155 results about "Multiple response" patented technology

A system, method and apparatus for utilizing transaction databases in a client-server environment. The transaction databases can be used to receive and retain multiple server responses to consecutive client requests regardless of the temporal relationship between the multiple responses and consecutive requests. One method of the invention relates to how a client device displays information. This method is for use in a client-server system including one or more servers and a client device having a client transaction database, a client template database, and a user interface adapted to enable a user to enter requests. The method includes the steps of receiving a user request from the user via the user interface and retrieving a template from the client template database based on the user request. The template includes one or more data fields. The method also includes the step of retrieving information from the client transaction database based on the template, wherein the information relates to the one or more data fields of the template. A page is then displayed based on the template and the information relating to the one or more data fields.

The invention includes a communication network that comprises a conforming emergency system coupled to an emergency services network by a media channel. The emergency services network includes a resource coupled to a plurality of emergency services. When in operation, the conforming emergency system transmits an emergency event message to the resource over the media channel. The emergency event message includes a retrieval key. Responsive to receiving the emergency event message and the retrieval key, the resource initiates an emergency event session corresponding with the retrieval key. During the emergency event session, the resource transmits multiple responses to the conforming emergency system. Also during the emergency event session, the resource receives information corresponding with the retrieval key from at least one of the emergency services, and transmits the multiple responses containing the information.

A method and system allowing a mobile phone user to “opt in” to requests with multiple response options, to respond indicating that user wishes not to be tracked, or to respond indicating some information about state, possibly in addition to PVT information. The user has options besides allowing ping responses or turning off GPS tracking. When a ping is received, user chooses whether or not to opt in to the ping. The user may refuse to respond, to respond normally with or without PVT or other information, or to respond saying only that the mobile phone is turned on. GPS tracking continues to operate, so that upon return to normal responses, no cold start of GPS tracking is involved. More intelligent, such as for example rules-based, responses can be made to ping messages, in which GPS tracking interacts with a user interface to determine how to respond flexibly to pings.

A reader identifies tags without requiring or determining whether a response to an interrogation was a single response from a single tag or multiple responses from multiple tags. A method is performed by a tag in an identification system, and the method includes receiving a first data from a reader, and correlating the first data with a first corresponding portion of the tag's identification code, and specifying a match if the first data matches the first corresponding portion, and receiving second data which, combined with the first data, is correlated with a second corresponding portion of th tag's identification code.

The invention includes a communication network that comprises a conforming emergency system coupled to an emergency services network by a media channel. The emergency services network includes a resource coupled to a plurality of emergency services. When in operation, the conforming emergency system transmits an emergency event message to the resource over the media channel. The emergency event message includes a retrieval key. Responsive to receiving the emergency event message and the retrieval key, the resource initiates an emergency event session corresponding with the retrieval key. During the emergency event session, the resource transmits multiple responses to the conforming emergency system. Also during the emergency event session, the resource receives information corresponding with the retrieval key from at least one of the emergency services, and transmits the multiple responses containing the information.

A system, method and apparatus for utilizing transaction databases in a client-server environment. The transaction databases can be used to receive and retain multiple server responses to consecutive client requests regardless of the temporal relationship between the multiple responses and consecutive requests. One method of the invention relates to how a client device displays information. This method is for use in a client-server system including one or more servers and a client device having a client transaction database, a client template database, and a user interface adapted to enable a user to enter requests. The method includes the steps of receiving a user request from the user via the user interface and retrieving a template from the client template database based on the user request. The template includes one or more data fields. The method also includes the step of retrieving information from the client transaction database based on the template, wherein the information relates to the one or more data fields of the template. A page is then displayed based on the template and the information relating to the one or more data field.

A medical thermometer with a miniature sensor that touches the patient's skin by a spring-loaded probe. The device computes a deep body temperature by using data of probe housing temperature and accounting for multiple responses of skin contact temperature sensor before and after touching the skin. A motion detector is employed to turn power on automatically.

The present invention relates to an organic-inorganic composite high-molecular microsphere with multiple response property and its preparation method. Said method includes the following steps: using alkyl metasilicate as precursor, utilizing gel-sol process to prepare magnetic nano granules covered with silicon dioxide, and using silicane coupling agent to make surface modification, then adopting template polymerization process, using the above-mentioned magnetic nano granules as seed and using isopropyl acrylamide or its derivative as main monomer, and using acrylic acid or its salt as functional monomer and controlling the dose of main monomer, functional monomer and crosslinking agent to prepare the organic-inorganic composite high-molecular microsphere with different swelling ratios.

