mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a pseudonym associated with a communication device, the method being performed in a network node of a communications system and the method comprising: - generating a pseudonym embryo based on one or more elements of a sequence of values (S 1, S 2,..., S n), - obtaining the pseudonym as output of a masking operation applied to the pseudonym embryo, wherein the masking operation comprises a one-to-one one-way mapping, and - transmitting the pseudonym to the communication device. - generating a pseudonym embryo based on one or more elements of a sequence of values (S 1, S 2,..., S n), - obtaining the pseudonym as output of a masking operation applied to the pseudonym embryo, wherein the masking operation comprises a one-to-one one-way mapping, and - transmitting the pseudonym to the communication device.
A system for controlling the position of the doors of a moving cabin in a cable transport installation, the cabin comprising two doors (11, 12) and the control system comprising an electronic control unit, characterized in that the control system comprises: a detection target (13, 14) on each door (11, 12) and a fixed detection device (23, 24, 28), of the proximity detector type, having a field of action and emitting a detection signal when a target passes into the field of action, the detection device being connected to the electronic control unit and being placed so as to be able to emit a detection signal when the detection target (13, 14) of each door (11, 12) of the cabin passes into a control zone, and in that the control unit decides, according to the detection signal emitted when the detection target of each door (11, 12) of the cabin passes into the control zone, that the two doors (11, 12) of the cabin are correctly positioned, if a gap between the doors (11, 12) is less than a predetermined opening threshold.
A method of importing a first content file into a second content file, the method comprising: determining a usage rule of content included in the first content file based on information used to control remote access of the content included in the first content file; and generating the second content file that follows the determined usage rule; determining usage control information of the content included in the first content file according to whether remote access of the content is enabled; wherein the generating of the second content file comprises generating the second content file including the determined usage control information and the determined usage rule; characterised in that the usage control information is determined according to the usage control information included in the first content file which is used to control remote access over the Internet of the content; and wherein the usage control information included in the first content file indicates: a type of remote access over the Internet of the content among various types of remote access over the Internet of the content; and in response to the usage control information included in the first content file indicating that remote access over the Internet of the content is enabled after a period of time of specified length, determining the usage control information according to the period of time of specified length. determining a usage rule of content included in the first content file based on information used to control remote access of the content included in the first content file; and generating the second content file that follows the determined usage rule; determining usage control information of the content included in the first content file according to whether remote access of the content is enabled; wherein the generating of the second content file comprises generating the second content file including the determined usage control information and the determined usage rule; characterised in that the usage control information is determined according to the usage control information included in the first content file which is used to control remote access over the Internet of the content; and wherein the usage control information included in the first content file indicates: a type of remote access over the Internet of the content among various types of remote access over the Internet of the content; and in response to the usage control information included in the first content file indicating that remote access over the Internet of the content is enabled after a period of time of specified length, determining the usage control information according to the period of time of specified length.
A composite yarn comprising an electrically conductive yarn and an electrically resistive yarn, wherein said electrically conductive yarn is twisted to said electrically resistive yarn, and wherein the electrically conductive yarn is electrically insulated from the electrically resistive yarn, characterized in that the electrical resistance per unit of length of the electrically conductive yarn is less than 200 Ω/m, the electrical resistance per unit of length of the electrically resistive yarn is comprised between 10 kQ/m and 10 MΩ/m, as measured by following the standard AATCC Test Method 84-2005 or AATCC Test Method 84-2011, and wherein said electrically resistive yarn is a plastic yarn filled with electrically conductive elements.
A cassette (4000A-4000H) for calibration of a cassette based pumping system, the cassette (4000A-4000H) comprising: a rigid body configured to be sealingly installed within the cassette based pumping system, characterized in that the cassette is a volumetric standard cassette and the rigid body has a midbody and a number of solid pump chambers regions (4181A-4181H) each having a predefined geometry defining a known volume of the pump chamber region, the rigid body being flow path and orifice free.
