mhurhangee/patent-ind-claim-en huggingface dataset:
A nuclear medicine imaging apparatus comprising: a storing unit configured to collect counting information including detection time of a gamma ray from a counting result output by a detector for counting light derived from a gamma ray, and to store the counting information in a predetermined storage unit ; a determination unit configured to determine whether a volume of the counting information stored in the predetermined storage unit exceeds a threshold; and characterized by : a discarding unit configured to, in a case where the determination unit determines that the volume exceeds the threshold, intermittently discard, in chronological order, counting information whose detection time is of longer duration than a predetermined duration used for generating two pieces of counting information obtained by counting pair annihilation gamma rays nearly coincidentally as coincidence counting information among the counting information collected from the detector but is of shorter duration than a duration required to collect counting information for generating coincidence counting information used for reconstruction of a nuclear medicine image. a storing unit configured to collect counting information including detection time of a gamma ray from a counting result output by a detector for counting light derived from a gamma ray, and to store the counting information in a predetermined storage unit ; a determination unit configured to determine whether a volume of the counting information stored in the predetermined storage unit exceeds a threshold; and characterized by : a discarding unit configured to, in a case where the determination unit determines that the volume exceeds the threshold, intermittently discard, in chronological order, counting information whose detection time is of longer duration than a predetermined duration used for generating two pieces of counting information obtained by counting pair annihilation gamma rays nearly coincidentally as coincidence counting information among the counting information collected from the detector but is of shorter duration than a duration required to collect counting information for generating coincidence counting information used for reconstruction of a nuclear medicine image.
A receiver of a cooling unit, the receiver comprising: a cylindrical body having a cylindrical wall that defines an interior chamber, a bottom wall formed with the cylindrical wall, and a top wall formed with the cylindrical wall; an inlet provided in the cylindrical body; an outlet provided in the cylindrical body; a heater well having a cylindrical form disposed within the cylindrical body; and a heater positioned in the heater well to selectively heat a heat transfer fluid contained within the interior chamber of the cylindrical body, wherein the heater well extends from the top wall to adjacent the bottom wall along an axis that is coaxial with an axis of the cylindrical wall of the cylindrical body. a cylindrical body having a cylindrical wall that defines an interior chamber, a bottom wall formed with the cylindrical wall, and a top wall formed with the cylindrical wall; an inlet provided in the cylindrical body; an outlet provided in the cylindrical body; a heater well having a cylindrical form disposed within the cylindrical body; and a heater positioned in the heater well to selectively heat a heat transfer fluid contained within the interior chamber of the cylindrical body, wherein the heater well extends from the top wall to adjacent the bottom wall along an axis that is coaxial with an axis of the cylindrical wall of the cylindrical body.
A method of continuously preparing acrylic acid, comprising steps of: subjecting a feed including propane, oxygen, water vapor and carbon dioxide to partial oxidation using a catalyst, thus obtaining an acrylic acid-containing mixed gas; separating the acrylic acid-containing mixed gas into an acrylic acid-containing solution and a gas byproduct; separating an acrylic acid solution from the separated acrylic acid-containing solution; and recycling the separated gas byproduct into the feed, wherein an amount of the water vapor is 5 to 50 mol% based on a total mol% of the feed and an amount of the carbon dioxide is 40 to 80 mol% based on a total mol% of the feed, and wherein nitrogen is not included in the feed, the method further comprising oxidizing carbon monoxide present in the acrylic acid-containing mixed gas into carbon dioxide using a catalyst including at least one selected from the group consisting of rhodium (Rh), iridium (Ir), palladium (Pd), and platinum (Pt), between the steps and , the carbon dioxide is a carrier gas, and the partial oxidation is to be carried out according to scheme 1 below: [Scheme 1] CH 3 CH 2 CH 3 + 2O 2 → CH 2 CHCOOH + 2H 2 O subjecting a feed including propane, oxygen, water vapor and carbon dioxide to partial oxidation using a catalyst, thus obtaining an acrylic acid-containing mixed gas; separating the acrylic acid-containing mixed gas into an acrylic acid-containing solution and a gas byproduct; separating an acrylic acid solution from the separated acrylic acid-containing solution; and recycling the separated gas byproduct into the feed,