A digital telephone or an analog telephone system with VOIP conversion is linked into the surveillance system and transmissions therefrom are treated as an event requiring an emergency response from the system. The system supports integration of emergency telephone systems into a multi-media surveillance system to permit comprehensive and multiple responses to an event triggered by receipt of the emergency phone call transmission. The telephone transmission is captured and transmitted to a surveillance system processor. Upon receipt, the system can react with any of numerous responses. First, the telephone call is transmitted to a manned station and may be answered in the normal fashion with a live voice response. The receipt of the call also activates the entire system in the same manner as a triggering signal from any other sensor or appliance. In addition, various other responses may be activated, either manually or in a pre-programmed hierarchy.

Methods are described for assessing material condition. These methods include the use of multiple source fields for interrogating and loading of a multicomponent test material. Source fields include electric, magnetic, thermal, and acoustic fields. The loading field preferentially changes the material properties of a component of the test material, which allows the properties of the component materials to be separated. Methods are also described for monitoring changes in material state using separate drive and sense electrodes with some of the electrodes positioned on a hidden or even embedded material surface. Statistical characterization of the material condition is performed with sensor arrays that provide multiple responses for the material condition during loading. The responses can be combined into a statistical population that permits tracking with respect to loading history. Methods are also described for measuring the stress in the material by independently estimating effective electrical properties, such as magnetic permeability or electrical conductivity, using layered models or predetermined spatial distributions with depth that are then correlated with the stress.

A method and apparatus can improve the performance of a server and clients by storing commands sent to the server until a command is received that fills the capacity of the apparatus to store the commands or that will cause the server to provide information beyond acknowledgment of or completion of the command. The commands are then set to the server software for execution. The server then processes as a group the commands stored, returning a single response, and eliminating the overhead that could have been incurred in providing multiple responses or processing the commands separately.

An embodiment of the invention discloses a method of temperature drift compensation for infrared thermometers. The method includes: setting temperature sensors on a core and a retainer plate respectively, responding to black-body radiation in a thermostat, and acquiring multiple response output groups by controlling the thermostat and the continuous change of black-body temperature; linearly fitting the response output of the infrared thermometer to black-body temperature, interior temperature of the thermostat and first temperature of the core by the obtained data groups; compensating temperature drift caused by the temperature of the core through fitting results, and acquiring a function of relation of the response output of the infrared thermometer to the black-body temperature, the interior temperature of the thermostat and the first temperature of the core; calibrating with the retainer plate, and acquiring current ambient temperature according to the fitted relation function; removing the retainer plate, measuring the temperature of a target object by the infrared thermometer, and calculating the temperature of the target object according to the current response output, the current ambient temperature and the fitted relation function. The method has the advantages that temperature change can be monitored in real time for the calibrating retainer plate and the core, the temperature drift caused by the change in the temperature of the core and the ambient temperature is compensated, nonuniformity of the infrared thermometer can be corrected effectively, and temperature measurement is more accurate.

The invention relates to a multiple response type filtration-controllable electrospun nanofiber membrane and a preparation method thereof. Nanofibers are composed of electrostatic spinning thermosensitive and pH responsive polymers and solvents, and the multiple response type filtration-controllable electrospun nanofiber membrane is formed by putting a prepared mixed solution in an injector and then spinning of an electrostatic spinning apparatus. The multiple response type filtration-controllable electrospun nanofiber membrane and the preparation method thereof have the advantages that since smart response of the thermosensitive and pH responsive polymers in the spinning solution is combined with the advantages of large specific area, high porosity and loose and porous performance of the nanofibers, controllable filtration of air is achieved; the preparation method is simple and easy to implement, low in production cost, high in interception efficiency, low in resistance, rapid in filtration reaction, high in treatment efficiency, reusable and capable of achieving smart separability of the nanofiber membrane and can be applied to the fields such as filtration and adsorption, drug delivery, chemical separation, sensing drive and tissue engineering.

The invention relates to a physical non-cloneable functional circuit structure based on three delay chains. According to the physical non-cloneable functional circuit structure based on the three delay chains, the three delay chains are mutually independent, and no intersecting node exists. The physical non-cloneable functional circuit structure based on the three delay chains comprises a rising edge generator, a challenge generator, a first delay chain 1, a second delay chain 2, a third delay chain 3 and an arbiter, wherein the rising edge generator is used for sending out a hopping signal from '0' to '1', the hopping signal is divided into three branches and then enters the arbiter, and the arbiter judges the sequence of the three branches of the hopping signal and outputs a response value; the challenge generator is used for generating a random challenge value before each response is extracted and extracting multiple response positions continuously, and thus a response sequence with a certain length is formed. The physical non-cloneable functional circuit structure based on the three delay chains has the advantages that due to the adoption of the three mutually independent delay chains, the flexibility of a system is improved, and constant delay deviation of delay chains in a TCPUF can be measured and corrected more easily; for an attacker, the difficulty of analyzing and deducing the delay differences between all delay chains is increased, and the security performance is improved.

