107results about How to "Improve update process" patented technology

An installation of an application program is updated by use of a stored configuration of the application program corresponding to a particular user of the local application. In response to a user request, a determination is made that the stored configuration corresponds to the requesting user. The stored configuration is checked to determine if any items described in the stored configuration have been updated. If an item has been updated, then the updated item is retrieved, and the application program is built with the updated item. This stored configuration may also be encrypted and stored in a manifest file which may be decrypted to produce a decrypted configuration responsive to a user authentication. The decrypted configuration is checked to determine if any items described in the decrypted configuration have been updated. If an item has been updated, then the updated item is retrieved, and the application program is built with the updated item. Either or both of the manifest file and updated item may be stored on and downloaded from a remote data processing system.

The embodiment of the invention relates to a method and a device for identifying user equipment in an evolved network and a mobile management entity. The method comprises the following steps that temporary mobile subscriber identity S-TMSI which is formed and evolved by a dispatching system of the user equipment accessing the evolved network is received, and the S-TMSI comprises a resource pool identity, a mobile management entity identity and a temporary identity of the user equipment; and the user equipment in the evolved network is temporarily identified by the S-TMSI. The device comprises a receiving unit and a temporary identification unit. The mobile management entity comprises a temporary identity allocation unit. Moreover, the invention also provides a method for transferring and allocating the temporary identity and a method for receiving and transmitting information according to the temporary identity. The methods and the device accelerate update and processing of the accessed equipment through arrangement of the resource pool identitiy in the S-TMSI, simplify allocation of network resources for operators, and simultaneously save wireless key resources.

The invention discloses a method and system for updating a cell in a TD-SCDMA (Time Division-Synchronization Code Division Multiple Access) network and user equipment, which are used for reducing the call drop rate of the UE in the TD-SCDMA network. The cell updating method comprises the following steps of: when the UE confirms to meet a preset cell update triggering condition, selecting a target cell according to a latest measurement result of common-frequency measurement and pilot frequency measurement and sending a cell updating message, wherein the cell update message carries the identification information of the target cell; and after the UE receives a cell update confirmation message returned by an RNC (Radio Network Controller), accessing a new radio resource distributed to the UE in the target cell, which is indicated in the confirmation message.

A method for updating control systems in a fleet of controlled devices, the method includes: controlling each of the controlled devices in the fleet with one of the control systems, wherein each control systems comprises software components having one more updates; releasing a new software update for installation to the control systems for the controlled devices; monitoring the control systems for each controlled device to obtain data regarding the software components in the control system, including the updates previously loaded into the control system; determining whether the new software update is appropriate for the control system in each controlled device; for the control systems for which the update is appropriate, notifying an operator of the control system of the availability of the update; allowing the operator to select whether to download the new update, and performing at least a semi-automatic installation of the new update if selected by the operator.

Networking devices and methods for forwarding information base (FIB) aggregation are provided. A networking device includes a processor operable to access entries in a FIB, and aggregate the FIB entries to produce an aggregated FIB with strong forward correctness. In aggregating the FIB entries, the processor is operable to: (a) associate the FIB entries with nodes (n) in a patricia trie; (b) traverse the patricia trie depth-first in post-order and determine for each node a next-hop set, without expanding the trie, by merging what would be the next-hop sets of its imaginary children nodes if there is a complete binary tree; and (c) traverse the patricia trie depth-first in pre-order, select for the root node a next-hop from its next-hop set and include the FIB entry associated with the root node in the aggregated FIB, for each node having a selected next-hop that appears in its child's next-hop set, select that next-hop for the child as its next-hop and exclude the FIB entry associated with the child node from the aggregated FIB, and for each child node which does not have in its next-hop set the selected next-hop of its parent, select a next-hop from its next-hop set and include the FIB entry associated with the child node in the aggregated FIB.

The embodiment of the invention relates to a method and a device for identifying user equipment (UE) in an evolved network, and a mobility management entity (MME). The method comprises the following steps of: receiving a system architecture evolved-temporary mobile subscriber identity (S-TMSI) which is allocated for the UE accessing the evolved network, wherein the S-TMSI comprises a resource pool identity, an MME identity and a temporary identity of the UE; and temporarily identifying the UE in the evolved network by using the S-TMSI. The device comprises a receiving unit and a temporary identification unit. The MME comprises a temporary identity allocation unit. In addition, the invention also provides a method for transmitting and allocating the temporary identity and a method for receiving and transmitting information according to the temporary identity. By setting the resource pool identity on the S-TMSI, the aim of accelerating the updating and the processing of access equipment is fulfilled, the configuration of network resources of operators is simplified, and radio null interface resources are saved at the same time.

