mhurhangee/ep-ind-claims huggingface dataset:
A use of a cosmetics applicator for applying a cosmetic to the skin, comprising an applicator body extending along a longitudinal applicator axis and a bristle-free jacket surfac, which surrounds the former and which at least in some sections serves for applying and distributing the cosmetic on the skin, wherein the applicator body has a cavity for storing cosmetic mass, which is closed on its proximal end face and provided with a loading opening at its distal end face, wherein the wall of the applicator body surrounding the cavity is closed in the circumferential direction and configured in such a way that it can be displaced in the direction of the interior of the cavity by forces arising during the application as intended, so that the volume of the cavity is reduced and the cavity thereby discharges towards the outside at least a part of the cosmetic mass stored therein, wherein the inner space surrounded by the cavity is free of internal parts, characterized in that the cosmetics applicator is used in such a way that the cavity, when the cosmetics applicator is dipped into a cosmetics supply, is loaded with cosmetic mass via the loading opening by means of a movement in the direction parallel to the longitudinal axis L, and that forces are exerted during application which displace the wall surrounding the cavity in the direction of the interior of the cavity, so that at least a part of the cosmetic mass stored in the cavity is discharged towards the outside via the loading opening.
A mounting device for installing an electrical connection box in a wall, the mounting device comprising at least one claw for fixing the position of the mounting device, the at least one claw including a bracing system; and a bridge for fitting the at least one claw, the bridge comprising at least one attaching portion for attaching the at least one claw to the bridge, the at least one attaching portion comprising an aperture (302, 306, 307) adapted to engage the bracing system of the at least one claw, wherein the aperture (302, 306, 307) allows pivoting of the bracing system so the at least one claw can fit the bridge while being allowed to tilt with respect to the bridge, and wherein the at least one claw has an elongated shape between a proximal portion and an opposite distal portion comprising anchoring means, characterized in that the bridge further comprises a bridge locking system comprising at least one tooth (311, 313) for alignment and locking of the angular position of at least one claw with respect to the bridge when assembled, the tooth (311, 313) comprising a jut at its tip adapted to engage and lock the position of the claw, the claw further comprises at least one rib extending longitudinally between the distal portion and the proximal portion for increasing the strength of the claw, wherein the claw further comprises a claw locking system comprising a depression on the at least one rib suitable for engaging and fitting the tooth in the bridge, for locking the position of the claw with respect to the bridge, when assembled.
A process for preparing 1,2-propanediol, in which a) a glycerol-containing stream having a water content of less than 20% by weight is provided, and b) the glycerol-containing stream is subjected to a hydrogenation in the presence of a heterogeneous copper catalyst at a pressure of less than 100 bar, the catalyst comprising the following metals in oxidic form, reduced form or a combination thereof: Cu, Al, at least one further metal selected from La, W, Mo, Ti, Zr. a) a glycerol-containing stream having a water content of less than 20% by weight is provided, and b) the glycerol-containing stream is subjected to a hydrogenation in the presence of a heterogeneous copper catalyst at a pressure of less than 100 bar, the catalyst comprising the following metals in oxidic form, reduced form or a combination thereof: Cu, Al, at least one further metal selected from La, W, Mo, Ti, Zr.
A combustor arrangement for a gas turbine assembly, comprising a first burner, a first combustion chamber, a mixer for admixing a dilution gas to the hot gases leaving the first combustion chamber during operation, a second burner, and a second combustion chamber arranged sequentially in a fluid flow connection, wherein the first burner, the first combustion chamber, the mixer for admixing the dilution gas before the second burner, the second burner and the second combustion chamber are arranged in a row to form a flow path extending between the first combustion chamber and the second burner, and wherein the combustor arrangement comprises a central lance body arranged inside the flow path and extending from the first burner through the first combustion chamber into the mixer and into the second burner, wherein the central lance body comprises at least one fuel duct (28, 128, 62, 162) for providing fuel for the first burner and for the second burner, characterized in that the second burner is arranged downstream of the first combustion chamber and is provided in an annular region around the lance body.
