mhurhangee/ep-ind-claims huggingface dataset:
A method of communicating with two or more hosts (50, 50a-50b) the method comprising: transmitting a first communication from a first host to a meter electronics to request a fluid property measured by a first meter assembly via the meter electronics, the meter electronics being configured to receive and process a first sensor signal from the first meter assembly to compute the fluid property measured by the first meter assembly; and transmitting a second communication from a second host to the meter to request a fluid property measured by a second meter assembly via the meter electronics, the meter electronics being configured to receive and process a second sensor signal from the second meter assembly to compute the fluid property measured by the second meter assembly: wherein the first communication includes a first address associated with the first meter assembly and the second communication includes the second address associated with a second meter assembly transmitting a first communication from a first host to a meter electronics to request a fluid property measured by a first meter assembly via the meter electronics, the meter electronics being configured to receive and process a first sensor signal from the first meter assembly to compute the fluid property measured by the first meter assembly; and transmitting a second communication from a second host to the meter to request a fluid property measured by a second meter assembly via the meter electronics, the meter electronics being configured to receive and process a second sensor signal from the second meter assembly to compute the fluid property measured by the second meter assembly: wherein the first communication includes a first address associated with the first meter assembly and the second communication includes the second address associated with a second meter assembly
Household device (10; 110) with at least one ballast body (32, 32', 32", 32"'; 132), in which at least one ballast body is embodied at least partially as a rechargeable battery ballast body, wherein the household device has an oscillating system (14, 18, 20, 32, 32', 32"), characterised in that at least one rechargeable battery ballast body is provided on the oscillating system.
A printing device comprising a printing unit, an external lid with a printed paper presenting window, arranged above an internal route of printed paper and after the printing unit, so as a printed part of paper to be observable through the printed paper presenting window, a means for aligning of said printed part of the paper to said printed paper presenting window and a control unit characterized in that, the printing device further comprises a shutter controlled by the control unit and positioned under said printed paper presenting window, said shutter being designed so as to close and open said printed paper presenting window.
Apparatus for manufacture of at least two solar cell arrangements, comprising: a separation device configured for separating a first solar cell into two or more first solar cell pieces; and at least one positioning device configured for positioning at least one first solar cell piece of the two or more first solar cell pieces on a support device for forming a first solar cell arrangement of the at least two solar cell arrangements and for positioning at least one other first solar cell piece of the two or more first solar cell pieces on the support device for forming a second solar cell arrangement of the at least two solar cell arrangements, wherein the positioning device is configured for positioning the solar cell pieces provided by the separation device on the support device for a parallel assembling of the at least two solar cell arrangements. a separation device configured for separating a first solar cell into two or more first solar cell pieces; and at least one positioning device configured for positioning at least one first solar cell piece of the two or more first solar cell pieces on a support device for forming a first solar cell arrangement of the at least two solar cell arrangements and for positioning at least one other first solar cell piece of the two or more first solar cell pieces on the support device for forming a second solar cell arrangement of the at least two solar cell arrangements, wherein the positioning device is configured for positioning the solar cell pieces provided by the separation device on the support device for a parallel assembling of the at least two solar cell arrangements.
Heart rate monitor system, comprising: - an optical heart rate sensor, comprising: - at least one light source configured to generate light which is directed towards the skin of a user, and - at least one photo detector unit configured to detect light and output an output signal which is indicative of an absorption or reflection of the light from the at least one light source in or from the skin; - an analyzing unit configured to determine a heart rate of a user based on the output signal from the optical heart rate sensor; characterized in that - the analyzing unit further comprises: - a signal analyzer configured to analyze at least one of an AC component, a DC component and pulse morphology of the output signal; and - a warm-up detector unit configured to determine a warm-up status of the user according to a measure of blood perfusion determined from characteristics of the AC component, the DC component or the pulse morphology of the output signal. - an optical heart rate sensor, comprising: - at least one light source configured to generate light which is directed towards the skin of a user, and - at least one photo detector unit configured to detect light and output an output signal which is indicative of an absorption or reflection of the light from the at least one light source in or from the skin; - an analyzing unit configured to determine a heart rate of a user based on the output signal from the optical heart rate sensor; - the analyzing unit further comprises: - a signal analyzer configured to analyze at least one of an AC component, a DC component and pulse morphology of the output signal; and - a warm-up detector unit configured to determine a warm-up status of the user according to a measure of blood perfusion determined from characteristics of the AC component, the DC component or the pulse morphology of the output signal.
