mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasound imaging apparatus comprising: a probe configured to transmit ultrasound signals to an object and receive echo signals corresponding to the ultrasound signals; a display; and at least one processor configured to: detect a reference region of a medical tool inserted into the object in an ultrasound image generated based on the echo signals; control the display to display at least one distance-indicating line arranged with respect to the reference region in the ultrasound image, wherein the at least one distance-indicating line is displayed as at least one circle, each having a center of the reference region as its center; and update a position of the at least one distance-indicating line according to movement of the medical tool. a probe configured to transmit ultrasound signals to an object and receive echo signals corresponding to the ultrasound signals; a display; and at least one processor configured to: detect a reference region of a medical tool inserted into the object in an ultrasound image generated based on the echo signals; control the display to display at least one distance-indicating line arranged with respect to the reference region in the ultrasound image, wherein the at least one distance-indicating line is displayed as at least one circle, each having a center of the reference region as its center; and update a position of the at least one distance-indicating line according to movement of the medical tool. detect a reference region of a medical tool inserted into the object in an ultrasound image generated based on the echo signals; control the display to display at least one distance-indicating line arranged with respect to the reference region in the ultrasound image, wherein the at least one distance-indicating line is displayed as at least one circle, each having a center of the reference region as its center; and update a position of the at least one distance-indicating line according to movement of the medical tool.
A package comprising a sealed container having contained therewithin at least one wipe; the wipe comprising: a nonwoven cloth comprising plural fibers having a denier in the range from 2.6 to 3.7, the nonwoven cloth having a denier variance ranging from 0.05 to 0.09, and a cleansing composition disposed on the cloth, the cleansing composition comprising chlorhexidine gluconate in an amount sufficient to reduce the number of active pathogens present on skin upon contact between the cleansing composition and the skin, a monohydric alcohol in an amount effective to provide a defoaming effect, a wetting agent, and water; and the container comprising a vapor barrier film permitting no greater than a 1.60 % reduction of moisture content of a wipe during storage of the package at a temperature 51.7 °C (125 °F) for a period of 250 hours. a nonwoven cloth comprising plural fibers having a denier in the range from 2.6 to 3.7, the nonwoven cloth having a denier variance ranging from 0.05 to 0.09, and a cleansing composition disposed on the cloth, the cleansing composition comprising chlorhexidine gluconate in an amount sufficient to reduce the number of active pathogens present on skin upon contact between the cleansing composition and the skin, a monohydric alcohol in an amount effective to provide a defoaming effect, a wetting agent, and water; and the container comprising a vapor barrier film permitting no greater than a 1.60 % reduction of moisture content of a wipe during storage of the package at a temperature 51.7 °C (125 °F) for a period of 250 hours.
An array substrate, comprising a base substrate and a plurality of pixel units (P) arranged in matrix on the base substrate characterized in that, a first electrode groove and a second electrode groove separated from each other are arranged in a region of the base substrate corresponding to one of the pixel units (P), the first electrode groove and the second electrode groove respectively extending from an upper surface (S1) of the base substrate towards a lower surface (S2) of the base substrate ; and the pixel unit (P) includes a pixel electrode and a common electrode , the pixel electrode being arranged in the first electrode groove , and the common electrode being arranged in the second electrode groove .
An infrastructure equipment comprising circuitry configured to transmit system information specific for aerial UEs , the system information specific for aerial UEs comprising assistance information for cell selection/reselection, wherein the assistance information for cell selection/reselection comprises information identifying the location of neighbouring base stations (100; 200), wherein the assistance information for cell selection/reselection comprises information indicating whether or not a base station (100; 200) supports beam forming.
An expanded polypropylene resin particle comprising a polypropylene resin (X) as a base resin, the polypropylene resin (X) containing a polypropylene resin (I) in an amount of 85 to 99 weight% and a high density polyethylene resin (II) in an amount of 1 to 15 weight% so that a total amount of the polypropylene resin (I) and the high density polyethylene resin (II) is 100 weight%, and the polypropylene resin (I) having a melt flow rate of 3 g/10min. or more and 20 g/10 min. or less and a melting point of 148°C or above and 160°C or below, and the high density polyethylene resin (II) having a density of 0.93 to 0.97 g/cm 3 and a melt flow rate of 0.1 g/10min. or more and 15 g/10min. or less, wherein no or one foam nucleating agent is contained in the polypropylene resin (X), wherein a hydrophilic compound is contained in the polypropylene resin (X), wherein the expanded polypropylene resin particle has an expansion ratio of 10 times or greater and 40 times or less, an average cell diameter of 100 μm or greater and 250 μm or less, and an open cell ratio of 0% or greater and 10% or less, and wherein the melt flow rate of the polypropylene resin (I) is measured with the use of an MFR measuring instrument described in JIS-K7210 and under conditions involving an orifice having a diameter of 2.0959±0.005 mm and a length of 8.000±0.025 mm, a load of 2160 g, and a temperature of 230°C±0.2°C, the melt flow rate of the high density polyethylene resin (II) is measured in accordance with JIS K7210 with a load of 2160 g and a temperature of 190°C±0.2°C, the melting point, the expansion ratio, the average cell diameter and the open cell ratio are measured as set out in the specification.
