51results about How to "Reduce time investment" patented technology

A method of creating a depth map including the steps of assigning a depth to at least one pixel or portion of an image, determining relative location and image characteristics for each at least one pixel or portion of the image, utilising the depth(s), image characteristics and respective location to determine an algorithm to ascertain depth characteristics as a function relative location and image characteristics, utilising said algorithm to calculate a depth characteristic for each pixel or portion of the image, wherein the depth characteristics form a depth map for the image. In a second phase of processing the said depth maps form key frames for the generation of depth maps for non-key frames using relative location, image characteristics and distance to key frame(s).

The invention discloses a forestry data co-processing system, which belongs to the technical field of forestry big data, comprises a network layer, a data layer, a service layer and an application layer, and realizes exchange and sharing among heterogeneous data through a data mapper and a data co-conversion protocol. And transverse service direct data collaboration and longitudinal superior and subordinate direct data collaboration are realized. According to the method, the data mapper based on the forestry resource data is adopted, and the problem of data synchronization of different data contents, different data structures and cross databases is solved, so that inter-department, cross-department and cross-level data collaboration is effectively realized. Compared with a traditional working mode, the system has the advantages that the same workload efficiency can be improved by more than 50%, time investment is saved, and economic expenditure is reduced.

The invention relates to a construction method of a fully-prefabricated assembled permeable road. The construction method is characterized by comprising the construction steps: roadbed pretreatment, lower blocking body construction, bottom base layer construction, upper blocking body construction, water-resisting layer and base construction, porous brick mounting, concrete edge sealing construction, kerb mounting construction, underground drainage system construction, permeable layer construction and pavement slab laying. By adopting the construction method of the fully-prefabricated assembledpermeable road, all structures are produced by a prefabricating yard, construction is conducted in an assembling mode, thus a construction process is simple, the construction speed is high, and the constructed pavement has good permeable and drainage properties.

The embodiment of the invention relates to the field of model simulation, and discloses a simulation test method, a device, electronic equipment and a storage medium. The method comprises the steps of importing a basic model of a to-be-simulated project in modeling software through a simulation engine; obtaining parameter information of the to-be-simulated project from the parameter file of the to-be-simulated project, wherein the parameter information comprises model parameters and simulation parameters; generating a dynamic simulation model of the to-be-simulated project according to the model parameters and the basic model; performing dynamic simulation on the dynamic simulation model according to the simulation parameters; exporting results of a simulation. In the embodiment of the invention, the basic model is imported through the simulation engine, so that the time for manually searching the basic model in the system folder is reduced; the parameter information is stored in the form of the parameter file and is directly read in the process of generating the dynamic simulation model, and parameters do not need to be input manually step by step, so that the parameter configuration process in the dynamic simulation process is optimized, the time and manpower investment in the simulation test process is reduced, and the user experience is improved.

The invention discloses an HDPE (high-density polyethylene) winding and reinforcing structural wall B-type pipe molding machine capable of demolding automatically. The HDPE winding and reinforcing structural wall B-type pipe molding machine capable of demolding automatically comprises a main shaft, wherein the main shaft is horizontally connected with a base by a shaft sleeve; one end of the main shaft is connected with a main shaft drive motor in a drive mode; a multi-shaft gearbox, a mold angle guide disc and a tail disc are sequentially connected from the connection part of the main shaft and the shaft sleeve to the other end of the main shaft coaxially; the main shaft is also fixedly connected with an angle driving device; the mold angle guide disc and the angle driving device are connected in a drive mode; the HDPE winding and reinforcing structural wall B-type pipe molding machine also comprises a plurality of autorotation mold shafts connected to the rear disc; the other ends of the autorotation mold shaft are connected to a drive shaft of the multi-shaft gearbox; an included angle of 5-30 degrees is formed between the autorotation mold shafts and the main shaft. The HDPE winding and reinforcing structural wall B-type pipe molding machine provided by the invention can demold automatically, omits the device, manpower and time input of a demolding technology, and reduces the product manufacturing cost effectively.