Hand held jacking/levelling-tool comprising: a jacking shaft and a frame moving relative to each other during jacking action, a caulking gun jacking mechanism providing the jacking action, wherein two outer legs (5, 7) fastened to one of the frame and the jacking shaft, one middle leg fastened to the other of the frame and the jacking shaft, and being positioned between the outer leg (5, 7), a foot (8, 9, 10) fastened at a right angle to each leg (5, 6, 7) and pointing in the same directions, wherein the jacking action causes the jacking shaft to move downward through the frame. a jacking shaft and a frame moving relative to each other during jacking action, a caulking gun jacking mechanism providing the jacking action, two outer legs (5, 7) fastened to one of the frame and the jacking shaft, one middle leg fastened to the other of the frame and the jacking shaft, and being positioned between the outer leg (5, 7), a foot (8, 9, 10) fastened at a right angle to each leg (5, 6, 7) and pointing in the same directions,
A fuel cell system for thermally coupled reforming with reformate preparation, including a fuel cell stack having an anode inlet, an anode outlet, a cathode inlet, and a cathode outlet, and reformer unit, which is thermally coupled to the fuel cell stack and is for steam reforming for preparing an anode liquid containing reformed fuel and which is connected upstream of the anode inlet, characterized in that, that the fuel cell stack and the reformer unit are coupled thermally in a way that the waste heat of the fuel cell stack passes to the reformer unit by means of thermal conduction, and is at least partly used to operate the reformer unit, and that at least one preparation unit (8, 49, 50) is provided, which is positioned between the reformer unit and the anode inlet in order to remove and/or reform unreformed fuel and/or substances that are harmful to the fuel cell stack from the anode liquid, wherein an operating temperature of the a fuel cell stack lies in the range between 140 °C and 230 °C.
Home appliance having a water cycle, in particular a dishwasher, a washing machine or a dryer, wherein a plasma generator for generating a cold atmospheric pressure plasma is integrated into the water cycle so that it can plasma activate the water circulating in the home appliance, characterized in that the plasma generator is provided with a chlorine source, so that it can generate active chlorine species having a bleaching activity in the water circulating in the home appliance.
A tire in which a groove is formed in a tread portion, wherein the groove has a groove bottom, at least one projection portion projecting in a tire radial direction is formed on the groove bottom, the projection portion has side surfaces extending outward in the tire radial direction from the groove bottom, and an outer surface which is contiguous with the side surfaces and which faces outward in the tire radial direction, and the projection portion has therein a thin groove portion opened in the outer surface, the tire is characterized by a hollow portion which is contiguous with an inner side in the tire radial direction of the thin groove portion and which has a larger width than the thin groove portion.
A metal-plastic composite, comprising a metal body; and a plastic body joined to the metal body via a dual-snap-fit structure, wherein the dual-snap-fit structure comprises: a micro-snap-fit structure disposed on the metal body; and a big-snap-fit structure formed by the micro-snap-fit structure and a surface of the metal body, characterized in that the micro-snap-fit structure is configured as a hook-structure formed by laser cladding a melt composition on the metal body. a micro-snap-fit structure disposed on the metal body; and a big-snap-fit structure formed by the micro-snap-fit structure and a surface of the metal body,
Door for a household refrigeration appliance with a door body, which has a front wall and a rear wall, wherein a volume space of the door body is delimited by the front wall and the rear wall, and with a decorative plate separate from the door body, which is arranged on the door body on the front side, wherein the decorative plate has a plate part with at least one border edge (15, 19, 29), and an edge protection element of the decorative plate, which is separate from the plate part, is arranged at the border edge (15, 19, 29), characterised in that the plate part has a planar base body, on which at least one border strip (11, 12, 13) is embodied, which is bent over and embodied in one piece therewith, wherein a border edge (15, 19, 29) is embodied on the border strip (11, 12, 13), and the edge protection element is fitted to the border strip (11, 12, 13).
