62 results about "Project cycle" patented technology

A high altitude aerostat flight control test has the defects of long time, huge cost, high risk, long iteration period of a flight control technology and the like. An outdoor low altitude flight control test has the defects of uncontrolled interference, fail of all-weather test, and fail of control over the project cycle. Therefore, in order to establish a complete aerostat intelligent control system, by combining the actual working conditions of the low altitude aerostat test, an aerostat flight control indoor test platform which is capable of simplifying equipment, high in reliability, goodin portability and high in utilization rate is designed. The four parts of platform indoor positioning equipment, airborne equipment, a remote network and a ground station are verified through a scaled aerostat indoor flight control algorithm. An indoor positioning system is composed of a positioning base station and position calculation software, and the indoor positioning system can accurately obtain the position of the aerostat with a positioning label in a positioning area; the airborne equipment is composed of a positioning label, a wireless data transmission module, an actuator driver and a power supply, and can transmit and execute a control instruction sent from the ground. The ground station is composed of a control interface, a data processing module and an artificial intelligence control algorithm support module, after the position data sent by the indoor positioning equipment is received, processing and parsing are conducted, and the position and attitude data needed by theflight control algorithm are obtained, the corresponding control quantity is calculated through the flight control algorithm and sent to a airborne terminal for execution. By means of the equipment,closed-loop control can be achieved. Meanwhile, the system can perform remote control algorithm input and parameter injection on the ground station software through the remote network technology.

The invention discloses a curtain wall engineering quantity statistics method, which comprises the following steps: according to construction drawings, a modularized and parameterized original curtainwall model is established in Revit or Rhino software; Numbering the curtain wall glass in the original curtain wall model by dynamic software or grasshopper and counting the number of the curtain wall glass; displaying the curtain wall glass number and the quantity statistics in the original curtain wall model in the Revit or Rhino software, the curtain wall glass geometry size and the curtain wall glass area of each number are calculated, and a detailed table including the curtain wall glass number, the curtain wall glass area and the curtain wall glass geometry size is generated; Preset thecurtain wall construction plan in BIM software, upload the detailed list to BIM software, combine the preset curtain wall construction plan and the detailed list to automatically generate the secondary detailed list, and generate the quantity statistics. The invention improves the speed and efficiency of area statistics and curtain wall numbering, shortens the time of modeling and corresponding data processing, shortens the project cycle and greatly improves the construction progress.

The invention is suitable for the technical field of PCB arrangement, and provides a PCB (Printed Circuit Board) layer layout method. The method comprises the following steps that: according to schematic diagram network attributes, obtaining each piece of component information; in a preset environment, constructing a multiplexing unit circuit module; responding to a calling command, and moving the unit circuit module of a current board layer to a target board layer. The invention also correspondingly provides a PCB layer layout system for realizing the above method. Therefore, through a secondary multiplexing skill, the comprehensive transformation of all elements for top and bottom level component layout wiring can be quickly realized, working efficiency is improved, labor cost is saved, and the delay of a project cycle is avoided.

The invention relates to the technical field of bridge construction, in particular to a large-scale steel box beam ashore construction method. The large-scale steel box beam ashore construction method comprises the steps that water transportation of steel box beams is carried out, boats are used for carrying out the water transportation on the steel box beams, and the steel box beams are arranged on the decks of the boats through bearing timber piers and air bags; locating devices are set, ground anchors are arranged on a shore, and at least four ground anchors are arranged; a shore connecting dock is constructed, retaining walls are built up, sliding rampways are constructed from the retaining walls towards the shore in a stretching mode, and sliding rails are paved on the sliding rampways; ashore bearing is carrying out on the steel box beams by using the air bags, and the steel box beams are transferred to the shore through the air bags. According to the large-scale steel box beam ashore construction method, the operation of lifting, transferring, going aboard and going ashore on the steel box beams is achieved by adopting the air bags, the application of air bag operation is small in restriction of sites, a lifting function and a moving transporting function are provided, large-scale mechanical equipment is not needed, therefore, project cycles can be shortened, and a great amount of capital can be saved.

