mhurhangee/ep-ind-claims huggingface dataset:
Tire health sensor assembly for arrangement in a vehicle tire formed by a housing arranged for accommodating a magnet assembly formed by at least one magnet, a sensor module including at least one tire pressure sensor, power means in the form of at least one battery or capacitor and/or energy harvester, and a communication module, characterized In that the magnet assembly and sensor module are arranged at lower part of the housing providing the housing, and accordingly the tire health sensor assembly, with a centre of gravity at lower part of the housing which together with magnetic force of the magnet assembly are arranged to self-align/correct the tire health sensor assembly in relation to an inner circumferential surface of the tire, and attachment to a metal cord of the tire or metal wheel of the tire.
A first Institute of Electrical and Electronics Engineers, IEEE, 802.11 station, STA, (102; 110, 120) for exchanging antenna capability information, the first IEEE 802.11 STA (102; 110, 120) comprising: a transmitter configured to transmit a probe request frame that contains a first antenna capability information element that indicates a plurality of antenna capabilities of the first IEEE 802.11 STA (102; 110, 120); and a receiver configured to receive a probe response frame that contains a second antenna capability information element that indicates a plurality of antenna capabilities of a second IEEE 802.11 STA (102; 110, 120). a transmitter configured to transmit a probe request frame that contains a first antenna capability information element that indicates a plurality of antenna capabilities of the first IEEE 802.11 STA (102; 110, 120); and a receiver configured to receive a probe response frame that contains a second antenna capability information element that indicates a plurality of antenna capabilities of a second IEEE 802.11 STA (102; 110, 120).
A method for transmission of reference signals, the method being performed by a terminal device, the terminal device comprising at least two physical antenna ports, wherein each physical antenna port is fed by its own power amplifier, the method comprising: transmitting, in only the physical antenna port being fed by the power amplifier configured for highest total output power of all the power amplifiers, as many uplink reference signals as there are physical antenna ports in total.
An endoscope comprising a handle at the proximal end, an insertion cord connected to the handle, and a tip part at the distal end of the insertion cord, said tip part comprising an optical assembly accommodating a lens stack, said lens stack comprising a number of lenses and a number of spacers arranged in fixed relationship with each other in an axial direction to transmit incident light onto an image sensor, said lens stack comprising a first abutment surface and a second abutment surface arranged at a distance from said first abutment surface in said axial direction, wherein said optical assembly comprises a two-part lens barrel, said two-part lens barrel comprising first lens barrel part and a second lens barrel part, said first lens barrel part comprising an essentially tubular body having an inner through passage with an inwardly extending ledge adapted to engage said lens stack and being surrounded by a first circumferential wall part having a circumference adapted to receive and support said lens stack and having a first predetermined height above said inwardly extending ledge in said axial direction, and said second lens barrel part comprising an inner through passage adapted to engage said lens stack and being surrounded by a second circumferential wall part having a circumference adapted to receive said first circumferential wall part and having a second predetermined height above said inwardly extending ledge in said axial direction, wherein said distance is longer than said predetermined height of said first circumferential wall part so that each of said inwardly extending ledges abut one of either first or second abutment surfaces, and wherein the image sensor is accommodated at least partially in said second lens barrel part. wherein said optical assembly comprises a two-part lens barrel, said two-part lens barrel comprising first lens barrel part and a second lens barrel part, said first lens barrel part comprising an essentially tubular body having an inner through passage with an inwardly extending ledge adapted to engage said lens stack and being surrounded by a first circumferential wall part having a circumference adapted to receive and support said lens stack and having a first predetermined height above said inwardly extending ledge in said axial direction, and said second lens barrel part comprising an inner through passage adapted to engage said lens stack and being surrounded by a second circumferential wall part having a circumference adapted to receive said first circumferential wall part and having a second predetermined height above said inwardly extending ledge in said axial direction, wherein said distance is longer than said predetermined height of said first circumferential wall part so that each of said inwardly extending ledges abut one of either first or second abutment surfaces, and wherein the image sensor is accommodated at least partially in said second lens barrel part.
A method of scheduling receipt of content at a mobile device, the method comprising: receiving a user selection of a scheduled program to be received at the mobile device; determining a battery charge threshold based on a duration of the scheduled program and a processing complexity of the scheduled program; determining a battery charge of the mobile device at a starting time of the scheduled program; and generating a battery alert notification prior to receiving the scheduled program in response to determining that the battery charge of the mobile device does not satisfy the battery charge threshold. receiving a user selection of a scheduled program to be received at the mobile device; determining a battery charge threshold based on a duration of the scheduled program and a processing complexity of the scheduled program; determining a battery charge of the mobile device at a starting time of the scheduled program; and generating a battery alert notification prior to receiving the scheduled program in response to determining that the battery charge of the mobile device does not satisfy the battery charge threshold.
