mhurhangee/ep-ind-claims huggingface dataset:
A medical system, comprising: - a patient storage element, the patient storage element being assigned to a patient by comprising identification information identifying the patient, - a medical device, the medical device being configured for a contaminating patient application, - a medical device storage element, the medical device storage element being provided on the medical device and comprising use information, and - a clearing device, the clearing device being configured to - receive the identification information from the patient storage element and the use information from the medical device storage element, and - analyze the use information, characterized in that the clearing device is further configured to - if in the step of analyzing the use information it is found that application of the medical device to the patient is allowed, output a clearance signal, and - if in the step of analyzing the use information it is found that application of the medical device to the patient is not allowed, analyze the identification information, and, if in the step of analyzing the identification information it is found that application of the medical device to the patient is allowed, output a clearance signal. - a patient storage element, the patient storage element being assigned to a patient by comprising identification information identifying the patient, - a medical device, the medical device being configured for a contaminating patient application, - a medical device storage element, the medical device storage element being provided on the medical device and comprising use information, and - a clearing device, the clearing device being configured to - receive the identification information from the patient storage element and the use information from the medical device storage element, and - analyze the use information, characterized in that the clearing device is further configured to - if in the step of analyzing the use information it is found that application of the medical device to the patient is allowed, output a clearance signal, and - if in the step of analyzing the use information it is found that application of the medical device to the patient is not allowed, analyze the identification information, and, if in the step of analyzing the identification information it is found that application of the medical device to the patient is allowed, output a clearance signal. - receive the identification information from the patient storage element and the use information from the medical device storage element, and - analyze the use information, - if in the step of analyzing the use information it is found that application of the medical device to the patient is allowed, output a clearance signal, and - if in the step of analyzing the use information it is found that application of the medical device to the patient is not allowed, analyze the identification information, and, if in the step of analyzing the identification information it is found that application of the medical device to the patient is allowed, output a clearance signal.
Packaging for containers having each a cylindrical body and an upper surface located at or near an extremity of the body, said packaging comprising a nest, a tub, and a sealing cover, the nest having receiving means (11, 12) for receiving the containers and comprising at least one first supporting surface, to be received on at least one corresponding supporting surface of the tub, the tub having a bottom wall, lateral walls forming an upper opening, and a peripheral flange levelled with said upper opening, for the sealing of said sealing cover thereon, said nest comprising at least one second supporting surface rigidly connected to said at least one first supporting surface and so positioned with respect to this at least one first supporting surface that this second supporting surface is located, when the nest is placed in the tub, at the level of said peripheral flange; characterized in that: - said nest comprises two said second supporting surfaces on two opposed sides; - each second supporting surface is formed by the upper wall of a supporting element, this supporting element having an inner lateral wall and an outer lateral wall, and said supporting element comprises interior walls connecting said inner lateral wall and said outer lateral wall, for strengthening said supporting element. - said nest comprises two said second supporting surfaces on two opposed sides; - each second supporting surface is formed by the upper wall of a supporting element, this supporting element having an inner lateral wall and an outer lateral wall, and said supporting element comprises interior walls connecting said inner lateral wall and said outer lateral wall, for strengthening said supporting element.
Process for production of aggregated conformation prion protein from native conformation prion protein by contacting native conformation prion protein with aggregated conformation prion protein in a liquid composition and subjecting the liquid composition to at least one cycle comprising the generation of shear force and a resting phase, characterized in that the shear force is applied to each volume element of the liquid composition and consists of one uniform shear-force intensity having an intensity range of maximally 10% of one shear-force value.
Apparatus for use during the building of a tyre carcass of a radial tyre on a carcass building machine of a tyre building plant, which carcass building machine has a stationary part, with a winding drum, and a part which can be moved in the axial direction of the winding drum and has a core centring apparatus for two cores of the radial tyre, characterized by a multiaxial transfer apparatus which is controlled by servomotor and has a handling unit which has, in combination and selectively actuably, a core gripper for the transfer of the cores from a core store to the core centring apparatus, and a carcass gripper for the gripping and for the transfer of the built tyre carcass from the winding drum to a conveying device.
