mhurhangee/ep-ind-claims huggingface dataset:
A communication method for transmitting at least one data item comprising: packetizing, by a communication device, the data item into a sequence of data packets (209A-N); and broadcasting by the communication device the data packets (209A-N) over a connectionless channel in a short-range radio frequency band repeatedly: determining an urgency level of transmission of the at least one data item that are currently stored at the communication device; assigning to each data packet of the data packets a timestamp being indicative of a delay for broadcasting the respective data packet; executing a priority scheduling using the determined urgency level and the current time delays, thereby calculating priorities of the data packets, the broadcasting of at least part of the data packets being performed in accordance with the priorities, determining advertisers (113A-N) of a hardware abstraction layer of the communication device, wherein each advertiser of the advertisers is configured to transmit a data packet in accordance with an assigned advertisement time frame; for each data item of the at least one data item, selecting an advertiser of the advertisers using the urgency level of the data item and the advertisement time frames; for each advertiser of the selected advertisers, separately performing the execution of the priority scheme using the urgency level and the current time delays of data packets for which said advertiser is selected; wherein said advertiser is configured to perform the broadcasting of said data packets.
A medical filter for therapeutic treatment of a patient, comprising: first and second ends defining a longitudinal axis; and a plurality of struts extending between the first and second ends, the struts tending to resiliently expand in radially outward directions from a compressed initial shape to an expanded deployed shape; wherein in the expanded deployed shape, the struts define first and second filter sections and a center section connecting the filter sections; and wherein the struts of each of the first and second filter sections define a number of filter cells, characterised in that an increased number of struts of the second filter section define a greater number of filter cells than the first filter section such that the second filter section exhibits a greater filtering efficiency than the first filter section. first and second ends defining a longitudinal axis; and a plurality of struts extending between the first and second ends, the struts tending to resiliently expand in radially outward directions from a compressed initial shape to an expanded deployed shape; wherein in the expanded deployed shape, the struts define first and second filter sections and a center section connecting the filter sections; and wherein the struts of each of the first and second filter sections define a number of filter cells, characterised in that an increased number of struts of the second filter section define a greater number of filter cells than the first filter section such that the second filter section exhibits a greater filtering efficiency than the first filter section.
A biopotential recording system, wherein the biopotential recording system comprises: a first dais board comprising a first electrode; and a second dais board comprising a second electrode, and wherein the first and second electrode sense a voltage; a substrate containing circuitry for: generating an EEG signal from the voltage; amplifying the EEG signal; digitizing the EEG signal; and retrievably storing the EGG signal; a power source; and an enclosure that houses the substrate, the power source, and the first and second dais boards in a unitary package. a first dais board comprising a first electrode; and a second dais board comprising a second electrode, and wherein the first and second electrode sense a voltage; a substrate containing circuitry for: generating an EEG signal from the voltage; amplifying the EEG signal; digitizing the EEG signal; and retrievably storing the EGG signal; generating an EEG signal from the voltage; amplifying the EEG signal; digitizing the EEG signal; and retrievably storing the EGG signal; a power source; and an enclosure that houses the substrate, the power source, and the first and second dais boards in a unitary package.
A battery comprising: a can (402; 602); a jelly roll (404; 604) contained in the can; a top insulator (406; 606) contained in the can adjacent to and above the jelly roll; and a battery cap (403; 603) welded to an inner surface of the can adjacent to and above the top insulator, the battery cap comprising: an outer conductive ring (412; 612); an insulator ring (414; 614); a conductive top plate (410; 610), wherein the outer conductive ring, the insulator ring, and the conductive top plate are crimped together; a conductive rupture plate (422; 622) electrically connected and welded to the conductive top plate; and a cathode (408; 608) electrically connected to the conductive rupture plate and extending into the jelly roll. a can (402; 602); a jelly roll (404; 604) contained in the can; a top insulator (406; 606) contained in the can adjacent to and above the jelly roll; and a battery cap (403; 603) welded to an inner surface of the can adjacent to and above the top insulator, the battery cap comprising: an outer conductive ring (412; 612); an insulator ring (414; 614); a conductive top plate (410; 610), wherein the outer conductive ring, the insulator ring, and the conductive top plate are crimped together; a conductive rupture plate (422; 622) electrically connected and welded to the conductive top plate; and a cathode (408; 608) electrically connected to the conductive rupture plate and extending into the jelly roll. an outer conductive ring (412; 612); an insulator ring (414; 614); a conductive top plate (410; 610), wherein the outer conductive ring, the insulator ring, and the conductive top plate are crimped together; a conductive rupture plate (422; 622) electrically connected and welded to the conductive top plate; and a cathode (408; 608) electrically connected to the conductive rupture plate and extending into the jelly roll.
