mhurhangee/ep-ind-claims huggingface dataset:
A microwave emitting system for delivering microwave energy comprising: a transmission line coupleable to a microwave energy source; an elongate microwave antenna having a proximal end, a distal end and an antenna axis, wherein the proximal end of the antenna is electrically coupled to the distal end of the transmission line and where the elongate microwave antenna generates a microwave field upon application of the microwave energy to the transmission line, said antenna comprising a radiating element, wherein the entire radiating element is covered with a dielectric material to electrically insulate the radiating element from surrounding tissue; a diagnostic or therapeutic element positioned along the microwave antenna and between the proximal end and the distal end of the antenna, wherein the diagnostic or therapeutic element is exposed to the microwave field emitted by the antenna and is electrically isolated from the antenna, where the diagnostic or therapeutic element is coupleable to a second power supply; and a conductive wire coupled to the diagnostic or therapeutic element wherein the wire is electrically isolated from the antenna and wherein a portion of the wire is exposed to the microwave field emitted by the antenna, wherein the portion of the wire that is exposed to the microwave field emitted by the antenna is disposed relative to the antenna axis such that every section of the portion of the wire that extends along the axis of the antenna delivering microwave energy is non-parallel to the axis of the antenna. a transmission line coupleable to a microwave energy source; an elongate microwave antenna having a proximal end, a distal end and an antenna axis, wherein the proximal end of the antenna is electrically coupled to the distal end of the transmission line and where the elongate microwave antenna generates a microwave field upon application of the microwave energy to the transmission line, said antenna comprising a radiating element, wherein the entire radiating element is covered with a dielectric material to electrically insulate the radiating element from surrounding tissue; a diagnostic or therapeutic element positioned along the microwave antenna and between the proximal end and the distal end of the antenna, wherein the diagnostic or therapeutic element is exposed to the microwave field emitted by the antenna and is electrically isolated from the antenna, where the diagnostic or therapeutic element is coupleable to a second power supply; and a conductive wire coupled to the diagnostic or therapeutic element wherein the wire is electrically isolated from the antenna and wherein a portion of the wire is exposed to the microwave field emitted by the antenna, wherein the portion of the wire that is exposed to the microwave field emitted by the antenna is disposed relative to the antenna axis such that every section of the portion of the wire that extends along the axis of the antenna delivering microwave energy is non-parallel to the axis of the antenna.
A passenger detection device comprising: an input unit (90, 1090, 2090) that is configured to receive a captured image of an interior space of a vehicle imaged by an imaging device and a load measured by a load sensor (26, 26f, 26r) provided on a seat (14, 14a, 14b) provided in the interior space of the vehicle; a determination unit (93, 1093, 2093) that is configured to determine that a passenger is seated on the seat, in a case where the load is equal to or more than a predetermined threshold value; a detection unit (91, 1091, 2091) that is configured to obtain a face determination degree indicating a certainty of a face of the passenger in the captured image from the captured image; and a threshold value changing unit that is configured to change the threshold value according to the face determination degree. an input unit (90, 1090, 2090) that is configured to receive a captured image of an interior space of a vehicle imaged by an imaging device and a load measured by a load sensor (26, 26f, 26r) provided on a seat (14, 14a, 14b) provided in the interior space of the vehicle; a determination unit (93, 1093, 2093) that is configured to determine that a passenger is seated on the seat, in a case where the load is equal to or more than a predetermined threshold value; a detection unit (91, 1091, 2091) that is configured to obtain a face determination degree indicating a certainty of a face of the passenger in the captured image from the captured image; and a threshold value changing unit that is configured to change the threshold value according to the face determination degree.
A message prompting method, comprising: displaying, according to a first ordering rule, new notification messages of preset applications at a head of a message queue on a tray interface of a terminal, and displaying, according to a second ordering rule, new notification messages of other applications excluding the preset applications after the new notification messages of the preset applications on the tray interface of the terminal, wherein the first ordering rule is a ordering rule fixedly set for the preset applications, and the first ordering rule is different from the second ordering rule. displaying, according to a first ordering rule, new notification messages of preset applications at a head of a message queue on a tray interface of a terminal, and displaying, according to a second ordering rule, new notification messages of other applications excluding the preset applications after the new notification messages of the preset applications on the tray interface of the terminal, wherein the first ordering rule is a ordering rule fixedly set for the preset applications, and the first ordering rule is different from the second ordering rule.