Optimizing data updates in an operationally approved software application of aircraft, comprising a first software component using a second software component. Following the receipt of a software component comprising an update of said second software component, said received software component is analyzed and a class of the update of said second software component is determined. Depending on said class, the update of said second software component is transmitted to said first software component and/or to a central download system. If the update of said second software component is transmitted to said first software component, said second software component is updated and a configuration report showing said update is created.

The invention provides an establishment method and system for correlation relationships between BIM components and construction tasks. Through the correlation method for setting correlation relationships between construction tasks of all stages and three common component organization structures in a BIM and then automatically generating relationships between the construction tasks and the components, a large amount of manual workload is reduced; when the components in the BIM are changed, automatic updating of the correlation relationships between the components and the tasks is supported, sothat the timeliness and accuracy of four-dimensional BIM updating are improved and the application of the BIM to the construction is facilitated.

The embodiment of the invention relates to a method and a device for identifying user equipment (UE) in an evolved network, and a mobility management entity (MME). The method comprises the following steps of: receiving a system architecture evolved-temporary mobile subscriber identity (S-TMSI) which is allocated for the UE accessing the evolved network, wherein the S-TMSI comprises a resource pool identity, an MME identity and a temporary identity of the UE; and temporarily identifying the UE in the evolved network by using the S-TMSI. The device comprises a receiving unit and a temporary identification unit. The MME comprises a temporary identity allocation unit. In addition, the invention also provides a method for transmitting and allocating the temporary identity and a method for receiving and transmitting information according to the temporary identity. By setting the resource pool identity on the S-TMSI, the aim of accelerating the updating and the processing of access equipment is fulfilled, the configuration of network resources of operators is simplified, and radio null interface resources are saved at the same time.

The present invention refers to network nodes and methods being configured for updating neighbor cell information in a radio communications system including at least one Radio Access Technology network. The radio communications system includes a mobile terminal, a first network node controlling a first cell, a second network node controlling a second cell, the first network node broadcasting a first neighbor cell list, and the second network node broadcasting a second neighbor cell list. The method includes the steps of receiving, by the second network node from the mobile terminal, an indicator, with the indicator indicating a missing neighbor cell relation entry in the first neighbor cell list, the neighbor cell relation entry representing a neighbor cell relation between the first cell and the second cell; and sending, from the second network node to the first network node, a cell identifier, the cell identifier uniquely identifying the second cell, and first cell-specific information technically characterizing the second cell, the first cell-specific information permitting updating the first neighbor cell list, with the missing neighbor cell relation entry.

The invention belongs to the field of combined micro-machining and relates to an ultrasonic vibration auxiliary micro-electrochemical electrical discharge wire-cutting machining method and device for non-conductive hard and brittle material machining. The machining method comprises the steps that ultrasonic vibration is utilized for exciting a workpiece in the axial direction of an electrode wire, the electrode wire and an auxiliary electrode are subjected to an electrolytic reaction in an electrolytic solution so that hydrogen gas is separated out around the electrode wire, and then a gas film is formed so that the electrode wire and the electrolytic solution can be insulated. The machining device comprises a machine tool bed, an electrolysis-electrical discharge wire cutting device, an ultrasonic vibration unit and a workbench. A wire storage cylinder, a driving wheel, a tensioning device and a guide wheel support are arranged on the machine tool bed. The electrolysis-electrical discharge wire cutting device comprises a clamping device for fixing the workpiece, the workpiece, a main shaft, a wire driving device, the electrode wire, a working solution box containing the electrolytic solution, an auxiliary electrode and an electrolysis-electrical discharge power source. The auxiliary electrode is connected with a positive electrode of the electrolysis-electrical discharge power source. The electrode wire is connected with a negative electrode through an external wire feeding device. According to the method and device, implementation is easy, the production cost is lowered while the precision and efficiency are ensured, and the method and device can be widely applied to micro-machining of various non-conductive hard and brittle materials.