Pot-shaped portion capsule which is comprised of an electrically non-conductive material, wherein this is partially provided with at least one electrically conductive zone (6, 8, 10), with a pot bottom side and a filling side, which filling side is closed by means of an electrically non-conductive or electrically conductive cover element, which portion capsule is filled with beverage base substances in powder or liquid form and can be extracted in a brewing or preparation chamber of a beverage preparation device in order to prepare a beverage, wherein the pot-shaped portion capsule is provided at its pot bottom side with the at least one electrically conductive zone (6, 8, 10), which is designed and arranged such that it is in electrically conductive contact with the electrically conductive contacts of a control device - which contacts are arranged in the brewing or preparation chamber - when the portion capsule is situated in the brewing or preparation chamber and the brewing or preparation chamber is closed, characterized in that the pot bottom side is provided with a conductive coating or is formed by an electrically conductive foil, or is partially comprised of an electrically conductive plastic.
Grinder having a grinding table which is rotatable about a first rotational axis and comprises at least two grinding rollers, each of which is arranged so as to rotate about a second rotational axis in each case, in such a manner that ground material can be comminuted between the grinding table and the grinding rollers during operation, characterized in that the grinder comprises at least one sensor arrangement by means of which a change in inclination of the grinding table beyond a given threshold value can be detected. at least two grinding rollers, each of which is arranged so as to rotate about a second rotational axis in each case, in such a manner that ground material can be comminuted between the grinding table and the grinding rollers during operation, characterized in that the grinder comprises at least one sensor arrangement by means of which a change in inclination of the grinding table beyond a given threshold value can be detected.
1. A method of controlling an adjustable lighting system for a carrier vehicle, the adjustment of the lighting comprising determining the illumination outside at least one dark area of presence of a target vehicle detected as driving in front of the carrier vehicle, so as not to dazzle the driver of the target vehicle, and when the lighting system is to illuminate in front of the carrier vehicle in a dark lighting environment, e.g. at night left and right low beam modules are controlled to operate and left and right high beam light source modules are on the one hand controlled to operate simultaneously with the left and right low beam modules and on the other hand are selectively adjusted on the left and on the right to illuminate with a selective high beam out of the said dark zone of target vehicle presence when at least one such target vehicle is detected the left and right light source modules of the selective high beam, generating respectively a left and a right high beam (SBG, SBD), being independently controllable by a light source blanker to define said dark zone over a width portion of the selective high beam both in the middle and to the right or left of said selective high beam characterized in that one of the two left or right high beams (SBG, SBD) can be completely blocked out.
An excavator comprising: a plurality of hydraulic actuators (2A, 6-8); and a setting unit that performs a setting related to operation speeds of the plurality of hydraulic actuators (2A, 6-8) during a combined operation of the hydraulic actuators (2A, 6-8), in which two hydraulic actuators among the plurality of hydraulic actuators (2A, 6-8) are operated simultaneously, so that when the operation speed of one of the two hydraulic actuators increases, the operation speed of the other of the two hydraulic actuators decreases, characterised in that the setting unit is configured to perform the setting for a plurality of kinds of combined operations which use different combinations of two hydraulic actuators, respectively. a plurality of hydraulic actuators (2A, 6-8); and a setting unit that performs a setting related to operation speeds of the plurality of hydraulic actuators (2A, 6-8) during a combined operation of the hydraulic actuators (2A, 6-8), in which two hydraulic actuators among the plurality of hydraulic actuators (2A, 6-8) are operated simultaneously, so that when the operation speed of one of the two hydraulic actuators increases, the operation speed of the other of the two hydraulic actuators decreases, characterised in that the setting unit is configured to perform the setting for a plurality of kinds of combined operations which use different combinations of two hydraulic actuators, respectively.
An ancillary member for a fenestration unit, the ancillary member comprising: a body defining an elongate length extending longitudinally between first and second ends thereof, the body defining a cross-sectional profile comprising a first region intended to be externally facing, in use, a second region intended to be internally facing, in use, and first and second side surfaces (28, 30) extending between the first and second regions (24, 26), wherein the first side surface comprises a first gasket extending at least partially along the elongate length of the body such that the first side surface is configured for sealingly engaging a first window frame; characterised in that: the ancillary member is a cill and comprises a cill cover, wherein the first region comprises a first mounting arrangement for releasably mounting an external profile of the cill cover thereon, and wherein the first mounting arrangement is configured for mounting the external profile to the body via a snap-fitting arrangement; and the first region of the body comprises a second gasket extending at least partially along the elongate length of the body such that the first region is configured for sealingly engaging the external profile of the cill cover. a body defining an elongate length extending longitudinally between first and second ends thereof, the body defining a cross-sectional profile comprising a first region intended to be externally facing, in use, a second region intended to be internally facing, in use, and first and second side surfaces (28, 30) extending between the first and second regions (24, 26), wherein the first side surface comprises a first gasket extending at least partially along the elongate length of the body such that the first side surface is configured for sealingly engaging a first window frame; characterised in that: the ancillary member is a cill and comprises a cill cover, wherein the first region comprises a first mounting arrangement for releasably mounting an external profile of the cill cover thereon, and wherein the first mounting arrangement is configured for mounting the external profile to the body via a snap-fitting arrangement; and the first region of the body comprises a second gasket extending at least partially along the elongate length of the body such that the first region is configured for sealingly engaging the external profile of the cill cover.
