85results about How to "Reduced response time" patented technology

Modular device and method for carrying out experiments in parallel on process substances to develop technical methods, comprising at least a multiplicity of individual reactors which are controllable independently of one another said reactors being comprised of pressure-tight chambers having separable sample vessels, and optionally, stirring devices, heating instruments, cooling instruments, or both, a monitoring unit for monitoring or controlling at least the pressure and the temperature in the individual reactors, pressure-tight lids having independent feed lines and optionally independent discharge lines for individual process substances; a plurality of the lids being simultaneously sealable upon the rectors by a common sealing means (11).

Methods and systems are described for applying the use of shards within a single memory address space. A database request is processed by providing the request from a client to a processor, the processor then distributing the request to multiple threads within a single process but executing in a shared memory address environment, wherein each thread performs the request on a distinct shard, and aggregating the results of the multiple threads being aggregated and returning a final result to the client. By parallelizing operations in this way, the request response time can be reduced and the total amount of communication overhead can be reduced.

An optical ranging sensor includes a light emitting unit for projecting a light beam on an object to be measured, a light receiving unit on which a light spot of reflected light of the light beam from the object is formed, and a processing circuit unit for processing output signals from the light receiving unit and detecting a distance to the object. The light receiving unit includes an effective light receiving part having light receiving cells arranged in matrix form in a first direction in which a position of the light spot moves as the object moves along a direction of an optical axis of the light emitting unit, and in a second direction orthogonal to the first direction. A size of the effective light receiving part in the second direction is not smaller than a radius of the light spot but not larger than a diameter thereof.

A gooseneck hinge assembly for a closure of a vehicle includes a body side strap adapted to be connected to a vehicle body of the vehicle and a closure side strap having a gooseneck shape adapted to be connected to a closure for closing an opening in the vehicle body. The gooseneck hinge assembly also includes a pivot pin pivotally connecting the closure side strap and the body side strap to allow rotational movement therebetween. The gooseneck hinge assembly further includes a wedge bumper interconnecting the body side strap and the closure side strap to allow the decklid to free rise to a fully open position and to dampen an impact of the closure side strap.

A field effect transistor with a dual-counterdoped channel is disclosed. The transistor features a channel comprising a first doped region (28) and a second doped region (26) underlying the first doped region. A source and drain (32) are formed adjacent to the channel. In one embodiment of the present invention, the first doped region (28) is doped with arsenic, while the second doped region (26) is doped with phosphorus. The high charge-carrier mobility of the subsurface channel layer (28) allowing a lower channel dopant concentration to be used, which in turn allows lower source/drain pocket doping. This reduces the capacitance and response time of the transistor.

Magnetic field sensors and associated techniques use a Hall effect element in a chopping arrangement in combination with a feedback path configured to reduce undesirable spectral components generated by the chopping.

Methods and systems for allowing a user to enter a request, such as dialing input, without having to specify, or otherwise commit to, a particular request method. Upon detecting a user input that represents a user request for service, response data is retrieved that represents an appropriate response to the request should the user intend the request to be in accordance with a first request method. However, other response data is also retrieved that represents an appropriate response to the request should the user have intended the request to be in accordance with other request methods. Accordingly, the user need not commit to a particular request method before entering the request, thus unifying and simplifying the request process.

The embodiment of the invention discloses a voiceprint authentication method and apparatus, a computer device and a storage medium. The method includes: acquiring voice print data to be authenticatedinput by a user, and extracting corresponding voice print features to be authenticated from the voice print data to be authenticated; determining a target voiceprint model from the voiceprint model library according to the voiceprint features to be authenticated; calculating a voiceprint similarity between the voiceprint feature to be authenticated and a target voiceprint model; acquiring the voiceprint similarity and judging whether the voiceprint similarity is greater than a preset threshold; if the voiceprint similarity is greater than the preset threshold value, judging the user identity corresponding to the voiceprint data to be authenticated to be matched with the target user identity, and determining the user identity authentication to be passed. The invention provides the voiceprint identification technology, which can improve the identity authentication efficiency and shorten the response time of the authentication.

A flow sensor system includes a plurality of flow sensor chips, wherein each flow sensor chip among the plurality of flow sensor chips comprises a substrate, a heater element, a heater control circuit, and flow sensor component formed on the substrate, wherein the heater element is disposed separately from the heater control circuit on the substrate, wherein the heater control circuit is thermally isolated from the heater element and the flow sensor component. Additionally, an air gap can be formed between each sensor chip among the plurality of flow sensor chips, wherein the plurality of flow sensor chips comprises a flow sensor system in which each of the flow sensor chips are separated from one another by the air gap formed therebetween in order to reduce output distortion, response time, warm-up time, drift and noise associated with the plurality of flow sensor chips.

