mhurhangee/patent-ind-claim-en huggingface dataset:
A system for evaluating available channels in a multi-channel WLAN telecommunication system, the system comprising: a wireless access point, AP, configured to provide communication with a mobile station over a plurality of Very High Throughput, VHT, channels, wherein the VHT channels have a bandwidth of 20MHz, 40MHz, 80MHz or 160MHz; a plurality of mobile stations, STAs, operating in the plurality of VHT channels; and a network monitoring device configured to communicatively couple to the WLAN telecommunication system, wherein the network monitoring device is configured and operable to: capture a plurality of VHT data frames exchanged between the wireless AP and the plurality of STAs; decode at least a portion of each of the captured plurality of VHT data frames to identify a utilized VHT channel and extract channel allocation information associated with the identified VHT channel; generate a quality score for the identified VHT channel based on the extracted channel allocation information; and suggest, based on the quality score, one or more APs of a plurality of APs with a better service to a particular STA of the plurality of STAs. a wireless access point, AP, configured to provide communication with a mobile station over a plurality of Very High Throughput, VHT, channels, wherein the VHT channels have a bandwidth of 20MHz, 40MHz, 80MHz or 160MHz; a plurality of mobile stations, STAs, operating in the plurality of VHT channels; and a network monitoring device configured to communicatively couple to the WLAN telecommunication system, wherein the network monitoring device is configured and operable to: capture a plurality of VHT data frames exchanged between the wireless AP and the plurality of STAs; decode at least a portion of each of the captured plurality of VHT data frames to identify a utilized VHT channel and extract channel allocation information associated with the identified VHT channel; generate a quality score for the identified VHT channel based on the extracted channel allocation information; and suggest, based on the quality score, one or more APs of a plurality of APs with a better service to a particular STA of the plurality of STAs. capture a plurality of VHT data frames exchanged between the wireless AP and the plurality of STAs; decode at least a portion of each of the captured plurality of VHT data frames to identify a utilized VHT channel and extract channel allocation information associated with the identified VHT channel; generate a quality score for the identified VHT channel based on the extracted channel allocation information; and suggest, based on the quality score, one or more APs of a plurality of APs with a better service to a particular STA of the plurality of STAs.
Acoustic radiating membrane for a musical watch or a striking watch , the membrane including a central active portion and an edge portion for retaining the membrane in a watch case, characterized in that the central portion includes a central base connected by connecting elements to a peripheral ring , the central base, the connecting elements and the peripheral ring being of determined dimensions to amplify a first vibration mode of one or more notes in a frequency range of between 500 Hz and 3.5 kHz, the central base being of circular shape, characterized in that the connecting elements are angular sectors arranged on the periphery of the central base , and in that openings are provided between each angular sector in a number equal to the angular sectors.
A method to form a rod for an aerosol generating article from a sheet of material, the method comprising the steps of: o crimping the sheet of material; o flattening the crimped sheet of material by forcing it to contact a sliding edge , transversally arranged with respect to a feed direction (F) of the sheet of material, including transporting the crimped sheet of material and putting it in contact with the sliding edge so that the sheet of material at least partly unfolds or extends; o giving a substantially tubular shape to the flattened sheet of material; and o forming the rod with the so-shaped sheet of material. o crimping the sheet of material; o flattening the crimped sheet of material by forcing it to contact a sliding edge , transversally arranged with respect to a feed direction (F) of the sheet of material, including transporting the crimped sheet of material and putting it in contact with the sliding edge so that the sheet of material at least partly unfolds or extends; o giving a substantially tubular shape to the flattened sheet of material; and o forming the rod with the so-shaped sheet of material.
