606results about How to "Avoid burden" patented technology

An electronic nicotine delivery device including a nicotine dosage sensor that determines an amount of nicotine consumed by a user based on the duration of an inhalation.

An apparatus (135), method and computer program are provided for determining and indicating a quality of a signal received by a first wireless communication device (105) from a second wireless communication device (110). In one embodiment, the apparatus (135) includes a bit-error-rate (BER) circuit (215) for measuring a BER of the signal, a comparator (145) for comparing the BER with a predetermined value to determine a relative signal quality, and an indicator (160) for indicating the quality of the signal to a user of the first device (105). Alternatively, the apparatus (135) includes a circuit for measuring the strength of the signal (230), a calculator (235) for calculating a signal-to-noise ratio (SNR) of the signal using the strength of the signal and a predetermined noise value, and a comparator (145) for comparing the SNR with a predetermined value to determine a relative signal quality. Signal quality is indicated by activating a number of characters (210) corresponding to the relative signal quality.

An inhalation sensor for an alternative nicotine or THC delivery device having a diluted nicotine or THC solution. The inhalation sensor includes a processor and memory. The memory includes a solution profile including information indicative of the nicotine or THC concentration of the diluted nicotine or THC solution and a device profile including information indicative of the alternative nicotine or THC delivery device. The inhalation sensor is configured to determine an amount of nicotine or THC consumed by a user of the alternative nicotine or THC delivery device based on the solution profile and the device profile.

A computer has instruction pipeline circuitry capable of executing two instruction set architectures (ISA's). A binary translator translates at least a selected portion of a computer program from a lower-performance one of the ISA's to a higher-performance one of the ISA's. Hardware initiates a query when about to execute a program region coded in the lower-performance ISA, to determine whether a higher-performance translation exists. If so, the about-to-be-executed instruction is aborted, and control transfers to the higher-performance translation. After execution of the higher-performance translation, execution of the lower-performance region is reestablished at a point downstream from the aborted instruction, in a context logically equivalent to that which would have prevailed had the code of the lower-performance region been allowed to proceed.

A split architecture for encoding a video stream. A source encoder may encode a video content stream to obtain an encoded bitstream and a side information stream. The side information stream includes information characterizing rate and / or distortion estimation functions per block of the video content stream. Also, a different set of estimation functions may be included per coding mode. The encoded bitstream and side information stream may be received by a video transcoder, which transcodes the encoded bitstream to a client-requested picture resolution, according to a client-requested video format and bit rate. The side information stream allows the transcoder to efficient and compactly perform rate control for its output bitstream, which is transmitted to the client device. This split architecture may be especially useful to operators of content delivery networks.

The variable transmissivity window system comprises a camera for detecting light from a light source, a transmissivity control unit for controlling the transmissivity of light passed through the windshield, and a transmissivity modifying unit for modifying the transmissivity of each of blocks into which the windshield is divided. The camera calculates light source information including the direction, size and intensity of the light source. The transmissivity control unit calculates a position of the windshield block for the transmissivity to be modified, a range of the position thereof for the transmissivity to be modified, and a value for the transmissivity. The imaging unit decides whether or not the light source gives glare to the occupant, and when the imaging unit decides that the light source gives glare to the occupant, the imaging unit changes a glare decision threshold according to an ambient light level outside the vehicle.

The invention provides a method for green recovery of waste circuit boards by a cyanide-free full-wet whole set process, and belongs to the field of recycle economy. The method comprises the following steps of: mechanically crushing waste circuit boards; separating by adopting gravitational segregation to obtain impure copper powder and non-metallic powder; smelting and casting the impure copper powder to obtain a copper anode plate; and performing copper electrolytic refining on the copper anode plate; separating copper, gold, solver, platinum-palladium, lead and tin in the copper anode mud so as to recover the valuable metals of copper, gold, solver, platinum-palladium, lead and tin therein and performing wastewater recycling. The overall recovery rate of metals in the waste circuit boards reaches over 98 percent, the cathode copper obtained by the copper electrolytic refining reaches 4N level, the copper removal rate in the copper anode mud reaches over 96 percent, the recovery rate of the gold reaches over 98 percent, the recovery of the platinum-palladium reaches over 96 percent, the recovery rate of the silver and lead reaches over 95 percent, and the recovery rate of the tin reaches over 90 percent. The method for the green recovery of the waste circuit boards has the characteristics of cyanide-free full-wet property, wastewater recycling, and no secondary pollution.

