mhurhangee/ep-ind-claims huggingface dataset:
Cushioned hinge for doors of furniture items or the like, comprising: - a fixed part, that can be attached to a side wall or shoulder of the item of furniture; - a movable part, that can be attached to a door of the item of furniture; - an articulated system that connects said fixed and movable parts of the hinge, comprising a plurality of connecting rods (11, 12) and of axes of articulation (14, 16, 17, 18); - elastic means acting in the direction of closure of the hinge; - linearly actuated deceleration means designed to slow down the last section of the stroke of closure of the hinge; characterised in that said fixed part comprises a base having a central part, open frontally, intended to be housed in a seat formed in the thickness of said side wall of the furniture item, and a plate-shaped frame that extends along a plane parallel to said axes of articulation (14, 16, 17, 18) attached to this side wall, and an arm mounted in said central part of the base with the possibility of adjustments, said arm having a first rear section, distal from the movable part, which is placed substantially flush with said plate-shaped frame, and a second proximal section (10"), inclined upwards, such as to protrude with respect to the plate-shaped frame, and in that said movable part comprises a cage mounted, also with the possibility of adjustment, in a box intended to be housed in a corresponding seat formed on the door, said arm and said cage being connected one to the other by said articulated system. - a fixed part, that can be attached to a side wall or shoulder of the item of furniture; - a movable part, that can be attached to a door of the item of furniture; - an articulated system that connects said fixed and movable parts of the hinge, comprising a plurality of connecting rods (11, 12) and of axes of articulation (14, 16, 17, 18); - elastic means acting in the direction of closure of the hinge; - linearly actuated deceleration means designed to slow down the last section of the stroke of closure of the hinge; characterised in that said fixed part comprises a base having a central part, open frontally, intended to be housed in a seat formed in the thickness of said side wall of the furniture item, and a plate-shaped frame that extends along a plane parallel to said axes of articulation (14, 16, 17, 18) attached to this side wall, and an arm mounted in said central part of the base with the possibility of adjustments, said arm having a first rear section, distal from the movable part, which is placed substantially flush with said plate-shaped frame, and a second proximal section (10"), inclined upwards, such as to protrude with respect to the plate-shaped frame, and in that said movable part comprises a cage mounted, also with the possibility of adjustment, in a box intended to be housed in a corresponding seat formed on the door, said arm and said cage being connected one to the other by said articulated system.
A process for treating wastewater comprising: providing wastewater to be treated comprising dissolved and suspended solids; promoting biological sorption of at least a portion of the dissolved and suspended solids to produce a first mixed liquor; separating the first mixed liquor into a first solids-lean portion and a first solids-rich sludge; anaerobically digesting a first portion of the first solids-rich sludge to produce an anaerobically digested sludge; separating the anaerobically digested sludge into a second solids-lean portion and a second solids-rich sludge; precipitating one of a phosphorous containing compound and a nitrogen containing compound from the second solids-lean portion; combining a portion of the second solids-rich sludge with the wastewater to be treated; aerobically treating a second portion of the first solids-rich sludge to produce an at least partially aerobically treated sludge; combining at least a portion of the at least partially aerobically treated sludge with the wastewater to be treated; and further comprising aerobically treating the portion of the second solids-rich sludge prior to combining the portion of the second solids-rich sludge with the wastewater to be treated. providing wastewater to be treated comprising dissolved and suspended solids; promoting biological sorption of at least a portion of the dissolved and suspended solids to produce a first mixed liquor; separating the first mixed liquor into a first solids-lean portion and a first solids-rich sludge; anaerobically digesting a first portion of the first solids-rich sludge to produce an anaerobically digested sludge; separating the anaerobically digested sludge into a second solids-lean portion and a second solids-rich sludge; precipitating one of a phosphorous containing compound and a nitrogen containing compound from the second solids-lean portion; combining a portion of the second solids-rich sludge with the wastewater to be treated; aerobically treating a second portion of the first solids-rich sludge to produce an at least partially aerobically treated sludge; combining at least a portion of the at least partially aerobically treated sludge with the wastewater to be treated; and further comprising aerobically treating the portion of the second solids-rich sludge prior to combining the portion of the second solids-rich sludge with the wastewater to be treated.
