269results about How to "No limitations" patented technology

The invention discloses a deep convolutional neural network-based abnormal crowd behavior visual detection and analysis early warning system. The system comprises a camera mounted at a monitoring target facility, a security prevention cloud server and an abnormal crowd behavior visual detection and analysis early warning system. In the system, various human body objects in the target facility areextracted through a deep convolutional neural network technology; then motion states of human bodies are calculated, identified and judged by using an optical flow method; different states of the human body objects are subjected to clustering and crowd modeling; further crowd objects are subjected to density calculation and danger index calculation; and finally according to different combinationsof crowd density, motion vector values and duration quantitative index data, various abnormal crowd behaviors are identified and judged, and according to the states of the abnormal crowd behaviors, corresponding crowd gathering management control policies are enabled. The deep convolutional neural network-based abnormal crowd behavior visual detection and analysis early warning system provided bythe invention is unlimited in scale, relatively high in precision and relatively good in robustness, and is based on a deep convolutional neural network.

The invention relates to a long-distance dense-phase conveying system provided with an assistant blowing device and a method thereof. The conveying system comprises an air control apparatus formed by an air compressor, an air storage tank and a system control apparatus; a material storage bin and an on-line sub-bin which are formed by a material tank, a bin controller and a solid-air separator; a sending tank; a fluidization conveyor formed by a streamline casing, a guiding clapboard and an air inlet; a tube liner provided with air inlets arranged by an outer conveying pipe according to subsections and a dense-phase conveying pipeline formed by the assistant blowing device . The tube liner is fixedly connected with the inner upper wall of the outer conveying pipe; the assistant blowing device is fixedly connected and communicated with the outer pipe and tube liner. The dense-phase conveying method comprising the following steps: materials enters the sending tank from the material storage bin and then enters the dense-phase conveying pipeline through the fluidization conveyor and under the effect of compressed air to form a series of material plugs flowing in the conveying pipeline and finally the material reaches the sub-bin for processing and manufacturing. The invention has the advantages that the energy cost is low; the damage to material during the conveying process is less; the wearing to pipeline can be reduced; and the service life is long.

The invention provides an intelligent digital X ray exposure control device and method. The device includes a double-camera automatic calibration module, a double-camera target thickness chart reestablishing module, an input parameter standardizing module, an interest area extraction module based on photographed parts, an image error correcting module based on the photographed parts, a sample settraining module based on the photographed parts and an exposure parameter estimation module based on the photographed parts. According to the intelligent digital X ray exposure control device and method, appropriate exposure parameters can be selected intelligently according to the patient information and the actual thickness of the photographed parts. Not only can the imaging quality be ensured,but unnecessary radiation dosage likely to be performed on patients can be reduced, and moreover, a neural network can constantly learn new illness cases during usage to perfect the exposure control effect. During clinical usage, the intelligent digital X ray exposure control device does not rely on clinical experience of technicians and is convenient to operate without limits, and therefore the device is an ideal automatic exposure control system.

The invention provides a multi-channel cocurrent flow microfluidic chip. The chip is composed of a plurality of bypass capillary tubes and a confluence capillary tube, different spinning solutions flow through the bypass capillary tubes independently in a hydrogel wet spinning process or static spinning process, and the spinning solutions flowing out of the bypass capillary tubes are converged through the confluence capillary tube. One end of each bypass capillary tube is embedded into the confluence capillary tube to be fixed from one port of the confluence capillary tube by the same depth, and the inserting port of the confluence capillary tube is sealed. The other end of each bypass capillary tube is the inlet of the whole multi-channel cocurrent flow microfluidic chip, and the other end of the confluence capillary tube is the outlet of the whole multi-channel cocurrent flow microfluidic chip. The invention further provides a controllable spinning method for linear multi-phase heterostructure fiber based on the multi-channel cocurrent flow microfluidic chip. The technological difficulty and cost of the microfluidic chip can be lowered, the practicability and durability are improved, and various linear multi-phase heterostructure micro-nano fibers can be continuously, rapidly and conveniently manufactured.

The invention provides a dynamic key command sequence birthmark-based software plagiarism detecting method, which comprises the steps of (1) monitoring a program to be analyzed based on a dynamic instrumentation and identifying and recording a key command by combining with dynamic stain analysis in real time; (2), preprocessing the recorded key command sequence, stripping an operation number and extracting a mnemonic sequence; (3) on the basis, respectively generating a dynamic key command sequence birthmark for two software to be detected; (4) calculating the similarity of the birthmarks; (5) making the design of plagiarism or not by the average value of the similarity of the birthmarks and a given threshold value. The dynamic key command sequence birthmark-based software plagiarism detecting method directly aims at the binary codes without the need of existence of source codes and has more practical significance; the detection means does not depend on a specific platform or programming language, has wider application range and has better resistance to the code obfuscation technology with reversed semantics, so the detection capability of deep plagiarism is improved.