A method executed by a user equipment, UE, in a communication network, comprising: switching the UE from INACTIVE or IDLE state to an ACTIVE state; after switching to the ACTIVE state, determining by the UE whether a fulfillment or unfulfillment condition for radio measurement relaxation has been persistently met for at least a time-to-trigger, TTT, period, wherein the TTT period at least partially includes a time period during which the wireless device was in the INACTIVE or IDLE state; in response to determining that the fulfillment or unfulfillment condition has been met for the TTT period, transmitting a radio measurement relaxation report from the UE to a radio access network, RAN, node indicating that the fulfillment or unfulfillment condition has been met, after switching to ACTIVE state, starting a timer having a timer duration; wherein the radio measurement relaxation report is sent after expiration of the timer. switching the UE from INACTIVE or IDLE state to an ACTIVE state; after switching to the ACTIVE state, determining by the UE whether a fulfillment or unfulfillment condition for radio measurement relaxation has been persistently met for at least a time-to-trigger, TTT, period, wherein the TTT period at least partially includes a time period during which the wireless device was in the INACTIVE or IDLE state; in response to determining that the fulfillment or unfulfillment condition has been met for the TTT period, transmitting a radio measurement relaxation report from the UE to a radio access network, RAN, node indicating that the fulfillment or unfulfillment condition has been met, after switching to ACTIVE state, starting a timer having a timer duration; wherein the radio measurement relaxation report is sent after expiration of the timer.
Acoustic panel, having a rear side and a visible side , the rear side and the visible side being parallel to each other, having at least one rear-side recess , in particular a hole , and having at least one visible-side recess , in particular a groove , wherein, in a cross section orthogonal to the rear side , a rear-side recess centre line (I RA ) of the rear-side recess and a visible-side recess centre line (I SA ) of the visible-side recess are at an angle to each other, and wherein the respective rear-side recess has a first side wall and an opposite second side wall , wherein, in the cross section , the respective visible-side recess enters the rear-side recess , wherein the respective visible-side recess enters via the first side wall of the rear-side recess and/or a projection of the respective visible-side recess along the visible-side recess centre line (I SA ) meets the second side wall of the rear-side recess partly or completely, and wherein, in a cross section orthogonal to the rear side of the panel , the respective visible-side recess has an extent in the width direction (B) of the panel , defined as a visible-side recess width (B SA ), at its entry into the panel , and the respective rear-side recess has an extent in the width direction (B), defined as a rear-side recess width (B RA ), at its entry into the panel , characterized in that the ratio of the visible-side recess width (B SA ) to the rear-side recess width (B RA ) is 0.1 - 0.5. wherein the respective rear-side recess has a first side wall and an opposite second side wall , wherein, in the cross section , the respective visible-side recess enters the rear-side recess , wherein the respective visible-side recess enters via the first side wall of the rear-side recess and/or a projection of the respective visible-side recess along the visible-side recess centre line (I SA ) meets the second side wall of the rear-side recess partly or completely, and wherein, in a cross section orthogonal to the rear side of the panel , the respective visible-side recess has an extent in the width direction (B) of the panel , defined as a visible-side recess width (B SA ), at its entry into the panel , and the respective rear-side recess has an extent in the width direction (B), defined as a rear-side recess width (B RA ), at its entry into the panel , characterized in that the ratio of the visible-side recess width (B SA ) to the rear-side recess width (B RA ) is 0.1 - 0.5.
A scissor-type guide for guiding extension and retraction of lamellae, said scissor-type guide comprising - at least two scissor links , each scissor link comprising a first scissor member and a second scissor member , - a first rotational joint formed between the first and second scissor members (24, 124; 25, 125) of each one of the scissor links , and - two second rotational joints formed between first ends of a first scissor member and a second scissor member of a first scissor link , and respective ones of second ends (124", 125") of a first scissor member and a second scissor member of a neighbouring, second scissor link ; wherein the first and the second scissor members of the first scissor link have inner sides facing each other and outer sides facing away from each other; wherein the first scissor member and the second scissor member of the second scissor links have inner sides facing each other and outer sides facing away from each other; wherein the outer side of the first scissor member of the first scissor link faces towards the inner side of the first scissor member of the second scissor link , and the second scissor member of the first scissor link faces towards the inner side of the second scissor member of the second scissor link , and wherein a spring member is formed between the first scissor member and the second scissor member at a first rotational joint of the scissor-type guide , or between a first scissor member of the first scissor link and the first scissor member of a neighbouring second scissor link at a second rotational joint of the scissor-type guide . - at least two scissor links , each scissor link comprising a first scissor member and a second scissor member , - a first rotational joint formed between the first and second scissor members (24, 124; 25, 125) of each one of the scissor links , and - two second rotational joints formed between first ends of a first scissor member and a second scissor member of a first scissor link , and respective ones of second ends (124", 125") of a first scissor member and a second scissor member of a neighbouring, second scissor link ; wherein the first and the second scissor members of the first scissor link have inner sides facing each other and outer sides facing away from each other; wherein the first scissor member and the second scissor member of the second scissor links have inner sides facing each other and outer sides facing away from each other; wherein the outer side of the first scissor member of the first scissor link faces towards the inner side of the first scissor member of the second scissor link , and the second scissor member of the first scissor link faces towards the inner side of the second scissor member of the second scissor link , and wherein a spring member is formed between the first scissor member and the second scissor member at a first rotational joint of the scissor-type guide , or between a first scissor member of the first scissor link and the first scissor member of a neighbouring second scissor link at a second rotational joint of the scissor-type guide .
