mhurhangee/patent-ind-claim-en huggingface dataset:
A message distribution system configured to provide traffic messages received by at least one base station of a telecommunications network to at least one traffic control system capable of controlling traffic infrastructure, e.g. one or more traffic lights or one or more traffic information panels, characterized by the message distribution system comprising: - a detection module configured to detect traffic messages from user devices in a radio coverage area of the at least one base station, wherein the detection module is configured to distinguish traffic messages from non-traffic messages received from the user devices and for forwarding the traffic messages to a routing module ; and - the routing module configured to access association information associating a first routing address of a first traffic control system with a first base station, and associating a second routing address of a second traffic control system with a second base station, and to route the detected traffic messages to the routing address associated with the base station receiving the traffic messages from the user devices. - a detection module configured to detect traffic messages from user devices in a radio coverage area of the at least one base station, wherein the detection module is configured to distinguish traffic messages from non-traffic messages received from the user devices and for forwarding the traffic messages to a routing module ; and - the routing module configured to access association information associating a first routing address of a first traffic control system with a first base station, and associating a second routing address of a second traffic control system with a second base station, and to route the detected traffic messages to the routing address associated with the base station receiving the traffic messages from the user devices.
A cartridge configured to be received in a surgical instrument, the cartridge comprising: (a) a cartridge housing having a plurality of staple slots; (b) a plurality of staples respectively positioned within the plurality of staple slots; and (c) a driver assembly having a plurality of drivers respectively supporting the plurality of staples thereon within the plurality of staple slots, wherein at least one driver of the plurality of drivers has a distal height different relative to a distal height of at least another driver of the plurality of drivers in a predetermined variable height pattern, wherein the plurality of drivers includes a first row of drivers arranged along the length of the cartridge, and wherein the first row of drivers is arranged in the predetermined variable height pattern from a first end to a second end and a middle therebetween, characterized in that the predetermined variable height pattern tapers down from the respective first and second ends toward the middle. (a) a cartridge housing having a plurality of staple slots; (b) a plurality of staples respectively positioned within the plurality of staple slots; and (c) a driver assembly having a plurality of drivers respectively supporting the plurality of staples thereon within the plurality of staple slots, wherein at least one driver of the plurality of drivers has a distal height different relative to a distal height of at least another driver of the plurality of drivers in a predetermined variable height pattern, wherein the plurality of drivers includes a first row of drivers arranged along the length of the cartridge, and wherein the first row of drivers is arranged in the predetermined variable height pattern from a first end to a second end and a middle therebetween, characterized in that the predetermined variable height pattern tapers down from the respective first and second ends toward the middle. wherein the plurality of drivers includes a first row of drivers arranged along the length of the cartridge, and wherein the first row of drivers is arranged in the predetermined variable height pattern from a first end to a second end and a middle therebetween, characterized in that the predetermined variable height pattern tapers down from the respective first and second ends toward the middle.
A method for executing a movement between a hub and a pulley of an isolator , wherein the hub defines an axis, the pulley is rotatably mounted to the hub through an isolation spring and a transition spring connected together via a rotatable intermediate member , wherein the isolation spring has a first spring rate and the transition spring has a second spring rate, the method comprising: executing a relative movement in a first rotational direction between the hub and the pulley away from a home position throughout a first range, and executing a relative movement beyond the first range and between the hub and the pulley away from the home position throughout a second range, wherein during the relative movement throughout the first range the effective spring rate of the isolator is the series sum of the first and second spring rates, and wherein during the relative movement throughout the second range the effective spring rate of the isolator is the first spring rate; said method is characterized by executing a relative movement in a second, opposite, rotational direction between the hub and the pulley away from a home position throughout a third range, wherein during the relative movement throughout the third range the effective spring rate of the isolator is the first spring rate. executing a relative movement in a first rotational direction between the hub and the pulley away from a home position throughout a first range, and executing a relative movement beyond the first range and between the hub and the pulley away from the home position throughout a second range, wherein during the relative movement throughout the first range the effective spring rate of the isolator is the series sum of the first and second spring rates, and wherein during the relative movement throughout the second range the effective spring rate of the isolator is the first spring rate; said method is characterized by executing a relative movement in a second, opposite, rotational direction between the hub and the pulley away from a home position throughout a third range, wherein during the relative movement throughout the third range the effective spring rate of the isolator is the first spring rate.
A method for instance-level object recognition in a robotic system, the method comprising: obtaining at least one image of an object from an imaging device; determining , through a category-level deep detection neural network , a pre-defined category of the object, of a plurality of predefined categories of objects, based on the at least one image of the object and pre-defined category-level object images stored in the robotic system; generating a feature map for the object of the pre-defined category determined by the category-level deep detection neural network ; generating embedded features, based on the feature map, using an instance-level deep detection neural network corresponding to the pre-defined category of the object, wherein each pre-defined category of the plurality of predefined categories of objects comprises a corresponding different instance-level deep detection neural network; recognizing an instance-level of the object based on classification of the embedded features; and performing a robotic operation by the robotic system based on the instance-level recognition of the object, wherein the feature map is a forward-computed feature map of a last shared layer of the category-level deep detection neural network and the instance-level deep detection neural network that correspond to the object. obtaining at least one image of an object from an imaging device; determining , through a category-level deep detection neural network , a pre-defined category of the object, of a plurality of predefined categories of objects, based on the at least one image of the object and pre-defined category-level object images stored in the robotic system; generating a feature map for the object of the pre-defined category determined by the category-level deep detection neural network ; generating embedded features, based on the feature map, using an instance-level deep detection neural network corresponding to the pre-defined category of the object, wherein each pre-defined category of the plurality of predefined categories of objects comprises a corresponding different instance-level deep detection neural network; recognizing an instance-level of the object based on classification of the embedded features; and performing a robotic operation by the robotic system based on the instance-level recognition of the object, wherein the feature map is a forward-computed feature map of a last shared layer of the category-level deep detection neural network and the instance-level deep detection neural network that correspond to the object.
