mhurhangee/ep-ind-claims huggingface dataset:
Electromechanical switching contact arrangement having at least one release contact unit that is arranged in a movable manner relative to a switching contact, wherein the release contact unit comprises at least one current-conducting contact for conducting current after completing a switching procedure, said current-conducting contact being protected against wear during the switching procedure by means of a switching sacrificial contact, wherein the release contact unit is attached to a release contact carrier that may move in a translational manner along a movement axis, wherein the fixed switching contact comprises a contact flank that is configured in a blade-shaped manner, wherein the contact flank is a contact flank (7A, 7B) that extends at an oblique angle in relation to the movement axis, wherein the current-conducting contact and the switching sacrificial contact are arranged one behind the other in relation to the movement axis in a switched-off state of the switching contact arrangement, with the result that in the switched-off state the switching sacrificial contact is located between the contact flank (7A, 7B) and the current-conducting contact, wherein the switching sacrificial contact and the current-conducting contact in this case are entirely separated from the contact flank (7A, 7B) of the switching contact, said contact flank being configured in a blade-shaped manner.
A communication method in a vehicle to everything, V2X, system, comprising: receiving, by user equipment, UE, first information transmitted by a network device, the first information being configured to indicate a radio access technology, RAT, authorized to be used by the UE on a PCS interface, characterized in that the first information is specifically configured to indicate at least one public land mobile network, PLMN, authorized to the UE and the respective RAT authorized to be used by the UE on the PCS interface in each respective PLMN of the at least one PLMN. receiving, by user equipment, UE, first information transmitted by a network device, the first information being configured to indicate a radio access technology, RAT, authorized to be used by the UE on a PCS interface, characterized in that the first information is specifically configured to indicate at least one public land mobile network, PLMN, authorized to the UE and the respective RAT authorized to be used by the UE on the PCS interface in each respective PLMN of the at least one PLMN.
Apparatus for detecting an object (A, B), having: - an environment sensor system which is installed in a side of a vehicle, the environment sensor system having a lidar system formed from three transmitting and receiving units (20, 21, 22) which are designed to sense three sectors (1, 2, 3) in the environment of the vehicle, and the environment sensor system generating a signal on the basis of data from the three sectors (1, 2, 3) and - an evaluation circuit (μC) which detects the object (A, B) on the basis of the signal, a first sector of the sectors (1, 2, 3) being oriented perpendicular to the vehicle side, characterized in that the three transmitting and receiving units (20, 21, 22) of the environment sensor system are arranged in a housing in the region of the B-pillar, the first sector being selected in such a manner that the vehicle side is completely covered, a second sector of the sectors (1, 2, 3) being oriented substantially obliquely forwards, and a third sector of the sectors (1, 2, 3) being oriented substantially obliquely backwards, the evaluation circuit (μC) determining a time until the object (A, B) impacts the vehicle, an impact speed or an impact angle on the basis of the signal. - an environment sensor system which is installed in a side of a vehicle, the environment sensor system having a lidar system formed from three transmitting and receiving units (20, 21, 22) which are designed to sense three sectors (1, 2, 3) in the environment of the vehicle, and the environment sensor system generating a signal on the basis of data from the three sectors (1, 2, 3) and - an evaluation circuit (μC) which detects the object (A, B) on the basis of the signal,
Transfer paper suitable for high speed inkjet printing comprising a base layer and a film layer suitable for receiving viscous ink and releasing disperse dye from said viscous ink by having a porosity of 150 to 300 ml/min, wherein the film comprises film forming material, wherein the base layer comprises a base paper having a porosity of more than 1000 ml/min.
