mhurhangee/ep-ind-claims huggingface dataset:
Rotary joint comprising: a socket rod having a socket rod flange with a basically spheroid concave bearing surface at a first end; a housing nut encircling the socket rod and having a threaded wrenching head; and a ball rod having a basically spheroid convex bearing surface and threaded side walls around the bearing surface; wherein a diameter of the threaded side walls of the ball rod corresponds to a diameter of the threaded wrenching head of the housing nut; characterized in that a plurality of first guiding tracks are arranged on the concave bearing surface and are oriented into a first swivelling direction, the socket rod being swivable with respect to the ball rod along the first guiding tracks into the first swivelling direction; that a plurality of second guiding tracks are arranged on the convex bearing surface and are oriented into a second swivelling direction, the socket rod being swivable with respect to the ball rod along the second guiding tracks into the second swivelling direction; and that the first swivelling direction is equal to the second swivelling direction and the first guiding tracks of the concave bearing surface of the socket rod flange are slidably interlocked with the second guiding tracks of the convex bearing surface of the ball rod. a socket rod having a socket rod flange with a basically spheroid concave bearing surface at a first end; a housing nut encircling the socket rod and having a threaded wrenching head; and a ball rod having a basically spheroid convex bearing surface and threaded side walls around the bearing surface; wherein a diameter of the threaded side walls of the ball rod corresponds to a diameter of the threaded wrenching head of the housing nut; characterized in that a plurality of first guiding tracks are arranged on the concave bearing surface and are oriented into a first swivelling direction, the socket rod being swivable with respect to the ball rod along the first guiding tracks into the first swivelling direction; that a plurality of second guiding tracks are arranged on the convex bearing surface and are oriented into a second swivelling direction, the socket rod being swivable with respect to the ball rod along the second guiding tracks into the second swivelling direction; and that the first swivelling direction is equal to the second swivelling direction and the first guiding tracks of the concave bearing surface of the socket rod flange are slidably interlocked with the second guiding tracks of the convex bearing surface of the ball rod.
Method for term-dependent output of information (Info1, Info2) based on a voice input to a specific group, wherein the method has the steps of: a) capturing the voice input, b) analysing the captured voice input for the presence of a group-specific key term, associated with the specific group, and c) on detection of the group-specific key term in the analysed voice input, outputting the information (Info1, Info2) based on the voice input to the specific group, and wherein the method is characterised by the following steps of: - ascertaining a distance (DI1, DI2) between a capture location and an output location (A01, A02), and - if the ascertained distance is below a distance limit value, outputting the information (Info1) in group-aspecific fashion, - wherein the distance limit value is in a range from 30 m to 150 m. a) capturing the voice input, b) analysing the captured voice input for the presence of a group-specific key term, associated with the specific group, and c) on detection of the group-specific key term in the analysed voice input, outputting the information (Info1, Info2) based on the voice input to the specific group, and - ascertaining a distance (DI1, DI2) between a capture location and an output location (A01, A02), and - if the ascertained distance is below a distance limit value, outputting the information (Info1) in group-aspecific fashion, - wherein the distance limit value is in a range from 30 m to 150 m.
A method of deriving synchronous switch current signals for a three-phase Vienna-type active rectifier comprising the steps of: for each phase leg of the three-phase Vienna-type rectifier: sensing a line current signal from current applied to the phase leg; feeding the sensed line current signal upstream to a first analog switch, a second analog switch, and a third analog switch; generating, for respectively top, middle and bottom power-switch gates of the phase leg, a top gate driver signal, a clamp gate driver signal and a bottom gate driver signal by a pulse width modulation; deriving a top switch current signal by driving the first analog switch by the top gate driver signal; deriving a clamp switch current signal by driving the second analog switch by the clamp gate driver signal; and deriving a bottom switch current signal by driving the third analog switch by the bottom gate driver signal, wherein the gate driver signals for driving the gates of the analog switches to provide the switch current signals are also used for driving the power-switch gates of the phase leg. Vienna-type active rectifier comprising the steps of: for each phase leg of the three-phase Vienna-type rectifier: sensing a line current signal from current applied to the phase leg; feeding the sensed line current signal upstream to a first analog switch, a second analog switch, and a third analog switch; generating, for respectively top, middle and bottom power-switch gates of the phase leg, a top gate driver signal, a clamp gate driver signal and a bottom gate driver signal by a pulse width modulation; deriving a top switch current signal by driving the first analog switch by the top gate driver signal; deriving a clamp switch current signal by driving the second analog switch by the clamp gate driver signal; and deriving a bottom switch current signal by driving the third analog switch by the bottom gate driver signal, wherein the gate driver signals for driving the gates of the analog switches to provide the switch current signals are also used for driving the power-switch gates of the phase leg.
