61 results about "Conversion procedure" patented technology

Electronic device and method for speech to text conversion procedure, wherein the overall conversion result may include smaller portions with multiple conversion options that are audibly and optionally visually or tactilely reproduced for user confirmation, thereby resulting enhanced conversion accuracy with minimal additional effort by the user.

A method and system for externalization of formulas for assessing bodily injury general damages. An insurance company may use an expert system to develop a knowledge base in the form of business rules and formulas to process insurance claims. The business rules may execute the formulas to assist an insurance claims adjuster in assessing bodily injury general damages. The task of creation and maintenance of the formulas, used in calculating a trauma severity value, may be automated by the externalization of formulas. The user may create a formula data table and use a translator program to create a static instance of a formula class of objects for each row in the formula data table. The business rules may invoke the calculate method to execute the formulas. Changing the data stored in the formula data table and using the translator program to create a static instance of a formulas class of objects for each row, may accomplish updating and/or customizing the formulas.

A practical language for writing analysis and transformation tools for C/C++ and other languages is provided. This language, YATL, is imperative in style and designed to be easy to use for someone familiar with the grammar of the target language. It allows the developer to describe transformations with reference to elements of the target grammar through a pluggable personality to a compiler. This provides the means for powerful, yet easy to write, transformation programs, while fundamentally remaining language agnostic.

The invention relates to a steam stripping method of process condensate in CO conversion. The invention is characterized in that the process condensate firstly enters the upper part of a carbon dioxide steam stripping tower for flashing evaporation; secondary steam from the upper part of an ammonia-evaporated steam stripper tower enters the bottom part of the carbon dioxide steam stripping tower and steam strips carbon dioxide by countercurrent contacting with the process condensate after flashing evaporation; the process condensate after flash evaporation and the steam stripped carbon dioxide carry out countercurrent contact; the process condensate after flash evaporation and steam stripping enters the upper part of the ammonia-evaporated steam stripper tower from the bottom part of the carbon dioxide steam stripping tower and is steam-stripped by low-pressure steam entering from a kettle of the ammonia-evaporated steam stripper tower; gas phase is treated by secondary condensation to obtain non-acid-coagulated gas and condensate sewage; and steam stripping water is obtained from the bottom part of the ammonia-evaporated steam stripper tower. The invention carries out steam stripping on the upper and lower towers to carbon dioxide and ammonia in the process condensate respectively, thus avoiding the possibility of coexistence of carbon dioxide and ammonia in a condensing system, effectively solving the problem that the steam stripping system of the process condensate in the conversion procedure occurs ammonium salt crystallization blockage and prolonging the period of stable operation of a conversion device.

Electronic device and method for obtaining a digital speech signal and a control command relating to the digital speech signal while obtaining the digital speech signal, and for temporally associating the control command with a substantially corresponding time instant in the digital speech signal to which the control command was directed, wherein the control command determines one or more punctuation marks or another, optionally symbolic, elements to be at least logically positioned at a text location corresponding to the communication instant relative to the digital speech signal so as to cultivate the speech to text conversion procedure.

The invention discloses a preparation method of porous hollow micro-cube blocky tin dioxide. The preparation method comprises the following steps of: mixing and ageing procedure, conversion procedure, calcining procedure and acid washing procedure of tin salt and cobalt salt. The porous hollow micro-cube blocky tin dioxide powder product prepared by the preparation method is large in specific surface area (30-80m<2>/g) and high in purity, does not contain other shapes, is homogeneous in structure, uniform in size distribution and stable in performance, is not easily denatured in air and is good in quality; and the preparation method has the advantages of simple process and low cost.