The present disclosure provides an emulator mapping process on a system-on-a-chip (SoC) for debugging. The implementation reduces manual intervention and makes the emulation mapping process very generic and technology independent and hence it reduces overall project cycle time. In the present disclosure, the SoCs containing analog delay locked loops are made suitable for emulation by configuring analog delay locked loop module in parallel with a synthesizable delay logic module. Further, selection logic is provided to select any one of the module at a time.

The invention discloses an automatic regression testing method for embedded software. The automatic regression testing method comprises the steps of establishing an automatic testing platform, automatically analyzing influence, changing requirements, designing and coding, testing and changing, managing defects and updating a knowledge base. According to the invention, the project change can be quickly responded by realizing non-separation of requirements, design, coding, testing and execution; by realizing automatic establishment of a tracking matrix, influence domain analysis can be quickly realized, and omission is avoided, so that the software quality is improved; by realizing regression test automation, the test efficiency can be improved, the cost is reduced, and the project period isshortened; by realizing automatic generation of the document, the labor cost can be reduced, and the document standardization is improved.

The invention discloses a graphene prefabricated branch cable package. The graphene prefabricated branch cable package comprises an insulating cable main line and an insulating cable branch line, wherein the insulating cable branch line is connected at one side of the insulating cable main line through twisted joint, a connector is formed at a connection part of the insulating cable branch line, and the connector is externally sleeved with a hoop; the connector is externally coated with a layer of flexible graphene conductive band, the flexible graphene conductive band is externally coated with a layer of high-voltage insulating tape, the high-voltage insulating tape is externally coated with a layer of internal water-blocking tape, and the internal water-blocking tape is externally coatedwith a layer of sheath. A product formed by the graphene prefabricated branch cable package is simple in structure, excellent in bending performance and conductivity, convenient for being mounted incomplex environment, low-cost, excellent in flame retardance and fire resistance, green, clean, and environmental-friendly and highly conductive, and having high light transmittance and long service life; the connector is sealed well, dampproof, waterproof and excellent in anti-seismic property, cannot be affected by shaking in usage; and the graphene prefabricated branch cable package is prefabricated in a factory, thus, a project cycle is reduced, and the graphene prefabricated branch cable package can be widely used in various industrial and civil buildings.

The invention provides a machining method of a conical round steel pipe. Four V-shaped notches are symmetrically cut at one end of a selected basic round steel pipe to form a closing-in part of the conical round steel pipe. The four V-shaped notches are contracted through an outer sleeve, a wedge and a hammer. The four V-shaped notches are welded together through a welding gun, and thus the required conical round steel pipe is obtained. The machining method of the conical round steel pipe is simple and practical, and the method can be implemented with only a small quantity of common tools. By the adoption of the machining method of the conical round steel pipe, the conical round steel pipe does not need to be purchased or customized in advance. By manufacturing the conical round steel pipe personally, the project cycle can be shortened, and the construction cost can be reduced. According to the machining method of the conical round steel pipe, the standard conical round steel pipe can be manufactured in advance according to requirements, and the non-standard conical round steel pipe with arbitrary angles can also be manufactured so as to meet the field installation requirements, so that emergent installation needs are met; and a production channel of a conical round steel pipe product is provided, and the problems of high energy consumption and pollution in the construction industry are solved to a certain extent.

The invention discloses an intelligent asset management statistics method. The method comprises the following steps: a receiving step of receiving enterprise asset data, wherein the enterprise asset data comprises enterprise project data, and the enterprise project data comprises project benefits, project personnel and a project cycle; an assessment calculation step of assessing contributions of the project personnel according to the project benefits and the project cycle to obtain current human asset data of the corresponding project personnel; and a first data updating step of updating an enterprise asset report according to the obtained current human asset data. The invention furthermore provides an electronic device and a computer readable storage medium. According to the intelligent asset management statistics method, the contributions of the project personnel in an enterprise project are assessed to achieve the purpose of assessing working abilities of company staffs; and the working abilities serve as the human asset data to be subjected to storage management, so that companies can comprehensively perform control on the asset data of the companies.