47results about How to "Overcome vulnerability" patented technology

Provided are a method, apparatus, and computer-readable recording medium for authenticating a user. The user authentication method includes obtaining an image including a face and a face movement by driving a camera to extract feature information on a facial image and a movement pattern from the obtained image, and comparing the extracted feature information on the facial image with feature information on a facial image registered in a storage and, when the extracted feature information matches the registered feature information, comparing the extracted movement pattern with a movement pattern registered in the storage and, when the extracted movement pattern matches the registered movement pattern, unlocking a device.

The invention discloses a business service system oriented to log big-data analysis. The system comprises a log obtaining module, a data preprocessing module, a data pipeline module, a computing processing module, a storage inquiry module and a system management module, systemized packaging is conducted on the method of data calculation and data storage, in the field of log data analysis, in the aspect of connection and data management of applications for scenes in which data processing, analysis, displaying and the like are needed, the big-data business service system which easily expands transversely in data and business and is matched with multiple big-data computing modes is formed. A multi-module design method is adopted, through unified management of the key intermediary service, through the combination of distributed computing and storage components in the system architecture, a system platform which helps a user quickly process and analyze data and makes a business applicationeasily expanded is provided.

The present invention is embodied in a system and method for providing access authentication of users attempting to gain access to a network based on connection orientation parameters to prevent security breaches of the network. In general, after a connection is requested to gain access to a networked computer, all router addresses through which the request went is gathered and compared to a well-known set of firewall router addresses (for example, of known companies) to determine the validity of the request. If one of the gathered addresses match the well-known set of firewall address, the request is deemed to have come from the other side of the firewall and the connection is denied. As such, in an intranet networking environment that uses a firewall, the present invention will provide computer users of the intranet protection from unauthorized access by others that do not have access past the firewall.

To provide a high-performance, inexpensive low C-high Si-high Cr-B-Nb type iron-based corrosion-resistant and wear-resistant alloy that is extremely superior in corrosion resistance and wear resistance to 304 stainless steel, high-chromium cast iron and high carbon-high chromium cast-iron-type materials, has a high corrosion-resistant property that would never be obtained from a high carbon-high chromium carbide precipitation-type iron-based wear-resistant alloy and at the same time, a wear-resistant property that is superior to these metals, and further hardly causes brittle peeling that is inherent to high Si-containing steel. This alloy contains, all percentages by weight, C: 0.5 to 2.5% by weight, Si: 2.5 to 4.5%, Mn: 0 to 10% or less, Cr: 15% to 31%, Ni: 0 to 16%, Cu: 7% or less, Mo: 10% or less, B: 0.5% to 3.5%, and 0+0.083Cr+1.05 is satisfied, within a range of 27% / =570 / Cr-0.066Cr+1.145 is satisfied, and within a range of 20% / =1.25 is satisfied.

The invention provides a method for manufacturing a lotus leaf type non-sticky cooking utensil, belonging to the technical field of kitchen cooking utensils. The method solves the problems of the prior art that the existing non-sticky cooking utensil has relatively poor non-sticky effect and wear resistance of non-sticky layers and relatively difficult processing. The method for manufacturing the lotus leaf type non-sticky cooking utensil comprises the following steps: (A) drawing and forming; (B) blasting; (C). hard anode oxidation treatment; and (D). spray coating or dip coating and sintering. The cooking utensil achieves a lotus leaf effect of the cooking utensil and has excellent non-sticky effect; the surface of the non-sticky cooking utensil has high hardness, good wear resistance and high temperature resistance; the cooking utensil has excellent electric insulativity and corrosion resistance, long service life, simple manufacturing method and process, and simple processing, and can realize large-scale industrialized production.

In one embodiment, the disclosure relates to a method for estimating and predicting a target emitter's kinematics, the method including the steps of: (a) passively sampling, at a first sampling rate, an emitter signal to obtain at least one passively measured signal attribute for estimating the target kinematics; (b) inputting the passively measured signal attribute to an estimator at a first sampling rate; (c) determining a radar duty cycle for active radar measurements as a multiple of the first sampling rate, the multiple defining a duration between radar transmissions; (d) directing a radar system to make active target measurements at the determined duty cycle; (e) inputting to the estimator the active target measurements at the determined duty cycle, while continuously inputting the passively measured signal attributes.