The invention discloses an active control system and method for improving the large-span bridge wind-resistant performance. The active control system comprises a flow guide plate and a central stabilizer, both of which can rotate by corresponding angles according to changes of wind environments such as different wind attack angles. The active control system detects a wind environment signal through a wind environment detection processor, the signal is transmitted to a central control unit inside the system, the telescopic length of a hydraulic numerical control telescopic rod and the rotatingangles of the flow guide plate and the central stabilizer are obtained through conversion conducted by an angle conversion procedure embedded in the central control unit, a length signal is then transmitted to the hydraulic numerical control telescopic rod, and the telescopic rod stretches and retracts by the corresponding length to achieve the rotating angles of the flow guide plate and the central stabilizer. Compared with the prior art, the flow guide plate and the central stabilizer can be rotated to make gas be better divided and flow around a bridge structure, the wind-resistant performance of a bridge in different wind environments can be effectively improved, the wind-induced vibration amplitude of the bridge structure is reduced, the aerodynamic performance of the bridge is improved, and the traveling comfort of vehicles traveling on the bridge in windy weather is improved.

The invention provides a method, a system and a device for realizing accounting data functions and in particular comprises: in conversion procedures, when a network element which produces ACR in an IP multimedia subsystem (IMS) produces accounting requests (ACR), the network element which produces the ACR in the IP multimedia subsystem (IMS) sends the ACR to an accounting data function entity (CDF) according to the order which produces the ACR and sends a next ACR after an accounting response (ACA) which is aimed at the ACR which is sent is received, the CDF combines all ACRs which are received to generate an present accounting data record (CDR), The CDF does not need arranging the ACRS which are received through applying a scheme of the invention, when the ACR which is lacked in discontinuous ACRs is guaranteed not to reach, the CDR can be directly generated according to all discontinuous ACRs which are received, which can quicken the speed for generating the CDR and reduces the number of the ACRs.

A touch processing method and system using a GUI image, the method including the steps of: reading a sensed data array from a touch panel; performing a conversion procedure on a GUI to generate a GUI image; and performing a touch processing procedure according to the sensed data array and the GUI image.

A dual function, convertible bra garment includes a construction facilitating user-controllable conversion between a nursing bra configuration, readily usable during a conventional infant or young toddler nursing process, and a breast engorgement-inhibiting configuration. During use as a nursing bra, the garment is maintained in a first configuration, or state, providing direct access by a nursing child to a mother's nipple. Following a relatively simple highly-controllable conversion procedure, the nursing configuration is efficiently and effectively converted, generally based upon a combined elastic band strap-based system, for applying a user-selected uniform breast pressure, coupled with a user—controlled cooling component, and absorbing component, for indirectly communicating cooling to the wearer's breasts or discharge absorption pad, thereby effecting complete conversion of the bra from a nursing configuration to a breast milk engorgement inhibiting configuration.

An apparatus and a method are provided for encoding and decoding in a broadcasting/communication system using a Low Density Parity Check (LDPC) code. A weight-1 position sequence conversion procedure is performed on an initial parity check matrix. Shortening is applied on an information word. A codeword is generated by LDPC encoding the information word using a parity check matrix generated by performing the weight-1 position sequence conversion procedure. Puncturing is then applied to the codeword.

The invention discloses a method for treating an aluminum lug. Nickel is directly plated on the aluminum lug by using a chemical method. The method comprises the following steps of: alkaline washing: immersing an aluminum belt in an alkaline liquid with the temperature of 50+/-5 DEG C to clean the aluminum belt; water washing; acid washing: immersing the aluminum belt in an acid liquid, and cleaning the aluminum belt at normal temperature; water washing; nickel plating: immersing the aluminum lug in a treating liquid containing nickel salt, a complexing agent, a reducing agent, a stabilizing agent; and water washing. Nickel is directly plated on the surface of the aluminum pug through the treatment method, the aluminum lug is then welded with a protection plate or conducting wire without nickel conversion, the nickel conversion procedure during core assembly can be omitted, and the cost is lowered.