A method of identifying a candidate treatment for a subject in need of treatment of a condition that is marked by the presence of abnormal non-keratinocyte epithelial cells, the method comprising a) culturing abnormal NKE cells from said subject in the presence of feeder cells, a calcium-containing medium and at least one Rho kinase (ROCK) inhibitor, to produce a population of abnormal NKE cells in vitro, b) subjecting at least a portion of the abnormal cells to a treatment in vitro and determining a response profile of the at least a portion of the abnormal NKE cells to the treatment, and c) identifying a candidate treatment for the subject based on the determined response profile. a) culturing abnormal NKE cells from said subject in the presence of feeder cells, a calcium-containing medium and at least one Rho kinase (ROCK) inhibitor, to produce a population of abnormal NKE cells in vitro, b) subjecting at least a portion of the abnormal cells to a treatment in vitro and determining a response profile of the at least a portion of the abnormal NKE cells to the treatment, and c) identifying a candidate treatment for the subject based on the determined response profile.
A cleaning device including a fluid assembly arranged to produce a fluid beam, the fluid assembly including an enclosure with a fluid inlet port, an outlet orifice, a fluid flow path between the fluid inlet port and the outlet orifice, and a laser input port, and an optical assembly including: - a laser beam optic arrangement configured to direct a first laser beam through the laser input port and further through the outlet orifice and to focus the first laser beam inside the fluid beam; and - a sensing arrangement configured to emit a sensing signal, characterized in that the sensing arrangement is configured to emit the sensing signal through the laser input port and further trough the outlet orifice to receive a reflected signal of the sensing signal reflected by the fluid beam, and to determine length data of the fluid beam based on the reflected signal, wherein the optical assembly is arranged to regulate the laser beam optic arrangement based on the determined length data in order to control the focus of the first laser beam. - a laser beam optic arrangement configured to direct a first laser beam through the laser input port and further through the outlet orifice and to focus the first laser beam inside the fluid beam; and - a sensing arrangement configured to emit a sensing signal,
An emissive layer comprising a phosphorescent material and a compound having a repeat unit, the repeat unit containing a triphenylene moiety, the triphenylene moiety having the formula: (i) or wherein n ≥ 5; or (ii) wherein n ≥ 5 and R 1, R 2, R 3 and R' is each independently selected from the group consisting of, H, aryl, substituted aryl, alkyl, heteroalkyl, alkenyl, and alkynyl. (i) or wherein n ≥ 5; or (ii) wherein n ≥ 5 and R 1, R 2, R 3 and R' is each independently selected from the group consisting of, H, aryl, substituted aryl, alkyl, heteroalkyl, alkenyl, and alkynyl.
A method for wirelessly requesting data from a passive element, operating on the delay line principle, in particular from such a surface acoustic wave component, wherein a first high-frequency signal of a first frequency is sent to the element and the element to emit a response signal is excited, wherein the response signal is received and mixed in a mixer with a reference signal, whereby a data signal is generated, which is evaluated for extracting data, characterised in that a second high-frequency signal, generated as the first high-frequency signal from the same frequency reference, is used as a reference signal, with a second frequency deviating from the first frequency, that a control signal is generated by mixing the first high-frequency signal with the reference signal, that the data signal is analogically band-pass filtered, that the filtered data signal and the control signal are each converted into a digital data signal and a digital control signal is converted, that the digital control signal and the digital data signal are each digitally band-pass filtered, that the digital data signal and the digital control signal are correlated to a result signal in a digital signal processing in such a way that a digital coherence between the digital data signal and the digital control signal is achieved, and that the raw data containing the data is obtained from the result signal.
A container comprising: a base wall; a pair of side walls and a pair of end walls extending upward from the base wall, the walls nestable within side walls and end walls of an identical container; a support having a support bar movable between a nesting position where the support bar is outward of the base wall to permit nesting and a stack position over the base wall to permit stacking, wherein the support includes a projecting portion; wherein the projecting portion is supported on one of the side walls inward of the support bar relative to the adjacent end wall when the support is in the stack position, characterised in that: the support bar is supported on a support surface of the side wall when the support is in the stack position. a base wall; a pair of side walls and a pair of end walls extending upward from the base wall, the walls nestable within side walls and end walls of an identical container; a support having a support bar movable between a nesting position where the support bar is outward of the base wall to permit nesting and a stack position over the base wall to permit stacking, wherein the support includes a projecting portion; wherein the projecting portion is supported on one of the side walls inward of the support bar relative to the adjacent end wall when the support is in the stack position, characterised in that: the support bar is supported on a support surface of the side wall when the support is in the stack position.
