mhurhangee/ep-ind-claims huggingface dataset:
A method for negotiating a parameter of an optical communication protocol to be used between first and second devices (D1, D2), characterized in that the method comprises the following steps: - said first device generates and displays a first calibration image (D1CAIM) comprising a series of pixel patterns (P1, P2, P3), each of said pixel patterns (P1, P2, P3) having a predetermined position relative to the other pixel patterns (P1, P2, P3) and a size different from the size of the other pixel patterns (P1, P2, P3) of the series, - said second device takes a first calibration picture (D2CAPI) of the first calibration image (D1CAIM), analyses the first calibration picture (D2CAPI), identifies a set of one or more detectable pixel patterns which are properly recognizable by the second device and selects a setting data based on said set, - said second device generates and displays a second calibration image (D2CAIM) comprising the setting data, - said first device takes a second calibration picture (D1CAPI) of the second calibration image (D2CAIM), interprets the second calibration picture (D1CAPI), gets the setting data, selects a value based on the setting data and updates the parameter of the optical communication protocol with the value. - said first device generates and displays a first calibration image (D1CAIM) comprising a series of pixel patterns (P1, P2, P3), each of said pixel patterns (P1, P2, P3) having a predetermined position relative to the other pixel patterns (P1, P2, P3) and a size different from the size of the other pixel patterns (P1, P2, P3) of the series, - said second device takes a first calibration picture (D2CAPI) of the first calibration image (D1CAIM), analyses the first calibration picture (D2CAPI), identifies a set of one or more detectable pixel patterns which are properly recognizable by the second device and selects a setting data based on said set, - said second device generates and displays a second calibration image (D2CAIM) comprising the setting data, - said first device takes a second calibration picture (D1CAPI) of the second calibration image (D2CAIM), interprets the second calibration picture (D1CAPI), gets the setting data, selects a value based on the setting data and updates the parameter of the optical communication protocol with the value.
A tire comprising: a pair of bead cores formed in a polygonal shape in cross-sectional view; a carcass toroidally straddling between the bead cores and folded back around the bead cores; a wire chafer extending along the carcass so as to cover the carcass folded back around the bead cores from an inner side in a radial direction of a tire, the wire chafer being provided on an inner circumference side of the carcass, and a nylon chafer that is provided as a nylon cord, the nylon chafer being provided at an inner circumference side of the wire chafer, wherein, at a side on a tire inner circumference side of the bead core, the wire chafer is provided by being separated into an upper side wire chafer and a lower side wire chafer, wherein the upper side wire chafer and the lower side wire chafer are separated at, as a boundary, a top part of the bead core located on an innermost side in a tire width direction among top parts of the bead core that face inwardly in the tire width direction, and wherein a first end of the nylon chafer is disposed radially outwards of an upper end of the upper side wire chafer in the tire radial direction, and a second end of the nylon chafer reaches a lower end of the bead core so as to cover a part of the lower side wire chafer. a pair of bead cores formed in a polygonal shape in cross-sectional view; a carcass toroidally straddling between the bead cores and folded back around the bead cores; a wire chafer extending along the carcass so as to cover the carcass folded back around the bead cores from an inner side in a radial direction of a tire, the wire chafer being provided on an inner circumference side of the carcass, and a nylon chafer that is provided as a nylon cord, the nylon chafer being provided at an inner circumference side of the wire chafer, wherein, at a side on a tire inner circumference side of the bead core, the wire chafer is provided by being separated into an upper side wire chafer and a lower side wire chafer, wherein the upper side wire chafer and the lower side wire chafer are separated at, as a boundary, a top part of the bead core located on an innermost side in a tire width direction among top parts of the bead core that face inwardly in the tire width direction, and wherein a first end of the nylon chafer is disposed radially outwards of an upper end of the upper side wire chafer in the tire radial direction, and a second end of the nylon chafer reaches a lower end of the bead core so as to cover a part of the lower side wire chafer.
A cosmetic product comprising two or more phosphors each containing an inorganic compound, wherein the cosmetic product, upon excitation by excitation light having a wavelength of 365 nm, emits an emission spectrum having a fluorescence emission peak in each of the range of 400 to 530 nm and the range of 620 to 720 nm and having an I 2 /I 1 of 1 to 30, where I 1 is a maximum emission intensity in the range of 530 to 620 nm and I 2 is a maximum peak intensity in the range of 620 to 720 nm. two or more phosphors each containing an inorganic compound, wherein the cosmetic product, upon excitation by excitation light having a wavelength of 365 nm, emits an emission spectrum having a fluorescence emission peak in each of the range of 400 to 530 nm and the range of 620 to 720 nm and having an I 2 /I 1 of 1 to 30, where I 1 is a maximum emission intensity in the range of 530 to 620 nm and I 2 is a maximum peak intensity in the range of 620 to 720 nm.