A method of allele-specific amplification of a variant of a target sequence, the target existing in the form of several variant sequences, the method comprising: (a) hybridizing a first and a second oligonucleotides to at least one variant of the target sequence; wherein the first oligonucleotide is at least partially complementary to one or more variants of the target sequence, and the second oligonucleotide is at least partially complementary to one or more variants of the target sequence, and has at least one selective nucleotide complementary to only one variant of the target sequence at the 3'-terminal nucleotide; wherein said second oligonucleotide incorporates at least one 9-(aminoethoxy)-phenoxazine-2'-deoxycytidine at a position 1, 2 or 3 nucleotides upstream of the 3'-terminal nucleotide; (b) extending the second oligonucleotide with a nucleic acid polymerase, wherein said polymerase is capable of extending said second oligonucleotide efficiently when said second oligonucleotide is hybridized to a variant of the target sequence which is complementary to the at least one selective nucleotide, and substantially less efficiently when said second oligonucleotide is hybridized to a variant of the target sequence which is not complementary to the at least one selective nucleotide. (a) hybridizing a first and a second oligonucleotides to at least one variant of the target sequence; wherein the first oligonucleotide is at least partially complementary to one or more variants of the target sequence, and the second oligonucleotide is at least partially complementary to one or more variants of the target sequence, and has at least one selective nucleotide complementary to only one variant of the target sequence at the 3'-terminal nucleotide; wherein said second oligonucleotide incorporates at least one 9-(aminoethoxy)-phenoxazine-2'-deoxycytidine at a position 1, 2 or 3 nucleotides upstream of the 3'-terminal nucleotide; (b) extending the second oligonucleotide with a nucleic acid polymerase, wherein said polymerase is capable of extending said second oligonucleotide efficiently when said second oligonucleotide is hybridized to a variant of the target sequence which is complementary to the at least one selective nucleotide, and substantially less efficiently when said second oligonucleotide is hybridized to a variant of the target sequence which is not complementary to the at least one selective nucleotide.
A method for processing a continuous data stream, comprising: receiving, by a computing device, the continuous data stream of timestamped tuples related to an application; converting, by the computing device, geometry of the continuous data stream into a relation wherein the relation is represented as a sequence of the timestamped tuples and includes a spatial index of the geometry of the continuous data stream, and the sequence of the timestamped tuples includes insertions, deletions, or updates of the timestamped tuples to capture a changing state of the relation; applying, by the computing device, a filter to the spatial index with a range to obtain a filtered result for the geometry of the continuous stream; tracking, by the computing device, a plurality of moving objects in the continuous data stream; determining, by the computing device, a proximity between at least a first moving object and a second moving object in the plurality of moving objects based at least on the geometry of the continuous data stream and the relation, wherein the determining the proximity comprises calculating a distance between the first moving object and the second moving object using the filtered result; and generating, by the computing device, an alert when the proximity between at least the first moving object and the second moving object exceeds a predetermined threshold. receiving, by a computing device, the continuous data stream of timestamped tuples related to an application; converting, by the computing device, geometry of the continuous data stream into a relation wherein the relation is represented as a sequence of the timestamped tuples and includes a spatial index of the geometry of the continuous data stream, and the sequence of the timestamped tuples includes insertions, deletions, or updates of the timestamped tuples to capture a changing state of the relation; applying, by the computing device, a filter to the spatial index with a range to obtain a filtered result for the geometry of the continuous stream; tracking, by the computing device, a plurality of moving objects in the continuous data stream; determining, by the computing device, a proximity between at least a first moving object and a second moving object in the plurality of moving objects based at least on the geometry of the continuous data stream and the relation, wherein the determining the proximity comprises calculating a distance between the first moving object and the second moving object using the filtered result; and generating, by the computing device, an alert when the proximity between at least the first moving object and the second moving object exceeds a predetermined threshold.
A hollow fiber membrane module comprising: a header; and a sheet block inserted into the header, wherein the sheet block includes: a block of hollow fiber membrane, wherein the block of hollow fiber membrane comprises a plurality of hollow fiber membranes arranged at regular intervals in a vertical direction of the header; and a resin block formed at an end of each of the plurality of hollow fiber membranes and contacting an inner wall of the header to be secured thereto, wherein the resin block is formed to have a width larger than an arrangement width of the plural hollow fiber membranes, and wherein the header is increasingly narrower from an inlet of the header to the center of a bottom thereof, wherein the sheet block is inserted into the header such that the resin block contacts an inner wall of the header and is secured thereto, and wherein a space formed between the plurality of hollow fiber membranes from an upper side of the resin block to an inlet of the header is filled with a potting agent to secure the hollow fiber membranes. a header; and a sheet block inserted into the header, wherein the sheet block includes: a block of hollow fiber membrane, wherein the block of hollow fiber membrane comprises a plurality of hollow fiber membranes arranged at regular intervals in a vertical direction of the header; and a resin block formed at an end of each of the plurality of hollow fiber membranes and contacting an inner wall of the header to be secured thereto, wherein the resin block is formed to have a width larger than an arrangement width of the plural hollow fiber membranes, and wherein the header is increasingly narrower from an inlet of the header to the center of a bottom thereof, wherein the sheet block is inserted into the header such that the resin block contacts an inner wall of the header and is secured thereto, and wherein a space formed between the plurality of hollow fiber membranes from an upper side of the resin block to an inlet of the header is filled with a potting agent to secure the hollow fiber membranes.