In one embodiment, the disclosure relates to a method for estimating and predicting a target emitter's kinematics, the method including the steps of: (a) passively sampling, at a first sampling rate, an emitter signal to obtain at least one passively measured signal attribute for estimating the target kinematics; (b) inputting the passively measured signal attribute to an estimator at a first sampling rate; (c) determining a radar duty cycle for active radar measurements as a multiple of the first sampling rate, the multiple defining a duration between radar transmissions; (d) directing a radar system to make active target measurements at the determined duty cycle; (e) inputting to the estimator the active target measurements at the determined duty cycle, while continuously inputting the passively measured signal attributes.

The invention discloses a planting method of a compound ecological tea garden, comprising the following steps of: (1) planting garden trees along the surrounding area of a tea garden; (2) planting rare or endangered tree species along the surrounding area of the tea garden; (3) planting leguminous crops between the rows of young tea trees and around the adult tea trees; (4) applying organic fertilizer and bio-fertilizer in the tea garden; and (5) carrying out crop straw covering in the tea garden. Through carrying out combination of multi timing sequences and multistage recycling of materials, the planting method of the compound ecological tea garden has the advantages of overcoming the vulnerability and the instability of the ecosystem of the tea garden, enhancing the resource utilization efficiency, enriching the biocoenosis of the tea garden, keeping the ecological balance, restraining injurious insect and realizing the low consumption, the safety, the high quality and the high efficiency of planting the tea trees.

The invention relates to a high-performance MEMS (Micro Electro Mechanical System) thermopile infrared detector based on black silicon and a preparation method thereof. The high-performance MEMS thermopile infrared detector comprises a substrate, wherein the substrate is provided with a release barrier strip, a heat isolation cavity is arranged in the release barrier strip, a black silicon infrared absorption region is arranged above the heat isolation cavity, thermopiles are arranged on the outer side of the black silicon infrared absorption region, after the thermopiles on the outer side of the black silicon infrared absorption region are connected in series, the thermopiles are electrically connected to a whole body, and the thermopiles, which are connected in series, are provided with metal electrodes for outputting a detection result; the detection cold ends of the thermopiles are connected with the substrate through a first heat conduction and electric isolation structure, and a heat conductor is located on the outer side of a heat isolation cavity; and the detection heat ends of the thermopiles are in contact with the black silicon infrared absorption region through a second heat conduction and electric isolation structure. The high-performance MEMS thermopile infrared detector, provided by the invention, has the advantages of simple and easy implementation, convenience for monolithic integration, high response rate and detection rate, compatibility with a CMOS (Complementary Metal Oxide Semiconductor) process, wide application range, safety and reliable.

The invention relates to the data acquisition field, especially to a data acquisition unit employing dual-reserve links and an application method thereof. The invention comprises a wired bridge, a CDMA(WCDMA / TDSCDMA / GPRS / PHS) wireless network, a switching controller and a link monitoring module; the link monitoring module is respectively connected to the wired bridge, a wireless network and the switching controller; the switching controller is respectively connected to the wired bridge, the wireless network and the link monitoring module. The data acquisition unit is communicated with an acquisition terminal through a wired and a wireless reserve links, which overcomes the frangibility of the prior single link system and eliminates the adverse effect of network paralysis caused by the dual-wireless network links suffer the same extrinsic factor.

The present invention generally relates to a customer support methodology which can be enacted with a combination of automated support solutions and support technicians for industries where there are services which relate to a customer account(s). Its main purpose is the effective use and acquisition of data to better understand the customer, the product / service, and the support system in order to better handle support issues that have and could possibly happen. The innovation in customer support methodologies are established in key general areas: profiling, support session routing, authorization, verification, data convergence, data protection, communication, predictive analysis, government compliance, customer satisfaction, and preemptive actions.

The present invention proposes a context-aware dynamic unified authentication method and system. By collecting personalized information of users when using the Internet and mobile Internet, the server log files stored in the client, Web server and proxy server can be verified. , Cookies, user registration information, and data explicitly entered by users, etc., for machine learning and data mining, and dynamically verify the user's identity. Learn the user's usage habits, and dynamically adjust the authentication level according to the status of the user's current terminal device and access method. In the environment that the user is familiar with, the authentication is mainly convenient and fast. When the user is in an unfamiliar environment, the authentication level is automatically increased. The implementation of the present invention can effectively solve the security threats that may exist in the increasingly popular mobile Internet applications, and through appropriate comprehensive protection measures, overcome the vulnerability of the mobile Internet system itself, control and reduce its security risks, and ensure people's daily work, Mobile Internet applications in life are safe, and at the same time, improve user experience.

