mhurhangee/ep-ind-claims huggingface dataset:
A brachytherapy system for applying a dose of beta radiation to a target, said brachytherapy system comprising: a. a handle having a distal end; b. a cap system disposed on the distal end of the handle, wherein the cap system comprises a base ring having a first end and a second end opposite the first end and a cavity therein for accepting a radionuclide brachytherapy source, RBS, the first end being open to allow for insertion of the RBS into the cavity; the cap system having a barrier surface sealing the second end of the base ring so as to prevent passing of the RBS through the second end, wherein the barrier surface is constructed from a material comprising a synthetic polymer material and the base ring is constructed from a material comprising a metal or metal alloy; c. a radiation attenuation shield attached to the cap system on the second end of the base ring, the radiation attenuation shield being constructed to regulate a dose of beta radiation delivered from an RBS to a target plane of a treatment area, wherein the radiation attenuation shield comprises a shield wall with a sealed bottom barrier forming a shield well for accepting the second end of the base ring of the cap system; and d. a shaping component disposed on an interior surface of the bottom barrier, the shaping component being shaped and constructed to regulate a dose of beta radiation delivered from an RBS to a target plane of a treatment area. a. a handle having a distal end; b. a cap system disposed on the distal end of the handle, wherein the cap system comprises a base ring having a first end and a second end opposite the first end and a cavity therein for accepting a radionuclide brachytherapy source, RBS, the first end being open to allow for insertion of the RBS into the cavity; the cap system having a barrier surface sealing the second end of the base ring so as to prevent passing of the RBS through the second end, wherein the barrier surface is constructed from a material comprising a synthetic polymer material and the base ring is constructed from a material comprising a metal or metal alloy; c. a radiation attenuation shield attached to the cap system on the second end of the base ring, the radiation attenuation shield being constructed to regulate a dose of beta radiation delivered from an RBS to a target plane of a treatment area, wherein the radiation attenuation shield comprises a shield wall with a sealed bottom barrier forming a shield well for accepting the second end of the base ring of the cap system; and d. a shaping component disposed on an interior surface of the bottom barrier, the shaping component being shaped and constructed to regulate a dose of beta radiation delivered from an RBS to a target plane of a treatment area.
A peptide ligand specific for Nectin-4 comprising a polypeptide comprising at least three cysteine residues, separated by at least two loop sequences, and a molecular scaffold which forms covalent bonds with the cysteine residues of the polypeptide such that at least two polypeptide loops are formed on the molecular scaffold, wherein the peptide ligand comprises the amino acid sequence: C i P [dD]C ii M[HArg]DWSTP[HyP]WC iii (SEQ ID NO: 1) or a pharmaceutically acceptable salt thereof; wherein 1Nal represents 1-naphthylalanine, HArg represents homoarginine, HyP represents hydroxyproline and C i, C ii and C iii represent first, second and third cysteine residues, respectively.
A method of distinguishing a respiratory pathogen causing acute respiratory infection, wherein a pathogen to be distinguished includes a pathogen colonizing the respiratory tract, the method comprising: measuring the relative value of the amount of the pathogen in a sample containing the respiratory secretions of a subject, to the amount of the subject's cells in the sample; and distinguishing whether or not the pathogen is the respiratory pathogen, based on the relative value. measuring the relative value of the amount of the pathogen in a sample containing the respiratory secretions of a subject, to the amount of the subject's cells in the sample; and distinguishing whether or not the pathogen is the respiratory pathogen, based on the relative value.
A method implemented by a computing system for securing data access of machine learning training data at a plurality of distributed computing devices, the method comprising: the computing system receiving electronic content comprising original data; the computing system determining a security level associated with the electronic content; the computing system selectively dividing the electronic content into a plurality of microsegments by duration, the duration of the microsegments being selected according to the determined security level; the computing system identifying a plurality of destination computing devices configured to apply a plurality of labels corresponding to the plurality of microsegments; and the computing system restrictively distributing the plurality of microsegments to the plurality of destination computing devices, wherein the restricted distribution includes restricting a quantity of microsegments to be distributed to any one of the destination computing devices to less than a pre-determined threshold, wherein the pre-determined threshold is determined based on the determined security level. the computing system receiving electronic content comprising original data; the computing system determining a security level associated with the electronic content; the computing system selectively dividing the electronic content into a plurality of microsegments by duration, the duration of the microsegments being selected according to the determined security level; the computing system identifying a plurality of destination computing devices configured to apply a plurality of labels corresponding to the plurality of microsegments; and the computing system restrictively distributing the plurality of microsegments to the plurality of destination computing devices, wherein the restricted distribution includes restricting a quantity of microsegments to be distributed to any one of the destination computing devices to less than a pre-determined threshold, wherein the pre-determined threshold is determined based on the determined security level.
