mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: coordinating between devices operating in a HetNet environment, common information indicative of one or more pools of resources for discovery signal transmission for direct communication between user devices, the HetNet environment comprising at least one macro cell and at least one smaller cell, comprising a micro or pico cell deployed under the macro cell and at least partially in a coverage area of the macro cell, and advertising said common information to at least one device in said coverage area of the macro cell by broadcast messages or dedicated signaling, wherein the one or more pools of resources are shared between the macro cell and the at least one smaller cell. coordinating between devices operating in a HetNet environment, common information indicative of one or more pools of resources for discovery signal transmission for direct communication between user devices, the HetNet environment comprising at least one macro cell and at least one smaller cell, comprising a micro or pico cell deployed under the macro cell and at least partially in a coverage area of the macro cell, and advertising said common information to at least one device in said coverage area of the macro cell by broadcast messages or dedicated signaling, wherein the one or more pools of resources are shared between the macro cell and the at least one smaller cell.
Sliding and lifting mechanism of a rack of a piece of furniture or household appliance, comprising a pull-out guide having a body rail and a running rail movable relative to the body rail , and a lifting device which is arranged on the running rail and carries the rack, wherein a pivotably mounted locking lever is present, characterized in that the pivotably mounted locking lever blocks a movement of the running rail with respect to the body rail in a locking position when the rack is raised.
A herbicidal composition comprising as active ingredients (a) tolpyralate and (b) pyroxsulam.
Protective device designed to be aligned with other protective devices so as to form a protective dike, characterized in that the protective device comprises: - A plate or a rigid shell which comprises a curved front face and designed to divert the water of a wave upward then drive it back in the direction of the outflow of the wave, and - at least one weighted large capacity bag positioned behind the curved front face , the plate or the rigid shell being associated with the weighted large capacity bag. - A plate or a rigid shell which comprises a curved front face and designed to divert the water of a wave upward then drive it back in the direction of the outflow of the wave, and - at least one weighted large capacity bag positioned behind the curved front face , the plate or the rigid shell being associated with the weighted large capacity bag.
A computer-implemented method comprising: obtaining images of fish enclosed in a fish enclosure ; identifying, by one or more processors, fish tracks (130A-F) shown in the images of the fish; determining, by the one or more processors, a quality score for each of the fish tracks; selecting, by the one or more processors, a subset of the fish tracks based on the quality scores; determining, by the one or more processors, a representative weight of the fish in the fish enclosure based on weights of the fish shown in the subset of the fish tracks; and outputting the representative weight for display or storage at a device connected to the one or more processors. obtaining images of fish enclosed in a fish enclosure ; identifying, by one or more processors, fish tracks (130A-F) shown in the images of the fish; determining, by the one or more processors, a quality score for each of the fish tracks; selecting, by the one or more processors, a subset of the fish tracks based on the quality scores; determining, by the one or more processors, a representative weight of the fish in the fish enclosure based on weights of the fish shown in the subset of the fish tracks; and outputting the representative weight for display or storage at a device connected to the one or more processors.
A confectionery comprising a core and an outer surface bordering the core , wherein at least part of the outer surface of the core is coated with a coating agent , characterised in that the coating agent comprises apple wax.
A chimeric antigen receptor (CAR) polypeptide comprising, from N- to C-terminus, an antigen binding domain; a hinge domain; a transmembrane domain and an intracellular signaling domain, wherein the CAR polypeptide binds to a target antigen and wherein the antigen binding domain comprises HCDR sequences from a first antibody that binds to the target antigen and LCDR sequences from a second antibody that binds to the target antigen, wherein the target antigen is CD123.
Sitting structure (10; 110) for children applicable to a bicycle (B) for adults comprising a rear hub (M) and a crosspiece (T) connecting the hub (M) to the bicycle saddle, said sitting structure (10; 110) comprising a frame (12; 112) and a child seat (14; 114) fixed rigidly to the frame (12; 112), the frame (12; 112) being fixed in a removable way to the rear hub (M), said sitting structure (10; 110) comprising an arm (24; 124); the frame (12; 112) comprises a base structure (16; 116) to which the arm (24; 124) is pivoted by means of a first hinge (22; 122), a clamping system (26; 126) being fixed to the free end of the arm (24; 124) for a removable coupling of the arm (24; 124) to the crosspiece (T) of the bicycle (B); wherein a second hinge (28; 128) is fixed to the base structure (16; 116) at the opposite end with respect to the first hinge (22; 122) and wherein the arm (24; 124) is removable from the first hinge (22; 122), so as to be fixed to the second hinge (28; 128); wherein a bracket (18; 118) is fixed below the base structure (16; 116) that develops perpendicularly to the base structure (16; 116) and can be coupled to the hub (M). a second hinge (28; 128) is fixed to the base structure (16; 116) at the opposite end with respect to the first hinge (22; 122) and wherein the arm (24; 124) is removable from the first hinge (22; 122), so as to be fixed to the second hinge (28; 128); wherein a bracket (18; 118) is fixed below the base structure (16; 116) that develops perpendicularly to the base structure (16; 116) and can be coupled to the hub (M).
