mhurhangee/patent-ind-claim-en huggingface dataset:
A dust cover for a ball joint comprising: a spherical head portion formed in one end of a ball stud , the spherical head portion being retained within a socket ; a shaft in the other end of said ball stud , the shaft being fastened and fixed to a knuckle ; a one end large-diameter opening portion being fixed and retained to an outer peripheral surface of said socket ; the other end small-diameter opening portion constructed by a tube portion which is fitted and fixed onto an outer peripheral surface of said shaft , and an outward flange portion which extends outward in a diametrical direction from an end portion in said socket side of said tube portion , the other end small-diameter opening portion comprises a reinforcing ring made of a hard material integrally formed therein; and the dust cover being retained onto a retainer which is formed into an L-shaped cross section and is made of a hard material, wherein said reinforcing ring is constructed by a cylindrical portion and an inward flange portion which has a diametrically inner end portion and extends toward an outer peripheral surface of said retainer from an end portion in said knuckle side of said cylindrical portion , and an end portion in said socket side of said cylindrical portion in said reinforcing ring comes into contact with the outward flange portion of said retainer , characterized in that the diametrically inner end portion of said inward flange portion comes into contact with an outer peripheral surface of said tube portion . a spherical head portion formed in one end of a ball stud , the spherical head portion being retained within a socket ; a shaft in the other end of said ball stud , the shaft being fastened and fixed to a knuckle ; a one end large-diameter opening portion being fixed and retained to an outer peripheral surface of said socket ; the other end small-diameter opening portion constructed by a tube portion which is fitted and fixed onto an outer peripheral surface of said shaft , and an outward flange portion which extends outward in a diametrical direction from an end portion in said socket side of said tube portion , the other end small-diameter opening portion comprises a reinforcing ring made of a hard material integrally formed therein; and the dust cover being retained onto a retainer which is formed into an L-shaped cross section and is made of a hard material, wherein said reinforcing ring is constructed by a cylindrical portion and an inward flange portion which has a diametrically inner end portion and extends toward an outer peripheral surface of said retainer from an end portion in said knuckle side of said cylindrical portion , and an end portion in said socket side of said cylindrical portion in said reinforcing ring comes into contact with the outward flange portion of said retainer , characterized in that the diametrically inner end portion of said inward flange portion comes into contact with an outer peripheral surface of said tube portion .
Impact mill for comminuting solids, in particular waste materials, and for separating composite materials made of metals, plastics, minerals, and the like, consisting of a rotor which is arranged on a machine base and has a vertically arranged rotor shaft , and a housing casing surrounding the rotor shaft at a distance, the housing casing being provided on the inner side thereof with exchangeable impact ribs extending in the axial direction of the rotor shaft , and the rotor being provided with striking hammers which are also exchangeable and are opposite the impact ribs , and the impact ribs and the striking hammers each being arranged so as to be distributed substantially uniformly over the circumference, the rotor having one or more axially offset rotor plates on which the striking hammers are pivotably and radially adjustably mounted, characterized in that on each of the rotor plates for each striking hammer an adjusting disk is detachably arranged, on which each striking hammer is arranged eccentrically with a hinge pin.
Lock holder for a locking device, particularly a locking device for a motor vehicle, comprising • at least one locking bolt , • a light source , • one or no fastener , whereby • the locking bolt interacts with the locking device in such a manner that a relative movement can be prevented between a component connected to the lock holder and a component connected to the locking device, characterized by the fact that • the locking bolt and/or the fastener can be fully illuminated by the light source , so that a corona lighting can be achieved. • at least one locking bolt , • a light source , • one or no fastener , whereby • the locking bolt interacts with the locking device in such a manner that a relative movement can be prevented between a component connected to the lock holder and a component connected to the locking device, • the locking bolt and/or the fastener can be fully illuminated by the light source , so that a corona lighting can be achieved.
A method for operating a wind turbine, wherein the wind turbine comprises an aerodynamic rotor with at least one rotor blade which is mounted on a rotor hub of the rotor, wherein a blade angle of the at least one rotor blade is adjustable about its longitudinal axis relative to the rotor hub, wherein the method comprises the following steps: - providing current wind properties, - providing an actual blade angle of the rotor blade or an average value of all actual blade angles of the rotor blades, - determining a steady-state blade angle of the at least one rotor blade which, taking into account known rotor properties, the electrical system and the wind properties, leads to a desired steady operating state of the wind turbine, - comparing the steady-state blade angle with the actual blade angle or the average value of all actual blade angles, characterized in that the method comprises: - using the steady-state blade angle for feedforward control in a controller design for power control of the wind turbine, if the steady-state blade angle differs significantly from the actual blade angle or the average value of all actual blade angles. - providing current wind properties, - providing an actual blade angle of the rotor blade or an average value of all actual blade angles of the rotor blades, - determining a steady-state blade angle of the at least one rotor blade which, taking into account known rotor properties, the electrical system and the wind properties, leads to a desired steady operating state of the wind turbine, - comparing the steady-state blade angle with the actual blade angle or the average value of all actual blade angles, - using the steady-state blade angle for feedforward control in a controller design for power control of the wind turbine, if the steady-state blade angle differs significantly from the actual blade angle or the average value of all actual blade angles.
