mhurhangee/ep-ind-claims huggingface dataset:
A wet shaving razor comprising: a. a handle having a proximate and a distal end; b. a razor cartridge mounted at the proximate end of said handle, said cartridge further comprising 1) a housing having a front wall, a rear wall, and opposing side walls joining said front and rear walls; 2) a plurality of razor blades, each blade having a sharpened cutting edge and wherein said blades are disposed in a parallel arrangement extending between said side walls; characterized in that said cartridge further comprises 3) an abrasion material disposed adjacent to said front wall and forward of said blades, wherein said abrasion material comprises a plurality of geometric, three-dimensional, microstructures in which each microstructure has a peak, wherein the top surface of said microstructure peak is uniform in height from the base surface of the abrasion material. a. a handle having a proximate and a distal end; b. a razor cartridge mounted at the proximate end of said handle, said cartridge further comprising 1) a housing having a front wall, a rear wall, and opposing side walls joining said front and rear walls; 2) a plurality of razor blades, each blade having a sharpened cutting edge and wherein said blades are disposed in a parallel arrangement extending between said side walls; characterized in that said cartridge further comprises 3) an abrasion material disposed adjacent to said front wall and forward of said blades, wherein said abrasion material comprises a plurality of geometric, three-dimensional, microstructures in which each microstructure has a peak, wherein the top surface of said microstructure peak is uniform in height from the base surface of the abrasion material. 1) a housing having a front wall, a rear wall, and opposing side walls joining said front and rear walls; 2) a plurality of razor blades, each blade having a sharpened cutting edge and wherein said blades are disposed in a parallel arrangement extending between said side walls; 3) an abrasion material disposed adjacent to said front wall and forward of said blades, wherein said abrasion material comprises a plurality of geometric, three-dimensional, microstructures in which each microstructure has a peak, wherein the top surface of said microstructure peak is uniform in height from the base surface of the abrasion material.
An apparatus for coupling a threaded fastener and a torque input device including: - a first coupling member having a tapered external surface; and - a second coupling member having an inversely tapered internal surface non-rotatably engagable with the tapered external surface of the first coupling member, characterized in that the tapered external surface of the first coupling member and the inversely tapered internal surface of the second coupling member are shaped as frustums of an angled stepped cone and wherein a load bearing surface area between the first and the second coupling members (1103, 1113) is increased without increasing the diameter of the apparatus. - a first coupling member having a tapered external surface; and - a second coupling member having an inversely tapered internal surface non-rotatably engagable with the tapered external surface of the first coupling member, characterized in that the tapered external surface of the first coupling member and the inversely tapered internal surface of the second coupling member are shaped as frustums of an angled stepped cone and wherein a load bearing surface area between the first and the second coupling members (1103, 1113) is increased without increasing the diameter of the apparatus.
A device for producing a particle foam part, comprising a molding tool for delimiting a molding space for receiving foam particles, and a heating device (16, 17) for welding the foam particles to form a particle foam part, wherein the heating device comprises a generator for applying electromagnetic waves to the molding space, characterized in that the heating device further comprises a ceramic body having an integrated resistance heating unit, wherein the resistance heating conductor is made of conductive or semiconductive ceramic components. a molding tool for delimiting a molding space for receiving foam particles, and a heating device (16, 17) for welding the foam particles to form a particle foam part, wherein the heating device comprises a generator for applying electromagnetic waves to the molding space, characterized in that the heating device further comprises a ceramic body having an integrated resistance heating unit, wherein the resistance heating conductor is made of conductive or semiconductive ceramic components.
An antibody or functionally active part thereof comprising at least one antigen binding fragment of the antibody which specifically binds to Kallikrein-8 and inhibits the proteolytic activity of Kallikrein-8 for use in the treatment or prevention of Alzheimer's disease.