Asymmetrical tread profile of a vehicle tyre - in particular a pneumatic car tyre - with at least two main drainage grooves (2, 3, 4), which run around over the circumference of the vehicle tyre in a circumferential direction and delimit profile elements from one another in the circumferential direction, wherein - as viewed in the tyre cross section - each main drainage groove (2, 3, 4) is bounded axially outwardly by two opposing groove flanks (5 1,2,3, 6 1,2,3) and is bounded axially inwardly by a groove base enclosed by the two groove flanks (5 1,2,3, 6 1,2,3), wherein the outer groove flanks (5 1,2,3), facing outside the vehicle in a state of the vehicle tyre in which it is fitted on the vehicle, form an angle α 1,2,3 with the radial direction (rR) running in the section of the groove flank (5 1,2,3) with the tread profile surface and wherein the inner groove flanks (6 1,2,3), facing inside the vehicle in a state of the vehicle tyre in which it is fitted on the vehicle, form an angle β 1,2,3 with the radial direction (rR) running in the section of the groove flank (6 1,2,3) with the tread profile surface, wherein the angles α 1,2,3 are greater than the angles β 1,2,3, wherein the angles β 1,2,3 of the inner groove flanks (6 1,2,3) of all the main drainage grooves (2, 3, 4) are of approximately the same size and are between 0° and 5°, characterized in that the angles α 1,2,3 of the outer groove flanks (5 1,2,3) decrease in size from the outermost main drainage groove, which is arranged on the outer side of the tread profile, to the innermost main drainage groove, which is arranged on the inner side of the tread profile.
An electronic cigarette, comprising: a seal cover; a housing; a silicone seal; a limit cover; a heating wire; a fixed seat fixing the heating wire; a fixed tube; a battery; a silicone sleeve; a plate comprising a pneumatic switch; a plug; characterised in that: the housing comprises a first part and a second part integrated with the first part; the first part comprises a curved airway filled with memory foam; the second part comprises a first cavity and a second cavity arranged side by side; the silicone seal, the limit cover, the heating wire, the fixed seat, and the fixed tube are disposed in the first cavity of the housing; the battery, the silicone sleeve, the plate, and the plug are disposed in the second cavity of the housing; the heating wire and the fixed tube are disposed on the fixed seat, and the heating wire comprises a pin embedded in the fixed tube; the silicone seal sleeves the limit cover; the limit cover comprises a groove; the heating wire comprises a head fixed in the groove; the limit cover is in threaded connection to the fixed seat; the pin of the heating wire extends to the plate; the silicone sleeve sleeves the plate, and the plate is fixed on the battery; and the plug is disposed on one end of the housing. a seal cover; a housing; a silicone seal; a limit cover; a heating wire; a fixed seat fixing the heating wire; a fixed tube; a battery; a silicone sleeve; a plate comprising a pneumatic switch; a plug; the housing comprises a first part and a second part integrated with the first part; the first part comprises a curved airway filled with memory foam; the second part comprises a first cavity and a second cavity arranged side by side; the silicone seal, the limit cover, the heating wire, the fixed seat, and the fixed tube are disposed in the first cavity of the housing; the battery, the silicone sleeve, the plate, and the plug are disposed in the second cavity of the housing; the heating wire and the fixed tube are disposed on the fixed seat, and the heating wire comprises a pin embedded in the fixed tube; the silicone seal sleeves the limit cover; the limit cover comprises a groove; the heating wire comprises a head fixed in the groove; the limit cover is in threaded connection to the fixed seat; the pin of the heating wire extends to the plate; the silicone sleeve sleeves the plate, and the plate is fixed on the battery; and the plug is disposed on one end of the housing.
A method of efficient bit use, the method comprising: obtaining a bitstream comprising a compressed vector of a V matrix, the V matrix comprising vectors representing orthogonal spatial axes in a spherical harmonics domain, wherein the vectors of the V matrix are generated by a singular value decomposition with respect to a plurality of spherical harmonic coefficients, and further obtaining from the bitstream an indicator for whether to reuse, from a previous frame, at least one syntax element indicative of information used when compressing the vector. obtaining a bitstream comprising a compressed vector of a V matrix, the V matrix comprising vectors representing orthogonal spatial axes in a spherical harmonics domain, wherein the vectors of the V matrix are generated by a singular value decomposition with respect to a plurality of spherical harmonic coefficients, and further obtaining from the bitstream an indicator for whether to reuse, from a previous frame, at least one syntax element indicative of information used when compressing the vector.
