mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a tubular wall having a distal end and a tubular wall inner cross-sectional dimension, the distal end comprising a distal end cap, and a port extending through the distal end cap, the tubular wall at least partially enclosing an internal cavity communicating with the port, the port having a port inner cross-sectional dimension, less than the tubular wall inner cross-sectional dimension; a cord disposed in the internal cavity comprising a distal end placeable in the port; and an implant disposed distal of the tubular wall distal end cap and comprising a rod extending proximally past the port within the internal cavity, adjacent to the cord, the rod configured to selectively engage the distal end cap through the port depending on the location of the distal end of the cord, wherein the rod terminates with a ball at a proximal end of the rod, which ball cannot pass through the port when a distal tip of the cord obstructs a portion of the port and when another portion of the port is obstructed by the rod, which ball is free to pass through the port when the cord is moved away from the port. a tubular wall having a distal end and a tubular wall inner cross-sectional dimension, the distal end comprising a distal end cap, and a port extending through the distal end cap, the tubular wall at least partially enclosing an internal cavity communicating with the port, the port having a port inner cross-sectional dimension, less than the tubular wall inner cross-sectional dimension; a cord disposed in the internal cavity comprising a distal end placeable in the port; and an implant disposed distal of the tubular wall distal end cap and comprising a rod extending proximally past the port within the internal cavity, adjacent to the cord, the rod configured to selectively engage the distal end cap through the port depending on the location of the distal end of the cord, wherein the rod terminates with a ball at a proximal end of the rod, which ball cannot pass through the port when a distal tip of the cord obstructs a portion of the port and when another portion of the port is obstructed by the rod, which ball is free to pass through the port when the cord is moved away from the port.
A method of optimizing a radiotherapy treatment plan for delivering radiation to a patient's body in at least one session, wherein the delivery of radiation has a time structure, the method including the following steps: a. obtaining an initial radiotherapy treatment plan, b. obtaining a composite objective function, said composite objective function being based on at least one clinical goal for at least one region of the patient's body, c. selecting at least a first scenario including the time structure of the delivery of radiation and for at least one variable related to the position of at least one region of interest, that may change during one session, in such a way as to affect the dose delivery to the at least one region, d. calculating a dose distribution for the one session for the scenario, e. performing robust optimization of the treatment plan based on the calculated dose distribution. a. obtaining an initial radiotherapy treatment plan, b. obtaining a composite objective function, said composite objective function being based on at least one clinical goal for at least one region of the patient's body, c. selecting at least a first scenario including the time structure of the delivery of radiation and for at least one variable related to the position of at least one region of interest, that may change during one session, in such a way as to affect the dose delivery to the at least one region, d. calculating a dose distribution for the one session for the scenario, e. performing robust optimization of the treatment plan based on the calculated dose distribution.
A glycated hemoglobin coupled to both (i) an antibody that recognizes hemoglobin labeled with a first detectable marker and (ii) boronic acid, or a derivative thereof, labeled with a second detectable marker.
A composition for damping material, comprising a branched polymer, and a resin, wherein the content by percentage of the branched polymer is from 15 to 85% both inclusive by weight for 100% by weight of the total of the branched polymer and resin, and the resin is a chemically crosslinked body and/or a physically crosslinked body.
A noise filter comprising: a plurality of conductors each having a winding portion; and a ring-shaped core made from a magnetic material and being inserted through the winding portion, the ring-shaped core including a pair of divisional cores (41, 42) combined together by connecting each pair of joining surfaces located at each end of the pair of the divisional cores (41, 42), one of the divisional cores having a straight shape and being inserted through the winding portion of each of the plurality of the conductors to arrange the plurality of the conductors in a row, the other of the divisional core having a partition wall located between adjacent conductors of the plurality of the conductors, the partition wall projecting toward the one divisional core to form a magnetic path portion between the one of the divisional core and the other of the divisional core, the ring-shaped core thereby being configured to form a common-mode magnetic path (Bc) surrounding all of the plurality of the conductors and a normal-mode magnetic path (Bn) passing through the partition wall and surrounding each of the plurality of the conductors. a plurality of conductors each having a winding portion; and a ring-shaped core made from a magnetic material and being inserted through the winding portion, the ring-shaped core including a pair of divisional cores (41, 42) combined together by connecting each pair of joining surfaces located at each end of the pair of the divisional cores (41, 42), one of the divisional cores having a straight shape and being inserted through the winding portion of each of the plurality of the conductors to arrange the plurality of the conductors in a row, the other of the divisional core having a partition wall located between adjacent conductors of the plurality of the conductors, the partition wall projecting toward the one divisional core to form a magnetic path portion between the one of the divisional core and the other of the divisional core, the ring-shaped core thereby being configured to form a common-mode magnetic path (Bc) surrounding all of the plurality of the conductors and a normal-mode magnetic path (Bn) passing through the partition wall and surrounding each of the plurality of the conductors.