Method for manufacturing at least one timepiece component comprising the following steps of: a) providing a transparent substrate , depositing a transparent, electrically conductive layer on the front face of the substrate, and applying a photoresist layer thereon, the substrate comprising metallised areas on one of its faces to form a mask; b) hot-pressing the photoresist layer using a stamp , by pressing the stamp up to a predefined distance from the substrate so as to retain a photoresist layer, in order to shape the photoresist layer and form at least a first level of the component; c) irradiating, from the rear face of the substrate, the shaped photoresist layer through the mask defining a second level of the component, and dissolving the non-irradiated areas of the photoresist layer to expose the transparent, electrically conductive layer in places and to form a mould comprising a first and a second level; d) depositing a metal layer by electroforming in the mould from the transparent, electrically conductive layer to form the component, the metal layer substantially reaching the top surface of the photoresist layer ; e) successively removing the substrate, the transparent, electrically conductive layer and the photoresist to release the component. a) providing a transparent substrate , depositing a transparent, electrically conductive layer on the front face of the substrate, and applying a photoresist layer thereon, the substrate comprising metallised areas on one of its faces to form a mask; b) hot-pressing the photoresist layer using a stamp , by pressing the stamp up to a predefined distance from the substrate so as to retain a photoresist layer, in order to shape the photoresist layer and form at least a first level of the component; c) irradiating, from the rear face of the substrate, the shaped photoresist layer through the mask defining a second level of the component, and dissolving the non-irradiated areas of the photoresist layer to expose the transparent, electrically conductive layer in places and to form a mould comprising a first and a second level; d) depositing a metal layer by electroforming in the mould from the transparent, electrically conductive layer to form the component, the metal layer substantially reaching the top surface of the photoresist layer ; e) successively removing the substrate, the transparent, electrically conductive layer and the photoresist to release the component.
Control method for a high pressure cleaning appliance that comprises a pump for conveying a cleaning liquid, an electric motor for driving the pump , a control device for controlling the electric motor , as well as a first connecting element for connecting a supply conduit for cleaning liquid to be pressurized and a second connecting element for connecting an outlet conduit that bears on its free end a dispensing member with a nozzle for dispensing the pressurized cleaning liquid, wherein the control device comprises a plurality of operating modes in which it controls the electric motor at a different rotational speed in each case, and wherein the control device monitors the electrical power consumption of the electric motor , characterized in that the control device , in the case of an increase in the power consumption of the electric motor exceeding a predetermined tolerance range, switches from the current operating mode into the operating mode with the next higher rotational speed of the electric motor , provided the current operating mode is not already the operating mode with the highest rotational speed of the electric motor , and wherein the control device , in the case of a reduction in the power consumption of the electric motor exceeding a predetermined tolerance range, switches from the current operating mode into the operating mode with the next lower rotational speed of the electric motor , provided the current operating mode is not already the operating mode with the lowest rotational speed of the electric motor .
A spreader system of an agricultural vehicle for spreading crop residue over a field, comprising: a first spreader device including a plurality of first paddles configured to rotate about a first axis to define a first spread path ; a second spreader device including a plurality of second paddles configured to rotate about a second axis to define a second spread path , said second spreader device and said first spreader device being placed side-by-side; a deflector including a first deflector portion for deflecting said first spread path and a second deflector portion for deflecting said second spread path ; and a deflector driver connected to said deflector ; characterized in that: said deflector driver is configured to move said first deflector portion and said second deflector portion of said deflector in a direction (D, 184) generally parallel to said first axis and/or said second axis in an oscillating pattern. a first spreader device including a plurality of first paddles configured to rotate about a first axis to define a first spread path ; a second spreader device including a plurality of second paddles configured to rotate about a second axis to define a second spread path , said second spreader device and said first spreader device being placed side-by-side; a deflector including a first deflector portion for deflecting said first spread path and a second deflector portion for deflecting said second spread path ; and a deflector driver connected to said deflector ; characterized in that: said deflector driver is configured to move said first deflector portion and said second deflector portion of said deflector in a direction (D, 184) generally parallel to said first axis and/or said second axis in an oscillating pattern.
