mhurhangee/ep-ind-claims huggingface dataset:
A trigger switch circuit operating in conjunction with a trigger of an electric instrument, comprising: a power switch that turns on/off supply of electric power from a power supply in conjunction with the trigger; a changeover switch (SW2a,b) in which contact points are sequentially switched in conjunction with the trigger; a circuit for light emission to cause a light-emitting element provided in the electric instrument to emit light; and a circuit for motor to drive a motor provided in the electric instrument, wherein the changeover switch includes a first contact point that supplies the electric power from the power supply to the circuit for light emission without interposing the power switch, and a second contact point that operates the circuit for motor, when the trigger exists at an initial position, the power switch is off, and the changeover switch is not connected to either of the contact points, when the trigger moves from the initial position to a first position, the changeover switch is connected to the first contact point, when the trigger moves beyond the first position to a second position, the power switch is turned on, and when the trigger moves beyond the second position to a third position, in the changeover switch, connection is switched from the first contact point to the second contact point. a power switch that turns on/off supply of electric power from a power supply in conjunction with the trigger; a changeover switch (SW2a,b) in which contact points are sequentially switched in conjunction with the trigger; a circuit for light emission to cause a light-emitting element provided in the electric instrument to emit light; and a circuit for motor to drive a motor provided in the electric instrument, wherein the changeover switch includes a first contact point that supplies the electric power from the power supply to the circuit for light emission without interposing the power switch, and a second contact point that operates the circuit for motor, when the trigger exists at an initial position, the power switch is off, and the changeover switch is not connected to either of the contact points, when the trigger moves from the initial position to a first position, the changeover switch is connected to the first contact point, when the trigger moves beyond the first position to a second position, the power switch is turned on, and when the trigger moves beyond the second position to a third position, in the changeover switch, connection is switched from the first contact point to the second contact point.
Medical instrumentation, comprising two or, in particular, more anchoring elements for anchoring on body tissue and a stabilization element via which the two or more anchoring elements are connectable, as well as a sensor unit and a data processing unit which determines from sensor signals of the sensor unit the position of the anchoring elements relative to one another and/or the position of at least on anchoring element relative to the stabilization element, characterized by a coupling unit for percutaneous selective coupling of the sensor unit to at least one anchoring element or to the stabilization element.
An optical disk for use in converting light emitted from a light-emitting diode chip to white light, comprising: an upper surface, a lower surface, and a perimeter surface; wherein the perimeter surface defines a diameter of the optical disk and an end thickness of the disk; wherein the end thickness is about 1.0mm; wherein the diameter of the disk is about 3.0mm; and wherein the upper surface has a radius of curvature of about 9.0mm; wherein a center area of the disk has a width greater than a width of an outer area of the disk; and wherein the disk is formed of a silicone having at least one weight percent mix of phosphor. an upper surface, a lower surface, and a perimeter surface; wherein the perimeter surface defines a diameter of the optical disk and an end thickness of the disk; wherein the end thickness is about 1.0mm; wherein the diameter of the disk is about 3.0mm; and wherein the upper surface has a radius of curvature of about 9.0mm; wherein a center area of the disk has a width greater than a width of an outer area of the disk; and wherein the disk is formed of a silicone having at least one weight percent mix of phosphor.
A diamond coated tool comprising: a base material; and a diamond layer coating a surface of said base material, the surface of said base material having an arithmetic average roughness Ra of not less than 0.1 μm and not more than 10 μm and an average length of roughness profile elements RSm of not less than 1 μm and not more than 100 μm, said diamond layer having a plurality of cavities extending from a portion bordering on said base material in a crystal growth direction, said crystal growth direction being a vector direction in which, given a particular point on a surface of said base material as a base point, the shortest distance from the base point to a surface of said diamond layer is obtained, in a given section taken through said diamond coated tool at a plane including said base material and said diamond layer, the number of said cavities relative to a length of said base material being not less than 1×10 3 /cm and not more than 1×10 6 /cm, and wherein said cavities have a length of not less than 5 nm and not more than 200 nm orthogonal to the crystal growth direction and a length of not less than 10 nm and not more than 1 μm in the crystal growth direction. a base material; and a diamond layer coating a surface of said base material, the surface of said base material having an arithmetic average roughness Ra of not less than 0.1 μm and not more than 10 μm and an average length of roughness profile elements RSm of not less than 1 μm and not more than 100 μm, said diamond layer having a plurality of cavities extending from a portion bordering on said base material in a crystal growth direction, said crystal growth direction being a vector direction in which, given a particular point on a surface of said base material as a base point, the shortest distance from the base point to a surface of said diamond layer is obtained, in a given section taken through said diamond coated tool at a plane including said base material and said diamond layer, the number of said cavities relative to a length of said base material being not less than 1×10 3 /cm and not more than 1×10 6 /cm, and wherein said cavities have a length of not less than 5 nm and not more than 200 nm orthogonal to the crystal growth direction and a length of not less than 10 nm and not more than 1 μm in the crystal growth direction.
