mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a housing that includes a first surface facing a first direction and a second surface facing a second direction opposite to the first direction; a display that is disposed between the first surface and the second surface, the display being exposed through the first surface; at least one processor that is electrically connected to the display; a metal part that surrounds a connector of universal serial bus type C; and a circuit comprising a first capacitor and a second capacitor, the first capacitor being connected to a first portion of the metal part surrounding the connector of USB type C, the second capacitor being connected to a second portion of the metal part surrounding the connector of USB type C, the first capacitor and the second capacitor being configured to prevent leakage current based on power applied from an accessory, wherein the first capacitor and the second capacitor are further configured to be short-circuited when an overcurrent occurs. a housing that includes a first surface facing a first direction and a second surface facing a second direction opposite to the first direction; a display that is disposed between the first surface and the second surface, the display being exposed through the first surface; at least one processor that is electrically connected to the display; a metal part that surrounds a connector of universal serial bus type C; and a circuit comprising a first capacitor and a second capacitor, the first capacitor being connected to a first portion of the metal part surrounding the connector of USB type C, the second capacitor being connected to a second portion of the metal part surrounding the connector of USB type C, the first capacitor and the second capacitor being configured to prevent leakage current based on power applied from an accessory, wherein the first capacitor and the second capacitor are further configured to be short-circuited when an overcurrent occurs.
Piston ring with improved wear properties, wherein the piston ring has a running surface, an upper ring flank, a lower ring flank and an inner surface wherein the piston ring has a radius R, wherein a running surface contour comprises an upper region, a middle region and a lower region in a radial section, characterized in that the running surface contour has an upper transition region between the upper region and the middle region and a lower transition region between the middle region and the lower region in the radial section, wherein the upper region and the upper transition region each form parts of toroidal surfaces, the upper region of the running surface contour has a radius of curvature R 0 which is between the ring radius R and infinity, the middle region of the running surface contour has a radius of curvature R m which is between the ring radius R and infinity, the lower region has a radius of curvature R u which is smaller than the ring radius R, the upper transition region has a fillet radius R ü,om which is between 1/30 and 1/10 of the ring height h, the lower transition region has a fillet radius R ü,mu which is between 1/30 and 1/10 of the ring height h.
A method for operating a transport apparatus in the form of a long stator linear motor, in which a transport unit (Tn) is moved along a transport route of the long stator linear motor, drive magnets (4, 5) arranged on both sides of a main body of the transport unit (Tn) interact, at least in a region of a transfer position for transferring the transport unit (Tn) between two opposite route portions of the transport route, with drive coils (7, 8) of the opposite route portions of the transport route in order to generate a propulsive force, the drive magnets (4, 5) of the transport unit (Tn) and the drive coils (7, 8) of the transport route of the long stator linear motor being sources of magnetomotive force of magnetic circuits (21a, 21b) developing at least in the region of the transfer position on both sides of the transport unit (Tn), wherein the transport unit (Tn) is transferred between the opposite route portions of the transport route in the transfer position, by changing on at least one side of the transport unit (Tn) the magnetic flux (Ψ1, Ψ2) of the magnetic circuit (21a, 21b) of the at least one side during movement of the transport unit (Tn) along the transport route, in order to generate a lateral force acting on the transport unit (Tn), characterized in that the magnetic flux (Ψ1, Ψ2) is changed by changing a magnetic reluctance (Rm) of the magnetic circuit (21a, 21b) and/or by changing a magnetomotive force (Um) of the magnetic circuit (21a, 21b) on the transport unit (Tn).