The invention discloses a sealing bottle plug. An expansion mechanism is arranged in an inner cavity of an elastic plunger body of the bottle plug. Four circumferentially-arranged supporting arms are arranged on a drive disc of the expansion mechanism. Jacking parts of the supporting arms surround the inner circumferential wall of the elastic plunger body and abut against the inner circumferential wall. When a rotary handle of a rotating mechanism drives the drive disc to rotate, the supporting arms expand and shrink radially to drive the elastic plunger body to shrink and expand radially at the unequal amount; in order to lock the expansion diameter of the elastic plunger body, a locking disc on the rotary handle is moved downwards to be clamped with a locking hole, and meanwhile, a conic control column pushes two clamping hooks of a clamping component to shrink towards each other, so that a bottle opening is clamped, and the bottle opening is sealed and clamped. By the adoption of the sealing bottle plug, according to bottle bodies of different calibers, the bottle plug is adjusted to be matched with bottle openings, the sealing performance is high, reuse is achieved, and practicality is high.

The invention relates to a multimedia-based, multi-platform, multi-terminal, and multi-language translation method with high translation accuracy. The invention includes the following steps: (1) information classification and recording; (2) client terminals, after system initialization, can be used to select the language environment suitable for themselves. The language, called Language A, can be clicked to enter the interface; (3) the client terminals select the target language B in the suitable language environment; (4) information searching; (5) the client terminals can continue to select the target language C according to the multimedia information. The server terminals, according to the multimedia information, search the corresponding pronunciation and paraphrase of language C in the multi-language meaning database, and send the result to the client terminal through analysis program, thus completing the multi-language translation from Language A to Language B, and then to Language C based on multimedia. The invention can, with multimedia information as the medium for the multilingual translation, directly reveal the meaning of sentences to achieve the translation accuracy of information interactivity among multiple languages.

The invention discloses a magnetic particulate chemiluminescent micro-fluidic chip for quantitatively detecting myohemoglobin. The structure of the magnetic particulate chemiluminescent micro-fluidic chip mainly comprises a cover piece (1) and a bottom piece (11), wherein an air pump (3), an airflow micro-channel (5), a sample feeding hole (2), a sample liquid flowing channel (6), a first biological marker storage tank (4), a micro-mixer (7) and a transition region (10) on the cover piece (1) are connected in sequence; a filter (12), a reaction tank (13), a washing tank (14), a detection tank (15) and a solution releasing channel (18) on the bottom piece (11) are connected in sequence; the detection tank (15) on the bottom piece (11) is connected with a washing liquid storage tank (16) and a luminescent liquid storage tank (17) through the solution releasing channel (18).

A hydrogen refueling station network facility can inject hydrogen for hydrogen cell hydrogen storage cylinders in an area and forms a hydrogen distribution type energy resource together with hydrogen cells. The energy resources around a city are used for producing hydrogen through various hydrogen making methods. Energy resource conversion is realized through the procedures of pressurization, conveying, storage, air-entrapping and the like. A circular process including the procedures of hydrogen production, conveying with a gas storage cylinder set trailer, consumption of hydrogen cells, conveying with the gas storage cylinder set trailer and hydrogen production goes on all the time. The energy resource provided in the scheme does not use circuits of a power grid and is independent from the power grid, and the gas storage cylinder set trailer is used for supplying gas to the hydrogen cells as a movable pipeline. By means of the scheme, the greatest effect is that the city is changed into a hydrogen energy society, and zero emission is realized. If every city in China implements the scheme, China can develop into the hydrogen energy society soon, and great significance is achieved.

The invention provides a Web server attack filtering and comprehensive protecting method based on an NDIS (Network Driver Interface Standard) drive, comprising: the NDIS drive carries out the sieving of a Hyper Text Transport Protocol (HTTP) according to presetting, sieves an HTTP data packet meeting port demands from received data packets, and sends the data packet to a security detection service module operating at a user state; a security detection service module analyzes and detects the HTTP data packet, and sends a command of discarding unsafe HTTP data packets to the NDIS drive; and the NDIS drive discards the unsafe HTTP data packets. The method provided by the invention belongs to a software technology and has the advantages of low cost and high flexibility; and the technology realized by the invention is suitable for all Web server programs and has no limitation.

