mhurhangee/ep-ind-claims huggingface dataset:
Screen for separating solid residues, which comprises: - a support structure; - a screening surface intended to receive the solid residues to be screened and provided with an inlet port and an outlet port; - movement means adapted to make said residues advance between said inlet port and said outlet port along an advancement direction; - a separation station for separating sheet or expanded material from said residues, interposed between said inlet port and said outlet port above said screening surface, which comprises: - at least one hood delimiting a suction chamber extended substantially starting from said screening surface; said screen for separating solid residues being characterized in that said separation station comprises: - means for insufflating in said suction chamber, which are arranged to insufflate at least one lifting air flow at said screening surface; said lifting air flow being oriented to form a vortex which is of ascensional type and is formed from the bottom upward starting from said screening surface confined in said suction chamber and with rotation axis orthogonal to said screening surface, in order to lift said sheet or expanded material from said screening surface; - suction means associated with said hood and arranged to suction from said suction chamber, above said vortex, a suctioned air flow containing at least one part of said lifting air flow with said sheet or expanded material at its interior. - a support structure; - a screening surface intended to receive the solid residues to be screened and provided with an inlet port and an outlet port; - movement means adapted to make said residues advance between said inlet port and said outlet port along an advancement direction; - a separation station for separating sheet or expanded material from said residues, interposed between said inlet port and said outlet port above said screening surface, which comprises: - at least one hood delimiting a suction chamber extended substantially starting from said screening surface; - at least one hood delimiting a suction chamber extended substantially starting from said screening surface; - means for insufflating in said suction chamber, which are arranged to insufflate at least one lifting air flow at said screening surface; said lifting air flow being oriented to form a vortex which is of ascensional type and is formed from the bottom upward starting from said screening surface confined in said suction chamber and with rotation axis orthogonal to said screening surface, in order to lift said sheet or expanded material from said screening surface; - suction means associated with said hood and arranged to suction from said suction chamber, above said vortex, a suctioned air flow containing at least one part of said lifting air flow with said sheet or expanded material at its interior.
Grinding unit, comprising a rotating head provided with abrasive oscillating blocks mounted on tool supports connected to a rotating casing, for working on flat surfaces, rotating cam means, connected to the abrasive oscillating blocks through arms integral with the tool supports, and further comprising a first motor adapted to move the rotating casing by imparting a first dragging speed (ωt1) and a second motor adapted to move the rotating cam means by imparting a second dragging speed (ωt2), a controller of the first motor and of the second motor adapted to allow to regulate the distribution of the value of the first dragging speed (ωt1) and that of the second dragging speed (ωt2) to allow to obtain a desired law of motion (ωB) of the abrasive oscillating blocks, characterized in that said rotating cam means are connected to a central pin through an angular joint and to a device of variation of the axial orientation, said device for variation of the axial orientation moved by a controlled motor through a gear reducer to allow the axial orientation of said rotary cam means to be changed of a value determined as a function of an angular rotation (β), said central pin connected to a central shaft moved by the second motor.
A polymer composition, characterized in that the polymer composition comprises, based on its total weight: a) 5 to 40 wt.% of at least one Fischer-Tropsch wax having a melting point >95 °C; b) 30 to 70 wt.% of at least one metallocene-catalyzed polyolefin having a softening point >95 °C and a melt flow index (230 °C, 2.16 kg) of ≤1000 and ≥300 g/10 minutes; c) 20 to 40 wt.% of at least one metallocene-catalyzed polyolefin having a softening point >85 °C and a melt flow index (230 °C, 2.16 kg) of >1000 g/10 minutes; d) 0 to 40 wt.% of at least one metallocene-catalyzed polyolefin having a softening point >115 °C and a melt flow index (230 °C, 2.16 kg) of <300 g/10 minutes; e) 0 to 60 wt.% of at least one polyolefin which is different from b) to d), having a molecular weight M n <140,000 g/mol; and f) 0 to 20 wt.% of additives and additional substances selected from antioxidants, stabilizers, plasticizers and/or other polymers, the polymer composition preferably not being tacky at a temperature of 20 °C to 60 °C, and the softening point being determined by means of the ring-and-ball method according to ISO 4625-1:2004. a) 5 to 40 wt.% of at least one Fischer-Tropsch wax having a melting point >95 °C; b) 30 to 70 wt.% of at least one metallocene-catalyzed polyolefin having a softening point >95 °C and a melt flow index (230 °C, 2.16 kg) of ≤1000 and ≥300 g/10 minutes; c) 20 to 40 wt.% of at least one metallocene-catalyzed polyolefin having a softening point >85 °C and a melt flow index (230 °C, 2.16 kg) of >1000 g/10 minutes; d) 0 to 40 wt.% of at least one metallocene-catalyzed polyolefin having a softening point >115 °C and a melt flow index (230 °C, 2.16 kg) of <300 g/10 minutes; e) 0 to 60 wt.% of at least one polyolefin which is different from b) to d), having a molecular weight M n <140,000 g/mol; and f) 0 to 20 wt.% of additives and additional substances selected from antioxidants, stabilizers, plasticizers and/or other polymers,
Warp knitting machine with a plurality of bars, each having a longitudinal direction, and a drive arrangement which acts on the bars transversally to the longitudinal direction and has at least one drive motor (7, 8), the drive arrangement having at least one drive plunger which can be moved in the longitudinal direction by the drive motor (7, 8) and acts on at least one bar via a direction-change gear, characterized in that the direction-change gear comprises a wedge-surface arrangement.