Rotary hearth furnace for heat treatment of metallic workpieces, comprising an inner housing which is rotatable about an axis of rotation and serves for charging heat-treatment places with a furnace gas, wherein the inner housing has heat-treatment places for the workpieces radially at the outside, said heat-treatment places being connected in a rotationally conjoint manner to the inner housing and being situated outside the inner housing, wherein the inner housing has nozzle devices by way of which furnace gas is able to be guided from the interior of the inner housing to the heat-treatment places, and each heat-treatment place is assigned a nozzle device which is connected in a rotationally conjoint manner to the inner housing, wherein there is formed at least one turbomachine by way of which furnace gas is able to be guided past at least one heat source into the interior of the inner housing, wherein each nozzle device has at least one first nozzle sub-device with a first blowing direction and one second nozzle sub-device with a second blowing direction, wherein the first blowing direction and the second blowing direction include an angle different from zero with one another. an inner housing which is rotatable about an axis of rotation and serves for charging heat-treatment places with a furnace gas, wherein the inner housing has heat-treatment places for the workpieces radially at the outside, said heat-treatment places being connected in a rotationally conjoint manner to the inner housing and being situated outside the inner housing, wherein the inner housing has nozzle devices by way of which furnace gas is able to be guided from the interior of the inner housing to the heat-treatment places, and each heat-treatment place is assigned a nozzle device which is connected in a rotationally conjoint manner to the inner housing, wherein there is formed at least one turbomachine by way of which furnace gas is able to be guided past at least one heat source into the interior of the inner housing, wherein each nozzle device has at least one first nozzle sub-device with a first blowing direction and one second nozzle sub-device with a second blowing direction, wherein the first blowing direction and the second blowing direction include an angle different from zero with one another.
A composition for use in prevention or treatment of skin scars, UV-damaged skin, hair loss, suture wounds, burn wounds, ulcers, or bedsores, said composition comprising a base composed of a bio-soluble and thread-forming polymer substance and an objective substance retained in said base, wherein said composition is to be administered by means of a microneedle assembly comprising a platform and a plurality of conical or pyramidal microneedles formed on said platform, the microneedles containing said composition; each of said microneedles has a first member with a tip part containing the objective substance and a second member with a bottom part not containing the objective substance; said objective substance is basic fibroblast growth factor (bFGF), acidic fibroblast growth factor (aFGF), or a nucleic acid or a plasmid encoding the gene thereof; and upon administration of said composition, said first member is to be inserted over its whole inserting-direction length into a dermal layer, wherein said use is a treatment by therapy.
A device for dispensing a mist of a dose of an ophthalmic liquid fluid, comprising: - a discharge opening for said mist, - a mixing chamber being in fluid flow communication with said discharge opening, - an air chamber, - a first drive operable to expel air from said air chamber, - a fluid chamber for holding a first volume of said liquid and being in fluid flow communication with said mixing chamber, - a dosing chamber for containing a second volume of said liquid corresponding to a plurality of said doses, preferably to two doses, of said liquid, - said dosing chamber being in fluid flow communication with or configured for being in fluid flow communication with said fluid chamber, characterised by said dosing chamber also being in fluid flow communication with or configured for being in fluid flow communication with a supply of said liquid, such as a collapsible liquid container or a liquid container having a movable bottom, - a second drive operable to supply said second volume of said liquid from said supply to said dosing chamber and for emptying said dosing chamber by repetitive delivery of single doses of said plurality of doses of said liquid contained therein towards said fluid chamber, - said air chamber being in fluid flow communication with said fluid chamber for said expelled air to drive said liquid delivered to said fluid chamber into said mixing chamber by said expelled air. - a discharge opening for said mist, - a mixing chamber being in fluid flow communication with said discharge opening, - an air chamber, - a first drive operable to expel air from said air chamber, - a fluid chamber for holding a first volume of said liquid and being in fluid flow communication with said mixing chamber, - a dosing chamber for containing a second volume of said liquid corresponding to a plurality of said doses, preferably to two doses, of said liquid, - said dosing chamber being in fluid flow communication with or configured for being in fluid flow communication with said fluid chamber, characterised by said dosing chamber also being in fluid flow communication with or configured for being in fluid flow communication with a supply of said liquid, such as a collapsible liquid container or a liquid container having a movable bottom, - a second drive operable to supply said second volume of said liquid from said supply to said dosing chamber and for emptying said dosing chamber by repetitive delivery of single doses of said plurality of doses of said liquid contained therein towards said fluid chamber, - said air chamber being in fluid flow communication with said fluid chamber for said expelled air to drive said liquid delivered to said fluid chamber into said mixing chamber by said expelled air.
