mhurhangee/patent-ind-claim-en huggingface dataset:
A control device comprising: a collecting module configured to cause at least a subset of one or more process values available in the control device to be stored in a time-series manner every predetermined control cycle; a condition monitoring module configured to determine, every control cycle, whether one or more predetermined event conditions are satisfied in relation to at least the subset of the one or more process values and to cause, when any of the one or more predetermined event conditions is satisfied, a chapter associated with the satisfied event condition to be stored in correspondence with time information that specifies the control cycle; and an extracting module configured to determine, in accordance with an extraction condition defined to include at least one of one or more chapters, a target section with the time information in correspondence with the chapter included in the extraction condition being defined as a reference, and to extract time-series data of the stored process values included in the determined target section, the control device being characterized in that : the extraction condition includes designation of one or more chapters and designation of a range for specifying a start position and/or an end position of the target section with the time information in correspondence with the one or more chapters being defined as the reference. a collecting module configured to cause at least a subset of one or more process values available in the control device to be stored in a time-series manner every predetermined control cycle; a condition monitoring module configured to determine, every control cycle, whether one or more predetermined event conditions are satisfied in relation to at least the subset of the one or more process values and to cause, when any of the one or more predetermined event conditions is satisfied, a chapter associated with the satisfied event condition to be stored in correspondence with time information that specifies the control cycle; and an extracting module configured to determine, in accordance with an extraction condition defined to include at least one of one or more chapters, a target section with the time information in correspondence with the chapter included in the extraction condition being defined as a reference, and to extract time-series data of the stored process values included in the determined target section, the control device being characterized in that : the extraction condition includes designation of one or more chapters and designation of a range for specifying a start position and/or an end position of the target section with the time information in correspondence with the one or more chapters being defined as the reference.
A solid lip cosmetic, comprising: (a) 25 to 45% by mass of hydrogenated polyisobutene; (b) 20 to 70% by mass of one or more methyl phenyl silicones that separate at 25 °C when mixed with (a); (c) 1 to 20% by mass of neopentyl glycol dicaprate, as the compatibility modifier, which modifies the compatibility of component (a) and component (b), and (d) 3 to 12% by mass of wax. (a) 25 to 45% by mass of hydrogenated polyisobutene; (b) 20 to 70% by mass of one or more methyl phenyl silicones that separate at 25 °C when mixed with (a); (c) 1 to 20% by mass of neopentyl glycol dicaprate, as the compatibility modifier, which modifies the compatibility of component (a) and component (b), and (d) 3 to 12% by mass of wax.
Receiver for a system for measurement of the attenuation of electromagnetic shielding of an infrastructure as a function of the frequency, characterised it that it is capable of receiving a signal transmitted by a transmitter of a white noise signal (SE) with constant power over a frequency band between a minimum frequency and a maximum frequency, the transmitter and the receiver being capable of transmitting and receiving a signal on opposite sides of the infrastructure, And characterised in that it comprises A filter module capable of applying a sliding filter on the received signal (SR) between the minimum frequency and the maximum frequency, A double synchronous detection module capable of double synchronous detection on a signal output by the filter module, and A module for determination of the shielding attenuation as a function of the results output by the double synchronous detection module determined following signal transmission and reception in the absence of the infrastructure and then on each side of the infrastructure.
A method comprising: receiving at a user equipment an uplink grant for transmitting first uplink data from the user equipment at a first time (T0+K2), wherein the uplink grant is a configured grant; and building, by the user equipment, a transport block for transmitting the first uplink data at the first time (T0+K2), wherein the building of the transport block is started not earlier than the first time (T0+K2) minus a processing time (N2) for preparing the transport block at the user equipment , wherein a buffer status report included in the transport block reflects a latest status in buffer status reporting, or wherein a power headroom report included in the transport block reflects a latest status in power headroom reporting. receiving at a user equipment an uplink grant for transmitting first uplink data from the user equipment at a first time (T0+K2), wherein the uplink grant is a configured grant; and building, by the user equipment, a transport block for transmitting the first uplink data at the first time (T0+K2), wherein the building of the transport block is started not earlier than the first time (T0+K2) minus a processing time (N2) for preparing the transport block at the user equipment , wherein a buffer status report included in the transport block reflects a latest status in buffer status reporting, or wherein a power headroom report included in the transport block reflects a latest status in power headroom reporting.
