Abstract: The present invention discloses a natural expression processing method, which includes: identifying a natural expression from a user, to obtain a certain form of language information which can be processed by a computer; and converting the obtained language information to a standard expression in an encoded form. In the natural expression processing method according to the embodiments of the present invention, the natural expression may be converted into an encoded standard expression; because the conversion to the standard expression is converting the semantics of the natural expression into codes and parameters, and precise verbatim translation is not required, the requirement of accuracy for machine translation can be reduced, and meanwhile the complexity of the database for expression conversion (machine translation) is reduced, increasing data query and updating speed, and thus improving the performance of intelligent processing.

Abstract: A method involves: identifying a natural expression from a user and obtaining a certain form of language information which can be processed by a computer; and converting the identified and obtained language information to a standard expression in an encoded form. According to an example method, a natural expression is converted to an encoded standard expression; conversion to a standard expression is converting the semantics of a natural expression to encoding and parameters; precise verbatim translation is not necessary, thus the requirement for degree of accuracy of machine translation can be reduced; at the same time, the complexity of the database used for expression conversion (machine translation) is reduced, increasing data query and update speed and thus improving smart processing performance. Furthermore, the relatively simple encoded expression reduces the workload for manually-assisted interventions, increasing the efficiency of the work of manually-assisted interventions.

Abstract: The present invention discloses a natural expression processing method, which includes: identifying a natural expression from a user, to obtain a certain form of language information which can be processed by a computer; and converting the obtained language information to a standard expression in an encoded form. In the natural expression processing method according to the embodiments of the present invention, the natural expression may be converted into an encoded standard expression; because the conversion to the standard expression is converting the semantics of the natural expression into codes and parameters, and precise verbatim translation is not required, the requirement of accuracy for machine translation can be reduced, and meanwhile the complexity of the database for expression conversion (machine translation) is reduced, increasing data query and updating speed, and thus improving the performance of intelligent processing.

Abstract: A method involves: identifying a natural expression from a user and obtaining a certain form of language information which can be processed by a computer; and converting the identified and obtained language information to a standard expression in an encoded form. According to an example method, a natural expression is converted to an encoded standard expression; conversion to a standard expression is converting the semantics of a natural expression to encoding and parameters; precise verbatim translation is not necessary, thus the requirement for degree of accuracy of machine translation can be reduced; at the same time, the complexity of the database used for expression conversion (machine translation) is reduced, increasing data query and update speed and thus improving smart processing performance. Furthermore, the relatively simple encoded expression reduces the workload for manually-assisted interventions, increasing the efficiency of the work of manually-assisted interventions.

Abstract: A method of manufacturing an ultrasound transducer for an ultrasound imaging device including a plurality of transducer elements arranged in a two dimensional array on a single carrier of semi-conductor material including the step of providing a buffer layer between the carrier and a layer including piezo electrical material, the buffer layer having a thickness arranged for dicing each of the plurality of transducer elements on the carrier.

Abstract: A method of manufacturing an ultrasound transducer for an ultrasound imaging device including a plurality of transducer elements arranged in a two dimensional array on a single carrier of semi-conductor material including the step of providing a buffer layer between the carrier and a layer including piezo electrical material, the buffer layer having a thickness arranged for dicing each of the plurality of transducer elements on the carrier.