Apparatuses and methods are provided for bi-directional status and control between image capture devices and backend devices in a document processing system.

A provisioning system for receiving configuration changes to and queries of settings on a mobile device. The provisioning system may include a router, configuration manager and one or more configuration service providers. The router component is responsible for receiving messages delivered to the mobile device and parsing the messages into requests for information. The configuration manager component is responsible for determining what configuration settings are affected by the message and for processing the requests within the message. The configuration manager component may implement one or more configuration service providers to perform the actual request processing. The configuration manager component may additionally compose a response document to return in the event that a response has been requested in the message.

A technique for operating a wireless communications system that supports multi-user multiple-input multiple-output (MU-MIMO) communications between a base station and multiple mobile stations involves generating inter-cell interference information at the mobile stations and providing the inter-cell interference information to the base station. The base station uses the inter-cell interference information to calculate channel quality indicators (CQIs) and then makes scheduling decisions in response to the CQIs. Data is transmitted from the base station to the mobile stations according to the scheduling decisions.

The invention discloses a method for extracting grease from schizochytrium. The method comprises the following steps: (1) adjusting the pH (Potential of Hydrogen) of the fermentation broth of the schizochytrium until reaching an acid stage, and then adding an organic solvent to stir, so as to realize the wall breaking of schizochytrium cells and extraction of microalgae oil; (2) adding a flocculant to the fermentation broth obtained in step (1) to flocculate, and extracting by the organic solvent to obtain crude algae oil; and (3) treating the crude algae oil by degumming, discoloring, and deacidifying / deodorizing, so as to obtain the microalgae oil rich in DHA (Docosahexaenoic Acid). According to the method disclosed by the invention, autolysis wall-breaking technology is adopted, so that the technological process in wall breaking and extraction of the schizochytrium can be simplified, the operation time in wall breaking can be shortened, the investment on equipment is decreased, and the cost is lowered; and the biological flocculant flocculation technology is carried out, therefore, the demulsification technological process is simplified, the time for layering is shortened, the layering effect is improved, the load due to wastewater discharge and water treatment caused by the demulsification process can be avoided, and the cost of water treatment can be lowered.

In a system and method for verifying the accurate processing of medical insurance claim data generated by a health care provider, a health care provider enters medical insurance claim information (data) into a health care provider terminal. The medical insurance claim data may include patient identification data and treatment data. The health care provider terminal stores and transmits the medical insurance claim data to a medical insurance claim processor operated by a medical insurance company. The medical insurance claim processor processes the claim data received from the health care provider terminal and generates processed claim data. Processed claim data may include patient identification data, treatment data, and payment data. Upon receipt of the processed claim data, the health care provider terminal compares the processed claim data with the stored medical insurance claim data originally submitted to the medical insurance claim processor. The health care provider terminal then generates comparison data indicating whether the stored medical insurance claim data has been processed in accordance with predetermined claim processing rules, which may be negotiated and agreed to by the health care provider and the medical insurance company. The comparison data also identifies processing errors, if any, in the processed claim data received from the medical insurance claim processor. The health care provider terminal may also generate and retransmit revised medical insurance claim data when the processed claim data has not been processed in accordance with the predetermined processing rules. Also, the health care provider terminal may automatically retransmit the medical insurance claim data to the medical insurance claim processor when the medical insurance claim data have not been processed within a defined period of time. Additionally, the health care provider terminal may verify the accuracy of treatment data prior to transmitting the medical insurance claim data to the medical insurance claim processor.

