Abstract: The present invention provides an identification information setting device and an identification information setting method that can easily set identification information for a transfer chamber. In an embodiment of the present invention, a storage portion (31) stores field identification information that is previously set for each position where a transfer chamber having a transfer robot can be arranged. A reception portion (32) receives, as specification information, information on the position where the transfer chamber is actually arranged and the transfer chamber. The storage portion (31) stores correspondence between the actually arranged transfer chamber and identification information.

Abstract: An ultrasound system includes an ultrasound transducer adapted to obtain a dynamic series of echo signals of a subject tissue at different deformation states, and an image processor for generating and displaying ultrasound images of the tissue. The processor is configured to generate dynamic images that correspond to the dynamic series of echo signals, identify a plurality of pixels within a region of interest (ROI) of a first of the generated images, evaluate local tissue mechanical behavior by tracking the displacement, deformation, and echo intensity of the identified plurality of pixels from the first image to subsequent images based on groups of pixels that correspond to each of the identified plurality of pixels, determine tissue functionality in the subject at the tracked pixel locations, and display the tissue functionality in dynamic images that corresponds to the tracked pixel locations.

Abstract: An ultrasound system includes an ultrasound transducer adapted to obtain a dynamic series of echo signals of a subject tissue at different deformation states, and an image processor for generating and displaying ultrasound images of the tissue. The processor is configured to generate dynamic images that correspond to the dynamic series of echo signals, identify a plurality of pixels within a region of interest (ROI) of a first of the generated images, evaluate local tissue mechanical behavior by tracking the displacement, deformation, and echo intensity of the identified plurality of pixels from the first image to subsequent images based on groups of pixels that correspond to each of the identified plurality of pixels, determine tissue functionality in the subject at the tracked pixel locations, and display the tissue functionality in dynamic images that corresponds to the tracked pixel locations.

Abstract: An ultrasound machine processes ultrasonic data according to acoustoelastic properties of the materials to obtain strain information without specific assumptions with respect to the material properties of the measured material or a variety of different material properties normally not obtained by ultrasound machines.

Abstract: A substrate processing system capable of extending and changing a substrate processing module easily according to changes of processing contents for a substrate. An embodiment is the system including a main device and sub-devices. A transfer controlling part includes an acquiring part that acquires transfer-destination specifying information that includes additional information identifying at least a local address and a substrate processing device to which the local address belongs, and that specifies a substrate transfer destination uniquely within the main device and the sub-devices, a judging part that judges which one of the main device, and the sub-devices is the substrate transfer destination based on the specifying information acquired by the acquiring part, and a local transfer part that transfers the substrate to a process chamber connected to a transfer chamber of its own device by using the address allocated uniquely within the own device.

Abstract: An ultrasound machine processes ultrasonic data according to acoustoelastic properties of the materials to obtain strain information without specific assumptions with respect to the material properties of the measured material or a variety of different material properties normally not obtained by ultrasound machines.

Abstract: An ultrasound system includes an ultrasound transducer adapted to obtain a dynamic series of echo signals of a subject tissue at different deformation states, and an image processor for generating and displaying ultrasound images of the tissue. The processor is configured to generate dynamic images that correspond to the dynamic series of echo signals, identify a plurality of pixels within a region of interest (ROI) of a first of the generated images, evaluate local tissue mechanical behavior by tracking the displacement, deformation, and echo intensity of the identified plurality of pixels from the first image to subsequent images based on groups of pixels that correspond to each of the identified plurality of pixels, determine tissue functionality in the subject at the tracked pixel locations, and display the tissue functionality in dynamic images that corresponds to the tracked pixel locations.

Abstract: The present invention provides an identification information setting device and an identification information setting method that can easily set identification information for a transfer chamber. In an embodiment of the present invention, a storage portion (31) stores field identification information that is previously set for each position where a transfer chamber having a transfer robot can be arranged. A reception portion (32) receives, as specification information, information on the position where the transfer chamber is actually arranged and the transfer chamber. The storage portion (31) stores correspondence between the actually arranged transfer chamber and identification information.

Abstract: An ultrasound machine processes ultrasonic data according to acoustoelastic properties of the materials to obtain strain information without specific assumptions with respect to the material properties of the measured material or a variety of different material properties normally not obtained by ultrasound machines.

Abstract: The present invention provides a substrate processing system capable of extending and changing a substrate processing module easily according to changes of processing contents for a substrate. An embodiment of the present invention is the substrate processing system including a main device (100) and sub devices (200 and 300).

Abstract: An ultrasound machine processes ultrasonic data according to acoustoelastic properties of the materials to obtain strain information without specific assumptions with respect to the material properties of the measured material or a variety of different material properties normally not obtained by ultrasound machines.

Abstract: An ultrasound machine processes ultrasonic data according to acoustoelastic properties of the materials to obtain strain information without specific assumptions with respect to the material properties of the measured material or a variety of different material properties normally not obtained by ultrasound machines.

Abstract: The variation in acoustic properties in soft tissues, such as biological tissues, as a function of strain may be modeled to improve elastographic measurements and to obtain direct measurements of strain or material properties and pre-stress.

Abstract: An ultrasound machine processes ultrasonic data according to acoustoelastic properties of the materials to obtain strain information without specific assumptions with respect to the material properties of the measured material or a variety of different material properties normally not obtained by ultrasound machines.

Abstract: The variation in acoustic properties in soft tissues, such as biological tissues, as a function of strain may be modeled to improve elastographic measurements and to obtain direct measurements of strain or material properties and pre-stress.