mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for preparing a medical report for a subject, the method comprising the following steps, carried out by a computer: defining a selected clinical study for the subject; selecting a clinical concept ontology based on the selected clinical study to provide a template report; identifying, according to the selected clinical concept ontology, information relevant to the subject and relevant to the clinical study; processing the information relevant to the subject and relevant to the clinical study, according to the clinical concept ontology, to produce ontology-defined information, wherein the ontology-defined information comprises a plurality of images; deconstructing each image of the plurality by segregating each image into one or more image views, identifying an image modality used to produce each image, and isolating one or more structures within each image view (123b, 123c, 123d, 123e, 123f, 123g); storing for each image the one or more image views, the image modality, and the one or more isolated structures (119a, 119b, 119n) in a database; forming an adaptive report by selecting from the database and adding to the template report two or more image views, each image view from a different image modality, and the one or more isolated structures, according to an ontological structure of the template report; and distributing the adaptive report to one or more users through a network for receipt in a computer system for display and use to prepare the medical report for the subject. defining a selected clinical study for the subject; selecting a clinical concept ontology based on the selected clinical study to provide a template report; identifying, according to the selected clinical concept ontology, information relevant to the subject and relevant to the clinical study; processing the information relevant to the subject and relevant to the clinical study, according to the clinical concept ontology, to produce ontology-defined information, wherein the ontology-defined information comprises a plurality of images; deconstructing each image of the plurality by segregating each image into one or more image views, identifying an image modality used to produce each image, and isolating one or more structures within each image view (123b, 123c, 123d, 123e, 123f, 123g); storing for each image the one or more image views, the image modality, and the one or more isolated structures (119a, 119b, 119n) in a database; forming an adaptive report by selecting from the database and adding to the template report two or more image views, each image view from a different image modality, and the one or more isolated structures, according to an ontological structure of the template report; and distributing the adaptive report to one or more users through a network for receipt in a computer system for display and use to prepare the medical report for the subject.
Tissue measurement and ablation apparatus having: a source of microwave radiation; a probe for directing microwave radiation from the source into tissue, the probe having an antenna adapted to emit the microwave radiation from an emitting region thereof; a first channel for carrying microwave radiation between the source and the probe in a controlled ablation mode; a detector for detecting the magnitude and phase of microwave radiation reflected from the tissue; wherein the first channel is operable at a first power level and includes a tuner arranged to dynamically match the impedance of the apparatus with the impedance of the tissue seen by the emitting region of the antenna, and one or more power couplers (1400, 1500, 1600, 1700) arranged to couple the reflected microwave radiation to the detector; and characterised by: a second channel for carrying microwave radiation between the source and the probe in a measurement mode; and a switch for selecting the first or second channel according to the required mode of operation; wherein the second channel is operable at a second power level and is arranged to directly supply the reflected microwave radiation to the detector. a source of microwave radiation; a probe for directing microwave radiation from the source into tissue, the probe having an antenna adapted to emit the microwave radiation from an emitting region thereof; a first channel for carrying microwave radiation between the source and the probe in a controlled ablation mode; a detector for detecting the magnitude and phase of microwave radiation reflected from the tissue; wherein the first channel is operable at a first power level and includes a tuner arranged to dynamically match the impedance of the apparatus with the impedance of the tissue seen by the emitting region of the antenna, and one or more power couplers (1400, 1500, 1600, 1700) arranged to couple the reflected microwave radiation to the detector; and characterised by: a second channel for carrying microwave radiation between the source and the probe in a measurement mode; and a switch for selecting the first or second channel according to the required mode of operation; wherein the second channel is operable at a second power level and is arranged to directly supply the reflected microwave radiation to the detector. a second channel for carrying microwave radiation between the source and the probe in a measurement mode; and a switch for selecting the first or second channel according to the required mode of operation; wherein the second channel is operable at a second power level and is arranged to directly supply the reflected microwave radiation to the detector.
Aptamer comprising a nucleic acid sequence of SEQ ID No. 1, SEQ ID No.2, SEQ ID No. 3 and/or a nucleic acid sequence being at least 80% identical to one of SEQ ID No. 1, 2 and 3 for use in therapy of autoimmune diseases by interfering with the interaction of autoantibodies specific for G-protein coupled receptors associated with autoimmune diseases, wherein the autoimmune disease is cardiomyopathy, dilated cardiomyopathy, peripartum cardiomyopathy (PPCM), idiopathic cardiomyopathy, Chagas' cardiomyopathy, Chagas' megacolon, Chagas' megaesophagus, Chagas' neuropathy, benign prostatic hyperplasia, scleroderma, psoriasis, Raynaud syndrome, pre-eclamsia, kidney allograft rejection, myocarditis, glaucoma, hypertension, pulmonary hypertension, malignant hypertension, and/or Alzheimer's disease, and wherein the aptamer binds specifically and with high affinity to said autoantibodies.