A method for detecting particles is presented. The method comprises generating a reaction to a plurality of particles using a converter material, wherein the converter material is operable to interact with the plurality of particles, and wherein a subset of the plurality of particles comprises neutrons. Further, the method comprises converting a response to the reaction to a readable electrical signal using a sensor, wherein the sensor comprises an array of pixels. Also, the method comprises processing the readable electrical signal from the sensor to generate information for each pixel on the array of pixels and transmitting the information to a processing unit. Also, the method comprises executing a discrimination procedure using the information for distinguishing between instances of impingement of neutrons and non-neutron particles on the array of pixels. Further, the method comprises determining the radionuclide or non-radionuclide source of origin of the neutron and non-neutron particles.

The present invention relates to a magnetic manipulation and navigation system for moving a magnetic element through a body comprising at least six electromagnets (24) with soft-magnetic cores arranged in a predetermined position to said body. It allows for the operation of one or more of the electromagnets in the non-linear regime of the magnetization curve of the cores. The system comprises at least one magnetic field sensor (104) at one or more predetermined positions outside of the operating region. While during operation in the linear region no feedback is required to set the magnetic field strength, during operation in the non-linear region feedback from the magnetic field sensors is used for closed-loop control. The system allows for operation in two separate modes, an open-loop mode operation in the linear regime for fast control signals such as they are required for stabilization during displacement of the magnetic element and a closed-loop operation in the non-linear regime for higher field strengths such as they may be required to apply forces and moments on the magnetic element while it is in contact with a surface.

The embodiment of the invention provides a data block storage method and device based on access popularity and storage equipment. The invention relates to the technical field of distributed storage. The method comprises the following steps: monitoring the access popularity of each file stored in a cloud storage cluster; obtaining access response time of each file with relatively high access popularity; when the access response time of the file with relatively high access popularity is relatively long, transferring and storing the data blocks influencing the overall access response time of thefile in the file with relatively high access popularity. The response time of the data blocks is shortened, the access response time of the whole file is shortened, and the access efficiency of a userto the file with relatively high access popularity is improved.

The invention discloses an interface configuration method and device, and the method comprises the steps: obtaining business modules corresponding to a to-be-configured interface; determining a key module from the obtained business modules, wherein the a key module is corresponding to the interface information to be outputted in advance; rendering the determined key module at first during the rendering of the obtained business modules; and outputting the corresponding interface information based on the rendered key modules when the rendering of the determined key module is completed. According to the embodiment of the invention, the method can reduce the response operation time duration after an application responds to a request of a user for entering an interface, and reduces the time of a user in waiting for the presentation of the interface while improving the interface configuration efficiency.

The present invention provides an apparatus and a method for detecting an analyte in a liquid sample with reduced complexity and response time without sacrificing multiplexing capabilities or limits of detection requirements. The apparatus comprises a cartridge, a sample loader, and a base unit. The cartridge comprises a reaction chamber having a filter in the sample flow path for capturing the analyte of interest in the sample, a waste reservoir connected to the reaction chamber via the filter, and a reagent chamber containing reagents for an amplification reaction. The sample is loaded into the cartridge from the sample loader. The analyte of interest is captured on the filter and subjected to an amplification reaction. The amplification product is detected by a detector in the base unit.

The invention relates to the technical field of video playing, in particular to a video playing method and device, electronic equipment and a storage medium. The method comprises the steps that an MECserver receives a video playing request which is sent by a client and carries recognition information of a to-be-played video; judging whether video information of the to-be-played video is stored ina local cache or not; if so, sending the video information of the to-be-played video to the client; if not, sending a video playing request carrying the recognition information of the to-be-played video to a service server; and receiving the video information of the to-be-played video sent by the service server, and sending the video information of the to-be-played video to the client. Accordingto the invention, the MEC server is added in the existing network architecture, so that the MEC server can directly send the video information in the local cache or forward the video information sentby the service server, thereby achieving the purpose of reducing the video calling process, relieving the network pressure and improving the user experience.

The embodiment of the invention discloses a message processing method and device, electronic equipment and a computer readable storage medium, and the method comprises the steps: responding to a received message, and obtaining the attribute information of the message; Determining a service set which does not process the message according to the attribute information of the message; And for the services in the service set, creating a corresponding message processing task based on a multi-thread mechanism and processing the message processing task. According to the technical scheme, an asynchronous multi-thread mechanism is adopted to carry out parallel processing on messages needing to be monitored; Therefore, the response time consumption of message processing can be effectively reduced, message backlog is avoided, system calculation and processing resources can be saved, and the requirement for the response time consumption of message processing can still be met especially under the conditions that the number of services is large and the message receiving frequency is high.

The invention provides a multimedia live content piloting method and device. The method comprises: receiving a multimedia live content piloting request sent by a client; obtaining the multimedia live content according to the piloting request; intercepting a piloting section out of the multimedia live content; and sending the data of the piloting section to the client. The technical scheme can effectively reduce the data transmission quantity between the client and a server, reduce client network resource consumption and client response duration, allow users to watch the multimedia live content faster, and furthermore improve user watching experiences.