A moving body guiding device comprising a supporting body and a moving body, the device configured to supply lubricating oil between a guiding surface of the supporting body and a sliding surface of the moving body, and guide the moving body, the device further comprising: a lubricating oil pocket the periphery of which is enclosed by a land portion and which is provided in the sliding surface of the moving body, a plurality of recesses being formed in the sliding surface in the oil pocket, and a closed-loop oil groove being formed along the inside of the land portion, a lubricating oil return passage which is at least partially open in the oil groove of the lubricating oil pocket and which connects a front portion and a rear portion of the lubricating oil pocket so that the lubricating oil accumulated in the rear portion in the movement direction flows toward the front portion in the movement direction in accordance with movement of the moving body, and a lubricating oil supply passage which is in communication with the lubricating oil return passage and which supplies the lubricating oil pocket with the lubricating oil supplied from a lubricating oil source through the lubricating oil return passage. a lubricating oil pocket the periphery of which is enclosed by a land portion and which is provided in the sliding surface of the moving body, a plurality of recesses being formed in the sliding surface in the oil pocket, and a closed-loop oil groove being formed along the inside of the land portion, a lubricating oil return passage which is at least partially open in the oil groove of the lubricating oil pocket and which connects a front portion and a rear portion of the lubricating oil pocket so that the lubricating oil accumulated in the rear portion in the movement direction flows toward the front portion in the movement direction in accordance with movement of the moving body, and a lubricating oil supply passage which is in communication with the lubricating oil return passage and which supplies the lubricating oil pocket with the lubricating oil supplied from a lubricating oil source through the lubricating oil return passage.
A method for correcting low-order aberrations of a high energy laser beam directed through a telescope to a target using a laser A beam control apparatus (200, 300) characterised in that the method comprises: - receiving a beam of electromagnetic energy from the target using the telescope, wherein the telescope is an off-aperture telescope that includes a first optical element and a second optical element, wherein each of the first and second optical elements comprises a reflective surface; - detecting aberrations in the received beam using a wavefront error sensor and providing a wavefront error signal in response thereto; - providing a correction signal from a processor in response to the wavefront error signal; and - selectively translating the second optical element in one or more of three substantially orthogonal directions corresponding to three orthogonal axes by at least one actuator in response to the correction signal; wherein the second optical element is translated in the three orthogonal axes and not rotated by the at least one actuator. - receiving a beam of electromagnetic energy from the target using the telescope, wherein the telescope is an off-aperture telescope that includes a first optical element and a second optical element, wherein each of the first and second optical elements comprises a reflective surface; - detecting aberrations in the received beam using a wavefront error sensor and providing a wavefront error signal in response thereto; - providing a correction signal from a processor in response to the wavefront error signal; and - selectively translating the second optical element in one or more of three substantially orthogonal directions corresponding to three orthogonal axes by at least one actuator in response to the correction signal;
An agricultural work machine with an operating direction and a transport system, the transport system comprising a plurality of wheels including a first wheel and a second wheel; and a wheel repositioning system operatively connected to said first wheel and said second wheel, said wheel repositioning system adapted to adjust a position of said first wheel and said second wheel in a direction substantially normal to the operating direction and thus to alter the wheel spacing while the agricultural work machine is moving in the operating direction, characterized in that said wheel repositioning system is configured to repetitively move said first wheel and said second wheel a predetermined distance after the passage of a selected duration of time until the wheels have been moved to one extreme, and then to incrementally move the wheels in the opposite direction until the other extreme of movement is met, or that said wheel repositioning system is configured to move said first wheel and said second wheel a predetermined distance dependent upon a signal from a wheel wear detector adapted to detect the wear of the tire rubber along the face of the wheel or that said wheel repositioning system is configured to move said first wheel and said second wheel dependent upon a row position information provided by a row detector configured to detect a position of rows of crop stubble relative to said first wheel and said second wheel and sending row position information to said wheel repositioning system. or that said wheel repositioning system is configured to move said first wheel and said second wheel a predetermined distance dependent upon a signal from a wheel wear detector adapted to detect the wear of the tire rubber along the face of the wheel and that said wheel repositioning system is configured to move said first wheel and said second wheel dependent upon a row position information provided by a row detector configured to detect a position of rows of crop stubble relative to said first wheel and said second wheel and sending row position information to said wheel repositioning system.