A secure system for authenticating the identity of ADS-B systems, including: an authenticator, including a unique id generator and a transmitter transmitting the unique id to one or more ADS-B transmitters; one or more ADS-B transmitters, including a receiver receiving the unique id, one or more secure processing stages merging the unique id with the ADS-B transmitter's identification, data and secret key and generating a secure code identification and a transmitter transmitting a response containing the secure code and ADSB transmitter's data to the authenticator; the authenticator including means for independently determining each ADS-B transmitter's secret key, a receiver receiving each ADS-B transmitter's response, one or more secure processing stages merging the unique id, ADS-B transmitter's identification and data and generating a secure code, and comparison processing comparing the authenticator-generated secure code and the ADS-B transmitter-generated secure code and providing an authentication signal based on the comparison result.

The present disclosure relates to software license protection method, system, and medium readable by server, terminal, and computer. The present disclosure provides a software license protection terminal comprising: a terminal communicator operated in association with a coupled dongle type token; a terminal controller for operating and controlling certain software by checking whether the token has the requisite seculet to run the software and if so, transmitting to the token an executive instruction to run the seculet, and receiving the executive result from the token to activate the specific software; and a terminal storage for storing the software. The disclosure achieves overcoming software vulnerabilities to reverse engineering to keep the customers from inconveniences of authentication inconveniences with typical online dependency.

The invention discloses a fucoxanthin microcapsule and a preparation technology thereof. The preparation technology comprises the specific following steps: by taking a fucoxanthin extracting solution as a core material and sodium alginate added with an emulsifier as a wall material, mixing the core material and the wall material at a certain ratio evenly; and adding the mixture to a coagulator and carrying out solidifying, separating and drying treatment to prepare the fucoxanthin microcapsule. The fucoxanthin microcapsule has the beneficial effects that an appropriate embedding material which is nontoxic to a human body is adopted by the method for preparing the fucoxanthin microcapsule, so that the stability of the fucoxanthin is improved, and the physiological function of the fucoxanthin can be strengthened through the slow-release effect of the microcapsule. The extraction rate of the fucoxanthin is significantly improved, and the extracted fucoxanthin is high in purity. The preparation method is simple in operation, the prepared fucoxanthin is uniform in particle size and good in forming effect, has relatively good mobility, is convenient to store and transport and has great economic benefits.

The invention relates to the field of oil and gas well cementing, and relates to a high-temperature magnesium oxychloride thermosetting resin gel system as well as a solidified body and preparation method of the system. The high-temperature magnesium oxychloride thermosetting resin gel system comprises an epoxy resin emulsion, an epoxy resin curing agent, a magnesium oxychloride skeleton materialand a high-temperature adjustable solidification agent, wherein the epoxy resin emulsion is at least one selected from the group consisting of glycidyl ether type epoxy resin, glycidyl ester type epoxy resin, cycloaliphatic type epoxy resin, glycidyl amine type epoxy resin, and linear aliphatic type epoxy resin; and the epoxy resin curing agent is at least one selected from the group consisting ofan anhydride, a carboxylic acid, an amine compound, a phenol compound, and a polyhydric alcohol. The high-temperature magnesium oxychloride thermosetting resin gel system provided by the invention can be cross-linked and cured to form an organic polymer material with a three-dimensional net-shaped structure under the conditions of heating, pressing and the like, and realizes annulus long-term sealing performance of cementing cement in the high-temperature environment of 90-120 DEG C relying on the advantages of excellent heat resistance, good compressive strength and toughness, excellent adhesion and the like.

The invention relates to the field of centering mechanisms of cold rolling finished product machine set welding machines, in particular to a side guide centering device. According to the pressing plate type side guide centering device, a movable pressing plate mechanism comprises a lower layer pressing plate, an upper layer support plate and a drive device. The edges of the lower layer pressing plate and the upper layer support plate are supported and connected through connection rods. The parts where the connection rods make contact with the lower layer pressing plate and / or the upper layer support plate are provided with slide grooves. The connection rods slide in the slide grooves freely. A deformation sensor is arranged in the middle between the lower layer pressing plate and the upper layer support plate. The lower layer pressing plate and the upper layer support plate are driven by the drive device to move synchronously to press strip steel. A controller controls and is connected with a stepping motor and the deformation sensor which are in a centering drive mechanism. According to the pressing plate type side guide centering device, the strip steel is prevented from humping deformation, and when the strip steel humps, a side guide plate can be controlled to stop running through a signal of the deformation sensor, so that the centering accuracy and effectiveness in the process in which thin strip steel is centered through the centering device are effectively improved, and the welding efficiency of the welding machines is improved and stabilized.

