mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for disruption of cataracts in lens tissue comprising: a housing; a source of pulsed laser radiation; an optical waveguide at least partially housed within the housing, the optical waveguide including a flexible optical fiber, the optical waveguide being configured to transmit the pulsed laser radiation for causing disruption of cataracts, the optical waveguide being coupleable to the source of pulsed laser radiation at a proximal end of the optical waveguide to receive the pulsed laser radiation from the source of pulsed laser radiation; a control system; and a driving mechanism coupled to the optical waveguide for controllably changing the position of the optical waveguide relative to a distal end of the housing, the driving mechanism being controlled by the control system to oscillate the optical fiber longitudinally within the housing. a housing; a source of pulsed laser radiation; an optical waveguide at least partially housed within the housing, the optical waveguide including a flexible optical fiber, the optical waveguide being configured to transmit the pulsed laser radiation for causing disruption of cataracts, the optical waveguide being coupleable to the source of pulsed laser radiation at a proximal end of the optical waveguide to receive the pulsed laser radiation from the source of pulsed laser radiation; a control system; and a driving mechanism coupled to the optical waveguide for controllably changing the position of the optical waveguide relative to a distal end of the housing, the driving mechanism being controlled by the control system to oscillate the optical fiber longitudinally within the housing.
An electrode for a lithium secondary battery comprising: an electrode current collector; an electrode active material layer disposed on at least one surface of the electrode current collector and including electrode active material particles; and a lithium salt-containing coating formed on at least portions of surfaces of the electrode active material particles and/or on at least a portion of a surface of the electrode active material layer, wherein the electrode has a surface arithmetic average roughness (Ra) represented by Equation 1: Ra ≤ 25 nm wherein, in Equation 1, Ra is a value obtained by calculating an arithmetic average of surface roughness values measured in 20 or more measurement regions of the surface of the electrode using an atomic force microscopy in a scan range of 0.5 μm × 0.5 μm, wherein a surface roughness value measured in each of the measurement regions is an arithmetic average value of roughness values excluding a maximum value and a minimum value among the surface roughness values when the surface roughness value is measured 15 or more times in a scan range of 0.5 μm × 0.5 μm for each of the measurement regions. an electrode current collector; an electrode active material layer disposed on at least one surface of the electrode current collector and including electrode active material particles; and a lithium salt-containing coating formed on at least portions of surfaces of the electrode active material particles and/or on at least a portion of a surface of the electrode active material layer, wherein the electrode has a surface arithmetic average roughness (Ra) represented by Equation 1: Ra ≤ 25 nm wherein, in Equation 1, Ra is a value obtained by calculating an arithmetic average of surface roughness values measured in 20 or more measurement regions of the surface of the electrode using an atomic force microscopy in a scan range of 0.5 μm × 0.5 μm, wherein a surface roughness value measured in each of the measurement regions is an arithmetic average value of roughness values excluding a maximum value and a minimum value among the surface roughness values when the surface roughness value is measured 15 or more times in a scan range of 0.5 μm × 0.5 μm for each of the measurement regions. wherein, in Equation 1, Ra is a value obtained by calculating an arithmetic average of surface roughness values measured in 20 or more measurement regions of the surface of the electrode using an atomic force microscopy in a scan range of 0.5 μm × 0.5 μm, wherein a surface roughness value measured in each of the measurement regions is an arithmetic average value of roughness values excluding a maximum value and a minimum value among the surface roughness values when the surface roughness value is measured 15 or more times in a scan range of 0.5 μm × 0.5 μm for each of the measurement regions.
A method comprising: causing a user interface (102, 106) to provide an output directly or indirectly specifying plural objects and to request that the specified plural objects be located in the field of view of a camera (110, 208); analyzing real-time image data from the camera to determine if one of the plural objects is located in the field of view of the camera; in response to determining that one of the plural objects is located in the field of view of the camera, causing an indication of which of the plural objects has been located to be provided through the user interface; tracking movement of the located object within the field of view of the camera; characterized by starting a timer when the located object is first located; and measuring the length of time during which the user is able to keep the located object within the field of view of the camera. causing a user interface (102, 106) to provide an output directly or indirectly specifying plural objects and to request that the specified plural objects be located in the field of view of a camera (110, 208); analyzing real-time image data from the camera to determine if one of the plural objects is located in the field of view of the camera; in response to determining that one of the plural objects is located in the field of view of the camera, causing an indication of which of the plural objects has been located to be provided through the user interface; tracking movement of the located object within the field of view of the camera; characterized by starting a timer when the located object is first located; and measuring the length of time during which the user is able to keep the located object within the field of view of the camera.