A laser annealing device comprising: a laser diode that emits a laser pulse when a pulse current is input; an optical system (13, 19, 20) that guides a laser beam emitted from the laser diode up to an annealing object; and characterized by that a driver that supplies a pulse current that has a time waveform of a top flat and a pulse width of 1 μs to 100 μs to the laser diode a laser diode that emits a laser pulse when a pulse current is input; an optical system (13, 19, 20) that guides a laser beam emitted from the laser diode up to an annealing object; and characterized by that a driver that supplies a pulse current that has a time waveform of a top flat and a pulse width of 1 μs to 100 μs to the laser diode
A device for treating at least one lock of hair, comprising: - at least one device for applying mechanical stress to the hair, having a reception surface intended to receive the lock of hair, - a microwave-proof chamber which comprises a housing configured so as to receive the mechanical-stress-application device and at least one part of the hair to be treated, - a helical microwave emission antenna placed inside the mechanical-stress-application device, the mechanical-stress-application device being a curler, the device comprising a casing carrying the antenna, and a drawer that is configured to slide along the longitudinal axis of the casing, the axis of the antenna being parallel to an axis of sliding of the drawer, the casing comprising an arc-shaped lug, engaged in a corresponding slide of the drawer, the internal surface of the housing being covered with a conductive coating, an exit slit for the hair being formed between the casing and the drawer, the coating being configured to come at rest, in the absence of hair, to block the slit, the device comprising an end plate closing the housing at its end opposite the casing. - at least one device for applying mechanical stress to the hair, having a reception surface intended to receive the lock of hair, - a microwave-proof chamber which comprises a housing configured so as to receive the mechanical-stress-application device and at least one part of the hair to be treated, - a helical microwave emission antenna placed inside the mechanical-stress-application device,
A method, performed by a network node, for making handover decisions, for a user equipment, UE, from a low-power base station, comprising: obtaining UE measurement values associated with a UE wherein the UE measurement values indicate radio link quality; characterized by: determining a mobility state of the UE based at least in part on a time duration associated with the obtained UE measurement values, wherein the determining further comprises determining whether the UE measurement values exhibit a gradient characteristic over the time duration and wherein the mobility state comprises either a high mobility state or a low mobility state; and adjusting one or more handover parameters based at least in part on the determined mobility state of the UE, wherein adjusting the one or more handover parameters comprises modifying the one or more handover parameters to reduce a delay in an occurrence of handover of the UE when the UE is classified as being in the high mobility state and modifying the one or more handover parameters to delay the occurrence of handover of the UE when the UE is classified as being in a low-mobility state. obtaining UE measurement values associated with a UE wherein the UE measurement values indicate radio link quality; determining a mobility state of the UE based at least in part on a time duration associated with the obtained UE measurement values, wherein the determining further comprises determining whether the UE measurement values exhibit a gradient characteristic over the time duration and wherein the mobility state comprises either a high mobility state or a low mobility state; and adjusting one or more handover parameters based at least in part on the determined mobility state of the UE, wherein adjusting the one or more handover parameters comprises modifying the one or more handover parameters to reduce a delay in an occurrence of handover of the UE when the UE is classified as being in the high mobility state and modifying the one or more handover parameters to delay the occurrence of handover of the UE when the UE is classified as being in a low-mobility state.
A method for transmitting a sounding reference signal, SRS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving configuration information related to transmission of the SRS; receiving downlink control information, DCI, which triggers transmission of the SRS; and transmitting the SRS, the SRS is based on at least one of a first SRS or a second SRS configured in a time resource region different from the first SRS, wherein the first SRS is configured in one or more symbols of a subframe, wherein the subframe in which the first SRS is configured includes at least one of a normal Uplink, UL, subframe or a special subframe, wherein the second SRS is configured in one or more symbols other than a last symbol of the normal UL subframe, characterized in that: wherein, based on the SRS being the second SRS, the normal UL subframe in which the second SRS is transmitted is determined based on a transmission periodicity and a transmission offset, and wherein the transmission periodicity and the transmission offset are determined based on a UE-specific configuration related to a transmission timing of the first SRS. receiving configuration information related to transmission of the SRS; receiving downlink control information, DCI, which triggers transmission of the SRS; and transmitting the SRS, the SRS is based on at least one of a first SRS or a second SRS configured in a time resource region different from the first SRS, wherein the first SRS is configured in one or more symbols of a subframe, wherein the subframe in which the first SRS is configured includes at least one of a normal Uplink, UL, subframe or a special subframe, wherein the second SRS is configured in one or more symbols other than a last symbol of the normal UL subframe, characterized in that: wherein, based on the SRS being the second SRS, the normal UL subframe in which the second SRS is transmitted is determined based on a transmission periodicity and a transmission offset, and wherein the transmission periodicity and the transmission offset are determined based on a UE-specific configuration related to a transmission timing of the first SRS. wherein, based on the SRS being the second SRS, the normal UL subframe in which the second SRS is transmitted is determined based on a transmission periodicity and a transmission offset, and wherein the transmission periodicity and the transmission offset are determined based on a UE-specific configuration related to a transmission timing of the first SRS.