The invention discloses a water bucket type wave motor. The water bucket type wave motor comprises a rotor and water buckets, wherein the rotor is cylindrical or annular, the water buckets are evenly distributed at the external circle of the rotor in the peripheral direction, each water bucket is of a water tank structure, openings of the water buckets are sequentially arranged along the periphery, the axis of a rotor shaft is slightly higher than the water surface and is parallel with the water surface, and the axis of the rotor shaft is roughly parallel with the bank. A one-way valve is installed on the lateral wall of each water bucket and corresponds to the opening of the corresponding water bucket, water can only enter through each one-way valve, and a water outlet is near the outer side of the bottom surface of each water bucket. Each water bucket is simple in structure, low in manufacturing cost and high in reliability. Due to the fact that the water bucket type wave motor directly collects and utilizes the potential energy of waves and floating force of water to drive the water buckets on the rotor to move for power generation, the wavy energy does not need a middle conversion procedure, and the utilization rate is high. If the geometric size of each water bucket is designed to be small, small broken waves can also be utilized.

The present invention relatesto a high-pressure fall-low-temperature shift conversion process for making ammonia by using coal as raw material and utilizing 'normal pressure fixed bed' intermittent gasification. Said process includes two shift conversion procedures, the pressure of conversion gas of shift conversion procedure is 3.0-4.0 MPa, and the gas inlet temperature of 'first shift conversion' is 210-250 deg.C and the gas inlet temperature of 'second shift conversion' is 200-230 deg.C. The shift conversion process adopts sulfur tolerant shift conversion catalyst with stable structure and high hydrolysis function.

The present invention discloses a general type body-in-white three-dimensional measuring and positioning device and a positioning method. The device comprises a bottom plate, a main positioning mechanism and a body-in-white vehicle supporting mechanism, wherein the main positioning mechanism and the body-in-white vehicle supporting mechanism are arranged on the bottom plate. The main positioning mechanism comprises a supporting sleeve rod and a plurality of rotatable main positioning pins. The lower end of the supporting sleeve rod is provided with a supporting disc. The plurality of rotatable main positioning pins are arranged at the upper end of the supporting sleeve rod. The supporting disc is provided with a spherical cavity and a rectangular groove which is inwardly extending along the axis of the supporting sleeve rod. The two shorter side surfaces of the rectangular groove are tangent to the spherical cavity. The spherical cavity is internally provided with a connection swivel piece matched with the spherical cavity. The lower side of the bottom plate is correspondingly provided with a locking oil cylinder corresponding to the supporting sleeve rod. The piston rod of the locking oil cylinder upwardly passes through the bottom plate to be in threaded connection with the connection swivel piece. The main positioning mechanism and the bottom plate are flexibly connected, so that main positioning pins can be conveniently aligned with positioning holes in a body-in-white vehicle. The device and the method can be applied to the body-in-white three-dimensional measurement of multiple types of vehicles, and the advantages of simple conversion procedure and high positioning efficiency are realized. Meanwhile, the positioning mechanism is not easily damaged.

The invention discloses a method for trigger information sending and protocol conversion. The method comprises the following steps: a machine type communication interworking function MTC-IWF which receives trigger information of an MTC device obtains routing information of the MTC device through a signing service network element; the MTC-IWF sends the received trigger information targeted for the MTC device to a service core network node of the MTC device through a short messaging service core network node; and the service core network node of the MTC device send the trigger information to the MTC device. In the above process, the MTC-IWF or a dedicated IWF or an SMS Router is utilized to realize the signaling conversion between an MAP protocol and a Diameter protocol. The invention further discloses a system for realizing the method for trigger information sending and protocol conversion. Through the technical scheme, the trigger information can be sent from a T4 interface, and the protocol conversion procedure of the MAP and the Diameter is determined.

A specific number of adjacent pixels are combined into blocks. The tone values of the pixels in a target block are detected when the dot on-off state is determined, and the fact that the target block does or does not satisfy specific processing conditions is confirmed based on the relation between the magnitudes of the tone values thus detected. The dot on-off state is determined for the target block in block units if the target block satisfies the processing conditions. The conversion procedure can be rapidly performed by adopting this approach. The dot on-off state is determined for the pixels of the target block if the processing conditions are not satisfied. Image quality is thereby prevented from being adversely affected. Image quality can thus be preserved and image data rapidly converted to a specific expression format based on the dot on-off state by performing the conversion procedure in accordance with an appropriate method selected based on whether the processing conditions are satisfied.