An actuator for axial displacement of an object, the actuator comprises: - an actuator piston comprising an actuator piston rod having a first end and a second end, wherein the actuator piston is displaceable in the axial direction in a reciprocating manner between a first position and a second position, and - a hydraulic circuit comprising a liquid filled chamber, the first end of the actuator piston rod being arranged to be displaced in the axial direction within said liquid filled chamber in conjunction with axial displacement of the actuator piston, wherein an axially extending recess mouth in said liquid filled chamber and is arranged to receive the first end of the actuator piston rod when the actuator piston is in said first position, characterized in that the actuator piston rod in the area of the first end presents a cylindrical envelope surface, and in that the recess presents a cylindrical inner surface, the cylindrical envelope surface and the cylindrical inner surface presenting matching shapes, wherein the actuator comprises a passage extending between the recess and the liquid filled chamber when the cylindrical envelope surface and the cylindrical inner surface are located in overlapping configuration, wherein a section of a predetermined maximum overlap is constituted by a braking overlap, the passage presenting at said braking overlap section a cross section area (A 1) that decreases as a function of increasing overlap between the cylindrical envelope surface and the cylindrical inner surface, wherein said cross section area (A 1) of the passage at a beginning of said braking overlap section decreases with decreasing derivative and at an end of said braking overlap section decreases with increasing derivative, as a function of increasing overlap. - an actuator piston comprising an actuator piston rod having a first end and a second end, wherein the actuator piston is displaceable in the axial direction in a reciprocating manner between a first position and a second position, and - a hydraulic circuit comprising a liquid filled chamber, the first end of the actuator piston rod being arranged to be displaced in the axial direction within said liquid filled chamber in conjunction with axial displacement of the actuator piston,
A method to compensate for differences in surface reflectivity in an active depth sensing system using structured light, the method comprising: obtaining (506a, 514a, 606a), from one or more receiver sensors (105, 208, 304, 806), a plurality of images of a scene (206, 308, 802) onto which a code mask (204, 310, 400) is projected (504a, 604a) using a light source (102, 202, 302, 808), the code mask comprising a plurality of unique spatial code portions, wherein the plurality of images is captured by the one or more receiver sensors using two or more exposure times; and combining the plurality of images by extracting decodable portions of the code mask from each image of the plurality of images to generate a combined image. obtaining (506a, 514a, 606a), from one or more receiver sensors (105, 208, 304, 806), a plurality of images of a scene (206, 308, 802) onto which a code mask (204, 310, 400) is projected (504a, 604a) using a light source (102, 202, 302, 808), the code mask comprising a plurality of unique spatial code portions, wherein the plurality of images is captured by the one or more receiver sensors using two or more exposure times; and combining the plurality of images by extracting decodable portions of the code mask from each image of the plurality of images to generate a combined image.
A temporary support for relocating energized conductors, comprising: an elongate rigid support arm having a cantilevered end and a base end and adapted for mounting at said base end to a conductor tower, wherein said support arm is further adapted for maintaining a substantially horizontal orientation when so mounted to the conductor tower, a crank arm having upper and lower portions (16a, 16b), and pivotally mounted on the cantilevered end of the support arm, wherein the upper portion of the crank arm extends upwardly from said cantilevered end when said support arm is mounted to the conductor tower in a substantially horizontal orientation and the lower portion of the crank arm extends downwardly from the upper portion of the crank arm, wherein the crank arm rotates between substantially vertical and horizontal orientations, the lower portion of the crank arm is adapted for mounting to an upper end of an electrical insulator and is elevatable relative to the upper portion, a two-stage actuator (20, 21) mounted to the support arm and attached to an upper end of the crank arm so as to cooperate between the crank arm and the support arm, wherein a first actuation stage of the two stage actuator (20, 21) elevates the lower portion of the crank arm relative to the upper portion, and wherein a second actuation stage of the two stage actuator (20, 21) rotates the crank arm relative to the support arm about the cantilevered end. an elongate rigid support arm having a cantilevered end and a base end and adapted for mounting at said base end to a conductor tower, wherein said support arm is further adapted for maintaining a substantially horizontal orientation when so mounted to the conductor tower, a crank arm having upper and lower portions (16a, 16b), and pivotally mounted on the cantilevered end of the support arm, wherein the upper portion of the crank arm extends upwardly from said cantilevered end when said support arm is mounted to the conductor tower in a substantially horizontal orientation and the lower portion of the crank arm extends downwardly from the upper portion of the crank arm, wherein the crank arm rotates between substantially vertical and horizontal orientations, the lower portion of the crank arm is adapted for mounting to an upper end of an electrical insulator and is elevatable relative to the upper portion, a two-stage actuator (20, 21) mounted to the support arm and attached to an upper end of the crank arm so as to cooperate between the crank arm and the support arm, wherein a first actuation stage of the two stage actuator (20, 21) elevates the lower portion of the crank arm relative to the upper portion, and wherein a second actuation stage of the two stage actuator (20, 21) rotates the crank arm relative to the support arm about the cantilevered end.