Device for homogenising and/or dispersing flowable products, in particular of emulsions or dispersions, having at least one container (2, 2', 2", 2"') for receiving a product, and a pump- and/or mixing device (6, 6', 6", 6'") for conveying, homogenising and/or dispersing flowable products, having a first rotor element (32, 32', 32") which is mounted rotatably about a first axis of rotation and can be actuated by means of an actuation device, and a second rotor element (34, 34', 34") which is mounted rotatably about a second axis of rotation and can be actuated by means of an actuation device, the axes of rotation of first and second rotor element (32, 32', 32", 34, 34', 34") extending essentially parallel to each other, preferably being disposed coaxially, the first rotor element (32, 32', 32") and the second rotor element (34, 34', 34") having, relative to the axes of rotation thereof, an axial offset relative to each other, the pump- and/or mixing device (6", 6'") being disposed in the inner region of the container above the container base, the offset between the rotor elements (32", 34") configured as mixing parts being chosen such that a shear gap which extends in one plane is configured, the first and second rotor element (32", 34") respectively having two or more mixing blades (44, 44') which extend essentially radially relative to the axis of rotation, and the first rotor element (32") having in addition a plurality of agitation blades (46, 46') which extend inclined at an angle relative to the axis of rotation thereof, characterised in that the first rotor element (32, 32', 32") is coupled to a first actuation shaft and the second rotor element (34, 34', 34") is coupled to a second actuation shaft which can be actuated by means of different actuation devices (20, 22).
An optical fibre comprising: - an optical waveguide comprising a core surrounded by a cladding; - a primary coating surrounding the optical waveguide; and - a coating, surrounding the primary coating, comprising a polymer material obtained by radiation curing a polymerizable composition comprising urethane acrylate oligomers in an amount of from 20 wt% to 90 wt% based on the weight of said polymerizable composition, the urethane acrylate oligomers comprising an aliphatic polyisocyanate; characterized in that the polymer material has a degree of crystallinity of at least 4 2Θ and at most 12 2Θ, wherein the degree of crystallinity of the polymer material is expressed as the Full Width at Half Maximum (FWHM) of the main intensity peak plotted against the 2θ diffraction angle of its X-ray scattering pattern having a maximum within the range 10-30 2θ, wherein the value of FWHM is the FWHM measured width (FWHM meas) corrected by the instrumental FWHM width (FWHM instr) according to the following formula: FWHM = (FWHM meas 2 - FWHM instr 2) 1/2. - an optical waveguide comprising a core surrounded by a cladding; - a primary coating surrounding the optical waveguide; and - a coating, surrounding the primary coating, comprising a polymer material obtained by radiation curing a polymerizable composition comprising urethane acrylate oligomers in an amount of from 20 wt% to 90 wt% based on the weight of said polymerizable composition, the urethane acrylate oligomers comprising an aliphatic polyisocyanate; characterized in that the polymer material has a degree of crystallinity of at least 4 2Θ and at most 12 2Θ, wherein the degree of crystallinity of the polymer material is expressed as the Full Width at Half Maximum (FWHM) of the main intensity peak plotted against the 2θ diffraction angle of its X-ray scattering pattern having a maximum within the range 10-30 2θ, wherein the value of FWHM is the FWHM measured width (FWHM meas) corrected by the instrumental FWHM width (FWHM instr) according to the following formula: FWHM = (FWHM meas 2 - FWHM instr 2) 1/2. characterized in that the polymer material has a degree of crystallinity of at least 4 2Θ and at most 12 2Θ, wherein the degree of crystallinity of the polymer material is expressed as the Full Width at Half Maximum (FWHM) of the main intensity peak plotted against the 2θ diffraction angle of its X-ray scattering pattern having a maximum within the range 10-30 2θ, wherein the value of FWHM is the FWHM measured width (FWHM meas) corrected by the instrumental FWHM width (FWHM instr) according to the following formula: FWHM = (FWHM meas 2 - FWHM instr 2) 1/2.