A multi-axis imaging system , comprising: an imaging gantry with an imaging axis extending through a bore of the imaging gantry ; a support column that supports the imaging gantry on one side of the gantry in a cantilevered manner; a base that supports the imaging gantry and the support column ; a first drive mechanism that translates the gantry in a vertical direction relative to the support column and the base ; a second drive mechanism that rotates the gantry with respect to the support column between a first orientation where the imaging axis of the imaging gantry extends in a vertical direction parallel to the support column and a second orientation where the imaging axis of the gantry extends in a horizontal direction parallel with the base ; and a third drive mechanism that translates the support column and the gantry in a horizontal direction along the base ; characterized in that the first drive mechanism comprises a non-backdrivable drive system including a motor geared into a lead screw that extends along a length of the support column , and a carriage connected with the gantry comprising a nut fixed thereto that engages with the lead screw such that a rotation of the lead screw drives a translation of the carriage and the gantry in a vertical direction relative to the support column , the first drive mechanism being non-backdrivable under normal operating loads. an imaging gantry with an imaging axis extending through a bore of the imaging gantry ; a support column that supports the imaging gantry on one side of the gantry in a cantilevered manner; a base that supports the imaging gantry and the support column ; a first drive mechanism that translates the gantry in a vertical direction relative to the support column and the base ; a second drive mechanism that rotates the gantry with respect to the support column between a first orientation where the imaging axis of the imaging gantry extends in a vertical direction parallel to the support column and a second orientation where the imaging axis of the gantry extends in a horizontal direction parallel with the base ; and a third drive mechanism that translates the support column and the gantry in a horizontal direction along the base ; characterized in that the first drive mechanism comprises a non-backdrivable drive system including a motor geared into a lead screw that extends along a length of the support column , and a carriage connected with the gantry comprising a nut fixed thereto that engages with the lead screw such that a rotation of the lead screw drives a translation of the carriage and the gantry in a vertical direction relative to the support column , the first drive mechanism being non-backdrivable under normal operating loads.
A system comprising: one or more devices coupled to each other in a network; and one or more routers configured to forward packets to the devices; wherein at least one of the routers is configured to accept a secured connection from an external device and store an address of the device as an allowable address; and wherein the router is further configured to check, upon receipt of a packet to establish a peer-to-peer, P2P, connection, whether the packet originates from an allowable address, and in this case inform further routers in the network of the allowable address and forward the packet in the network, and otherwise prevent the packet from being forwarded; characterized in that preventing a packet from being forwarded comprises modifying the packet, wherein the modifying comprises making the packet content unreadable or scrambling and causing a short-term disruption of the connection medium. one or more devices coupled to each other in a network; and one or more routers configured to forward packets to the devices; wherein at least one of the routers is configured to accept a secured connection from an external device and store an address of the device as an allowable address; and wherein the router is further configured to check, upon receipt of a packet to establish a peer-to-peer, P2P, connection, whether the packet originates from an allowable address, and in this case inform further routers in the network of the allowable address and forward the packet in the network, and otherwise prevent the packet from being forwarded; characterized in that preventing a packet from being forwarded comprises modifying the packet, wherein the modifying comprises making the packet content unreadable or scrambling and causing a short-term disruption of the connection medium.