A glove, comprising a glove core and a glove component, with the glove core including a palm portion, a dorsum portion and a finger portion, wherein the finger portion includes a thumb sleeve, an index finger sleeve, a middle finger sleeve, a ring finger sleeve and a little finger sleeve; the finger portion further including three fork portions (147, 148, 149) disposed among the index finger sleeve, the middle finger sleeve, the ring finger sleeve and the little finger sleeve, wherein the three fork portions (147, 148, 149) are respectively an index finger fork portion, a middle finger fork portion and a little finger fork portion; the finger portion further including a finger face portion, a fourchette portion and a finger dorsum portion disposed respectively on the thumb sleeve, the index finger sleeve, the middle finger sleeve, the ring finger sleeve and the little finger sleeve; wherein a web space is disposed between the thumb sleeve and the index finger sleeve; wherein the glove component is adhered on a surface of the glove core, so that the glove component covers at least a part of the palm portion and at least a part of the finger portion; characterized in that the glove component being formed by adhering together a half palm portion, a butterfly portion and a web space support portion; said half palm portion including a palm support piece, as well as a thumb piece, an index finger piece and a little finger piece which are disposed at a side of the palm support piece and are independent from one another; the butterfly portion including a middle finger and ring finger; wherein, in the glove component, a section from the index finger piece to the little finger piece of the half palm portion is adhered with the middle finger and the ring finger of the butterfly portion, wherein the web space support portion is adhered between the thumb piece and the index finger piece; an edge of the glove component being provided with an adhesive layer; and at least one part of the half palm portion covering at least a part of the palm portion of the glove core, wherein the rest parts of the half palm portion and the butterfly portion cover all the finger face portions of the finger portion, and cover back to parts of the finger dorsum portions from the fourchette portions, and the web space support portion covers the web space of the glove core.
A network node for allocating a resource pool for use by a wireless device in device to device communications, the resource pool being one of a plurality of resource pools, each resource pool comprising one or more time and frequency resource, the network node configured to: receive one or more properties associated with a unicast, multicast or broadcast communication in a request, from the wireless device, for configuration of resources for one of a unicast, multicast or broadcast communication, wherein the request message indicates a preferred casting type, and wherein a casting type is one of unicast, multicast and broadcast; allocate a resource pool per wireless device for the requested configuration based on the one or more properties and for the preferred casting type; and indicate the allocated resource pool to the wireless device for one of an autonomous resource allocation and a network node scheduled resource allocation. receive one or more properties associated with a unicast, multicast or broadcast communication in a request, from the wireless device, for configuration of resources for one of a unicast, multicast or broadcast communication, wherein the request message indicates a preferred casting type, and wherein a casting type is one of unicast, multicast and broadcast; allocate a resource pool per wireless device for the requested configuration based on the one or more properties and for the preferred casting type; and indicate the allocated resource pool to the wireless device for one of an autonomous resource allocation and a network node scheduled resource allocation.
An oral cleaning device comprising: a body which carries a set (40, 42, 44) of projections, the ends of the projections defining a contour of the cleaning device; and an actuator device associated with a sub-set of one or more of the projections and provided at the base of the one or more projections, characterized in that the actuator device comprises an electroactive polymer which is capable of deforming in response to a drive signal applied to the actuator device thereby to realize active control of the contour of the cleaning device by adjusting a position of the associated one or more projections, and wherein the oral cleaning device is configured for sensing a force applied to the one or more projections and controlling the position adjusting in response to the sensing. a body which carries a set (40, 42, 44) of projections, the ends of the projections defining a contour of the cleaning device; and an actuator device associated with a sub-set of one or more of the projections and provided at the base of the one or more projections, characterized in that the actuator device comprises an electroactive polymer which is capable of deforming in response to a drive signal applied to the actuator device thereby to realize active control of the contour of the cleaning device by adjusting a position of the associated one or more projections, and wherein the oral cleaning device is configured for sensing a force applied to the one or more projections and controlling the position adjusting in response to the sensing.