A device, comprising: - a digital frontend configured to digitally modulate symbols for digital signals of a plurality of channels according to a transmission protocol, each channel being associated with at least one respective carrier frequency within a transmission bandwidth, to apply a respective digital gain to each digital signal and to combine the digital signals to obtain a digital output signal, - an analog frontend having a digital-to-analog converter configured to convert the digital output signal into an analog output signal (182, 183) and a programmable gain amplifier configured to apply an analog gain to the analog output signal (182, 183), and - a control logic configured to determine the analog gain based on calibration data indicative of the frequency response of the analog frontend across the transmission bandwidth and to determine the digital gains of the digital signals based on the determined analog gain. - a digital frontend configured to digitally modulate symbols for digital signals of a plurality of channels according to a transmission protocol, each channel being associated with at least one respective carrier frequency within a transmission bandwidth, to apply a respective digital gain to each digital signal and to combine the digital signals to obtain a digital output signal, - an analog frontend having a digital-to-analog converter configured to convert the digital output signal into an analog output signal (182, 183) and a programmable gain amplifier configured to apply an analog gain to the analog output signal (182, 183), and - a control logic configured to determine the analog gain based on calibration data indicative of the frequency response of the analog frontend across the transmission bandwidth and to determine the digital gains of the digital signals based on the determined analog gain.
A method for sidelink discontinuous reception, DRX, operation in a first user equipment, UE, comprising: receiving, by the first UE, a first set of DRX configuration parameters from a network device, wherein the first set of DRX configuration parameters comprises: a set of cellular link DRX configuration parameters between the first UE and the network device, and a first set of sidelink DRX configuration parameters for device to device, D2D, communication; operating, by the first UE, in DRX mode on the sidelink communication according to the first set of DRX configuration parameters; the method characterized by the first set of sidelink DRX configuration parameters comprises delta configuration information, wherein the delta configuration information indicates a differential quantity relative to the cellular link DRX configuration parameters receiving, by the first UE, a first set of DRX configuration parameters from a network device, wherein the first set of DRX configuration parameters comprises: a set of cellular link DRX configuration parameters between the first UE and the network device, and a first set of sidelink DRX configuration parameters for device to device, D2D, communication; operating, by the first UE, in DRX mode on the sidelink communication according to the first set of DRX configuration parameters; the method characterized by the first set of sidelink DRX configuration parameters comprises delta configuration information, wherein the delta configuration information indicates a differential quantity relative to the cellular link DRX configuration parameters
A flat strap holding apparatus, comprising: a chassis, the chassis including a first gripping area and a second gripping area; a first rotating camlock hub, mounted in the chassis, the first rotating camlock hub including a first gripping surface, the first gripping surface oriented such when the first rotating camlock hub rotates the first gripping surface is opposed to the first gripping area; a second rotating camlock hub, mounted in the chassis, the second rotating camlock hub including a second gripping surface, the second gripping surface oriented such when the second rotating camlock hub rotates the second gripping surface is opposed to the second gripping area, wherein the first gripping surface of the first rotating camlock hub rotates towards the first gripping area when the first rotating camlock hub is rotated in a first direction and the second gripping surface of the second rotating camlock hub rotates towards the second gripping area when the second rotating camlock hub is rotated in the first direction, characterized in that the first and second gripping areas are approximately orthogonal to each other. a chassis, the chassis including a first gripping area and a second gripping area; a first rotating camlock hub, mounted in the chassis, the first rotating camlock hub including a first gripping surface, the first gripping surface oriented such when the first rotating camlock hub rotates the first gripping surface is opposed to the first gripping area; a second rotating camlock hub, mounted in the chassis, the second rotating camlock hub including a second gripping surface, the second gripping surface oriented such when the second rotating camlock hub rotates the second gripping surface is opposed to the second gripping area, wherein the first gripping surface of the first rotating camlock hub rotates towards the first gripping area when the first rotating camlock hub is rotated in a first direction and the second gripping surface of the second rotating camlock hub rotates towards the second gripping area when the second rotating camlock hub is rotated in the first direction, characterized in that the first and second gripping areas are approximately orthogonal to each other.