An improved forestry shredder comprising: a main machine body , which delimits a shredding chamber and is provided with: two support sides , which laterally delimit the shredding chamber ; a structure , which connects the support sides to one another, delimits and covers, at the top, the shredding chamber ; and a door , which is hinged to a front edge of the structure and is arranged crosswise to the support sides ; a rotor , which is arranged inside the shredding chamber , is rotatable around a transverse axis (Y1) arranged crosswise to the support sides and is provided with work tools , which are configured to cut plant material during the rotation of the rotor ; and an opening system for the door , which is configured to move the door from an opening position (O) to a closing position (C) and vice versa; characterized in that the opening system is connected to the main machine body in the area of at least one of the two support sides . a main machine body , which delimits a shredding chamber and is provided with: two support sides , which laterally delimit the shredding chamber ; a structure , which connects the support sides to one another, delimits and covers, at the top, the shredding chamber ; and a door , which is hinged to a front edge of the structure and is arranged crosswise to the support sides ; a rotor , which is arranged inside the shredding chamber , is rotatable around a transverse axis (Y1) arranged crosswise to the support sides and is provided with work tools , which are configured to cut plant material during the rotation of the rotor ; and an opening system for the door , which is configured to move the door from an opening position (O) to a closing position (C) and vice versa; characterized in that the opening system is connected to the main machine body in the area of at least one of the two support sides .
A pulsator device usable with a washing machine , comprising: a first pulsator configured to be rotated about a rotary shaft ; whereby the pulsator device further comprises a shaft connected to the first pulsator such that the shaft is rotated together with the first pulsator , the shaft being eccentric with respect to the rotary shaft , and a second pulsator coupled to the shaft , wherein the first pulsator includes water stream forming blades disposed in the circumferential direction of the first pulsator , and the second pulsator includes blades protruding from the top of the second pulsator characterized in that the second pulsator is rotatably coupled to the shaft and the shaft is inclined with respect to the rotary shaft . a first pulsator configured to be rotated about a rotary shaft ; whereby the pulsator device further comprises a shaft connected to the first pulsator such that the shaft is rotated together with the first pulsator , the shaft being eccentric with respect to the rotary shaft , and a second pulsator coupled to the shaft , wherein the first pulsator includes water stream forming blades disposed in the circumferential direction of the first pulsator , and the second pulsator includes blades protruding from the top of the second pulsator characterized in that the second pulsator is rotatably coupled to the shaft and the shaft is inclined with respect to the rotary shaft .
A shut-off device , comprising: an upper valve body ; a lower valve body , the lower valve body connecting to the upper valve body to surround a section of a pipe to form a chamber therein; a first valve clamp to secure the upper valve body to the lower valve body ; a first flange bearing to seal between the first valve clamp and the pipe ; a second valve clamp to secure the upper valve body to the lower valve body ; a second flange bearing to seal between the second valve clamp and the pipe , the second flange bearing being on an opposite side of the chamber to the first flange bearing ; and a cutting blade in the chamber ; characterized in that the cutting blade is configured to tighten against the pipe as the shut-off device is rotated about the pipe while pressure is applied to the cutting blade to cut through the pipe and at least partially seal against an opening in the cut pipe to slow or stop fluid flow in the pipe ; and in that either valve clamp and flange bearing can be opened separately and independently of the other valve clamp and flange bearing to allow insertion of new pipe sections. an upper valve body ; a lower valve body , the lower valve body connecting to the upper valve body to surround a section of a pipe to form a chamber therein; a first valve clamp to secure the upper valve body to the lower valve body ; a first flange bearing to seal between the first valve clamp and the pipe ; a second valve clamp to secure the upper valve body to the lower valve body ; a second flange bearing to seal between the second valve clamp and the pipe , the second flange bearing being on an opposite side of the chamber to the first flange bearing ; and a cutting blade in the chamber ; characterized in that the cutting blade is configured to tighten against the pipe as the shut-off device is rotated about the pipe while pressure is applied to the cutting blade to cut through the pipe and at least partially seal against an opening in the cut pipe to slow or stop fluid flow in the pipe ; and in that either valve clamp and flange bearing can be opened separately and independently of the other valve clamp and flange bearing to allow insertion of new pipe sections.