A method for identifying a cancer likely to respond to Compound A, consisting of 5-amino-1-(2-methyl-1H-benzimidazol-5-yl)-1H-pyrazol-4-yl]-(1H-indol-2-yl)-methanone, comprising (a) determining the levels of expression of FGFR1, FGFR2 and FGFR3 in a tumor or liquid biopsy from a subject suffering from a cancer, and (b) if the determined level of expression of at least one of FGFR1, FGFR2 and FGFR3 exceeds a pre-established threshold level, determining that the subject has a cancer likely to respond to an effective amount of Compound A, wherein levels of expression of FGFR1, FGFR2 and FGFR3 are measured at the messenger RNA level, and wherein the pre-established threshold level of expression of at least one FGFR corresponds to any level from the 44% to the 73% cutoff level of expression for the at least one FGFR, corresponding to expression levels relative to the median of levels of mRNA expression of a set of 16 reference genes measured by the nCounter Gene Expression Assay from 0.104 to 0.641 for FGFR1, from 0.257 to 1.094 for FGFR2, and from 0.128 to 0.815 for FGFR3, the 16 reference genes being ACTB, ALAS1, CLTC, MRPL19, RPL19, RPLPO, SF3A1, TBP, TUBB, c1orf43 exon 1, c1orf43 exon 2, CHMP2A exon 3, EMC7 exon 5, EMC7 exon 3, GPI exon 4 and GPI exon 6. (a) determining the levels of expression of FGFR1, FGFR2 and FGFR3 in a tumor or liquid biopsy from a subject suffering from a cancer, and (b) if the determined level of expression of at least one of FGFR1, FGFR2 and FGFR3 exceeds a pre-established threshold level, determining that the subject has a cancer likely to respond to an effective amount of Compound A,
A method for the unification of a first and a second feed flow (1.1 and 1.2) of printed products, said feed flows being conveyed parallel to one another and next to one another in a main conveyor direction into a unification region, wherein inner and outer edges of the printed products of both feed flows (1.1 and 1.2) are aligned parallel to the main conveyor direction and inner edge regions are directed towards one another, and wherein the printed products of the two feed flows (1.1, 1.2) in the unification region are pushed onto one another by way of a displacement transversely to the main conveyor direction, characterised in that the feed flows (1.1 and 1.2) are conveyed at a same level, that during the conveying into the unification region, the inner edge region of each printed product of the first feed flow (1.1) is lifted, and that during the conveying through the unification region, the printed products of both feed flows (1.1 and 1.2), whilst retaining the alignment of the outer edges, are pushed transversely to the main conveyor direction and towards one another, in a manner such that in each case an inner edge region of a printed product of the second feed flow (1.2) is pushed below the lifted inner edge region of the printed product of the first feed flow (1.1).
An oil filter comprising a frame and a mesh member attached to the frame, for capturing foreign matters included in oil passing through the mesh member, wherein the frame is an integrally molded product made of a ferrite injection molded magnet, and includes: an inflow opening for flowing the oil into a capturing portion inside the mesh member; and a flange portion provided around the inflow opening, wherein the flange portion of the frame is magnetically joined to a magnetic member defining an oil passage for circulating the oil, wherein the flange portion is magnetically joined around the aperture of the oil passage so that sealing is made between the aperture of the oil passage and the inflow opening, characterized in that in a state where clogging has occurred in the oil filter and a pressure inside the capturing portion exceeds a predetermined point, the flange portion is configured to form a gap between the aperture of the magnetic member and the inflow opening by disengaging from the magnetic member by the pressure, and in that the oil filter is mounted in the oil passage only by the magnetic jointing. an inflow opening for flowing the oil into a capturing portion inside the mesh member; and a flange portion provided around the inflow opening, wherein the flange portion of the frame is magnetically joined to a magnetic member defining an oil passage for circulating the oil, wherein the flange portion is magnetically joined around the aperture of the oil passage so that sealing is made between the aperture of the oil passage and the inflow opening, characterized in that in a state where clogging has occurred in the oil filter and a pressure inside the capturing portion exceeds a predetermined point, the flange portion is configured to form a gap between the aperture of the magnetic member and the inflow opening by disengaging from the magnetic member by the pressure, and in that the oil filter is mounted in the oil passage only by the magnetic jointing.