Mobile waste comminuting device , comprising: at least one comminuting shaft ; an internal combustion engine ; at least one generator that is coupled to the internal combustion engine to convert mechanical energy of the internal combustion engine into electric energy; an electric motor powered with the electric energy for driving and changing the direction of rotation of the at least one comminuting shaft; an energy store for storing energy and for at least partly powering the electric motor with electric energy, for storing energy during periods of low power demand and for supplying energy during periods of high power demand relative to the nominal power of the at least one generator; and a controlling system for controlling the energy flux between the at least one generator, the at least one electric motor and the energy store; characterized in that the controlling system is configured to control the energy supply from the energy store to the electric motor for covering the load peaks that are beyond the nominal power of the at least one generator . at least one comminuting shaft ; an internal combustion engine ; at least one generator that is coupled to the internal combustion engine to convert mechanical energy of the internal combustion engine into electric energy; an electric motor powered with the electric energy for driving and changing the direction of rotation of the at least one comminuting shaft; an energy store for storing energy and for at least partly powering the electric motor with electric energy, for storing energy during periods of low power demand and for supplying energy during periods of high power demand relative to the nominal power of the at least one generator; and a controlling system for controlling the energy flux between the at least one generator, the at least one electric motor and the energy store; characterized in that the controlling system is configured to control the energy supply from the energy store to the electric motor for covering the load peaks that are beyond the nominal power of the at least one generator .
An assembly of a male coupling part and a stiff tube , comprising: the stiff tube having an attachment means ; the male coupling part requiring a relative axial displacement between the male coupling part and the stiff tube for connecting to a female coupling part , the male coupling part comprising an axial through opening ; and an element detachably connected to the male coupling part and slidably attached to the stiff tube , the element having an opening allowing relative axial displacement between the male coupling part and the stiff tube , and the attachment means being movable within the opening of the element ; characterised in that the male coupling part comprises a removable stop attachable to the outside of the male coupling part . the stiff tube having an attachment means ; the male coupling part requiring a relative axial displacement between the male coupling part and the stiff tube for connecting to a female coupling part , the male coupling part comprising an axial through opening ; and an element detachably connected to the male coupling part and slidably attached to the stiff tube , the element having an opening allowing relative axial displacement between the male coupling part and the stiff tube , and the attachment means being movable within the opening of the element ; characterised in that the male coupling part comprises a removable stop attachable to the outside of the male coupling part .
Device for feeding a fermenter of a biogas plant by volume reduction of biomass stored in a tank (VG) comprising a mechanical separator (PS) with an inlet (BE) for the biomass, a solid matter outlet (FA), and a thin sludge outlet (DuA), a fermenter (F) with a solid matter inlet (FE), a thick sludge inlet (DiE) and a digestate outlet (GA), an evaporation system (VA) with a thin sludge inlet (DuE), a thick sludge outlet (DiA), a condensate outlet (KA), and an outlet (AS) for ammonium sulfate solution produced, wherein the mechanical separator (PS) is connected via a first line (L1) with the tank (VG), its solid matter outlet (FA) is connected with the solid matter inlet (FE) of the fermenter (F), and its thin sludge outlet (DuA) is connected with the thin sludge inlet (DuE) of the evaporation system (VA), and wherein the thick sludge outlet (DiA) of the evaporation system (VA) is lead to the thick sludge inlet (DiE) of the fermenter (F). a mechanical separator (PS) with an inlet (BE) for the biomass, a solid matter outlet (FA), and a thin sludge outlet (DuA), a fermenter (F) with a solid matter inlet (FE), a thick sludge inlet (DiE) and a digestate outlet (GA), an evaporation system (VA) with a thin sludge inlet (DuE), a thick sludge outlet (DiA), a condensate outlet (KA), and an outlet (AS) for ammonium sulfate solution produced, wherein the mechanical separator (PS) is connected via a first line (L1) with the tank (VG), its solid matter outlet (FA) is connected with the solid matter inlet (FE) of the fermenter (F), and its thin sludge outlet (DuA) is connected with the thin sludge inlet (DuE) of the evaporation system (VA), and wherein the thick sludge outlet (DiA) of the evaporation system (VA) is lead to the thick sludge inlet (DiE) of the fermenter (F).