Method for determining a state of a bearing of a three phase electric machine, the electric machine having a rotor, which is supported by the bearing, the electric machine being connected to a three phase inverter for supplying the electric machine with electric power, the three phase inverter being controlled to apply a pulse width modulation with a predefined scheme to create three phase currents, the method comprises: - determining a first phase current provided to the electric machine; - determining a second phase current provided to the electric machine, the second phase current being different to the first phase current; - determining the power spectral density of the park's vector of the current provided to the electric machine, based on the first phase current and the second phase current; - determining an amplitude of the power at a predefined frequency (F1pwm+F dis; F1pwm-F dis, F2pwm+F dis; F2pwm-F dis) of the power spectral density, wherein the predefined frequency depends on the rotational speed of the rotor and the scheme of the pulse width modulation; - comparing the amplitude of the power at the predefined frequency with a predefined power value; and - determining, based on the comparison, whether a failure of the bearing has occurred or the bearing is degraded. - determining a first phase current provided to the electric machine; - determining a second phase current provided to the electric machine, the second phase current being different to the first phase current; - determining the power spectral density of the park's vector of the current provided to the electric machine, based on the first phase current and the second phase current; - determining an amplitude of the power at a predefined frequency (F1pwm+F dis; F1pwm-F dis, F2pwm+F dis; F2pwm-F dis) of the power spectral density, wherein the predefined frequency depends on the rotational speed of the rotor and the scheme of the pulse width modulation; - comparing the amplitude of the power at the predefined frequency with a predefined power value; and - determining, based on the comparison, whether a failure of the bearing has occurred or the bearing is degraded.
A method for installing an upper limb positioner on an immobilised patient lying on a table, the method comprising: (a) positioning a first arm cover between the patient's arm and the table; (b) positioning a first shoulder strap connected to the first arm cover under the patient's shoulder; (c) closing the first arm cover over the patient's arm; (d) attaching the first shoulder strap, over the patient's shoulder, to the closed first arm cover; (e) positioning a second arm cover, separate from the first arm cover, between the patient's other arm and the table; (f) positioning a second shoulder strap connected to the second arm cover under the patient's shoulder; (g) closing the second arm cover over the patient's arm; (h) attaching the second shoulder strap, over the patient's shoulder, to the closed second arm cover; (i) fixing an end of a first longitudinal strap to the table opposite to the patient's head near the patient's legs, wherein the first longitudinal strap is connected to the first arm cover; (j) fixing an end of a second longitudinal strap to the table opposite to the patient's head near the patient's legs, wherein the second longitudinal strap is connected to the second arm cover; (k) installing at least one transverse strip (832, 834, 836) for maintaining a distance that will not increase between the first and second arm covers; and (l) pulling on the first and second longitudinal straps to apply tension on the first and second shoulder straps. (a) positioning a first arm cover between the patient's arm and the table; (b) positioning a first shoulder strap connected to the first arm cover under the patient's shoulder; (c) closing the first arm cover over the patient's arm; (d) attaching the first shoulder strap, over the patient's shoulder, to the closed first arm cover; (e) positioning a second arm cover, separate from the first arm cover, between the patient's other arm and the table; (f) positioning a second shoulder strap connected to the second arm cover under the patient's shoulder; (g) closing the second arm cover over the patient's arm; (h) attaching the second shoulder strap, over the patient's shoulder, to the closed second arm cover; (i) fixing an end of a first longitudinal strap to the table opposite to the patient's head near the patient's legs, wherein the first longitudinal strap is connected to the first arm cover; (j) fixing an end of a second longitudinal strap to the table opposite to the patient's head near the patient's legs, wherein the second longitudinal strap is connected to the second arm cover; (k) installing at least one transverse strip (832, 834, 836) for maintaining a distance that will not increase between the first and second arm covers; and (l) pulling on the first and second longitudinal straps to apply tension on the first and second shoulder straps.