Power supply device for intrinsically safe power supply of an intrinsically safe load circuit having a voltage source, a power-limiting circuit, a current-limiting circuit and a load circuit connector, wherein the load circuit connector is connectable to the load circuit, wherein the power-limiting circuit and the current-limiting circuit are active between the voltage source and the load circuit connector, wherein the power-limiting circuit is formed by at least two controllable semiconductor devices switched in series characterized in that the current-limiting circuit is formed by at least one resistor switched in series with the controllable semiconductor devices and that the resistor of the current-limiting circuit has a resistance value that suffices to limit a short circuit current to a current without danger of spark ignition.
A surgical stapler comprising; a handle assembly; an elongated body portion extending distally from the handle assembly; and a head portion disposed adjacent a distal portion of the elongated body portion and including an anvil assembly and a shell assembly, one or more annular rows of staples positioned in the shell assembly, the anvil assembly being movable in relation to the shell assembly between spaced and approximated positions, the anvil assembly having an anvil head and a plurality of projections having a tapered end extending proximally of the anvil head, the projections engageable with a portion of the shell assembly wherein the shell assembly includes a plurality of openings, the openings aligning with respective projections of the anvil assembly, wherein the anvil assembly includes an anvil shaft extending proximally of the anvil head, the anvil shaft being removably mounted to an anvil retainer of the stapler, wherein the projections extend substantially parallel to the anvil shaft, and wherein the projections are radially inward of the one or more annular rows of staples.
A small camera apparatus comprising: a base having an image sensor; a lens barrel disposed to be spaced apart from the image sensor in an optical axis direction, the lens barrel having at least one lens; a lens driving assembly having a supporting frame, a first moving frame supported on the supporting frame to be movable in the optical axis direction, and a second moving frame loaded with the lens barrel and supported on the first moving frame to be movable in directions perpendicular to the optical axis direction; and a first flexible printed circuit board (FPCB) that provides an electrical signal, for driving the second moving frame, to the first moving frame, wherein at least a portion of the first FPCB is bent and is disposed between the base and the first moving frame, and at least a portion of the bent portion is bonded to reduce a bending tension that occurs in a direction opposite to a bending direction when the first FPCB is bent such that a force by which the first FPCB attempts to return to an unbent position is minimised. a base having an image sensor; a lens barrel disposed to be spaced apart from the image sensor in an optical axis direction, the lens barrel having at least one lens; a lens driving assembly having a supporting frame, a first moving frame supported on the supporting frame to be movable in the optical axis direction, and a second moving frame loaded with the lens barrel and supported on the first moving frame to be movable in directions perpendicular to the optical axis direction; and a first flexible printed circuit board (FPCB) that provides an electrical signal, for driving the second moving frame, to the first moving frame, wherein at least a portion of the first FPCB is bent and is disposed between the base and the first moving frame, and at least a portion of the bent portion is bonded to reduce a bending tension that occurs in a direction opposite to a bending direction when the first FPCB is bent such that a force by which the first FPCB attempts to return to an unbent position is minimised.
