mhurhangee/ep-ind-claims huggingface dataset:
A window assembly for being mounted in a roof or a ceiling of a building, said window assembly comprising a window including a window frame arranged to be fixed to said roof or said ceiling of said building, said window frame being arranged to suspend a window pane, wherein said window pane is at least double-glazed to form an insulated glazing of said window, wherein said window pane comprises an outside surface arranged to face away from said building and an inside surface arranged to face the internal of said building, characterized in that said window assembly comprises an at least partly transparent window covering device arranged to cover said outside surface, wherein said window covering device comprises an outside surface arranged to face away from said window and an inside surface arranged to face towards said window, and at least one at least partly transparent light emitting panel arranged between said outside surface of said at least double-glazed window pane and said inside surface of said window covering device.
Smart folding wheelbarrow, suitable for the manual transportation of loads, provided with a framework which supports a loading deck suitable to house the material to be transported, said deck being connected, at the bottom side thereof, to at least one front element suitable to stop the material from slipping off when the wheelbarrow is being transported and therefore the deck is inclined forwards; said framework further comprising at least one wheel and a pedestal provided with a first end connected to the lower surface of said deck and with a second end engaged with at least one bushing of the at least one wheel preferably rubberised; said framework further comprising at least one leg provided with an upper end connected beneath said deck and with a lower end suitable to rest on the ground when the wheelbarrow is stationary; said framework further comprising at least one pair of shafts (17-17') whose distal ends are suitable to be gripped by an operator as handles (18-18') to lift said at least one leg and push the wheelbarrow in the desired direction; said at least one leg, said pair of shafts (17-17') and said front element being connected to said framework by means of respective common hinges suitable to allow the rotation of the respective components between a first operative configuration and a second folded configuration; said first operative configuration being suitable to allow the normal use of the wheelbarrow and said second folded configuration being such to allow the wheelbarrow to be stored in a manner such to occupy as little space as possible; wherein in said second folded configuration, said at least one wheel being disengaged from said pedestal, said at least one leg being rotated until it is parallel to said deck, said shafts (17-17') being also rotated until they face towards said pedestal and said front element being tilted until they rest on said deck; said wheelbarrow being characterised in that it is provided with at least one weight sensor to detect the weight of the material placed on said deck; said weight sensor being connected to an acoustic indicator adapted to emit a sound when the detected load exceeds a predetermined weight limit; said wheelbarrow further being provided with sensors adapted to detect the correct engagement between the rotatable components, said acoustic indicator adapted to emit a different and short sound when, returning the wheelbarrow from the folded configuration to the operative configuration, the correct engagement occurs between the shafts (17-17'), the at least one leg, the front element and the at least one wheel with the framework.
A connector assembly comprising: an outer housing extending from a mating end to a termination end and including a flexible latch disposed between the mating end and the termination end, the mating end configured to mate with a header connector subassembly; and a floating latch slidably joined to the outer housing between the flexible latch and the mating end of the outer housing, the floating latch extending between opposite ends (51, 52) configured to latch onto the outer housing and the header connector subassembly, wherein, when the outer housing is moved along a mating direction to mate with the header assembly, the floating latch travels with the outer housing until one of the opposite ends of the floating latch couples to the header connector subassembly and, after the floating latch is coupled to the header connector subassembly, the outer housing continues to travel along the mating direction relative to the floating latch with the floating latch sliding relative to the outer housing until another one of the opposite ends couples with the flexible latch of the outer housing. an outer housing extending from a mating end to a termination end and including a flexible latch disposed between the mating end and the termination end, the mating end configured to mate with a header connector subassembly; and a floating latch slidably joined to the outer housing between the flexible latch and the mating end of the outer housing, the floating latch extending between opposite ends (51, 52) configured to latch onto the outer housing and the header connector subassembly, wherein, when the outer housing is moved along a mating direction to mate with the header assembly, the floating latch travels with the outer housing until one of the opposite ends of the floating latch couples to the header connector subassembly and, after the floating latch is coupled to the header connector subassembly, the outer housing continues to travel along the mating direction relative to the floating latch with the floating latch sliding relative to the outer housing until another one of the opposite ends couples with the flexible latch of the outer housing.
