mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing, when a computing device is in a locked state, a first function locus associated with a first application of the computing device, and a second function locus associated with a second application of the computing device; responding, if a user drags a first icon from the first function locus to a further locus by providing a translation input from the first function locus to the further locus, by switching the computing device from the locked state into an unlocked state and activating the first application; and responding, if the user drags a second icon from the second function locus to the further locus by providing a translation input from the second function locus to the further locus, by switching the computing device from the locked state into the unlocked state and activating the second application. providing, when a computing device is in a locked state, a first function locus associated with a first application of the computing device, and a second function locus associated with a second application of the computing device; responding, if a user drags a first icon from the first function locus to a further locus by providing a translation input from the first function locus to the further locus, by switching the computing device from the locked state into an unlocked state and activating the first application; and responding, if the user drags a second icon from the second function locus to the further locus by providing a translation input from the second function locus to the further locus, by switching the computing device from the locked state into the unlocked state and activating the second application.
An electronic vapour provision device having a central longitudinal axis, the electronic vapour provision device comprising a power cell and a vaporiser, where the vaporiser comprises a heating element and a vaporisation cavity, wherein in use an airflow travels along the central longitudinal axis of the electronic vapour provision device towards the vaporiser, and wherein the vaporiser further comprises an airflow channeler configured in use to channel the airflow over the heating element by obstructing the airflow along the central longitudinal axis of the electronic vapour provision device.
A wirelessly-controlled lighting device with an audio playing function, comprising: - a lighting assembly (101, 201); - an audio playing module (104, 204); characterized in that the wirelessly-controlled lighting device further comprises: - a first Bluetooth module (102, 202) configured to be connected with the lighting assembly (101, 201) and the audio playing module (104, 204), wherein the first Bluetooth module (102, 202) is configured to receive a control signal from an external device (107, 207), the control signal including a first control signal used to control the lighting assembly (101, 201) and a second control signal used to control the audio playing module (104, 204); and - a second Bluetooth module (103, 203) configured to be connected with the audio playing module (104, 204), and configured to receive audio data from the external device (107, 207) to transmit the audio data to the audio playing module (104, 204) for audio playing, wherein the audio playing is controlled according to the second control signal received by the first Bluetooth module (102, 202). - a lighting assembly (101, 201); - an audio playing module (104, 204); - a first Bluetooth module (102, 202) configured to be connected with the lighting assembly (101, 201) and the audio playing module (104, 204), wherein the first Bluetooth module (102, 202) is configured to receive a control signal from an external device (107, 207), the control signal including a first control signal used to control the lighting assembly (101, 201) and a second control signal used to control the audio playing module (104, 204); and - a second Bluetooth module (103, 203) configured to be connected with the audio playing module (104, 204), and configured to receive audio data from the external device (107, 207) to transmit the audio data to the audio playing module (104, 204) for audio playing, wherein the audio playing is controlled according to the second control signal received by the first Bluetooth module (102, 202).
Turbocompressor for a fuel cell system with a compressor wheel which is arranged rotationally fixed on a shaft, wherein the shaft is mounted rotatably in a casing by means of at least one hydrodynamic or hydrostatic sliding bearing (7, 8, 21), wherein water is provided in the sliding bearing (7, 8, 21) as a fluid for reducing friction and the turbocompressor has a water supply system which supplies water to the sliding bearings, characterized in that the water supply system supplies water, for cooling, to power electronics, belonging to the turbocompressor, of an electric machine of the turbocompressor which drives the shaft.
Communication unit having a housing for assembly on a carrier rail and having at least one circuit board which is arranged in the housing, wherein the housing has a side facing the carrier rail - assembly side - and a front side, wherein a built-in socket is arranged on one of the at least one circuit boards - first circuit board -, wherein the built-in socket has an insertion opening in which a corresponding connector can be inserted through an opening in the housing, wherein the opening in the housing is formed at least partially in the front side and wherein there is defined through the insertion opening an axis, along which an inserted connector is arranged, characterised in that the first circuit board is arranged perpendicularly to the assembly side and in that the built-in socket is arranged on the first circuit board in such a manner that the axis of the insertion opening defines an angle between 15° and 30° relative to the assembly side.
A hydraulic accumulator, in particular a pulsation damper, comprising a metal bellows which forms a moveable separating element between a gas side and a fluid side in a housing and has an end element in the form of a disc at a moveable end of the bellows, which disc performs stroke motions in the housing when the bellows is extended and compressed, the housing having a limiting element for limiting the stroke motion of the disc when the bellows is compressed, on which limiting element at least one contact surface is located which the disc approaches with its inside that faces the interior of the bellows, and the respective contact surface forming a cushion that dampens the contact of the disc, characterised in that the disc has at least one annular rib projecting from the inside and which is provided concentrically to an annular element located on the limiting element, which annular element is formed from a flexible plastic and forms the dampening cushion upon coming into contact with the annular rib.
