503results about How to "Fast integration" patented technology

Disclosed is a method of growing cells on biodegradable microcarrier particles and more specifically growing chondrocytes for an extended period of time until they aggregate. These aggregated cells can be injected directly or shaped for implantation into the body. In another embodiment of this invention, the cell microcarrier aggregates are grown in a mold that is shaped to conform to the geometry of the desired body part to be replaced. An apparatus for shaping the aggregated cells is disclosed. The aggregated cells can be supplied in a kit.

The invention discloses an intelligent depot output-input system of a digital grain depot. The intelligent depot output-input system of the digital gain depot comprises an intelligent depot output-input access control system, an intelligent depot output-input automatic sampling system, an intelligent depot output-input examination assay system, an intelligent depot output-input unattended operation automatic metering system, an intelligent depot output-input system control terminal, an intelligent depot output-input goods receiving-sending management system, an intelligent depot output-input system one-stop service platform and an intelligent depot output-input system control center. The intelligent depot output-input access control system, the intelligent depot output-input automatic sampling system, the intelligent depot output-input examination assay system, the intelligent depot output-input unattended operation automatic metering system, the intelligent depot output-input system control terminal, the intelligent depot output-input goods receiving-sending management system and the intelligent depot output-input system control center are connected with the intelligent depot output-input system one-stop service platform. According to the intelligent depot output-input system of the digital grain depot, a computer, the RFID internet of things technology, the communication technology and the information technology are converged together, networking, automation and intelligent management of the depot output and input are achieved, and labor participation is reduced.

An advanced electronic disease management system is disclosed. The system has been designed to provide medical offices and hospitals with easily accessible guidelines for managing primary and secondary prevention of medical conditions, such as vascular disease. The system allows for easy integration with existing electronic data stores as well as newly entered manual and electronic records. The system is suitable for use with well-known computer interface models, and can be rapidly integrated into existing medical practices. The system can include a computer system capable of receiving a plurality of patient information inputs and a plurality of medical standards inputs, and means for comparing the patient information inputs against the medical standards inputs to produce a recommendation output.

A single chip diversity beamforming antenna array processor is disclosed. The processor utilizes low-power and low area circuits to achieve combining game mitigate the effects of multipath fading provide spatial suppression and provide diversity gain to a single input receiver. The device is radiofrequency transparent yet provides antenna gain by selective three G and four G code acquisition and tracking of a desired downlink channel.

A system for broadcasting inter-programme and/or intra-programme advertisements to a viewing or listening audience is disclosed. A given advertisement's target audience profile is matched to an obtained real audience profile to dictate not only that certain advertisements shall be broadcast only between and/or during certain programmes but also that certain individual members of, or groups of members within, the programme-receiving audience may receive one advertisement, during and/or between certain programmes, whilst other audience members or member groups receive a different advertisement, in one or more of the same respective advert ‘slots’, whilst watching or listening to the same broadcast.

A process for preparing a binder which comprises a heterocondensate of silicon compounds and metal and/or boron compounds. The process comprises mixing a silicon component which comprises (A), at least one hydrolyzable silicon compound having a non-hydrolyzable polymerizable group, with water to form a hydrolysis product, and 15 s to 15 min after mixing (A) with water, the addition of (B), at least one compound of boron or a metal selected from Al, Ga, In, Tl, Ge, Ga, Sn, Pb, Ti, Zr, Hf, Sc, Y and La.

The invention provides a sensor calibrating method and a device. The sensor calibrating method comprises the following steps of: obtaining the mounting data of the multiple sensors; acquiring the testdata collected by the multiple sensors mounted in an autonomous vehicle according to the mounting data, and calibrating the multiple sensors according to the test data. The sensor calibrating methodcan solve the problem that the method for acquiring the internal and external parameter information of the above sensor by means of a software calibration is not suitable for a large number of truck to load and use since the calibration is cumbersome, the efficiency is low, the period is long, the calibration of the parameter accuracy is difficult and the index quantification is difficult. According to the sensor calibrating method, the time cost in the sensor calibrating process can be reduced, which facilitates the rapid integration of the sensor on the autonomous vehicle.

