mhurhangee/ep-ind-claims huggingface dataset:
Exhaust gas flap device for an internal combustion engine comprising a flow housing which forms an exhaust gas channel a flap body which is rotatably arranged in the exhaust gas channel a shaft on which the flap body is fixed an electric actuator comprising an electric motor and a gear unit, via which the shaft and the flap body are rotatable in the exhaust gas channel, a separate actuator housing in which the actuator is arranged, wherein the shaft extends into the actuator housing, characterized in that an output gear of the gear unit is fixed on the shaft on which the flap body is arranged, and the shaft comprises a thermal conductivity of <17W/mK and is arranged in a bearing which comprises a thermal conductivity of >17W/mK and is arranged in a bearing receptacle of the flow housing wherein the inner circumference of the bearing receptacle corresponds to the outer circumference of the bearing and the bearing receptacle of the flow housing projects into a receiving opening of the actuator housing and bears radially against walls radially delimiting the receiving opening. a shaft on which the flap body is fixed an electric actuator comprising an electric motor and a gear unit, via which the shaft and the flap body are rotatable in the exhaust gas channel, a separate actuator housing in which the actuator is arranged, wherein the shaft extends into the actuator housing, characterized in that an output gear of the gear unit is fixed on the shaft on which the flap body is arranged, and the shaft comprises a thermal conductivity of <17W/mK and is arranged in a bearing which comprises a thermal conductivity of >17W/mK and is arranged in a bearing receptacle of the flow housing wherein the inner circumference of the bearing receptacle corresponds to the outer circumference of the bearing and the bearing receptacle of the flow housing projects into a receiving opening of the actuator housing and bears radially against walls radially delimiting the receiving opening.
A hoof cover for hoofed animals comprising an elastically stretchable body with a foot-insertion opening, an opening for at least partially exposing the hoof and another opening for at least partially exposing the hoof characterised in that the body is formed from a blank of an elastic sheet that is seamed with a cloth wherein the blank comprises a wing on one side and another wing on the other side wherein the blank is folded about its vertical axis to place the wings to face each other and the cloth is placed between the wings and stitched together to seam a first side and a second side of the sheet.
A call switching method, wherein the method comprises: Determining, by a call switching apparatus, according to a call task of calling a second entity by a first entity and a received call answer received from the second entity, whether the call task is a bearer service and whether a type of the call task is a Call Mediation Node CMN call; when the call task is a non-bearer service and the type of the call task is a non-CMN call task, switching the call task from a non-CMN call to a CMN call, and using the CMN call to process the non-bearer service, wherein a CMN is a node that does not have a media node control function but only has a Bearer Control Function BCF, and the function of the CMN is to complete signaling link aggregation between originating Mobile Switching Center MSC servers, and a called number analysis function, so as to implement transmission of Bearer Independent Call Control, BICC protocol information between the MSC servers; and after the call is established and in the communication process between the first entity and the second entity, when the call task is a bearer service and the type of the call task is a CMN call task, switching the call task from a CMN call to a non-CMN call, and using the non-CMN call to process the bearer service, wherein the first entity includes an originating MSC and an originating MGW and the second entity includes a terminating MSC and a terminating MGW; wherein the bearer service includes a service for which media plane information needs to be acquired or involvement of media plane processing is required. Determining, by a call switching apparatus, according to a call task of calling a second entity by a first entity and a received call answer received from the second entity, whether the call task is a bearer service and whether a type of the call task is a Call Mediation Node CMN call; when the call task is a non-bearer service and the type of the call task is a non-CMN call task, switching the call task from a non-CMN call to a CMN call, and using the CMN call to process the non-bearer service, wherein a CMN is a node that does not have a media node control function but only has a Bearer Control Function BCF, and the function of the CMN is to complete signaling link aggregation between originating Mobile Switching Center MSC servers, and a called number analysis function, so as to implement transmission of Bearer Independent Call Control, BICC protocol information between the MSC servers; and after the call is established and in the communication process between the first entity and the second entity, when the call task is a bearer service and the type of the call task is a CMN call task, switching the call task from a CMN call to a non-CMN call, and using the non-CMN call to process the bearer service,
