mhurhangee/ep-ind-claims huggingface dataset:
Tool device for machining a workpiece, comprising ▪ a machining tool which can be rotated by a drive device in a direction of rotation by an axis of rotation and which defines a machining plane perpendicular to the axis of rotation, ▪ a protective hood which at least partially surrounds the machining tool, and ▪ a spray arrangement having a first spray nozzle (37; 37A, 37B) which dispenses a first spray jet (45A, 45B) along a first spraying direction (46A, 46B), and a pump which is connected to the first spray nozzle (37; 37A, 37B) via a first connection line (38; 38A, 38B), wherein the pump generates a minimum pressure of 5 bar in the first connection line (38; 38A, 38B), characterized in that the throughflow of the first spray nozzle (37; 37A, 37B) is between 8 and 12 litres per hour, and the first spray nozzle (37; 37A, 37B) dispenses liquid drops having a size between 40 and 150 μm as first spray jet (45A, 45B). ▪ a machining tool which can be rotated by a drive device in a direction of rotation by an axis of rotation and which defines a machining plane perpendicular to the axis of rotation, ▪ a protective hood which at least partially surrounds the machining tool, and ▪ a spray arrangement having a first spray nozzle (37; 37A, 37B) which dispenses a first spray jet (45A, 45B) along a first spraying direction (46A, 46B), and a pump which is connected to the first spray nozzle (37; 37A, 37B) via a first connection line (38; 38A, 38B), wherein the pump generates a minimum pressure of 5 bar in the first connection line (38; 38A, 38B),
A heat exchanger block, comprising: one or more first plates comprising at least one first channel configured to guide a first fluid; one or more second plates comprising at least one second channel configured to guide a second fluid; and one or more intermediate plates disposed between the first and second plates, the one or more intermediate plates comprising micro-channels; wherein the first, second and intermediate plates are bonded together via diffusion bonding; wherein each of the first, second and intermediate plates are provided with a plurality of communication holes, wherein the communication holes provided in the first, second and intermediate plates are mated to form leakage channels arranged to receive fluid leaking from one or more of said first or second channels, wherein the leakage channels allow for fluid communication through an entire height of the heat exchanger block; and wherein the micro-channels of the one or more intermediate plates are arranged to receive the leaking fluid from one or more of said first or second channels and permit flow of the leaking fluid to the leakage channels. one or more first plates comprising at least one first channel configured to guide a first fluid; one or more second plates comprising at least one second channel configured to guide a second fluid; and one or more intermediate plates disposed between the first and second plates, the one or more intermediate plates comprising micro-channels; wherein the first, second and intermediate plates are bonded together via diffusion bonding; wherein each of the first, second and intermediate plates are provided with a plurality of communication holes, wherein the communication holes provided in the first, second and intermediate plates are mated to form leakage channels arranged to receive fluid leaking from one or more of said first or second channels, wherein the leakage channels allow for fluid communication through an entire height of the heat exchanger block; and wherein the micro-channels of the one or more intermediate plates are arranged to receive the leaking fluid from one or more of said first or second channels and permit flow of the leaking fluid to the leakage channels.
A method for selectively targeting sebaceous glands to effect a desired non-surgical treatment, said method comprising: irradiating said sebaceous glands with optical radiation at a wavelength for which absorption coefficients for fat and water have a ratio which is at least 0.5, the radiation being at a fluence and for a duration sufficient for the desired treatment, characterized in that said wavelength is in a band which is one of: (a) 1690 to 1780 nm, preferably 1700 nm to 1730 nm, more preferably 1715 nm; and (b) 2250 nm to 2450 nm, preferably 2280 nm to 2360 nm, more preferably 2300 nm. irradiating said sebaceous glands with optical radiation at a wavelength for which absorption coefficients for fat and water have a ratio which is at least 0.5, the radiation being at a fluence and for a duration sufficient for the desired treatment, characterized in that said wavelength is in a band which is one of: (a) 1690 to 1780 nm, preferably 1700 nm to 1730 nm, more preferably 1715 nm; and (b) 2250 nm to 2450 nm, preferably 2280 nm to 2360 nm, more preferably 2300 nm. (a) 1690 to 1780 nm, preferably 1700 nm to 1730 nm, more preferably 1715 nm; and (b) 2250 nm to 2450 nm, preferably 2280 nm to 2360 nm, more preferably 2300 nm.