The invention discloses an element co-doping modified ternary lithium ion battery cathode material, and a preparation method thereof. According to the preparation method, compounds of two kinds of metals Me<1> and Me<2> are respectively selected based on the difference of ion radiuses of lithium ion and transition metal ions in the lithium nickel cobalt manganese ternary material, and are subjected to high temperature sintering with a nickel cobalt manganese precursor, wherein the ion radius of the metal Me<1> ion is close to that of lithium ion, and the metal Me<1> ion is one or a mixture of ions selected from Zn2+ and Zr4+, the radius of the metal Me<2> ion is close to that of transition metal ion Co3+ or Mn4+, and the metal Me<2> is one or a mixture of ions selected from Al3+, V5+, and Ge4+; and then a primary product obtained via high temperature sintering is subjected to second cladding so as to obtain the element co-doping modified ternary lithium ion battery cathode material. The element co-doping modified ternary lithium ion battery cathode material is capable of achieving synergistic effects of two metal elements fully, and improving cycle performance of lithium ion batteries effectively.

The present invention provides polymeric substrates comprising a biocompatible coating and methods of preparation thereof. In particular, the coating may be a ceramic material, especially a calcium phosphate material, which may be functionally graded. The invention provides the ability to apply high quality coatings to polymeric substrates without damaging the substrate (e.g., melting the polymeric material). The functionally graded coating can provide crystalline calcium phosphate near the coating interface with the substrate and provide amorphous calcium phosphate at the outer surface of the coating.

The invention relates to the field of software structure design and application, in particular to a new generation T/C/V software structure suitable for cloud computing cloud service and a cloud computing method thereof. The T/C/V software structure comprises a terminal application layer, a cloud computing layer and a virtual equipment layer. By adopting the T/C/V software structure, good support of the virtual equipment layer is provided for the cloud computing cloud service, shared resources of the cloud computing cloud service are virtualized, the function of the cloud computing layer and the data of the virtual equipment layer are completely separated, and cloud service is provided for a user as required.

The invention provides an anti-sticking ladle slag modifying agent for external refining, which consists of active lime, corundum slag and fluorite. The chemical compositions by weight percentage of the modifying agent are: 75 to 85 percent of CaO, 0 to 5.0 percent of SiO2, 2.0 to 8.0 percent of Al2O3, 4.0 to 8.0 percent of F<->, 0 to 5 percent of MgO, and the balance being impurities; in the impurities: FeO and MnO are less than 5.0 percent, H2O is less than 0.5 percent, and S and/or P is less than 0.08 percent. Compared with the prior art, the modifying agent has remarkable effect on relieving the slag sticking of ladles and RH submerged tubes, can effectively prevent the slag sticking of the ladles and the RH submerged tubes, improve the service life of the RH submerged tubes, and remarkably increase the effect of slag sticking prevention; the modifying agent does not increase the time of refining processing, contributes to the continuity of the production, and remarkably improves production efficiency. The charging quantity which does not stick slag can at least reach 12.

The invention discloses a cloud-mist combined internet of things application construction system based on a SND. The whole architecture orderly comprises a hardware facility layer, a mist processing layer and a cloud computing layer from bottom to top; the mist processing layer is composed of multiple OpenCPS multi-mode gateways; the whole architecture of the OpenCPS multi-mode gateway orderly comprises a network access layer, a virtualization layer, an API pool layer and an application realization layer form bottom to top. The system disclosed by the invention has the advantages as follows: (1) the dynamic regulation on a network resource can be realized, and the management is easy; (2) the whole structure is reasonable in construction, the delay is reduced by using a cloud-mist combinedframework, and the utilization rate is improved by using the SDN architecture. The system can quickly integrate into the internet of things market, multiple internet of things communication protocolsare both taken into consideration, so that the system can be preferably adapted to the transition of the internet of things market demand.

The invention relates to an open API full-life-cycle management method based on micro-service. According to the method, an open API full-life-cycle management system composed of an API gateway, an APIauthorization authentication center, an API registration center and an API monitoring center is established on the basis of a micro-service technology in combination with INDICS industrial Internet platform service requirements; and realizing flexible calling of API interface services through full-life-cycle management of APIs, wherein the full-life-cycle management of APIs comprises creation, release, test and offline of API interfaces. The method is characterized in that APIs of different systems can be opened and managed in a unified mode; multi-tenant isolation of data is supported; a perfect authority management and control method is achieved; and safe, reliable and rich-function API interface services are provided for developers.

