45results about How to "Avoid time wasting" patented technology

The application discloses a virtual reality roaming scene generation method and a system based on a data conversion technology. The method comprises the following steps that the spatial structure of a virtual scene is designed by precisely building a model, and basic environmental model data is generated; cross-platform visual simulation data conversion and processing are carried out on the basic environmental model data after the modeling design is completed, and the data is converted into virtual scene environment model data; a virtual reality roaming scene is generated and interactive operation is carried out through the converted virtual reality scene environment model data which is loaded by a preset visual virtual roaming design platform interface. According to the virtual reality roaming scene generation method and the system, the problem of the prior art that a structural model which is designed by a three-dimensional deployment design management system of a factory cannot be identified by a virtual reality interaction design platform is solved.

The invention relates to an injection vulnerability detection method and device. The injection vulnerability detection method comprises the following steps: receiving a webpage access request initiated by an application according to a parameter carrying a detection mark, wherein the webpage access request indicates a webpage requested to be accessed by the application; responding to the webpage access request, and performing injection query on a service database according to the parameter carrying the detection mark; monitoring a query process of the service database, and acquiring an executeddatabase statement generated during the query process; and performing grammatical analysis on the executed database statement including the detection mark, and obtaining a detection result for indicating whether the webpage has an injection vulnerability. The injection vulnerability detection method and the device provided by the invention solve the problem of low efficiency of injection vulnerability detection in the prior art.

The invention relates to telegraph pole mounting equipment, in particular to cement telegraph pole rapid conveying and mounting equipment. According to the cement telegraph pole rapid conveying and mounting equipment, cement telegraph poles do not need to be conveyed many times, efficiency is high, and vertical standing of the equipment saves the time and labor in the mounting process. The cement telegraph pole rapid conveying and mounting equipment comprises a mounting plate, first supporting seats, wheel shafts, tires, a supporting plate, a fixing plate, a second supporting seat, a first guiding rail, first guiding sleeves, first clamping plates, first screws and the like. The first supporting seats are mounted on the left side, right side, front side and rear side of the lower side of the mounting plate in a welded mode, the wheel shafts are connected to the lower sides of the first supporting seats in a rotating mode, and the tires are connected to the wheel shafts. According to the cement telegraph pole rapid conveying and mounting equipment, the effects that the cement telegraph poles do not need to be conveyed many times, the efficiency is high, and vertical standing of the equipment saves the time and labor in the mounting process are achieved.

Provided is a virtual reality design apparatus and a method thereof, which previously design a construction environment the same as reality before the construction by photographing a construction material and applying the image of the construction material to a design space. The virtual reality design device includes a construction image acquiring unit to acquire an image of a design space, and acquire an image of a real construction material, or an existing construction environment, an input unit to input mapping information to the image, and input a function to realize a virtual reality design, a control unit to control storage of the image, and control execution of a design application according to the functions, and a design application executing unit to execute the stored design application and create a design identical to reality under a control of the control unit.

An installation aid (1) is provided for a ventilation nozzle (100) and a ventilation duct of a motor vehicle, which are connected to during the installation, the installation arranged on the ventilation nozzle or the ventilation duct and having a material section (2), which protrudes forward in the installation direction (3) beyond the ventilation nozzle or the ventilation duct when the installation aid is fastened on the ventilation nozzle or the ventilation duct (200) and is at least partially insertable into the ventilation duct or the ventilation nozzle. Before the installation of ventilation nozzle and ventilation duct against one another, with the installation aid fastened on the ventilation nozzle, the material section is fixed in motion with respect to the ventilation nozzle or, if the installation aid is fastened on the ventilation duct, the material section is fixed in motion with respect to the ventilation duct.

A backlight module includes a frame, a light bar, and a locating bar. The locating bar is connected between two sides of the frame. The light bar includes a circuit board and a plurality of lighting units, where the circuit board is secured on a support of the frame, and where the plural lighting units are engaged with plural locating grooves of the locating bar, such that the lighting units are confined by the locating grooves in a lateral direction. Therefore, during the steps in assembling the light bar, not only personnel are facilitated in the assembly work, but also the light bars can be sieved out during the assembly process, preventing the defect of material waste if illumination test is performed only after the whole backlight module has been finished.