The invention discloses a visual development method and system for a business process and a communication message, and a medium. The method comprises the following steps: creating a business process in a visual integrated development platform displayed by a visual interaction interface; entering a process editor, and loading a component toolbox; combining, configuring and serially connecting components in the component tool box in the process editor to form a visual process, and generating a process definition file; entering a message editor when the packet adapter assembly or the unpacket adapter assembly is configured; configuring a packaging process or an unpackaging process of the message data in a message editor by utilizing the message node combination, and generating a message definition file; and deploying the process definition file and the message definition file to a workflow service platform, initializing, and storing the unique identifier of the business process. Visual editing of the service process and the message configuration is combined for development, which is significantly superior to separate development of the two processes, development efficiency is improved, and rapid popularization and updating of actual services are facilitated.

The invention discloses an anti-acne composition containing epidermal growth factors and tea tree oil and a preparation method thereof. The anti-acne composition disclosed by the invention comprises the following components: epidermal growth factors, tea tree oil, metallothionein, chlorhexidine, humectant, tackifier, alpha-carboxylic acid, pH value regulator, surfactant and deionized water. The preparation method of the anti-acne composition disclosed by the invention comprises the following steps of: mixing and heating the epidermal growth factors, the tea tree oil, the metallothionein, the chlorhexidine and the surfactant to be used as an oil phase; dissolving and heating the humectant, the tackifier and the alpha-carboxylic acid in water to be used as a water phase; adding the oil phase into the water phase, and stirring uniformly; and adding the pH value regulator for regulating the pH value, thereby obtaining the anti-acne composition containing epidermal growth factors and tea tree oil. The epidermal growth factors contained in the anti-acne composition disclosed by the invention can accelerate the metabolism of skin cells, and the natural tea tree oil capable of resisting bacteria and diminishing inflammation can efficiently sterilize bacteria, diminish inflammation and remove acnes, thus the anti-acne composition has good moisture retention and small skin irritation.

The invention discloses a device used for electrolyzing and processing a double-faced trumped-shaped hole array in a thin walled cylinder. A tool negative pole is a hollow rotary cylinder which is provided with a liquid inlet hole and a liquid outlet hole. A workpiece positive pole, an axis and an non-contact ground sleeve are arranged on the outside of the tool negative pole. Two ends of a ringlike cavity formed between the tool negative pole and the workpiece positive pole are in motive seal through electric insulation motive seal pieces. Two ends of the tool negative pole are respectively connected with an electrolyte circulating filtration unit. A positive pole and a negative pole of an electrochemical machining power supply are respectively connected with the workpiece positive pole and the tool negative pole. Two carrier rollers which are parallelly arranged below the workpiece positive pole are in line contact with the workpiece positive pole. The carrier rollers are driven by a power source unit. Two parallel carrier rollers are used for supporting and locating the large draw ratio thin walled cylinder stably and reliably, workpieces have small deformation, the workpiece positive pole is in a rotary state in the process of processing, electrolytes in a small hole of the workpiece positive pole can drop automatically under the effect of gravity, thus benefiting removal of electrolysates in a blind hole and update of the electrolytes in the small hole.

The invention discloses a super rich moisturizing repair facial mask which comprises a facial mask solution and a facial mask tissue, wherein the facial mask solution contains a skin conditioner, andthe skin conditioner contains the following components: panthenol, 1, 2-butanediol, glyceryl polymethacrylate, PVM/MAH copolymer, tranexamic acid, glucan, nonapeptide-1, allantoin, dipotassium glycyrrhizinate, oligopeptides and collagen extractive. The facial mask solution provided by the invention is mild in property, good in permeability, and capable of generating a long-lasting moisturizing andmoistening effect for skin, maintaining skin water environment constant, and preventing and relieving skin aging, and can ease skin after basking, and can accelerate skin repair and updating.