The invention discloses a miniaturized universal platform for preprocessing remote-sensing satellite data. Hardware equipment of the platform comprises a common PC (Personal Computer) server, an NFS (Network File System) storage system and decompression equipment among which communication is carried out by an Ethernet; a basic structure of the platform comprises an inner core layer, a module layer and a service layer; the common PC server comprises a management node and a processing node; the inner core layer and the service layer are deployed on the management node; the module layer is deployed in the NFS storage system; the decompression equipment outputs a signal to a demodulator to carry out data format decompression processing; the module layer comprises various data processing algorithms of remote-sensing satellites and the data processing algorithms operate on the processing node when being called; the service layer analyzes an XML (Extensible Markup Language) file which is input from outside and describes the processing flow of the remote-sensing satellites to be processed, selects the algorithms suitable for data processing of the satellites from the module layer and carries out service logic combination on the algorithms; and the inner core layer calls the corresponding algorithms in the module layer according to the service logic relation, carries out data processing on data output by the decompression equipment and generates needed data products.

The invention discloses a data acquiring and displaying method, system and Web server based on Web pages, wherein the data acquiring and displaying method comprises the steps of: receiving http requests of users; screening the http requests according to a preset parameter value; obtaining relevant data from a database according to the screened http requests; organizing the obtained relevant data into a Json data format; and sending the data of the Json data format to the web page to be displayed. In the data acquiring and displaying method disclosed by the invention, the data is acquired directly through asynchronous http requests by the web page instead of the method of calling interfaces among different servers, data from a plurality of data sources can be acquired by the pages simultaneously, and then the data can be related and displayed to users according to the application requirements. Therefore, the information irrelevant to Web application is integrated seamlessly and quickly so that all the Web applications can be interacted and integrated without interfaces, the coupling degree of the application system is reduced, and repeated development is avoided.

A unit cell (10) of a readout integrated circuit is constructed and operated so as to temporally align an image obtained in a first spectral band with a an image obtained in a second spectral band. A method operates, during a frame period, to sub-frame average a first signal detected in the first spectral band by a multi-spectral detector (12), to sub-frame average a first signal detected in the second spectral band by the multi-spectral detector, and to sub-frame average a second signal detected in the first spectral band by the multi-spectral detector. The method then reads out the sub-frame averaged signals for each spectral band. The sub-frame averaged may be read out simultaneously from the unit cell. When sub-frame averaging the first and second signals in the first spectral band the method performs a plurality of consecutive sub-integrations and stores the result of each sub-integration on a first sub-frame averaging capacitance, and when sub-frame averaging the first signal of the second spectral band the method performs a single integration of the second signal, and stores the result of the integration on a second sub-frame averaging capacitance. The first spectral band may correspond to long wavelength infrared radiation (LWIR), and the second spectral band may correspond to medium wavelength infrared radiation (MWIR).

An engine torque sensory system (10), adapted for use with an engine-driven vehicle (12) having a flexplate (18), including at least one sensor (26) fixedly attached on the surface of the flexplate (18) and operable to detect deformations along the surface of the flexplate (18) caused by the generated engine torque, and further including a receiver (28) communicatively coupled to the sensor (26), spaced from the rotating flexplate (18), and operable to convert sensor readings to correlative engine torque values.

A surface scanning method and apparatus attached to a highway vehicle, mobile equipment, or the like, that traverses existing roadways and bridges. The apparatus has at least one of a variously adaptable, complete, and ready to operate packaged kit including configured sensor suites with one or more of a visual scanning sensor; an infra-red scanning sensor; and an elevation measuring sensor.

