293results about How to "Avoid loopholes" patented technology

A honeycomb structure includes a ceramic block and a sealing material layer. The ceramic block includes a plurality of honeycomb fired bodies each having a large number of cells longitudinally disposed substantially in parallel with one another with a cell wall between the cells, an adhesive layer for bonding side faces of the honeycomb fired bodies, and a cavity-holding member placed between the side faces of the honeycomb fired bodies. The sealing material layer is formed on a peripheral face of the ceramic block. The cavity-holding member includes a nonflammable material having Young's modulus of at least about 0.001 GPa and at most about 0.07 GPa.

Systems and methods for providing encryption and decryption of data transmitted on a computer implemented network, preferably user authentication identifier data, such as a password, at the point of entry into the user's computer. The systems and methods enable an end user to mentally select a marker from one of the randomly arranged elements on a first portion of a graphical image. A second portion of the graphical image includes an arrangement of possible elements of any individual authentication identifier sequence, and is positioned adjacent to the first portion. The systems and methods prompt a user to enter each element of the identifier by moving the selected marker and the first portion as necessary to substantially align the selected marker with a chosen element of the authentication identifier appearing on the outer portion. According to one embodiment, the image portions are concentric wheels. According to another embodiment, the image portions are arranged in adjacent rows.

A food container includes a base (12) with a food-holding cavity (14) and a lid (20) that closes the cavity, each formed of plastic sheeting. The lid defines an eating utensil (32) such as a fork, by a breakaway line that extends around the utensil and that can be easily broken to remove the utensil. The base has radially inner and outer upstanding flanges (64, 62) and an upwardly-opening base groove (66) between them that receives a lid lip (72). At an initial opening section (60) that occupies less than one-fifth of the container perimeter, a section (62A) of the outer base flange is partially separated from the rest of the base by a cut (80) extending along the base groove and by opposite breakable lines. At that section, the inner base flange (64A) is of reduced width to provide more room for a person to grasp the lid, and there is also a smaller interference fit between the base inner flange with walls of the lid groove.

The method comprises installing an agent software on the device; detecting a boot-up of the device; providing the device with a temporary IP address upon boot-up, the temporary IP address being within a compliancy network, logically separate from the corporate network; providing a list of compliance rules to be verified for the device; sending the agent the list of compliance rules; verifying a state of the device for each rule; transmitting a result of the state obtained for each compliance rule; deciding on compliance of the device using the result; instructing a switch port at OSI layer 2 to connect the device to the corporate network if the decision determines compliance; instructing a switch port at OSI layer 2 to connect the device to a network logically separate from the corporate network in case of non-compliance.

The invention discloses a lean production management kanban system and an application method. The system mainly comprises machine table kanban, comprehensive kanban, a data collector, an industrial personal computer, a server, kanban system software, a call broadcast system, and a special local network. The system has the effects of real-time transmission of production information, transparent management and guarantee of production field work order, and is an effective tool for realizing lean production accurate management.

A device and a method for removing a liquid, foam, fat or other solid or liquid material or anything else that a user wants to remove or separate from a remaining liquid or solid that is left in a container.

Disclosed is an optical access passive network supportive of quantum communication. The network is supportive of bidirectional data communication of a GPON (gigabit passive optical network) accordant with the ITU (International Telecommunication Union)-T G.984 standard or an EPON (Ethernet passive optical network) accordant with the IEEE802.3 (Institute of Electrical and Electronics Engineers) standard and quantum key distribution (QKD) of uplink direction. An improved optical network unit is adopted in the network to add a QKD emitter and an alternating time-division multiple-address access control module on a basis of an original GPON or EPON, an improved optical line terminal is adopted to add a QKD receiver and a clock extraction module on a basis of the original GPON or EPON, and an improved passive optical splitter is adopted and comprises two 1: N optical splitters and N Bragg gratings (N is the number of the optical network unit). The network integrally greatly avoids inferences, on quantum signals, of high-light signals to enable the QKD to be capable of coexisting with the GPON or EPON. The optical access passive network supportive of quantum communication can thoroughly improve potential security loopholes of common optical access networks and provides a feasible scheme for popularizing the quantum communication technology to a fiber to house (building) FTTx (fiber to the x) access network.

The application provides a security management method and system for an application programming interface. On a gateway server side, the method includes the following steps that: service logical interface information submitted by a publisher is received; an interface external access address which is published to the outside is generated according to a preset format on the basis of the IP address of the gateway server and a port number allocated to the publisher, an association relationship between the interface external access address and the service logic interface information is established;an interface call request sent by a subscriber is received; and a request token center authenticates the identity of the subscriber that sends the interface call request, if the identity of the subscriber passes the authentication, the interface call request is forwarded to a corresponding service logical interface according to the association relationship between the interface external access address and the service logical interface information, and the execution result of the service logic interface is returned to the subscriber. With the above technical schemes of the invention adopted, the problem that illegal access to service data through an API cannot be blocked in the prior art can be solved.

A skimmer device and a method for skimming a liquid, foam, fat or other solid or liquid material or anything else that a user wants to remove or separate from a remaining liquid or solid that is left in a container.