A framing method in a passive optical network, PON, comprising: generating (S301) a first gigabit-capable PON transmission convergence, GTC, frame and a second GTC frame separately, wherein a downstream rate of the first GTC frame is different from a downstream rate of the second GTC frame, the downstream rate of the second GTC frame is 1/N of the downstream rate of the first GTC frame, and N is an integer greater than 1; characterised in that the method comprises: performing (S302) bit mapping on the second GTC frame to generate a third GTC frame, wherein the bit mapping refers to identifying each bit of the second GTC frame by using N bits; inserting a pseudo gigabit-capable passive optical network encapsulation method, GEM, frame header into the third GTC frame; and sending (S303) the first GTC frame and the third GTC frame to an optical network unit, ONU generating (S301) a first gigabit-capable PON transmission convergence, GTC, frame and a second GTC frame separately, wherein a downstream rate of the first GTC frame is different from a downstream rate of the second GTC frame, the downstream rate of the second GTC frame is 1/N of the downstream rate of the first GTC frame, and N is an integer greater than 1; characterised in that the method comprises: performing (S302) bit mapping on the second GTC frame to generate a third GTC frame, wherein the bit mapping refers to identifying each bit of the second GTC frame by using N bits; inserting a pseudo gigabit-capable passive optical network encapsulation method, GEM, frame header into the third GTC frame; and sending (S303) the first GTC frame and the third GTC frame to an optical network unit, ONU performing (S302) bit mapping on the second GTC frame to generate a third GTC frame, wherein the bit mapping refers to identifying each bit of the second GTC frame by using N bits; inserting a pseudo gigabit-capable passive optical network encapsulation method, GEM, frame header into the third GTC frame; and sending (S303) the first GTC frame and the third GTC frame to an optical network unit, ONU
A negative electrode active material, comprising a first silicon oxide and a second silicon oxide; a ratio of a particle diameter Dn10 of the first silicon oxide to a particle diameter Dn10 of the second silicon oxide is 8~25; the particle diameter Dn10 of the first silicon oxide is 1.0μm~5.0μm and the particle diameter Dn10 of the second silicon oxide is 0.05μm~0.50μm; wherein, Dn10 represents a particle diameter corresponding to the cumulative quantity percentage reaching 10%, measured by laser diffraction. a ratio of a particle diameter Dn10 of the first silicon oxide to a particle diameter Dn10 of the second silicon oxide is 8~25; the particle diameter Dn10 of the first silicon oxide is 1.0μm~5.0μm and the particle diameter Dn10 of the second silicon oxide is 0.05μm~0.50μm; wherein, Dn10 represents a particle diameter corresponding to the cumulative quantity percentage reaching 10%, measured by laser diffraction.
A food formulation characterised in that it comprises fresh microalgae in the form of paste of the species Chlorella vulgaris in a proportion comprised between 14% and 19% of the total weight of the formulation and with an average degree of moisture at room temperature of between 81% and 86%, both inclusive, and in that the microalgae of the species Chlorella vulgaris are of the strain Chlorella vulgaris fo. tertia with deposit number CCAP 211/11D.
Seating furniture comprising a seat part adjustable in inclination, a back part , a chassis and an at least two-part leg rest pivotably connected to the seat part and/or to the chassis , - wherein the parts of the leg rest can be displaced with respect to one another during the pivoting, - wherein the seating furniture is adjustable between a sitting and a lying position, - for which purpose the leg rest is pivoted in substantially below the seat part in the sitting position and is pivoted out in front of the seat part in the lying position in such a way that the seat part is extended by the leg rest , - part of the leg rest being formed by a telescopic leg rest element which is pulled in when the leg rest is pivoted in and pulled out to increase the length of the leg rest when the leg rest is pivoted out, - wherein at least one linear actuator for adjusting the seat part and the leg rest is provided, the linear actuator when actuated generating a linear stroke consisting of at least a first and a second sub-stroke, - wherein with a first sub-stroke the linear actuator brings about displacement of the seat part relative to the chassis and simultaneous inclination adjustment of the seat part , the leg rest not pivoting out or in relative to the seat part during this first sub-stroke of the linear actuator , - wherein with a second sub-stroke the linear actuator brings about outward or inward pivoting of the leg support relative to the seat part and simultaneous displacement of the telescopic leg rest element . - wherein the parts of the leg rest can be displaced with respect to one another during the pivoting, - wherein the seating furniture is adjustable between a sitting and a lying position, - for which purpose the leg rest is pivoted in substantially below the seat part in the sitting position and is pivoted out in front of the seat part in the lying position in such a way that the seat part is extended by the leg rest , - part of the leg rest being formed by a telescopic leg rest element which is pulled in when the leg rest is pivoted in and pulled out to increase the length of the leg rest when the leg rest is pivoted out, - wherein at least one linear actuator for adjusting the seat part and the leg rest is provided, the linear actuator when actuated generating a linear stroke consisting of at least a first and a second sub-stroke, - wherein with a first sub-stroke the linear actuator brings about displacement of the seat part relative to the chassis and simultaneous inclination adjustment of the seat part , the leg rest not pivoting out or in relative to the seat part during this first sub-stroke of the linear actuator , - wherein with a second sub-stroke the linear actuator brings about outward or inward pivoting of the leg support relative to the seat part and simultaneous displacement of the telescopic leg rest element .