A method for conducting a bioassay of a processed acellular nerve graft comprising an endoneurial tube scaffold, the inner surface of an endoneurial tube in the scaffold comprising laminin, the method comprising: affixing a neuron or group of neurons to a first end of the processed acellular nerve graft segment to form a test construct; culturing the test construct in a medium for a period of time to allow nerve outgrowth from the neuron or group of neurons into the processed acellular nerve graft segment; performing an analysis of the test construct, wherein the analysis indicates an amount of an outgrowing nerve structure, wherein performing the analysis of the test construct includes: identifying more than one longest nerve structure outgrowing from the neuron or group of neurons into the processed acellular nerve graft segment, measuring a length from the first end of the acellular nerve graft segment on which the neuron or group of neurons is affixed to an end of more than one of the identified nerve structures within the processed acellular nerve graft segment, and averaging the measured length of more than one of the identified nerve structures; and determining a potency of the processed acellular nerve graft from a metric derived from the analysis. affixing a neuron or group of neurons to a first end of the processed acellular nerve graft segment to form a test construct; culturing the test construct in a medium for a period of time to allow nerve outgrowth from the neuron or group of neurons into the processed acellular nerve graft segment; performing an analysis of the test construct, wherein the analysis indicates an amount of an outgrowing nerve structure, wherein performing the analysis of the test construct includes: identifying more than one longest nerve structure outgrowing from the neuron or group of neurons into the processed acellular nerve graft segment, measuring a length from the first end of the acellular nerve graft segment on which the neuron or group of neurons is affixed to an end of more than one of the identified nerve structures within the processed acellular nerve graft segment, and averaging the measured length of more than one of the identified nerve structures; and identifying more than one longest nerve structure outgrowing from the neuron or group of neurons into the processed acellular nerve graft segment, measuring a length from the first end of the acellular nerve graft segment on which the neuron or group of neurons is affixed to an end of more than one of the identified nerve structures within the processed acellular nerve graft segment, and averaging the measured length of more than one of the identified nerve structures; and determining a potency of the processed acellular nerve graft from a metric derived from the analysis.
A method performed by a wireless device for operation with shared spectrum channel access, wherein a first plurality of fixed frame periods, FFPs, are associated with the wireless device and a second plurality of fixed frame periods, FFPs, are associated with a network node and wherein each FFP comprises an idle period with no transmission and a channel occupancy time, COT, in which the wireless device or the network node is permitted to transmit, the method comprising: initiating a COT in one of the FFPs of the first plurality of FFPs; and upon successful initiation of the COT, transmitting, to the network node, uplink data from the beginning of the COT, characterized in that, the first plurality of FFPs and the second plurality of FFPs are not aligned in the time domain and transmitting uplink data comprises segmenting the uplink data into two or more segments and refraining from transmitting any of the two or more segments that overlap with an idle period of any of the FFPs of the second plurality of FFPs. initiating a COT in one of the FFPs of the first plurality of FFPs; and upon successful initiation of the COT, transmitting, to the network node, uplink data from the beginning of the COT, characterized in that, the first plurality of FFPs and the second plurality of FFPs are not aligned in the time domain and transmitting uplink data comprises segmenting the uplink data into two or more segments and refraining from transmitting any of the two or more segments that overlap with an idle period of any of the FFPs of the second plurality of FFPs.