An in vitro method of modulating the activity of a neomorphic mutant SF3B1 protein in a target cell, comprising applying an SF3B1-modulating compound to the target cell, wherein the target cell has been determined to express an aberrant splice variant of SEQ ID NO: 95 at a level that is increased or decreased relative to the level in a cell not having the neomorphic mutant SF3B1 protein.
A device for measuring therapeutic compliance with wearing a textile item by a patient, the device comprising: - a flexible electronic card comprising two opposed faces (21, 22) and designed to be integrated into the item in a manner such that one of the faces (21, 22) is orientated towards a limb of the patient when the item is worn; - two capacitive electrodes (E1, E2) capturing measuring signals which are a function of their environment; - a monitoring system disposed on the electronic card and capable of generating compliance data (P/NP/L) from the measuring signals; and - a communications system disposed on the electronic card and designed to transfer data remotely from the item; the device being suitable for selectively detecting Wearing, Not Wearing or Washing of the item, as well as for estimating a potential level of wear of the item, characterized in that the capacitive electrodes (E1, E2) are each disposed on one of the faces (21, 22) of the electronic card, orientated in opposing directions. - a flexible electronic card comprising two opposed faces (21, 22) and designed to be integrated into the item in a manner such that one of the faces (21, 22) is orientated towards a limb of the patient when the item is worn; - two capacitive electrodes (E1, E2) capturing measuring signals which are a function of their environment; - a monitoring system disposed on the electronic card and capable of generating compliance data (P/NP/L) from the measuring signals; and - a communications system disposed on the electronic card and designed to transfer data remotely from the item;
An optical fiber comprising: a glass core; and a polymer cladding consisting of a single layer and formed around the glass core, wherein the polymer cladding comprises a mixture of a polymerizable composition and a silane coupling agent, and a fluorine-based ultraviolet curable resin, the mixture contains 5 to 95 parts by weight of the silane coupling agent based on 100 parts by weight of a total weight of the mixture, the fluorine-based ultraviolet curable resin alone has a refractive index in a range of 1.350 to 1.420 after ultraviolet curing, and a component originated from the silane coupling agent is concentrated within a range of 20 μm or less in the polymer cladding from an interface between the glass core and the polymer cladding. a glass core; and a polymer cladding consisting of a single layer and formed around the glass core, the polymer cladding comprises a mixture of a polymerizable composition and a silane coupling agent, and a fluorine-based ultraviolet curable resin, the mixture contains 5 to 95 parts by weight of the silane coupling agent based on 100 parts by weight of a total weight of the mixture, the fluorine-based ultraviolet curable resin alone has a refractive index in a range of 1.350 to 1.420 after ultraviolet curing, and a component originated from the silane coupling agent is concentrated within a range of 20 μm or less in the polymer cladding from an interface between the glass core and the polymer cladding.
A pharmaceutically acceptable salt of the compound: wherein the pharmaceutically acceptable salt is selected from the group consisting of hydrochloride, hydrobromide, hydroiodide and phosphate salt.
An image processing device adapted to display at least part of an image on a display, comprising: a compressed data division unit configured to generate a plurality of image blocks, wherein the image blocks each correspond to an area of the image to be displayed, from compressed hierarchical data for an image subject to processing, the hierarchical data comprising a plurality of layers each comprising one or more tile images, by collecting compressed data for a plurality of tile images until a maximum data size that does not exceed a predefined data size is reached, the tile image being the minimum unit of compressing the image; a storage device configured to store the plurality of image blocks generated by the compressed data division unit; a loading unit configured to load, from the storage device into a memory, an image block that includes data for a required area, the image block being determined according to a predefined rule from an area of an image being displayed; and a displayed image processing unit (112, 114) configured to read, in accordance with a user request requesting movement, enlargement, or reduction of a display area, at least part of the image block loaded by the loading unit from the memory, to decode the read block, and to generate a new displayed image. a compressed data division unit configured to generate a plurality of image blocks, wherein the image blocks each correspond to an area of the image to be displayed, from compressed hierarchical data for an image subject to processing, the hierarchical data comprising a plurality of layers each comprising one or more tile images, by collecting compressed data for a plurality of tile images until a maximum data size that does not exceed a predefined data size is reached, the tile image being the minimum unit of compressing the image; a storage device configured to store the plurality of image blocks generated by the compressed data division unit; a loading unit configured to load, from the storage device into a memory, an image block that includes data for a required area, the image block being determined according to a predefined rule from an area of an image being displayed; and a displayed image processing unit (112, 114) configured to read, in accordance with a user request requesting movement, enlargement, or reduction of a display area, at least part of the image block loaded by the loading unit from the memory, to decode the read block, and to generate a new displayed image.