Methods for determining change in physical condition or illness of a mammal by obtaining a thermal image of the subject and determining the body temperature of the mammal based on the thermal image are described. An example method is implemented on a first electronic device having a first display and a thermal imaging hardware. The method includes obtaining the thermal image of a mammal using the first electronic device; comparing said thermal image to a reference thermal image of the subject at healthy state with no symptoms or characteristics of the physical condition or illness such as by way of example, flu, fever, hypothermia, ovulation, heat stress, cardiac condition; comparing the intensity of said thermal image to the reference thermal image; and in response to such comparison, determining whether the subject shows symptoms or hallmarks of a certain illness or condition marked by a change in body temperature and associated intensity of the thermal image; and displaying information regarding said determination on the first display of the first electronic device. The method includes first obtaining a reference thermal image of a mammal in a “normal” and/or “healthy” condition, then later obtaining additional image(s) for comparison to the reference image; and in response to such comparison, determining whether the subject shows symptoms of a certain illness or condition marked by a change in body temperature and associated intensity of the thermal image.

The invention discloses a system used for developing mobile communication terminal equipment which has five layers: UI (User Interface); CAL (Control Achieved Layer); FTFL (Free to Platform Layer); ADI (Application Driver Interface) and DL (Driver Layer). Based on this system, developers are able to integrate terminal chips with various types effectively, quickly and in a way of striding platform, so that the efficiency of developing software of the terminal equipment is improved and the speed of developing the terminal equipment is increased.

The invention discloses a massive electricity marketing data integration method uploaded by an ETL cloud platform. The whole process module of the method comprises a business relevant data module, a monitoring module, an ETL operation process, a protocol stack module, a middle server data memory module, a protocol stack uploading process, and a cloud platform data memory system module. The method utilizes an ETL tool to develop series 'operation' relevant to the business, the business data of various platforms is processed by a series of steps such as cleaning, extracting, converting and 'protocol stack' rules to generate text files on a middle server, and the text files are model index text files which can be directly applied to the latter cloud platform algorithm modeling. Finally, model index text files on the middle server are uploaded to the cloud platform according to the /protocol stack' rules, the uploading from the business data of a database to the index data of the cloud platform is completed, and the rapid integration for the massive electricity marketing data is realized.

The invention provides a controllable high-speed multi-channel signal acquisition control circuit system. The system comprises an FPGA (field programmable gate array), wherein the FPGA is connected with an FOT (fiber optical transceiver) to realize communication with a host computer; the FPGA is connected with a DAC (digital-analog converter) chip to output analog signals for control or driving; the FPGA is connected with a plurality of AD (analog-digital) conversion chips to realize analog data conversion of multiple channels; the FPGA is connected with a reserved control port for an extending function. The controllable high-speed multi-channel signal acquisition control circuit system meets the work requirement for synchronous continuous sampling of a large quantity of analog signal channels, solves the problem of resource waste caused by repetitive design of a common high-speed multi-channel signal acquisition control circuit system, shortens the design time for a multi-channel signal acquisition circuit and is applicable to signal acquisition work on various occasions.

The invention relates to a quantile probabilistic short-term power load prediction integration method, and belongs to the technical field of power system analysis. The method comprises the steps of: dividing historical load data into two parts, wherein the first part is used for training a single quantile probabilistic prediction model; and the second part is used for determining the weights of multiple prediction methods, so that load prediction is integrated; performing bootstrap sampling on the first part of data, so that multiple new training data sets are obtained; for each training dataset, training three regression models including a neural network quantile regression model, a random forest quantile regression model and a gradual gradient regression tree quantile regression model;and, establishing an optimization model by taking the quantile loss minimization as a target function on the second part of data set, and determining the weights of all kinds of quantile regression models, so that a quantile probabilistic integration load prediction model is finally obtained. By means of the method in the invention, on the basis of all kinds of single prediction models, the probabilistic load prediction precision is further improved; and the running cost of the power system is easily reduced.

The invention relates to an ID (identification) generation method, in particular to a method for generating a unique ID in a distributed system. The method is specifically characterized in that a 64-bit long type integer is split according to a preset bit; a current time millisecond number, service type, a service module number, a server number and a serial number in milliseconds form a long type integer through displacement filling. The method has the advantages that when the method is used for generating the ID, the efficiency is high; the performance influence caused by inquiry and paging of large data volume is avoided; moreover, integration with the system is convenient and fast.