161results about How to "Effectively hide" patented technology

The invention provides an online and intelligent optical cable monitoring and fault positioning system based on a GIS platform. The online and intelligent optical cable monitoring and fault positioning system comprises a monitoring unit and a positioning unit, wherein the monitoring unit comprises an intelligent diagnosis mainframe, a diagnosis unit and a PC terminal display unit, the intelligent diagnosis mainframe comprises a central processing unit and an optical time domain reflectometer module, an optical path switching module and an optical power monitoring module connected with the central processing unit, the diagnosis unit comprises a power module and a light source device, an optical coupling module and an optical protection module connected with the power module, and the positioning unit comprises a fault locator arranged in an optical cable. Information is processed by calling optical cable information in time, and meanwhile the system can flexibly utilize a geographic information system (GIS) technology, adopts rack-type integration, and is high in integration level, good in stability and high in expandability. When breakdown occurs, the system can clearly display fault GPS points and fault types, maintainers can perform accurate positioning through a GIS map, and accordingly the maintenance efficiency is improved.

The invention discloses a content distribution network based DDoS (distributed denial of service) attack protecting method and a content distribution network based DDoS attack protecting system for a cloud distribution platform. The method and the system can effectively protect the cloud distribution platform from large-scale DDoS attacks. The technical scheme includes that the system comprises a plurality of content distribution network security nodes, an alarm component, a decision making component and a DNS (domain name server) component, wherein the content distribution network security nodes are used for detecting the DDoS attacks and executing protection strategies; the alarm component is connected with the content distribution network security nodes and is used for collecting and analyzing flow of the content distribution network security nodes and attack behavior characteristic matching and sending DDoS attack alarm information; the decision making component is connected with the alarm component and is used for analyzing the alarm information, generating the protection strategies aiming at the DDoS attacks, sending the protection strategies to the content distribution network security nodes and sending a switching instruction to the DNS component if the protection strategies include service switching nodes; and the DNS component is connected with the decision making component and is used for switching service nodes of a website according to the switching instruction.

The invention relates to a network video monitoring system based on FPGA chaotic encryption, comprising a server terminal, a client terminal and a system configuration terminal. The server terminal comprises a plurality of cameras, a video server, an encryption module and a signal sending module; the client terminal comprises a signal receiving module, a decryption module and a client terminal player; video frequency collected by the plurality of cameras is coded by the server, then input into the encryption module via the Ethernet and sent to the client terminal via the signal sending module after encrypted; the signal receiving module of the client terminal receives the encrypted video data and then sends the data to the decryption module for processing and finally the client terminal player plays the video data; the encryption module and the decryption module are respectively an FPGA encryption board and a decryption board; the encryption process and the decryption process of the encryption module to video flow are as follows: the encryption module adopts a CPRS array which is cut and operates with a plain text data module 2, and then sent; and the receiving terminal of the decryption module obtains the same CPRS array, and then operates with a cryptograph module to realize decryption.

The invention discloses a liquid crystal display device which is provided with a back plate, a light guide plate arranged on the back plate, an optical diaphragm arranged on the light guide plate, a rubber frame, a liquid crystal display panel, a driving chip and a flexible circuit board. The rubber frame is fixedly connected with the back plate so as to enable the optical diaphragm and the light guide plate to be fixed, the liquid crystal display panel is fixedly arranged on the rubber frame and comprises an upper glass substrate and a lower glass substrate, wherein the upper glass substrate and the lower glass substrate are arranged oppositely and comprise bottom surfaces, top surfaces and side surfaces for connecting the bottom surfaces and the top surfaces, and the flexible circuit board comprises metal leads and is connected to the liquid crystal display panel. The driving chip is connected with the flexible circuit board and connected to the liquid crystal display panel through the metal leads of the flexible circuit board in a coupling mode, a first wiring notch is arranged at the connecting position of the bottom surface and the side surface of the upper glass substrate, and the flexible circuit board connected to the liquid crystal display panel is wired through the first wiring notch. The liquid crystal display device enables chip on film (COF) to be hidden in the liquid crystal display device effectively and facilitates design of liquid crystal display panels without frames greatly.