An epicyclic system comprising: a sun gear; a ring gear; and two or more star gear assemblies enmeshed between the sun gear and the ring gear, each star gear assembly including: a star gear; and a journal bearing supportive of the star gear; wherein the journal bearing includes one or more lubricant passageways (54, 56) to deliver a flow of lubricant to a selected location of the star gear assembly,; wherein the one or more lubricant passageways includes: an axially-extending lubricant passageway; and a radially-extending lubricant passageway fluidly connected to the axially-extending lubricant passage; and characterized in that the cross-sectional area of the radially-extending lubricant passageways differs for the journal bearings depending on a vertical position of the journal bearings in the epicyclic gear system. a sun gear; a ring gear; and two or more star gear assemblies enmeshed between the sun gear and the ring gear, each star gear assembly including: a star gear; and a journal bearing supportive of the star gear; wherein the journal bearing includes one or more lubricant passageways (54, 56) to deliver a flow of lubricant to a selected location of the star gear assembly,; a star gear; and a journal bearing supportive of the star gear; wherein the journal bearing includes one or more lubricant passageways (54, 56) to deliver a flow of lubricant to a selected location of the star gear assembly,; wherein the one or more lubricant passageways includes: an axially-extending lubricant passageway; and a radially-extending lubricant passageway fluidly connected to the axially-extending lubricant passage; and characterized in that the cross-sectional area of the radially-extending lubricant passageways differs for the journal bearings depending on a vertical position of the journal bearings in the epicyclic gear system. an axially-extending lubricant passageway; and a radially-extending lubricant passageway fluidly connected to the axially-extending lubricant passage; and characterized in that the cross-sectional area of the radially-extending lubricant passageways differs for the journal bearings depending on a vertical position of the journal bearings in the epicyclic gear system.
Assembly comprising a 3D measuring device, said 3D measuring device comprising a measuring probe comprising a stylus or a plurality of styli, and a measuring probe stylus cleaning device for cleaning a stylus of the measuring probe, said cleaning device comprising: - a dispensing system for dispensing cleaning agent, and for creating an aerosol of cleaning agent particles in air; - a cleaning chamber for accommodating said stylus during a cleaning process, said cleaning chamber comprising an opening for introducing and removing said stylus in and from said cleaning chamber; - supply means for supplying said cleaning aerosol, and optionally a drying agent, for example air, into said cleaning chamber for cleaning and/or drying said stylus, wherein said supply means comprise at least three supply openings (7,8) or nozzles discharging into said cleaning chamber for supplying said cleaning aerosol and optionally said drying agent into said cleaning chamber, wherein said supply openings (7, 8) or nozzles are spaced apart at substantial equal angular distances and are arranged for supplying said cleaning aerosol and optionally said drying agent to a common location, in which common location said stylus may be located during cleaning and/or drying. - a dispensing system for dispensing cleaning agent, and for creating an aerosol of cleaning agent particles in air; - a cleaning chamber for accommodating said stylus during a cleaning process, said cleaning chamber comprising an opening for introducing and removing said stylus in and from said cleaning chamber; - supply means for supplying said cleaning aerosol, and optionally a drying agent, for example air, into said cleaning chamber for cleaning and/or drying said stylus, wherein said supply means comprise at least three supply openings (7,8) or nozzles discharging into said cleaning chamber for supplying said cleaning aerosol and optionally said drying agent into said cleaning chamber, wherein said supply openings (7, 8) or nozzles are spaced apart at substantial equal angular distances and are arranged for supplying said cleaning aerosol and optionally said drying agent to a common location, in which common location said stylus may be located during cleaning and/or drying.
A decorative sheet comprising a base material and a surface-protecting layer, wherein at least one of the base material and the surface-protecting layer contains a white pigment, the surface-protecting layer is a cured product of a curable resin composition, and a Martens hardness of the decorative sheet is 9 N/mm 2 or more and 25 N/mm 2 or less, wherein the white pigment is at least one selected from the group consisting of rutile type titanium oxide, white lead, and antimony white, and wherein the Martens hardness of the decorative sheet is determined as described in the description.
Device for supplying film to a bundling machine, comprising at least two paying-out devices each intended to accommodate a reel of film, the paying- out devices being side by side and disposed so as to accommodate the reels of film parallel to each other, each paying-out device comprising a chassis carrying at least means for driving, in rotation about an axis A, a reel of film, characterised in that each paying-out device comprises a covering casing delimiting an internal volume able to cover the drive means and a reel of film present on the paying-out device, the casing being mounted so as to be able to move in translation on the chassis along an axis A between a position of covering the reel of film and an open position procuring access to the reel of film.