An electrochemical machining method of a conductive workpiece including a blade-shaped portion and blade end plates , the blade-shaped portion having an aerofoil shape in cross section, the blade end plates being provided to a longitudinal both ends of the blade-shaped portion to be substantially orthogonal to the longitudinal direction (B) of the blade-shaped portion , comprising the steps of: advancing a main electrode to the blade-shaped portion ; electrochemically machining, by the main electrode , a part of the blade-shaped portion and one blade end plate ; advancing an auxiliary electrode to be slid along a slope of the main electrode , the slope forming an acute angle (θ2) relative to a machining surface of the main electrode for machining the blade-shaped portion ; and electrochemically machining, by the auxiliary electrode , a remaining part of the blade-shaped portion and the other of the blade end plates disposed to be in continuation therewith, characterized in that the main electrode is advanced in an acute angle (θ1) direction relatively to the longitudinal direction (B) of the blade-shaped portion and one of the blade end plates disposed to be in continuation with the blade-shaped portion is electrochemically machined by the main electrode . advancing a main electrode to the blade-shaped portion ; electrochemically machining, by the main electrode , a part of the blade-shaped portion and one blade end plate ; advancing an auxiliary electrode to be slid along a slope of the main electrode , the slope forming an acute angle (θ2) relative to a machining surface of the main electrode for machining the blade-shaped portion ; and electrochemically machining, by the auxiliary electrode , a remaining part of the blade-shaped portion and the other of the blade end plates disposed to be in continuation therewith, characterized in that the main electrode is advanced in an acute angle (θ1) direction relatively to the longitudinal direction (B) of the blade-shaped portion and one of the blade end plates disposed to be in continuation with the blade-shaped portion is electrochemically machined by the main electrode .
A method in a base station for managing communication of multicast and/or broadcast services, MBMS, the method comprising: causing , by the base station, establishment of a first protocol data unit, PDU, session for transmitting MBS data packets of an MBS service from a core network,CN, (ON) to a first user equipment, UE, the causing including receiving , from the first UE, a first request to establish the first PDU session, the first request indicating the MBS service, and transmitting the first request to the CN; transmitting ), to the first UE, configuration parameters associated with the first PDU session; causing establishment of a second PDU session for transmitting the MBS data packets from the CN to a second UE, the causing including receiving, from the second UE, a second request to establish the second PDU session, the second request indicating the MBS service, and transmitting the second request to the CN; transmitting , to the second UE, the configuration parameters; and transmitting , to the first UE and the second UE, the MBS data packets in accordance with the configuration parameters. causing , by the base station, establishment of a first protocol data unit, PDU, session for transmitting MBS data packets of an MBS service from a core network,CN, (ON) to a first user equipment, UE, the causing including receiving , from the first UE, a first request to establish the first PDU session, the first request indicating the MBS service, and transmitting the first request to the CN; receiving , from the first UE, a first request to establish the first PDU session, the first request indicating the MBS service, and transmitting the first request to the CN; transmitting ), to the first UE, configuration parameters associated with the first PDU session; causing establishment of a second PDU session for transmitting the MBS data packets from the CN to a second UE, the causing including receiving, from the second UE, a second request to establish the second PDU session, the second request indicating the MBS service, and transmitting the second request to the CN; receiving, from the second UE, a second request to establish the second PDU session, the second request indicating the MBS service, and transmitting the second request to the CN; transmitting , to the second UE, the configuration parameters; and transmitting , to the first UE and the second UE, the MBS data packets in accordance with the configuration parameters.
