mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless gateway for steering a client device between content streaming apparatuses in a wireless local area network , the wireless gateway comprising: a gateway steering controller configured to determine whether a client device should be steered to a content streaming apparatus based on at least one sample measurement on received signal strength between the client device and the content streaming apparatus and at least one other content streaming apparatus ; wherein the gateway steering controller is configured to recognize a low signal strength between the client device and the content streaming apparatus and determine that the client device should be steered from the content streaming apparatus to another content streaming apparatus , when the low signal strength is less than -75 dBm, as measured by a signal strength indicator, RSSI, received from the client device, and wherein the gateway steering controller is configured to monitor traffic throughput of the content streaming apparatus on the basis of a capacity threshold, wherein when the traffic throughput to the content streaming apparatus is greater than a first percentage of the capacity threshold, the gateway steering controller is configured to determine that said client device should be steered from the content streaming apparatus to the another content streaming apparatus ; and whereby said gateway steering controller is configured to provide an instruction to steer the client device to the another content streaming apparatus . a gateway steering controller configured to determine whether a client device should be steered to a content streaming apparatus based on at least one sample measurement on received signal strength between the client device and the content streaming apparatus and at least one other content streaming apparatus ; wherein the gateway steering controller is configured to recognize a low signal strength between the client device and the content streaming apparatus and determine that the client device should be steered from the content streaming apparatus to another content streaming apparatus , when the low signal strength is less than -75 dBm, as measured by a signal strength indicator, RSSI, received from the client device, and wherein the gateway steering controller is configured to monitor traffic throughput of the content streaming apparatus on the basis of a capacity threshold, wherein when the traffic throughput to the content streaming apparatus is greater than a first percentage of the capacity threshold, the gateway steering controller is configured to determine that said client device should be steered from the content streaming apparatus to the another content streaming apparatus ; and whereby said gateway steering controller is configured to provide an instruction to steer the client device to the another content streaming apparatus .
A method by a mobile device performing localization of the mobile device using a set of sensors that are transported with the mobile device, the method comprising determining a confidence score ( λ i ) for each of the sensors (S i ) among the set of sensors; defining a subset of the sensors among the set of sensors that are to remain active based on their respective confidence scores satisfying a defined threshold; and deactivating the sensors within the set of sensors that do not belong to the subset, wherein the deactivation comprises controlling power consumption by deactivated ones of the sensors, characterized by the defining of the subset of the sensors among the set of sensors to remain active is further based on a combination of their respective confidence scores and an amount of similarity in the operational characteristics of the sensors. determining a confidence score ( λ i ) for each of the sensors (S i ) among the set of sensors; defining a subset of the sensors among the set of sensors that are to remain active based on their respective confidence scores satisfying a defined threshold; and deactivating the sensors within the set of sensors that do not belong to the subset, wherein the deactivation comprises controlling power consumption by deactivated ones of the sensors, characterized by the defining of the subset of the sensors among the set of sensors to remain active is further based on a combination of their respective confidence scores and an amount of similarity in the operational characteristics of the sensors.
A radio communication apparatus comprising: a receiver , which, in operation, receives control information associated with a number of bits; and circuitry , which, in operation: generates a bit sequence by forcibly setting each of the number of bits out of a plurality of bits to a 1, the number of bits being determined based on the control information, and the plurality of bits forming a modulation symbol in the bit sequence; and modulates the bit sequence by mapping the plurality of bits on a single modulation mapper, wherein said circuity, in operation, forcibly sets each of the number of bits to the 1 such that the modulation symbol is mapped on a constellation of M-ary number which is lower than M-ary number of the single modulation mapper, the constellation of M-ary number which is lower than M-ary number of the single modulation mapper being comprised of signal points detectable by positive or negative decision only with respect to at least one of an I-axis and a Q-axis in the single modulation mapper. a receiver , which, in operation, receives control information associated with a number of bits; and circuitry , which, in operation: generates a bit sequence by forcibly setting each of the number of bits out of a plurality of bits to a 1, the number of bits being determined based on the control information, and the plurality of bits forming a modulation symbol in the bit sequence; and modulates the bit sequence by mapping the plurality of bits on a single modulation mapper, wherein said circuity, in operation, forcibly sets each of the number of bits to the 1 such that the modulation symbol is mapped on a constellation of M-ary number which is lower than M-ary number of the single modulation mapper, the constellation of M-ary number which is lower than M-ary number of the single modulation mapper being comprised of signal points detectable by positive or negative decision only with respect to at least one of an I-axis and a Q-axis in the single modulation mapper. generates a bit sequence by forcibly setting each of the number of bits out of a plurality of bits to a 1, the number of bits being determined based on the control information, and the plurality of bits forming a modulation symbol in the bit sequence; and modulates the bit sequence by mapping the plurality of bits on a single modulation mapper, wherein said circuity, in operation, forcibly sets each of the number of bits to the 1 such that the modulation symbol is mapped on a constellation of M-ary number which is lower than M-ary number of the single modulation mapper, the constellation of M-ary number which is lower than M-ary number of the single modulation mapper being comprised of signal points detectable by positive or negative decision only with respect to at least one of an I-axis and a Q-axis in the single modulation mapper.