Method for operating a rail vehicle in a railway system having at least one optical waveguide laid next to at least one railway track into which light pulses are fed, with said optical waveguide being used as a distributed acoustic sensor and backscattered light being detected, characterised in that • a rail vehicle is used having a sound generator which can be adjusted in terms of its frequency spectrum in such a way that it indicates an emergency and • when the sound generator is activated an emergency signal of the rail vehicle is acquired if a frequency spectrum which corresponds to the adjusted emergency frequency spectrum of the sound generator is detected in the backscattered light. • a rail vehicle is used having a sound generator which can be adjusted in terms of its frequency spectrum in such a way that it indicates an emergency and • when the sound generator is activated an emergency signal of the rail vehicle is acquired if a frequency spectrum which corresponds to the adjusted emergency frequency spectrum of the sound generator is detected in the backscattered light.
A composition for use in the treatment of an autoimmune disease, comprising an ex vivo cell population enriched for hematopoietic stem cells and a morpholino oligomer antisense to TGF-β.
An injection device suitable for injecting a hydrocarbon feedstock into a refining unit (10, 10') shaped in order to atomise a liquid into droplets by means of a gas, comprising a body (12, 12') having: - a gas inlet orifice (14,14') to be connected to a gas supply duct, - an outlet orifice (18, 18') for discharging the atomised liquid, - a straight internal duct (20, 20') connecting the inlet orifice (14, 14') to the outlet orifice (18, 18') in an axial direction of said body, characterised in that said injection device comprises at least two liquid inlet ducts (22, 24; 22',24') to be connected to at least one liquid supply duct, said liquid inlet ducts (22, 24; 22', 24') passing through said body (12, 12') radially or substantially radially and opening into said inner duct (20, 20'), these liquid inlet ducts (22, 24; 22', 24') each having an axis (X 1, X 2; X' 1, X' 2) and being arranged such that their axes intersect at one and the same point (I, I') on an axial line (X, X') extending inside the internal duct (20, 20'), and in that the liquid inlet ducts (22, 24'; 22', 24') protrude into the inner duct. - a gas inlet orifice (14,14') to be connected to a gas supply duct, - an outlet orifice (18, 18') for discharging the atomised liquid, - a straight internal duct (20, 20') connecting the inlet orifice (14, 14') to the outlet orifice (18, 18') in an axial direction of said body,
An oscilloscope, comprising: a circuit board, comprising: a sensor; and a programmable system-on-a-chip device directly coupled to the sensor and programmed to implement: a field programmable gate array to receive vehicle data from the sensor, and a microcontroller unit to process the received vehicle data; the oscilloscope further comprising a universal synchronous bus port coupled to the programmable system-on-a-chip device; and the circuit board further comprising a ground loop protection unit coupled to the universal synchronous bus port by a connection to protect the circuit board from a current loop in a ground path of the circuit board. a circuit board, comprising: a sensor; and a programmable system-on-a-chip device directly coupled to the sensor and programmed to implement: a field programmable gate array to receive vehicle data from the sensor, and a microcontroller unit to process the received vehicle data; a sensor; and a programmable system-on-a-chip device directly coupled to the sensor and programmed to implement: a field programmable gate array to receive vehicle data from the sensor, and a microcontroller unit to process the received vehicle data; a field programmable gate array to receive vehicle data from the sensor, and a microcontroller unit to process the received vehicle data; the oscilloscope further comprising a universal synchronous bus port coupled to the programmable system-on-a-chip device; and the circuit board further comprising a ground loop protection unit coupled to the universal synchronous bus port by a connection to protect the circuit board from a current loop in a ground path of the circuit board.
A semiconductor chip having a layer sequence, which is intended to produce a soldered connection and comprises a solder layer and an oxidation prevention layer, which follows the solder layer as seen from the semiconductor chip, wherein a barrier layer is included between the solder layer and the oxidation prevention layer, wherein the barrier layer reduces diffusion of a material that is a constituent of the solder layer through the oxidation prevention layer, characterised in that - the barrier layer has a thickness and the thickness is at most 50 nm. - the barrier layer has a thickness and the thickness is at most 50 nm.
A cosmetic composition to be applied to wet wipes comprising Component Concentration (w/w) Water 75-100 Ethanol 5-10 Methylpropanediol 0.1-1 PEG-40 hydrogenated castor oil 0.1-1 Polysorbate 20 0.1-1 Phenoxyethanol 0.1-1 Ethylhexylglycerin 0.1-1 Particulate ≤10 Acrylate copolymer/palmeth-25 acrylate 0.1-1 pH modifying agent ≤0.10 characterized in that said pH modifying agent is added in sufficient amounts so that the pH of the end composition is from about 7.2 to 7.8 and in that said particulate has a size from about 0.01 to 5 mm, wherein the composition comprises the particulate and the pH modifying agent.