Lighting arrangement, including - at least a first and a second LED lighting element arranged next to each other on a carrier surface, said first and second LED lighting elements being arranged at a distance forming a gap between said first and second LED lighting elements, wherein - at least said first LED lighting element comprises at least one spacer element (20a, 20b, 22a, 22b) projecting into a direction at least substantially in parallel to said carrier surface extending over the gap, - said second LED lighting element being arranged in contact with said spacer element (20a, 20b, 22a, 22b) such that said second LED lighting element is arranged aligned relative to said first LED lighting element, said spacer element (20a, 20b, 22a, 22b) having, at least in a portion thereof being in contact with said second LED lighting element, a width which is less than 20% of a width of said first LED lighting element, and - said spacer element (20a, 20b, 22a, 22b) is formed integrally with an optically active part of said first LED lighting element, said optically active part emitting light during operation of said first LED lighting element. - at least a first and a second LED lighting element arranged next to each other on a carrier surface, said first and second LED lighting elements being arranged at a distance forming a gap between said first and second LED lighting elements, wherein - at least said first LED lighting element comprises at least one spacer element (20a, 20b, 22a, 22b) projecting into a direction at least substantially in parallel to said carrier surface extending over the gap, - said second LED lighting element being arranged in contact with said spacer element (20a, 20b, 22a, 22b) such that said second LED lighting element is arranged aligned relative to said first LED lighting element, said spacer element (20a, 20b, 22a, 22b) having, at least in a portion thereof being in contact with said second LED lighting element, a width which is less than 20% of a width of said first LED lighting element, and - said spacer element (20a, 20b, 22a, 22b) is formed integrally with an optically active part of said first LED lighting element, said optically active part emitting light during operation of said first LED lighting element.
A fuel tank cap locking device, comprising: a cap that is configured to open and close a fuel filler port (Ta) leading to a fuel tank of a vehicle by moving between a closed position where the fuel filler port (Ta) is closed, and an open position where the fuel filler port (Ta) is opened; an operation unit that is configured to be allowed to perform a swing operation around a swing shaft (Lb) by an operator; an engagement unit that is movable in conjunction with the swing operation of the operation unit, and that is configured to operate between an engagement position where a state in which the cap closes the fuel filler port (Ta) is held, and an allowable position where engagement is released and an opening operation of the cap is allowed; and a lock unit that is configured to lock movement of the engagement unit from the engagement position to the allowable position, or release lock to allow the movement of the engagement unit from the engagement position to the allowable position, characterized in that the lock unit includes a lock member that is movable between an interference position where the lock member interferes with an interfered portion (3d, 3'ad) formed at a predetermined position of the engagement unit and locks, and a non-interference position where the lock member does not interfere with the interfered portion (3d, 3'ad) and the lock is released when the engagement unit moves from the engagement position to the allowable position by the swing operation of the operation unit. a cap that is configured to open and close a fuel filler port (Ta) leading to a fuel tank of a vehicle by moving between a closed position where the fuel filler port (Ta) is closed, and an open position where the fuel filler port (Ta) is opened; an operation unit that is configured to be allowed to perform a swing operation around a swing shaft (Lb) by an operator; an engagement unit that is movable in conjunction with the swing operation of the operation unit, and that is configured to operate between an engagement position where a state in which the cap closes the fuel filler port (Ta) is held, and an allowable position where engagement is released and an opening operation of the cap is allowed; and a lock unit that is configured to lock movement of the engagement unit from the engagement position to the allowable position, or release lock to allow the movement of the engagement unit from the engagement position to the allowable position, characterized in that the lock unit includes a lock member that is movable between an interference position where the lock member interferes with an interfered portion (3d, 3'ad) formed at a predetermined position of the engagement unit and locks, and a non-interference position where the lock member does not interfere with the interfered portion (3d, 3'ad) and the lock is released when the engagement unit moves from the engagement position to the allowable position by the swing operation of the operation unit.