A method for assigning electrical signals in a network for electrical signals in a system, for ensuring safe functioning of the system with the network when one or more new signal sources are connected to the existing network, wherein at least the steps are performed (i) generating first signals from data sources (10, 30) of the network as reference signals; (ii) generating second signals from the data sources (10, 30) of the network; (iii) assigning at least one of the second signals by comparing it to at least one of the first signals and/or by comparing the at least one of the second signals with differences in the second signals in data traces (12, 13) for the second signal based on at least two known, different network states; (iv) if a number (U n) of unassigned second signals is equal to zero after assigning, terminating assigning of the second signals; (v) as long as the number (U n) of unassigned second signals is greater than zero after assigning generating of further first signals and second signals with modified known different network states and/or output conditions of the network and assigning by comparing at least one of the further second signals with at least one of the further first signals and/or by comparing the at least one of the further second signals with differences of the further second signals in data traces (12, 13) for the second signal based on at least two known different network states, wherein for comparison with at least one of the first signals virtual signals are generated from a combination of first signals which are used for comparison with unassigned second signals. (i) generating first signals from data sources (10, 30) of the network as reference signals; (ii) generating second signals from the data sources (10, 30) of the network; (iii) assigning at least one of the second signals by comparing it to at least one of the first signals and/or by comparing the at least one of the second signals with differences in the second signals in data traces (12, 13) for the second signal based on at least two known, different network states; (iv) if a number (U n) of unassigned second signals is equal to zero after assigning, terminating assigning of the second signals; (v) as long as the number (U n) of unassigned second signals is greater than zero after assigning
Method for operating a supply system, in particular a consumption meter system, for improving the transfer reliability when a first trigger event occurs, wherein the supply system comprises a measuring unit, in particular a consumption meter, and a central unit, wherein information for operating the supply system is transferred via a communication network by radio between the central unit and the measuring unit, the information is transmitted repeatedly at specific time intervals by the central unit and/or the measuring unit, the measuring unit or the central unit receives the information and then generates a receipt confirmation, which it transmits to the central unit or the measuring unit respectively, wherein the central unit or the measuring unit, after transmitting the information, opens a receive window of a certain time length for receiving the receipt confirmation, as a result of the first trigger event occurring, the time intervals between the repeat transmissions of the information are shortened, and/or an additional receive window for receiving the receipt confirmation is opened, as a result of a second trigger event occurring, the time intervals (ZA') between the repeat transmissions are lengthened, and/or no additional receive windows are opened, and the transmit power for transmitting the information is increased as a result of the first trigger event occurring, and decreased again as a result of the second trigger event occurring. a measuring unit, in particular a consumption meter, and a central unit, wherein information for operating the supply system is transferred via a communication network by radio between the central unit and the measuring unit, the information is transmitted repeatedly at specific time intervals by the central unit and/or the measuring unit, the measuring unit or the central unit receives the information and then generates a receipt confirmation, which it transmits to the central unit or the measuring unit respectively, wherein the central unit or the measuring unit, after transmitting the information, opens a receive window of a certain time length for receiving the receipt confirmation, as a result of the first trigger event occurring, the time intervals between the repeat transmissions of the information are shortened, and/or an additional receive window for receiving the receipt confirmation is opened, as a result of a second trigger event occurring, the time intervals (ZA') between the repeat transmissions are lengthened, and/or no additional receive windows are opened, and the transmit power for transmitting the information is increased as a result of the first trigger event occurring, and decreased again as a result of the second trigger event occurring.
A brass alloy comprising Cu, Zn, 0 through 0.25 % by weight Pb and 0.04 through 0.1 % by weight Al 2 O 3, wherein Al 2 O 3 is present in the alloy in the form of ceramic nanoparticles.