An article of footwear comprising: an upper; and a sole structure coupled to the upper and including a first electrically controllable damping pad positioned in a plantar region of the sole structure, wherein the first damping pad includes a first chamber, a first foam element located within the first chamber, a first electrorheological fluid located within the first chamber and at least partially permeating the first foam element, and a set of first electrodes (35, 37, 43, 45), each electrode of the set of first electrodes comprising a peripheral boundary to define a first compressibility reduction zone (36, 38, 40, 42) of the first chamber between respective electrodes and spaced inwardly of a peripheral boundary of the first chamber, the set of first electrodes positioned to create, in response to a voltage across the first electrodes, an electrical field in the first electrorheological fluid in the first compressibility reduction zone, wherein at least a portion of the first foam element permeated by the first electrorheological fluid is located within the first compressibility reduction zone. an upper; and a sole structure coupled to the upper and including a first electrically controllable damping pad positioned in a plantar region of the sole structure, wherein the first damping pad includes a first chamber, a first foam element located within the first chamber, a first electrorheological fluid located within the first chamber and at least partially permeating the first foam element, and a set of first electrodes (35, 37, 43, 45), each electrode of the set of first electrodes comprising a peripheral boundary to define a first compressibility reduction zone (36, 38, 40, 42) of the first chamber between respective electrodes and spaced inwardly of a peripheral boundary of the first chamber, the set of first electrodes positioned to create, in response to a voltage across the first electrodes, an electrical field in the first electrorheological fluid in the first compressibility reduction zone, wherein at least a portion of the first foam element permeated by the first electrorheological fluid is located within the first compressibility reduction zone. a first chamber, a first foam element located within the first chamber, a first electrorheological fluid located within the first chamber and at least partially permeating the first foam element, and a set of first electrodes (35, 37, 43, 45), each electrode of the set of first electrodes comprising a peripheral boundary to define a first compressibility reduction zone (36, 38, 40, 42) of the first chamber between respective electrodes and spaced inwardly of a peripheral boundary of the first chamber, the set of first electrodes positioned to create, in response to a voltage across the first electrodes, an electrical field in the first electrorheological fluid in the first compressibility reduction zone, wherein at least a portion of the first foam element permeated by the first electrorheological fluid is located within the first compressibility reduction zone.
Method for suppressing interference in a sampling process, the method comprising the following method steps of: sampling an analogue useful signal at a sampling frequency f; subjecting the sampled useful signal to analogue/digital conversion, determining whether an interference amplitude is present, an interference amplitude being present only when it is greater than the noise in the analogue/digital conversion carried out as part of the method and when the interference amplitude is present in the baseband of the frequency spectrum of the sampled useful signal, the baseband extending over a frequency range of 0*f to f/2, if an interference amplitude is present, increasing or reducing the sampling frequency f, the method then beginning again with the method step of sampling the analogue useful signal at the increased or reduced sampling frequency, characterized in that the step of increasing or reducing the sampling frequency f is carried out gradually by a predetermined constant magnitude Δf in a direction with always the same sign up to a threshold value f g. sampling an analogue useful signal at a sampling frequency f; subjecting the sampled useful signal to analogue/digital conversion, determining whether an interference amplitude is present, an interference amplitude being present only when it is greater than the noise in the analogue/digital conversion carried out as part of the method and when the interference amplitude is present in the baseband of the frequency spectrum of the sampled useful signal, the baseband extending over a frequency range of 0*f to f/2, if an interference amplitude is present, increasing or reducing the sampling frequency f, the method then beginning again with the method step of sampling the analogue useful signal at the increased or reduced sampling frequency, characterized in that the step of increasing or reducing the sampling frequency f is carried out gradually by a predetermined constant magnitude Δf in a direction with always the same sign up to a threshold value f g.