A liquid composition for use in compression refrigeration, air-conditioning and heat pump systems comprising: a fluoroalkene containing from 3 to 4 carbon atoms and at least 1 but no more than 2 double bonds; and an effective amount to provide lubrication of an essentially miscible organic lubricant comprised of carbon, hydrogen and oxygen and having a ratio of oxygen to carbon which provides a degree of miscibility with said fluoroalkene so that when up to five weight per cent of lubricant is added to said fluoroalkene the mixture has one liquid phase at at least one temperature between -40 and +70°C, wherein said organic lubricant is a polyalkylene glycol which terminates at each end with a hydroxyl group, and wherein each hydroxyl group is end-capped with an alkyl group containing from 1 to 10 carbon atoms. a fluoroalkene containing from 3 to 4 carbon atoms and at least 1 but no more than 2 double bonds; and an effective amount to provide lubrication of an essentially miscible organic lubricant comprised of carbon, hydrogen and oxygen and having a ratio of oxygen to carbon which provides a degree of miscibility with said fluoroalkene so that when up to five weight per cent of lubricant is added to said fluoroalkene the mixture has one liquid phase at at least one temperature between -40 and +70°C, wherein said organic lubricant is a polyalkylene glycol which terminates at each end with a hydroxyl group, and wherein each hydroxyl group is end-capped with an alkyl group containing from 1 to 10 carbon atoms.
A mixing arrangement for an exhaust-gas system of an internal combustion engine for mixing exhaust gas and reactant, comprising: - an exhaust-gas guiding component which delimits an exhaust-gas flow volume and which extends in the direction of a longitudinal axis, - a reactant dispensing unit for dispensing reactant into the exhaust-gas flow volume, - an exhaust-gas flow volume dividing arrangement with a plurality of tubular dividing bodies (32, 34) which are arranged nested one inside the other, the exhaust-gas flow volume dividing arrangement dividing the exhaust-gas flow volume in a dividing length region into a plurality of partial exhaust-gas flow volumes (26, 28, 30), the plurality of partial exhaust-gas flow volumes (26, 28, 30) comprising a central partial exhaust-gas flow volume and at least one partial exhaust-gas flow volume (28, 30) which surrounds the central partial exhaust-gas flow volume in a ring-like manner, characterized in that the exhaust-gas flow volume dividing arrangement is arranged downstream of the reactant dispensing unit in such a way that a partial flux (T 1, T 2, T 3) of a mixture of exhaust gas and reactant may flow through each partial exhaust-gas flow volume (26, 28, 30). - an exhaust-gas guiding component which delimits an exhaust-gas flow volume and which extends in the direction of a longitudinal axis, - a reactant dispensing unit for dispensing reactant into the exhaust-gas flow volume, - an exhaust-gas flow volume dividing arrangement with a plurality of tubular dividing bodies (32, 34) which are arranged nested one inside the other, the exhaust-gas flow volume dividing arrangement dividing the exhaust-gas flow volume in a dividing length region into a plurality of partial exhaust-gas flow volumes (26, 28, 30), the plurality of partial exhaust-gas flow volumes (26, 28, 30) comprising a central partial exhaust-gas flow volume and at least one partial exhaust-gas flow volume (28, 30) which surrounds the central partial exhaust-gas flow volume in a ring-like manner,
A current detector of an electrochemical device, comprising: a printed circuit board; and a resistor for detecting an electric current of the electrochemical device, wherein a connector having a first terminal is mounted on the printed circuit board, the resistor has a second terminal (87A, 87B) which is brought into contact with the first terminal, the resistor includes a resistance body and plate portions (84A, 84B) positioned on both sides of the resistance body, and the second terminal (87A, 87B) is integrally formed with one of the plate portions (84A, 84B). a printed circuit board; and a resistor for detecting an electric current of the electrochemical device, wherein a connector having a first terminal is mounted on the printed circuit board, the resistor has a second terminal (87A, 87B) which is brought into contact with the first terminal, the resistor includes a resistance body and plate portions (84A, 84B) positioned on both sides of the resistance body, and the second terminal (87A, 87B) is integrally formed with one of the plate portions (84A, 84B).