The invention discloses a dynamic authentication method between a reader and a tag card and an implementation device thereof for solving the technical problem that the traditional authentication method must depend on real-time online reliable and safe connection with a backstage database, and cannot authenticate the tag card with the reader autonomously at a high degree. In the method, only a legal reader can acquire corresponding tag authentication information from an authentication database to authenticate or update the state of the corresponding tag; only a legal tag can be processed by the legal reader; a dynamic updating mechanism is applied to the tag identification (ID) in the authenticating process to ensure the forward security, and the reader stores the tag card information by adopting a Hash table, thereby improving the authentication speed; and data synchronization is realized skillfully in an attribute value mode; and the use of random numbers ensures that different data packets can be used in each authentication, so that the position information of the tag is effectively concealed and high security characteristic is provided.

The invention discloses an identification distribution and separate-storage method, an identification replacing transmission method and system, relating to the field of network safety. The identification distribution and separate-storage method comprises the following steps of: dividing a heterogeneous wireless network by function into a user domain, an access domain, a service domain and an attribution domain, wherein the service domain comprises at least one access domain, the access domain comprises at least one user domain, and the attribution domain and the service domain are the same network when in local service; and after the successful authentication of a terminal, allocating the attribution domain, the service domain and the access domain with domain identifications domain by domain. Based on the access authentication of the heterogeneous wireless network, the invention provides a mechanism of the identification distribution, the separate storage and the replacing transmission of the identification. In the transmission process of the domain identification in the user domain, the access domain, the service domain and the attribution domain, the real identity and the location information of a terminal can be effectively concealed through the retrieval and the replacement among domains and the dynamic update at different identification mapping servers, thereby enhancing the credible access of the heterogeneous wireless network and the safety protection capacity on mobility problems.

Disclosed is a colored absorbent article to be attached to an inner side of an undergarment matching in color with the article. The absorbent article has a body surface for facing the skin of a wearer and a garment surface for facing the inner side of the undergarment. The absorbent article includes a topsheet appearing on the body surface. The topsheet is a nonwoven fabric formed of only colored fibers that are at least one kind of fibers selected from synthetic resin fibers, semi-synthetic fibers and regenerated fibers. When measured for the body surface of the absorbent article, a Munsell value is in a range of 5.7 to 9.3.

The invention discloses a chaotic secret optical communication system based on double random phase encoding, and the system comprises a transmitting end which carries out the intensity modulation of achaotic optical signal and secret data; the double random phase encoding device comprises a first phase modulation module, a dispersion device and a second phase modulation module; the first phase modulation module is driven by a random key sequence A; different first phase codes are dynamically applied to the chaotic modulation signal in a time domain, then the chaotic modulation signal enters adispersion device and interacts with the dispersion device, through phase-intensity conversion of the dispersion device, intensity distribution of the chaotic modulation signal is disturbed in the time domain, and the waveform of the chaotic modulation signal is converted into a random-like noise signal; and the second phase modulation module is driven by the random key sequence B, performs second phase encoding on the chaotic modulation signal, and performs phase disturbance on the chaotic signal. According to the invention, the security of the secret data of the chaotic sending end is significantly enhanced.

The invention relates to a vehicle-mounted head-up display system based on transparent imaging glass. The system comprises a vehicle head and a front windshield. A projector and a central processing unit used for controlling the projector are arranged in the vehicle head. The protector is connected with the central processing unit through a data line. The top of the vehicle head is provided with a light-pervious hole and a mirror outside a vehicle, the light-pervious hole can project an image in the projector, the mirror can reflect the image transmitted from the light-pervious hole to the front windshield, the front windshield is formed by stacking and fusing a transparent supporting layer and a nanoparticle thin film layer, and the nanoparticle thin film layer is a transparent material layer where nanoparticles are evenly distributed with a resin material as a carrier. Product investment cost is low, the projection image of the projector is reflected on the front windshield through light and can display a 2.5D or 3D image effect, light utilization efficiency reaches 24-30%, a clearer image can be represented, visual fatigue is effectively relieved, a projection device can be effectively hidden, and an optical path is corrected to prevent the vision in a cab from being sheltered.