A kit of parts comprising binding agents, wherein the binding agents consist of: - one or more agents capable of specifically binding to CD321; - one or more agents capable of specifically binding to at least one pan-leukocyte marker, wherein said pan-leukocyte marker is selected from the group consisting of CD45, LSP1, CD48, and combinations thereof; and - one or more agents capable of specifically binding to at least one thrombocyte marker. - one or more agents capable of specifically binding to CD321; - one or more agents capable of specifically binding to at least one pan-leukocyte marker, wherein said pan-leukocyte marker is selected from the group consisting of CD45, LSP1, CD48, and combinations thereof; and - one or more agents capable of specifically binding to at least one thrombocyte marker.
Automatic winding device for a timepiece, comprising an oscillating weight, a reducer (7, 10-15) for transmitting the motion of the oscillating weight to a barrel spring and a unidirectional transmission device for transmitting said motion in one direction only, the reducer comprising an entry member, a fixed wheel, a mobile wheel coaxial to the fixed wheel, an exit member kinematically connected to the mobile wheel and a driving member controlled by the entry member, the driving member surrounding the fixed and mobile wheels (13, 14) and meshing with them to rotate the mobile wheel, characterised in that the driving member is a rigid ring eccentrically placed relative to the fixed and mobile wheels (13, 14) and arranged to roll without sliding on the fixed wheel.
A method comprising: encoding all 3D video components of a 3D video format in a view- or layer-based structured bitstream, all the layers or views of said bitstream being jointly coded using multi-view coding or scalable video coding, each of said 3D video components being assigned to one view or one layer, one or more views or layers being capable of being used as a reference for at least one other view or layer to exploit redundancy there between; arranging sets of encoded 3D video components in the view- or layer-based structured bitstream in a first order based on the 3D video format; and encoding signaling information of the view- or layer-based structured bitstream, said signaling information indicating said first order based on the 3D video format; characterized in that said signaling information comprises a first syntax element indicating that the 3D video format includes: - 2D video and corresponding depth components; or - 2D video and corresponding depth components, corresponding 2D occlusion video component and corresponding depth occlusion video component. encoding all 3D video components of a 3D video format in a view- or layer-based structured bitstream, all the layers or views of said bitstream being jointly coded using multi-view coding or scalable video coding, each of said 3D video components being assigned to one view or one layer, one or more views or layers being capable of being used as a reference for at least one other view or layer to exploit redundancy there between; arranging sets of encoded 3D video components in the view- or layer-based structured bitstream in a first order based on the 3D video format; and encoding signaling information of the view- or layer-based structured bitstream, said signaling information indicating said first order based on the 3D video format; characterized in that said signaling information comprises a first syntax element indicating that the 3D video format includes: - 2D video and corresponding depth components; or - 2D video and corresponding depth components, corresponding 2D occlusion video component and corresponding depth occlusion video component. - 2D video and corresponding depth components; or - 2D video and corresponding depth components, corresponding 2D occlusion video component and corresponding depth occlusion video component.
A method of preparing a compound of formula: or a salt thereof, said method comprising reacting a compound of formula with a monomer compound of formula (d 1), wherein X 3 is -Cl; P 3 is H or an amine protecting group; and R 100 is (C 1 -C 3)alkoxy.