A method of detecting the radio access technology employed in a received signal, said method comprising: acquiring (212; 222; 304; 404), from said received signal on an identified carrier frequency, a plurality of energy measurements spaced in time and frequency, each energy measurement corresponding to one resource element of a time-frequency grid; accumulating (214; 224; 306; 406) said energy measurements into predetermined time-frequency bins to obtain cumulative energy measurements corresponding to each time-frequency bin; and identifying (216; 226; 308, 312; 410, 412) a radio access technology for said received signal by evaluating a distribution of said cumulative energy measurements in said time-frequency bins. acquiring (212; 222; 304; 404), from said received signal on an identified carrier frequency, a plurality of energy measurements spaced in time and frequency, each energy measurement corresponding to one resource element of a time-frequency grid; accumulating (214; 224; 306; 406) said energy measurements into predetermined time-frequency bins to obtain cumulative energy measurements corresponding to each time-frequency bin; and identifying (216; 226; 308, 312; 410, 412) a radio access technology for said received signal by evaluating a distribution of said cumulative energy measurements in said time-frequency bins.
A device for producing a curved preform from flat semi-finished fiber products, comprising a shearing arrangement, which has at least two rotating roll bodies (3a, 4b) arranged at a distance from one another in a conveying direction and a control arrangement connected to the roll bodies (3a, 4a), wherein the control arrangement is designed to set rotational speeds (V 1, V 2) of the roll bodies (3a, 4a), which speeds are different from one another, and the roll bodies (3a, 4a) are formed so as to bear in a frictionally engaged manner against a semi-finished fiber product introduced into the device and to cooperate therewith in such a way that a shearing of the fibers of the semi-finished fiber product is produced by a rotational speed difference (V 1 - V 2) set by means of the control arrangement between the roll bodies (3a, 4a) arranged at a distance from one another in the conveying direction in order to form the curved preform, characterized in that at least one of the roll bodies can be pivoted or tilted and a semi-finished fiber product detection arrangement is provided which is formed so as to detect position information relating to the semi-finished fiber product conveyed through the shearing arrangement, wherein the control arrangement is also designed to pivot or tilt the at least one roll body as the semi-finished fiber product is conveyed, depending on the detected position information of the semi-finished product detection arrangement ().
An electrosurgical wand comprising: an elongate housing that defines a handle end and a distal end; a first discharge aperture on the distal end of the elongate housing, the first discharge aperture fluidly coupled to a first fluid conduit, and the first fluid conduit within the elongate housing; a first active electrode of conductive material disposed on the distal end of the elongate housing; a first return electrode of conductive material disposed within the first fluid conduit proximate to the first aperture such that at least some fluid flowing in the first fluid conduit contacts the first return electrode before discharging through the first discharge aperture toward the first active electrode; and an aspiration aperture on the distal end of the elongate housing fluidly coupled to an aspiration conduit, the aspiration conduit within the elongate housing, characterized in that at least a portion of the first active electrode extends over the first discharge aperture. an elongate housing that defines a handle end and a distal end; a first discharge aperture on the distal end of the elongate housing, the first discharge aperture fluidly coupled to a first fluid conduit, and the first fluid conduit within the elongate housing; a first active electrode of conductive material disposed on the distal end of the elongate housing; a first return electrode of conductive material disposed within the first fluid conduit proximate to the first aperture such that at least some fluid flowing in the first fluid conduit contacts the first return electrode before discharging through the first discharge aperture toward the first active electrode; and an aspiration aperture on the distal end of the elongate housing fluidly coupled to an aspiration conduit, the aspiration conduit within the elongate housing, characterized in that at least a portion of the first active electrode extends over the first discharge aperture.