A method of reducing interference between adjacent base stations for use in a wireless communication system, by a first base station (BS 4a) having a multi-directional antenna configured to produce a plurality of beams, the method comprising: first determining at least one interference level of at least one interfering beam of a plurality of beams of at least one interfering base station (BS 4b) in the communication system; second determining a transmitting beam pattern based on the interference level, the transmitting beam pattern indicating a sequence of illuminating the plurality of beams at corresponding time slots; third determining a fractional frequency reuse pattern based on the transmitting beam pattern, wherein fractional frequency reuse is used for beams experiencing strong mutual interference with the at least one interfering base station (BS 4b); and transmitting data based on the determined transmitting beam pattern and frequency reuse pattern. first determining at least one interference level of at least one interfering beam of a plurality of beams of at least one interfering base station (BS 4b) in the communication system; second determining a transmitting beam pattern based on the interference level, the transmitting beam pattern indicating a sequence of illuminating the plurality of beams at corresponding time slots; third determining a fractional frequency reuse pattern based on the transmitting beam pattern, wherein fractional frequency reuse is used for beams experiencing strong mutual interference with the at least one interfering base station (BS 4b); and transmitting data based on the determined transmitting beam pattern and frequency reuse pattern.
Sleeve bearing for being received in an outer sleeve with an inner part which extends in the axial direction, a bearing body made from an elastic material enclosing the inner part and having at least two chambers for receiving a damping agent and a cage which encloses the bearing body circumferentially and is formed from at least two cage parts, the spacing of which is able to be varied in the radial direction, wherein a joint area provided between the cage parts is sealed, characterised in that the cage parts have ring segment-shaped legs, interacting in a sealing manner, on opposite axial ends and at the height of the two opposing chambers.
A method of fabricating copper nanoparticles comprising: heating a copper salt solution comprising a copper salt, an N,N'- dialkylethylenediamine, and a C6-C18 alkylamine in an organic solvent to a temperature between about 30 °C to about 50 °C; heating a reducing agent solution comprising a reducing agent, an N,N'- dialkylethylenediamine, and a C6-C18 alkylamine in an organic solvent to a temperature between about 30 °C to about 50 °C; and adding the heated copper salt solution to the heated reducing agent solution, thereby producing copper nanoparticles. heating a copper salt solution comprising a copper salt, an N,N'- dialkylethylenediamine, and a C6-C18 alkylamine in an organic solvent to a temperature between about 30 °C to about 50 °C; heating a reducing agent solution comprising a reducing agent, an N,N'- dialkylethylenediamine, and a C6-C18 alkylamine in an organic solvent to a temperature between about 30 °C to about 50 °C; and adding the heated copper salt solution to the heated reducing agent solution, thereby producing copper nanoparticles.
A Cardio-Pulmonary Resuscitation system configured to perform compressions to a chest of a patient, the CPR system comprising: a retention structure (120, 121, 122); a compression mechanism coupled to the retention structure (120, 121, 122) and having a movable piston; a backboard that can be assembled together with the retention structure (120, 121, 122) so as to form a closed loop around a torso of the patient and the piston is movable towards and away from the chest of the patient; a stabilizing member; and a coupler; characterized in that the coupler is configured to couple the stabilizing member to the backboard in such a way that the stabilizing member can be rotated with respect to the backboard by at least 30° within a plane. a retention structure (120, 121, 122); a compression mechanism coupled to the retention structure (120, 121, 122) and having a movable piston; a backboard that can be assembled together with the retention structure (120, 121, 122) so as to form a closed loop around a torso of the patient and the piston is movable towards and away from the chest of the patient; a stabilizing member; and a coupler; characterized in that the coupler is configured to couple the stabilizing member to the backboard in such a way that the stabilizing member can be rotated with respect to the backboard by at least 30° within a plane.
Electrical installation having a container which encloses high-voltage components, wherein the interior of the container contains a control room having control and/or display elements for the electrical installation and a cooling room having a cooling device for at least one of the high-voltage components and wherein the control room has a lockable access from outside the container, wherein the container contains at least one phase module (8a, 8b, 8c) which comprises a series circuit of submodules, each submodule has two connecting terminals, an energy store and a power semiconductor circuit connected in parallel with the energy store, and the power semiconductor circuit has two power switches arranged in series with one another that can be switched off, and wherein the container contains at least one inductor and the inductor is water-cooled.