A method for producing a cardboard based on a slurry with cellulose fibres, wherein - gypsum is added to the slurry prior to the formation of the cardboard, and - the cardboard formed from the slurry is dried at a temperature of more than 110°C, especially at a temperature of more than 130°C, so that calcium sulphate hemihydrate is formed, characterized in that the cardboard comprises multiple layers, and the multiple layers of the cardboard have different proportions of calcium sulphate hemihydrate. - gypsum is added to the slurry prior to the formation of the cardboard, and - the cardboard formed from the slurry is dried at a temperature of more than 110°C, especially at a temperature of more than 130°C, so that calcium sulphate hemihydrate is formed,
A control apparatus comprising: a focus detector configured to detect a defocus amount based on a phase difference between a pair of image signals generated based on light beams having passed through mutually different pupil areas in an imaging optical system; and a controller configured to control a focus lens in the imaging optical system, wherein the controller is configured to perform an autofocus control based on the defocus amount detected by the focus detector, and a manual focus control based on an operation of a user via an operation member, wherein the controller performs the autofocus control when a change amount relating to a speed of the focus lens in the manual focus control falls within a predetermined range, characterized in that the focus detector detects the defocus amount in each of a plurality of focus detection areas, wherein the controller determines whether or not there are perspectively conflicting objects, based on the defocus amount detected in each of the plurality of focus detection areas, and wherein a transfer condition from the manual focus control to the autofocus control is changed according to whether or not there are perspectively conflicting objects. a focus detector configured to detect a defocus amount based on a phase difference between a pair of image signals generated based on light beams having passed through mutually different pupil areas in an imaging optical system; and a controller configured to control a focus lens in the imaging optical system, wherein the controller is configured to perform an autofocus control based on the defocus amount detected by the focus detector, and a manual focus control based on an operation of a user via an operation member, wherein the controller performs the autofocus control when a change amount relating to a speed of the focus lens in the manual focus control falls within a predetermined range, the focus detector detects the defocus amount in each of a plurality of focus detection areas, wherein the controller determines whether or not there are perspectively conflicting objects, based on the defocus amount detected in each of the plurality of focus detection areas, and wherein a transfer condition from the manual focus control to the autofocus control is changed according to whether or not there are perspectively conflicting objects.
A compound that is: (a) a compound of formula: wherein each n is 1-3; and each R is F, I, ethyl, propyl, isopropyl, butyl, sec-butyl, pentyl, hexyl, or halogenated alkyl, with alkyl referring to saturated hydrocarbon groups in a straight, branched, or cyclic configuration; or a pharmaceutically acceptable salt thereof; or (b) a symmetric trisulfilde compound of formula A: wherein each Ar 1 is: or a pharmaceutically acceptable salt thereof. (a) a compound of formula: wherein each n is 1-3; and each R is F, I, ethyl, propyl, isopropyl, butyl, sec-butyl, pentyl, hexyl, or halogenated alkyl, with alkyl referring to saturated hydrocarbon groups in a straight, branched, or cyclic configuration; or a pharmaceutically acceptable salt thereof; or (b) a symmetric trisulfilde compound of formula A: wherein each Ar 1 is: or a pharmaceutically acceptable salt thereof.
A system comprising: a vial (102, 1742) having a neck with a passage in the neck and a rim disposed adjacent the neck, a stopper disposed over the passage in the neck of the vial (102, 1742) to control access of a spike through the passage into the vial (102, 1742), and a crimp ring disposed about the stopper and the rim to maintain the stopper fixed relative to the vial (102, 1742); and a vial adapter (100, 1750) including a collar securely attached to the vial (102, 1742) at the neck of the vial (102, 1742), the collar and the crimp ring each receiving at least one of a pair of opposing forces to limit the movement of the stopper relative to the vial (102, 1742) when the spike is advanced into the vial (102, 1742) through the stopper; and the system being characterized in that an inner surface of the collar abuts and is shaped to match a contour of an outer surface of the crimp ring. a vial (102, 1742) having a neck with a passage in the neck and a rim disposed adjacent the neck, a stopper disposed over the passage in the neck of the vial (102, 1742) to control access of a spike through the passage into the vial (102, 1742), and a crimp ring disposed about the stopper and the rim to maintain the stopper fixed relative to the vial (102, 1742); and a vial adapter (100, 1750) including a collar securely attached to the vial (102, 1742) at the neck of the vial (102, 1742), the collar and the crimp ring each receiving at least one of a pair of opposing forces to limit the movement of the stopper relative to the vial (102, 1742) when the spike is advanced into the vial (102, 1742) through the stopper; and
A lift structure for an aerodrome structure, comprising: an upstanding tubular frame comprising an upper ring located over a base ring and supported thereon by columns; a platform located within the tubular frame; and a lift mechanism arranged to raise and lower the platform between the base ring and the upper ring, wherein: the columns are spaced apart from each other to provide a side opening for loading an aircraft onto the platform and unloading an aircraft therefrom when the platform is in a lowered position; and the platform provides a take-off and landing pad for an aircraft when the platform is in a raised position. an upstanding tubular frame comprising an upper ring located over a base ring and supported thereon by columns; a platform located within the tubular frame; and a lift mechanism arranged to raise and lower the platform between the base ring and the upper ring, the columns are spaced apart from each other to provide a side opening for loading an aircraft onto the platform and unloading an aircraft therefrom when the platform is in a lowered position; and the platform provides a take-off and landing pad for an aircraft when the platform is in a raised position.
