mhurhangee/ep-ind-claims huggingface dataset:
A radiation treatment delivery system comprising: a volumetric imager to acquire a first image of a target within a patient (710; 830); a linear accelerator "LINAC" to deliver a radiation treatment; and a processing device (602, 625, 640; 1230), operatively coupled with the volumetric imager and the LINAC, to: receive, from the volumetric imager, the first image; receive a second image including the target; and track a position of the target using the first image and the second image deliver a radiation treatment according to a radiation treatment plan, wherein the radiation treatment plan identifies a set of positions for the LINAC during the radiation treatment delivery, and wherein the set of positions for the LINAC is a filtered set of positions comprising positions that do not violate a treatment time constraint. a volumetric imager to acquire a first image of a target within a patient (710; 830); a linear accelerator "LINAC" to deliver a radiation treatment; and a processing device (602, 625, 640; 1230), operatively coupled with the volumetric imager and the LINAC, to: receive, from the volumetric imager, the first image; receive a second image including the target; and track a position of the target using the first image and the second image deliver a radiation treatment according to a radiation treatment plan, wherein the radiation treatment plan identifies a set of positions for the LINAC during the radiation treatment delivery, and wherein the set of positions for the LINAC is a filtered set of positions comprising positions that do not violate a treatment time constraint. receive, from the volumetric imager, the first image; receive a second image including the target; and track a position of the target using the first image and the second image deliver a radiation treatment according to a radiation treatment plan, wherein the radiation treatment plan identifies a set of positions for the LINAC during the radiation treatment delivery, and wherein the set of positions for the LINAC is a filtered set of positions comprising positions that do not violate a treatment time constraint.
A walking assist device for assisting a user having a sound leg and a wearing leg, the walking assist device comprising: a leg attachment in use attached to the wearing leg, and having an actuator for applying torque on a joint of the wearing leg; a first and a second battery configured to supply electric power to the actuator; and a controller configured to change a power source of the actuator from the first battery to the second battery while the sound leg is making contact with ground. a leg attachment in use attached to the wearing leg, and having an actuator for applying torque on a joint of the wearing leg; a first and a second battery configured to supply electric power to the actuator; and a controller configured to change a power source of the actuator from the first battery to the second battery while the sound leg is making contact with ground.
A fuel cell (100, 300) comprising: a membrane electrolyte assembly including a polymer electrolyte membrane and a pair of catalyst electrodes consisting of an air electrode and a fuel electrode, the catalyst electrodes sandwiching the polymer electrolyte membrane; a pair of separators consisting of an air electrode separator (120, 220, 320) in which two or more oxidizing gas channels (121, 221) are formed and a fuel electrode separator in which two or more fuel gas channels are formed, the separators sandwiching the membrane electrolyte assembly; the two or more oxidizing gas channels (121, 221) can supply an oxidizing gas to the air electrode, and the two or more fuel gas channels can supply a fuel gas to the fuel electrode, wherein large gaps and small gaps are provided alternately between the two adjacent oxidizing gas channels (121, 221) along a specific direction the two adjacent oxidizing gas channels (121, 221) are made serpentine and are symmetrical with respect to a line parallel to the specific direction the fuel gas channels do not overlap portions of the oxidizing gas channels (121, 221), the portions are parallel to the fuel gas channels, and the fuel gas channels linearly extend in parallel to one another from a fuel gas supply manifold hole side to fuel gas discharge manifold hole side. a membrane electrolyte assembly including a polymer electrolyte membrane and a pair of catalyst electrodes consisting of an air electrode and a fuel electrode, the catalyst electrodes sandwiching the polymer electrolyte membrane; a pair of separators consisting of an air electrode separator (120, 220, 320) in which two or more oxidizing gas channels (121, 221) are formed and a fuel electrode separator in which two or more fuel gas channels are formed, the separators sandwiching the membrane electrolyte assembly; the two or more oxidizing gas channels (121, 221) can supply an oxidizing gas to the air electrode, and the two or more fuel gas channels can supply a fuel gas to the fuel electrode, wherein large gaps and small gaps are provided alternately between the two adjacent oxidizing gas channels (121, 221) along a specific direction the two adjacent oxidizing gas channels (121, 221) are made serpentine and are symmetrical with respect to a line parallel to the specific direction the fuel gas channels do not overlap portions of the oxidizing gas channels (121, 221), the portions are parallel to the fuel gas channels, and the fuel gas channels linearly extend in parallel to one another from a fuel gas supply manifold hole side to fuel gas discharge manifold hole side.