A laser scanning device for an image forming apparatus comprising: a light source ; a rotary polytope configured to scan light emitted from the light source ; a motor configured to rotate the rotary polytope ; a bearing rotatably supporting a rotation shaft of the motor; a detection processing portion configured to, in a case where the motor is driven at a first speed that is higher than a predetermined reference speed, perform detection of an abnormal state based on an atmospheric temperature detected at a position located within a predetermined first range from the bearing , and in a case where the motor is driven at a second speed that is lower than the reference speed, not perform the detection of the abnormal state, wherein the abnormal state is a state where the temperature of the bearing has exceeded a predetermined allowable temperature, and the laser scanning device being characterized in that the detection processing portion is configured to detect the abnormal state in a case where a temperature rise rate of the atmospheric temperature has exceeded a predetermined second threshold. a light source ; a rotary polytope configured to scan light emitted from the light source ; a motor configured to rotate the rotary polytope ; a bearing rotatably supporting a rotation shaft of the motor; a detection processing portion configured to, in a case where the motor is driven at a first speed that is higher than a predetermined reference speed, perform detection of an abnormal state based on an atmospheric temperature detected at a position located within a predetermined first range from the bearing , and in a case where the motor is driven at a second speed that is lower than the reference speed, not perform the detection of the abnormal state, wherein the abnormal state is a state where the temperature of the bearing has exceeded a predetermined allowable temperature, and the laser scanning device being characterized in that the detection processing portion is configured to detect the abnormal state in a case where a temperature rise rate of the atmospheric temperature has exceeded a predetermined second threshold.
A parallelogram staircase with a walking surfaces incline system which is mounted on an undercarriage and includes a bottom link , a top link , multiple steps with walking surfaces , preferably 16 steps, and a platform where between the undercarriage and the platform there is a lifting frame changing the slope of the staircase, wherein the top link and the bottom link are attached between the undercarriage and the platform , the links (3 and 4) being linked by identical steps ; wherein there is a distance A between attachments (2a and 2b) of an individual step at the top link and the bottom link wherein there is a distance B between the attachments of two adjacent steps at the top link , as well as between the attachments of these steps at the bottom link ; that the parallelogram also consists of first attachments (5a and 5b) of the platform to the top link and to the bottom link and of the second attachments (2a and 2b) of the nearest step to the platform, wherein the distance between the first attachments (5a and 5b) is the distance A and the distance between pairs of first and second attachments (2a and 5a; 2b and 5b) is the distance B'; characterized in that the bottom link consists of a left bottom link and a right bottom link , which are composed of long bottom link parts (41a and 41a') and short bottom link parts (41b and 41b'), which are coupled in pairs and at an angle; that a distance C between third attachments (1a and 1b) of the top link and the bottom link (3 and 4) to the undercarriage is smaller than the distance A; that the distances between the third attachment of the bottom link and the pair of first and second attachments (2b and 5b) of the bottom link are larger than the distances between the third attachment of the top link the pair of first and second attachments (2a and 5a) of the top link , such that at the same change of the staircase slope the pair of attachments (2b and 5b) of the bottom link is moved by a greater distance than the pair of attachments (2a and 5a) of the top link , which causes a change in the incline of the walking surfaces of steps and the platform ; that geometrical deviations between the positions of the third attachments of the rigid bottom link at different staircase slopes are accommodated by the third attachments of the bottom link being linearly moveable along beds (13 and 13') of the undercarriage .