The invention relates to a small desk type dish-washing machine. The small desk type dish-washing machine comprises a machine body bottom plate, a base assembly, a liner assembly, a PCB, a door plateassembly, and a shell composed of a first side plate, a second side plate and a top plate, wherein an upper spray arm assembly is arranged on the top of the liner assembly, and a lower spray arm assembly is arranged on the base assembly; an air blowing assembly is arranged between the first side plate and the liner assembly, an air inlet of the air blowing assembly corresponds to and communicateswith a side plate air inlet in the first side plate, and an air outlet of the air blowing assembly corresponds to and communicates with a liner air inlet in the liner assembly; an air exhaust assemblyis arranged between the second side plate and the liner assembly, and an air inlet of the air exhaust assembly corresponds to and communicates with a first liner air outlet in the liner assembly. Thesmall desk type dish-washing machine provided by the invention is small and exquisite in structure size, the restricted problems including that the space of a kitchen is small, but users are in soreneed of a dish-washing machine, are solved, certain desire and demands of the users are fully satisfied, meanwhile, a fan drying system is configured, and thus the property of the machine is sufficiently improved.

A portable collapsible blind is provided including positioning members and simulated arborescent structures to break-up the hard geometric shape and lines of the blind. The positioning members can position the simulated arborescent structures to extend beyond at least one of a sidewall, side edge, upper edge, sidewall corner, roof edge, roof corner and roof a preselected distance. The simulated arborescent structure can include a limb and a leafy part suspended by the limb at a location distal from the geometric shape of the blind. A concealment pod also can be provided. The concealment pod can include a base with a plurality of outwardly projecting simulated arborescent structures. The base can include the fastener element that joins with a corresponding fastener element of a joining element. The base and joining element can be pivotally joined so that the simulated arborescent structures can be oriented in a variety of configurations.

The invention discloses an image encryption and decryption method based on a fractional order translation chaotic system, and relates to the fields of computer cryptography, image encryption processing and communication and network engineering, which can solve the problems that initial conditions of an existing chaotic system are not associated with plaintexts, plaintext attacks cannot be resisted, and the safety is poor. According to themethod, translation transformation is conducted on the fractional order chaotic system by introducing a piecewise function, parameters are set, different numbers of scroll attractors can be generated, and the fractional order translation chaotic system perfects the field of fractional order chaotic systems composed of three-dimensional one-time autonomousconstant differential. Meanwhile, the fractional order multi-scroll chaotic system has higher dimension space and higher initial value sensitivity, the image encryption and decryption algorithm basedon the system is high in randomness and multiple in secret key parameters, a multi-iteration mode is adopted in the encryption process, an encrypted ciphertext matrix becomes very uniform, and therefore the purpose of effectively hiding original image information is achieved.

The invention discloses a WEB dynamic security defense method and system. The method is based on a moving target defense technical thought. The invention provides an active dynamic defense mechanism for a WEB service system. When the protected WEB application service system is not attacked, the service entry or the resource address is actively transformed, so that the information of the backgroundof the server is effectively hidden and protected, the dynamics and uncertainty of the attacked surface of the system are realized in a randomized dynamic coding technical mode, the difficulty of network attack implementation is improved, and the anti-attack capability of the WEB application service system is effectively enhanced.

The embodiment of the present invention provides a double U-shaped groove and a joint structure using the double U-shaped groove. The double U-shaped groove includes: a first U-shaped groove and a second U-shaped groove; The first U-shaped groove includes a groove The top, the two side walls of the grooves, and the two groove edges, wherein the first ends of the side walls of each groove are respectively connected to opposite ends of the groove top, and the second ends of the side walls of each groove are located on the same side of the top of the groove and are respectively connected to each The first end of the groove edge and the second end of each groove edge extend in a direction away from the side wall of the groove, and a first flange and a second flange are provided on the opposite inner wall surfaces of the side walls of each groove; the second U-shaped The slot includes a cover plate and two support plates, wherein each support plate is located on the same side of the cover plate, and the first end of each support plate is respectively connected to the cover plate, and the second end of each support plate is respectively provided with limit hooks Correspondingly, a joint joint structure using double U-shaped grooves is provided, which has high strength and is not easily deformed, and the double-supporting and limiting technology of reverse hooks ensures the integrity and decoration of the double U-shaped grooves.