A crosslinking rubber composition, comprising: 100 parts by mass of a rubber polymer having an iodine value measured in accordance with a method described in JIS K 0070:1992 of 10 to 250 (g/100 g) and comprising 3% by mass or more of an ethylene structure and less than 10% by mass of a vinyl aromatic monomer block; 0.1 to 5.0 parts by mass of sulfur based on 100 parts by mass of the rubber polymer; 0.1 to 5.0 parts by mass of a radical generator based on 100 parts by mass of the rubber polymer; 0.1 to 5.0 parts by mass of a vulcanization accelerator based on 100 parts by mass of the rubber polymer; and 3.0 parts by mass or less of a polyfunctional crosslinking aid, based on 100 parts by mass of rubber component contained in the crosslinking rubber composition. 100 parts by mass of a rubber polymer having an iodine value measured in accordance with a method described in JIS K 0070:1992 of 10 to 250 (g/100 g) and comprising 3% by mass or more of an ethylene structure and less than 10% by mass of a vinyl aromatic monomer block; 0.1 to 5.0 parts by mass of sulfur based on 100 parts by mass of the rubber polymer; 0.1 to 5.0 parts by mass of a radical generator based on 100 parts by mass of the rubber polymer; 0.1 to 5.0 parts by mass of a vulcanization accelerator based on 100 parts by mass of the rubber polymer; and 3.0 parts by mass or less of a polyfunctional crosslinking aid, based on 100 parts by mass of rubber component contained in the crosslinking rubber composition.
A computer implemented method for determining a device location in an augmented reality system, the method being performed by one or more processors and comprising the following steps: determining, using a first positioning system, a first position estimate for the device; accessing, based on the first position estimate, a set of structure facade data (640, 730, 732) describing one or more structure facades (360, 369, 630) associated with the first position estimate, the structure facade data comprising for each structure facade a simplified two-dimensional model of one or more exterior walls of a building; capturing, by an image sensor of the device, a first image of an environment; identifying, using the set of structure facade data, a first structure facade portion (720, 730) of the first image of the environment by matching the first structure facade portion with the simplified two-dimensional model among the accessed set of structure facade data; calculating, based at least in part on the first structure facade portion of the first image of the environment, a second position estimate of the device; and aligning a first virtual object (380, 390, 710) within a second image (301, 303, 700) of the environment using the second position estimate of the device. determining, using a first positioning system, a first position estimate for the device; accessing, based on the first position estimate, a set of structure facade data (640, 730, 732) describing one or more structure facades (360, 369, 630) associated with the first position estimate, the structure facade data comprising for each structure facade a simplified two-dimensional model of one or more exterior walls of a building; capturing, by an image sensor of the device, a first image of an environment; identifying, using the set of structure facade data, a first structure facade portion (720, 730) of the first image of the environment by matching the first structure facade portion with the simplified two-dimensional model among the accessed set of structure facade data; calculating, based at least in part on the first structure facade portion of the first image of the environment, a second position estimate of the device; and aligning a first virtual object (380, 390, 710) within a second image (301, 303, 700) of the environment using the second position estimate of the device.
A compound having the chemical structure of any one of formula III to formula XIV: or any racemic form or enantiomer of the substance, for use in the prevention or treatment of cancer.
A cell penetrating peptide for transporting a selected molecule or agent across a cellular membrane consisting of the amino acid sequence: i) RRVQIWFQNKRAKVKR i) RRVQIWFQNKRAKVKR
A heating device comprising: a housing retaining a camera lens; a primary induction coil positioned proximate the housing and configured to generate a magnetic field in response to receiving electrical power from a power supply; a controller circuit in electrical contact with the primary induction coil configured to control the electrical power delivered to the primary induction coil; and a secondary induction coil overlaying the primary induction coil; the secondary induction coil configured to receive the magnetic field from the primary induction coil and generate heat; characterized in that the secondary induction coil heats the camera lens when the primary induction coil receives the electrical power. a housing retaining a camera lens; a primary induction coil positioned proximate the housing and configured to generate a magnetic field in response to receiving electrical power from a power supply; a controller circuit in electrical contact with the primary induction coil configured to control the electrical power delivered to the primary induction coil; and a secondary induction coil overlaying the primary induction coil; the secondary induction coil configured to receive the magnetic field from the primary induction coil and generate heat; characterized in that the secondary induction coil heats the camera lens when the primary induction coil receives the electrical power.