A tension indication device for a rock bolt, wherein the rock bolt comprises a central rod with a trailing portion provided with a nut, wherein the tension indication device comprises: a support washer provided with a central hole for receiving the trailing portion of the rock bolt, a cover member with a central hole for receiving the trailing portion of the rock bolt, and an indicator substance provided in a first space, characterized in that the first space is provided in the cover member and is radially outwards surrounded by a circumferential wall portion of the cover member extending about a central axis of the tension indication device, wherein the circumferential wall portion is configured such that it is deformable by the nut upon tensioning of the central rod at rotation of the nut such that the nut at least partly enters the first space. wherein the rock bolt comprises a central rod with a trailing portion provided with a nut, wherein the tension indication device comprises: a support washer provided with a central hole for receiving the trailing portion of the rock bolt, a cover member with a central hole for receiving the trailing portion of the rock bolt, and an indicator substance provided in a first space, characterized in that the first space is provided in the cover member and is radially outwards surrounded by a circumferential wall portion of the cover member extending about a central axis of the tension indication device, wherein the circumferential wall portion is configured such that it is deformable by the nut upon tensioning of the central rod at rotation of the nut such that the nut at least partly enters the first space. a support washer provided with a central hole for receiving the trailing portion of the rock bolt, a cover member with a central hole for receiving the trailing portion of the rock bolt, and an indicator substance provided in a first space, characterized in that the first space is provided in the cover member and is radially outwards surrounded by a circumferential wall portion of the cover member extending about a central axis of the tension indication device, wherein the circumferential wall portion is configured such that it is deformable by the nut upon tensioning of the central rod at rotation of the nut such that the nut at least partly enters the first space.
A nerve stimulation needle comprising: - a hand graspable hub, by which one person typically handles manipulation of a needle operably coupled to the hand graspable hub; - an electrical tether to operably electrically couple the needle to a remote peripheral nerve stimulator which a second person typically operates to control the amount of current being applied via the needle; - display means (22, 23) for determining an amount of current being presently provided to the needle and for providing corresponding information to a needle functionality indicia (14, 24, 41, 42, 51) such that the needle functionality indicia (14, 24, 41, 42, 51) corresponds to the amount of current then being presently provided to the needle, wherein the needle functionality indicia (14, 24, 41, 42, 51) is disposed on the hand graspable hub, such that the one person can readily determine the amount of current presently being provided under the control of the second person. - a hand graspable hub, by which one person typically handles manipulation of a needle operably coupled to the hand graspable hub; - an electrical tether to operably electrically couple the needle to a remote peripheral nerve stimulator which a second person typically operates to control the amount of current being applied via the needle; - display means (22, 23) for determining an amount of current being presently provided to the needle and for providing corresponding information to a needle functionality indicia (14, 24, 41, 42, 51) such that the needle functionality indicia (14, 24, 41, 42, 51) corresponds to the amount of current then being presently provided to the needle, wherein the needle functionality indicia (14, 24, 41, 42, 51) is disposed on the hand graspable hub, such that the one person can readily determine the amount of current presently being provided under the control of the second person.
A portable electronic lock, comprising a lock body and a securing part which is movable relative to the lock body between a closed position and an open position, wherein the lock body comprises an electromechanical locking device which has an electric motor having a rotor, a latch (36, 236) coupled to the rotor, and a control circuit, wherein the latch (36, 236) can be electrically driven by means of the electric motor from a locking position, in which the securing part located in the closed position is locked to the lock body, into an unlocking position in which the securing part is released for a movement into the open position, characterized in that a mechanical driving of the latch (36, 236) can be effected by a moving of the securing part from the open position into the closed position, with the latch (36, 236) being drive-effectively coupled to the rotor of the electric motor such that the mechanical driving of the latch (36, 236) effects a forced rotational movement of the rotor, with the electric motor being configured to generate an electrical voltage on the basis of the forced rotational movement of the rotor. wherein the latch (36, 236) can be electrically driven by means of the electric motor from a locking position, in which the securing part located in the closed position is locked to the lock body, into an unlocking position in which the securing part is released for a movement into the open position, characterized in that a mechanical driving of the latch (36, 236) can be effected by a moving of the securing part from the open position into the closed position, with the latch (36, 236) being drive-effectively coupled to the rotor of the electric motor such that the mechanical driving of the latch (36, 236) effects a forced rotational movement of the rotor, with the electric motor being configured to generate an electrical voltage on the basis of the forced rotational movement of the rotor.