A method and system for efficient snapshot querying include: providing a first version value for each data in a history table, where the first version value indicates a beginning of a period in which the data is valid; providing at least a second version value for each data in the history table, where the second version value indicates an end of the period in which the data is valid; receiving a request for a version of a database; and retrieving the data with the first version value less than or equal to the requested version and the second version value greater than or equal to the requested version. By maintaining a history table with redundant version information, the method and system are able to provide efficient snapshot querying while also avoiding the overhead burden of conventional approaches. No aggregates, joins, or sub-queries are required to retrieve a snapshot.

The invention relates to a system for operating and monitoring a production process and for filing process data for a historian system, the operating and monitoring functionality and the historian functionality being integrated in a single system. A historian database is used for storing process data. The production process and data filed for the long term can be accessed in one system. The process data has to be collected only once by the respective devices. The historian system takes advantage of the redundancy of the operating and monitoring system, special multiplexer components transparently covering up underlying systems. The inventive system is internet compatible and can be used by any clients. Commercially available historian clients can be used in internet scenarios by remoting the database interfaces.

The invention discloses an information processing method, device, an electronic device and storage medium. The method comprises steps of detecting first touch control operation applied to a first touch control operation area, controlling a visual role to move and / or rotate in the game scene according to the first touch control operation, controlling a displaying visual field of the game scene in the graphic user interface according to a position of the visual role in the game scene, detecting second touch control operation applied to a second touch control operation, adjusting a displaying visual field of the game scene in the graphic user interface according to the second touch control operation, triggering the displaying visual field of the game scene to be adjusted to a visual field lock state when detecting a preset action of the second touch control operation, and locking the current visual field as the displaying visual field of the game scene in the graphic user interface. A technical problem that a specific area cannot be locked and observed in a mobile terminal interaction way can be solved by the use of the information processing method.

A heterogeneous agent-based distributed control system for controlling a controlled system having a plurality of components is disclosed. The heterogeneous agent-based distributed control system includes one or more agent of a first type and one or more agents of a second type that communicate with one another by way of one or more networks or other communication links. The agents of the first and second types differ from one another in terms of one or both of their respective architectures and their respective responsibilities. The agents interact with one another in a collaborative manner, and communicate through the use of a special, standardized communications protocol and through the use of certain special functional components.

The invention discloses a massive real-time data load simulation testing cloud platform for a smart power grid, and a testing method of the cloud platform. The cloud platform comprises a virtualization unit, a central controller module and agent modules, wherein the virtualization unit virtualizes a plurality of virtual machines; the central controller module is arranged in the virtual machine to form a central controller; the agent modules are stored in the central controller in forms of virtual machine mirror image documents, and activated to form agency servers after the central controller is applied to start the virtual machines; the central controller applies the cloud platform for enough virtual machines according to testing plans in different scales; and agency server simulation monitoring devices send massive monitoring data to the servers, and test the performance of the servers. According to the cloud platform and the testing method, powerful computing resources of cloud computing are depended on; the massive virtual machines are applied from the cloud platform; the massive data of the smart power grid is tested by the agency server simulation monitoring devices; and the cloud platform has the benefits of simple structure, low input cost, convenience in use, wide testing range and good testing effect.

The invention relates to a handhold type ultrasonic diagnosis system with remote diagnosis and remote control functions. The handhold type ultrasonic diagnosis system comprises a handhold type b-ultrasonic device, a doctor end app (application), a remote medical server and an expert end app, wherein a doctor holds the handhold type b-ultrasonic device and the doctor end app; an expert holds the expert end app; the remote medical server is used for providing storage and query services for the app end. The handhold type ultrasonic diagnosis system has the advantage that the medical expert can monitor and instruct the operation process of all grass-roots doctors, judge the diseases of a patient according to the patient data uploaded by the doctor, provide the accurate analysis result and diagnosis information, instruct the doctors to perform standard ultrasonic diagnosis process, instruct the doctors to adjust the parameters of an ultrasonic image, and periodically push the ultrasonic knowledge training information to the grass-roots doctors, so that the efficiency of the medical services is improved, and the problem of the grass-roots doctors is effectively solved.