An apparatus for a single-track or multitrack provision of web-like interleaved sheet material at a cutting region in which products supplied on one track or on multiple tracks are cut into slices and interleaved sheets are introduced which are cut off from the provided interleaved sheet material in the cutting region, said apparatus comprising a material store; and a removal device which is configured for a removal of the material web from the material store, wherein a loop store in which the material web forms a loop is provided for the material web , characterized in that the loop store comprises a brake for the material web .
A computer-implemented method for distributed data storage in a blockchain network , the method comprising: receiving a request to store a data item in the blockchain network; in response to receiving the request: dividing the data item into a plurality of data partitions; assigning each data partition to a different node in the blockchain network, wherein each node stores the assigned data partition in a privately-maintained distributed hash table and the different nodes do not share the assigned data partition; and storing information associated with each data partition in a blockchain maintained by the blockchain network, the information including a storage location of each data partition. receiving a request to store a data item in the blockchain network; in response to receiving the request: dividing the data item into a plurality of data partitions; assigning each data partition to a different node in the blockchain network, wherein each node stores the assigned data partition in a privately-maintained distributed hash table and the different nodes do not share the assigned data partition; and storing information associated with each data partition in a blockchain maintained by the blockchain network, the information including a storage location of each data partition. dividing the data item into a plurality of data partitions; assigning each data partition to a different node in the blockchain network, wherein each node stores the assigned data partition in a privately-maintained distributed hash table and the different nodes do not share the assigned data partition; and storing information associated with each data partition in a blockchain maintained by the blockchain network, the information including a storage location of each data partition.
A method comprising: Forming , with an electron beam, a hologram of a sample and a fiducial; forming a reconstruction of the fiducial using a reconstruction algorithm; comparing the reconstruction of the fiducial to a reference reconstruction of the fiducial; and adjusting a reconstruction of the sample, characterized in that adjusting the reconstruction of the sample is based on the comparison of the reconstruction of the fiducial to the reference reconstruction of the fiducial, wherein the comparison provides difference information used to adjust the reconstruction of the sample. Forming , with an electron beam, a hologram of a sample and a fiducial; forming a reconstruction of the fiducial using a reconstruction algorithm; comparing the reconstruction of the fiducial to a reference reconstruction of the fiducial; and adjusting a reconstruction of the sample, characterized in that adjusting the reconstruction of the sample is based on the comparison of the reconstruction of the fiducial to the reference reconstruction of the fiducial, wherein the comparison provides difference information used to adjust the reconstruction of the sample.
Method for determining a soot loading of a particulate filter , which is arranged in an exhaust gas path of an internal combustion engine , which is operated with a predetermined fuel mass setpoint ( m_K setpoint ) and with an air mass corresponding to a predetermined boost pressure setpoint ( p_L setpoint ), wherein, in order to determine the soot loading in a transient operating situation, a soot entry into the particulate filter is determined by determining the soot entry for a corresponding steady state operating point and correcting it so that a deviation of the soot entry due to the transient operating situation is taken into account, characterised in that the deviation of the soot entry due to the transient operating situation is determined at least as a function of the predetermined boost pressure setpoint ( p_L setpoint ) and a measured boost pressure actual value ( p-L actual ) .
Method for adopting a proposed standard value in the control apparatus of a medical device, including the steps of: outputting a first parameter value characterizing the medical device, said first parameter value being a standard value, handwritten inputting of a second parameter value characterizing the device, wherein the input is implemented by way of a touch-sensitive area and the second parameter value characterizing the device is obtained by analysing the handwritten input by means of handwriting recognition software kept available in the medical device and translating the input into a numerical value by way of the handwriting recognition software, checking the second parameter value, the check comprising comparing the second parameter value characterizing the medical device to the first parameter value characterizing the medical device, prompting the control apparatus to adopt the output standard value for parameterizing a control program for controlling the medical device if the input second parameter value characterizing the device corresponds to the first parameter value characterizing the medical device. outputting a first parameter value characterizing the medical device, said first parameter value being a standard value, handwritten inputting of a second parameter value characterizing the device, wherein the input is implemented by way of a touch-sensitive area and the second parameter value characterizing the device is obtained by analysing the handwritten input by means of handwriting recognition software kept available in the medical device and translating the input into a numerical value by way of the handwriting recognition software, checking the second parameter value, the check comprising comparing the second parameter value characterizing the medical device to the first parameter value characterizing the medical device, prompting the control apparatus to adopt the output standard value for parameterizing a control program for controlling the medical device if the input second parameter value characterizing the device corresponds to the first parameter value characterizing the medical device.