The invention provides a microbial remediation agent, belonging to the technical field of remediation of contaminated soil. The microbial remediation agent comprises 3,5-dinitroguaiacol salt as shownin a formula which is described in the specification, a composite microbial agent, polyvinyl alcohol modified nanometer zero-valent iron, a microbial carbon source and a microbial nitrogen source. Thepreparation method for the microbial remediation agent comprises the following steps: 1) preparing the polyvinyl alcohol modified nanometer zero-valent iron under the protection of nitrogen; 2) adding the composite microbial agent into a 3,5-dinitroguaiacol salt solution, carrying out complete mixing, and carrying out drying at a low temperature; 3) adding the polyvinyl alcohol modified nanometerzero-valent iron obtained in the step 1) into a mixture obtained in the step 2); and 4) adding the microbial carbon source and the microbial nitrogen source into a product obtained in the step 3). The microbial remediation agent provided by the invention has the following beneficial effects: the microbial remediation agent can rapidly degrade organic substances like PAHs, i.e., naphthalene, phenanthrene and the like in the contaminated soil into micromolecular substances to be absorbed and utilized by microorganisms, and can effectively remove Cr(VI) and reduce heavy-metal pollution of chromium.

The invention relates to the technical field of wireless communications, and in particular to an airship based three-dimensional WiFi (Wireless Fidelity) fingerprint drawing system and method. The method comprises the steps of mounting a WiFi positioning module and a WiFi fingerprint collection module on an airship; mounting a plurality of AP (Access Point) control points at key positions; carrying out real-time communication with a background positioning server; dynamically acquiring space-time information of the airship to realize navigational flight based on a spatial position and a route; dynamically collecting WiFi signals in the process; synchronously recording a temporospatial four-dimensional coordinate and a movement locus; integrally inputting the data into a GIS (Geographic Information System) module; automatically drawing an indoor (outdoor) three-dimensional WiFi map. Aiming at the problems of too much overhead, insufficient expansibility and the like of existing WiFi fingerprint matching positioning training, WiFi fingerprints are automatically collected by using a barrier-free positioning airship, the problems of long construction time, complex treatment, insufficient information, unfavorable maintenance and the like are solved, the construction and updating of the fingerprint map are accelerated.

The invention discloses a deep moisturizing preparation, aiming at providing a preparation with an excellent moisturizing effect; in the preparation, an oil phase can aggregate into a single oil bead at the bottom of a water phase at rest; during shaking, the oil bead becomes uncountable oil droplets, and the oil droplets are evenly dispersed into the water phase so as to form emulsion; after that, the oil phase spontaneously aggregates into a single oil bead. The deep moisturizing preparation is characterized by being prepared from the following components by total mass percent of 100%: 3-9% of a methyl phenyl silicone oil mixture, 0.3-0.8% of a plant preservative and the balance of a deep seawater solution, wherein the methyl phenyl silicone oil mixture forms the single oil bead at the bottom of the deep seawater solution; the methyl phenyl silicone oil mixture is a combination of any two or more of phenyl polydimethylsiloxane, phenyl polytrimethylsiloxane, diphenyl polydimethylsiloxane and diphenylsiloxy phenyl trimethicone. The deep moisturizing preparation belongs to the technical field of skin care products.

An embodiment of the invention relates to the third generation mobile communication technology, and discloses a method and a device of processing paging in a reselection procedure. The method and the device are used for realizing complete compatibility of the reselection procedure and a paging processing procedure, simultaneously guarantee that paging response is conducted on a cell which is relatively good in quality, and therefore improve the success rate of incoming call. The method comprises the following steps that in the reselection procedure of a target cell, after a radio resource control layer (RRC) receives an interface signal which bears paging response messages and is sent by a mobile management layer (MM), the interface signal is processed in a delayed mode; and after reselection of the target cell is finished, the RRC processes the interface signal.

The invention discloses adipose tissue for tissue transplantation and a preparation method thereof. Seed sells are inoculated into a biological scaffold to form a spatial structure to prevent the adipose tissue from liquefaction after being inoculated into a body. Meanwhile, cell growth promoting substances are added to the proliferation and renewal of cells after the adipose tissue is inoculatedinto the body, thereby accelerating tissue renewal and wound healing. Cell growth factors are added to a subculture medium, which can effectively promote the division and renewal of mesenchymal stem cells and improve the speed and quality of culture. In order to ensure that an induction medium and a cell growth promoting substance solution can sufficiently penetrate into cell gaps, ultrasonic treatment is carried out in advance to disperse liquid into small droplets and improve the permeability of the liquid. In this way, the rate of the adipose tissue culture and the survival rate after the transplantation can be improved, thereby improving the success rate of the adipose tissue transplantation.