A surgical patient support, comprising: a first support top having a head end and a foot end, a pair of support brackets (14, 16), each of the pair of support brackets (14, 16) being coupled to one of the head and foot ends (30, 34) of the first support top, a second support top extending from the head end to the foot end and connected to the pair of support brackets (14, 16) such that the second support top is perpendicular to the first support top, wherein the second support top is a prone support top, characterised in that the pair of support brackets (14, 16) each includes first and second bracket rails (20, 22) extending parallel to each other and bracket struts (24, 26) extending between and connected to the first and second bracket rails (20, 22). a first support top having a head end and a foot end, a pair of support brackets (14, 16), each of the pair of support brackets (14, 16) being coupled to one of the head and foot ends (30, 34) of the first support top, a second support top extending from the head end to the foot end and connected to the pair of support brackets (14, 16) such that the second support top is perpendicular to the first support top, wherein the second support top is a prone support top, characterised in that the pair of support brackets (14, 16) each includes first and second bracket rails (20, 22) extending parallel to each other and bracket struts (24, 26) extending between and connected to the first and second bracket rails (20, 22).
A locking system having a first device having at least two states and being configured as a control unit, and an associated second device configured as an electronic key, an ID transponder, a chip card, the two devices (4, 5) having transmitters and/or receivers (11, 12) for electromagnetic signals for the intended operation thereof, wherein at least one of the signals transmitted between the second device and the first device is an encoded operation signal for authenticating the second device such that, upon authentication by positively evaluating the transmitted operation signal, if the second device is authorized, a change in state of the first device is effectable, and an energy storage for supplying energy to the second device for the intended operation thereof, wherein in the second device, a passively operating transponder is operable without any energy supply by the second device such that, when the energy storage is depleted, an emergency operation of the second device is enabled by transmitting an encoded auxiliary signal between the first device and the second device for authenticating the second device, wherein the transponder is a surface acoustic wave tag, wherein the request signal broadcast by the first device is reflected by the SAW tag to the first device as an encoded response signal including the information for authenticating the second device, and wherein the SAW tag is operable without any energy, the SAW tag comprises a piezoelectric substrate, characterized in that the SAW tag has a tag antenna for receiving the request signal, that the tag antenna is further connected to an interdigital transducer of the SAW tag converting the electromagnetic signal of the request impulse to an acoustic surface wave, that the SAW tag yet further has at least one code reflector for the acoustic surface wave disposed at a predetermined position of the substrate, that the acoustic SAW impulse reflected at the code reflector is yet further reconverted to an electromagnetic signal at the interdigital transducer and is sent as a response signal by the tag antenna, and that the reflected response signal correspondingly encoded is received by a reader in the first device for determining the authentication of the second device, and a switch element is connected to the code reflector of the SAW tag, wherein, depending on the switch state of the switch element, the code reflector is activated or deactivated, that, when the energy storage is not depleted, the code reflector is deactivated by the switch element such that reflecting the encoded response signal is prevented, and further, when the energy storage is depleted, the code reflector is activated by the switch element such that reflecting the encoded response signal is enabled.
A wad for a shotgun cartridge, the wad comprising a cup-shaped member (4, 30) having an open end and closed end, and wherein the cup-shaped member (4, 30) comprises a biodegradable fibrous material; wherein the cup-shaped member (4, 30) comprises a fabric material (51, 67); wherein the cup-shaped member (4, 30) is formed in part from a pulp material (52, 66); characterised in that the cup-shaped member (4, 30) comprises at least one of: (i) the fabric material (51, 67) laminated onto the pulp material; and (ii) the fabric material (51, 67) embedded into the pulp material.