Emergency vehicle, in particular fire-fighting vehicle, with a lighting unit which has at least one lighting module located in a section of the roof edge of the emergency vehicle, which has at least one support profile fixed to the emergency vehicle, which has several locating sections (24a-d) in each of which lighting elements are accommodated, wherein the locating sections (24a-d) are so aligned to one another that the lighting elements held therein illuminate different areas of space, wherein the areas of space include an area surrounding the emergency vehicle, and wherein the lighting module has at least one light-transmissive cover element fixed to the support profile, wherein the support profile has a base section on which are mounted several profile walls (29a-e), each extending in the longitudinal direction of the base section, wherein the locating sections (24a-d) are formed by the profile walls (29a-e), and wherein mounting means for mounting the lighting elements are formed on the profile walls (29a-e), characterised in that the light-transmissive cover element is so designed that all locating sections (24a-d) of the assigned lighting module are covered, wherein the light-transmissive cover element is formed in one piece and mounted through fastening means in the area of two opposite ends of the base section, and wherein the light-transmissive cover element has several emitting sections (37a-d) with differing orientation to one another, each assigned to one of the locating sections (24a-d).
A paging method performed by a user equipment in a New Radio Unlicensed spectrum, abbreviated to NR-U, system, wherein the user equipment is configured with a paging monitor window comprising a plurality of monitor occasions, comprising: determining locations of the plurality of monitor occasions, wherein the plurality of monitor occasions comprises an initial monitor occasion and one or more additional monitor occasion, and the step of determining the locations of the plurality of monitor occasions comprises determining the one or more additional monitor occasion respectively located at one or more slot with a same slot index of one or more radio frame; and receiving a paging message at the plurality of monitor occasions within the paging monitor window. determining locations of the plurality of monitor occasions, wherein the plurality of monitor occasions comprises an initial monitor occasion and one or more additional monitor occasion, and the step of determining the locations of the plurality of monitor occasions comprises determining the one or more additional monitor occasion respectively located at one or more slot with a same slot index of one or more radio frame; and receiving a paging message at the plurality of monitor occasions within the paging monitor window.
A method of producing an α-hydroxylactone, comprising the steps of: (a) forming a cyanohydrin intermediate from a hydroxy-ketone, wherein the hydroxy-ketone is 1-(2-hydroxy-4-methyl-cyclohexyl)ethanone, via cyanohydrin formation, wherein said cyanohydrin intermediate comprises a nitrile; and (b) hydrolyzing and lactonizing said nitrile of said cyanohydrin intermediate in the presence of an aqueous acid to generate an α-hydroxylactone, wherein said α-hydroxylactoneis 3-hydroxy-3,6-dimethylhexahydrobenzofuran-2-one. (a) forming a cyanohydrin intermediate from a hydroxy-ketone, wherein the hydroxy-ketone is 1-(2-hydroxy-4-methyl-cyclohexyl)ethanone, via cyanohydrin formation, wherein said cyanohydrin intermediate comprises a nitrile; and (b) hydrolyzing and lactonizing said nitrile of said cyanohydrin intermediate in the presence of an aqueous acid to generate an α-hydroxylactone, wherein said α-hydroxylactoneis 3-hydroxy-3,6-dimethylhexahydrobenzofuran-2-one.
A topical veterinary spot on or line on composition comprising 2 to 20 wt/v % of at least one halogenated salicylanilide, or a pharmaceutically acceptable salt or hydrate thereof, 35 to 55 wt/v % dimethyl sulfoxide, wherein the at least one halogenated salicylanilide is selected from niclosamide and/or oxyclozanide and wherein the composition is dissolved in diethylene glycol monoethyl ether.
A mass transfer column comprising: an external upright shell defining an open internal region within the shell; a feed nozzle surrounding an opening in the shell and extending outwardly from the shell, said feed nozzle having a notional center vertical plane extending along a longitudinal axis of said feed nozzle, said opening having a preselected diameter and defining an inlet passage; a feed device within said open internal region and positioned in relation to said opening in the shell to deflect a vapor or mixed phase stream entering said open internal region through said feed nozzle, said feed device comprising an inner wall spaced inwardly from said shell and defining an annular passageway tin a space between said inner wall and said shell, said annular passageway being in fluid flow communication with said inlet passage; a pair of upright deflecting surfaces extending from said inner wall toward said opening, each of said deflecting surfaces having an outer end closer to the shell and an opposed inner end closer to the inner wall of the feed device, the deflecting surfaces being generally symmetrically oriented on opposite sides of the center vertical plane of the feed nozzle with the outer ends of the deflecting surfaces being positioned closer to the center vertical plane than the inner ends of the deflecting surfaces; and characterised in that at least a first pair of turning vanes positioned on opposite sides of the center vertical plane of the feed nozzle and spaced from said deflecting surfaces in said annular passageway, each said turning vane having a radially outer end and an opposed radially inner end with said outer end being located closer to said center vertical plane than the inner end.