An ultrasound system, comprising: a probe operable to transmit ultrasound signals to a target object containing a periodically moving object and receive ultrasound echo signals reflected from the target object; characterized by comprising a volume data forming and reconstructing unit operable to form volume data based on the ultrasound echo signals, the volume data forming and reconstructing unit being configured to determine a beat period of the moving object and reconstruct the volume data based on the beat period; an input unit to receive reference image setup information and M-mode line setup information from a user; a processor operable to form a plurality of reference images corresponding to a plurality of cross-sections at different positions within the volume data by using the reconstructed volume data based on the reference image setup information, set at least one M-mode line on each of the reference images based on the M-mode line setup information, and form a plurality of M-mode images by extracting data corresponding to the at least one M-mode line from the reconstructed volume data; and a display unit to display the at least one M-mode line on each of the reference images, and the plurality of M-mode images corresponding to the at least one M-mode line on each of the reference images at the same time. a probe operable to transmit ultrasound signals to a target object containing a periodically moving object and receive ultrasound echo signals reflected from the target object; characterized by comprising a volume data forming and reconstructing unit operable to form volume data based on the ultrasound echo signals, the volume data forming and reconstructing unit being configured to determine a beat period of the moving object and reconstruct the volume data based on the beat period; an input unit to receive reference image setup information and M-mode line setup information from a user; a processor operable to form a plurality of reference images corresponding to a plurality of cross-sections at different positions within the volume data by using the reconstructed volume data based on the reference image setup information, set at least one M-mode line on each of the reference images based on the M-mode line setup information, and form a plurality of M-mode images by extracting data corresponding to the at least one M-mode line from the reconstructed volume data; and a display unit to display the at least one M-mode line on each of the reference images, and the plurality of M-mode images corresponding to the at least one M-mode line on each of the reference images at the same time.
Storage system and/or production system having at least one handling device which is a rail-bound vehicle having a travel unit movable in a longitudinal direction of the system or a handling device fixed at the location with a travel unit movable about its own axis, a lifting unit of the handling device movable in the vertical direction, and a load receiving unit preferably movable and/or rotatable in the transverse direction, wherein the load receiving unit has an interface for fastening a lifting tool (4, 12, 14, 24) that is configured such that the lifting tool (4, 12, 14, 24) or a part of the lifting tool (4, 12, 14, 24) can be automatically changed or removed, wherein the handling device has a releasable latching device in whose closed state the lifting tool (4, 12, 14, 24) or its changeable part is secured against loss, characterized in that the storage system and/or production system or the handling device has at least one storage space or placing location for lifting tools, wherein the releasable latching device of the handling device at a storage space or placing location can be displaced from a closed state into an open state and vice versa and wherein the storage system and/or production system has at least two storage spaces (17, 18), wherein each storage space has an actuation device that displaces the latching device of the handling device from a closed state into an open state and vice versa, wherein the latching device is only releasable at the storage space. the storage system and/or production system or the handling device has at least one storage space or placing location for lifting tools, wherein the releasable latching device of the handling device at a storage space or placing location can be displaced from a closed state into an open state and vice versa and wherein the storage system and/or production system has at least two storage spaces (17, 18), wherein each storage space has an actuation device that displaces the latching device of the handling device from a closed state into an open state and vice versa, wherein the latching device is only releasable at the storage space.
Drug delivery device for selecting and dispensing a number of user variable doses of a medicament, the device comprising: a housing, a dose setting element rotatable relative to the housing during dose setting and dose dispensing, a drive member coupled to the dose setting member via a clutch, a piston rod coupled to the housing and to the drive member, a last dose protection mechanism comprising a nut member interposed between the drive member and the dose setting element, a cartridge holder removably attached to the housing, a reset element and at least one spring acting on the reset element, such that, if the cartridge holder is detached from the housing, the reset element is axially moved relative to the housing into a position in which the drive member is allowed to rotate relative to the housing, characterized in that the reset element is axially constrained to the dose setting element and in that in the position of the reset element in which the drive member is allowed to rotate relative to the housing, the dose setting element is rotationally constrained to the housing.