A method for identifying non-healing chronic mammalian wound tissue, which method comprises: (a) examining a sample of wound tissue from an individual in order to determine the levels of expression of genes encoding the following molecular markers ARP2 accession number AF006082, CREBL1 accession number NM_004381, VEGF-C, Psoriasin accession number M86757, IL22R accession number BC029273, TEM4 accession number AF378754, IL8RB accession number NM_001557, IL17BR accession number AF212365, Claudin-5 accession number NM_003277, KAI1 accession number U20770, PTPRK accession number AF533875, CAR1 accession number NM_001338, Endomucin-2 accession number AB034695, and TEM7R accession number AF378757 and; (b) where all the following genes show an increased level of expression: Psoriasin accession number M86757, Claudin-5 accession number NM_003277, IL8RB accession number NM_001557, IL22R accession number BC029273, PTPRK accession number AF533875, TEM4 accession number AF378754, TEM7R accession number AF378757, VEGF-C, ARP2 accession number AF006082 and CAR1 accession number NM_001338; (c) concluding that the individual from whom the tissue sample has been taken has a non-healing chronic wound. (a) examining a sample of wound tissue from an individual in order to determine the levels of expression of genes encoding the following molecular markers ARP2 accession number AF006082, CREBL1 accession number NM_004381, VEGF-C, Psoriasin accession number M86757, IL22R accession number BC029273, TEM4 accession number AF378754, IL8RB accession number NM_001557, IL17BR accession number AF212365, Claudin-5 accession number NM_003277, KAI1 accession number U20770, PTPRK accession number AF533875, CAR1 accession number NM_001338, Endomucin-2 accession number AB034695, and TEM7R accession number AF378757 and; (b) where all the following genes show an increased level of expression: Psoriasin accession number M86757, Claudin-5 accession number NM_003277, IL8RB accession number NM_001557, IL22R accession number BC029273, PTPRK accession number AF533875, TEM4 accession number AF378754, TEM7R accession number AF378757, VEGF-C, ARP2 accession number AF006082 and CAR1 accession number NM_001338; Psoriasin accession number M86757, Claudin-5 accession number NM_003277, IL8RB accession number NM_001557, IL22R accession number BC029273, PTPRK accession number AF533875, TEM4 accession number AF378754, TEM7R accession number AF378757, VEGF-C, ARP2 accession number AF006082 and CAR1 accession number NM_001338; (c) concluding that the individual from whom the tissue sample has been taken has a non-healing chronic wound.
An electronic device comprising: a connection circuit comprising a plurality of first contacts configured to be electrically connected to a first external storage medium and a plurality of second contacts configured to be electrically connected to a second external storage medium when a tray is attached to the electronic device; a power management circuit configured to be electrically connected to at least one part of the connection circuit; a detector configured to detect that the tray is moved to be attached to or detached from the electronic device; and a processor electrically connected to the detector and the power management circuit, wherein the processor is configured to: adjust the power management circuit to control power provided to the plurality of first contacts when the tray is moved to be attached to or detached from the electronic device, wherein the tray comprises a first external storage medium install portion to which the first external storage medium is attached and a second external storage medium install portion to which the second external storage medium is attached, wherein when the tray is attached to the electronic device, the second external storage medium install portion is first inserted than the first external storage medium install portion. a connection circuit comprising a plurality of first contacts configured to be electrically connected to a first external storage medium and a plurality of second contacts configured to be electrically connected to a second external storage medium when a tray is attached to the electronic device; a power management circuit configured to be electrically connected to at least one part of the connection circuit; a detector configured to detect that the tray is moved to be attached to or detached from the electronic device; and a processor electrically connected to the detector and the power management circuit, wherein the processor is configured to: adjust the power management circuit to control power provided to the plurality of first contacts when the tray is moved to be attached to or detached from the electronic device, wherein the tray comprises a first external storage medium install portion to which the first external storage medium is attached and a second external storage medium install portion to which the second external storage medium is attached, wherein when the tray is attached to the electronic device, the second external storage medium install portion is first inserted than the first external storage medium install portion. adjust the power management circuit to control power provided to the plurality of first contacts when the tray is moved to be attached to or detached from the electronic device, wherein the tray comprises a first external storage medium install portion to which the first external storage medium is attached and a second external storage medium install portion to which the second external storage medium is attached, wherein when the tray is attached to the electronic device, the second external storage medium install portion is first inserted than the first external storage medium install portion.