A motorized hydrofoil apparatus comprising: a sailboard having a top surface and a bottom surface ; a first hydrofoil assembly coupled to the sailboard , said assembly having a first hydrofoil , a first support unit coupling said sailboard to said first hydrofoil , and a second hydrofoil hingedly coupled to the first hydrofoil via a second support unit ; a propulsion system coupled to the sailboard to provide power to the hydrofoil apparatus ; a sensing unit to detect deviation movement of the hydrofoil apparatus ; and a control unit to control the second hydrofoil to generate corrective movements to increase stability of the hydrofoil apparatus . a sailboard having a top surface and a bottom surface ; a first hydrofoil assembly coupled to the sailboard , said assembly having a first hydrofoil , a first support unit coupling said sailboard to said first hydrofoil , and a second hydrofoil hingedly coupled to the first hydrofoil via a second support unit ; a propulsion system coupled to the sailboard to provide power to the hydrofoil apparatus ; a sensing unit to detect deviation movement of the hydrofoil apparatus ; and a control unit to control the second hydrofoil to generate corrective movements to increase stability of the hydrofoil apparatus .
A method for manufacture of (R)-5-((E)-2-pyrrolidin-3-ylvinyl)pyrimidine comprising: (a) treating compound 1 with methanesulfonyl chloride to give compound 2; (b) treating compound 2 with diethylmalonate and a suitable base to give compound 3; (c) hydrolyzing compound 3 to give compound 4; (d) decarboxylating compound 4 to give compound 5; (e) reducing compound 5 to give compound 6; (f) treating compound 6 with methanesulfonyl chloride to give compound 7; (g) reacting compound 7 with sodium iodide to give compound 8; and (h) treating compound 8 with potassium tert-butoxide to give compound 9 (a) treating compound 1 with methanesulfonyl chloride to give compound 2; (b) treating compound 2 with diethylmalonate and a suitable base to give compound 3; (c) hydrolyzing compound 3 to give compound 4; (d) decarboxylating compound 4 to give compound 5; (e) reducing compound 5 to give compound 6; (f) treating compound 6 with methanesulfonyl chloride to give compound 7; (g) reacting compound 7 with sodium iodide to give compound 8; and (h) treating compound 8 with potassium tert-butoxide to give compound 9
A gutter extending in a longitudinal direction and comprising a gutter channel , the channel having a channel bottom and a channel wall, a gutter cover (20; 220), the cover having a cover body (22; 222) extending in a longitudinal direction, with a upper surface and a lower surface opposite the upper surface, with at least one opening (30; 230) in the upper surface for receiving at least two lining elements, at least two lining spacer elements (40; 240), for abutting the at least two lining elements on either side of the at least two spacer elements, wherein the at least two spacer elements (40; 240) are aligned on the upper surface in an alignment direction and are separated by said at least one opening in the alignment direction, and the at least two spacer elements (40; 240) protruding from the upper surface of the cover body, thereby forming with said at least one opening a discharge mouth (32; 232), characterized in that the alignment direction corresponds to the longitudinal direction of the cover body 22, 222) as well as to the longitudinal direction of the gutter .
A device for the optical stimulation of an optically activatable biological sample , with a multiplicity of light sources , which emits light of at least one predeterminable wavelength, which impinges directly or indirectly on the sample , wherein the multiplicity of light sources is thermally coupled to a hollow channel section designed in the manner of a hollow cylinder, which hollow channel section is part of a fluid circuit through which fluid flows, and whose inner and outer casing surfaces radially bound a flow volume of the fluid circuit, along which a temperature control unit and a feed pump are arranged, and the hollow channel section has at least one bounding wall that is suitably designed for the thermal coupling of an optically activatable biological sample , characterised in that , the inner casing surface represents the at least one bounding wall, via which the optically activatable sample is thermally coupled to the fluid circuit, and is transparent to the light of the multiplicity of light sources , in that , the multiplicity of light sources is arranged with an axial distribution and/or a distribution oriented in the circumferential direction of the hollow channel section, and with a radially inward-oriented radiation aperture assigned to each of the light sources , and in that the light sources can be divided into at least two groups (13I-13V), each containing at least one light source, which differ from one another in one of the following properties: radiation intensity, emitted wavelength, or wavelength spectrum.