A method for producing a scaffold, comprising: (a) Obtaining cells or tissues; (b) Preparing extracellular extracts and/or intracellular extracts from said cells or tissues; (c) Preparing a scaffold from said extracellular and/or intracellular extracts; (d) Redesigning said scaffolds by seeding cells thereon; (e) Eliminating the cells from the scaffold; and (f) Solubilizing the scaffold, thereby obtaining an injectable scaffold formulation. (a) Obtaining cells or tissues; (b) Preparing extracellular extracts and/or intracellular extracts from said cells or tissues; (c) Preparing a scaffold from said extracellular and/or intracellular extracts; (d) Redesigning said scaffolds by seeding cells thereon; (e) Eliminating the cells from the scaffold; and (f) Solubilizing the scaffold, thereby obtaining an injectable scaffold formulation.
Method for recovering a relative depth map from a single image or a sequence of still images, characterized in that it comprises: - decomposing the image into a plurality of sets U λ, each one formed by the set of pixels whose intensity value is in a predefined intensity interval; - decomposing each of the sets U λ into connected components C i λ, a connected component being defined as a subset of adjacent pixels according to a predefined pixel connectivity rule; - for each connected component C i λ of each set U λ, computing membership measures indicative of the probability of each pixel x ∉ C i λ to belong to said connected component C i λ; each membership measure being a function of: • the distance d x ⁢ C i λ from the pixel x to said connected component C i λ; • the curvature κ x ⁢ C i λ of the level line of the distance function d x ⁢ C i λ from the pixel x to said connected component C i λ; - for each pixel x of the image, using the previous membership measures to compute a local depth feature Z(x) indicative of the probability of the pixel x belonging simultaneously to different connected components and which provides a relative depth order estimation at pixel x. - decomposing the image into a plurality of sets U λ, each one formed by the set of pixels whose intensity value is in a predefined intensity interval; - decomposing each of the sets U λ into connected components C i λ, a connected component being defined as a subset of adjacent pixels according to a predefined pixel connectivity rule; - for each connected component C i λ of each set U λ, computing membership measures indicative of the probability of each pixel x ∉ C i λ to belong to said connected component C i λ; each membership measure being a function of: • the distance d x ⁢ C i λ from the pixel x to said connected component C i λ; • the curvature κ x ⁢ C i λ of the level line of the distance function d x ⁢ C i λ from the pixel x to said connected component C i λ; • the distance d x ⁢ C i λ from the pixel x to said connected component C i λ; • the curvature κ x ⁢ C i λ of the level line of the distance function d x ⁢ C i λ from the pixel x to said connected component C i λ; - for each pixel x of the image, using the previous membership measures to compute a local depth feature Z(x) indicative of the probability of the pixel x belonging simultaneously to different connected components and which provides a relative depth order estimation at pixel x.
A system for use on a residual limb, the system comprising a liner sock to be worn on the residual limb, the liner sock comprising an air-permeable textile forming a substantially cylindrical portion that is closed on a distal end and open on a proximal end and comprising an internal surface and an external surface, wherein the system further comprises a friction-interface material that covers only a portion of the internal surface of the air-permeable textile, such that, when worn on the residual limb, the friction-interface material defines an inner surface of the liner sock so that the friction-interface material directly contacts a surface of the residual limb, and an uncovered portion of the air-permeable textile which the friction-interface material does not cover allows air to pass between an external environment of the liner sock and the surface of the residual limb, characterised in that the air-permeable textile comprises a first section comprising unidirectional-stretch textile and at least one second section comprising bidirectional-stretch textile, wherein the first section is fixed to the at least one second section by at least one seam, and in that the friction-interface material comprises a plurality of strips that are spaced from each other to define the uncovered portion of the air-permeable textile therebetween, and wherein the friction-interface material covers the at least one seam on the internal surface of the air-permeable textile. wherein the system further comprises a friction-interface material that covers only a portion of the internal surface of the air-permeable textile, such that, when worn on the residual limb, the friction-interface material defines an inner surface of the liner sock so that the friction-interface material directly contacts a surface of the residual limb, and an uncovered portion of the air-permeable textile which the friction-interface material does not cover allows air to pass between an external environment of the liner sock and the surface of the residual limb, characterised in that the air-permeable textile comprises a first section comprising unidirectional-stretch textile and at least one second section comprising bidirectional-stretch textile, wherein the first section is fixed to the at least one second section by at least one seam, and in that the friction-interface material comprises a plurality of strips that are spaced from each other to define the uncovered portion of the air-permeable textile therebetween, and wherein the friction-interface material covers the at least one seam on the internal surface of the air-permeable textile.
