mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasound diagnostic apparatus that displays a blood vessel of a subject in an ultrasound image, the ultrasound diagnostic apparatus comprising: a transducer array ; an image acquisition unit that causes the transducer array to transmit an ultrasound beam toward the subject and to receive an ultrasound echo by the subject to acquire an ultrasound image; a display device configured to display the ultrasound image acquired by the image acquisition unit; a blood vessel information acquisition unit configured to detect a target blood vessel (Bx) in the ultrasound image (U) by analyzing the ultrasound image acquired by the image acquisition unit and to acquire blood vessel information (J) including at least one of a diameter or a depth of the detected target blood vessel; a blood vessel information display unit configured to display the blood vessel information acquired by the blood vessel information acquisition unit within a display range (H) of the ultrasound image in the display device; a region-of-interest detection unit configured to detect a region of interest in the ultrasound image to be noticed other than the target blood vessel by analyzing the ultrasound image acquired by the image acquisition unit; and an apparatus controller that, in a case where the region of interest is detected by the region-of-interest detection unit, is configured to decide a display region of the blood vessel information in the display range based on a position of the region of interest and to perform control such that the blood vessel information display unit displays the blood vessel information in the decided display region. a transducer array ; an image acquisition unit that causes the transducer array to transmit an ultrasound beam toward the subject and to receive an ultrasound echo by the subject to acquire an ultrasound image; a display device configured to display the ultrasound image acquired by the image acquisition unit; a blood vessel information acquisition unit configured to detect a target blood vessel (Bx) in the ultrasound image (U) by analyzing the ultrasound image acquired by the image acquisition unit and to acquire blood vessel information (J) including at least one of a diameter or a depth of the detected target blood vessel; a blood vessel information display unit configured to display the blood vessel information acquired by the blood vessel information acquisition unit within a display range (H) of the ultrasound image in the display device; a region-of-interest detection unit configured to detect a region of interest in the ultrasound image to be noticed other than the target blood vessel by analyzing the ultrasound image acquired by the image acquisition unit; and an apparatus controller that, in a case where the region of interest is detected by the region-of-interest detection unit, is configured to decide a display region of the blood vessel information in the display range based on a position of the region of interest and to perform control such that the blood vessel information display unit displays the blood vessel information in the decided display region.
A machining device for a laser machining tool, wherein the machining device is configured for guiding on a bridge and contains a movable carriage , on which a machining unit is arranged, which has a machining head , which is designed in such a way that, when using the machining device in the laser machining tool , it directs a laser beam of laser light onto a workpiece to be machined, wherein a flexible fibre cable for supplying the laser light from a laser light source is connected to the machining head and the machining unit can be moved linearly together with the machining head relative to the movable carriage , wherein the fibre cable is fixed to the machining unit with a first fixing means and fixed to the movable carriage with a second fixing means , characterized in that the fibre cable is freely movable for enabling a linear movement of the machining unit relative to the movable carriage in a predetermined guide plane (G) between the first and second fixing means , and guide means defining the predetermined guide plane (G) are provided in order to restrict movement of the fibre cable in a direction running perpendicular to the predetermined guide plane (G), the guide means comprising at least two parallel stop elements for the fibre cable . wherein the fibre cable is fixed to the machining unit with a first fixing means and fixed to the movable carriage with a second fixing means , characterized in that the fibre cable is freely movable for enabling a linear movement of the machining unit relative to the movable carriage in a predetermined guide plane (G) between the first and second fixing means , and guide means defining the predetermined guide plane (G) are provided in order to restrict movement of the fibre cable in a direction running perpendicular to the predetermined guide plane (G), the guide means comprising at least two parallel stop elements for the fibre cable .
A method performed by a network node for scheduling a system information block type 1 for narrow band communication, SIB1-NB, for a time division duplex, TDD transmission, the method comprising: indicating (S134) a SIB1-NB scheduling information for TDD in a master information block, MIB, wherein the SIB1-NB scheduling information indicates that the SIB1-NB transmission is on one of an anchor carrier and a non-anchor carrier and wherein the scheduling information comprises a parameter associated with a predefined entry in at least one TDD-specific table, wherein separate TDD-specific tables are specified for the anchor carrier and for the non-anchor carrier, the predefined entry comprising: at least one subframe for the SIB1-NB transmission; a number of repetitions of the SIB1-NB transmission; and a transport block size, TBS, for the SIB1-NB transmission. at least one subframe for the SIB1-NB transmission; a number of repetitions of the SIB1-NB transmission; and a transport block size, TBS, for the SIB1-NB transmission.