The invention provides a game data processing method, a device and equipment and a medium, the method relates to rendering processing of game data such as cloud games, mobile games, end games and webgames, and the method comprises the steps of obtaining interface calling information for rendering function interfaces in a first process and to-be-rendered game data, transmitting interface calling information and to-be-rendered game data between the first process and the second process; wherein the first process refers to a process running in a black box and used for executing game logic, and the second process refers to a process running outside the black box and used for executing rendering logic; and when the second process obtains the interface calling information and the to-be-renderedgame data, calling a rendering function interface in the second process according to the interface calling information, and rendering the to-be-rendered game data according to the rendering function interface to generate a game interface for display. By adopting the embodiment of the invention, the safety of the game can be improved.

The invention discloses a smoke-cooker linked type air curtain extractor hood. The smoke-cooker linked type air curtain extractor hood comprises an air curtain device, a state obtaining device and a linking device, the air curtain device is used for forming an air curtain, the state obtaining device is used for obtaining the working state of the air curtain device, the working state of a cooker corresponding to the extractor hood, and the environment state around the extractor hood, and generating corresponding data, the linking device is connected with the air curtain device and the state obtaining device, and the working state of the air curtain device is adjusted according to the data obtained by the state obtaining device. According to the smoke-cooker linked type air curtain extractorhood, the linking device for controlling the air curtain device is additionally arranged, the working state of the air curtain device is controlled through the working state of the cooker within therange of a working area of the extractor hood, and the working state of the air curtain device is reasonably controlled.

The invention relates to a security management method for database information, which aims to provide a method to realize effective management of security of the database information not only through user identity authentication, but also through information encryption and transcoding, prompt for dynamics of database information access and log recording. The method includes the steps of authenticating a user through a user platform, transcoding and encrypting the database information, prompting the dynamics of the database information access and recording the dynamics of the database information access.

The invention discloses a transporting vehicle convenient to dismount. The transporting vehicle comprises a first carrying plate, a second carrying plate, a steering frame, an unloading mechanism, a baffle frame, first rolling wheels and a second rolling wheel, wherein the first carrying plate and the second carrying plate are arranged side by side and are connected through a baffling frame; the steering frame is arranged on one side of the baffling frame and is fixedly connected with the baffling frame, the second rolling wheel is mounted at the bottom of the steering frame, and the first rolling wheels are respectively mounted at the bottoms of the first carrying plate and the second carrying plate; and the unloading mechanism is arranged on the inner side of the baffling frame and comprises a building plate, a hydraulic rod, a sliding chute plates and a pushing plate, the building plate is welded with the baffling frame, the sliding chute plate is connected to one side of the othersliding chute plate through screws, the hydraulic rod is fixedly mounted on the surface of the building plate, and a movable end of the hydraulic rod is fixedly connected with the pushing plate. Compared with an existing transporting vehicle convenient to mount and dismount, the transporting vehicle disclosed by the invention has the advantages that the constitution structure is simple, the operation is convenient, meanwhile, a mounting and dismounting mechanism can be folded, the labor can be effectively saved during the loading and unloading of the materials, the transporting vehicle is easyto popularize, and the like.

The invention discloses an IBE-based universal security service system for an industrial internet terminal. The system comprises an industrial internet terminal equipment layer, an access gateway layer and a management and control service layer; the industrial internet terminal equipment layer is used for transmitting the collected industrial data to a TCP port of the access gateway layer in an unvarnished manner; the access gateway layer is an industrial internet gateway, establishes mapping with an equipment management module according to configuration information such as a communication protocol of the terminal equipment layer, and initiates an IBE-XKMS service request to realize identity authentication access; and the management and control service layer is used for responding to a gateway equipment request through an IBE-XKMS module, completing gateway layer equipment authentication service, completing a user authority control module through key management, responding to a user data request, and completing real-time data acquisition and equipment management and control of terminal equipment accessed to the gateway through an HTTP API (Hyper Text Transport Protocol Application Program Interface). According to the invention, complex encryption and decryption operations are handed over to the gateway agent and IBE-XKMS service, so the computing pressure of the resource-limited terminal equipment is greatly reduced.