The invention discloses an automatic toilet nursing system which comprises an excrement receiving assembly, a toilet host assembly and connecting pipelines. The excrement receiving assembly comprises a drying device, a flushing device, an excrement receiving device and a detection device. The drying device and the flushing device are arranged at the upper side of the excrement receiving assembly. The detection device is arranged in the excrement receiving assembly. The toilet host assembly comprises a host machine body, a collecting and evacuating unit, a washing unit, a drying positive-pressure unit and a control unit. The flushing device is connected with the washing unit through the washing pipeline. The excrement receiving assembly is connected with the collecting and evacuating unit through the sewage inlet pipeline. The drying device is connected with the drying positive-pressure unit through the drying pipeline. The collecting and evacuating unit is connected with the drying positive-pressure unit through the positive-pressure pipeline. The collecting and evacuating unit is communicated with the external environment through the sewage discharging pipeline and communicated with a toilet or a sewer. The collecting and evacuating unit is connected with the external atmosphere through the exhausting pipeline. The detection device, the washing unit and the drying positive-pressure unit are respectively connected with the control unit through circuits.

The invention discloses an information display method, device and system. The information display method includes the steps of acquiring a plurality of pieces of information needing to be displayed, acquiring time attributes of all the pieces of information, respectively setting display attributes of all the pieces of information according to the time attributes of all the pieces of information and displaying all the pieces of information according to the display attributes of all the pieces of information.

Embodiments of the invention relate to the technical field of wireless communication, and particularly relate to a method and a device for transmitting downlink data. The method and the device are used for solving the problem that the data transmission scheme in the prior art will introduce a quite large signaling burden and waiting delay in the case of emergent small data packet transmission. The method provided by the embodiments of the invention comprises the steps that: after receiving a data packet of a first type from an SGW, a base station sends a paging message carrying a terminal identifier in the data packet of the first type; and after a terminal is randomly accessed, a data packet of a second type obtained by decapsulating the data packet of the first type is sent to the terminal. Since the method and the device provided by the embodiments of the invention can be used for avoiding control plane time delay and air interface signaling burden introduced by converting from an idle state to a connection state after data arrival and greatly reducing the cost of connection maintenance resulting from that no data are sent for a long time after the terminal enters the connection state, the emergent small data transmission performance of an existing cellular system is improved.

The invention relates to an assembly type ribbed steel plate shear wall with a frame, and belongs to the technical field of structural engineering. The assembly type ribbed steel plate shear wall with the frame comprises an embedded steel plate, frame columns, frame column partition plates, frame column connecting plates, connecting plates, transverse rib plates, vertical rib plates, frame beams, frame columns and frame column partition plates. In the assembly type ribbed steel plate shear wall with the frame, the embedded steel plate, the frame columns, the frame column partition plates, the frame column connecting plates, the transverse rib plates and the vertical rib plates are welded into a whole shear wall module in a factory; the connecting plates and the frame beams are welded integrally in the factory; the connecting plates are connected with the whole shear wall module through high-strength bolts and are not connected with the frame columns; the frame columns and the frame column partition plates are welded, and the frame beams and the frame columns are welded or connected through bolts or connected in a bolt-welding mixed mode. The assembly type ribbed steel plate shear wall has the advantages of being high in lateral stiffness, bearing capacity and ductility, good in anti-seismic property and easy to construct, holes can be formed flexibly, the construction period is shortened, and construction cost is reduced.

An embodiment of the invention relates to the technical field of wireless communication, and particularly to a method and equipment for transmitting uplink data. The method and the equipment are used for settling problems of introducing high signaling load and waiting delay and increasing processing time delay of a base station on condition of emergent small data packet transmission based on a data transmission solution with connection in prior art. The method provided by the invention comprises the steps of determining uplink transmission resource in an idle random accessing manner after uplink data transmission is required; transmitting the uplink data and an objective address which is pre-allocated by the network side to the base station through an uplink transmission resource so that the base station transmits the uplink data to a corresponding gateway according to the objective address, thereby preventing control surface time delay and idle interface signaling load which are introduced in conversion from an idle state to a connecting state after data arrival when emergent small data packet transmission occurs.