An abrasive cutting tool (100, 200) comprising: a body (101, 201) in a shape of a large diameter disk having an outer diameter of at least 60 centimeters, and an aspect ratio defined as a ratio (D:T) between the outer diameter to an axial thickness of the body of at least 10:1, and the body including an abrasive portion having: a bond material; abrasive particles contained within the bond material; a first filler contained within the abrasive portion comprising iron and sulfur having an average particle size of not greater than 40 microns; wherein the body further comprises one or more reinforcing members (202, 203, 205, 207, 209); characterized in that the one or more reinforcing members comprises 5 to 20 vol% of a total volume of the body, and a plurality of openings, wherein the opening each defines an open area of at least 10 mm 2 and not greater than 20 mm 2 within a major plane of the reinforcing member. a bond material; abrasive particles contained within the bond material; a first filler contained within the abrasive portion comprising iron and sulfur having an average particle size of not greater than 40 microns; wherein the body further comprises one or more reinforcing members (202, 203, 205, 207, 209); characterized in that the one or more reinforcing members comprises 5 to 20 vol% of a total volume of the body, and a plurality of openings, wherein the opening each defines an open area of at least 10 mm 2 and not greater than 20 mm 2 within a major plane of the reinforcing member.
A transport container for equipment having a medical application, comprising - at least one fixing surface, wherein the fixing surface has at least one hollow space, - and a magnetic fixing element, which is arranged in the hollow space and is freely shiftable in the hollow space in a plane parallel to the fixing surface. - at least one fixing surface, wherein the fixing surface has at least one hollow space, - and a magnetic fixing element, which is arranged in the hollow space and is freely shiftable in the hollow space in a plane parallel to the fixing surface.
A composition for use in the treatment of connective tissue damage in a mammal comprising a therapeutically effective amount of: chondroitin sulfate, N-acetyl D-glucosamine, and hyaluronan, wherein said connective tissue is selected from the group consisting of tendon, ligament and bone, and wherein said composition is applied directly to the affected connective tissue.
Hand-held cut-off grinder, comprising: • a cutting disc which is arranged on a spindle and can be rotated about a rotational axis, the spindle being connected to an output shaft which can be rotated about an output rotational axis, • a motor housing with a drive motor which moves a drive shaft about a drive rotational axis, the drive shaft being connected in a torque-transmitting manner via a drive disc, a transmission element and an output disc to the output shaft, and • a cantilever with an arm cover and a support arm which is fixed by way of a first end on the motor housing and at the second end of which the output shaft is mounted, the arm cover being fastened to the support arm via a plurality of fastening elements, at least one fastening element of the plurality of fastening elements being arranged on a side, facing away from the drive shaft, of a first plane, the first plane being configured in a horizontal default position of the cut-off grinder as a vertical plane through the output rotational axis, characterized in that the arm cover is manufactured from a metal material. • a cutting disc which is arranged on a spindle and can be rotated about a rotational axis, the spindle being connected to an output shaft which can be rotated about an output rotational axis, • a motor housing with a drive motor which moves a drive shaft about a drive rotational axis, the drive shaft being connected in a torque-transmitting manner via a drive disc, a transmission element and an output disc to the output shaft, and • a cantilever with an arm cover and a support arm which is fixed by way of a first end on the motor housing and at the second end of which the output shaft is mounted, the arm cover being fastened to the support arm via a plurality of fastening elements, at least one fastening element of the plurality of fastening elements being arranged on a side, facing away from the drive shaft, of a first plane, the first plane being configured in a horizontal default position of the cut-off grinder as a vertical plane through the output rotational axis, characterized in that the arm cover is manufactured from a metal material.
A method for producing a glass ceramic article, wherein at least one precursor article is at least partially transformed into a glass ceramic article, wherein either a first precursor article made of glass is ceramized into the glass ceramic article; or at least a first crystalline phase of a second precursor article is further ceramized into a second crystalline phase of the glass ceramic article; and wherein the precursor article is heated up to a maximum temperature, wherein a temperature distribution between upper surface and lower surface of the precursor article deviates by not more than ± 1 K from an average temperature in the transforming precursor article, at least during an exothermic period of the phase transition; wherein a heating rate for reaching the maximum temperature is controlled to be greater than 10 K/min; and the maximum temperature is maintained for not more than two minutes or, preferably, cooling is performed immediately after reaching the maximum temperature without maintaining a holding time at this maximum temperature; wherein the precursor article comprises a lithium aluminium silicate composition. either a first precursor article made of glass is ceramized into the glass ceramic article; or at least a first crystalline phase of a second precursor article is further ceramized into a second crystalline phase of the glass ceramic article; and wherein the precursor article is heated up to a maximum temperature, wherein a temperature distribution between upper surface and lower surface of the precursor article deviates by not more than ± 1 K from an average temperature in the transforming precursor article, at least during an exothermic period of the phase transition; wherein a heating rate for reaching the maximum temperature is controlled to be greater than 10 K/min; and the maximum temperature is maintained for not more than two minutes or, preferably, cooling is performed immediately after reaching the maximum temperature without maintaining a holding time at this maximum temperature; wherein the precursor article comprises a lithium aluminium silicate composition.