A digital encryption algorithm uses a connection variable to connect a same kind field or a same kind data table and performs encryption on source data; the encryption method needs hardware data to participate and enables a password to be complex through multiple times of encryption and expanding encrypted data; and the biggest characteristic of the password is that the encrypted data is not completely stored, so that cracking on the server terminal is very difficult.

Embodiments of the invention provide a message receiving method, a deep packet inspection device, and a system, relating to the field of communication, and by the method, the device and system, the message identification capacity of the deep packet inspection device is improved, thereby preventing bugs caused by insufficient identification. The message receiving method comprises: receiving a service request message sent by a terminal device, the message carrying a terminal domain name indicating the terminal device and a server domain name of a service server indicating the service request of the terminal device; analyzing the received server domain name so as to obtain an internet protocol (IP) address of the service server; and if the IP address of the service server does not belong to preset service server IP addresses corresponding to the received terminal domain name in a preset list, dropping the massage. Embodiments of the invention are used for processing messages.

The invention provides a digitalized coal yard system based on Internet of Things and an artificial intelligence system, relates to the technical field of fuel management, digitalized factories and power generation, and particularly relates to a digitalized management system of a coal yard. The method is based on the Internet of Things. The invention discloses a digital coal yard system of an artificial intelligence system. Digitization and intelligentization of coal yard and fire coal data are achieved by means of an artificial intelligence system, coal quality test equipment and entrance detection equipment are combined by means of coal yard related equipment and an information acquisition intelligent terminal, fire coal digital management is achieved, a data reference basis is providedfor coal blending combustion and fire coal planning, and actual economic benefits are brought to enterprises. According to the invention, a management chain from entry to evaluation is required to beestablished, and closed-loop management of fuel is realized, so that a coal yard management platform and a coal-fired data center are provided on the basis of an overall scheme architecture, and digitalization, visualization and intelligentization of coal yard management of power generation enterprises are realized through construction of the coal yard management platform and the coal-fired data center.

The embodiment of the invention discloses a security access control and a network access rule generation method, device and equipment. The method comprises the steps: obtaining a target access requestlog corresponding to an access request that is currently allowed to access a network when an update condition of the network access rule is met; generating a network access rule based on the target access request log, and updating the current network access rule according to the generated network access rule; performing security access control of the received network access request based on the updated network access rule. Through the embodiment of the invention, the method can be used for detecting and determining whether to respond to the access request through the generated network accessrule (i.e., white list) for determining that the network access can be performed, so that only the access request that satisfies the network access rule can be responded to avoid new vulnerabilities or missed reports caused by new network attack patterns and improve the security of network access.

The invention discloses a fingerprint encryption-based identity authentication system. The system comprises a user interface, a key interface, a database, a password processing unit, a fingerprint processing unit, a conversion processing unit, a decryption processing unit and an encryption processing unit, wherein the user interface is connected with the password processing unit and the fingerprint processing unit respectively; the password processing unit, the fingerprint processing unit, the decryption processing unit and the encryption processing unit are connected with the conversion processing unit respectively; and the decryption processing unit and the encryption processing unit are connected with the database and the key interface respectively. The invention also discloses an implementation method of the fingerprint encryption-based identity authentication system, which comprises the steps of encryption and decryption. The system and the method have the advantages that: a biological characteristic password can be allowed to be cancelled and can be reset for unlimited times, the safety is high, cross-comparison bugs are prevented, and the like.

A high voltage bushing including a voltage grading shield in two parts.

A barrier layer made of Al_xGa_1-xN (0<x≦0.18) is formed in a light-emitting semiconductor device using gallium nitride compound having a multi quantum-well (MQW) structure. By controlling a composition ratio x of aluminum (Al) or thickness of the barrier layer, luminous intensity of the device is improved.

An n-cladding layer made of Al_xGa_1-xN (0<x≦0.06) is formed in a light-emitting semiconductor device using gallium nitride compound. By controlling a composition ratio x of aluminum or thickness of the n-cladding layer, luminous intensity of the device is improved.

A p-type layer and an n-type layer are formed in a light-emitting semiconductor device using gallium nitride compound having a double-hetero junction structure. By controlling a ratio of a hole concentration of the p-type layer and an electron concentration of the n-type layer approximates to 1, luminous intensity of the device is improved.

An object of the present invention is to provide a method for manufacturing a semiconductor device in which, after crystallizing by using an element that promotes crystallization, holes are prevented from being generated in a crystalline semiconductor film with a concentration of the element in the crystalline semiconductor film decreased by performing gettering. To solve the problem, as a feature of the structure of the invention, in the case of removing a silicon oxide film formed over the semiconductor film, an etchant made of a solution containing fluorine and a substance having surface activity is used.

A method and system for allocating resources in a communication system are provided. The system includes a Base Station (BS) for allocating persistent resources included in a persistent resource area to one or more a Mobile Stations (MS) using the persistent resource area, for allocating an Identifier (ID) indicating an allocation order of the persistent resources to each of the one or more the MS using the persistent resource area, for transmitting resource allocation information including the ID and the number of slots included in the persistent resources to each of the one or more MSs using the persistent resource area, and for allocating dynamic resources to one or more MSs using a dynamic resource area, after the persistent resource allocation is completed for all of the one or more MSs using the persistent resource area. The persistent resource area includes successive persistent resources along a time axis and along a frequency axis.