Jewellery piece comprising a frame housing an animation device and a mechanical energy source that is able to store mechanical energy, this being intended to supply said animation device , a trim element that acts as an external control member arranged to provide mechanical energy to said mechanical energy source in response to a first predefined action on the part of a user, and a locking mechanism arranged to be able to have a first state in which it locks said mechanical energy source , in order to store mechanical energy for an indefinite period, and a second state in which it releases said mechanical energy source so as to allow it to provide mechanical energy to said animation device , characterized in that said trim element is also arranged so as to act on said locking mechanism in response to a second predefined action on the part of the user, and to make it pass from its first state to its second state, said second predefined action being different from said first predefined action.
A closeout structure for a rotor blade having a trailing edge (TE) device , the closeout structure comprising: a first fluid channel having a first port which is configured to supply a first pressure to the TE device via the first port ; a second fluid channel having a second port which is configured to supply a second pressure to the TE device via the second port ; and a trough which forms a seal between the first fluid channel and the second fluid channel , wherein the closeout structure is defined by a first W-shaped member and a second W-shaped member nested at least partially within the first W-shape member to form a double W-shape, wherein the second W-shaped member has a shallower second member trough than a first member trough of the first W-shaped member such that the first and second fluid channels are formed between the first W-shaped member and the second W-shaped member . a first fluid channel having a first port which is configured to supply a first pressure to the TE device via the first port ; a second fluid channel having a second port which is configured to supply a second pressure to the TE device via the second port ; and a trough which forms a seal between the first fluid channel and the second fluid channel , wherein the closeout structure is defined by a first W-shaped member and a second W-shaped member nested at least partially within the first W-shape member to form a double W-shape, wherein the second W-shaped member has a shallower second member trough than a first member trough of the first W-shaped member such that the first and second fluid channels are formed between the first W-shaped member and the second W-shaped member .
A compound which is 1-(4-amino-5-bromo-6-(1 H- pyrazol-1-yl)-pyrimidin-2-yl)-1 H- pyrazol-4-ol of formula: or a pharmaceutically acceptable salt thereof.
Sealing arrangement for contactless sealing of a rotating shaft of a dry-running twin-shaft positive displacement machine, comprising several seal rings which, in use, are arranged to form a sealing gap to the shaft, characterised in that at least one piston ring is arranged in an area between two seal rings , and that at least one spring element for axial pre-tensioning of the seal rings and the at least one piston ring is, in use, arranged in a housing bore. several seal rings which, in use, are arranged to form a sealing gap to the shaft, characterised in that at least one piston ring is arranged in an area between two seal rings , and that at least one spring element for axial pre-tensioning of the seal rings and the at least one piston ring is, in use, arranged in a housing bore.
Coupled cavity filter structure using a guided surface acoustic wave comprising: an acoustic wave propagating substrate ; at least one input transducer structure and one output transducer structure , provided over the substrate , each comprising inter-digitated comb electrodes , one reflecting structure , said reflecting structure comprising at least one or more metallic strips , positioned in between the input and output transducer structures at a distance d of the input and output transducer structures , in the direction of propagation of an acoustic wave, characterised in that the acoustic wave propagation substrate is a composite substrate comprising a base substrate and a piezoelectric layer , wherein the thickness of the piezoelectric layer is smaller or equal to 1.5 λ , wherein λ is the wavelength of the fundamental mode of the guided surface acoustic wave, and each region located between said reflecting structure and each of the input transducer structure and the output transducer structure respectively, forms an acoustic cavity with its width defined by the distance d, and the coupled cavity filter is configured so that the guided surface acoustic wave is a guided shear wave or a guided longitudinal wave inside the piezoelectric layer . an acoustic wave propagating substrate ; at least one input transducer structure and one output transducer structure , provided over the substrate , each comprising inter-digitated comb electrodes , one reflecting structure , said reflecting structure comprising at least one or more metallic strips , positioned in between the input and output transducer structures at a distance d of the input and output transducer structures , in the direction of propagation of an acoustic wave, characterised in that the acoustic wave propagation substrate is a composite substrate comprising a base substrate and a piezoelectric layer , wherein the thickness of the piezoelectric layer is smaller or equal to 1.5 λ , wherein λ is the wavelength of the fundamental mode of the guided surface acoustic wave, and each region located between said reflecting structure and each of the input transducer structure and the output transducer structure respectively, forms an acoustic cavity with its width defined by the distance d, and the coupled cavity filter is configured so that the guided surface acoustic wave is a guided shear wave or a guided longitudinal wave inside the piezoelectric layer .