According to one embodiment of the present disclosure, there is provided a vehicle diagnosis system equipped with a communication terminal for transmitting vehicle information acquired from a vehicle to a server, and a server for analyzing the vehicle information received from the communication terminal and diagnosing the vehicle. The server is provided with a WEB screen providing unit for providing a WEB screen including instructions for the operator in a manner that the communication terminal can display via a communication network. The communication terminal displays the provided WEB screen via the communication network.

The present invention relates to a technique for measuring the concentration of a particular component in a sample liquid using a test tool (2). The test tool (2) includes a first through a third detection elements (31a-33a) arranged in the mentioned order in the moving direction of the sample liquid for measuring an electro-physical quantity. The present invention provides a concentration measuring method which includes a first detection step for detecting whether or not liquid conduction is established between the first and the second detection elements (31a, 32a), a second detection step for detecting whether or not liquid conduction is established between the second and the third detection elements (31a, 33a), a measurement step for measuring an electro-physical quantity by using the first through the third detection elements (31a-33a), and a concentration computation step for computing the concentration of the particular component based on the electro-physical quantity. The present invention also provides a concentration measuring apparatus (1) for realizing the concentration measuring method.

Disclosed is a digital image production apparatus comprising: a print engine having a plurality of trays each of which is capable of accommodating different types of recording sheets; a user interface; and an electronic control system controlling print processing, including control of supply of recording sheets from the trays in accordance with sheet specifications of print jobs. Such a control system has access to a memory which stores for each tray the type of recording sheets presently accommodated therein, and when the type of recording sheet required for a job is not available in any of the trays, indicates, through the user interface, the required type of recording sheet and invites an operator to place recording sheets of the required type in a specific tray. In response to a confirmation signal which simply confirms that the operator has completed the requested action, the control system automatically stores information specifying the required type of recording sheet in a location of the memory associated with said specific tray. Such a confirmation signal would e.g. be generated when the operator presses the start button. Alternatively, the control system may leave the selection of a tray to the operator, in which case the confirmation signal should include an indication of the tray the operator has chosen.

The invention relates to the technical field of network safety, in particular to an access link overwriting method of a security socket layer virtual private network (SSL VPN), which aims to solve the problem that it is easy for the WEB resources of an intranet to be exposed and the problem that the safety is not high when a user accesses the WEB resources in the prior art. The access link overwriting method of SSL VPN is implemented by the following steps that: 1, an administrator configures the WEB resources to be accessed, wherein each WEB resource has a unique identifier for marking the identity and the identifier comprises a resource identifier and an intranet uniform resource locator (URL) address; 2, the user accesses the WEB resources through virtual URL path with a resource identifier; and 3, an SSL VPN gateway inspects the URL path of a hypertext transfer protocol (HTTP) or HTTPS request of the user and substitutes the URL path with a corresponding intranet URL address so as to normally access the intranet resources. Compared with the prior art, the method has the advantage of high safety.

The invention relates to a power supplying device and a method for a near field communication terminal. The device includes a non-contact front end chip, a base band chip, a safety chip, a user recognizing card, a reader / writer, an antenna, a low dropout regulator, a power supply management unit, a battery, a control switch, and a battery voltage detecting circuit; wherein the non-contact front end chip includes a RF rectifying circuit, an exterior field detecting circuit, and a non-contact front end post-treatment part. The device can supply power for a terminal in the mode by combining residual power in the battery and exterior field detection when a mobile phone is in off state so as to enable the terminal to perform simulative functions of the non-contact card normally, thereby fully utilizing the residue power in the terminal battery, improving effective utilization rate of the battery, preventing a user from always carrying a stand-by battery, and reducing the application cost of the terminal.