A device for producing three-dimensional models by means of a layer application technique, the device being suitable for applying particulate construction material onto a construction field, subsequently applying a moderating agent selectively onto the construction material via an inkjet print head and solidifying the printed areas by supplying IR energy, characterized in that the print head is protected from excessive heating by active and/or passive cooling, and in that the device has a temperature control system which, in interaction with a temperature sensor, controls the heating possibilities in the construction space, the temperature range of the construction space atmosphere being controlled at 60°C to 120°C and the temperature gradient on the construction field not exceeding 10°C.
A pitch control agent comprising a (meth)acrylamide-based amphoteric polymer, wherein the (meth)acrylamide-based amphoteric polymer contains as copolymerizable monomer components: 50 mol% or more of (meth)acrylamide; 0.5 to 20 mol% of a diallyldialkylammonium salt; and 0.1 to 14 mol% of an α,β-unsaturated carboxylic acid or a salt thereof as an anionic monomer, the α,β-unsaturated carboxylic acid includes an α,β-unsaturated monocarboxylic acid and an α,β-unsaturated dicarboxylic acid, the α,β-unsaturated monocarboxylic acid includes (meth)acrylic acid, and the α,β-unsaturated dicarboxylic acid includes itaconic acid. the (meth)acrylamide-based amphoteric polymer contains as copolymerizable monomer components: 50 mol% or more of (meth)acrylamide; 0.5 to 20 mol% of a diallyldialkylammonium salt; and 0.1 to 14 mol% of an α,β-unsaturated carboxylic acid or a salt thereof as an anionic monomer, the α,β-unsaturated carboxylic acid includes an α,β-unsaturated monocarboxylic acid and an α,β-unsaturated dicarboxylic acid, the α,β-unsaturated monocarboxylic acid includes (meth)acrylic acid, and the α,β-unsaturated dicarboxylic acid includes itaconic acid.
Dispensing device for delivery of items of candy, tea, coffee beans, nuts or the like, said dispensing device comprising: a stationary container having a lower section with a semi-cylindrical inner periphery and a longitudinal axis, said container furthermore comprising transverse downstream and upstream sections (23, 24) and a dispensing opening arranged in the downstream section of the container; a conveyor screw rotatably arranged around the longitudinal axis in the lower section of the container to feed items towards the dispensing opening; drive means that, when activated by a lever or button, rotates the conveyor screw; wherein said conveyor screw comprises a downstream and an upstream member arranged transverse to the longitudinal axis and rotatably supported in the corresponding downstream and upstream section of the container, characterised in that said downstream and upstream members have an outer periphery and a radius smaller than the semi-cylindrical lower section of the container, said conveyor screw furthermore comprising at least two elongated rods extending helically from the outer periphery of the upstream member arranged in a first angular position in relation to the longitudinal axis A to the outer periphery of the downstream member arranged in a second angular position in relation to the longitudinal axis A, said first angular position and said second angular position are different and said fist angular position is arranged at an angle (a) advance to the second angular position when seen in the direction of rotation of the conveyor screw, said dispensing device furthermore comprises a feeding adjustment plate arranged transverse to the longitudinal axis between the downstream transverse member and the dispensing opening, said adjustment plate rotates together with the conveyor screw and comprises one cut-out portion for each elongated rod of the conveyor screw, said cut-out portions have a size and shape that is adapted to the size and shape of the items within the container to adjust the feeding of items from the container. a stationary container having a lower section with a semi-cylindrical inner periphery and a longitudinal axis, said container furthermore comprising transverse downstream and upstream sections (23, 24) and a dispensing opening arranged in the downstream section of the container; a conveyor screw rotatably arranged around the longitudinal axis in the lower section of the container to feed items towards the dispensing opening;
A propulsion or jet pumping device which includes two co-axial counter-rotating shafts (3, 4) each carrying at least one impeller (7, 8), characterised in that each impeller (7, 8) is arranged to deflect by a predetermined amount in directions substantially perpendicular to the longitudinal axis of the shaft (3, 4) on which that impeller (7, 8) is mounted.
Method for preparing a test element for analysing a body fluid sample, whereby the detection layer is covered by a polymeric spreading layer and is applied to a support, characterised in that the spreading layer is produced by spraying it onto the detection layer.