A jack (50,150) comprising: seating means (26,126), adapted to seat at least two elongate holding (14,114) members employed to operatively support from beneath and hold one or more elevated pipes or cable racks (12,112) in either a raised, or lowered, position above a fixed support structure (16,116) thereby to permit access to a contact area defined between said fixed support structure (16,116) and said one or more elevated pipes or cable racks (12,112); characterized in that at least two arms (20,120), in use, are being located laterally outward relative to said fixed support structure (16,116), each arm including first (22,122) and second (24,124) extremities, the first extremity (22,122) being operable to be brought into contact with said fixed support structure (16,116) thereby to prop each jack against said fixed support structure, said second extremity (24,124) being disposed at an angle relative to said first extremity (22,122) and displaceable laterally towards and away from said fixed support structure (16,116); and a main movable body (30,130), connected to each of said at least two arms (20,120) and configured to move said respective second extremities (24,124) of said arms selectively laterally towards and away from said fixed support structure (16,116) thereby to selectively raise and lower said respective seating means (26,126) and consequently said at least two elongate holding members (14,114). seating means (26,126), adapted to seat at least two elongate holding (14,114) members employed to operatively support from beneath and hold one or more elevated pipes or cable racks (12,112) in either a raised, or lowered, position above a fixed support structure (16,116) thereby to permit access to a contact area defined between said fixed support structure (16,116) and said one or more elevated pipes or cable racks (12,112); characterized in that at least two arms (20,120), in use, are being located laterally outward relative to said fixed support structure (16,116), each arm including first (22,122) and second (24,124) extremities, the first extremity (22,122) being operable to be brought into contact with said fixed support structure (16,116) thereby to prop each jack against said fixed support structure, said second extremity (24,124) being disposed at an angle relative to said first extremity (22,122) and displaceable laterally towards and away from said fixed support structure (16,116); and a main movable body (30,130), connected to each of said at least two arms (20,120) and configured to move said respective second extremities (24,124) of said arms selectively laterally towards and away from said fixed support structure (16,116) thereby to selectively raise and lower said respective seating means (26,126) and consequently said at least two elongate holding members (14,114).
Method of control of at least one autonomous terrestrial vehicle able to adopt two modes of operation, said modes comprising - a manual mode, in which driving is dependent on vehicle driver commands, - an autonomous mode, in which driving is dependent on data received from sensors able to provide information about the environment of the vehicle and on data received from a navigation system, the method comprising the steps consisting in: - authorizing the autonomous mode only when the vehicle is situated in a site determined by defined boundaries, - transmitting a directive message to the vehicle so that said vehicle carries out in an autonomous manner a movement corresponding to the directive message transmitted, characterized in that the method comprises a step consisting in receiving booking data arising from a user interface and in that the directive message to be transmitted to the vehicle is formulated as a function of the booking data received, the directive message comprising a destination address and/or a movement date. - a manual mode, in which driving is dependent on vehicle driver commands, - an autonomous mode, in which driving is dependent on data received from sensors able to provide information about the environment of the vehicle and on data received from a navigation system, - authorizing the autonomous mode only when the vehicle is situated in a site determined by defined boundaries, - transmitting a directive message to the vehicle so that said vehicle carries out in an autonomous manner a movement corresponding to the directive message transmitted, characterized in that the method comprises a step consisting in receiving booking data arising from a user interface and in that the directive message to be transmitted to the vehicle is formulated as a function of the booking data received, the directive message comprising a destination address and/or a movement date.