A body comprising a surface, wherein the surface comprises a first optically reflective relief structure and a second optically reflective relief structure, each of the first and second optically reflective relief structures comprising a first portion and an adjacent second portion extending from said surface, the first portion having a different optical reflectivity to the second portion, wherein the first and second optically reflective relief structures are separated by an optically transparent medium contacting the first and second optically reflective relief structures, wherein the first portion of the first optically reflective relief structure faces the second portion of the second optically reflective relief structure, wherein the surface further comprises an optically reflective intermediate surface portion in between the first and second optically reflective relief structures, and characterized in that the intermediate surface portion comprises a first region and an adjacent second region, the first region of the intermediate surface portion being proximal to and having the same optical reflectivity as the first portion of the first optically reflective relief structure, and the second region of the intermediate surface portion being proximal to and having the same optical reflectivity as the second portion of the second optically reflective relief structure. wherein the surface comprises a first optically reflective relief structure and a second optically reflective relief structure, each of the first and second optically reflective relief structures comprising a first portion and an adjacent second portion extending from said surface, the first portion having a different optical reflectivity to the second portion, wherein the first and second optically reflective relief structures are separated by an optically transparent medium contacting the first and second optically reflective relief structures, wherein the first portion of the first optically reflective relief structure faces the second portion of the second optically reflective relief structure, wherein the surface further comprises an optically reflective intermediate surface portion in between the first and second optically reflective relief structures, and characterized in that the intermediate surface portion comprises a first region and an adjacent second region, the first region of the intermediate surface portion being proximal to and having the same optical reflectivity as the first portion of the first optically reflective relief structure, and the second region of the intermediate surface portion being proximal to and having the same optical reflectivity as the second portion of the second optically reflective relief structure.
A compound selected from compounds of formula 2 wherein R 1 is H or methyl; R 2 is C 3-5 alkyl, C 3-5 alkenyl or C 3-5 cycloalkyl-C 1-2 alkyl; R 3 and R 4 are together =O or =CH 2; R 5 and R 6 are together =O; n is 1-4; and Q is phenyl or heteroaryl of 5-6 ring atoms with at least one atom selected from N, O or S; wherein each phenyl or heteroaryl is optionally substituted with one or two R Q substituents, wherein each R Q is independently selected from halogen, C 1-3 alkyl, CF 3, OH, C 1-3 alkyloxy, -NH 2, -NHR 7, or -NR 7 R 8, wherein R 7 and R 8 are independently C 1-3 alkyl; or two adjacent R Q together form a -O-(CH 2) m -O- moiety, wherein m is 1, 2 or 3; with the proviso that: when n is 1, Q is not unsubstituted phenyl; or a pharmaceutically acceptable salt, hydrate, and/or solvate thereof R 1 is H or methyl; R 2 is C 3-5 alkyl, C 3-5 alkenyl or C 3-5 cycloalkyl-C 1-2 alkyl; R 3 and R 4 are together =O or =CH 2; R 5 and R 6 are together =O; n is 1-4; and Q is phenyl or heteroaryl of 5-6 ring atoms with at least one atom selected from N, O or S; wherein each phenyl or heteroaryl is optionally substituted with one or two R Q substituents, wherein each R Q is independently selected from halogen, C 1-3 alkyl, CF 3, OH, C 1-3 alkyloxy, -NH 2, -NHR 7, or -NR 7 R 8, wherein R 7 and R 8 are independently C 1-3 alkyl; or two adjacent R Q together form a -O-(CH 2) m -O- moiety, wherein m is 1, 2 or 3; with the proviso that: when n is 1, Q is not unsubstituted phenyl; or a pharmaceutically acceptable salt, hydrate, and/or solvate thereof when n is 1, Q is not unsubstituted phenyl; or a pharmaceutically acceptable salt, hydrate, and/or solvate thereof
Method for operating an operator control apparatus for a device to initiate a function of the device selected by a user, wherein - a display device displays on a display panel a graphical object representing the device function, - an eye tracker generates a line-of-vision signal dependent on a line of vision of the user, - a sensor device determines in a predetermined holding region by which the user holds the operator control apparatus with at least one hand (40, 42) a holding pressure of the at least one hand (40, 42) and generates a pressure signal dependent on the holding pressure, - a control device checks, using the line-of-vision signal, whether the user looks at the object, and in this case initiates the device function if in addition the pressure signal satisfies a predetermined initiation criterion. - a display device displays on a display panel a graphical object representing the device function, - an eye tracker generates a line-of-vision signal dependent on a line of vision of the user, - a sensor device determines in a predetermined holding region by which the user holds the operator control apparatus with at least one hand (40, 42) a holding pressure of the at least one hand (40, 42) and generates a pressure signal dependent on the holding pressure, - a control device checks, using the line-of-vision signal, whether the user looks at the object, and in this case initiates the device function if in addition the pressure signal satisfies a predetermined initiation criterion.