An isolated peptide or modified peptide selected from the group consisting of: Lys-DAla-DVal-Asp, Ac-Lys-DAla-DVal-Asp, Mpr-Lys-DAla-DVal-Asp, PEG-Lys-DAla-DVal-Asp, PEG-Ac-Lys-DAla-DVal-Asp, PEG-Mpr-Lys-DAla-DVal-Asp, Lys-DAla-Val-Asp, Ac-Lys-DAla-Val-Asp, Mpr-Lys-DAla-Val-Asp, PEG-Lys-DAla-Val-Asp, PEG-Ac-Lys-DAla-Val-Asp, PEG-Mpr-Lys-DAla-Val-Asp, Lys-Ala-DVal-Asp, Ac-Lys-Ala-DVal-Asp, Mpr-Lys-Ala-DVal-Asp, PEG-Lys-Ala-DVal-Asp, PEG-Mpr-Lys-Ala-DVal-Asp, and PEG-Mpr-Lys-Ala-DVal-Asp, wherein the carboxy terminal group of the peptide is OH, OCH 3, or NH 2 group. Lys-DAla-DVal-Asp, Ac-Lys-DAla-DVal-Asp, Mpr-Lys-DAla-DVal-Asp, PEG-Lys-DAla-DVal-Asp, PEG-Ac-Lys-DAla-DVal-Asp, PEG-Mpr-Lys-DAla-DVal-Asp, Lys-DAla-Val-Asp, Ac-Lys-DAla-Val-Asp, Mpr-Lys-DAla-Val-Asp, PEG-Lys-DAla-Val-Asp, PEG-Ac-Lys-DAla-Val-Asp, PEG-Mpr-Lys-DAla-Val-Asp, Lys-Ala-DVal-Asp, Ac-Lys-Ala-DVal-Asp, Mpr-Lys-Ala-DVal-Asp, PEG-Lys-Ala-DVal-Asp, PEG-Mpr-Lys-Ala-DVal-Asp, and PEG-Mpr-Lys-Ala-DVal-Asp,
Tool holder, having - a basic body in which a tool receiving region is located, - a circular cylindrical clamping chuck having several joints (211, 212, 213, 214, 215, 216) and an external thread which has an external pitch angle, and - a union nut (3, 4) having an internal thread (31, 41) which has an internal pitch angle, characterised in that the union nut (3, 4) has a stopping face (32, 42) on the basic body or on the clamping chuck, and the external pitch angle is different from the internal pitch angle. - a basic body in which a tool receiving region is located, - a circular cylindrical clamping chuck having several joints (211, 212, 213, 214, 215, 216) and an external thread which has an external pitch angle, and - a union nut (3, 4) having an internal thread (31, 41) which has an internal pitch angle,
Air spring for a vehicle, in particular for a commercial vehicle, having an air bellows with a bellows interior space which can be filled with compressed air, and a plunger piston which is coupled to the air bellows and has a skirt body which forms a rolling face for the air bellows, the plunger piston being configured as a hollow body and having a piston interior space, a valve for ventilating the bellows interior space being provided, by way of which valve the bellows interior space can be connected to the piston interior space, the plunger piston having at least one ventilating opening which is arranged in the skirt body of the plunger piston and via which the piston interior space can be connected to the surroundings, characterized in that the at least one ventilating opening is arranged in a region of the skirt body which is covered by the air bellows in a loaded state of the air spring.
Mixer-dosing device for mixing and discharging fodder, wherein the mixer-dosing device is adapted to be arranged on or at a mobile vehicle, wherein the mixer-dosing device comprises a container (3, 100) for containing the fodder, wherein the container at least comprises a discharge opening (38, 106) for discharging the fodder from the container, a fodder displacement device placed in the container for mixing the fodder in the container and displacing the fodder to the discharge opening, wherein the discharge opening comprises a movable closing device (37, 107) driven by an actuator for closing off and opening the discharge opening, wherein the mixer-dosing device comprises a weighing device (5, 117) for measuring a weight of at least the container with fodder, and wherein the weighing device is connected to a control device (4, 119) for controlling the actuator on the basis of the weight measured, wherein the mixer-dosing device is adapted for closing off the discharge opening when the measured weight has been reduced by a desired dosed weight, wherein the closing device comprises a closure valve (33, 108) which is movably attached to the container and comprises an actuator which is adapted for moving the closure valve between a closed and an open position, characterized in that the closure valve can also be placed in an intermediate position between the closed and the open position, for partially closing off the discharge opening, wherein the control device is adapted for placing the closure valve in the intermediate position after a pre-set percentage of the desired weight of fodder has been discharged.