Filter apparatus (102; 501) for generating compressed subband filter impulse responses from input subband filter impulse responses corresponding to subbands, which comprise filter impulse response values at filter taps, comprising: a processor for determining the filter impulse response values from at least two input subband filter impulse responses having higher values and for selecting at least one filter impulse response value having a value being lower than the higher values; and a filter impulse response constructor for providing the compressed subband filter impulse responses using the determined filter impulse response values, wherein the compressed subband filter impulse responses do not include the at least one selected filter impulse response value; or comprise zero-valued filter impulse response values corresponding to filter taps of the at least one selected filter impulse response value. a processor for determining the filter impulse response values from at least two input subband filter impulse responses having higher values and for selecting at least one filter impulse response value having a value being lower than the higher values; and a filter impulse response constructor for providing the compressed subband filter impulse responses using the determined filter impulse response values, wherein the compressed subband filter impulse responses do not include the at least one selected filter impulse response value; or comprise zero-valued filter impulse response values corresponding to filter taps of the at least one selected filter impulse response value.
A refrigerator comprising: a cabinet comprising an inner case provided with a storage compartment, and a middle plate covering an upper surface of the inner case; and a door disposed on a front portion of the cabinet to open and close the storage compartment, wherein the cabinet comprises a cabinet cover which is attachably and detachably coupled to an upper side of the middle plate to cover an upper surface of the cabinet, the cabinet cover being formed with glued laminated wood in which a plurality of planks of hardwood are arranged in parallel with one another and are glued, wherein a plurality of reinforcing brackets formed with a metallic material and formed in a bar shape are coupled to a lower surface of the cabinet cover in parallel with one another, wherein a mounting recess (191a, 191b) is formed on a lower surface of the cabinet cover to be concave inwardly, and the reinforcing bracket is inserted into the mounting recess, wherein the reinforcing bracket is formed in parallel with an arrangement direction of the glued laminated wood, and wherein the reinforcing bracket has a long hole formed on a surface thereof parallel to the lower surface of the cabinet cover, the long hole being formed in parallel with a longitudinal direction of the reinforcing bracket. a cabinet comprising an inner case provided with a storage compartment, and a middle plate covering an upper surface of the inner case; and a door disposed on a front portion of the cabinet to open and close the storage compartment, wherein the cabinet comprises a cabinet cover which is attachably and detachably coupled to an upper side of the middle plate to cover an upper surface of the cabinet, the cabinet cover being formed with glued laminated wood in which a plurality of planks of hardwood are arranged in parallel with one another and are glued, wherein a plurality of reinforcing brackets formed with a metallic material and formed in a bar shape are coupled to a lower surface of the cabinet cover in parallel with one another, wherein a mounting recess (191a, 191b) is formed on a lower surface of the cabinet cover to be concave inwardly, and the reinforcing bracket is inserted into the mounting recess, wherein the reinforcing bracket is formed in parallel with an arrangement direction of the glued laminated wood, and wherein the reinforcing bracket has a long hole formed on a surface thereof parallel to the lower surface of the cabinet cover, the long hole being formed in parallel with a longitudinal direction of the reinforcing bracket.
A soot emission estimation method for a diesel engine for estimating the amount of soot generated in a combustion chamber of the diesel engine, the method comprises: - providing values for speed and load by measuring the engine speed and the fuel injection amount; - providing a base soot value from an engine speed-load resolved reference soot map; characterized in that method further comprises - defining and providing emission influencing input parameters by measuring corresponding signal values; - calculating a deviation between at least one emission influencing input parameter and a speed-load resolved reference value for the at least one emission influencing input parameter; - multiplying the calculated deviation with an individual value from an individual speed-load resolved weight map for the at least one emission influencing input parameter, thereby creating an emission influencing input parameter related correction for the at least one emission influencing input parameter; - adding and summarizing the at least one emission influencing input parameter related correction to the base soot value and thereby obtaining an estimated soot mass flow value. - providing values for speed and load by measuring the engine speed and the fuel injection amount; - providing a base soot value from an engine speed-load resolved reference soot map; characterized in that method further comprises - defining and providing emission influencing input parameters by measuring corresponding signal values; - calculating a deviation between at least one emission influencing input parameter and a speed-load resolved reference value for the at least one emission influencing input parameter; - multiplying the calculated deviation with an individual value from an individual speed-load resolved weight map for the at least one emission influencing input parameter, thereby creating an emission influencing input parameter related correction for the at least one emission influencing input parameter; - adding and summarizing the at least one emission influencing input parameter related correction to the base soot value and thereby obtaining an estimated soot mass flow value.