The present invention relates to a cleaning vehicle. The problems which are to be settled and exist as the background technique are as follows: inexhaustive cleaning in the cleaning process, larger pollution to the air by the reason on itself, large working noise, high oil consumption and a certain limitation to the ground being cleaned. The essential point of the technical scheme for settling the technical problem is arranging improved air suction device, storing device, cleaning device, suction into device and a safety device. The invention has the remarkable advantages of thorough cleaning, no air pollution, low oil consumption, small working noise, high automatization degree and no limitation to the ground being cleaned and the like.

The invention discloses full-automatic welding equipment. Left and right connectors of a pipe and a trunk of the pipe are manually placed on a connector feeding mechanism and a feeding and discharging guide rail correspondingly, the left and right connectors of the pipe are grabbed by an industrial robot to a rotation welding mechanism, the trunk of the pipe is conveyed to the welding position through a chain, the rotation welding mechanism is provided with a clamping part and a servo motor, the left and right connectors of the pipe are clamped by the clamping part, and the two sides of the clamping part achieves packing and will achieve automatic positioning, the servo motor rotates to drive the left and right connectors of the pipe and the trunk of the pipe to rotate simultaneously; and a welding mechanism on the six-shaft industrial robot welds the connecting positions of the left and right connectors of the pipe and the trunk of the pipe, after welding is carried out, the welded pipe is conveyed out through discharging mechanisms on the other side of a left sliding table and the other side of a right sliding table to be conveyed to the lower layer of the feeding and discharging guide rail to be guided out, and the pipe automatically flows to an assembly line through an inclined rail. The full-automatic welding equipment is high in welding efficiency, free of limitation, stable in welding effect, good in coincidence and capable of welding truss pipes with multiple specifications, different lengths and multiple models in a full-automatic manner.

The invention provides a distribution network operation risk sensing method and device, which firstly carries out ultra-short-term load forecasting and distribution network state estimation. Determinethe evaluation index value of each distribution network in the distribution network evaluation index system; perceiving the risk of distribution network operation, the perceived results can provide the basis for operators to find out the causes and sources of the risk, without limitation and with high accuracy, which can provide a reliable basis for the formulation of risk prevention and controlmeasures; the invention can effectively reduce the influence of the measurement error and the measurement bad data on the real-time operation situation assessment result of the distribution network, give the overall perception result of the operation risk of the distribution network, quantify the real-time operation state of the distribution network, and provide important technical and data support for the operation control of the distribution network. The invention more accords with the characteristics of the dynamic state estimation algorithm of the power system, reduces the calculation timeof the state estimation, and improves the calculation precision of the state estimation.

An interface apparatus (10) having a plurality of self-aligning coaxial connectors (26) for substantially simultaneous interconnections with a plurality of connectors (27) on a unit under test (12) includes a base member (28), a first interface (20) and a second interface (22). At least one of the first (20) and second (22) interfaces is slidably movable on the base member (28) and has a plurality of self-aligning coaxial connectors (26) to interconnect with the plurality of connectors (27) on the unit under test (12). An urging means (24) is provided for moving the interfaces (20 and 22) so that the self-aligning coaxial connectors (26) are moved into mating engagement with the plurality of connectors (27) on the unit under test (12) that is between the interfaces (20 and 22). The self-aligning connectors (26) are provided with cables (106) that are configured to be connected to an analyzer (14) and a supply (16) for testing the unit under test (12).

The invention discloses a chicken egg-yolk antibody capable of resisting influenza virus. The chicken egg-yolk antibody is used for specifically resisting tetravalence influenza virus. The influenza virus includes influenza A virus subtype H1N1, influenza A virus subtype H3N2, influenza B virus subtype Victoria series and influenza A virus subtype Yamagata series. The preparation method of the chicken egg-yolk antibody comprises the following steps of 1, preparing a tetravalence influenza virus antigen; 2, performing immunity on hens; 3, collecting immunized eggs laid by the immunized hens; 4, preparing a mixed antibody stock solution from the immunized eggs; 5, detecting titer of the antibody stock solution, and a stabilizer is added cooperatively, so that the chicken egg-yolk antibody capable of resisting tetravalence influenza virus is obtained. The chicken egg-yolk antibody can be combined with the tetravalence influenza virus specificity pathogen for a short period of time, the tetravalence influenza virus can be effectively killed for a long period of time, the safety performance is good, no toxic or side effect is generated, and the chicken egg-yolk antibody can be effectively used for preventing pathogen corresponding to human pharyngeal and nasopharynx mucosas.