The embodiment of the invention provides a mobile network complaint tracing method and device. The method comprises the following steps of: obtaining a complaint time period and a user identifier of the current complaint event, acquiring a communication record corresponding to the user identifier in the complaint time period, and analyzing the communication record to obtain a corresponding signaling sequence as a complaint sequence, thereby obtaining the traceability information of the current complaint event according to the complaint sequence and a preset traceability model, achieving the quick delimitation of the complaint event, and reducing the response duration.

The invention discloses a resource allocation method applied to a terminal device with applications; the terminal device comprises a special resource manager and a special resource pool; the resource allocation method comprises: when a processing request for a data processing task of a preset application is detected, adjusting, by the special resource manager, hardware resource quantity of the special resource pool within a preset resource quantity range from a first resource quantity to a second resource quantity, wherein the second resource quantity is greater than the first resource quantity; calling, by the special resource manager, the special resource pool to finish the processing request. The embodiment of the invention also provides a resource management device and a terminal device. By using the resource management method and device and the terminal device according to the embodiment, response time of an application may be shortened.

The invention provides a data broadcasting system based on an IP network. A cluster application server comprises a plurality of application network elements, i.e., a resource management unit, an authority control unit, a signaling release unit, and a data source release unit, wherein a user can trigger the authority control unit through configurations of the resource management unit; the signaling release unit and the data resource release unit can be triggered after an approval is obtained through authority control of the authority control unit; signaling and data are automatically distributed to pre-distributed specific multicasting channels of the IP network through the signaling release unit and the data resource release unit; with the IP network serving as a carrier, the data is transmitted to target network terminals in a broadcasted manner; and the IP network is an IP network capable of multicasting and the carrier for data transmission. The rapid, low-delay, real-time and efficient data broadcasting system and method is provided on the IP network, so that the network terminals can rapidly acquire data resources needed, and good user experience and lower operation and maintenance costs of operators can be strongly guaranteed.

A multiple input data receiver for bi-directional cable television (CATV) systems simultaneously monitors and selectively receives a return path signal on a plurality of return paths. When an appropriate data or signal transmission is detected on a return path, the corresponding return path is selected and then demodulated. The demodulated signal is appropriately decoded to yield signal data. Various tests and analyzing may be performed on the signal data. Simultaneous monitoring/receiving of all or a plurality of return paths minimizes system response time.

The embodiment of the invention discloses a playing progress locating method used for locking an audio and video key frame of a playing moment indicated by an adjustment instruction, the method comprises the following steps: calling an instruction storage thread, and executing an operation of receiving and storing the playing moment of each adjustment instruction; calling a locating thread to execute the following operations: if the locating operation has been ended at the playing moment indicated by the first adjustment instruction, starting to execute the locating operation of the playing moment indicated by the new adjustment instruction; otherwise, continuing to wait for receiving the new adjustment instruction, until the locating operation has been ended at the playing moment indicated by the first adjustment instruction, and executing the locating operation on the playing moment indicated by the latest adjustment instruction stored in the instruction storage thread. Compared with the prior art, the scheme has the advantages that the locating operation does not need to be executed at each playing moment, and thus the response time length of the whole progress adjustment process can be shortened, and the user experience is improved.

A micro-nano textured graphene-based bionic pH sensor and a preparation method therefor. The micro-nano textured graphene-based bionic pH sensor comprises a substrate (1), a working electrode (4), a reference electrode (5), a copper contact A (6), a copper contact B (7), an inner lead A (8), and an inner lead B (9). A groove A (2) and a groove B (3) are formed in the substrate (1). The working electrode (4) is located in the groove A (2), and the reference electrode (5) is located in the groove B (3). The bottom of the working electrode (4) is connected to the inner lead A (8) by means of the copper contact A (6). The top of the reference electrode (5) is connected to the inner lead B (9) by means of the copper contact B (7). The working electrode (4) comprises a graphene group A (401) and a sensitive electrode material layer (402). The sensitive electrode material layer (402) is located on the upper layer of the graphene group A (401). The reference electrode (5) comprises a graphene group B (501) and a metal material silver layer (502). The metal material silver layer (502) is located on the lower layer of the graphene group B (501). Microgrooves or micro pits are formed in the upper surface of the sensitive electrode material layer (402) and the lower surface of the metal material silver layer (502). The pH sensor can fast adsorb water in soil and a culture medium and then adsorb hydrogen ions, and pH in-situ measurement of the soil, the culture medium and other heterogeneous systems is implemented.

The invention discloses a multi-instrument correcting device and a correcting method. The correcting device comprises a host, a standard source, a standard scale and a test board. The test board comprises a plurality of instrument desks. Each instrument desk comprises a data connector and a test connector. The data connector is connected with the host through a data line. The test connector is connected with the standard source and the standard scale through a test line. The standard source and the standard scale are connected with the host through data lines. Because one standard source and one standard line simultaneously correspond to a plurality of instruments to be corrected, costs of hardware like the standard source and the standard scale are reduced; because the correcting process is controlled by a computer, and a parallel communication mode is adopted between the computer and the plurality of instruments to be corrected, response time is reduced, correcting time is greatly reduced and factory detection time of products is reduced.