Electronic switch having a semiconductor switch comprising a control circuit , wherein the semiconductor switch can carry and disconnect a current in both directions by means of two semiconductors, wherein the electronic switch has a current sensor , wherein the control circuit is configured so as to operate the semiconductor switch by pulse-width modulation and the phase control factor of the pulse-width modulation is determined as a function of measurement values of the current sensor such that in fault-free operation, the electronic switch remains in the ON state and that two limit values exist for protection, wherein if a first limit value is exceeded, the electronic switch is operated by pulse-width modulation, and if a second limit value is exceeded, which is greater than the first limit value, the electronic switch is switched off, wherein the electronic switch is further configured so as to reduce the edge steepness of the switching edge with a decreasing phase control factor (a).
A method of monitoring number portability in a communication system comprising at least one subscriber with an allocated number, said method comprising: receiving ported-out information at a network element of an originating network from which a subscriber number has been ported, said ported-out information comprising information indicating that the subscriber number has been ported, and an identity of a recipient network to which the subscriber number has been ported; wherein the method further comprises: inserting, by the network element of the originating network , the ported-out information in a message for transmission to the recipient network ; transmitting the message containing the ported-out information to a network element of the recipient network ; and charging in the network element of the recipient network using said ported-out information, wherein the network element of the originating network is a serving call state control function, S-CSCF, and wherein the network element of the recipient network includes pre-paid charging functionality. receiving ported-out information at a network element of an originating network from which a subscriber number has been ported, said ported-out information comprising information indicating that the subscriber number has been ported, and an identity of a recipient network to which the subscriber number has been ported; wherein the method further comprises: inserting, by the network element of the originating network , the ported-out information in a message for transmission to the recipient network ; transmitting the message containing the ported-out information to a network element of the recipient network ; and charging in the network element of the recipient network using said ported-out information, wherein the network element of the originating network is a serving call state control function, S-CSCF, and wherein the network element of the recipient network includes pre-paid charging functionality. inserting, by the network element of the originating network , the ported-out information in a message for transmission to the recipient network ; transmitting the message containing the ported-out information to a network element of the recipient network ; and charging in the network element of the recipient network using said ported-out information, wherein the network element of the originating network is a serving call state control function, S-CSCF, and wherein the network element of the recipient network includes pre-paid charging functionality.
A method for producing a polyurethane or a polyisocyanurate having flame retardant properties by reacting a di- or polyisocyanate with a polyester polyol obtained by reacting an aromatic or aliphatic dicarboxylic acid and/or ester or anhydride thereof, with an aliphatic polyol or mixtures thereof and with melamine, wherein said aliphatic polyol comprises at least a glycol and an aliphatic polyol having more than two OH groups selected from the group consisting of glycerin, trimethylolpropane, pentaerythritol, dipentaerythritol, tripentaerythritol, sorbitol, glucose, sucrose, polyglycerol and mixtures thereof.
A method for forming a label with an electrically conductive pattern in a roll-to-roll process, comprising the steps: providing a first roll of a face material web ; forming a conductive material in a pattern corresponding to said electrically conductive pattern on a surface of the face material web; providing a second roll of a backing material web ; applying a layer of adhesive on a surface of the backing material web; forming holes in the backing material web, before or after said application of adhesive; bringing the backing material web and the face material web together, so that the conductive material and the adhesive are facing each other, between the face material web and the backing material web, and whereby the holes are arranged overlying dedicated contact areas formed in the electrically conductive pattern; laminating the face sheet material with the electrically conductive pattern and the backing sheet material with the adhesive together; and re-winding the laminated web on a third roll . providing a first roll of a face material web ; forming a conductive material in a pattern corresponding to said electrically conductive pattern on a surface of the face material web; providing a second roll of a backing material web ; applying a layer of adhesive on a surface of the backing material web; forming holes in the backing material web, before or after said application of adhesive; bringing the backing material web and the face material web together, so that the conductive material and the adhesive are facing each other, between the face material web and the backing material web, and whereby the holes are arranged overlying dedicated contact areas formed in the electrically conductive pattern; laminating the face sheet material with the electrically conductive pattern and the backing sheet material with the adhesive together; and re-winding the laminated web on a third roll .