An installation for robotic spine surgery, comprising: - an operating table, which is designed to lay a patient thereon, - a robot for posterior spine surgery, wherein the robot is configured, during use, to perform a surgical procedure on the patient recumbent on the operating table, and - a bridge table comprising: - two uprights (21, 22) that are designed to be separated from the operating table when the installation is in use, while being arranged and rising from the ground on either side of the patient recumbent on the operating table, and - a platform to support the robot, which rests on the uprights so that, during use, the platform lies over the patient recumbent on the operating table and which is designed, during use, to support the robot extending vertically above the spine of the patient recumbent on the operating table characterized in that wherein the platform incorporates a presentation area for spinal implants, said presentation area being covered by a field of activity over which the robot is arranged to extend. - an operating table, which is designed to lay a patient thereon, - a robot for posterior spine surgery, wherein the robot is configured, during use, to perform a surgical procedure on the patient recumbent on the operating table, and - a bridge table comprising: - two uprights (21, 22) that are designed to be separated from the operating table when the installation is in use, while being arranged and rising from the ground on either side of the patient recumbent on the operating table, and - a platform to support the robot, which rests on the uprights so that, during use, the platform lies over the patient recumbent on the operating table and which is designed, during use, to support the robot extending vertically above the spine of the patient recumbent on the operating table - two uprights (21, 22) that are designed to be separated from the operating table when the installation is in use, while being arranged and rising from the ground on either side of the patient recumbent on the operating table, and - a platform to support the robot, which rests on the uprights so that, during use, the platform lies over the patient recumbent on the operating table and which is designed, during use, to support the robot extending vertically above the spine of the patient recumbent on the operating table
A ski binding, in particular a ski binding for a cross-country or touring ski, being displaceable on a surface of a ski, the ski binding comprising: a first unit and a second unit, the first unit comprising a binding portion for interacting with the pivot axis of a ski boot, and being slidably mountable on a mounting plate attached to the upper surface of the ski and being free to slide along the mounting plate and the second unit being fixable relative to the ski, characterized in that the second unit comprises a movable actuator (43; 63) coupled to the first unit and being configured to shift the first unit backwards and forwards relative to the mounting plate and relative to the second unit such that the pivot axis of a ski boot will be held in different positions in the ski binding and with respect to the mounting plate. a first unit and a second unit, the first unit comprising a binding portion for interacting with the pivot axis of a ski boot, and being slidably mountable on a mounting plate attached to the upper surface of the ski and being free to slide along the mounting plate and the second unit being fixable relative to the ski, characterized in that the second unit comprises a movable actuator (43; 63) coupled to the first unit and being configured to shift the first unit backwards and forwards relative to the mounting plate and relative to the second unit such that the pivot axis of a ski boot will be held in different positions in the ski binding and with respect to the mounting plate.
A method for controlling an electronic device comprising a camera, communication interface, display, and processor, the method comprising: acquiring, by the camera, an image comprising a guide member corresponding to a shape and size of a display device and having a plurality of marks (515-1, 515-4) formed in corner areas of the guide member, the guide member having a form of a frame surrounding an empty space and being positioned at a position where the display device is to be installed; displaying, on the display, the acquired image overlaid with a plurality of indicators (720-1, 720-4); and in response to identifying that the plurality of marks (515-1, 515-4) of the guide member are positioned at the plurality of indicators (720-1, 720-4) in the acquired image, analyzing, by the processor, a background area within the empty space of the guide member in the acquired image to acquire information relating to a background image at the position where the display device is to be installed; and transmitting, by the communication interface, the acquired information relating to the background image to the display device and thereby display the background image on the display device. acquiring, by the camera, an image comprising a guide member corresponding to a shape and size of a display device and having a plurality of marks (515-1, 515-4) formed in corner areas of the guide member, the guide member having a form of a frame surrounding an empty space and being positioned at a position where the display device is to be installed; displaying, on the display, the acquired image overlaid with a plurality of indicators (720-1, 720-4); and in response to identifying that the plurality of marks (515-1, 515-4) of the guide member are positioned at the plurality of indicators (720-1, 720-4) in the acquired image, analyzing, by the processor, a background area within the empty space of the guide member in the acquired image to acquire information relating to a background image at the position where the display device is to be installed; and transmitting, by the communication interface, the acquired information relating to the background image to the display device and thereby display the background image on the display device.