A sensor apparatus for imaging an object in a flow cell of a flow sorter, said apparatus comprising: an optical source producing an output beam (344, 644) directed towards a sample flow path in the flow sorter for illuminating the object; a collection lens provided a predetermined distance from the object plane equal to an effective focal length of the collection lens; the illumination of the object produces beams (646L, 646C, 646R) which exit the collection lens and are collimated as beamlets (666L, 666C, 666R) which are divided into off-axis beamlets and central axis beamlets, to form multiple images of the object in the form of light leaving the object plane at different angles relative to a central axis of the sensor; characterized by a plurality of mirrors of beam splitters (672L, 672R) which separate beamlets exiting said collection lens into said off-axis beamlets (666L, 666R) along the same axis, on either side of the central axis beamlets; wherein a lateral positioning of each collimated beamlet (666L, 666C, 666R) is determined primarily by its angle from the object plane; and a plurality of detectors (680L, 680C, 680R) responsive to light from each of said off-axis beamlets (666L, 666R) and said central axis beamlets. an optical source producing an output beam (344, 644) directed towards a sample flow path in the flow sorter for illuminating the object; a collection lens provided a predetermined distance from the object plane equal to an effective focal length of the collection lens; the illumination of the object produces beams (646L, 646C, 646R) which exit the collection lens and are collimated as beamlets (666L, 666C, 666R) which are divided into off-axis beamlets and central axis beamlets, to form multiple images of the object in the form of light leaving the object plane at different angles relative to a central axis of the sensor; characterized by a plurality of mirrors of beam splitters (672L, 672R) which separate beamlets exiting said collection lens into said off-axis beamlets (666L, 666R) along the same axis, on either side of the central axis beamlets; wherein a lateral positioning of each collimated beamlet (666L, 666C, 666R) is determined primarily by its angle from the object plane; and a plurality of detectors (680L, 680C, 680R) responsive to light from each of said off-axis beamlets (666L, 666R) and said central axis beamlets.
Apparatus for determining the orientation of the eye during eye surgeries, comprising: an illumination device for illuminating the eye of a patient in the operation position; a camera device for capturing an image of the eye during an eye surgery; and a computing unit; characterized in that the illumination device comprises a diffuse light source or an arrangement of several diffuse light sources, the individual light elements or light sources of which are provided for producing specific reflection shapes on the eye and with geometric shapes in a defined arrangement, and the illumination device is designed in such a way that it generates light reflections on the cornea of the eye of the patient in the operating position, which form a light pattern comprising the specific reflection shapes, wherein the light pattern is detected by the camera device during the eye surgery, and the computing unit is configured in such a way that during the eye surgery it determines from the detected light pattern, on the basis of the specific reflection shapes, at least one property of the eye which is dependent on the instantaneous orientation of the eye. an illumination device for illuminating the eye of a patient in the operation position; a camera device for capturing an image of the eye during an eye surgery; and a computing unit; characterized in that the illumination device comprises a diffuse light source or an arrangement of several diffuse light sources, the individual light elements or light sources of which are provided for producing specific reflection shapes on the eye and with geometric shapes in a defined arrangement, and the illumination device is designed in such a way that it generates light reflections on the cornea of the eye of the patient in the operating position, which form a light pattern comprising the specific reflection shapes, wherein the light pattern is detected by the camera device during the eye surgery, and the computing unit is configured in such a way that during the eye surgery it determines from the detected light pattern, on the basis of the specific reflection shapes, at least one property of the eye which is dependent on the instantaneous orientation of the eye.
An injector element, in particular for a rocket drive, for operation with a first and a second propellant, comprising: - a central body with a flow channel with an outlet, the central body configured to generate a conical drop distribution at the outlet forming a fuel cone, the first propellant being provided in the central body; - a sleeve concentrically surrounding the central body to form an annular flow channel for the second propellant; - a flow splitter arranged between the central body and the sleeve for splitting the second propellant into a plurality of individual flows, the flow splitter including a given number of passage channels which are distributed around the central body, each of the passage channels for generating a fine propellant jet; wherein the passage channels are slots, wherein the long sides of the slots are inclined with regard to their associated radial axis; characterized in that the inclination is greater than 0° and smaller than 60°. - a central body with a flow channel with an outlet, the central body configured to generate a conical drop distribution at the outlet forming a fuel cone, the first propellant being provided in the central body; - a sleeve concentrically surrounding the central body to form an annular flow channel for the second propellant; - a flow splitter arranged between the central body and the sleeve for splitting the second propellant into a plurality of individual flows, the flow splitter including a given number of passage channels which are distributed around the central body, each of the passage channels for generating a fine propellant jet; wherein the passage channels are slots, wherein the long sides of the slots are inclined with regard to their associated radial axis;
An adhesion promoter for use in an ink or coating composition comprising: (a) from 10 to 60% by weight of an organotitanate compound; and (b) from 10 to 60% by weight of a polyamide having an acid value of from 1 to 25 mg KOH/g and an amine value of from 1 to 25 mg KOH/g.