A lighting device for illuminating an operative field, the lighting device comprising, in an axial lighting dome, a first ring of LEDs suitable for emitting a first light beam at a first color temperature, and a second ring of LEDs about the same axis as said first ring of LEDs and suitable for emitting a second light beam at a second color temperature different from said first color temperature, and an annular facetted mirror having semi-reflective facets and arranged about said axis for mixing said light beams (F1, F2) emitted by said two rings of LEDs (10, 20) and for forming two resulting mixed light beams (FR1, FR2) having the same intermediate color temperature (Tkr) lying between said first color temperature and said second color temperature, and an annular optical system that surrounds said annular facetted mirror having semi-reflective facets so as to reflect said first resulting mixed light beam onto said operative field to combine it with said second resulting mixed light beam in a certain superposition configuration in a superposition plane in which an illumination spot is formed at said intermediate color temperature (Tkr), wherein collimation optical systems (18, 19) are provided between each ring of LEDs (10, 20) and said annular facetted mirror having semi-reflective facets, said lighting device being characterized in that said annular optical system that surrounds said annular facetted mirror having semi-reflective facets is a total reflection annular facetted mirror having plane facets that are substantially geometrically similar to said semi-reflective facets.
A method of transferring data in a wireless network, comprising: reserving a transmit opportunity with a first station in the wireless network; determining at the first station that some portion of the transmission opportunity will remain once the first station has transmitted its data; and transmitting to a second station in the wireless network a quality of service frame including an indication of a transfer of the transmit opportunity, wherein the indication is represented using at least one bit in a high-throughput control field in the quality of service frame, the transmit opportunity transfer representing a transfer of an exclusive right to transmit data during a time period, the time period being part of the transmit opportunity previously reserved. reserving a transmit opportunity with a first station in the wireless network; determining at the first station that some portion of the transmission opportunity will remain once the first station has transmitted its data; and transmitting to a second station in the wireless network a quality of service frame including an indication of a transfer of the transmit opportunity, wherein the indication is represented using at least one bit in a high-throughput control field in the quality of service frame, the transmit opportunity transfer representing a transfer of an exclusive right to transmit data during a time period, the time period being part of the transmit opportunity previously reserved.
A method for transmitting process data in an automatically controlled installation, the method comprising the steps of: - providing a process data transmitter which transmits respective current process data via a data line at defined recurring time intervals, and - providing a process data receiver which receives the process data via the data line, wherein the process data transmitter transmits the process data via the data line in the form of a serial transmit data stream comprising a plurality of data symbols at a defined symbol rate, wherein the process data receiver samples the serial transmit data stream at a sampling rate which is higher than the symbol rate by a defined factor in order to thereby generate a serial receiver data stream comprising a plurality of sampling values per data symbol, wherein the process data receiver subdivides the serial receiver data stream into data packets, each of which has a defined first number of sampling values, wherein the process data receiver selects a defined second number of sampling values from the respective data packets, wherein the second number is smaller than the first number by the defined factor, and wherein the process data receiver processes the selected sampling values as received process data, characterized in that the sampling values selected from each data packet are equidistant from one another and each selected sampling value has a right-side and left-side neighbor (92, 94), and wherein the process data receiver compares the selected sampling values with their respective right-side and left-side neighbors (92, 94) in order to determine a plurality of comparison results. - providing a process data transmitter which transmits respective current process data via a data line at defined recurring time intervals, and - providing a process data receiver which receives the process data via the data line,
Tool for attaching a joining element, such as all types of rivet elements, or a functional element to a component portion, having: - a punch which from a retracted position on the tool is movable forward in a linear manner and movable back again; - a presentation region at the end face in front of the moved-back punch; - a feed line by way of which the joining element or functional element is able to be moved to a presentation position in the presentation region at the end face in front of the moved-back punch; and - a guide line so that the punch in the forward movement thereof is able to entrain a joining element or functional element from the presentation region and slide said joining element or functional element into the guide line, - wherein at least two positioning strips (15, 16) which run along the guide line and which are configured for positioning the joining element or the functional element during the sliding movement through the guide line are present, wherein the at least two positioning strips (15, 16) from the guide line reach into the presentation region such that the positioning strips (15, 16) are present so as to be laterally beside a joining element or functional element which is located in the presentation position, wherein the at least two positioning strips (15, 16) in the presentation region are pivotable about a pivot axis (D1, D2), characterized in that the pivot axes (D1, D2) are mounted in a resilient manner. - a punch which from a retracted position on the tool is movable forward in a linear manner and movable back again; - a presentation region at the end face in front of the moved-back punch; - a feed line by way of which the joining element or functional element is able to be moved to a presentation position in the presentation region at the end face in front of the moved-back punch; and - a guide line so that the punch in the forward movement thereof is able to entrain a joining element or functional element from the presentation region and slide said joining element or functional element into the guide line, - wherein at least two positioning strips (15, 16) which run along the guide line and which are configured for positioning the joining element or the functional element during the sliding movement through the guide line are present, wherein the at least two positioning strips (15, 16) from the guide line reach into the presentation region such that the positioning strips (15, 16) are present so as to be laterally beside a joining element or functional element which is located in the presentation position, wherein the at least two positioning strips (15, 16) in the presentation region are pivotable about a pivot axis (D1, D2),
Method for producing an electrode, comprising the steps of: - providing an electrode base material, - arranging a precious metal element (5; 50) on the electrode base material and - welding the precious metal element (5; 50) onto the electrode base material, characterized in that a weld seam with a ratio of a maximum extent of the weld seam perpendicular to an electrode surface to a maximum width of the weld seam at the surface of the electrode satisfies the equation T/B ≥ 3, the welding being performed by means of a fibre laser. - providing an electrode base material, - arranging a precious metal element (5; 50) on the electrode base material and - welding the precious metal element (5; 50) onto the electrode base material, characterized in that a weld seam with a ratio of a maximum extent of the weld seam perpendicular to an electrode surface to a maximum width of the weld seam at the surface of the electrode satisfies the equation T/B ≥ 3, the welding being performed by means of a fibre laser.