The invention discloses applications of multi-component super-molecule hydrogel as a stress response material and a self-healing material. The hydrogel consists of a component with a strong hydrogen bond, a component with a weak hydrogen bond and water, wherein the component with the strong hydrogen bond is one or more of a carbon oxide nano tube, graphene oxide, carboxylic ferroferric oxide nano particles, carboxylic silver nano particles, carboxylic quantum dots, polyacrylic acid, polypropylene glycol, polyurethane, polyamide and poly(sodium-p-styrenesulfonate); and the component with the weak hydrogen bond is a small molecule compound or a macromolecular compound. The hydrogel provided by the invention simultaneously has multiple response and self-healing functions, and environment-dependent reversible adhesion behavior, and can be importantly applied to the fields of sensors, actuators, drug controlled release, self-healing materials, photo-thermal therapy, movable smart adhesion agents and artificial joints.

A reader identifies tags without requiring or determining whether a response to an interrogation was a single response from a single tag or multiple responses from multiple tags. A method is performed by a tag in an identification system, and the method includes receiving a first data from a reader, and correlating the first data with a first corresponding portion of the tag's identification code, and specifying a match if the first data matches the first corresponding portion, and receiving second data which, combined with the first data, is correlated with a second corresponding portion of the tag's identification code.

A multiple channel data transfer system (10) includes a source (12) that generates data packets with sequence numbers for transfer over multiple request channels (14). Data packets are transferred over the multiple request channels (14) through a network (16) to a destination (18). The destination (18) re-orders the data packets received over the multiple request channels (14) into a proper sequence in response to the sequence numbers to facilitate data processing. The destination (18) provides appropriate reply packets to the source (12) over multiple response channels (20) to control the flow of data packets from the source (12).

A interrogator 1 specifies the maximum read range (S0, e0) in which IDs to be read may exist (Step S1), and the interrogator 1 transmits a read request command to transponders 2 (Step S2. When there is / are a response / responses, it is judged if the response(s) is / are from a single transponder 2 or multiple transponders 2 (Step S5). When identifying multiple responses, an exponent e of the read range (S, e) is updated to e′=e−1 (Step S6). When identifying a single response, ID of the transponder 2 that responded is read out (Step S8) and the start S of the read range (S, e) is updated to S′=S+d (=2e) (Step S9). When a previous response flag F is not set to “multiple responses received”, the exponent e of the read range (S, e) is updated to e′=e+1 (Step S13).

The present invention relates to a composition having a first response to a first electromagnetic radiation and, after intermediate exposure to a second electromagnetic radiation, a second response to the first electromagnetic radiation, different from the first response. In one aspect, the composition exhibits a regenerated first response to the first electromagnetic radiation after exposure to a third electromagnetic radiation.

The invention discloses a mobile-internet-based smart community control method. The method comprises the following steps: specific information of a community is reported and recorded into a xiaoya community platform and is stored into a aliyun server; proprietors and residents carry out home authentication and become users of the xiaoya community platform; data synchronization is carried out, and users of the community, unit management equipment, communication management equipment and wall management equipment are connected to become friends in a friendly environment by the community platform; and the community platform carries out various work containing multiple responses to one calling, call forwarding, audio-video switching, proprietor password customization, visitor password authorization, key case providing, two-dimensional-code-based door opening, warning and capturing, and self-service advertising and the like. According to the invention, the provided xiaoya community platform relies on the internet and the traditional product mode of building intercom and entrance guard is changed. Therefore, the user does not need to interact with the product directly and can experience convenience services like video placing, unlocking, and warning and the like by the mobile internet, thereby bringing great convenience for the user.

The invention relates to a chitosan-based hydrogel. Macromolecular chains of chitosan in the structure are rapidly crosslinked through transition metal to form a netted supramolecular structure, NH2 and OH on the macromolecular chains of chitosan are connected with a coordination bond formed through a complex reaction of transition metal, and therefore hydrogel has good biocompatibility, stability and mechanical strength and strong plasticity. Meanwhile, the chitosan-based hydrogel has multiple response functions, has reversible response performance for various kinds of mater such as acid, copper ions, halogen ions, oxalate, sulfions, ammonia water, sulfate radical and hydrazine hydrate, and has irreversible response performance for phytic acid and hydrogen peroxide.

The invention relates to a macromolecule microcapsule having multiple response in biomedical material technology art and a method for preparing the same. One or a plurality of small hole(s) are provided within the macromolecule of the invention, saturated with biological inert gas in normal pressure, and separated by macromolecule file. Inorganic nano-particles are connected with macromolecule chain by van der waals force, wrapped and winded by the macromolecule chain and existed in a housing and an inner film of the macromolecule microcapsule. The preparing method of the macromolecule microcapsule having multiple response is also provided in the invention. The preparing method and the macromolecule microcapsule having multiple response in the invention can embed multi-functional inorganic nano-particles and gas for contrast-enhanced ultrasonography. The macromolecule microcapsule of the invention has various functions and abroad application field in art of medicine, biochemistry and the like.