Method for transmitting a hearing device setting dataset from a first hearing device to a second hearing device, wherein according to the method - a translation instruction for hearing device setting data, which are included in the hearing device setting dataset, from a platform of the first hearing device to a platform of the second hearing device is retrieved from a database by means of an Internet-capable third device, - the translation instruction is transmitted to the first or the second hearing device (20, 1) or to a local fourth device, - an instruction to transmit the hearing device setting dataset is output by means of the Internet-capable third device, - the hearing device setting dataset is transferred from the first to the second hearing device locally and while bypassing the Internet or a computer network, and - the hearing device setting data included in the hearing device setting dataset are translated to the platform of the second hearing device in the first or the second hearing device (20, 1) or in the fourth device without accessing the Internet or the computer network. - a translation instruction for hearing device setting data, which are included in the hearing device setting dataset, from a platform of the first hearing device to a platform of the second hearing device is retrieved from a database by means of an Internet-capable third device, - the translation instruction is transmitted to the first or the second hearing device (20, 1) or to a local fourth device, - an instruction to transmit the hearing device setting dataset is output by means of the Internet-capable third device, - the hearing device setting dataset is transferred from the first to the second hearing device locally and while bypassing the Internet or a computer network, and - the hearing device setting data included in the hearing device setting dataset are translated to the platform of the second hearing device in the first or the second hearing device (20, 1) or in the fourth device without accessing the Internet or the computer network.
Apparatus for plasma dicing a semiconductor substrate in combination with a workpiece comprising the semiconductor substrate and a carrier sheet on a frame member, wherein the carrier sheet carries the semiconductor substrate the apparatus comprising: a chamber; a plasma production device configured to produce a plasma within the chamber suitable for dicing the semiconductor substrate; a workpiece support located in the chamber for supporting the workpiece through contact with the carrier sheet; a frame cover element configured to, in use, clamp the frame member thereby clamping the carrier sheet against an auxiliary element disposed in the chamber, wherein the workpiece support is an electrostatic chuck which acts as the auxiliary element, and the electrostatic chuck is configured to provide an additional, electrostatic clamping force acting on the frame member; in which: the electrostatic chuck comprises a workpiece support surface which supports the workpiece through contact with the carrier sheet and which has a periphery; the frame member defines a periphery of the workpiece; and the periphery of the workpiece is wholly located within the periphery of the workpiece support surface. a chamber; a plasma production device configured to produce a plasma within the chamber suitable for dicing the semiconductor substrate; a workpiece support located in the chamber for supporting the workpiece through contact with the carrier sheet; a frame cover element configured to, in use, clamp the frame member thereby clamping the carrier sheet against an auxiliary element disposed in the chamber, wherein the workpiece support is an electrostatic chuck which acts as the auxiliary element, and the electrostatic chuck is configured to provide an additional, electrostatic clamping force acting on the frame member; in which: the electrostatic chuck comprises a workpiece support surface which supports the workpiece through contact with the carrier sheet and which has a periphery; the frame member defines a periphery of the workpiece; and the periphery of the workpiece is wholly located within the periphery of the workpiece support surface.
A casing (10, 50) for a cosmetic article (12, 52), the casing comprising: a base (18, 58) having an inner surface (19, 59) which accommodates a mirror (20, 60); a lid (22, 62) rotatably mounted to the base (18, 58), the lid being rotatable, relative to the base (18, 58), between a closed position and an opened position; and an intermediate tray (30, 66) located between the base (18, 58) and the lid (22, 62) for accommodating the cosmetic article (12, 52), the intermediate tray (30, 66) being slidably mounted to the base (18, 58) so as to be movable relative to the base between a retracted position, in which the intermediate tray (30, 66) substantially covers the inner surface (19, 59) of the base, and an extended position, in which the intermediate tray (30, 66) exposes the mirror (20, 60), wherein rotation of the lid (22, 62) from the closed position to the open position causes the tray (30, 66) to slide from the retracted position to the extended position. a base (18, 58) having an inner surface (19, 59) which accommodates a mirror (20, 60); a lid (22, 62) rotatably mounted to the base (18, 58), the lid being rotatable, relative to the base (18, 58), between a closed position and an opened position; and an intermediate tray (30, 66) located between the base (18, 58) and the lid (22, 62) for accommodating the cosmetic article (12, 52), the intermediate tray (30, 66) being slidably mounted to the base (18, 58) so as to be movable relative to the base between a retracted position, in which the intermediate tray (30, 66) substantially covers the inner surface (19, 59) of the base, and an extended position, in which the intermediate tray (30, 66) exposes the mirror (20, 60),