An information processing device comprising: a MPD acquisition unit configured to acquire a media presentation description according to MPEG-DASH; the media presentation description including partial image information which is information regarding each partial image which is a part of an entire image and includes group identification information identifying a group which is a group to which the partial images belong and which is a group of the partial images displayable as one image; the media presentation description comprising metadata to be used for supply of a bit stream of the entire image and supply of a bit stream of the partial image using the image information, wherein the partial image information regarding the plurality of partial images is stored in mutually different adaptation sets of the media presentation description and the bit streams of the plurality of partial images are assigned to the mutually different adaptation sets; the information processing device comprising: a selection unit configured to select a bit stream of a desired partial image using the partial image information; and a bit stream acquisition unit configured to acquire the bit stream selected by the selection unit. a MPD acquisition unit configured to acquire a media presentation description according to MPEG-DASH; the media presentation description including partial image information which is information regarding each partial image which is a part of an entire image and includes group identification information identifying a group which is a group to which the partial images belong and which is a group of the partial images displayable as one image; the media presentation description comprising metadata to be used for supply of a bit stream of the entire image and supply of a bit stream of the partial image using the image information, wherein the partial image information regarding the plurality of partial images is stored in mutually different adaptation sets of the media presentation description and the bit streams of the plurality of partial images are assigned to the mutually different adaptation sets; the information processing device comprising: a selection unit configured to select a bit stream of a desired partial image using the partial image information; and a bit stream acquisition unit configured to acquire the bit stream selected by the selection unit. a selection unit configured to select a bit stream of a desired partial image using the partial image information; and a bit stream acquisition unit configured to acquire the bit stream selected by the selection unit.
Agricultural machine for preparing the ground for cultivations by forming beds, of the type that comprises: • a first device adapted to spray the ground; • a system of baffles adapted to form said beds; • a second device adapted to perform the laying of hoses for irrigation and fertilization of the ground, inside said newly formed beds; said second device for laying said hoses being assembled on said machine , means being provided to insert said hoses inside the beds upon forming said beds, characterized in that said first device adapted to spray the ground comprises: • first means adapted to open a lenticular recess in said ground; • second means , placed next to said first means , adapted to spray said liquid fumigating substances inside said lenticular recess ; said first means being adapted to open said lenticular recess without generating an overturn of the above ground, so that said recess is closed again after spraying said fumigating liquid substances, impairing the dispersion into the atmosphere of the fumes produced by said fumigating liquid substances, said first means, adapted to open said lenticular recess in said ground, comprising at least one anchor , stiffly connected to the chassis of the machine , said anchor being assembled on a support , in order to have a slanted part which has an incidence angle α included between 12° and 20°, and having a camber angle β included between 110° and 140°, said machine further comprising an upper part of the anchor having a substantially null slanting, in order to support the ceiling of said lenticular recess , and to guarantee a free space to said second means below, thereby guaranteeing that said fumigating substances are sprayed also on the edges of said lenticular recess . • a first device adapted to spray the ground; • a system of baffles adapted to form said beds; • a second device adapted to perform the laying of hoses for irrigation and fertilization of the ground, inside said newly formed beds; • first means adapted to open a lenticular recess in said ground; • second means , placed next to said first means , adapted to spray said liquid fumigating substances inside said lenticular recess ;
A pump cartridge (100; 1300; 1500; 2002; 2300; 2400; 2500; 2600; 2700; 2800; 3000; 3102; 3200; 3300; 3400) comprising: a piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208); a housing comprising a channel (414; 504; 702; 802; 902; 1002; 1102; 1202; 1331a; 1332b), an inlet (310a; 310b, 612; 622; 1312a; 1312b, 1534), and an outlet (306; 440; 630; 1542), the channel (414; 504; 702; 802; 902; 1002; 1102; 1202; 1331a; 1332b) comprising a cylinder (460; 470) shaped to receive the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208); an engagement structure (1350a; 1350b, 1650a; 1650b; 1710; 1910; 2006; 2304; 2810) to couple the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208) to a pushrod in response to axial movement of the pushrod or the housing; and a retention structure (1352a; 1352b; 1720; 2010; 2310) to retain the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208) for shipping and storage, characterised in that the engagement structure (1350a; 1350b, 1650a; 1650b; 1710; 1910; 2006; 2304; 2810) is removably securable to the retention structure (1352a; 1352b; 1720; 2010; 2310). a piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208); a housing comprising a channel (414; 504; 702; 802; 902; 1002; 1102; 1202; 1331a; 1332b), an inlet (310a; 310b, 612; 622; 1312a; 1312b, 1534), and an outlet (306; 440; 630; 1542), the channel (414; 504; 702; 802; 902; 1002; 1102; 1202; 1331a; 1332b) comprising a cylinder (460; 470) shaped to receive the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208); an engagement structure (1350a; 1350b, 1650a; 1650b; 1710; 1910; 2006; 2304; 2810) to couple the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208) to a pushrod in response to axial movement of the pushrod or the housing; and a retention structure (1352a; 1352b; 1720; 2010; 2310) to retain the piston (1330; 1340; 1702; 1902; 2008; 2302; 2402; 2502; 2702; 2802; 3208) for shipping and storage, characterised in that the engagement structure (1350a; 1350b, 1650a; 1650b; 1710; 1910; 2006; 2304; 2810) is removably securable to the retention structure (1352a; 1352b; 1720; 2010; 2310).