Material of formula Li a Ti b (A x S 3-x) c wherein A is a metalloid element chosen from selenium, tellurium and mixtures thereof, and the stoichiometric coefficients a, b, c and x are such that ∘ 0 < x < 2.2; ∘ 0.4 ≤ a ≤ 4.5; ∘ 0.9 ≤ b ≤ 1.1; and ∘ 0.9 ≤ c ≤ 1.1. ∘ 0 < x < 2.2; ∘ 0.4 ≤ a ≤ 4.5; ∘ 0.9 ≤ b ≤ 1.1; and ∘ 0.9 ≤ c ≤ 1.1.
A rail attachment structure of an electric device that attaches an electric device to a rail, comprising: first and second fitting portions (9a, 9b, 9c, 9d) that are provided in a hook shape on the bottom of a housing of the electric device so as to face each other, the first fitting portion (9a, 9b) being fitted to one rail edge of the rail in a width direction and the second fitting portion (9c, 9d) being fitted to the other rail edge of the rail in the width direction; and a linear spring that is provided on the bottom of the housing and that includes a pair of straight pressing spring portions (10a, 10b) inclined to each other and a top spring portion, the top spring portion being connected directly to the pressing spring portions (10a, 10b) at the center and being bent in a semicircular shape, and a spring locking portion that is provided on the bottom of the housing and locks the top spring portion, wherein the linear spring comes into contact with an end surface of the one rail edge to which the first fitting portion (9a, 9b) is fitted and is elastically deformed such that the respective inclination angles between the pressing spring portions (10a, 10b) and the one rail edge are reduced, and the other rail edge is pressed to the second fitting portion (9c, 9d) by the urging force of the linear spring. first and second fitting portions (9a, 9b, 9c, 9d) that are provided in a hook shape on the bottom of a housing of the electric device so as to face each other, the first fitting portion (9a, 9b) being fitted to one rail edge of the rail in a width direction and the second fitting portion (9c, 9d) being fitted to the other rail edge of the rail in the width direction; and a linear spring that is provided on the bottom of the housing and that includes a pair of straight pressing spring portions (10a, 10b) inclined to each other and a top spring portion, the top spring portion being connected directly to the pressing spring portions (10a, 10b) at the center and being bent in a semicircular shape, and a spring locking portion that is provided on the bottom of the housing and locks the top spring portion, wherein the linear spring comes into contact with an end surface of the one rail edge to which the first fitting portion (9a, 9b) is fitted and is elastically deformed such that the respective inclination angles between the pressing spring portions (10a, 10b) and the one rail edge are reduced, and the other rail edge is pressed to the second fitting portion (9c, 9d) by the urging force of the linear spring.
Secondary clarification unit for a waste water purification apparatus, comprising a tank in which an inlet and an outlet are formed, and a filter element arranged in the container for clarifying a fluid flowing from the inlet to the outlet, and a purification unit is provided, which is configured to clean the filter element, characterised in that the filter element is configured as an arrangement of a plurality of bodies, wherein the bodies are elastic, and the cleaning unit is a volume reduction unit which is configured, for cleaning the filter element, to reduce a volume within the tank that is available to the filter element.