An apparatus, comprising: a mechanical accessory (12, 302, 402, 502, 600) configured to be removably and replaceably attachable to a respiratory inhaler, the accessory including: a speaker, a processor configured to cause the speaker to provide an audible sound when a dosage of medication is due according to a predetermined medication schedule, a sensor configured to sense when the medication is dispensed to a patient, the sensor including an audio sensor configured to sense a sound of medication dispensing; a motion sensor configured to sense an orientation of the respiratory inhaler; a memory, wherein the processor is configured to receive a signal from the sensor indicative of the medication being dispensed, store the sensed orientation of the respiratory inhaler when medication was dispensed, determine whether the sensed orientation matches a predetermined orientation indicative of a medication-dispensing position of the respiratory inhaler, and to store data regarding the dispensing of the medication in the memory, and a wireless communication mechanism, the processor being configured to cause the wireless communication mechanism to wirelessly transmit the stored data to an external device that is external to the accessory and the respiratory inhaler. a speaker, a processor configured to cause the speaker to provide an audible sound when a dosage of medication is due according to a predetermined medication schedule, a sensor configured to sense when the medication is dispensed to a patient, the sensor including an audio sensor configured to sense a sound of medication dispensing; a motion sensor configured to sense an orientation of the respiratory inhaler; a memory, wherein the processor is configured to receive a signal from the sensor indicative of the medication being dispensed, store the sensed orientation of the respiratory inhaler when medication was dispensed, determine whether the sensed orientation matches a predetermined orientation indicative of a medication-dispensing position of the respiratory inhaler, and to store data regarding the dispensing of the medication in the memory, and a wireless communication mechanism, the processor being configured to cause the wireless communication mechanism to wirelessly transmit the stored data to an external device that is external to the accessory and the respiratory inhaler.
A core-sheath type composite fiber comprising a core component and a sheath component, wherein the core component comprises a thermoplastic polymer including a sunlight shielding material having an average particle size of 0.5 μm or smaller in an amount of 8% by weight to 70% by weight, the sunlight shielding material comprising at least one member selected from the group consisting of titanium oxide, zinc oxide, and barium sulfate; the sheath component comprises a polyester-type polymer including heat-shielding fine particles in an amount of 0.5% by weight to 10% by weight, the heat-shielding fine particles comprising at least one selected from the group consisting of silicon dioxide and barium sulfate, the heat-shielding fine particles being capable of maintaining color development property and having an average particle size of 0.1 μm or smaller which is smaller than that of the sunlight shielding material; and the mass ratio of the core component to the sheath component is 10: 90 to 30: 70.
A surgical tool for positioning a surgical device comprising - a gripping portion; - a rod protruding from said gripping portion along a main development direction of the tool up to a free end thereof; - a coupling system adapted to be coupled to the surgical device which can be engaged with a patient and operatively active at said free end; said coupling system comprising an axial retention assembly comprising, at said free end of said rod, two opposite semispherical portions (6a, 6b), facing each other for the respective flat surfaces, separated from each other by an axial notch made partially along said rod, and a central clutch which is selectively movable between a locking position, in which the central clutch approaches the free end of said rod and interposed between the two semispherical portions (6a, 6b), preventing the reciprocal approach thereof so as to block said two semispherical portions (6a, 6b) within a seat of said surgical device, and a disengagement position, in which the central clutch moves away from the free end of said rod and at which the two semispherical portions (6a, 6b) can approach to allow said tool to come out of the surgical device; characterized in that said coupling system comprises a rotational engaging assembly comprising a sleeve containing said rod inside, protruding from said gripping portion along a main development direction of the tool up to a free end thereof which has a polygonal internal profile which can be engaged with said surgical device. - a gripping portion; - a rod protruding from said gripping portion along a main development direction of the tool up to a free end thereof; - a coupling system adapted to be coupled to the surgical device which can be engaged with a patient and operatively active at said free end; said coupling system comprising an axial retention assembly comprising, at said free end of said rod, two opposite semispherical portions (6a, 6b), facing each other for the respective flat surfaces, separated from each other by an axial notch made partially along said rod, and a central clutch which is selectively movable between a locking position, in which the central clutch approaches the free end of said rod and interposed between the two semispherical portions (6a, 6b), preventing the reciprocal approach thereof so as to block said two semispherical portions (6a, 6b) within a seat of said surgical device, and a disengagement position, in which the central clutch moves away from the free end of said rod and at which the two semispherical portions (6a, 6b) can approach to allow said tool to come out of the surgical device; characterized in that said coupling system comprises a rotational engaging assembly comprising a sleeve containing said rod inside, protruding from said gripping portion along a main development direction of the tool up to a free end thereof which has a polygonal internal profile which can be engaged with said surgical device.