Provided is a method and apparatus for fabricating a polycrystalline silicon film using a transparent substrate. The method includes forming a light absorption layer on a surface of the transparent substrate; and heating the light absorption layer using irradiation of Rapid Thermal Process (RTP) light source, while depositing the polycrystalline silicon film on the light absorption layer.

The invention relates to a jet accumulation point gas-liquid separator which comprises a cylindrical filter with through holes formed in the two ends; the outer edge line of one end surface of the cylindrical filter are expanded outward to form a conical absorption hole surrounding edge layer; holes are formed in the surrounding edge layer; the end surface shrinks inward along the inner hole edgeline of the filter to form a funnel structure layer; a through hole, i.e. accumulation point liquid drainage through hole, is reserved in the center of the structure; a liquid drainage elbow with an equal diameter with the through hole is arranged at the through hole connection part; and a cylinder wall which is smaller than the excircle of the filter and larger than the inner circle of the filteris arranged at the other end of the cylindrical filter. The jet accumulation point gas-liquid separator provided by the invention overcomes the technical defects that the conventional previous-stagefilter is fragile in expression and easy in saturated blockage when oil liquid in a mist is high in particle proportion and large in viscosity in severe oil mist treatment environment and reaches thepurpose of capability of realizing gas-liquid separation during initial treatment to enable the oil mist collection device to wholly keep constant beneficial running effect.

The invention provides a method for manufacturing a lotus leaf type non-sticky cooking utensil, belonging to the technical field of kitchen cooking utensils. The method solves the problems of the prior art that the existing non-sticky cooking utensil has relatively poor non-sticky effect and wear resistance of non-sticky layers and relatively difficult processing. The method for manufacturing thelotus leaf type non-sticky cooking utensil comprises the following steps: (A) drawing and forming; (B) blasting; (C). hard anode oxidation treatment; and (D). spray coating or dip coating and sintering. The cooking utensil achieves a lotus leaf effect of the cooking utensil and has excellent non-sticky effect; the surface of the non-sticky cooking utensil has high hardness, good wear resistance and high temperature resistance; the cooking utensil has excellent electric insulativity and corrosion resistance, long service life, simple manufacturing method and process, and simple processing, andcan realize large-scale industrialized production.

The invention discloses a tension-compression bearing carbon fiber composite material winding joint and a preparation method thereof and belongs to the technical field of joint materials. The tension-compression bearing carbon fiber composite material winding joint comprises an outer chain ring, a left lining ring, a right lining ring and a middle piece; the jointing areas between the outer chainring and the left and right lining rings as well as the middle piece are bonding areas. When the tension-compression bearing carbon fiber composite material winding joint bears tension load, the outerchain bears the load; when the tension-compression bearing carbon fiber composite material winding joint bears compression load, the middle piece bears the load. The tension-compression bearing carbon fiber composite material winding joint takes into full consideration the stress form of a joint structure and makes use of the excellent designability of composite materials, namely, carbon fiber composite materials, thereby, compared with metal joints, being capable of ensuring structural rigidity and meanwhile greatly reducing the dead load. The tension-compression bearing carbon fiber composite material winding joint overcomes the shortcomings of poor interlayer performance and layering proneness of traditional laminated composite material joints, is simple and practical in forming processes and applicable to scale production and avoids manufacturing damage caused by mechanical tapping.

A method of forming a joint between the ends of two fiber composite laminates (13,15) comprises cutting a first set of teeth (19) in the end of the first fiber composite laminate cutting a second set of teeth (21) in the end of the second fiber composite laminate, the second set of teeth being matingly aligned with the first set of teeth; spatially aligning the first fiber composite laminate and the second fiber composite laminate so as to produce a bond line (23) having a variable thickness therebetween, the thickness being defined as a marginal distance between the first set and the second set of teeth; wherein the bond line is thickest near the tips of the teeth and thinnest near the midpoint of the teeth; disposing an adhesive in the bond line; applying a cover piece (123a,123b) over at least one surface of the joint, the cover piece being adapted to provide a visual indication of a level of strain in the joint; and curing the adhesive.

The invention provides a high-security and high-efficiency quantum key service method, which comprises the following steps that: a first server acquires a certain number of exclusive-or associated slices as a slice set, selects m associated exclusive-or values in m slices every time and sends the m associated exclusive-or values to a second server; the second server obtains a corresponding quantum key group, provides a random number group for the client, creates a corresponding service association, performs XOR on corresponding m related exclusive-or values and m corresponding quantum key groups according to a service request, and then performs Hash operation to obtain a key group; and the key packet is encrypted by using the random number packet of the client, and the key packet is sent to the client. The invention further provides a high-security and high-efficiency quantum key service system, which comprises the quantum key service device and the flow service device which are used for implementing the method. The method can solve the problem of large-scale application of quantum key distribution, and has a good application prospect in the field of quantum security cloud services.