A dynamic focus and zoom system for use with wide-field, confocal and multiphoton microscopes comprising: (a') a housing; (a) a first MEMS mirror, a second MEMS mirror, and a third MEMS mirror situated within the housing, wherein the first MEMS mirror, the second MEMS mirror and the third MEMS mirror are electronically controlled variable focus mirrors and are configured to provide independent adjustment of focus and zoom; (b) a first prism and a second prism that is situated adjacent to the first prism; (c) an optical relay comprised of a first fixed lens and a second fixed lens, the optical relay being situated directly behind the second prism; (d) a first beam splitter that is situated directly behind the second fixed lens; and (e) a second beam splitter that is situated in front of the second MEMS mirror; wherein the second prism, the first fixed lens, the second fixed lens, and the first beam splitter are aligned linearly along a longitudinal axis of the optical relay; and wherein the first MEMS mirror and the second MEMS mirror are linearly aligned with one another at a ninety-degree angle to the longitudinal axis of the optical relay. (a') a housing; (a) a first MEMS mirror, a second MEMS mirror, and a third MEMS mirror situated within the housing, wherein the first MEMS mirror, the second MEMS mirror and the third MEMS mirror are electronically controlled variable focus mirrors and are configured to provide independent adjustment of focus and zoom; (b) a first prism and a second prism that is situated adjacent to the first prism; (c) an optical relay comprised of a first fixed lens and a second fixed lens, the optical relay being situated directly behind the second prism; (d) a first beam splitter that is situated directly behind the second fixed lens; and (e) a second beam splitter that is situated in front of the second MEMS mirror; wherein the second prism, the first fixed lens, the second fixed lens, and the first beam splitter are aligned linearly along a longitudinal axis of the optical relay; and wherein the first MEMS mirror and the second MEMS mirror are linearly aligned with one another at a ninety-degree angle to the longitudinal axis of the optical relay.
An IV access device comprising: a catheter adapter from which a catheter extends distally; an extension tube coupled to the catheter adapter; and a needle hub from which a needle extends distally, the needle hub being coupled to the catheter adapter such that the needle extends through the catheter; wherein the needle hub further includes a flash chamber, wherein a proximal end of the needle includes an opening that is positioned within a chamber of the flash chamber; wherein the flash chamber is in fluid communication with a lumen of the needle thereby allowing blood to flow into the flash chamber when a distal tip of the needle is contained within a patient's vein; characterized in that the flash chamber comprises a path-defining structure (210c, 800, 900) forming a path for blood to flow within the chamber; and wherein the path comprises a spiral path formed around an outer surface of the path-defining structure (210c, 800, 900). a catheter adapter from which a catheter extends distally; an extension tube coupled to the catheter adapter; and a needle hub from which a needle extends distally, the needle hub being coupled to the catheter adapter such that the needle extends through the catheter; wherein the needle hub further includes a flash chamber, wherein a proximal end of the needle includes an opening that is positioned within a chamber of the flash chamber; wherein the flash chamber is in fluid communication with a lumen of the needle thereby allowing blood to flow into the flash chamber when a distal tip of the needle is contained within a patient's vein; characterized in that the flash chamber comprises a path-defining structure (210c, 800, 900) forming a path for blood to flow within the chamber; and wherein the path comprises a spiral path formed around an outer surface of the path-defining structure (210c, 800, 900).
Frame device (114, 200, 600, 900) for a profiled sail device, the frame device (114, 200, 600, 900) comprising at least one adjustable frame element (202, 300, 400, 510, 602, 902), the at least one adjustable frame element (202, 300, 400, 510, 602, 902) including longitudinal struts (308, 310, 502, 616, 700, 800, 920) spaced apart from one another and which are assigned to sail surfaces (102, 104) that are spaced apart from one another, and transverse struts (314, 504) extending between the longitudinal struts (308, 310, 502, 616, 700, 800, 920), wherein the longitudinal struts (308, 310, 502, 616, 700, 800, 920) and the transverse struts (314, 504) define squares (316, 506), each square having two diagonals with lengths which vary as a function of the adjustment and the diagonals each have a predetermined maximum length, characterised in that the frame device (114, 200, 600, 900) comprises at least two fixed frame elements (204, 206, 604, 606, 904, 906) which are arranged adjustably on the at least one adjustable frame element (202, 300, 400, 510, 602, 902) and the at least two fixed frame elements (204, 206, 604, 606, 904, 906) can be displaced relative to one another by means of actuable pulling elements (208, 210, 608, 610, 916, 918).