A washing machine control method, which is used in a washing machine comprising a user interface for enabling the user to select the washing parameters and a control unit which controls the operation of the washing machine, comprising the steps of presenting the parameters of the washing program obtained as a result of the washing program to the evaluation of the user via the user interface, updating the parameters of the washing program rated by the user with the ratings of the user, and running the next washing program in accordance with the updated parameters characterized by the step of presenting the parameters of the washing program obtained as a result of the washing program to the evaluation of the user via the user interface is enabled to be performed during the washing program and after the washing program ends.
A fluid jet treatment apparatus comprising: a support for a workpiece; a treatment head for producing a jet of fluid; and means for directing the jet of fluid at successive locations on the surface of the workpiece; wherein the treatment head includes means to produce in the fluid jet regions of fluid having different density and/or viscosity properties, including: a cavity having an inlet duct through which fluid may be supplied to the cavity; an outlet passage from which fluid can exit the cavity in the form of a jet; and an ultrasonic vibration generator for generating ultrasonic pressure waves within the fluid; characterised in that the cavity is conical, and has the outlet passage arranged axially at the narrower end of the conical cavity and the ultrasonic vibration generator positioned at the larger axial end of the cavity, the ultrasonic vibration generator comprising a concentrator plate having a concave face directed towards the outlet passage, to concentrate the waves at a focus point adjacent the outlet passage. a support for a workpiece; a treatment head for producing a jet of fluid; and means for directing the jet of fluid at successive locations on the surface of the workpiece; wherein the treatment head includes means to produce in the fluid jet regions of fluid having different density and/or viscosity properties, including: a cavity having an inlet duct through which fluid may be supplied to the cavity; an outlet passage from which fluid can exit the cavity in the form of a jet; and an ultrasonic vibration generator for generating ultrasonic pressure waves within the fluid; characterised in that the cavity is conical, and has the outlet passage arranged axially at the narrower end of the conical cavity and the ultrasonic vibration generator positioned at the larger axial end of the cavity, the ultrasonic vibration generator comprising a concentrator plate having a concave face directed towards the outlet passage, to concentrate the waves at a focus point adjacent the outlet passage. a cavity having an inlet duct through which fluid may be supplied to the cavity; an outlet passage from which fluid can exit the cavity in the form of a jet; and an ultrasonic vibration generator for generating ultrasonic pressure waves within the fluid; characterised in that the cavity is conical, and has the outlet passage arranged axially at the narrower end of the conical cavity and the ultrasonic vibration generator positioned at the larger axial end of the cavity, the ultrasonic vibration generator comprising a concentrator plate having a concave face directed towards the outlet passage, to concentrate the waves at a focus point adjacent the outlet passage.
Compound for use in the treatment of an intoxication sufficient to cause acute liver failure, characterized in that the intoxication is at maximum 4 days prior to the treatment and the compound has a nucleobase sequence of SEQ ID NO: 1 (miR-125b-5p).
A medical implantable occlusion device (100, 200, 300) comprising a braiding of at least one thread, said braiding having an unloaded relaxed state and a stretched state and comprising an expanded diameter portion spanning a distal surface forming the distal end of said device, wherein said braiding is continuous and closed at said distal surface, a tubular member extending along a longitudinal axis, said tubular member having a distal portion transitioning into said expanded diameter portion and an opposite proximal portion, wherein the expanded diameter portion has a proximal surface facing the tubular member, said proximal surface having an outer diameter larger than a maximum diameter of the proximal portion of the tubular member and an innermost diameter; characterised in that said tubular member is tapered from said proximal portion to the innermost diameter of said proximal surface facing the tubular member and towards said expanded diameter portion along said longitudinal axis.