An ice prevention system that is configured to prevent ice from forming with respect to one or more portions of an aircraft, the ice prevention system comprising: a turbofan engine including a housing that contains a fan and an engine core; an auxiliary combustor having an air inlet and a gas outlet, said auxiliary combustor being secured within the housing on an outer portion of the engine core of the turbofan engine; a supply air conduit coupled to the air inlet of the auxiliary combustor, wherein the supply air conduit is configured to receive and channel low pressure air directly out of the fan of the turbofan engine to the auxiliary combustor; and one or more delivery conduits coupled to the gas outlet of the auxiliary combustor, the one or more delivery conduits further being configured to be coupled to the one or more portions of the aircraft, wherein the auxiliary combustor is configured to exhaust heated gas to the one or more delivery conduits through the gas outlet to one or both of preventing ice from forming or melting ice with respect to the one more portions of the aircraft. a turbofan engine including a housing that contains a fan and an engine core; an auxiliary combustor having an air inlet and a gas outlet, said auxiliary combustor being secured within the housing on an outer portion of the engine core of the turbofan engine; a supply air conduit coupled to the air inlet of the auxiliary combustor, wherein the supply air conduit is configured to receive and channel low pressure air directly out of the fan of the turbofan engine to the auxiliary combustor; and one or more delivery conduits coupled to the gas outlet of the auxiliary combustor, the one or more delivery conduits further being configured to be coupled to the one or more portions of the aircraft, wherein the auxiliary combustor is configured to exhaust heated gas to the one or more delivery conduits through the gas outlet to one or both of preventing ice from forming or melting ice with respect to the one more portions of the aircraft.
A transmission system in which a first communication terminal and a second communication terminal that perform bidirectional communication are communicably connected via a first communication network, a long-distance transmission path, and a second communication network, wherein protocol converters and routing control devices are placed on both sides of the long-distance transmission path, wherein a first terminal-side routing control device is placed between the first communication network and the first communication terminal, wherein a second terminal-side routing control device is placed between the second communication network and the second communication terminal, wherein the first terminal-side routing control device comprises a first via information setting unit for including, in data received from the first communication terminal, information for specifying a routing control device placed on one side of the long-distance transmission path as a via device, and wherein the second terminal-side routing control device comprises a second via information setting unit for including, in data received from the second communication terminal, via information for specifying a routing control device placed on the other side of the long-distance transmission path as a via device.
A control device of a hybrid vehicle including an engine, a motor mechanically and directly connected to the engine, a battery supplying electric power to the motor, an inverter charging and discharging electric power between the motor and the battery, and a contactor taking any one of an on state of electrically connecting the battery and the inverter and an off state of electrically disconnecting the battery and the inverter, the control device being characterized by a control unit performing zero torque control of controlling a motor torque so that a load given from the motor to the engine becomes zero at the time of running the vehicle only using the engine as a drive source, wherein the control unit causes the contactor to take the off state when a temperature of the battery is lower than a predetermined temperature. a control unit performing zero torque control of controlling a motor torque so that a load given from the motor to the engine becomes zero at the time of running the vehicle only using the engine as a drive source, wherein the control unit causes the contactor to take the off state when a temperature of the battery is lower than a predetermined temperature.
A method comprising: detecting, by a system, a plurality of electronic devices in a communication network; authenticating the plurality of electronic devices; determining that a first device of the plurality of electronic devices is associated with a human user; identifying, by the system, a first enrollment policy associated with the first device based on the determining, the first enrollment policy specifying a first set of enrollment rules for enrolling the first device; ascertaining that a second device of the plurality of electronic devices is a headless device not dedicated to any one user; identifying a second enrollment policy associated with the second device based on the ascertaining and a geo-location of the headless device, the second enrollment policy specifying a second set of enrollment rules for enrolling the second device, the second set of enrollment rules being different from the first set of enrollment rules; enrolling, by the system, the first device in accordance with the first set of enrollment rules; and enrolling, by the system, the second device in accordance with the second set of enrollment rules. detecting, by a system, a plurality of electronic devices in a communication network; authenticating the plurality of electronic devices; determining that a first device of the plurality of electronic devices is associated with a human user; identifying, by the system, a first enrollment policy associated with the first device based on the determining, the first enrollment policy specifying a first set of enrollment rules for enrolling the first device; ascertaining that a second device of the plurality of electronic devices is a headless device not dedicated to any one user; identifying a second enrollment policy associated with the second device based on the ascertaining and a geo-location of the headless device, the second enrollment policy specifying a second set of enrollment rules for enrolling the second device, the second set of enrollment rules being different from the first set of enrollment rules; enrolling, by the system, the first device in accordance with the first set of enrollment rules; and enrolling, by the system, the second device in accordance with the second set of enrollment rules.