A foamable oil-in-water emulsified oil and fat composition comprising an oil phase containing an oil and fat component (a), the oil and fat component (a) at least containing an S2U triglyceride (a 1) having two "saturated fatty acid residues with a carbon number of 16 or more and 22 or less" and one "unsaturated fatty acid residue with a carbon number of 16 or more and 22 or less", an SU2 triglyceride (a 2) having one "saturated fatty acid residue with a carbon number of 16 or more and 22 or less" and two "unsaturated fatty acid residues with a carbon number of 16 or more and 22 or less", and a trisaturated triglyceride (a 3) having three saturated fatty acid residues, the triglyceride (a 1) being composed of an SSU triglyceride having the saturated fatty acid residues at the 1- and 2-positions or the 2- and 3-positions and of an SUS triglyceride having the saturated fatty acid residues at the 1- and 3-positions, the mass ratio of the SSU triglyceride to the SUS triglyceride being 1.0 or more, the triglyceride (a 3) including an SSS triglyceride (a 3 ') having three "saturated fatty acid residues with a carbon number of 16 or more and 22 or less", the oil and fat component (a) containing the triglyceride (a 1) in a mass ratio of 7% by mass or more and 55% by mass or less, the oil and fat component (a) containing the triglyceride (a 3) and the triglyceride (a 1) in a total mass ratio of 25% by mass or more and 80% by mass or less, the oil and fat component (a) containing the triglyceride (a 3 ') in a mass ratio of 0.5% by mass or more and 5% by mass or less, the mass ratio of the triglyceride (a 1) to the triglyceride (a 2) being 0.8 or more and 2.2 or less, the mass ratio of the triglyceride (a 1) to the triglyceride (a 3 ') being 3.8 or more, the mass ratio of a palmitic acid residue to all the "saturated fatty acid residues with a carbon number of 16 or more and 22 or less" being 0.45 or more in the oil and fat component (a), the oil and fat component (a) containing a solid fat in a mass ratio of 40% by mass or more at 10°C, 5% by mass or less at 35°C, and 1% by mass or less at 40°C.
Stripping tool having a closing stroke which a) comprises a cutting stroke part during which a closing movement of at least one stripping blade (25, 26) in a direction transverse to a longitudinal axis of an accommodation for a cable which is to be stripped into a closed position is provided, b) comprises a stripping stroke part during which the at least one stripping blade (25, 26) is moved in the closed position parallel to the longitudinal axis of the accommodation for the cable which is to be stripped, characterised in that c) the closing stroke comprises an empty stroke part which follows to the stripping stroke part and during which the at least one stripping blade (25, 26) is moved in an open position at least with a component of the movement having an orientation parallel to the longitudinal axis of the accommodation for the cable which is to be stripped, d) a transition (59, 61) from the stripping stroke part to the empty stroke part is adjustable. a) comprises a cutting stroke part during which a closing movement of at least one stripping blade (25, 26) in a direction transverse to a longitudinal axis of an accommodation for a cable which is to be stripped into a closed position is provided, b) comprises a stripping stroke part during which the at least one stripping blade (25, 26) is moved in the closed position parallel to the longitudinal axis of the accommodation for the cable which is to be stripped, characterised in that c) the closing stroke comprises an empty stroke part which follows to the stripping stroke part and during which the at least one stripping blade (25, 26) is moved in an open position at least with a component of the movement having an orientation parallel to the longitudinal axis of the accommodation for the cable which is to be stripped, d) a transition (59, 61) from the stripping stroke part to the empty stroke part is adjustable.
A fueling safety system for a vehicle of the type using compressed natural gas fuel wherein the vehicle has a tank fill adapter coupled to a high pressure compressed natural gas tank, a fill access cap, and an isolation valve, comprising: a first sensor configured to be attached to the tank fill adapter and operable to detect the presence of a natural gas fill hose; a second sensor configured to be attached to the fill access cap and operable to detect if the fill access cap is open or closed; characterised in that the system further comprises: a third sensor configured to be attached to the isolation valve and operable to sense if the isolation valve is open or closed; a logic circuit electrically coupled to the first sensor, the second sensor and the third sensor that combines outputs from the first sensor, the second sensor and the third sensor to produce a safe electrical signal when the fill hose is not in proximity to the tank fill adapter, the fill access cap is closed, and the isolation valve is closed, and a lockout circuit that is operable to disable the vehicle when the safe electrical signal is absent. a first sensor configured to be attached to the tank fill adapter and operable to detect the presence of a natural gas fill hose; a second sensor configured to be attached to the fill access cap and operable to detect if the fill access cap is open or closed; characterised in that the system further comprises: a third sensor configured to be attached to the isolation valve and operable to sense if the isolation valve is open or closed; a logic circuit electrically coupled to the first sensor, the second sensor and the third sensor that combines outputs from the first sensor, the second sensor and the third sensor to produce a safe electrical signal when the fill hose is not in proximity to the tank fill adapter, the fill access cap is closed, and the isolation valve is closed, and a lockout circuit that is operable to disable the vehicle when the safe electrical signal is absent. a third sensor configured to be attached to the isolation valve and operable to sense if the isolation valve is open or closed; a logic circuit electrically coupled to the first sensor, the second sensor and the third sensor that combines outputs from the first sensor, the second sensor and the third sensor to produce a safe electrical signal when the fill hose is not in proximity to the tank fill adapter, the fill access cap is closed, and the isolation valve is closed, and a lockout circuit that is operable to disable the vehicle when the safe electrical signal is absent.