A prosthetic valve system comprising: a docking frame configured to be implanted within a portion of a patient's body; a valve frame having an outer surface and an inner surface and configured to dock to the docking frame to support the valve frame within the portion of the patient's body; a plurality of valve leaflets coupled to the valve frame and configured to extend radially inward from the inner surface of the valve frame; and a locking mechanism including a first connector on the valve frame and a second connector on the docking frame configured to relatively move axially towards the first connector to engage the first connector; wherein an axial distance between the first connector and the second connector defines a diameter at which radial compression of the valve frame and of the docking frame is resisted by the locking mechanism; and further comprising a third connector on the valve frame and a fourth connector on the docking frame, the third connector and fourth connector configured to remain engaged with each other upon axial movement of the second connector relative to the first connector. a docking frame configured to be implanted within a portion of a patient's body; a valve frame having an outer surface and an inner surface and configured to dock to the docking frame to support the valve frame within the portion of the patient's body; a plurality of valve leaflets coupled to the valve frame and configured to extend radially inward from the inner surface of the valve frame; and a locking mechanism including a first connector on the valve frame and a second connector on the docking frame configured to relatively move axially towards the first connector to engage the first connector; wherein an axial distance between the first connector and the second connector defines a diameter at which radial compression of the valve frame and of the docking frame is resisted by the locking mechanism; and further comprising a third connector on the valve frame and a fourth connector on the docking frame, the third connector and fourth connector configured to remain engaged with each other upon axial movement of the second connector relative to the first connector.
A method of installing an air-conditioning apparatus, the air conditioning apparatus comprising an indoor unit provided with an indoor heat exchanger, and using a flammable refrigerant being higher in density than air under the atmospheric pressure, the method including: installing the indoor unit at an installation height of h 0 [m] or more in an installation floor space A[m 2], characterized by filling the refrigerant to satisfy a refrigerant amount M [kg] which falls within the following formula; 2.5 × LFL 1.25 × h 0 × A 0.5 ≤ M ≤ α × G −β × h 0 × A where LFL is a lower flammability limit of the refrigerant [kg/m 3], G is an assumed maximum leak speed of the refrigerant [kg/h], α is a positive constant of the refrigerant, mainly correlating to the LFL, and β is a positive constant of the refrigerant, mainly correlating to the density, the constant α is taken as 0.2 exp [6× LFL], and the constant β is taken as -0.5Ln [gas density] + 1, the G is 5 [kg/h], and the flammable refrigerant is HFO-1234yf or C 3 H 8. installing the indoor unit at an installation height of h 0 [m] or more in an installation floor space A[m 2], characterized by filling the refrigerant to satisfy a refrigerant amount M [kg] which falls within the following formula; 2.5 × LFL 1.25 × h 0 × A 0.5 ≤ M ≤ α × G −β × h 0 × A where LFL is a lower flammability limit of the refrigerant [kg/m 3], G is an assumed maximum leak speed of the refrigerant [kg/h], α is a positive constant of the refrigerant, mainly correlating to the LFL, and β is a positive constant of the refrigerant, mainly correlating to the density, the constant α is taken as 0.2 exp [6× LFL], and the constant β is taken as -0.5Ln [gas density] + 1, the G is 5 [kg/h], and the flammable refrigerant is HFO-1234yf or C 3 H 8.
A communication method for wireless communication using a TDMA, Time Division Multiple Access, super-frame structure (10A, 10B) for scheduling uplink and downlink transmissions between a first communication node and a second communication node (3.k) that comprises a clock, which communication method is performed by the second communication node (3.k), wherein the communication method includes receiving a downlink transmission and transmitting an uplink response, said transmitting of uplink response is performed in an uplink frame (ULk) of the super-frame structure (10A, 10B), characterized in that the uplink frame (ULk) comprises a field for time indicating data (T3.k), wherein the transmitting of the uplink response includes transmitting time stamps in the time indicating data field (T3.k), which time stamps indicate the time instance (T 3 0) of the receiving of the downlink transmission, and the time instance (T 3 1) of the transmitting of the uplink response, which time instances (T 3 0, T 3 1) are determined by means of said clock of the communication node (3.k).