Boot for a constant velocity joint made of a polymer composition comprising a thermoplastic polyester elastomer, characterized in that the polymer composition comprises a first wax having a weight loss of more than 0.6 wt.%, and comprising a second wax having a weight loss of less than 0.4 wt.% after 2500 hours, measured according to described method, wherein the thermoplastic polyester elastomer comprises polyester hard segments and soft segments derived from another polymer.
A method of detecting the presence of an Aspergillus fumigatus infection in a subject or culture, the method comprising: determining the presence of one, two or three e.g., all, of the volatile organic compounds (VOCs) selected from the group consisting of α-trans-bergamotene, β-trans-bergamotene and trans-geranylacetone in a sample comprising breath of a subject or headspace from a culture suspected of comprising Aspergillus isolated from a subject, or obtaining a sample from the culture, e.g., gas from the headspace of the culture, and detecting the presence of an A. fumigatus infection based on the presence of one, two or three e.g., all, of α-trans-bergamotene, β-trans-bergamotene, and trans-geranylacetone.
Light strip comprising: a flexible printed circuit contained by a profile , provided with a series of supports located in sequence with respect to each other which accommodate one or more light sources and a cover , said supports are reciprocally distanced by means of interruptions and electrically connected by means of a plurality of fins positioned at the side of said circuit , in which said flexible printed circuit develops along a longitudinal axis of symmetry (Y), in which said fins extend on both sides of said circuit and are made in one piece with said supports , and in which the fins located on one side of said circuit mirror the fins located on the opposite side of said circuit .
A composite material, comprising: a metal foam and a polymer component, wherein the metal foam is in the form of a film and has a thickness of 10 μm or more and 500 μm or less, wherein the polymer component is present on the surface of the metal foam or in the interior of the metal foam, wherein the polymer component forms a surface layer on the surface of the metal foam, wherein the ratio (T/MT) of the total thickness(T) to the thickness (MT) of the metal foam is 2 or less, and wherein the thermal conductivity with respect to the thickness direction of the composite material according to the below Equation 1 is 2 W/mk or more: TC = A × B × C A is the thermal diffusivity of the composite material, B is specific heat of the composite material and C is a density of the composite material, wherein the thermal diffusivity is measured by laser flash method, specific heat is measured by differential scanning calorimeter DSC, and density is measured by Archimedes method. a metal foam and a polymer component, wherein the metal foam is in the form of a film and has a thickness of 10 μm or more and 500 μm or less, wherein the polymer component is present on the surface of the metal foam or in the interior of the metal foam, wherein the polymer component forms a surface layer on the surface of the metal foam, wherein the ratio (T/MT) of the total thickness(T) to the thickness (MT) of the metal foam is 2 or less, and wherein the thermal conductivity with respect to the thickness direction of the composite material according to the below Equation 1 is 2 W/mk or more: TC = A × B × C
A heat exchange system for exchanging heat with working fluid from an intravascular heat exchange catheter or an external heat exchange pad , comprising: a fluid cassette ; a working fluid circuit (14/20, L1/L3, 12/18, L2/L4) configured for circulating working fluid between the fluid cassette and the catheter or pad ; and a refrigerant circuit (14/20, 38, 40, 42; also 100, 102, 104, 106, 108) configured for circulating refrigerant between a compressor and sides of heat transfer plates between which the fluid cassette is disposable, a chamfer being formed in at least one of the heat transfer plates and configured to accommodate ballooning in the fluid cassette . a fluid cassette ; a working fluid circuit (14/20, L1/L3, 12/18, L2/L4) configured for circulating working fluid between the fluid cassette and the catheter or pad ; and a refrigerant circuit (14/20, 38, 40, 42; also 100, 102, 104, 106, 108) configured for circulating refrigerant between a compressor and sides of heat transfer plates between which the fluid cassette is disposable, a chamfer being formed in at least one of the heat transfer plates and configured to accommodate ballooning in the fluid cassette .
An exhaust gas purification catalyst having a composition comprising oxides of titanium (Ti), molybdenum (Mo) and/or tungsten (W), vanadium (V), and bismuth (Bi), wherein the atomic ratio of Ti : (Mo and/or W) : V is 75 to 98.9 : 1 to 15 : 0.1 to 10, and the atomic ratio of Bi/(Mo and/or W) is 0.1 to 0.8, wherein the catalyst further comprises phosphorous oxide and the content of the phosphorus oxide as P 2 O 5 in the composition is more than 0 and up to 20% by weight.