system simulation analysis. By the aid of a guide type interface, a motor structure is visually and rapidly calculated, motor performances are simulated, verified and analyzed on the basis to form a 'design-verification-analysis' integrated tool platform, design efficiency is improved, research and development costs are reduced, design flow is standardized, and design experience is accumulated.

Embodiments of the invention provide a method, a device and a system for transiting service quality mapping relations. The method for transiting service quality mapping relations comprises: a central device receives request messages of second QoS mapping relation tables sent from non-central devices, the central device comprises a first QoS mapping relation table, and the first QoS mapping relation table at least comprises the second QoS mapping relation tables of all non-central devices communicating with the central device; and the requested second QoS mapping relation tables are searched in the first QoS mapping relation table according to the request messages, and the requested second QoS mapping relation tables are handed down to the non-central devices. The invention can be used to automatically transit QoS mapping relations, thereby reducing the workload of QoS configuration and improving the work efficiency.

The invention relates to a method for realizing service orchestration data context sharing and management control under a micro-service architecture. The method comprises the following steps that: a data context definition module defines the specification of data stored in a data context; the data context assembling module is used for assembling context data according to data specifications; the cross-service data context transmission and recovery module automatically transmits the data context to a remote micro-service application; and the data context acquisition module acquires shared datainformation through an interface. The invention further relates to a service orchestration data context sharing and management control system under the micro-service architecture. By adopting the method and the system for realizing context sharing and management control of the service orchestration data under the micro-service architecture, decoupling of the shared data and the service code API isrealized; a configurable mode of shared data is realized; readability, writability, security encryption and other security configurations of the shared data are realized, the complexity of business code development is reduced, and the method has high popularization value.

The invention discloses a full-automatic punching machine with manipulators and suitable for fastener production. The full-automatic punching machine comprises a machine body, a base, a motor and a control cabinet, wherein a manipulator is vertically mounted on the outer side surfaces of the base respectively; an n-shaped connection plate is sleeved outside the base; two manipulators are connected with two inner side surfaces of the n-shaped connection plate through respective sliding platforms respectively; a left-right translation manipulator is mounted on one side of the n-shaped connection plate, and a support plate is mounted on the other side; a sliding platform of a third manipulator is connected with one end of a horizontal slider; the other end of the horizontal slider is in slipconnection with the support plate; three equidistantly-arranged horizontal cylinders are mounted on one side of the horizontal slider close to a punching head of the punching machine; and one end of each pair of clamping paws is connected with respective horizontal cylinder, and the other end clamps a workpiece. The full-automatic punching machine disclosed by the invention is suitable for the full-automatic carrying of a fastener when the fastener is punched between different processes. A round bar is fed through a feed port and is subjected to the technological processes of cold heading, punching and blanking; and the manipulators of the punching machine can realize automatic transfer of material between the processes.

The invention discloses an environmental concrete purifying system for a eutrophic water body. The system comprises an environmental concrete purifying unit, wherein the environmental concrete purifying unit comprises a box body, an environmental concrete permeable layer, a plant and an environmental concrete adsorption matrix; the environmental concrete permeable layer is arranged at the top of the box body and communicated with the inside of the box body; the environmental concrete permeable layer is composed of environmental concrete; the plant is grown in the environmental concrete permeable layer, and the root system goes through the environmental concrete permeable layer and reaches the inside of the box body; the environmental concrete adsorption matrix is composed of environmental concrete and arranged in the box body; the environmental concrete is prepared from gravel, cement, silicon dioxide micro powder, a water reducing agent and water in a weight ratio of (1500-1700):(250-300):(30-40):4:(50-80); and the permeability coefficient of the environmental concrete is greater than or equal to 1cm/s, the compressive strength is higher than or equal to 15MPa, the communication porosity is 20-30%, and the communication porosity means that the pores are communicated up and down in the environmental concrete permeable layer. The system disclosed by the invention can be used for effectively purifying the eutrophic water body while the energy consumption is low and the system is easy to operate and durable in use.

The invention discloses a vehicle-mounted terminal and Internet of Vehicles platform binding changing method, system and device and storage medium; the method for changing binding between the vehicle-mounted terminal and the Internet of Vehicles platform is applied to an after-sales maintenance system, and the method comprises the following steps: obtaining vehicle-mounted terminal information, the vehicle-mounted terminal information comprising a vehicle-mounted terminal identification code and a vehicle identification code; determining a binding changing request corresponding to the vehicle-mounted terminal information, and sending the vehicle-mounted terminal information and the binding changing request to a preset vehicle networking platform; and receiving a binding changing result sent by the vehicle networking platform based on the binding changing request and the vehicle-mounted terminal information, and outputting and displaying the binding changing result. According to the invention, automatic binding changing between the vehicle-mounted terminal and the vehicle networking platform is realized, manpower resources and time are saved, and the probability of error occurrence is greatly reduced.