Building façade, comprising - a load-bearing external building wall, - an exterior façade extending at a distance from the external building wall and constructed by a number of façade panels (3a, 3b,..., 3n), - an anchoring system for fastening at least one of the façade panels (3a, 3b,....) to the external building wall, wherein the anchoring system comprises a first and a second support component, wherein the first support component is connected on the one hand to a façade panel and on the other hand to the second support component and the second support component is also connected to the external building wall, wherein the connection between the first and second support component (5, 6) enables a relative angular alignment and fixation of the two support components (5, 6) to one another, characterized in that the at least one façade panel (3a, 3b,...) has a grid-shaped reinforcement encased in concrete, preferably cast in concrete, wherein an alignment lug projecting beyond at least one boundary edge of an inner surface of the at least one façade panel (3a, 3b,...) is provided, which engages in a receptacle arranged on a façade panel adjacent to this façade panel, wherein the receptacle is arranged in the installation position on an inner surface of the adjacent façade panel facing in the direction of the external building wall. - a load-bearing external building wall, - an exterior façade extending at a distance from the external building wall and constructed by a number of façade panels (3a, 3b,..., 3n), - an anchoring system for fastening at least one of the façade panels (3a, 3b,....) to the external building wall, wherein the anchoring system comprises a first and a second support component, wherein the first support component is connected on the one hand to a façade panel and on the other hand to the second support component and the second support component is also connected to the external building wall, wherein the connection between the first and second support component (5, 6) enables a relative angular alignment and fixation of the two support components (5, 6) to one another, characterized in that the at least one façade panel (3a, 3b,...) has a grid-shaped reinforcement encased in concrete, preferably cast in concrete, wherein an alignment lug projecting beyond at least one boundary edge of an inner surface of the at least one façade panel (3a, 3b,...) is provided, which engages in a receptacle arranged on a façade panel adjacent to this façade panel, wherein the receptacle is arranged in the installation position on an inner surface of the adjacent façade panel facing in the direction of the external building wall.
A regenerative braking system for a hybrid electric vehicle comprising: a braking system having a brake pedal suitable for being operated by a driver, a hydraulically actuated friction brake at at least one front wheel, an anti-lock braking system hydraulically connected to said hydraulically actuated friction brake and comprising a hydraulic pump unit, and an electrically actuated friction brake at at least one rear wheel; an electric machine connected to said at least one rear wheel and capable of performing regenerative braking of said at least one rear wheel; and an electronic control unit that controls the stability of said hybrid electric vehicle, said regenerative braking system being characterized in that it is configured to provide increased braking torque of said front hydraulically actuated friction brake by means of said hydraulic pump unit of said anti-lock braking system for compensating a decreased or limited rear wheel regenerative braking torque initiated by said electronic control unit, wherein said brake pedal is provided with an initial brake pedal motion gap, in which the motion of the brake pedal is independent from the motion of the pistons of a hydraulic master cylinder assembly of the hydraulic braking system, such that no vehicle braking torque is providable by said hydraulically actuated friction brake of said at least one front wheel upon actuation of the brake pedal within said initial brake pedal motion gap. a braking system having a brake pedal suitable for being operated by a driver, a hydraulically actuated friction brake at at least one front wheel, an anti-lock braking system hydraulically connected to said hydraulically actuated friction brake and comprising a hydraulic pump unit, and an electrically actuated friction brake at at least one rear wheel; an electric machine connected to said at least one rear wheel and capable of performing regenerative braking of said at least one rear wheel; and an electronic control unit that controls the stability of said hybrid electric vehicle, said regenerative braking system being characterized in that it is configured to provide increased braking torque of said front hydraulically actuated friction brake by means of said hydraulic pump unit of said anti-lock braking system for compensating a decreased or limited rear wheel regenerative braking torque initiated by said electronic control unit, wherein said brake pedal is provided with an initial brake pedal motion gap, in which the motion of the brake pedal is independent from the motion of the pistons of a hydraulic master cylinder assembly of the hydraulic braking system, such that no vehicle braking torque is providable by said hydraulically actuated friction brake of said at least one front wheel upon actuation of the brake pedal within said initial brake pedal motion gap.