A method for controlling an actuator for a building mobile equipment comprising the steps consisting in: (a) providing a model (M) connecting at least one modeling parameter (P) to at least one characteristic physical quantity (C) of the environment or of the operation of the actuator having a time evolution (E), (b) collecting a set of measurement values (VCm) relating to the at least one characteristic physical quantity (C) of the environment or of the operation of the actuator during a measurement interval (Tm), each measurement value (VCm) being associated with an instant (tm) of the measurement interval (Tm); wherein the set of the measurement values comprises values collected by a physical sensor and measurement values relating to user's actions corresponding to control instructions input by the user; (c) determining or correcting at least one value (VP) of the at least one modeling parameter (P) so that a modeled time evolution (Ee) defined from the application of the model (M) to the at least one modeling parameter (P) value (VP) corresponds to or approaches an observed time evolution (Eo) of the characteristic physical quantity (C) determined from the set of the measurement values (VCm); (d) applying or correcting a definition of an operation of the actuator as a function of the at least one value (VP) of the at least one parameter (P) determined or corrected in step c); such that step c) comprises the use of a randomized algorithm. (a) providing a model (M) connecting at least one modeling parameter (P) to at least one characteristic physical quantity (C) of the environment or of the operation of the actuator having a time evolution (E), (b) collecting a set of measurement values (VCm) relating to the at least one characteristic physical quantity (C) of the environment or of the operation of the actuator during a measurement interval (Tm), each measurement value (VCm) being associated with an instant (tm) of the measurement interval (Tm); wherein the set of the measurement values comprises values collected by a physical sensor and measurement values relating to user's actions corresponding to control instructions input by the user; (c) determining or correcting at least one value (VP) of the at least one modeling parameter (P) so that a modeled time evolution (Ee) defined from the application of the model (M) to the at least one modeling parameter (P) value (VP) corresponds to or approaches an observed time evolution (Eo) of the characteristic physical quantity (C) determined from the set of the measurement values (VCm); (d) applying or correcting a definition of an operation of the actuator as a function of the at least one value (VP) of the at least one parameter (P) determined or corrected in step c);
Production plant for workpieces , in particular vehicle body components, wherein the production plant has a preparation zone and a production zone for workpieces and also a conveying device for transporting the workpieces from the preparation zone to the production zone , wherein the preparation zone has a loading zone for loading the conveying device with workpieces , wherein the conveying device has a plurality of conveying means each with a load-receiving means for receiving a plurality of identical or different workpieces , in particular of flexible types, in a defined manner and wherein a checking station for the transported workpieces is arranged between the preparation zone , in particular the loading zone , and the production zone and is located at or on a conveying path , characterized in that the conveying device has a large number of individually controllable conveying means and a network of conveying paths and the production zone has a large number of production stations for the workpieces , wherein the production stations of the production plant are arranged in the manner of an island, in particular in a matrix, and are surrounded by the conveying paths .
Active anti-vibration system comprising a mounting base having an upper side onto which a motion system can be mounted, a supporting frame resting on the floor, and active bearings mounted into an active bearing compartment defined by a lower side of the mounting base and an upper side of the supporting frame , each active bearing comprising actuators for imparting counteracting forces to the mounting base to compensate for reactions forces generated by the motion system, when mounted onto the mounting base and operating, to avoid unwanted movements of the mounting base and dampen any residual movements, each active bearing further comprising an upper panel mounted against the lower side of the mounting base and comprising threaded through-holes , a lower panel mounted against the upper side of the supporting frame , and a first set of screws securing the active bearing lower panel to the upper side of the supporting frame , wherein the mounting base comprises through-holes extending from the upper side to the lower side of the mounting base and axially aligned with the through-holes of the upper panel of respective bearing member , and a second set of screws comprising a threaded part screwed into respective through-holes to secure the active bearing upper panel to the lower side of the mounting base and characterized in that the lower panel of each active bearing comprises trough-holes and captive screw retainers , each captive screw retainer comprising a housing lodging a screw of said first set of screws, said screw being engaged with respective through-hole of the lower panel of the active bearing, the housing comprising an upper portion having a central opening axially aligned with the screw head of the screw , the upper side of the supporting frame comprising threaded holes receiving a threaded part of the screw of respective captive screw retainer .