A rotary crane, comprising: a vertical axis; a jib that extends from the vertical axis; a drive for rotating the jib about the vertical axis; a condition monitoring which determines wind loading characterized by internal forces, stress, strain, shear force, torsional moments and bending moments; measuring elements to capture the wind loading; and a computing unit which computes on basis of the wind loading a preferred direction for locking the jib. a vertical axis; a jib that extends from the vertical axis; a drive for rotating the jib about the vertical axis; a condition monitoring which determines wind loading characterized by internal forces, stress, strain, shear force, torsional moments and bending moments; measuring elements to capture the wind loading; and a computing unit which computes on basis of the wind loading a preferred direction for locking the jib.
A system for aesthetic skin treatment comprising: an array of pairs of RF electrodes with pairs of inner RF electrodes (304b1, 304b2) nested between pairs of outer electrodes (304a1, 304a2); at least one RF voltage generator (312a, 312b) configured to supply RF voltage to selected pairs of electrodes and wherein amplitude of the RF voltage supplied to the pair of inner RF electrodes (304b1, 304b2) is lower than the RF voltage supplied to the pair of outer electrodes (304a1, 304a2); and characterized by a control unit configured to set the amplitude of the RF voltage supplied to each electrode pair according to the expression: Vi ∼ 1 / πσ c i ln d * 4 + Σc j ln x j − x i, where: Vi - is the RF voltage amplitude supplied to the i-th electrode, all the voltage values being relative to a common reference point; σ - is tissue conductivity (S/m); c i / c j - is electric current flowing through a particular electrode; d - is RF electrode width; x j / x i - RF electrode center position; i - index running from 1 to N; j - index running from 1 to N except for i, i.e. j ≠ i; ∑c j - the sum of all c i must equal zero. an array of pairs of RF electrodes with pairs of inner RF electrodes (304b1, 304b2) nested between pairs of outer electrodes (304a1, 304a2); at least one RF voltage generator (312a, 312b) configured to supply RF voltage to selected pairs of electrodes and wherein amplitude of the RF voltage supplied to the pair of inner RF electrodes (304b1, 304b2) is lower than the RF voltage supplied to the pair of outer electrodes (304a1, 304a2); and characterized by a control unit configured to set the amplitude of the RF voltage supplied to each electrode pair according to the expression: Vi ∼ 1 / πσ c i ln d * 4 + Σc j ln x j − x i, where: Vi - is the RF voltage amplitude supplied to the i-th electrode, all the voltage values being relative to a common reference point; σ - is tissue conductivity (S/m); c i / c j - is electric current flowing through a particular electrode; d - is RF electrode width; x j / x i - RF electrode center position; i - index running from 1 to N; j - index running from 1 to N except for i, i.e. j ≠ i; ∑c j - the sum of all c i must equal zero. Vi - is the RF voltage amplitude supplied to the i-th electrode, all the voltage values being relative to a common reference point; σ - is tissue conductivity (S/m); c i / c j - is electric current flowing through a particular electrode; d - is RF electrode width; x j / x i - RF electrode center position; i - index running from 1 to N; j - index running from 1 to N except for i, i.e. j ≠ i; ∑c j - the sum of all c i must equal zero.