Device for the cosmetic treatment of keratin materials with an electric current, comprising: - an end piece comprising at least two electrodes (101, 102) connected to the same polarities of at least one current generator, wherein the end piece has an external surface provided with at least one relief (41,42,43), wherein said relief has at least one boss (41,42,43) on which the electrodes (101,102) are disposed, wherein the boss comprises a rotary head, - at least one counter electrode, - a power supply system, the electrodes (101, 102) being managed independently of one another by the power supply system. - an end piece comprising at least two electrodes (101, 102) connected to the same polarities of at least one current generator, wherein the end piece has an external surface provided with at least one relief (41,42,43), wherein said relief has at least one boss (41,42,43) on which the electrodes (101,102) are disposed, wherein the boss comprises a rotary head, - at least one counter electrode, - a power supply system,
A bicycle fitting method for producing a bicycle, comprising: receiving a bicycle riding information and a body measurement corresponding to a cyclist; selecting a bicycle model according to the bicycle riding information; the method being characterized in that the step of selecting the bicycle model according to the bicycle riding information comprises analyzing the bicycle riding information to define a riding style of the cyclist, wherein the riding style comprises a riding surface parameter and a riding intensity parameter, so as to determine the bicycle model according to the riding surface parameter and the riding intensity parameter; providing a bicycle frame size and a set of bicycle geometric adjustment parameters according to the body measurement and the bicycle model; and producing a bicycle which fits the cyclist according to the bicycle model, the bicycle frame size, and the set of bicycle geometric adjustment parameters. receiving a bicycle riding information and a body measurement corresponding to a cyclist; selecting a bicycle model according to the bicycle riding information; the method being characterized in that the step of selecting the bicycle model according to the bicycle riding information comprises analyzing the bicycle riding information to define a riding style of the cyclist, wherein the riding style comprises a riding surface parameter and a riding intensity parameter, so as to determine the bicycle model according to the riding surface parameter and the riding intensity parameter; providing a bicycle frame size and a set of bicycle geometric adjustment parameters according to the body measurement and the bicycle model; and producing a bicycle which fits the cyclist according to the bicycle model, the bicycle frame size, and the set of bicycle geometric adjustment parameters.
A multi-layer colored web material comprising a first web material and a second web material, wherein said first web material is free of colorant and said second web material is opaque, wherein said multi layer colored web material comprises a plurality of discrete extended elements comprising open proximal ends, open or closed distal ends, and sidewalls, wherein said discrete extended elements comprise thinned portions at said distal ends of said discrete extended elements and/or along said sidewalls of said discrete extended elements, and wherein (a) said discrete extended elements have a diameter of less than about 500 microns; (b) said discrete extended elements have an aspect ratio of at least about 0.2; and/or (c) said multi-layer colored web material comprises at least about 95 discrete extended elements per square centimeter. (a) said discrete extended elements have a diameter of less than about 500 microns; (b) said discrete extended elements have an aspect ratio of at least about 0.2; and/or (c) said multi-layer colored web material comprises at least about 95 discrete extended elements per square centimeter.
A high-temperature operation fuel cell system comprising: a cell stack for generating an electric power by a reaction between a fuel gas and electric power generation air; a reformer for generating the fuel gas by reforming a raw material and for supplying the fuel gas to the cell stack; a raw material supplier for supplying the raw material to the reformer; a water supplier for supplying reforming water to the reformer; an air supplier for supplying the electric power generation air to the cell stack; a combustion chamber in which an off-gas discharged from the cell stack is combusted and which heats the cell stack and the reformer by heat generated in association with the combustion; an igniter for igniting the off-gas in the combustion chamber; and a controller, wherein in a start-up sequence, the controller controls the high-temperature operation fuel cell system such that the raw material supplier supplies the raw material to the reformer, the air supplier supplies the electric power generation air to the cell stack, the igniter ignites the off-gas discharged from the cell stack, and after the ignition, the water supplier starts the supply of the reforming water to the reformer, and after the supply of the reforming water is started by the water supplier, the controller further controls the air supplier to increase a flow rate of the electric power generation air in a stepwise manner. a cell stack for generating an electric power by a reaction between a fuel gas and electric power generation air; a reformer for generating the fuel gas by reforming a raw material and for supplying the fuel gas to the cell stack; a raw material supplier for supplying the raw material to the reformer; a water supplier for supplying reforming water to the reformer; an air supplier for supplying the electric power generation air to the cell stack; a combustion chamber in which an off-gas discharged from the cell stack is combusted and which heats the cell stack and the reformer by heat generated in association with the combustion; an igniter for igniting the off-gas in the combustion chamber; and a controller, wherein in a start-up sequence, the controller controls the high-temperature operation fuel cell system such that the raw material supplier supplies the raw material to the reformer, the air supplier supplies the electric power generation air to the cell stack, the igniter ignites the off-gas discharged from the cell stack, and after the ignition, the water supplier starts the supply of the reforming water to the reformer, and after the supply of the reforming water is started by the water supplier, the controller further controls the air supplier to increase a flow rate of the electric power generation air in a stepwise manner.