Gas pressure spring , having at least one quick connection , comprising: - a first part , having a plug and at least one cam , and - a second part , having a plug recess and at least one undercut , - wherein the plug is insertable into the plug recess and, by means of a rotation around a longitudinal axis (X-X) of the first part and the second part relative to each other, the at least one cam engages in an angular orientation behind the at least one undercut to form a positively locking connection in the manner of a bayonet fitting, characterized in that - at least one first locking means and at least one second locking means are provided, and in that the at least one first locking means and the at least one second locking means lock the angular orientation of the first part and the second part in the positively locking connection of the cam and the undercut , - wherein the at least one first locking means is arranged on the first part , and the at least one second locking means is arranged on the second part , - wherein the at least one first locking means comprises a detent recess , and in that the at least one second locking means includes an elastically moveable detent lug , - wherein the at least one cam comprises the at least one first locking means , - wherein the elastically moveable detent lug is implemented as a suspension sphere and includes a spring element and a detent lug , implemented as a sphere, which is spring-moveably held parallel to the longitudinal axis (X-X), and - wherein the detent lug of the second locking means extends into the plug recess and is arranged in the undercut . - a first part , having a plug and at least one cam , and - a second part , having a plug recess and at least one undercut , - wherein the plug is insertable into the plug recess and, by means of a rotation around a longitudinal axis (X-X) of the first part and the second part relative to each other, the at least one cam engages in an angular orientation behind the at least one undercut to form a positively locking connection in the manner of a bayonet fitting, characterized in that - at least one first locking means and at least one second locking means are provided, and in that the at least one first locking means and the at least one second locking means lock the angular orientation of the first part and the second part in the positively locking connection of the cam and the undercut , - wherein the at least one first locking means is arranged on the first part , and the at least one second locking means is arranged on the second part , - wherein the at least one first locking means comprises a detent recess , and in that the at least one second locking means includes an elastically moveable detent lug , - wherein the at least one cam comprises the at least one first locking means , - wherein the elastically moveable detent lug is implemented as a suspension sphere and includes a spring element and a detent lug , implemented as a sphere, which is spring-moveably held parallel to the longitudinal axis (X-X), and - wherein the detent lug of the second locking means extends into the plug recess and is arranged in the undercut .
Process for preparing a catalyst composition comprising (a) preparing a carrier comprising (i) mordenite in an amount in the range of from 20 to 80 wt%, based on total weight of carrier, (ii) ZSM-5 type zeolite in an amount in the range of from 10 to 70 wt%, based on total weight of carrier; and (iii) an inorganic binder in an amount in the range of from 10 to 50 wt%, based on total weight of carrier; (b) incorporating in the carrier molybdenum in an amount in the range of from 2 to 9 wt%, as metal based on total weight of catalyst composition, and subjecting the thus treated carrier to a temperature of from 100 to at most 300 °C; and (c) incorporating in the molybdenum containing carrier obtained in step (b) platinum in an amount of from 0.005 to 1 wt%, as metal based on total weight of catalyst composition, and subjecting the thus treated carrier to a temperature of from 200 to at most 600 °C. (a) preparing a carrier comprising (i) mordenite in an amount in the range of from 20 to 80 wt%, based on total weight of carrier, (ii) ZSM-5 type zeolite in an amount in the range of from 10 to 70 wt%, based on total weight of carrier; and (iii) an inorganic binder in an amount in the range of from 10 to 50 wt%, based on total weight of carrier; (b) incorporating in the carrier molybdenum in an amount in the range of from 2 to 9 wt%, as metal based on total weight of catalyst composition, and subjecting the thus treated carrier to a temperature of from 100 to at most 300 °C; and (c) incorporating in the molybdenum containing carrier obtained in step (b) platinum in an amount of from 0.005 to 1 wt%, as metal based on total weight of catalyst composition, and subjecting the thus treated carrier to a temperature of from 200 to at most 600 °C.
A refrigerant composition for an HVACR system comprising: about 80 wt% or less of R1123 refrigerant; R32 refrigerant; and CF 3 I; wherein the refrigerant composition has a global warming potential (GWP) that is about 1500 or less than 1500. about 80 wt% or less of R1123 refrigerant; R32 refrigerant; and CF 3 I; wherein the refrigerant composition has a global warming potential (GWP) that is about 1500 or less than 1500.