A method executed by an enhanced node B "eNB", comprising: transmitting a discontinuous reception "DRX" configuration to a user equipment "UE", the DRX configuration indicating an on-duration, the on-duration corresponding to a time interval where the UE receives a downlink control channel; transmitting a precoding matrix index "PMI" resource configuration to the UE, the resource configuration indicating a periodic PMI reporting resource; transmitting data to the UE; determining that the data was not received successfully by the UE; determining a time period for one or more potential retransmissions; and receiving PMI using the periodic PMI reporting resource until the determined time period ends. transmitting a discontinuous reception "DRX" configuration to a user equipment "UE", the DRX configuration indicating an on-duration, the on-duration corresponding to a time interval where the UE receives a downlink control channel; transmitting a precoding matrix index "PMI" resource configuration to the UE, the resource configuration indicating a periodic PMI reporting resource; transmitting data to the UE; determining that the data was not received successfully by the UE; determining a time period for one or more potential retransmissions; and receiving PMI using the periodic PMI reporting resource until the determined time period ends.
A component comprising: a carrier; a plurality of functional structures disposed on the carrier, wherein the plurality of functional structures operates with acoustic waves and are connected to form an RF filter; a plurality of thin-layer coverings resting on the carrier, each one of the plurality of functional structures being spanned by a separate one of the plurality of thin-layer coverings; and a first wiring layer disposed on each thin-layer covering and comprising structured conductor traces, wherein the first wiring layer is interconnected with each functional structure via the conductor traces, and connection of the plurality of functional structures to form the RF filter is realized at least partially in the first wiring layer. a carrier; a plurality of functional structures disposed on the carrier, wherein the plurality of functional structures operates with acoustic waves and are connected to form an RF filter; a plurality of thin-layer coverings resting on the carrier, each one of the plurality of functional structures being spanned by a separate one of the plurality of thin-layer coverings; and a first wiring layer disposed on each thin-layer covering and comprising structured conductor traces, wherein the first wiring layer is interconnected with each functional structure via the conductor traces, and connection of the plurality of functional structures to form the RF filter is realized at least partially in the first wiring layer.
A method of scanning an object using a contact analogue probe comprising a deflectable stylus for contacting the object mounted on a machine tool, so as to collect scanned measurement data along a nominal measurement line on the surface of the object, the analogue probe having a preferred measurement range, the method comprising: controlling the contact analogue probe and/or object to perform a scanning operation in accordance with a course of relative motion, the course of relative motion being configured such that, based on assumed properties of the surface of the object, the analogue probe will be caused to obtain data within its preferred measuring range, as well as cause the analogue probe to go outside its preferred measuring range, along the nominal measurement line on the surface of the object. controlling the contact analogue probe and/or object to perform a scanning operation in accordance with a course of relative motion, the course of relative motion being configured such that, based on assumed properties of the surface of the object, the analogue probe will be caused to obtain data within its preferred measuring range, as well as cause the analogue probe to go outside its preferred measuring range, along the nominal measurement line on the surface of the object.
A light distribution controller for controlling a light distribution pattern which is formed by light emitted from a vehicle headlamp of a vehicle so as to prevent glare light from being directed to a front vehicle (A, B) which exists in front of the vehicle and which is an oncoming vehicle traveling in an opposite lane opposite to a lane in which the vehicle is traveling, based on a relative distance between the vehicle and the front vehicle in a vehicle traveling direction, wherein the light distribution controller is configured to control the light distribution pattern so as to block or reduce light directed to a second region where the front vehicle is present and a third region which is located outside the front vehicle and closer to a road shoulder side, when the relative distance is in a range of a second value to a first value, wherein the second value is smaller than the first value, characterized in that the light distribution controller is configured to control the light distribution pattern so as to block or reduce light directed to a first region (90A, 90B) where the front vehicle is present, when the relative distance is larger than the first value, and in that the light distribution controller is configured to control the light distribution pattern without blocking or reducing light directed to a fourth region where the front vehicle is present, when the relative distance is smaller than the second value.
A method of rendering at least one spatialized virtual audio source around an expected listener, to a series of virtual speakers around said expected listener, characterized in that the method includes the step of: rendering the audio source to an intermediate spatial format for playback over the series of virtual speakers arranged in a series of planes (41-44, 51-54) around the expected listener, wherein the rendering to the virtual speakers within each plane utilizes a series of panning curves which include spatial frequency components that are less than or equal to the number of virtual speakers. rendering the audio source to an intermediate spatial format for playback over the series of virtual speakers arranged in a series of planes (41-44, 51-54) around the expected listener,
A therapeutic agent for use in the treatment of multiple myeloma, the therapeutic agent containing an anti-human CD48 monoclonal antibody and having cellular cytotoxicity to cells expressing human CD48.