A medical device for implantation in a left atrial appendage of a heart, the medical device comprising: a framework having a proximal end and a distal end and defining an axis, the framework extending between a primary hub and a secondary hub , the primary hub and the secondary hub aligned along the axis of the framework, the proximal end of the framework coupled to the primary hub, the framework extending radially outward and distally from the primary hub and extending radially inward and proximally toward the secondary hub such that the secondary hub is positioned proximal the distal end of the framework; and wherein the framework comprises a tissue growth member positioned over at least a proximal side of the framework, and wherein the tissue growth member comprises an inner portion , and an outer portion with a middle portion positioned therebetween, characterised in that the middle portion is disc shaped and extends with less surface area than the inner portion and the outer portion. a framework having a proximal end and a distal end and defining an axis, the framework extending between a primary hub and a secondary hub , the primary hub and the secondary hub aligned along the axis of the framework, the proximal end of the framework coupled to the primary hub, the framework extending radially outward and distally from the primary hub and extending radially inward and proximally toward the secondary hub such that the secondary hub is positioned proximal the distal end of the framework; and wherein the framework comprises a tissue growth member positioned over at least a proximal side of the framework, and wherein the tissue growth member comprises an inner portion , and an outer portion with a middle portion positioned therebetween, characterised in that the middle portion is disc shaped and extends with less surface area than the inner portion and the outer portion. wherein the framework comprises a tissue growth member positioned over at least a proximal side of the framework, and wherein the tissue growth member comprises an inner portion , and an outer portion with a middle portion positioned therebetween, characterised in that the middle portion is disc shaped and extends with less surface area than the inner portion and the outer portion.
A method of reconstructing the surface topography of an object embedded in an x-ray scattering medium, the method comprising: obtaining a plurality of backscattered signals from multiple fields of view within the medium and an object embedded in the x-ray scattering medium using an electromagnetic backscattered signal detector, wherein the electromagnetic backscattered signal detector is an x-ray detector; detecting changes in the magnitude of said plurality of backscattered signals obtained from multiple fields of view within the medium; creating a correlation between the magnitudes of said plurality of scattered signals and the distance to a portion of an object within each corresponding field of view; and converting measured signal magnitudes into distances and reconstructing a three-dimensional image representative of the surface topography of the object, thereby constructing an image of the surface topography of the object based on said plurality of detected signal magnitude changes. obtaining a plurality of backscattered signals from multiple fields of view within the medium and an object embedded in the x-ray scattering medium using an electromagnetic backscattered signal detector, wherein the electromagnetic backscattered signal detector is an x-ray detector; detecting changes in the magnitude of said plurality of backscattered signals obtained from multiple fields of view within the medium; creating a correlation between the magnitudes of said plurality of scattered signals and the distance to a portion of an object within each corresponding field of view; and converting measured signal magnitudes into distances and reconstructing a three-dimensional image representative of the surface topography of the object, thereby constructing an image of the surface topography of the object based on said plurality of detected signal magnitude changes.
A pharmaceutical combination comprising a B-cell lymphoma 2 (BCL-2) inhibitor or a pharmaceutically acceptable salt thereof, and a Bruton's tyrosine kinase (BTK) inhibitor or a pharmaceutically acceptable salt thereof, for use in the treatment of cancer in a human subject, wherein the BCL-2 inhibitor is a compound of the formula: and the BTK inhibitor is a compound of the formula:
A mutual rotating scroll compressor comprising: a casing ; a first frame fixed to the casing; a second frame provided with an interval between the first frame and the second frame, a compression space being provided between the first frame and the second frame; a first scroll rotatably supported by the first frame and coupled to a driving motor to rotate in the compression space; a second scroll engaged with the first scroll to rotate about the second frame, the second scroll and the first scroll forming a compression chamber (V) in the compression space; and a bearing housing including a housing part , including a boss accommodation part to which the second scroll is rotatably coupled, characterized in that the bearing housing further includes a hinge lug which extends from the housing part and is movably coupled to the second frame, wherein in the bearing housing, a third center (O 3 ) which is a center of the hinge lug in an axial direction is provided on a plane and is eccentric with respect to a second center (O 2 ) which is a center of the boss accommodation part in an axial direction, and each of the second center (O 2 ) and the third center (O 3 ) is provided on a plane and are eccentric with respect to a first center (O 1 ) of the first scroll in an axial direction. a casing ; a first frame fixed to the casing; a second frame provided with an interval between the first frame and the second frame, a compression space being provided between the first frame and the second frame; a first scroll rotatably supported by the first frame and coupled to a driving motor to rotate in the compression space; a second scroll engaged with the first scroll to rotate about the second frame, the second scroll and the first scroll forming a compression chamber (V) in the compression space; and a bearing housing including a housing part , including a boss accommodation part to which the second scroll is rotatably coupled, characterized in that the bearing housing further includes a hinge lug which extends from the housing part and is movably coupled to the second frame, wherein in the bearing housing, a third center (O 3 ) which is a center of the hinge lug in an axial direction is provided on a plane and is eccentric with respect to a second center (O 2 ) which is a center of the boss accommodation part in an axial direction, and each of the second center (O 2 ) and the third center (O 3 ) is provided on a plane and are eccentric with respect to a first center (O 1 ) of the first scroll in an axial direction.