A direct-current circuit breaker comprising: a first main circuit breaker inserted into a first direct-current line; a first resonance circuit connected in parallel to the first main circuit breaker; a first energy absorption unit connected in parallel to the first main circuit breaker via the first resonance circuit; a second main circuit breaker inserted into a second direct-current line that branches off from the first direct-current line and returns to the first direct-current line; a first switch inserted upstream of the second main circuit breaker in the second direct-current line and connected in series to the second main circuit breaker; a second resonance circuit including a capacitor and connected in parallel to the second main circuit breaker, a second energy absorption unit connected in parallel to the second main circuit breaker via the second resonance circuit; and characterised by a plurality of circuit units (50a, 50b) each including the second main circuit breaker, the first switch connected in series to the second main circuit breaker, and the second resonance circuit connected in parallel to the second main circuit breaker, wherein each of the plurality of circuit units is connected in parallel to the first main circuit breaker. a first main circuit breaker inserted into a first direct-current line; a first resonance circuit connected in parallel to the first main circuit breaker; a first energy absorption unit connected in parallel to the first main circuit breaker via the first resonance circuit; a second main circuit breaker inserted into a second direct-current line that branches off from the first direct-current line and returns to the first direct-current line; a first switch inserted upstream of the second main circuit breaker in the second direct-current line and connected in series to the second main circuit breaker; a second resonance circuit including a capacitor and connected in parallel to the second main circuit breaker, a second energy absorption unit connected in parallel to the second main circuit breaker via the second resonance circuit; and characterised by a plurality of circuit units (50a, 50b) each including the second main circuit breaker, the first switch connected in series to the second main circuit breaker, and the second resonance circuit connected in parallel to the second main circuit breaker, wherein each of the plurality of circuit units is connected in parallel to the first main circuit breaker.
Equipment for stacking items such as cans and arranging them according to a predetermined order on a stacking platform comprising: - at least one conveyor belt extending along a feed direction; - at least one plurality of rollers arranged transversely to the feed direction; said conveyor belt being combined with said rollers so that the rotation of said rollers in a way causes the rotation of the conveyor belt in the same way; - at least one first roller of said plurality of rollers being driven by a motor for driving the rotation of said conveyor belt; - at least one transmission assembly for transmitting the motion from said at least one motor to said first roller; - a second roller placed downstream of said first roller - at least one countering element extending transversely to the feed direction; said countering element having a corrugated profile extending transversely to said feed direction so that to contact the items fed on said conveyor belt; whereby said countering element comprises a plurality of pads, each combinable with an item carried by said conveyor belt, the pads of said plurality being arranged transversely to the feed direction and translatable vertically with respect to said conveyor belt between a blocked position, in which they block the position of a predetermined number of items carried by said conveyor belt, and a rest position separated from said conveyor belt in which they leave the carried items free to be fed along the feed direction; whereby said conveyor belt comprises a trapdoor portion that can be opened to create a lowering window in said conveyor belt; characterized in that said second roller being driven by a second motor and a reduction gear to transmit the motion to said first side portions through a second transmission assembly; whereby - said corrugated profile is mobile along the feed direction; and whereby - said conveyor belt comprises at least three portions (6, 7) of which one is a first central portion and at least two are side portions opposed with respect to the central portion; said central portion is adapted to move at a speed v1 along the feed direction F; said first side portions are adapted to move at a speed v2 along the feed direction F; being v2 greater than v1. - at least one conveyor belt extending along a feed direction; - at least one plurality of rollers arranged transversely to the feed direction; said conveyor belt being combined with said rollers so that the rotation of said rollers in a way causes the rotation of the conveyor belt in the same way; - at least one first roller of said plurality of rollers being driven by a motor for driving the rotation of said conveyor belt; - at least one transmission assembly for transmitting the motion from said at least one motor to said first roller; - a second roller placed downstream of said first roller - at least one countering element extending transversely to the feed direction; - said corrugated profile is mobile along the feed direction; and whereby - said conveyor belt comprises at least three portions (6, 7) of which one is a first central portion and at least two are side portions opposed with respect to the central portion;
A cover for covering a circuit module, cooperating with a circuit board having a plurality of electronic components and connectors, the cover comprising: a body covering a part of the circuit board; and a plurality of openings formed on the body wherein the openings are formed correspondingly to the connectors on the circuit board, characterized in that a covering area of the cover is substantially equal to the surface area of the circuit board. a body covering a part of the circuit board; and a plurality of openings formed on the body wherein the openings are formed correspondingly to the connectors on the circuit board, characterized in that
A cutting tool that has a coating formed to coat a base material over at least a part of a rake face and a part of a clearance face including a cutting edge, and is for use in cutting non-ferrous metals, alloys thereof, wood, woody materials or resins, wherein the coating is formed so that a rake-face coating portion coating the rake face is thicker than a clearance-face coating portion coating the clearance face and wherein a film thickness of the thicker coating portion is set in a range of 0.5 μm to 15.0 μm, characterised in that a ratio of a film thickness of the thinner coating portion to the film thickness of the thicker coating portion at each distance from the cutting edge is set in a range of 0.01 to 0.15, and in that a portion of the base material that corresponds to the cutting edge is formed so as to be separated from an intersection of an extension line of a rake face of the base material and an extension line of a clearance face of the base material in a range of 0.2 μm to 18 μm.