A method for a first mobile device (105A; 105F; 105G) to communicate with a second mobile device (105B; 105C; 105K; 105L), the first mobile device (105A; 105G) having primary coverage (505A; 505B) from a first access node (110A; 110B) of a mobile communication system and the second mobile device not having primary coverage (505A; 505B) from any access node of the mobile communication system, the method comprising: transmitting, at the first mobile device, a secondary coverage signal (720; 725) indicating that the first mobile device is able to provide secondary coverage in the mobile communication system and indicating an opportunity for the second mobile device to transmit a second signal; receiving, at the first mobile device and in response to the secondary coverage signal, the second signal from the second mobile device, wherein the second signal comprises a presence indication that indicates the second mobile device is requesting secondary coverage in the mobile communication system; and reporting, from the first mobile device, the presence indication that indicates the second mobile device is requesting secondary coverage to a network node, wherein the presence indication is reported to said network node using an information element that indicates receipt of the presence indication. transmitting, at the first mobile device, a secondary coverage signal (720; 725) indicating that the first mobile device is able to provide secondary coverage in the mobile communication system and indicating an opportunity for the second mobile device to transmit a second signal; receiving, at the first mobile device and in response to the secondary coverage signal, the second signal from the second mobile device, wherein the second signal comprises a presence indication that indicates the second mobile device is requesting secondary coverage in the mobile communication system; and reporting, from the first mobile device, the presence indication that indicates the second mobile device is requesting secondary coverage to a network node, wherein the presence indication is reported to said network node using an information element that indicates receipt of the presence indication.
Heating, ventilation and/or air-conditioning apparatus able to be mounted against a bulkhead separating an interior from a forward compartment of a vehicle, defined in an orthonormal frame of reference by a longitudinal axis, a transverse axis and a vertical axis, comprising at least one device for admitting an air flow into the apparatus, at least one first heat exchanger and one second heat exchanger through which the air flow passes and each having an inlet face (31, 33) for the air flow which extends in a substantially vertical plane, the device for admitting the air flow being positioned above, along the vertical axis, and at least partially in the continuation of, at least one of the heat exchangers (12, 13, 20); the heat exchangers (12, 13) are arranged in the heating, ventilation and/or air-conditioning apparatus so that at least a portion of the air flow that passes through the first heat exchanger also passes through the second heat exchanger, characterized in that the air flow moves along the transverse axis between the two heat exchangers (12, 13).
A medical robot for assisting a practitioner during a medical intervention for treating a lesion in an anatomy of interest of a patient, said medical robot comprising a robotic arm comprising, at a distal end, a tool guide intended to guide a medical instrument, and a control unit configured to control the robotic arm, the medical robot being configured to cooperate with a navigation system and with an ultrasound probe to be positioned by the practitioner at the anatomy of interest of the patient, the control unit being configured to be able to determine at any time, based on information communicated by the navigation system, the position of a robot marker to be attached to the medical robot, the position of a patient marker to be positioned on the patient proximate to the anatomy of interest, and the position of a probe marker to be attached to the ultrasound probe, said medical robot being characterized in that: - during a modeling phase, the control unit is configured to receive a plurality of ultrasound images acquired by the ultrasound probe during at least one respiratory cycle of the patient and to generate, from said ultrasound images, a model for estimating the position of a target point at the lesion and the position of an entry point at the skin of the patient irrespective of the moment considered in a subsequent respiratory cycle of the patient, based on the position of the patient marker at said considered moment, without it being necessary to acquire an ultrasound image at said considered moment, - during a guidance phase, the control unit is configured to control the robotic arm in real time based on the position of the patient marker such that the tool guide allows guiding of the medical instrument along a trajectory defined by the position of the target point and the position of the entry point associated with the position of the patient marker in the model. - during a modeling phase, the control unit is configured to receive a plurality of ultrasound images acquired by the ultrasound probe during at least one respiratory cycle of the patient and to generate, from said ultrasound images, a model for estimating the position of a target point at the lesion and the position of an entry point at the skin of the patient irrespective of the moment considered in a subsequent respiratory cycle of the patient, based on the position of the patient marker at said considered moment, without it being necessary to acquire an ultrasound image at said considered moment, - during a guidance phase, the control unit is configured to control the robotic arm in real time based on the position of the patient marker such that the tool guide allows guiding of the medical instrument along a trajectory defined by the position of the target point and the position of the entry point associated with the position of the patient marker in the model.