A mounting arrangement, in particular for a switch cabinet, having a one-part or multipart mounting plate for receiving stackable electrical devices, in particular for receiving terminal blocks or electronics housings, wherein a) the mounting plate has at least one or more openings penetrating the mounting plate, b) housings of the electrical devices and/or of one or more mounting bases penetrate the mounting plate, c) the housing has at least one or more conductor connections for connecting electrical conductors, d) wherein the housings protrude with a front section through the opening on the other side of the mounting plate, e) the devices, preferably the terminal blocks, have fastening devices (14, 15), using which the devices, preferably the terminal blocks, are fixed on the mounting plates, f) wherein the fastening devices (14, 15) are designed as latch means, using which the housings of the terminal blocks are fixed in a latching manner on the edges of the openings, characterized in that g) all or at least the majority of the conductor connections are accessible and can be equipped with conductors from a first side of the mounting plate - a wiring side - and h) the conductor connections on the wiring side of the mounting plate, preferably all conductor connections on the wiring side, are designed as conductor connections in direct plugging technology (push-in connections), and i) these conductor connections are accessible on the wiring side of the mounting plate at defined points of a spatial grid. a) the mounting plate has at least one or more openings penetrating the mounting plate, b) housings of the electrical devices and/or of one or more mounting bases penetrate the mounting plate, c) the housing has at least one or more conductor connections for connecting electrical conductors, d) wherein the housings protrude with a front section through the opening on the other side of the mounting plate, e) the devices, preferably the terminal blocks, have fastening devices (14, 15), using which the devices, preferably the terminal blocks, are fixed on the mounting plates, f) wherein the fastening devices (14, 15) are designed as latch means, using which the housings of the terminal blocks are fixed in a latching manner on the edges of the openings, g) all or at least the majority of the conductor connections are accessible and can be equipped with conductors from a first side of the mounting plate - a wiring side - and h) the conductor connections on the wiring side of the mounting plate, preferably all conductor connections on the wiring side, are designed as conductor connections in direct plugging technology (push-in connections), and i) these conductor connections are accessible on the wiring side of the mounting plate at defined points of a spatial grid.
A method of wireless communication performed by an apparatus, comprising: identifying uplink control information, UCI, for a plurality of component carriers, CCs, of a carrier aggregation, CA, configuration, the UCI having a payload size, wherein the UCI comprises a combination of at least two of an acknowledgement/negative acknowledgement, ACK/NAK, a scheduling request, SR, and channel quality indicator CSI information, and wherein the payload size is based on the combination of the ACK/NAK, the SR, and the channel quality indicator CSI information, jointly coded; identifying, based at least in part on the combination of ACK/NAK, SR, and CSI information comprised in the UCI, a threshold payload size; determining to include cyclic redundancy check, CRC, information in a transmission of the UCI based at least in part on a comparison of the payload size of the UCI to the threshold payload size; and transmitting an uplink channel comprising the UCI and the CRC information according to the determining. identifying uplink control information, UCI, for a plurality of component carriers, CCs, of a carrier aggregation, CA, configuration, the UCI having a payload size, wherein the UCI comprises a combination of at least two of an acknowledgement/negative acknowledgement, ACK/NAK, a scheduling request, SR, and channel quality indicator CSI information, and wherein the payload size is based on the combination of the ACK/NAK, the SR, and the channel quality indicator CSI information, jointly coded; identifying, based at least in part on the combination of ACK/NAK, SR, and CSI information comprised in the UCI, a threshold payload size; determining to include cyclic redundancy check, CRC, information in a transmission of the UCI based at least in part on a comparison of the payload size of the UCI to the threshold payload size; and transmitting an uplink channel comprising the UCI and the CRC information according to the determining.
A method for preparing voriconazole L-camphorsulfonate, comprising: dissolving a mixture of (2R,3S)/(2S,3R)-2-(2,4-difluorophenyl)-3-(5-fluoropyrimidin-4-yl)-1-(1 H- 1,2,4-tria zol-1-yl)-2-butanol and L-camphorsulfonic acid in a mixed solvent of water and acetone, cooling and crystallizing, and filtering to obtain a crystal of voriconazole L-camphorsulfonate.
Mophead holder, comprising a wiper plate, a hinge connection connected to this for the hinged connection to a handle, wherein the wiper plate comprises two longitudinal locking foldable flaps, wherein a locking device is provided that acts on the flaps, wherein at least one flap comprises one or a plurality of projections on its side facing away from the hinge connection, characterized in that at least one projection permanently faces away from a plane that is defined by the flap at an angle that is not equal to 90° so that, in the case of use with a pressing movement of the mophead holder in the direction of an applied mophead, a linearly elevated pressing can also be exerted in the region of the projections in addition to the surface pressing by the surface of the flaps and the centre part of the wiper plate.
A method of manufacturing an extruded structure, comprising: introducing resin into a feeder (402, 502) of an extruder (400,500); injecting a liquid crosslinking agent into the extruder using an injector at a location downstream of the feeder within 4 to 8 screw diameters of an axial length of the extruder; introducing a chemical blowing agent into the extruder at a location downstream of the location where the liquid crosslinking agent is injected into the extruder; and extruding a structure from the extruder. introducing resin into a feeder (402, 502) of an extruder (400,500); injecting a liquid crosslinking agent into the extruder using an injector at a location downstream of the feeder within 4 to 8 screw diameters of an axial length of the extruder; introducing a chemical blowing agent into the extruder at a location downstream of the location where the liquid crosslinking agent is injected into the extruder; and extruding a structure from the extruder.