A method of providing an asymmetric key pair for protecting secret data for a device, the device being configured for executing applications using the secret data and being communicatively coupled to a first hardware module, the method comprising: generating the asymmetric key pair for the device; the asymmetric key pair comprising a device public key and a device private key; digitally signing the device public key at the device to generate a first certificate; sending the first certificate to the first hardware module; verifying the first certificate at the first hardware module, and responsive to the verification being successful, digitally signing the device public key at the first hardware module to generate a second certificate; sending the second certificate to the device; verifying the second certificate at the device; and responsive to the verification being successful, making available the first and second certificates for storage and/or further usage. generating the asymmetric key pair for the device; the asymmetric key pair comprising a device public key and a device private key; digitally signing the device public key at the device to generate a first certificate; sending the first certificate to the first hardware module; verifying the first certificate at the first hardware module, and responsive to the verification being successful, digitally signing the device public key at the first hardware module to generate a second certificate; sending the second certificate to the device; verifying the second certificate at the device; and responsive to the verification being successful, making available the first and second certificates for storage and/or further usage.
A catheter, comprising: an elongated tubular body defining a longitudinal axis, the elongated tubular body including a first wall defining a first lumen and a second wall defining a second lumen, the first lumen and the second lumen communicating with first and second distal openings (104b, 106b), respectively; and a septum separating the first and second lumens (104a, 106a), and extending beyond the first and second distal openings (104b, 106b); at least one of the first and second walls (104, 106) defining a side opening (110a, 110b) in fluid communication with one of the first and second lumens (104a, 106a), the side opening (110a, 110b) having an external aperture and an internal aperture smaller in dimension than the external aperture and wherein the side opening is substantially frustoconical in shape. an elongated tubular body defining a longitudinal axis, the elongated tubular body including a first wall defining a first lumen and a second wall defining a second lumen, the first lumen and the second lumen communicating with first and second distal openings (104b, 106b), respectively; and a septum separating the first and second lumens (104a, 106a), and extending beyond the first and second distal openings (104b, 106b); at least one of the first and second walls (104, 106) defining a side opening (110a, 110b) in fluid communication with one of the first and second lumens (104a, 106a), the side opening (110a, 110b) having an external aperture and an internal aperture smaller in dimension than the external aperture and wherein the side opening is substantially frustoconical in shape.
A conveyor and dosing device for setting and dispensing a dose to be dispensed from an apparatus, including a housing portion as a carrier for the conveyor and dosing device, a piston rod held by the housing portion, a drive member held by the housing portion, wherein the drive member is so coupled to the piston rod that actuation of the drive member automatically effects a dispensing movement of the piston rod, by which a product is dispensed, wherein the conveyor and dosing device further includes a dosing member to which the drive member is so coupled that a dosing movement of the dosing member results in a dosing movement of the drive member, wherein the drive member is linearly guided moveably relative to the housing portion in and in opposite relationship to a forward drive direction, for which purpose the housing portion directly forms a linear guide and wherein the linear guide is adapted in and in opposite relationship to a forward drive direction of a piston so that the piston moveably accommodated in a reservoir by forward drive in the forward drive direction can displace and dispense the product through an outlet of the reservoir.
A thermoplastic molding composition, comprising A) from 10 to 98% by weight of a thermoplastic polyamide, B) from 0.01 to 20% by weight of a highly branched melamine polymer or melamine-urea polymer, or a mixture of these, having a degree of branching of from 10 to 99.9% and an amine number (DIN 53176) of from 100 to 900 mg KOH/g, C) up to 70% by weight of further additives, C3) from 0.05 to 3% by weight of a copper-containing stabilizer as part of component C), where the total of the percentages by weight of components A) to C) is 100%. A) from 10 to 98% by weight of a thermoplastic polyamide, B) from 0.01 to 20% by weight of a highly branched melamine polymer or melamine-urea polymer, or a mixture of these, having a degree of branching of from 10 to 99.9% and an amine number (DIN 53176) of from 100 to 900 mg KOH/g, C) up to 70% by weight of further additives, C3) from 0.05 to 3% by weight of a copper-containing stabilizer as part of component C), C3) from 0.05 to 3% by weight of a copper-containing stabilizer as part of component C),
An inhaler for inhaling medicament, the inhaler having: a body for retaining a medicament store; and a dose counter, the dose counter having a moveable actuator and a chassis mounted on the body, the chassis having a ratchet counter output member mounted thereon; and characterised in that the chassis is heat staked in position on the body and that the chassis has at least one of a pin or aperture (188, 190, 192) heat staked to a respective aperture or pin (182, 184, 186) of the body.