Devices and methods of providing response pulses in response to threat pulses are general described. The threat pulses are detected, identified and validity determined using reprogrammable firmware. Threat pulses are extracted from memory and the amplitude, frequency, phase, length and timing modified to generate a coherent set of superposed response pulses in response to the threat pulses. The modifications are calculated in situ using parameterization, rather than being based on tables. Multiple response pulses in response to different threat pulses are simultaneously generated, combined and transmitted in a single channel. Partial pulse capability and the capability to create a weighted and modulated composition of multiple response pulses is provided.

Described is a technique for establishing an interaction language for a user interface without having to communicate with the user in a default language, which the user may or may not understand. The technique may prompt the user for multiples responses in order to determine a specific language. The responses may include speech input or selecting particular regions on a map. In some implementations, the language may be precise to a particular dialect or variant preferred or spoken by the user. Accordingly, this approach provides an accurate and efficient method of providing a high degree of specificity for language selection without overwhelming the user with an unmanageable list of languages.

The invention relates to a preparation method of multiple response core-shell structure magnetic nanometer aquagel photonic crystals. The method comprises the following steps that NIPAM, crosslinkingagents, emulsifying agents and initiators are mixed for reaction to obtain PNIPAM; dilution is performed by de-ionized water; crosslinking agents, AA, initiators and catalysts are sequentially added for continuous stirring and reaction; PNIPAM / PAA of an IPN structure is obtained; concentration is performed to 1 / 2 of the original mass concentration; reaction is performed with Fe<2+>, NaNO2 and ammonia water to obtain IPN / Fe3O4; NIPAM, crosslinking agents and initiators are added for reaction to obtain PNIPAM@(IPN / Fe3O4); concentration is performed to 2 to 8 weight percent; self assembly is performed to obtain the multiple response core-shell structure magnetic nanometer aquagel photonic crystals. The method has the advantages that the process is simple; the raw materials can be easily obtained; the green and environment-friendly effects are achieved; the prepared product has the core-shell structure and the temperature / pH / magnetic triplex response performance; great application prospects are realized in the fields of optics and biomedicine.

A system and method are presented for monitoring detectable responses from multiple biosensing elements while in contact with multiple samples located in an array. The system (1000) comprises an exciting unit (100), and a detection unit (120). The exciting unit (100) is configured for producing an array of exciting signals (102) each characterized by a frequency differing from those of the other exciting signals, and exciting a corresponding array of the biosensing elements (110), thereby enabling each biosensing element to generate a response signal (130) tagged by the different frequency. The detection unit (120) comprises a single receiving element associated with said array of biosensing elements (110) and configured for concurrently receiving the multiple response signals and generating a single output signal (140) indicative thereof. The system thereby enables to identify signal parts corresponding to the response signals of the spatially separated biosensing elements.

The invention belongs to the technical field of information security, and particularly relates to an automatic intrusion response decision making method based on Q-learning. The method comprises the following steps: scanning system vulnerability, constructing an attack graph, and establishing a network state layer, an attack pattern matching layer and a response measure layer according to the attack graph; establishing a mapping relationship among the network state layer, the attack pattern matching layer and the response measure layer; receiving an intrusion alarm from a network defense device, and mapping the intrusion alarm to a corresponding network state; selecting a defense action according to the mapping relationship, and notifying the system of the result; performing online learning by using the execution result of the defense action, and updating the mapping relationship between the attack pattern matching layer and the response measure layer; and returning to the step of mapping the intrusion alarm to the corresponding network state, and performing automatic response decision marking and online learning, until a defender terminates the defense. By adoption of the automatic intrusion response decision making method based on Q-learning provided by the invention, evaluation of multiple response purposes of the strategy can be achieved, the demand of multiple response purposes can be met, the instantaneity and accuracy of the intrusion detection are improved, the network resource consumption is reduced, and the overall performance of the system is improved.

Methods and apparatuses for identifying devices, such as RF tags, are described. In one exemplary method of an embodiment of the invention, a reader identifies tags without requiring or determining whether a response to an interrogation was a single response from a single tag or multiple responses from multiple tags. In another exemplary method of an embodiment, a method is performed by a tag in an identification system, and the method includes receiving a first data from a reader, and correlating the first data with a first corresponding portion of the tag's identification code, and specifying a match if the first data matches the first corresponding portion, and receiving second data which, combined with the first data, is correlated with a second corresponding portion of the tag's identification code.