A method of controlling a defrost process in a freezer cabinet having an evaporator heat exchanger for cooling air within the freezer cabinet and an evaporator fan for drawing air across the evaporator heat exchanger , wherein the evaporator heat exchanger is a part of a refrigeration circuit for cooling the freezer cabinet ; the method comprising: switching the refrigeration circuit from a cooling mode to a defrost mode to warm the air within the freezer cabinet ; and whilst in the defrost mode, measuring the temperature of the air at a first location within the freezer cabinet remote from the evaporator heat exchanger ; the method characterised by , whilst in the defrost mode: switching the evaporator fan on to draw air over the evaporator heat exchanger if the measured temperature of the air exceeds a first switching temperature; and switching the evaporator fan off if the measured temperature of the air falls below a second switching temperature lower than the first switching temperature. switching the refrigeration circuit from a cooling mode to a defrost mode to warm the air within the freezer cabinet ; and whilst in the defrost mode, measuring the temperature of the air at a first location within the freezer cabinet remote from the evaporator heat exchanger ; the method characterised by , whilst in the defrost mode: switching the evaporator fan on to draw air over the evaporator heat exchanger if the measured temperature of the air exceeds a first switching temperature; and switching the evaporator fan off if the measured temperature of the air falls below a second switching temperature lower than the first switching temperature. switching the evaporator fan on to draw air over the evaporator heat exchanger if the measured temperature of the air exceeds a first switching temperature; and switching the evaporator fan off if the measured temperature of the air falls below a second switching temperature lower than the first switching temperature.
A method of fabrication of a short-wave infrared detector array comprising a readout wafer (I) and an absorber wafer (II) comprising a buffer layer , said absorber wafer (II) comprising a Ge 1 - x Sn x absorption layer deposited on said buffer layer , wherein said readout wafer (I) and absorber wafer (II) are separated by a recrystallized interfacial layer , the method comprising the sequential steps (A-E) of: A. fabricating a readout wafer (I) comprising a CMOS readout layer having a first surface ; B. fabricating an absorber wafer (II), having a second surface , and comprising said buffer layer ; C. performing a covalent bonding between said first and second surfaces, providing a bonding interface (1c-1d); D. sending light pulses , provided by a light source, emitting a light beam and situated to the side opposite to said readout wafer (I) relative to said buffer layer , to the direction and through said buffer layer and through an a-Si interfacial layer that separates said readout wafer (I) and said absorber wafer (II), and so as to recrystallize said a-Si interfacial layer by the heat provided by said light pulses and so that temperature of the CMOS readout layer remains lower than 350°C during the recrystallization process; E. depositing on said buffer layer , at temperatures lower than 350°C, said Ge 1-x Sn x absorption layer . A. fabricating a readout wafer (I) comprising a CMOS readout layer having a first surface ; B. fabricating an absorber wafer (II), having a second surface , and comprising said buffer layer ; C. performing a covalent bonding between said first and second surfaces, providing a bonding interface (1c-1d); D. sending light pulses , provided by a light source, emitting a light beam and situated to the side opposite to said readout wafer (I) relative to said buffer layer , to the direction and through said buffer layer and through an a-Si interfacial layer that separates said readout wafer (I) and said absorber wafer (II), and so as to recrystallize said a-Si interfacial layer by the heat provided by said light pulses and so that temperature of the CMOS readout layer remains lower than 350°C during the recrystallization process; E. depositing on said buffer layer , at temperatures lower than 350°C, said Ge 1-x Sn x absorption layer .