The invention relates to the technical field of rhizoma paridis planting, and discloses a method for cultivating rhizoma paridis, which comprises the following steps of: land selection and preparation, seed pretreatment, digging planting pits, sowing and covering soil, a soil treatment step is between the step of digging planting pits and the step of sowing, and the soil treatment step includes the following operations: A. soil digging, digging the soil of the ground, and collecting the loosen soil; B, soil ramming, ramming the collected soil into a loose state, and spraying clean water to thesoil at the same time; C, fertilizer mixing, adding fertilizer into the soil, and uniformly mixing the soil and the fertilizer; in the seeding step, a plurality of hoses are taken, a plurality of through holes are uniformly opened on the hoses and a cotton thread is wound, through holes on the hose is avoided when the cotton thread is wound, a plurality of hoses are knitted into a meshed cotton net in a criss-cross mode, the cotton net is paved on the bottom of the planting pits, and the seeds are sown in the planting pits. The method can solve the problem that the solid fertilizer cannot beuniformly distributed and is difficult absorb rapidly can be solved.

The invention provides an assembling line for automobile parts in the field of automobile parts. Four transmission rails (1) of the assembling line for the automobile parts are of a square structure. A transmission roller assembly (2) on each transmission rail (1) is connected with a transmission motor (3). Four shifting parts (4) are arranged at the four corner parts of the four transmission rails (1) respectively. A plurality of transmission wheels (5) and a plurality of shifting wheels (6) are arranged on the shifting parts (4), and a 90-degree angle is formed between the transmission wheels (5) and the shifting wheels (6). Driving motors (8) are arranged below the shifting parts (4) and connected with a control part (9). The transmission roller assemblies (2) are further provided with transferring trays (12). According to the assembling line, automatic conveying of the parts to be assembled between different transmission rails can be conveniently and rapidly achieved, the labor intensity of operators is lowered, the assembling quality is improved, and the production efficiency is improved.

The invention relates to an electric tire storage device. The device comprises a tire storage plate and a guide rail seat, a linear guide rail and a sliding block thereof are arranged on the upper plane and one side face of the guide rail seat respectively, a motor seat and a bearing seat are arranged at the two ends of the linear guide rail on the upper plane, an electric motor is installed on the motor seat, an output shaft of the electric motor is connected with the ball screw through the coupler, the two ends of the ball screw are supported on the bearing seat and the motor seat through the rolling bearings respectively, the ball nut is sleeved with the movable seat, the movable seat is fixedly connected with the two sliding blocks respectively, and the ball storage disc is fixedly connected with the movable seat through the connecting supporting arm. When the electric motor runs, the ball screw and the ball nut are driven to move, and the translational motion of the movable seat is realized, so that the tire storage disc is driven to circularly move back and forth from the tire placing position to the tire taking position, automatic transfer of tire blanks is realized, and theproduction requirements of a tire assembly line are met.

The invention belongs to the technical field of nuclear power station operation, and particularly relates to a nuclear power unit operation log recording system and a recording method thereof. The system comprises a recording module, a data acquisition module, a data storage module, a sharing module, a transmission module, an automatic timing module and a query and export module. The recording module is connected with the data acquisition module, and a transmission module is further arranged between the data acquisition module and the data storage module; the data storage module is further connected with a data sharing module and a query and export module, and the data sharing module is connected with an automatic timing module.

The invention discloses an aiming controller. The aiming controller comprises a processor module, a communication module, a power management module, a display module and a storage module. The processor module is a CPU controller. The CPU controller is used for reading the data of a laser collimator which is connected with the CPU controller, displaying the data through the display module, and meanwhile storing the data through the storage module. A CPU processor obtains the data of marker post aiming operation and inertial unit aiming operation through the laser collimator, the initial azimuth of an inertial unit prism can be calculated automatically through a formula, data are displayed through the display module, and the data are further uploaded to an upper computer through the communication module. The invention further provides an inertial unit prism initial azimuth automatic calculating method of the aiming controller. Aiming data can be transmitted and stored, the initial azimuth of the prism can be calculated automatically, one-button prism initial azimuth automatic calculating can be achieved, working difficulty is lowered, and efficiency is improved.

The invention discloses an air expansion shaft transferring mechanism which is arranged in a winding machine and used for transferring air expansion shafts. The air expansion shaft transferring mechanism comprises an air expansion shaft receiving device, a shaft taking device, a sliding chute device and an air expansion shaft turning device; the air expansion shaft receiving device comprises two clamping arms arranged at a certain distance and used for receiving and temporarily storing the air expansion shafts; the shaft taking device comprises a driving belt and a clamping base connected withthe driving belt; the sliding chute device comprises a first sliding chute arranged between the shaft taking device and the air expansion shaft turning device; and the air expansion shaft turning device comprises a turning chute and a second power unit, and the second power unit is arranged on the bottom side of the turning chute and used for driving the turning chute to incline. The invention further provides a full-automatic winding machine. The full-automatic winding machine comprises the air expansion shaft transferring mechanism, cloth guiding rolls, a cloth cutting device, a cloth rolldividing device, an expanding device, a cloth carrier roll device and a cloth roll kicking device. The winding machine can automatically receive the air expansion shafts and transfer the air expansionshafts according to the process rhythm, and then automatic transferring and recycling of the air expansion shafts are achieved; and compared with a traditional winding machine, the production efficiency is greatly improved, and the labor cost is reduced.