Vibration absorber with hydraulic cable stop for a motor vehicle wheel suspension, comprising: a container tube, a piston rod, and a hydraulic damping device with a damping piston that is attached to the piston rod and that, in an end region of a piston rod extension path, prior to reaching the maximum piston rod extension, provides a hydraulic force directed against the pulling movement of the piston rod, wherein the damping piston has a circumferential groove in which a slotted sealing ring is received, wherein the sealing ring in said end region of the piston rod extension path hydraulically seals in the groove when the piston rod moves in the pulling direction and, when the piston rod moves in the pushing direction, lifts off at least locally from a flank, on the side of the pushing direction, of the groove, which flank delimits the groove on the side in the pushing direction and points in the pulling direction, in order to provide a defined permeability for a hydraulic damping medium between the groove and the sealing ring, characterized in that the sealing ring (16"') has two end sections in the circumferential direction, which are separated from each other by a slot, one or both of which protrude at an oblique angle in the direction of the flank, on the side of the pulling direction, of the groove. a container tube, a piston rod, and a hydraulic damping device with a damping piston that is attached to the piston rod and that, in an end region of a piston rod extension path, prior to reaching the maximum piston rod extension, provides a hydraulic force directed against the pulling movement of the piston rod, wherein the damping piston has a circumferential groove in which a slotted sealing ring is received, wherein the sealing ring in said end region of the piston rod extension path hydraulically seals in the groove when the piston rod moves in the pulling direction and, when the piston rod moves in the pushing direction, lifts off at least locally from a flank, on the side of the pushing direction, of the groove, which flank delimits the groove on the side in the pushing direction and points in the pulling direction, in order to provide a defined permeability for a hydraulic damping medium between the groove and the sealing ring, characterized in that the sealing ring (16"') has two end sections in the circumferential direction, which are separated from each other by a slot, one or both of which protrude at an oblique angle in the direction of the flank, on the side of the pulling direction, of the groove.
A dental implant consisting of a self-tapping member comprising a threaded profile provided with a radical flank and a cortical flank, a plurality of recesses in the form of concave portions (4a, 4b) being formed in each one of flanks, wherein the concave portions formed in the radical flank of a coil of the threaded profile are located at a distance from a longitudinal axis of the self-tapping member which is greater than the distance of the concave portions formed in the cortical flank of the same coil, characterized in that the threaded profile has an inclination towards a radical portion of the self-tapping member.
A system for transmitting information about a subject engaged in a physical activity, the system comprising: a data acquisition subsystem carried on a subject's body, wherein the data acquisition subsystem is configured to monitor the subject and generate a first signal and a second signal, wherein the first signal is representative of speed or distance data points and the second signal is representative of a heart rate of the subject; and a data transmission subsystem configured to transmit the first signal and the second signal from the data acquisition subsystem to a data monitoring subsystem, wherein the data transmission subsystem is configured to transmit the first signal using a first transmission standard, wherein the data transmission subsystem is configured to transmit the second signal using a second transmission standard, and wherein the first transmission standard requires less power than the second transmission standard. a data acquisition subsystem carried on a subject's body, wherein the data acquisition subsystem is configured to monitor the subject and generate a first signal and a second signal, wherein the first signal is representative of speed or distance data points and the second signal is representative of a heart rate of the subject; and a data transmission subsystem configured to transmit the first signal and the second signal from the data acquisition subsystem to a data monitoring subsystem, wherein the data transmission subsystem is configured to transmit the first signal using a first transmission standard, wherein the data transmission subsystem is configured to transmit the second signal using a second transmission standard, and wherein the first transmission standard requires less power than the second transmission standard.
Lens element for broadening the light distribution of an approximate point light source, in particular an LED, with a transparent light-guiding portion, comprising a light entrance surface on a side facing towards the light source, and a V-shaped notch on the side opposite the light entrance surface, wherein the legs of the V are arranged opposite the light entrance surface at such an angle that light entering from the point light source through the light entrance surface is totally reflected at the V-shaped legs, and wherein both sections of the light-guiding portion define light exit surfaces laterally of the legs of the V, which are arranged opposite the respective legs of the V at an angle, such that the light totally reflected at the V-shaped legs leaves the light exit surfaces without total reflection, characterized in that parts of the two sections of the light-guiding portion are arranged next to the notch relative to the light entrance surfaces in such a way that a part of the light entering through the light entrance surface leaves the light-guiding portion through further light exit surfaces next to the notch without total reflection at the V-shaped legs.