Container conveyor device with a rotor circulating about a vertical machine axis (MA), with a plurality of container carriers , which are provided distributed on the rotor about the machine axis (MA) for the suspended holding of containers , with a container support device for supporting the containers on their container outer surfaces or casing surfaces in the region of the container base (2.1, 2a.1, 2b.1), wherein the container support device takes effect with at least one outer container guide , with a container support surface (16.1) which surrounds the machine axis (MA) in the form of a cone and serves as a support for the containers in the region of their container bases (2.1, 2a.1, 2b.1), on the container outer surface which is radially outside in relation to the machine axis (MA), and which is height adjustable for adapting to different container base diameters, and is configured with at least one inner container support surface (15.1, 20.1), which has the effect of providing support for the containers on their container outer surface located radially inwards in relation to the machine axis (MA), characterised in that the at least one inner container support surface (15.1, 20.1) of the container support surface (16.1) of the outer container guide related to the machine axis (MA), for supporting the containers , is arranged radially opposite in the region of their container bases (2.1, 2a.1, 2b.1), that the outer and inner container support surfaces (16.1, 15.1, 20.1) form at least one receiver for the container bases (2.1, 2a.1, 2b.1), which tapers with the increasing distance interval from the container carriers , and that also the at least one inner container support surface (15.1, 20.1) is height adjustable in order to adapt the container support device to different container base diameters, and that the at least one inner container support surface (20.1) is configured such as not to circulate with the rotor , and together with the at least one outer container support surface (16.1) forms a guide channel in the form of a trough or gully, which extends along a movement path on which the container bases (2.1) move together with the containers which are moved with the rotor , and that the guide channel is height adjustable by means of at least one adjustment device , and that the guide channel also extends into a transfer region, in which the containers are transferred to the container carriers of the rotor and/or are taken off from the rotor carriers of the rotor .
Working element with overload protection for agricultural implements, in particular soil-working implements in the form of grubbers , wherein the working element on striking against obstacles can yield counter to the working direction against the force of at least one spring assembly (6.2), wherein the working element is connected pivotably about an axis to a frame , wherein the spring assembly (6.2) is in each case connected at a distance from the axis both to the frame and to the working element via hinged joints, wherein the spring assembly (6.2) is pretensioned with the aid of a pretensioning tube (6.4) and a spring plate (6.3), wherein the spring plate (6.3) is arranged between the spring assembly (6.2) and the working element which is protected against overload, and wear protection in the form of a tubular sleeve (6.6) is provided between the pretensioning tube (6.4) and the spring assembly (6.2), characterized in that the tubular sleeve (6.6) is arranged in an axially displaceable manner on the pretensioning tube (6.4), in that the tubular sleeve (6.6) is kept in contact by its one end surface with the spring plate (6.3).
A mechanical cardiopulmonary resuscitation ("CPR") device , comprising: a piston ; a driver coupled to the piston configured to extend and retract the piston; and a controller configured to cause the driver during a session to at least: position the piston at a reference position; extend the piston from the reference position to a compression position to compress a chest of a patient; return the piston from the compression position to the reference position; retract the piston from the reference position to a retreat position, the retreat position including the piston at a distance away from the reference position whereby the patient's chest can expand without active decompression of the patient's chest, the piston retracted to the retreat position at least once before the end of the session; and return the piston from the retreat position to the reference position. a piston ; a driver coupled to the piston configured to extend and retract the piston; and a controller configured to cause the driver during a session to at least: position the piston at a reference position; extend the piston from the reference position to a compression position to compress a chest of a patient; return the piston from the compression position to the reference position; retract the piston from the reference position to a retreat position, the retreat position including the piston at a distance away from the reference position whereby the patient's chest can expand without active decompression of the patient's chest, the piston retracted to the retreat position at least once before the end of the session; and return the piston from the retreat position to the reference position. position the piston at a reference position; extend the piston from the reference position to a compression position to compress a chest of a patient; return the piston from the compression position to the reference position; retract the piston from the reference position to a retreat position, the retreat position including the piston at a distance away from the reference position whereby the patient's chest can expand without active decompression of the patient's chest, the piston retracted to the retreat position at least once before the end of the session; and return the piston from the retreat position to the reference position.
A device for examining the retinal vascular endothelial function of the vessels of the retina at the fundus (F) of an eye (A), containing a fundus camera with an observation beam path (1.2) with a digital image sensor for recording image sequences of images of regions of the fundus (F) on which the observation beam path (1.2) of the fundus camera is focused, and with an illumination beam path (1.1), in which an illumination unit is arranged in a plane (AP") conjugate to the eye pupil (AP) of the eye (A), for illuminating the fundus (F) with a measuring light and a flicker light within a luminous field (LF) on the fundus (F), which is delimited by the mapping of a field stop (FB), which is located in a plane (F′′′) conjugate to the fundus (F) in the illumination beam path (1.1), wherein at least one macula stop (MB) is arranged in the plane (F′′′) conjugate to the fundus (F) in the illumination beam path (1.1), on each of which there is a fixation mark (FM), so that at least one of the macula stops (MB) covers the macula (M) on the fundus (F) when the eye (A) fixates on the fixation mark (FM) of the one macula stop (MB).