Method for testing a tap changer of a transformer (5; 6), wherein the tap changer is configured to change a transmission ratio of the transformer (5; 6), wherein the method comprises the following steps: generating a test signal as an electric current (I; I 1 ; I 2 ) which flows through a winding (1-3; 10) of the transformer (5; 6) and the tap changer connected in series with the winding (1-3; 10), actuating the tap changer in order to change the transmission ratio, and determining an electrical resistance value of the winding (1-3; 10) of the transformer during the step of actuating the tap changer depending on the test signal, wherein the determining of the electrical resistance value comprises a measurement of a current (I; I 1 ; I 2 ) through the winding (1-3; 10) and a measurement of a voltage which drops at the winding (1-3; 10) as well as a determining of the electrical resistance value by means of a quotient from the voltage and the current (I; I 1 ; I 2 ). generating a test signal as an electric current (I; I 1 ; I 2 ) which flows through a winding (1-3; 10) of the transformer (5; 6) and the tap changer connected in series with the winding (1-3; 10), actuating the tap changer in order to change the transmission ratio, and determining an electrical resistance value of the winding (1-3; 10) of the transformer during the step of actuating the tap changer depending on the test signal, wherein the determining of the electrical resistance value comprises a measurement of a current (I; I 1 ; I 2 ) through the winding (1-3; 10) and a measurement of a voltage which drops at the winding (1-3; 10) as well as a determining of the electrical resistance value by means of a quotient from the voltage and the current (I; I 1 ; I 2 ).
A tundish, comprising a long water gap , a tundish container that is composed of a tundish refractory working layer and a tundish shell , and a submerged water gap , wherein the tundish also comprises a gas-curtain weir plate , the gas-curtain weir plate comprises a gas-curtain weir refractory body , at least one steel passing hole , a gas-permeable brick , a gas chamber , and an argon duct ; the steel passing hole is provided at a lower portion of the gas-curtain weir refractory body , the argon duct is connected to the gas chamber , the gas chamber is connected to the gas-permeable brick to form a gas-curtain generating device, and the gas-curtain generating device is installed at the lower portion of the gas-curtain weir refractory body ; the gas-permeable brick is provided in association with the position of the steel passing hole , and a length of the gas-permeable brick is designed larger than a width of the steel passing hole to provide a gas curtain that fully covers all liquid steel flowing to or flowing through the steel passing hole , and the steel passing hole is rectangular with the size of length of 50~300 mm × width of 50~300 mm and an inclination of the steel passing hole is upward from 0~80 degrees; the gas-curtain weir plate is provided in the tundish container, the gas-curtain weir refractory body crosses the tundish container horizontally, and divides the tundish container into a first region and a second region, the first region is used to receive molten steel injected, from the long water gap and the second region is used to discharge molten steel from the submerged water gap , and the steel passing hole forms a unique flow channel of liquid steel between the first region and the second region. the gas-permeable brick is provided in association with the position of the steel passing hole , and a length of the gas-permeable brick is designed larger than a width of the steel passing hole to provide a gas curtain that fully covers all liquid steel flowing to or flowing through the steel passing hole , and the steel passing hole is rectangular with the size of length of 50~300 mm × width of 50~300 mm and an inclination of the steel passing hole is upward from 0~80 degrees; the gas-curtain weir plate is provided in the tundish container, the gas-curtain weir refractory body crosses the tundish container horizontally, and divides the tundish container into a first region and a second region, the first region is used to receive molten steel injected, from the long water gap and the second region is used to discharge molten steel from the submerged water gap , and the steel passing hole forms a unique flow channel of liquid steel between the first region and the second region.
Apparatus comprising means for: determining a location of a user ; based on a comparison of location data indicative of the location of the user in an environment with a first predetermined reference location (L1) in the environment, wherein the comparison indicates whether or not the user is entering or has entered a predefined area , causing rendering of first audio content, via headphones worn by the user , to be switched from a first rendering mode in which the first audio content is rendered such that at least one component of the first audio content appears to originate from a location that is fixed relative to the user to a second rendering mode in which the first audio content is rendered such that the at least one component (PAR, PAL) of the first audio content appears to originate from a first location that is fixed relative to the environment and corresponds to the first predetermined reference location, and in addition to causing the rendering of the first audio content to be switched to the second rendering mode, causing additional, second audio content to be rendered for the user via the headphones . determining a location of a user ; based on a comparison of location data indicative of the location of the user in an environment with a first predetermined reference location (L1) in the environment, wherein the comparison indicates whether or not the user is entering or has entered a predefined area , causing rendering of first audio content, via headphones worn by the user , to be switched from a first rendering mode in which the first audio content is rendered such that at least one component of the first audio content appears to originate from a location that is fixed relative to the user to a second rendering mode in which the first audio content is rendered such that the at least one component (PAR, PAL) of the first audio content appears to originate from a first location that is fixed relative to the environment and corresponds to the first predetermined reference location, and in addition to causing the rendering of the first audio content to be switched to the second rendering mode, causing additional, second audio content to be rendered for the user via the headphones .