A method comprising, at a base station (104, 105): allocating a resource pool of physical resource blocks, PRBs, and sub-frames for vehicle-to-vehicle, V2V, sidelink transmissions; decoding, from a User Equipment, UE, an uplink control message that indicates that the UE requests a V2V sidelink transmission of a prioritized message; selecting, for the V2V sidelink transmission of the prioritized message, one or more PRBs of the resource pool and one or more sub-frames of the resource pool; and encoding, for transmission to the UE and to other UEs, a downlink control message that indicates: the selected PRBs, the selected sub-frames, and that the other UEs are to mute sidelink transmissions in the selected PRBs in the selected sub-frames to enable the V2V sidelink transmission of the prioritized message; storing in a memory information identifying the selected PRBs and the selected sub-frames. allocating a resource pool of physical resource blocks, PRBs, and sub-frames for vehicle-to-vehicle, V2V, sidelink transmissions; decoding, from a User Equipment, UE, an uplink control message that indicates that the UE requests a V2V sidelink transmission of a prioritized message; selecting, for the V2V sidelink transmission of the prioritized message, one or more PRBs of the resource pool and one or more sub-frames of the resource pool; and encoding, for transmission to the UE and to other UEs, a downlink control message that indicates: the selected PRBs, the selected sub-frames, and that the other UEs are to mute sidelink transmissions in the selected PRBs in the selected sub-frames to enable the V2V sidelink transmission of the prioritized message; the selected PRBs, the selected sub-frames, and that the other UEs are to mute sidelink transmissions in the selected PRBs in the selected sub-frames to enable the V2V sidelink transmission of the prioritized message; storing in a memory information identifying the selected PRBs and the selected sub-frames.
Connector-soldering aid for soldering single and/or cable wires to a connector, comprising - a connector mount with a first stand and - a cable mount with a second stand, wherein the connector mount has a base body, which is arranged on the first stand and is rotatable relative to the latter about an axis of rotation, characterized in that - the axis of rotation is fixed and - the connector mount further comprises - a replaceable attachment (21, 41) with a connector receiver (22, 43) and - a centring device for centring the attachment (21, 41), wherein the centring device is arranged on the base body and is further formed to centre the attachment (21, 41) such that the connector receiver (22, 43) is positioned centrally in relation to the axis of rotation of the base body. - a connector mount with a first stand and - a cable mount with a second stand, - the axis of rotation is fixed and - the connector mount further comprises - a replaceable attachment (21, 41) with a connector receiver (22, 43) and - a centring device for centring the attachment (21, 41), - a replaceable attachment (21, 41) with a connector receiver (22, 43) and - a centring device for centring the attachment (21, 41),
A substrate having a marking thereon, wherein a part of the substrate has a structure (1, 2, 3) attached thereto, and a part of the marking is present on the structure and the other part of the marking is present on the substrate itself, characterized in that the structure comprises a layer with a color-shift effect on at least a part of a surface of the structure, the surface being opposite to the substrate; wherein the layer with a color-shift effect includes at least one of an interference layer and a chiral liquid crystal polymer layer.
A washing machine comprising: a cabinet comprising a front panel in which a laundry inlet is formed; a door coupled to the front panel to open and close the laundry inlet; a door-lock disposed on a rear of the front panel and coupleable with the door to maintain the door in a closed state; characterized by: a cover member mounted on a rear surface (10b-1) of the front panel to cover the door-lock; and a sealing member sealing a gap between the cover member and the rear surface (10b-1) of the front panel. a cabinet comprising a front panel in which a laundry inlet is formed; a door coupled to the front panel to open and close the laundry inlet; a door-lock disposed on a rear of the front panel and coupleable with the door to maintain the door in a closed state; characterized by: a cover member mounted on a rear surface (10b-1) of the front panel to cover the door-lock; and a sealing member sealing a gap between the cover member and the rear surface (10b-1) of the front panel. a cover member mounted on a rear surface (10b-1) of the front panel to cover the door-lock; and a sealing member sealing a gap between the cover member and the rear surface (10b-1) of the front panel.