A soundbar speaker for transmitting sound waves to be reflected off a downward-facing ceiling of a room, comprising: an elongated cabinet containing a plurality of audio drivers, the plurality of audio drivers comprising one or more direct-firing drivers within the cabinet and oriented to transmit sound along a horizontal axis substantially perpendicular to a front surface of the cabinet, and a pair of upward-firing slotted drivers placed proximate to opposite longitudinal ends of the cabinet and oriented at an inclination angle relative to the horizontal axis to project upward aimed sound to be reflected off the downward-facing ceiling at a particular angle down to a listening position located at a distance in front of the speaker, characterized in that each slotted driver comprises a slot through which the sound is projected, which slot is configured to produce, at high frequencies, a first sound dispersion pattern perpendicular to the slot axis and a second sound dispersion pattern along the slot axis, wherein the first sound dispersion pattern is wider than the second sound dispersion pattern, and which slot is oriented to provide relatively narrow front-back sound coverage and relatively wide side-to-side sound coverage at the listening position. an elongated cabinet containing a plurality of audio drivers, the plurality of audio drivers comprising one or more direct-firing drivers within the cabinet and oriented to transmit sound along a horizontal axis substantially perpendicular to a front surface of the cabinet, and a pair of upward-firing slotted drivers placed proximate to opposite longitudinal ends of the cabinet and oriented at an inclination angle relative to the horizontal axis to project upward aimed sound to be reflected off the downward-facing ceiling at a particular angle down to a listening position located at a distance in front of the speaker, characterized in that each slotted driver comprises a slot through which the sound is projected, which slot is configured to produce, at high frequencies, a first sound dispersion pattern perpendicular to the slot axis and a second sound dispersion pattern along the slot axis, wherein the first sound dispersion pattern is wider than the second sound dispersion pattern, and which slot is oriented to provide relatively narrow front-back sound coverage and relatively wide side-to-side sound coverage at the listening position.
Selecting device destined to be disposed downstream a springs forming device of a springs forming machine, comprising: - an inlet adapted to receive each of the springs formed in the springs forming device; - at least one first and one second outlets (24") adapted to expel each of said springs from the selecting device, for separating them in at least one first and one second groups; - means for selectively conveying each of said springs entering the selecting device through the inlet towards the first or second (24") outlet, configurable according to at least one first configuration, wherein said selective conveying means form a first conduit connecting the inlet to the first outlet, and a second configuration, wherein said selective conveying means form a second conduit (26") connecting the inlet to the second outlet, characterized in that it comprises means configured for making a depression in at least one of said first and second conduits (26") and means (32, 34) for generating a compressed air flow directly inside the selecting device at at least one of said first and second (26") conduits. - an inlet adapted to receive each of the springs formed in the springs forming device; - at least one first and one second outlets (24") adapted to expel each of said springs from the selecting device, for separating them in at least one first and one second groups; - means for selectively conveying each of said springs entering the selecting device through the inlet towards the first or second (24") outlet, configurable according to at least one first configuration, wherein said selective conveying means form a first conduit connecting the inlet to the first outlet, and a second configuration, wherein said selective conveying means form a second conduit (26") connecting the inlet to the second outlet,
A support for a ballistic target comprising a bulletproof wall configured to absorb the impact of at least one projectile, said bulletproof wall comprising a central portion, at least two lateral portions extending from opposite sides of the central portion and diverging away from said central portion and a cover portion extending above the central portion and the lateral portions and diverging away from said central portion; said central portion, lateral portions and cover portion defining, in mutual collaboration, a compartment for collecting said at least one projectile; characterized in that it comprises: - a support base having a discharge opening in communication with the collection compartment to facilitate the discharge of at least a part of a projectile from the collection compartment. - a drawer configured to be inserted in the discharge opening and adapted to collect and contain said at least one part of a projectile discharged from the collection compartment. - a support base having a discharge opening in communication with the collection compartment to facilitate the discharge of at least a part of a projectile from the collection compartment. - a drawer configured to be inserted in the discharge opening and adapted to collect and contain said at least one part of a projectile discharged from the collection compartment.
Disk brake for a commercial vehicle, comprising a brake disk, a brake caliper comprising the brake disk, an application-side brake pad, a rim-side brake pad and an application-side application device arranged in the brake caliper, the application device having at least one actuating spindle and a pressure plate arranged axially between the actuating spindle and the application-side brake pad, a plain bearing element being arranged between the pressure plate and the actuating spindle, characterized in that the plain bearing element has at least one stamped region (8, 8a, 8b).