A heater comprising: a ceramic body having a rod shape; a heating resistor embedded in the ceramic body; a conductor layer on at least one end surface of the ceramic body, electrically connected to the heating resistor; a metal cap attached to an end portion of the ceramic body at a site near the end surface, the metal cap covering at least a portion of the conductor layer and the end surface with a gap therebetween and including a through hole; and a lead terminal inserted in the through hole and electrically connected to the conductor layer, wherein an end portion of the lead terminal disposed in the gap comprises a portion that is outside the through hole when viewed in a penetrating direction of the through hole, wherein the metal cap includes a bottom portion and a side portion, the heater being characterised in that the metal cap has a slit connecting with the through hole from the side portion. a ceramic body having a rod shape; a heating resistor embedded in the ceramic body; a conductor layer on at least one end surface of the ceramic body, electrically connected to the heating resistor; a metal cap attached to an end portion of the ceramic body at a site near the end surface, the metal cap covering at least a portion of the conductor layer and the end surface with a gap therebetween and including a through hole; and a lead terminal inserted in the through hole and electrically connected to the conductor layer, wherein an end portion of the lead terminal disposed in the gap comprises a portion that is outside the through hole when viewed in a penetrating direction of the through hole, wherein the metal cap includes a bottom portion and a side portion, the heater being characterised in that the metal cap has a slit connecting with the through hole from the side portion.
A control method for starting a wind power generator set, comprising: determining, by a main controller of the wind power generator set, whether a real-time wind speed of the wind power generator set reaches a preset starting wind speed when a wind speed of at least one wind power generator set in a wind farm or an anemometer tower reaches or exceeds the preset starting wind speed, wherein the at least one wind power generator set is located in the wind farm at a location closest to a wind coming direction, the anemometer tower is an anemometer tower located closest to the wind coming direction of the wind farm, and the wind power generator set corresponding to the main controller is any wind power generator set in the wind farm except for the at least one wind power generator set located in the wind farm at a location closest to the wind coming direction; and incrementing, by the main controller, the count of the quantity of analog starts when determining that the real-time wind speed reaches or exceeds the preset starting wind speed, and starting the wind power generator set when the quantity of the analog starts reaches a preset count value. determining, by a main controller of the wind power generator set, whether a real-time wind speed of the wind power generator set reaches a preset starting wind speed when a wind speed of at least one wind power generator set in a wind farm or an anemometer tower reaches or exceeds the preset starting wind speed, wherein the at least one wind power generator set is located in the wind farm at a location closest to a wind coming direction, the anemometer tower is an anemometer tower located closest to the wind coming direction of the wind farm, and the wind power generator set corresponding to the main controller is any wind power generator set in the wind farm except for the at least one wind power generator set located in the wind farm at a location closest to the wind coming direction; and incrementing, by the main controller, the count of the quantity of analog starts when determining that the real-time wind speed reaches or exceeds the preset starting wind speed, and starting the wind power generator set when the quantity of the analog starts reaches a preset count value.
An apparatus for treating a wound, comprising: (i) a wound dressing having a backing layer with a wound-facing face, which is capable of forming a relatively fluid tight seal or closure over a wound; and (ii) at least one inlet pipe for connection to a fluid supply tube or recirculation tube, which passes through and/or under the wound-facing face, and at least one outlet pipe for connection to a fluid offtake tube, which passes through and/or under the wound-facing face, the point at which the or each inlet pipe and the or each outlet pipe passes through and/or under the wound-facing face forming a relatively fluid-tight seal or closure; (iii) a resiliently flexible tubular inlet pipe manifold extending from the inlet pipe at the point at which the inlet pipe passes through and/or under the wound facing-facing face of the backing layer wherein the inlet pipe manifold is configured to deliver fluid directly to the wound bed; and characterised in that the tubular inlet pipe manifold is in the form of a spiral. (i) a wound dressing having a backing layer with a wound-facing face, which is capable of forming a relatively fluid tight seal or closure over a wound; and (ii) at least one inlet pipe for connection to a fluid supply tube or recirculation tube, which passes through and/or under the wound-facing face, and at least one outlet pipe for connection to a fluid offtake tube, which passes through and/or under the wound-facing face, the point at which the or each inlet pipe and the or each outlet pipe passes through and/or under the wound-facing face forming a relatively fluid-tight seal or closure; (iii) a resiliently flexible tubular inlet pipe manifold extending from the inlet pipe at the point at which the inlet pipe passes through and/or under the wound facing-facing face of the backing layer wherein the inlet pipe manifold is configured to deliver fluid directly to the wound bed; and characterised in that the tubular inlet pipe manifold is in the form of a spiral.