A bond testing apparatus comprising: a main body, a test tool mount for holding a test tool, an axial drive mechanism comprising a screw and nut assembly, the drive mechanism coupling the test tool mount to the main body and allowing for relative movement between the test tool mount and the main body in an axial direction, a biasing element (27, 28), coupled to the main body and the test tool mount, that, in operation, biases the test tool mount relative to the main body in the axial direction, characterized in that the biasing element is switchable between a first state and a second state, wherein in the first state the test tool mount is biased in a first axial direction by the biasing element to remove backlash from the screw and nut assembly, and wherein in the second state the test tool mount is either biased in a second axial direction opposite to the first axial direction by the biasing element to remove backlash from the screw and nut assembly or no biasing force in the axial direction is applied by the biasing element to the test tool mount. a main body, a test tool mount for holding a test tool, an axial drive mechanism comprising a screw and nut assembly, the drive mechanism coupling the test tool mount to the main body and allowing for relative movement between the test tool mount and the main body in an axial direction, a biasing element (27, 28), coupled to the main body and the test tool mount, that, in operation, biases the test tool mount relative to the main body in the axial direction, characterized in that the biasing element is switchable between a first state and a second state, wherein in the first state the test tool mount is biased in a first axial direction by the biasing element to remove backlash from the screw and nut assembly, and wherein in the second state the test tool mount is either biased in a second axial direction opposite to the first axial direction by the biasing element to remove backlash from the screw and nut assembly or no biasing force in the axial direction is applied by the biasing element to the test tool mount.
A wireless communication method wherein: a terminal transmits first and second data streams to a network, the network providing a plurality of cells (10, 20, 22, 24) serving the terminal, the first data stream associated with both a first one and a second one of said cells, and the second data stream associated with a second one of said cells; the terminal detects that there is data waiting for transmission in at least one of the first and second data streams; and the terminal transmits to the network at least one signalling message including a buffer status report, a scheduling request, or a physical random access channel signature relating to the cell or cells associated with said at least one of the first and second data streams, wherein one or more predetermined rules define which cell is used for transmission of the buffer status report, the scheduling request, or the physical random access channel signature, and one or more further predetermined rules define which data stream is to be transmitted via which cell. a terminal transmits first and second data streams to a network, the network providing a plurality of cells (10, 20, 22, 24) serving the terminal, the first data stream associated with both a first one and a second one of said cells, and the second data stream associated with a second one of said cells; the terminal detects that there is data waiting for transmission in at least one of the first and second data streams; and the terminal transmits to the network at least one signalling message including a buffer status report, a scheduling request, or a physical random access channel signature relating to the cell or cells associated with said at least one of the first and second data streams, wherein one or more predetermined rules define which cell is used for transmission of the buffer status report, the scheduling request, or the physical random access channel signature, and one or more further predetermined rules define which data stream is to be transmitted via which cell.
A 2D laser scanner comprising a laser head for outputting a measuring beam, a rotating deflection unit for deflecting the measuring beam in the direction of a measuring object, which deflection unit is driven by means of a drive, a detector module for detecting the reception/measuring beam reflected from the measuring object, and a control and evaluation unit for signal processing as well as a reference module,for compensating environmental influences on the measuring signal, the drive, the laser head, the detector module, the control unit and the reference module being received in a housing, characterized in that the deflection unit is received in a rotor head, which is rotatably mounted on the housing, so that the rotor head with the deflection unit projects outwards from the housing, and the reference module has a reference plate configured to be moved in the beam path between the laser head and the deflection unit for reference measurement.
Method for operating an internal combustion engine which is operable with gasoline fuel, characterized in that, to check the functionality of a four-way catalytic converter which is flowed through by the exhaust gas of the internal combustion engine, an oxygen storage capacity of the four-way catalytic converter is ascertained, and the functionality is assessed in a manner dependent on the ascertained oxygen storage capacity, wherein a loading of the four-way catalytic converter with soot is ascertained and taken into consideration in the ascertainment of the oxygen storage capacity.
Drivetrain of a motor vehicle having a parking lock for selectively locking the drivetrain, and having an electric motor and a power axle, which is permanently drive-coupled to the electric motor and which via a disconnect clutch can be selectively drive-coupled to at least one wheel of the motor vehicle, wherein the parking lock and the disconnect clutch can be actuated by a common actuator (52, 52').