An optical lattice clock comprising a laser light source that forms an optical lattice made of a standing wave by supplying a pair of lattice laser beams (L1, L2) propagating in opposite direction with each other, where the optical lattice clock is configured to use two levels of electronic states of atoms for clock transitions, and where the optical lattice is an optical lattice of a magic wavelength, the magic wavelength generating a mutually identical amount of light-shift for each of the two levels; characterized in that the optical lattice clock further comprises an optical waveguide having a hollow pathway surrounded with a tubular wall for its waveguide path and extending from a first end to a second end, each opening of the hollow pathway at the first end and at the second end being irradiated by a respective lattice laser beam of the pair of lattice laser beams (L1, L2), in that the optical lattice is configured to form a moving lattice, the moving lattice being a one dimensional optical lattice that moves through the hollow pathway of the optical waveguide, in that the moving lattice is configured to transport the atoms from the first end to the second end through the hollow pathway while trapping the atoms, and in that the atoms are configured to make the clock transitions while being trapped by the moving lattice and transported from the first end to the second end through the hollow pathway.
A textile fabric for use as an outer shell for a firefighter's garment comprising: a woven material of (i) spun yarns including a) first staple fiber being a meta-aramid polymer, and b) a second staple fiber of a para-aramid polymer; (ii) multi-filament yarns including an aramid filament; wherein the weight ratio of spun yarn to multi-filament yarn ranges from 85:15 to 92:8 and the weight ratio of first and second staple fiber is 20 - 60 % by weight first staple fiber and 40-80% by weight for second staple fiber. (i) spun yarns including a) first staple fiber being a meta-aramid polymer, and b) a second staple fiber of a para-aramid polymer; a) first staple fiber being a meta-aramid polymer, and b) a second staple fiber of a para-aramid polymer; (ii) multi-filament yarns including an aramid filament;
A fuel pipe connected to a fuel distribution pipe distributing and supplying fuel to a plurality of fuel injection devices, the fuel pipe comprising: a pipe body; and a connection head part fastened to the fuel distribution pipe by a cap nut, wherein the connection head part includes a first curved portion curved in a circular shape in a reference cross-section including a central axis of the fuel pipe and abutting against a seat surface formed on an inner peripheral surface of the fuel distribution pipe, a second curved portion curved in a circular shape in the reference cross-section and locked on a locking surface formed on an inner peripheral surface of the cap nut, and a straight portion extending linearly in the reference cross-section and interconnecting the first curved portion and the second curved portion, characterized in that the straight portion is inclined so as to spread toward a tip of the connection head part with respect to the central axis in the reference cross-section. a pipe body; and a connection head part fastened to the fuel distribution pipe by a cap nut, wherein the connection head part includes a first curved portion curved in a circular shape in a reference cross-section including a central axis of the fuel pipe and abutting against a seat surface formed on an inner peripheral surface of the fuel distribution pipe, a second curved portion curved in a circular shape in the reference cross-section and locked on a locking surface formed on an inner peripheral surface of the cap nut, and a straight portion extending linearly in the reference cross-section and interconnecting the first curved portion and the second curved portion, characterized in that the straight portion is inclined so as to spread toward a tip of the connection head part with respect to the central axis in the reference cross-section. a first curved portion curved in a circular shape in a reference cross-section including a central axis of the fuel pipe and abutting against a seat surface formed on an inner peripheral surface of the fuel distribution pipe, a second curved portion curved in a circular shape in the reference cross-section and locked on a locking surface formed on an inner peripheral surface of the cap nut, and a straight portion extending linearly in the reference cross-section and interconnecting the first curved portion and the second curved portion, characterized in that the straight portion is inclined so as to spread toward a tip of the connection head part with respect to the central axis in the reference cross-section.
A curable precursor of a pressure sensitive adhesive comprising: a) a (co)polymeric material comprising a rubber-based elastomeric material; b) a polyfunctional aziridine curing agent; and c) an acid generating agent. a) a (co)polymeric material comprising a rubber-based elastomeric material; b) a polyfunctional aziridine curing agent; and c) an acid generating agent.