The invention discloses a recruitment management system capable of realizing video interview. The recruitment management system comprises a company system, a personal system, a video interview moduleand a system matching module, wherein the company system comprises a company registration and login module and a company information processing module; the company information processing module is accessed to the system matching module through the recruitment information publishing module; the company information processing module receives job hunting information provided by the system matching module by recommending a proper job hunting information module; and the company information processing module screens job hunting information through the company screening and invitation module, initiates an invitation to a person, waits for a personal response module connected with the personal system to respond, and enters the video interview module if agreement is made, and the personal system isprovided with a corresponding processing module corresponding to the company system. The interview efficiency and quality are effectively improved, and the recruitment interview time cost is saved.

The invention discloses a global toughness efficient evaluation method for a water supply pipe network water quality monitoring system. The water quality monitoring system global toughness efficient evaluation index based on water quality monitoring point failure is provided for the first time, and is used for evaluating the pollutant invasion resistance of the water quality monitoring system under the failure working conditions of different numbers of monitoring points. Meanwhile, the invention provides a pollution event database construction method based on data driving. In the optimizationmodel solving process, the target function is calculated by directly reading the related data in the database, time spent on repeatedly operating hydraulic power and water quality simulation is avoided, compared with a traditional method, the solving efficiency of the optimization model is improved by ten thousand times or above, and the method has obvious advantages particularly when the problemof a large complex actual water supply pipe network is solved. According to the monitoring point importance degree quantification method, the monitoring points with high priorities are maintained, sothat the water quality safety risk of the water supply system can be reduced, and the water supply safety is guaranteed.

The invention provides a microfluidic chip, a cell screening system, a control method and a microfluidic chip, the microfluidic chip comprises a chip main body, an import channel, a screening part andan export channel are arranged in the chip main body, the screening part is arranged between the import channel and the export channel, a plurality of screening units used for providing a liquid circulation channel between the import channel and the export channel are arranged in the screening part, a first inlet and a second inlet are further formed in the chip body, and the channel space of theimport channel is connected to the first inlet and the second inlet. The detection efficiency is effectively improved, and the duration of the detection process is shortened.

This invention relates to one network game initial time meter device, which comprises the following parts: one time consumption meter to click signal through other contest part cursor to start meter; the contest person presses down button to start dragging to stop consumption time meter; time determining device through pressing down cursor button to determine time meter and to stop through loosing cursor; operation determining memory unit and judgment unit.

The invention provides an atmospheric turbulence phase space-time estimation method. The method comprises the following steps: acquiring an atmospheric turbulence phase diagram introduced by atmospheric turbulence, and processing the atmospheric turbulence phase diagram into N parts of equal-length atmospheric turbulence phase diagram data, wherein each part of data comprises an atmospheric turbulence phase diagram sequence and an atmospheric turbulence phase diagram of the next time period; establishing a neural network model, taking the atmospheric turbulence phase diagram sequence as network input, taking the atmospheric turbulence phase diagram in the next time period as a network golden standard, calculating a loss function value of network output and the golden standard, and carrying out gradient back propagation of the loss function value to update parameters of a network model; and actually measuring a section of atmospheric turbulence phase diagram and inputting into the network model to obtain the atmospheric turbulence phase diagram of the next time period. According to the invention, the real-time performance of phase measurement of the adaptive optical system can be ensured.

The invention discloses a Raman spectrometer capable of automatically discriminating a sample and a method for automatically discriminating a sample. The Raman spectrometer comprises a Raman spectrometer main body, a detection probe, and a signal transmitting device and a signal receiving device which are arranged on two sides of the Raman spectrometer probe, wherein signal light emitted by the signal transmitting device faces the detection direction of the detection probe and is configured to be received by the signal receiving device after being reflected by a sample correspondingly detectedby the detection probe. According to the embodiment, before Raman detection, whether the sample exists on the detection channel or not is judged through the signal transmitting device and the signalreceiving device, and subsequent Raman detection is carried out only when the sample exists, so that time consumption caused by empty detection due to the fact that no sample exists in the detection channel is avoided. Besides, the infrared photoelectric sensor is used for automatically detecting whether a sample exists or not, compared with a camera, the detection time is greatly shortened, the requirement for structural space is small, installation is easy, and cost is low.