A method comprising: - providing a leadframe comprising at least one die pad and at least one respective set of electrically conductive leads, - mounting at least one semiconductor die onto said at least one die pad, - electrically coupling the at least one semiconductor die to electrically conductive leads in the respective at least one set of electrically conductive leads, - molding package molding material onto the at least one semiconductor die and the leadframe, the package molding material exposing at least a portion of the electrically conductive leads at a rear surface of the package molding material to provide electrically conductive pads that comprise body portions embedded in the package molding material, and - providing, by galvanic plating, enlarged end portions of the electrically conductive pads, the enlarged end portions protruding from the package molding material and extending at least partially over the package molding material sidewise of said body portions for a length ( D p) of 10 μm to 100 pm, the enlarged end portions configured for coupling to a printed circuit board. - providing a leadframe comprising at least one die pad and at least one respective set of electrically conductive leads, - mounting at least one semiconductor die onto said at least one die pad, - electrically coupling the at least one semiconductor die to electrically conductive leads in the respective at least one set of electrically conductive leads, - molding package molding material onto the at least one semiconductor die and the leadframe, the package molding material exposing at least a portion of the electrically conductive leads at a rear surface of the package molding material to provide electrically conductive pads that comprise body portions embedded in the package molding material, and - providing, by galvanic plating, enlarged end portions of the electrically conductive pads, the enlarged end portions protruding from the package molding material and extending at least partially over the package molding material sidewise of said body portions for a length ( D p) of 10 μm to 100 pm, the enlarged end portions configured for coupling to a printed circuit board.
A monitoring device with an optical sensor, by means of which object monitoring is carried out within a protective field, wherein two contour detection fields (Kl, K2) with at least approximately corresponding lengths are provided, wherein the lengths are dimensioned such that the contour detection fields (Kl, K2) project beyond the protective field and at least partially do not overlap there, wherein a third contour detection field projecting beyond the protective field and at least partially not overlapping with the first two contour detection fields (Kl, K2), which at least partially does not overlap, is provided and a time monitoring unit is provided, by means of which the temporal sequence of object interventions in the two first contour detection fields (K1, K2) can be checked, characterised in that object interventions are registered depending on whether and in what temporal sequence object interventions are registered in the first two contour detection fields and depending on whether or not there is an object intervention in the third contour detection field; the protective field is enlarged or reduced.
A data access method, comprising: directing a series of different data block write requests from one of a series of different clients to a plurality of different data storage servers based on a map, storing data blocks referenced in the data block write requests in the data storage servers, relaying the data from the data write requests to a parity server, and deriving and storing parity information for the series of blocks; and wherein the method comprises, for a given data block: receiving the data block at a server; determining, by the server, whether it has been assigned to act as a data storage server or a parity server based on the map; and relaying a copy of the data block to another of the servers in response to a determination that the server is assigned to act as data storage server for that block. directing a series of different data block write requests from one of a series of different clients to a plurality of different data storage servers based on a map, storing data blocks referenced in the data block write requests in the data storage servers, relaying the data from the data write requests to a parity server, and deriving and storing parity information for the series of blocks; and wherein the method comprises, for a given data block: receiving the data block at a server; determining, by the server, whether it has been assigned to act as a data storage server or a parity server based on the map; and relaying a copy of the data block to another of the servers in response to a determination that the server is assigned to act as data storage server for that block. receiving the data block at a server; determining, by the server, whether it has been assigned to act as a data storage server or a parity server based on the map; and relaying a copy of the data block to another of the servers in response to a determination that the server is assigned to act as data storage server for that block.
A method of screening for bladder cancer in a subject, said method comprising: (a) hybridizing a set of chromosomal probes to a biological sample from the patient, wherein the set consists of centromeric probes to chromosomes 3, 7, and 10 and a locus- specific probe to 5p15; and (b) determining the presence or absence of aneusomy in the biological sample by examining the hybridization pattern of the set of chromosomal probes, wherein the presence of (i) more than two copies of two or more of the centromeric regions of the chromosomes 3, 7, and 10 or (ii) more than two copies of the 5p15 region in the biological sample is indicative of bladder cancer in the patient. (a) hybridizing a set of chromosomal probes to a biological sample from the patient, wherein the set consists of centromeric probes to chromosomes 3, 7, and 10 and a locus- specific probe to 5p15; and (b) determining the presence or absence of aneusomy in the biological sample by examining the hybridization pattern of the set of chromosomal probes, wherein the presence of (i) more than two copies of two or more of the centromeric regions of the chromosomes 3, 7, and 10 or (ii) more than two copies of the 5p15 region in the biological sample is indicative of bladder cancer in the patient.