A hydrogenation catalyst for hydrogenation of an aromatic nitro compound which consists essentially of: copper, calcium silicate, and alkali metal, wherein the content of the copper is from 20 to 60 wt%, based on the entire amount of the hydrogenation catalyst, the content of alkali metal is from 0.22 to 2.5 wt%, based on the entire amount of the hydrogenation catalyst, the surface area of the calcium silicate is at least 100 m 2 /g, and in the calcium silicate, the molar ratio of calcium oxide (CaO) to silicon oxide (SiO 2) is from 0.1 to 0.7. copper, calcium silicate, and alkali metal,
A low-power consumption standby circuit device, comprising a primary power supply, a secondary power supply, a first control switch and a control circuit module; wherein: an input terminal of the primary power supply is electrically connectable with an external power supply via the first control switch, and an output terminal of the primary power supply is electrically connectable with external loads to power the external loads; an input terminal of the secondary power supply is directly and electrically connectable with the external power supply, and an output terminal of the secondary power supply is electrically connected with the control circuit module; the control circuit module comprises an MCU module and a signal receiving circuit, and the MCU module is configured to control on-off of the first control switch; characterized in that: the primary power supply and the secondary power supply are both switching power supplies; the primary power supply has a multiplexed output, and the secondary power supply has a single output or a multiplexed output, wherein the single output means outputting only one kind of output voltage, and the multiplexed output means outputting several kinds of output voltages. an input terminal of the primary power supply is electrically connectable with an external power supply via the first control switch, and an output terminal of the primary power supply is electrically connectable with external loads to power the external loads; an input terminal of the secondary power supply is directly and electrically connectable with the external power supply, and an output terminal of the secondary power supply is electrically connected with the control circuit module; the control circuit module comprises an MCU module and a signal receiving circuit, and the MCU module is configured to control on-off of the first control switch; characterized in that: the primary power supply and the secondary power supply are both switching power supplies; the primary power supply has a multiplexed output, and the secondary power supply has a single output or a multiplexed output, wherein the single output means outputting only one kind of output voltage, and the multiplexed output means outputting several kinds of output voltages.
A computer-implemented method for de-blending seismic data associated with a subsurface of the earth, the method comprising: receiving initial seismic traces recorded by plural sources; de-blending, in a processor, the initial seismic traces to generate de-blended seismic traces (818, 820); and generating an image of the subsurface based on the de-blended seismic traces (818, 820), wherein the initial seismic traces include uncontaminated portions corresponding to time intervals substantially free from cross-talk from other sources, and the uncontaminated portions are interpolated, and said interpolated uncontaminated portions are subtracted from other initial seismic traces to remove cross-talk noise on said other initial seismic traces. receiving initial seismic traces recorded by plural sources; de-blending, in a processor, the initial seismic traces to generate de-blended seismic traces (818, 820); and generating an image of the subsurface based on the de-blended seismic traces (818, 820), wherein the initial seismic traces include uncontaminated portions corresponding to time intervals substantially free from cross-talk from other sources, and the uncontaminated portions are interpolated, and said interpolated uncontaminated portions are subtracted from other initial seismic traces to remove cross-talk noise on said other initial seismic traces.