An electrically-powered vehicle , comprising: a motor; and a hybrid battery system coupled to the motor of an electrically powered vehicle , comprising: a first battery (116; 217) of a first energy density and a first power density; and a second battery (104, 112; 208, 210, 212, 214, 226, 228, 230, 232) in parallel with the first battery, wherein the second battery has a second energy density lower than the first energy density and a second power density greater than the first power density, wherein the first battery is operative to supply a higher current to a shared bus than the second battery in a first mode and the second battery is operative to supply a higher current to the shared bus than the first battery in a second mode, characterized in that the secondary battery is stored outboard in the vehicle. a motor; and a hybrid battery system coupled to the motor of an electrically powered vehicle , comprising: a first battery (116; 217) of a first energy density and a first power density; and a second battery (104, 112; 208, 210, 212, 214, 226, 228, 230, 232) in parallel with the first battery, wherein the second battery has a second energy density lower than the first energy density and a second power density greater than the first power density, a first battery (116; 217) of a first energy density and a first power density; and a second battery (104, 112; 208, 210, 212, 214, 226, 228, 230, 232) in parallel with the first battery, wherein the second battery has a second energy density lower than the first energy density and a second power density greater than the first power density, wherein the first battery is operative to supply a higher current to a shared bus than the second battery in a first mode and the second battery is operative to supply a higher current to the shared bus than the first battery in a second mode, characterized in that the secondary battery is stored outboard in the vehicle.
A device for guiding a locking bolt on a door of a letterbox or a package box, consisting of a fastening element and a guide body which can be inserted into an opening in the door , characterized in that the guide body is designed as a U-shaped profile with two legs extending parallel to each other, and a web connecting the legs , as well as a plate arranged at the free ends of the legs , to rest on an outer surface of the door , that the plate is designed with external dimensions larger than the opening of the door , that the guide body comprises a collar that can be placed on the outer surface of the door , or that the guide body consists of an essentially cubic body which is arranged on a plate which, in the assembled state, rests partially on the outer surface of the door . that the guide body is designed as a U-shaped profile with two legs extending parallel to each other, and a web connecting the legs , as well as a plate arranged at the free ends of the legs , to rest on an outer surface of the door , that the plate is designed with external dimensions larger than the opening of the door , that the guide body comprises a collar that can be placed on the outer surface of the door , or that the guide body consists of an essentially cubic body which is arranged on a plate which, in the assembled state, rests partially on the outer surface of the door .
A mobile communication device comprising: a body defining an aperture ; a light source : the light source positioned interior to the body , and the light source operative to emit light toward a target area exterior to the body ; a detector : the detector positioned interior to the body , and the detector operative to detect light, including light from the light source reflected from the target area; a cover : the cover positioned in the aperture , and the cover positioned substantially in an optical path: between the light source and the target area, and between the target area and the detector ; and a first light focusing device (2010; 2110), wherein the first light focusing device comprises diverging lens substantially in the optical path between the light source and the target area, characterized in that the diverging lens is a microprisms array including microprisms arranged in rows and columns such that the microprism columns are offset every other row. a body defining an aperture ; a light source : the light source positioned interior to the body , and the light source operative to emit light toward a target area exterior to the body ; the light source positioned interior to the body , and the light source operative to emit light toward a target area exterior to the body ; a detector : the detector positioned interior to the body , and the detector operative to detect light, including light from the light source reflected from the target area; the detector positioned interior to the body , and the detector operative to detect light, including light from the light source reflected from the target area; a cover : the cover positioned in the aperture , and the cover positioned substantially in an optical path: between the light source and the target area, and between the target area and the detector ; and the cover positioned in the aperture , and the cover positioned substantially in an optical path: between the light source and the target area, and between the target area and the detector ; and between the light source and the target area, and between the target area and the detector ; and a first light focusing device (2010; 2110), wherein the first light focusing device comprises diverging lens substantially in the optical path between the light source and the target area, characterized in that the diverging lens is a microprisms array including microprisms arranged in rows and columns such that the microprism columns are offset every other row.