A composition consisting of: (i) 35 to 50 weight percent of a first vegetable oil having a saturated fatty acid content of 4% to 12%; (ii) 35 to 50 weight percent of a second vegetable oil having an alpha-linolenic acid content of 45 % to 65%; (iii) 0.005 to 0.15 weight percent of at least one of Vitamin A and Vitamin D; (iv) 2 to 10 weight percent of at least one phytosterol; and (v) 0.02 to 0.2 weight percent of antioxidant, wherein the antioxidant is selected from the group consisting of tocopherol, ascorbyl palmitate, Rosemary extract and mixtures thereof. (i) 35 to 50 weight percent of a first vegetable oil having a saturated fatty acid content of 4% to 12%; (ii) 35 to 50 weight percent of a second vegetable oil having an alpha-linolenic acid content of 45 % to 65%; (iii) 0.005 to 0.15 weight percent of at least one of Vitamin A and Vitamin D; (iv) 2 to 10 weight percent of at least one phytosterol; and (v) 0.02 to 0.2 weight percent of antioxidant, wherein the antioxidant is selected from the group consisting of tocopherol, ascorbyl palmitate, Rosemary extract and mixtures thereof.
A centrifugal separator arranged for continuous separation of a fluid mixture into components, comprising - a rotor, which forms within itself a separation space, comprising in said separation space a set of separation discs defining separation passages between adjacent separation discs, - an inlet operatively connected to said rotor for continuous supply of a fluid mixture to be separated in the separation space, - a first outlet for a separated lighter first component of the fluid mixture extending from a radially inner portion of the separation space, and - a second outlet for a separated denser second component of the fluid mixture extending from the radially outer portion of the separation space, the separation discs are at least partly provided with a coating, characterized in that the coating has a layer thickness of about 5-60 μm, is prepared by sol-gel processing, comprises silicon oxide, SiO x, having an atomic ratio of O/Si > 1, and comprises ≥ 10 atomic% of carbon. - a rotor, which forms within itself a separation space, comprising in said separation space a set of separation discs defining separation passages between adjacent separation discs, - an inlet operatively connected to said rotor for continuous supply of a fluid mixture to be separated in the separation space, - a first outlet for a separated lighter first component of the fluid mixture extending from a radially inner portion of the separation space, and - a second outlet for a separated denser second component of the fluid mixture extending from the radially outer portion of the separation space, the separation discs are at least partly provided with a coating, characterized in that the coating has a layer thickness of about 5-60 μm, is prepared by sol-gel processing, comprises silicon oxide, SiO x, having an atomic ratio of O/Si > 1, and comprises ≥ 10 atomic% of carbon.
A method for detecting the presence of a variant nucleic acid sequence in a polymorphic target nucleic acid sequence, the target sequence being present in multiple alleles within a given population and wherein the target sequence is a portion of a microbial drug resistance gene, the method comprising a) providing a reaction mix comprising an oligonucleotide probe having a first melting temperature (Tm) when hybridised to a first allele of the target sequence, and a second lower Tm when hybridised to a second allele of the target sequence, wherein the probe comprises at least one universal base at a site where allelic variants are not desired to be detected and wherein the site where variants are not desired to be detected is a residue where mutations are phenotypically silent mutations or is a residue where mutations give rise to conservative replacements which do not alter the properties of the expressed peptide; and a target nucleic acid sequence; b) allowing the probe to hybridise to a target nucleic acid sequence; and c) determining the Tm of the probe when hybridised to the target nucleic acid sequence; to thereby determine whether a variant nucleic acid sequence is present wherein the probe comprises a first nucleic acid sequence being complementary to a first target nucleic acid sequence; a second nucleic acid sequence being complementary to a second target nucleic acid sequence; and a linker nucleic acid sequence joining the first and second nucleic acid sequences; wherein the linker separates the two first and second sequences such that the melting temperature of the first sequence annealed to the first target nucleic acid sequence and of the second sequence annealed to the second target nucleic acid sequence are discrete. a) providing a reaction mix comprising an oligonucleotide probe having a first melting temperature (Tm) when hybridised to a first allele of the target sequence, and a second lower Tm when hybridised to a second allele of the target sequence, wherein the probe comprises at least one universal base at a site where allelic variants are not desired to be detected and wherein the site where variants are not desired to be detected is a residue where mutations are phenotypically silent mutations or is a residue where mutations give rise to conservative replacements which do not alter the properties of the expressed peptide; and a target nucleic acid sequence; b) allowing the probe to hybridise to a target nucleic acid sequence; and c) determining the Tm of the probe when hybridised to the target nucleic acid sequence;