Microorganism belonging to the genus of lactic acid bacteria or fragment thereof, wherein the microorganism or fragment thereof is capable of specifically binding to at least one oral pathogenic microorganism, and wherein the at least one oral pathogenic microorganism is selected from the group comprising Porphyromonas sp., Treponema sp. or Actinobacillus sp, characterized in that the microorganism has the capability of inhibiting the formation of a biofilm of the at least one oral pathogenic microorganism, and that the microorganism is selected from a microorganism having the accession number DSM 25257, the accession number DSM 25253, the accession number DSM 25254, and the accession number DSM 25255, or fragments thereof, which have the capability of inhibiting the formation of a biofilm of the at least one oral pathogenic microorganism.
Valve cartridge for a solenoid valve having a capsule (12.1), a valve insert which is pushed with a first end into the capsule (12.1) and which, at the other end, receives a valve body with a main valve seat (19.1), and having a valve bottom part which is supported axially on the valve insert, characterized in that the valve bottom part has a circumferential sealing lip (20.4) which is at a constant circumferential spacing from a clamped flat filter for filtering dirt particles, and the connection of the flat filter to the valve bottom part is configured by means of retaining means, the retaining means comprising at least one flat filter-side component (21.1, 21.3) and at least one corresponding valve bottom part-side component (20.7) which produce at least a partial clamping connection (20.5) between the flat filter and the valve bottom part.
A continuous-flow heater comprising a body and a channel extending in the body and carrying water, wherein an opening forming an access to the channel and closed by a closure element is provided on the body, wherein the closure element has a heat transfer region (3.1) arranged in the region of the opening and being in contact with the water, wherein the closure element is formed to be plate-shaped, characterized in that the plate-shaped closure element is formed to be provided with a stamping forming the heat transfer region (3.1).
System comprising - a charging station for electric vehicles with - a measuring means which measures an energy consumption of a connected electric vehicle, - a calculation means which converts a measured value from the measuring means into data, and - a communication means which transmits at least the data to a host computer, and with - a mobile communication device, wherein - the communication means being configured to establish a near-field communication link with the mobile communication device such that - it is possible to establish a wide-area-network connection, suitable for transmitting the data to the host computer via the near-field communication link with the communication device, characterised in that - the mobile communication device receives and stores from a host computer a list with identifiers of charging stations, and - the charging station emits an identifier in a near field to establish the near-field communication link and - the communication device extracts the identifier from the near field and, using a processor, compares it with the identifiers which have been received and stored from the host computer, so that if the result of the comparison is positive, coupling to the charging station takes place immediately. - a charging station for electric vehicles with - a measuring means which measures an energy consumption of a connected electric vehicle, - a calculation means which converts a measured value from the measuring means into data, and - a communication means which transmits at least the data to a host computer, and with - a mobile communication device, wherein - the communication means being configured to establish a near-field communication link with the mobile communication device such that - it is possible to establish a wide-area-network connection, suitable for transmitting the data to the host computer via the near-field communication link with the communication device, characterised in that - the mobile communication device receives and stores from a host computer a list with identifiers of charging stations, and - the charging station emits an identifier in a near field to establish the near-field communication link and - the communication device extracts the identifier from the near field and, using a processor, compares it with the identifiers which have been received and stored from the host computer, so that if the result of the comparison is positive, coupling to the charging station takes place immediately.