A device for treating a patient's nasal airway, the device comprising: an elongate shaft having a proximal end and a distal end and having a first width or diameter; a handle at the proximal end of the elongate shaft; and a treatment element positioned at the distal end of the elongate shaft and sized to be inserted into a nose and configured to deliver energy to tissues within the nose to reshape a region of the nose to a new conformation, wherein: the treatment element has a second width or diameter, larger than said first width or diameter, such that the treatment element is provided on an enlarged distal tip of the elongate shaft, the treatment element has a convex shape configured to press against and create a concavity in nasal valve cartilage, and the treatment element comprises one or more pairs of non-penetrating, bipolar electrodes configured to deliver radiofrequency energy to the nasal tissues. an elongate shaft having a proximal end and a distal end and having a first width or diameter; a handle at the proximal end of the elongate shaft; and a treatment element positioned at the distal end of the elongate shaft and sized to be inserted into a nose and configured to deliver energy to tissues within the nose to reshape a region of the nose to a new conformation, wherein: the treatment element has a second width or diameter, larger than said first width or diameter, such that the treatment element is provided on an enlarged distal tip of the elongate shaft, the treatment element has a convex shape configured to press against and create a concavity in nasal valve cartilage, and the treatment element comprises one or more pairs of non-penetrating, bipolar electrodes configured to deliver radiofrequency energy to the nasal tissues. the treatment element has a second width or diameter, larger than said first width or diameter, such that the treatment element is provided on an enlarged distal tip of the elongate shaft, the treatment element has a convex shape configured to press against and create a concavity in nasal valve cartilage, and the treatment element comprises one or more pairs of non-penetrating, bipolar electrodes configured to deliver radiofrequency energy to the nasal tissues.
A computer implemented method of designing a dental restoration for a patient, wherein the method comprises: - providing one or more 2D images (201, 301, 401, 501, 601, 610, 701, 801, 901, 1001, 1101) showing the patient's teeth before preparing the teeth, where at least one 2D image comprises at least one facial feature wherein the facial feature(s) are present in an image of the patient and wherein the facial features comprise(s) the lips of the patient; - cutting out the part of the 2D image (201, 301, 401, 501, 601, 610, 701, 801, 901, 1001, 1101) which is inside the edge of the lips; - providing a 3D virtual model (202, 302, 402, 602, 702, 902, 1002, 1102) of at least part of the patient's oral cavity; - arranging the 2D image (201, 301, 401, 501, 601, 610, 701, 801, 901, 1001, 1101) and the 3D virtual model (202, 302, 402, 602, 702, 902, 1002, 1102) in the virtual 3D space as separate representations at a distance between each other so that the 2D image and the 3D virtual model are aligned when viewed from a front viewpoint; - scaling the one or more 2D digital image (201, 301, 401, 501, 601, 610, 701, 801, 901, 1001, 1101) and the 3D virtual model (202, 302, 402, 602, 702, 902, 1002, 1102) to show at least part of the teeth in the same size; and - digitally designing a restoration on the 3D virtual model. - providing one or more 2D images (201, 301, 401, 501, 601, 610, 701, 801, 901, 1001, 1101) showing the patient's teeth before preparing the teeth, where at least one 2D image comprises at least one facial feature wherein the facial feature(s) are present in an image of the patient and wherein the facial features comprise(s) the lips of the patient; - cutting out the part of the 2D image (201, 301, 401, 501, 601, 610, 701, 801, 901, 1001, 1101) which is inside the edge of the lips; - providing a 3D virtual model (202, 302, 402, 602, 702, 902, 1002, 1102) of at least part of the patient's oral cavity; - arranging the 2D image (201, 301, 401, 501, 601, 610, 701, 801, 901, 1001, 1101) and the 3D virtual model (202, 302, 402, 602, 702, 902, 1002, 1102) in the virtual 3D space as separate representations at a distance between each other so that the 2D image and the 3D virtual model are aligned when viewed from a front viewpoint; - scaling the one or more 2D digital image (201, 301, 401, 501, 601, 610, 701, 801, 901, 1001, 1101) and the 3D virtual model (202, 302, 402, 602, 702, 902, 1002, 1102) to show at least part of the teeth in the same size; and - digitally designing a restoration on the 3D virtual model.