The invention belongs to the technical field of kiwi fruit genetic engineering, and particularly relates to a culture medium and a genetic transformation method of Hongyang kiwi fruits. The genetic transformation method sequentially comprises the following steps: agrobacterium tumefaciens culturing, leaf pre-culture, infecting the leaves by the agrobacterium tumefaciens, callus screening and culturing, carrying out bud elongation culture, carrying out bud rooting culture and positive seedlings transplanting; steps of leaf pre-culture, leaf infection by agrobacterium tumefaciens, callus screening and culturing, bud elongation culture and bud rooting culture adopt the corresponding culture medium provided by the invention. According to the method, the genetic transformation time of the kiwifruits can be shortened, the genetic transformation efficiency can be improved, particularly, a culture medium formula for rapidly and efficiently obtaining positive seedlings is found, and the methodplays an important role in shortening the genetic transformation time of the Hongyang kiwi fruits and improving the genetic transformation efficiency.

The invention discloses a modularized test case distribution method. According to the method, a modularized test case database is built, and screening and combination are carried out according to test demands so as to form optimized test cases. According to the method, the modularized database is used for realizing the uniqueness of the data, avoiding data redundancy and operation repetition, making the uniform management be convenient, and enabling the technical information flow to be controllable and sequentially inherited; and when the method is combined with a modularized collection system, the lateral contrast and longitudinal contrast of the research and development can be realized, so that the project management is convenient and the project completion is promoted. According to the method, the research and development engineers can complete the test via optimum test templates, so as to decrease the repeated operations in the test, decrease the time investment in the earlier stage of the test, improve the maintenance efficiency in the later stage, and being benefit to the cultivation of new talents. The system is wide in application range, high in efficiency, strong in expandability and easy to popularize.

The embodiment of the invention provides an instant messaging message sending method and an instant messaging message sending device. A resource configuration control is set in a session interface involving a plurality of session accounts, and a first configuration item is further provided in a configuration interface by triggering the resource configuration control. The first configuration item is configured to determine a message triggering condition, and a resource distribution message for the session interface is displayed in the session interface on the premise that a specified session account in the plurality of session accounts achieves the message triggering condition. The participation of the user on the resource distribution operation is improved, and the interactivity of the resource distribution operation is improved.

The invention relates to a method for making data available in a motor vehicle (12), comprising the steps: entering a user query by means of an input device (18) of the motor vehicle (12); searching a plurality of sources (16) for data corresponding to the user query; and displaying the search result associated with the found data by means of a display device (20) of the motor vehicle (12); respective applications of the motor vehicle (12) being assigned to the search results by means of a data processing device (14), said applications being designed to reflect the data formats associated with the search results and displaying only these applications by means of the display device (20). The invention further relates to a system (10) for making data available in a motor vehicle (12).

The invention discloses a purification method for long-chain dicarboxylic acid. The purification method includes the steps: I, heating and inactivating a terminated fermentation liquid; II, removing bacterial residues and other solid impurities, and recycling alkanes; III, adding an appropriate amount of polyethylene glycol and glucan to the fermentation liquid, and making the substances dissolved in the fermentation liquid, to prepare an aqueous two-phase system; IV, carrying out hypergravity treatment of the aqueous two-phase system, allowing an upper phase and a lower phase of the mixed system after the hypergravity treatment to be rapidly separated, dissolving proteins and other impurities in the upper phase, and dissolving the product dicarboxylic acid salt in the lower phase; and V, taking the lower phase in the step IV, acidifying to make dicarboxylic acid crystallized and precipitated, cooling, filtering and drying to obtain a refined dicarboxylic acid product. The method adopts the aqueous two-phase extraction and hypergravity to be combined for treating and refining dicarboxylic acid, shortens the technological process, saves the investment of equipment, time and energy consumption and the like, also can obtain the refined product with high purity and low total nitrogen content, and is more suitable for industrialized production.