A reaction-curable adhesive, comprising: an epoxy compound having two or more epoxy groups; and an amine compound having two or more amino groups, the reaction-curable adhesive being cured through a reaction between the epoxy compound and the amine compound, wherein the reaction-curable adhesive comprises, as the amine compound, a polyfunctional amine compound that is trifunctional or more, a Mannich-modified polyamine compound, and an amine-terminated butadiene-acrylonitrile copolymer (ATBN) having a structure represented by a general formula below, wherein the polyfunctional amine compound that is trifunctional or more is selected from trimethylolpropane poly(oxypropylene)triamine, triethylenetetramine and tetraethylenepentamine, and wherein the reaction-curable adhesive comprises bis[4-(glycidyloxy)phenyl]methane as the epoxy compound: where "X" represents a divalent organic group having one or two unsaturated bonds, the divalent organic group being obtained by removing two hydrogen atoms from an unsaturated hydrocarbon having 3 to 10 carbon atoms, and "n" represents an integer of 1 or more and 100 or less, and "m" represents an integer of 1 or more and 100 or less. an epoxy compound having two or more epoxy groups; and an amine compound having two or more amino groups, the reaction-curable adhesive being cured through a reaction between the epoxy compound and the amine compound, wherein the reaction-curable adhesive comprises, as the amine compound, a polyfunctional amine compound that is trifunctional or more, a Mannich-modified polyamine compound, and an amine-terminated butadiene-acrylonitrile copolymer (ATBN) having a structure represented by a general formula below, wherein the polyfunctional amine compound that is trifunctional or more is selected from trimethylolpropane poly(oxypropylene)triamine, triethylenetetramine and tetraethylenepentamine, and wherein the reaction-curable adhesive comprises bis[4-(glycidyloxy)phenyl]methane as the epoxy compound: where "X" represents a divalent organic group having one or two unsaturated bonds, the divalent organic group being obtained by removing two hydrogen atoms from an unsaturated hydrocarbon having 3 to 10 carbon atoms, and "n" represents an integer of 1 or more and 100 or less, and "m" represents an integer of 1 or more and 100 or less.
A method in a wireless communication system for determining a network topology among a plurality of mobile nodes forming a cluster and having a common communication link to a base station, each mobile node having a unique identity, the method comprising: causing at least one of the mobile nodes to transmit a signal during a transmission interval, the at least one node thereby becoming a cluster head, CH, selecting, at mobile nodes other than the CH, non-CH nodes, one or more transmission intervals in a transmission frame; causing ones of the non-CH nodes to transmit a signal during the selected interval for given non-CH nodes; forming, by the CH, a first digest of transmitted signals received from non-CH nodes according to the transmission interval in which at least one signal is received, the forming comprising logging, as a binary vector, a presence or absence of a signal transmitted from ones of the non-CH nodes during each of the transmission intervals in the transmission frame; constructing a compact topology graph for the node cluster as a function of the digest, a node identity for the CH and the transmission interval in which the CH signal was transmitted; obtaining, by the CH, a two-hop neighbor list, by forming a second digest of received transmitted signals; sending, by the CH to the base station, the CH identifier, the time slots in which it is first transmitted and the two digests for enabling a building of the CTG sub-graph at the base station. causing at least one of the mobile nodes to transmit a signal during a transmission interval, the at least one node thereby becoming a cluster head, CH, selecting, at mobile nodes other than the CH, non-CH nodes, one or more transmission intervals in a transmission frame; causing ones of the non-CH nodes to transmit a signal during the selected interval for given non-CH nodes; forming, by the CH, a first digest of transmitted signals received from non-CH nodes according to the transmission interval in which at least one signal is received, the forming comprising logging, as a binary vector, a presence or absence of a signal transmitted from ones of the non-CH nodes during each of the transmission intervals in the transmission frame; constructing a compact topology graph for the node cluster as a function of the digest, a node identity for the CH and the transmission interval in which the CH signal was transmitted; obtaining, by the CH, a two-hop neighbor list, by forming a second digest of received transmitted signals; sending, by the CH to the base station, the CH identifier, the time slots in which it is first transmitted and the two digests for enabling a building of the CTG sub-graph at the base station.