A method for operating a wind turbine , wherein the wind turbine has a tower with external tower loads acting thereon and has an aerodynamic rotor with rotor blades which are adjustable in terms of their pitch angle, which rotor generates rotor thrust, wherein the method comprises the following steps: - determining a speed of a tower head ( v TH ) of the tower and/or of a nacelle of the wind turbine , - determining an absolute wind speed ( v w ) in the region of the wind turbine , - determining a pure wind power ( P wind ) on the rotor on the basis of the absolute wind speed ( v w ); - determining an apparent wind power ( P apparent ) on the rotor on the basis of the speed of the tower head and/or of the nacelle; - determining an aerodynamic tower vibration power ( P AT ) on the basis of a difference between the apparent wind power ( P apparent ) and the pure wind power ( P wind ); and - performing feedback control of the wind turbine using the aerodynamic tower vibration power ( P AT ). - determining a speed of a tower head ( v TH ) of the tower and/or of a nacelle of the wind turbine , - determining an absolute wind speed ( v w ) in the region of the wind turbine , - determining a pure wind power ( P wind ) on the rotor on the basis of the absolute wind speed ( v w ); - determining an apparent wind power ( P apparent ) on the rotor on the basis of the speed of the tower head and/or of the nacelle; - determining an aerodynamic tower vibration power ( P AT ) on the basis of a difference between the apparent wind power ( P apparent ) and the pure wind power ( P wind ); and - performing feedback control of the wind turbine using the aerodynamic tower vibration power ( P AT ).
A degasser for removing molecules of gasses entrapped or dissolved in a processing liquid , the degasser comprising: a vacuum chamber having one or more than one vacuum chamber wall ; one or more than one fluid inlet and one or more than one fluid outlet through which the processing liquid is respectively passed into and out of the vacuum chamber , the one or more than one inlet and the one or more than one outlet penetrating at least one of the vacuum chamber walls ; two or more separators located inside the vacuum chamber and being configured to be pervious to the molecules of the entrapped or dissolved gas but impervious to the processing liquid ; at least one vacuum for applying through a vacuum port a pressure differential across the two or more separators to cause the molecules of the entrapped or dissolved gas to leave the processing liquid and to permeate through the two or more separators thereby removing the entrapped or dissolved gas from the processing liquid ; and one feed line in fluid communication with two or more separators ; and a collection line in fluid communication with two or more separators ; and at least one valve in the feed line and at least one valve in the collection line that when closed isolate a flow path comprising an inlet , a separator , and an outlet from one or more other flow paths comprising one or more than one other separator in the degasser . a vacuum chamber having one or more than one vacuum chamber wall ; one or more than one fluid inlet and one or more than one fluid outlet through which the processing liquid is respectively passed into and out of the vacuum chamber , the one or more than one inlet and the one or more than one outlet penetrating at least one of the vacuum chamber walls ; two or more separators located inside the vacuum chamber and being configured to be pervious to the molecules of the entrapped or dissolved gas but impervious to the processing liquid ; at least one vacuum for applying through a vacuum port a pressure differential across the two or more separators to cause the molecules of the entrapped or dissolved gas to leave the processing liquid and to permeate through the two or more separators thereby removing the entrapped or dissolved gas from the processing liquid ; and one feed line in fluid communication with two or more separators ; and a collection line in fluid communication with two or more separators ; and at least one valve in the feed line and at least one valve in the collection line that when closed isolate a flow path comprising an inlet , a separator , and an outlet from one or more other flow paths comprising one or more than one other separator in the degasser .
A swirl generator of a fluidized bed apparatus for particle-coating or granulating, the fluidized bed apparatus comprises a product container , a lower plenum base , an air distribution plate residing between said product container and said plenum base , and a partition , said fluidized bed apparatus further comprises at least one sprayer which includes a sprayer body and a nozzle provided at the upper end of the sprayer, the lower end of said sprayer extends throughout said air distribution plate , said partition is vertically positioned coaxially with said sprayer in said product container and is suspended above said air distribution plate , the swirl generator is mounted on said sprayer body , extends throughout said air distribution plate and is connected to a source of compressed air, and said swirl generator comprises a tubular sleeve extending circumferentially around said sprayer body , an air chamber is defined between said sleeve and said sprayer body , and said sleeve comprises a plurality of guiding slots , the air from said source of compressed air via said air chamber is directed by said guiding slots to rotate outwardly, so as to provide a swirling air stream circumferentially outwardly relative to said sprayer , characterized in that , said guiding slots extend outwardly and upwardly as radial tangents in the wall of said sleeve , through which the air stream is directed to rotate outwardly and upwardly.