A spiral capacitor-inductor device comprising arrayed unit capacitors, wherein an input signal is applied from one end of said arrayed unit capacitors and an output is taken from the other end thereof, wherein electric charge stored in said unit capacitors increases or decreases in accordance with increment or decrement in applied bias across the device, wherein said increase or decrease in charge respectively increases or decreases current through said loop, which in turn changes magnetic flux generated in the device, wherein the arrayed unit capacitors are assembled in the form of loops along the length with a central axis thereof lying, and wherein said unit capacitors are built using any one or combination of the materials selected from the group consisting of protein, organic dye, inorganic composites, nano-particles, dendrimers, organo-metallic complex, polymer, and bio-molecules which can reversibly store and release charge or energy in their structure when a predetermined condition is imposed externally, characterised in that said unit capacitors are arranged in a structure that enables current flowing through a singular or a plurality of closed loops along the length of the device, said structure following any one of the two possible configurations A and B: A. an assembly of said unit capacitors wherein said unit capacitors physically move to change their relative locations orderly or disorderly along the length of the device and effectively trigger current to flow in a loop generating said magnetic flux; and B. an assembly of unit capacitors which form a defined spiral, disk shaped, conical or random geometry structure (305, 308) formed by weak interaction, covalent bonding, non-covalent bonding, metallic bonding or non-metallic bonding in such a way that said assembly enables flow of current from one unit capacitor to another neighboring one, eventually leading to a current flow in the singular or plural loops along the length of the device. A. an assembly of said unit capacitors wherein said unit capacitors physically move to change their relative locations orderly or disorderly along the length of the device and effectively trigger current to flow in a loop generating said magnetic flux; and B. an assembly of unit capacitors which form a defined spiral, disk shaped, conical or random geometry structure (305, 308) formed by weak interaction, covalent bonding, non-covalent bonding, metallic bonding or non-metallic bonding in such a way that said assembly enables flow of current from one unit capacitor to another neighboring one, eventually leading to a current flow in the singular or plural loops along the length of the device.
A system to grip a tubular member (760, 860), the system comprising: a pipe handling apparatus having a bore formed therein with an axis defined therethrough; a base (730, 830) connected to the pipe handling apparatus; an apparatus (700, 800) including a pipe guide (702, 802) connected to the base (730, 830) and disposed adjacent to the pipe handling apparatus, the pipe guide (702, 802) being configured to guide the tubular member (760, 860) into an opening (782, 784) of the bore of the pipe handling apparatus; and a wear sensor (720, 820) coupled to the pipe guide (702, 802), wherein the base (730, 830) comprises a first base section and a second base section; wherein the pipe guide comprises a first pipe guide section and a second pipe guide section; and wherein the first pipe guide section is connected to the first base section and the second pipe guide section is connected to the second base section. a pipe handling apparatus having a bore formed therein with an axis defined therethrough; a base (730, 830) connected to the pipe handling apparatus; an apparatus (700, 800) including a pipe guide (702, 802) connected to the base (730, 830) and disposed adjacent to the pipe handling apparatus, the pipe guide (702, 802) being configured to guide the tubular member (760, 860) into an opening (782, 784) of the bore of the pipe handling apparatus; and a wear sensor (720, 820) coupled to the pipe guide (702, 802), wherein the base (730, 830) comprises a first base section and a second base section; wherein the pipe guide comprises a first pipe guide section and a second pipe guide section; and wherein the first pipe guide section is connected to the first base section and the second pipe guide section is connected to the second base section.
A device for winding a thread, having a movable bobbin holder which has two opposite clamping disks (2.1, 2.2) for clamping a tube, having a drivable driving roller that is assigned to the bobbin holder, having a traversing installation which has a thread guide driven in an oscillating manner, and having an auxiliary installation, disposed upstream of the driving roller in the thread run, for guiding the thread in the event of a bobbin change, wherein the auxiliary installation has a suction tube which has a suction duct and is connected to a suction installation, and wherein the suction tube at a suction end forms a suction opening, wherein suction tube by way of an opposite connector end is rotatably mounted and by way of a rotating drive is positionable in a plurality of positions in a pivot angle range of greater than 90°, characterized in that the suction end of the suction tube by way of the rotating drive is positionable between a resting position, an acquisition position, and a transfer position, wherein the suction tube in the acquisition position is aligned so as to be transverse to the thread run of the incoming thread, and wherein the suction tube in the transfer position by way of the suction end is assigned to one of the clamping disks (2.1).