A method for detecting a defect in at least one metal wire of a set of metal wires, in particular in a cable, the method comprising a: - step of emitting a high-frequency ultrasound signal (Se) centred around a so-called specific frequency (f0) in the metal wire; - step of reflecting said ultrasound signal into the metal wire; and - step of receiving the reflected ultrasound signal; the emitted ultrasound signal (Se) allowing an excitation of at least one high-frequency wave able to propagate in a longitudinal direction (z=L) of the metal wire and having a phase velocity ( V φ ) slightly higher than a velocity ( c p ) of a compression volume wave in the metal from which the metal wire is made, the metal wire having a radius, wherein the specific frequency-radius product, expressed in MHz.mm, is between 10 and 20, and preferably between 11 and 17.5, in which a phase velocity ratio V φ to the speed c P is between 1 and 1.05, preferably between 1 and 1.025. - step of emitting a high-frequency ultrasound signal (Se) centred around a so-called specific frequency (f0) in the metal wire; - step of reflecting said ultrasound signal into the metal wire; and - step of receiving the reflected ultrasound signal; the emitted ultrasound signal (Se) allowing an excitation of at least one high-frequency wave able to propagate in a longitudinal direction (z=L) of the metal wire and having a phase velocity ( V φ ) slightly higher than a velocity ( c p ) of a compression volume wave in the metal from which the metal wire is made, the metal wire having a radius, wherein the specific frequency-radius product, expressed in MHz.mm, is between 10 and 20, and preferably between 11 and 17.5, in which a phase velocity ratio V φ to the speed c P is between 1 and 1.05, preferably between 1 and 1.025.
A dental instrument comprising an operative portion and a shaft , the operative portion being coated with abrasive particles, in particular diamond particles or hard metal particles, comprising: - a rounded tip having a first radius (R1), - a first concave portion adjacent to the tip having a second radius (R2), - a convex portion adjacent to the first concave portion having a third radius (R3) and - a second concave portion adjacent to the convex portion having a fourth radius (R4), - wherein a largest diameter (D1) of the operative portion is arranged at the convex portion , - wherein the largest diameter (D1) is located at the convex portion in the center of the operative portion in the longitudinal direction (X-X) of the dental instrument. - a rounded tip having a first radius (R1), - a first concave portion adjacent to the tip having a second radius (R2), - a convex portion adjacent to the first concave portion having a third radius (R3) and - a second concave portion adjacent to the convex portion having a fourth radius (R4), - wherein a largest diameter (D1) of the operative portion is arranged at the convex portion , - wherein the largest diameter (D1) is located at the convex portion in the center of the operative portion in the longitudinal direction (X-X) of the dental instrument.
A training device comprising - a treadmill with a moving track for walking or running; - a guide arrangement arranged essentially parallel to the moving track , in particular a pair of rails (4, 4', wherein the guide arrangement forms an angle of no more than 5 degrees with the moving track in a basic state; - a carriage with a handle, preferably two handles , displaceably mounted on the guide arrangement; - a weight , in particular a weight stack; characterized in that the carriage is coupled to the weight in such a way that it is displaceable against the weight along the guide arrangement in the walking or running direction, thereby simulating a load on the carriage, wherein the force to be exerted by a user on the carriage in the walking or running direction for displacement depends on the simulated load on the carriage. - a treadmill with a moving track for walking or running; - a guide arrangement arranged essentially parallel to the moving track , in particular a pair of rails (4, 4', wherein the guide arrangement forms an angle of no more than 5 degrees with the moving track in a basic state; - a carriage with a handle, preferably two handles , displaceably mounted on the guide arrangement; - a weight , in particular a weight stack;