The invention provides an electronic data evidence storage method and system based on an alliance chain, and provides an alliance chain member admission method based on a distributed key generation protocol; a bottom alliance chain does not depend on a centralized CA node any more, it is ensured that user certificate application is independently completed by a user, and a third-party evidence storage mechanism is not needed for agency; the invention provides an electronic data encryption and decryption method based on a double-key pair mechanism and a (t, n) threshold encryption algorithm, and ensures that a judicial institution can verify the authenticity of the electronic data while ensuring the confidentiality of the electronic data stored by a user; a distributed management mode is provided, and security threats caused by a centralized management mode are avoided. The system architecture of the evidence storage system realized based on the electronic data evidence storage method can be divided into a user layer, an application layer and a data layer, and comprises five modules of registration and login, data evidence storage, data verification, block publication and a personal center. According to the invention, safe and reliable electronic data storage can be ensured.

The present invention relates to a contact pad for sensing the voltage of a cell module assembly, which is electrically connected to a voltage sensing module for measuring battery cell voltage of the cell module assembly constituted by one or more battery cells, and which electrically contacts an electrode of the battery cell. The contact pad is made of organic elastic conductive materials. As the contact pad which electrically contacts the battery cell is made of conductive organic elastic materials, the reliability of the electrical connection between battery cells is improved, and faulty operation of the contact pad with regard to the cell module assembly caused by foreign substances, physical impact applied from an external source, or the like is effectively prevented.

The invention relates to a sound generator for trapping mandarin fishes. The fish-trapping sound generator comprises a transformer, a capacitor and triodes, wherein output ends of an oscillating coil of the transformer are connected with the capacitor in series, a center shaft head of a control coil of the transformer is connected with a power supply cathode and emitting electrodes of the triodes through a resistor, and the other two ends of the control coil are respectively connected with the bas electrodes of the triodes through a diode; and a center shaft head of a power coil of the transformer is connected with a power supply anode through a shunt resistor and a switch of an ampere meter, one end of the power coil is connected with the collector electrode of one triode, the other end of the power coil is connected with the collector electrode of the other triode and then is grounded, the input end of the power supply is connected with a voltmeter in parallel, and the shunt resistor is connected with the ampere meter in parallel. The fish-trapping sound generator has simple structure, small size and convenience in use, the shock waves of the sound generator are in resonance with the sleep frequency of the mandarin fishes so that the mandarin fishes can be trapped during sleeping. The sound generator has no influence on the life habit of the mandarin fishes, and labor intensity for trapping the fishes is low.

The invention discloses a tea planting method. The tea planting method comprises the steps of planting tea trees on planting ridges of a tea garden in single rows, controlling row spacing between the tea trees to be 1.2-1.5m, controlling plate spacing between the same row of tea trees to be 0.8-1.0m and planting 800-1000 tea tree seedlings in each unit of area; and planting camphor trees on the periphery of the tea garden and the roads in the tea garden and planting ryegrass between the rows of the tea trees. According to the tea planting method, the camphor trees and the Mexico's perennial ryegrass are interplanted; the growth environment of each tea tree is effectively guaranteed between the tea trees through spacing between the camphor trees and the Mexico's perennial ryegrass; the risk of plant diseases and insect pests during planting the tea trees in large areas; even if single tea tree suffers from plant diseases and insect pests, the plant diseases and insect pests are not easy to infect and convenient to control; sustainable development of the tea garden and forming of a tea garden benign ecological system are facilitated, so that the tea trees are in ecological niches.

The invention discloses a waste-ceramic-based electric power insulator sintered brick which is prepared from the following raw materials in percentage by mass: 5-10% of cement, 10-20% of iron ore tailing slag, 10-60% of ceramic electric power insulator particle, 5-10% of ceramic electric power insulator powder, 1-3% of curing agent and the balance of water. The production technique comprises the following steps: material selection and proportioning, casting, vibrational compaction, sintering for dehydration, and cooling. The production technique can effectively classify and recover various waste ceramic insulators, and converts the waste ceramic insulators into main raw materials of building bricks, thereby greatly enhancing the recovery rate and recovery value of the waste ceramic insulators, effectively avoiding waste of resources, lowering the operating cost for electric power line construction, and overcoming the defects of low load-bearing capacity, loose structure, high tendency to damage, poor high-temperature resistance, poor heat-insulating property and poor electric insulation property in the traditional slag brick.