A ball screw drive having at least one threaded spindle and a spindle nut which has a substantially cylindrical outer contour with recesses (13, 14) for the installation of a ball deflector and a deflection channel, characterized in that two flat recesses (15, 16) are provided in the surface on the outer circumference of the spindle nut, which recesses have the shape of a rectangle or quadrangle with rounded corners or of a flat elongated hole or a groove; and the center points of which are arranged on the cylinder shell surface at the same height and displaced by an equal angular amount in a clockwise and counterclockwise direction relative to a set point, wherein this set point is arranged pivoted by 180° about the central longitudinal axis of the spindle nut body, relative to the center of gravity that is defined by an enveloping surface around the recesses (13, 14) for the ball deflections.
Device for obtaining a vital sign of a subject, comprising: - an interface for receiving a set of image frames of a subject, - an analysis unit for determining the number of direction changes and/or the time intervals between direction changes per unit of time within a region of interest in a subset of image frames comprising a number of image frames of said set, a direction change indicating a change of the direction of motion appearing within said region of interest, wherein said analysis unit is configured to determine a projection profile in a predetermined direction from said subset of image frames and to determine said number of direction changes from said projection profile, - an evaluation unit for determining if said region of interest within said subset of image frames comprises a vital sign information and/or noise by use of the determined number of direction changes and/or the determined time intervals for said subset of image frames, and - a processor for determining the desired vital sign of the subject from said region of interest within said subset of image frames if it is determined that said region of interest within said subset of image frames comprises a vital sign information. - an interface for receiving a set of image frames of a subject, - an analysis unit for determining the number of direction changes and/or the time intervals between direction changes per unit of time within a region of interest in a subset of image frames comprising a number of image frames of said set, a direction change indicating a change of the direction of motion appearing within said region of interest, wherein said analysis unit is configured to determine a projection profile in a predetermined direction from said subset of image frames and to determine said number of direction changes from said projection profile, - an evaluation unit for determining if said region of interest within said subset of image frames comprises a vital sign information and/or noise by use of the determined number of direction changes and/or the determined time intervals for said subset of image frames, and - a processor for determining the desired vital sign of the subject from said region of interest within said subset of image frames if it is determined that said region of interest within said subset of image frames comprises a vital sign information.
A submergible bio-electrochemical system for recovering ammonia in an anaerobic digester by producing electricity and a stream of air and ammonia gas out of said system, said system comprising: - an anode chamber; - a cathode chamber; wherein said cathode chamber comprises a fluid inlet, a fluid outlet, an opening, a cathode and a cation exchange membrane located at said opening of said cathode chamber, and wherein said anode chamber comprises a fluid inlet, a fluid outlet, an opening, an anode wherein said anode comprises anaerobic microorganisms and an anion exchange membrane located at said opening of said anode chamber. - an anode chamber; - a cathode chamber; wherein said cathode chamber comprises a fluid inlet, a fluid outlet, an opening, a cathode and a cation exchange membrane located at said opening of said cathode chamber, and wherein said anode chamber comprises a fluid inlet, a fluid outlet, an opening, an anode wherein said anode comprises anaerobic microorganisms and an anion exchange membrane located at said opening of said anode chamber.
Gas turbine power plant with flue gas recirculation, which comprises a gas turbine with a governor, a heat recovery steam generator, a compressor intake through which an inlet flow enters a compressor of the gas turbine, and a flue gas splitter which splits the flue gases into a first flue gas flow for recirculation into an inlet flow of the gas turbine and into a second flue gas flow for discharging to the environment, wherein the compressor intake is split into sectors (3', 3") to which is connected the flow passage of the compressor, wherein a feed for fresh air leads through a first sector of the compressor intake and a feed for the first flue gas flow leads through a second sector (3") of the compressor intake, characterized in that the first sector and the second sector (3") are divided by means of an intake baffle plate, and in that the first sector and the second sector (3") of the compressor intake are constructed as concentric annuluses at the connection to the flow passage of the compressor.