A system for stacking sheets comprising: an input drive that receives sheets from a source and directs each of the sheets in a downstream direction at a selected input velocity; a gripper assembly having a plurality of gripper units, each with a jaw member that moves between an open and a closed, gripped, position, the jaw member having an extension finger that extends outwardly and downwardly into pressurable engagement with a top sheet at a stacking location and that defines a ramp for the sheet directed from the input drive, the gripper units being mounted on a continuously moving surface that locates each of the gripper units over the stacking location, moving in the downstream direction; and a controller that operates the moving surface so that one of the gripper units moves to a closed position when a downstream edge of a respective one of the sheets is located at the jaw member and that moves to an open position when the downstream edge is adjacent to a backstop in the stacking location. an input drive that receives sheets from a source and directs each of the sheets in a downstream direction at a selected input velocity; a gripper assembly having a plurality of gripper units, each with a jaw member that moves between an open and a closed, gripped, position, the jaw member having an extension finger that extends outwardly and downwardly into pressurable engagement with a top sheet at a stacking location and that defines a ramp for the sheet directed from the input drive, the gripper units being mounted on a continuously moving surface that locates each of the gripper units over the stacking location, moving in the downstream direction; and a controller that operates the moving surface so that one of the gripper units moves to a closed position when a downstream edge of a respective one of the sheets is located at the jaw member and that moves to an open position when the downstream edge is adjacent to a backstop in the stacking location.
A light emitting arrangement comprising: - a solid state light source (101, 201) adapted to emit primary light; and - a wavelength converting member (105, 205) arranged to receive said primary light and capable of converting said primary light into secondary light, the wavelength converting member and the solid state light source being mutually spaced apart; and - a non-absorbing, partially transparent reflector (106, 206) arranged on a light output side of the wavelength converting member, characterized in that primary light emitted by the solid state light source and secondary light produced by the wavelength converting member is transmitted by the non-absorbing, partially transparent reflector to exit the light emitting arrangement, and in that the non-absorbing, partially transparent reflector has uniform reflectivity of light over the wavelength range of from 400 nm to 800 nm. - a solid state light source (101, 201) adapted to emit primary light; and - a wavelength converting member (105, 205) arranged to receive said primary light and capable of converting said primary light into secondary light, the wavelength converting member and the solid state light source being mutually spaced apart; and - a non-absorbing, partially transparent reflector (106, 206) arranged on a light output side of the wavelength converting member,
An apparatus for connecting tubular members in a wellbore, the apparatus comprising a host tubular member for sealingly connecting with a second tubular member, the host tubular member comprising:- a receiving section adapted to receive therein at least one portion of the second tubular member for permitting expansion of the said at least one portion radially outwardly against the host tubular member until one or more joints are formed between the said at least one portion and the host tubular member; characterised in that: the host tubular member comprises one or more annular members mounted around the receiving section; the or each annular member providing resistance to radial load and defining on the receiving section annular regions having differing resistance to the radial load so that upon expansion of the said at least one portion a joint is formed between the said at least one portion and the annular regions of the receiving section. a host tubular member for sealingly connecting with a second tubular member, the host tubular member comprising:- a receiving section adapted to receive therein at least one portion of the second tubular member for permitting expansion of the said at least one portion radially outwardly against the host tubular member until one or more joints are formed between the said at least one portion and the host tubular member; characterised in that: the host tubular member comprises one or more annular members mounted around the receiving section; the or each annular member providing resistance to radial load and defining on the receiving section annular regions having differing resistance to the radial load so that upon expansion of the said at least one portion a joint is formed between the said at least one portion and the annular regions of the receiving section. the host tubular member comprises one or more annular members mounted around the receiving section; the or each annular member providing resistance to radial load and defining on the receiving section annular regions having differing resistance to the radial load so that upon expansion of the said at least one portion a joint is formed between the said at least one portion and the annular regions of the receiving section.
An S-nitrosylating agent for use in treating very long-chain acyl-coenzyme A dehydrogenase deficiency (VLCADD), wherein said S-nitrosylating agent is selected from the group consisting of S-nitroso-N-acetyl cysteine, acidic nitrite, nitrosyl chloride, alkyl nitrate, ethyl nitrite, amyl nitrite, glutathione, glutathione oligomer, S-nitrosoglutathione (GSNO), S-nitrosocysteinyl glycine, S-nitrosocysteine, N-acetyl cysteine, nitroglycerine, nitroprusside, nitric oxide, S-nitrosohemoglobin, S-nitrosoalbumin, 5-nitroso-N-acetylpenicillamine, S-nitroso-gamma-methyl-L-homocysteine, 5-nitroso-L-homocysteine, S-nitroso-gamma-thio-L-leucine, S-nitroso-delta-thio-L-leucine, S-nitrosoalbumin, and pharmaceutically acceptable salts thereof.