Sole for footwear comprising: - a first layer having a plurality of through orifices and configured to be connected to an upper of a footwear and to form an inner environment of the footwear; - a second layer, coupled to said first layer and comprising a plurality of chambers; - one or more channels or passages fluidly connecting said plurality of orifices and said plurality of chambers; - a pressurization device in fluid communication with said one or more channels or passages and configured to increase an air pressure in said plurality of chambers; characterised in that said sole comprises one or more regulating valves in fluid communication with said one or more channels or passages and configured to adjust a pressure in said plurality of chambers. - a first layer having a plurality of through orifices and configured to be connected to an upper of a footwear and to form an inner environment of the footwear; - a second layer, coupled to said first layer and comprising a plurality of chambers; - one or more channels or passages fluidly connecting said plurality of orifices and said plurality of chambers; - a pressurization device in fluid communication with said one or more channels or passages and configured to increase an air pressure in said plurality of chambers;
A method of allocating processing capability of a user equipment, comprising: determining, by a first access node, the processing capability of the user equipment; determining, by the first access node, a first allocation of the processing capability of the user equipment for the first access node, wherein the first allocation is a portion of a total processing capability of the user equipment; identifying, by the first access node, that the user equipment is in communication with the first access node and a second access node; and communicating, by the first access node to the second access node, the processing capability of the user equipment and the first allocation of the processing capability of the user equipment for the first access node to allow the second access node to identify a second allocation of the processing capability of the user equipment for the second access node with a total of the first allocation and the second allocation being less than or equal to the processing capability of the user equipment. determining, by a first access node, the processing capability of the user equipment; determining, by the first access node, a first allocation of the processing capability of the user equipment for the first access node, wherein the first allocation is a portion of a total processing capability of the user equipment; identifying, by the first access node, that the user equipment is in communication with the first access node and a second access node; and communicating, by the first access node to the second access node, the processing capability of the user equipment and the first allocation of the processing capability of the user equipment for the first access node to allow the second access node to identify a second allocation of the processing capability of the user equipment for the second access node with a total of the first allocation and the second allocation being less than or equal to the processing capability of the user equipment.
A transducer (10', 10'', 10''') for emitting and receiving acoustic waves, the transducer (10', 10'', 10''') comprising a casing, the casing forming a cavity, the casing comprising - an excitation surface and an emitting surface which is arranged opposite to the excitation surface, - a transducer element, the transducer element being provided at the excitation surface, - an acoustic diffuser, the acoustic diffuser being provided at the emitting surface of the casing, wherein a diffusing structure of the acoustic diffuser faces the cavity, the transducer comprising a second acoustic diffuser, the second acoustic diffuser being provided at the excitation surface, wherein a diffusing structure of the second acoustic diffuser faces the cavity. - an excitation surface and an emitting surface which is arranged opposite to the excitation surface, - a transducer element, the transducer element being provided at the excitation surface, - an acoustic diffuser, the acoustic diffuser being provided at the emitting surface of the casing, wherein a diffusing structure of the acoustic diffuser faces the cavity, the transducer comprising a second acoustic diffuser, the second acoustic diffuser being provided at the excitation surface,
A heat exchanger comprising: a first tube through which a first heat medium flows; and a second tube through which a second heat medium flows, the second tube being wound around the first tube, the first tube having a plurality of protrusions protruding inside of the first tube, the plurality of protrusions being provided in a plurality of streaks being provided in a spiral manner in a direction to which the first heat medium of the first path flows in the first tube, the heat exchanger being characterized by one streak of the plurality of streaks including the plurality of protrusions each being arranged at unequal spacing intervals. a first tube through which a first heat medium flows; and a second tube through which a second heat medium flows, the second tube being wound around the first tube, the first tube having a plurality of protrusions protruding inside of the first tube, the plurality of protrusions being provided in a plurality of streaks being provided in a spiral manner in a direction to which the first heat medium of the first path flows in the first tube, the heat exchanger being characterized by one streak of the plurality of streaks including the plurality of protrusions each being arranged at unequal spacing intervals.
Method for detecting defects in an additive manufacturing powder layer deposited on a work zone, the method comprising, prior to selectively consolidating the powder layer, implementing by processing means (21, 31) the following steps: i. acquiring an image of the deposited additive manufacturing powder layer, ii. determining a discrete spectral representation of the acquired image, iii. frequency filtering the discrete spectral representation of the acquired image by a filter having at least one cut-off frequency, iv. determining a filtered image from the filtered discrete spectral representation of the acquired image, v. analyzing the filtered image so as to detect the defects in the deposited powder layer. i. acquiring an image of the deposited additive manufacturing powder layer, ii. determining a discrete spectral representation of the acquired image, iii. frequency filtering the discrete spectral representation of the acquired image by a filter having at least one cut-off frequency, iv. determining a filtered image from the filtered discrete spectral representation of the acquired image, v. analyzing the filtered image so as to detect the defects in the deposited powder layer.
A compound having the formula: or a pharmaceutically acceptable salt thereof or a pharmaceutical composition comprising said compound or the salt thereof for use in the treatment of a cancer that is associated with dysregulation of the PI3K signaling pathway.