A separable assembly comprising: a cellulose member having a side surface and an end face forming an edge with the side surface , the cellulose member defining an elongated sliding track therein, the elongated sliding track extending from an end opening at the end face and being of T-shaped transverse cross-section, the cellulose member defining a side opening along the sliding track at the side surface of the cellulose member , the sliding track further defining a detent recess spaced from the end face and extending into the cellulose member ; and a rigid plastic member having an edge configured to be received within the end opening of the cellulose member and slid along the sliding track with the plastic member extending through the side opening , the plastic member comprising a detent protrusion configured to engage the detent recess to retain the plastic member at an assembled position along the sliding track , wherein the plastic member comprises a spring bridge extending between two fixed bridge ends spaced apart along the edge , with the detent protrusion extending from the spring bridge at a position between the two bridge ends, the detent protrusion and detent recess being configured such that sufficient force applied to move the plastic member along the sliding track from the assembled position toward the end opening will resiliently deflect the spring bridge to withdraw the detent protrusion from the detent recess . a cellulose member having a side surface and an end face forming an edge with the side surface , the cellulose member defining an elongated sliding track therein, the elongated sliding track extending from an end opening at the end face and being of T-shaped transverse cross-section, the cellulose member defining a side opening along the sliding track at the side surface of the cellulose member , the sliding track further defining a detent recess spaced from the end face and extending into the cellulose member ; and a rigid plastic member having an edge configured to be received within the end opening of the cellulose member and slid along the sliding track with the plastic member extending through the side opening , the plastic member comprising a detent protrusion configured to engage the detent recess to retain the plastic member at an assembled position along the sliding track , wherein the plastic member comprises a spring bridge extending between two fixed bridge ends spaced apart along the edge , with the detent protrusion extending from the spring bridge at a position between the two bridge ends, the detent protrusion and detent recess being configured such that sufficient force applied to move the plastic member along the sliding track from the assembled position toward the end opening will resiliently deflect the spring bridge to withdraw the detent protrusion from the detent recess .
A retaining device including a strap portion and a lateral interior trim part of the vehicle, said device being arranged so as to hold the seatbelt strap portion of a motor vehicle against the lateral interior trim part of said vehicle, the strap portion comprising a piece of ferromagnetic material integral with the strap portion , the lateral interior trim part being made of nonmagnetic material and comprising a magnet integral with the lateral interior trim part ; the magnet and the piece integral with the strap portion being arranged facing one another so that the piece integral with the strap portion , and therefore the portion of the strap , is attracted by the magnet when the latter passes in the magnetic field of the magnet to press said piece , and therefore the strap portion , against the lateral interior trim part , the lateral interior trim part comprising a support of the magnet suited to receive the magnet in a detachable manner, and the support being arranged on the face of the lateral interior trim part which is not visible from the interior of the vehicle.
Method for controlling a heat pump, in which a counterclockwise rotating thermodynamic Clausius-Rankine cycle process is operated and in which a working fluid is conducted in a closed, hermetically sealed working fluid circuit , wherein the heat pump has at least one speed-controlled compressor , at least one electronically controlled expansion valve , at least one condenser , at least one evaporator and at least one speed-controlled fan and a heat pump control, wherein useful heat is delivered to a heating circuit or useful cooling is delivered to at least one cooling circuit, wherein both the compressor speeds and the fan speeds are detected by the heat pump control, characterized in that - the blade sequence frequency and its integer multiples are formed from each fan speed, - this blade sequence frequency and its integer multiples are compared with each compressor speed and its integer multiples, - and the heat pump control has a predeterminable frequency spacing which keeps the compared integer multiples of the compressor speeds and those of the blade sequence frequency controlled at a distance from one another by this predeterminable frequency spacing, - by changing either the speed of the compressors or the speeds of the fans or both by control intervention. - the blade sequence frequency and its integer multiples are formed from each fan speed, - this blade sequence frequency and its integer multiples are compared with each compressor speed and its integer multiples, - and the heat pump control has a predeterminable frequency spacing which keeps the compared integer multiples of the compressor speeds and those of the blade sequence frequency controlled at a distance from one another by this predeterminable frequency spacing, - by changing either the speed of the compressors or the speeds of the fans or both by control intervention.
Method for processing cellulose-containing biomass, comprising the step of subjecting a treatment mixture comprising said cellulose-containing biomass, water and methanesulfonic acid to a temperature in the range of from 100 °C to 200 °C at a pressure in the range of from 1 to 20 bars (100 to 2000 kPa) wherein the pressure is selected so that at least a part of the water is in the liquid state to generate a treated cellulose-containing biomass, wherein said treatment mixture further comprises one or more compounds selected from the group consisting of - compounds of formula (I) - and surfactants which are not compounds of formula (I), wherein in formula (I) R 1 and R 2 are independently selected from the group consisting of hydrogen, unsubstituted and substituted alkyl with 1 to 22 carbon atoms (C 1 - to C 22 -alkyl) and unsubstituted and substituted aryl, wherein in said substituted C 1 -to C 22 -alkyl and said substituted aryl each substituent is independently selected from the group consisting of -OSO 3 H, -SO 3 H, -COOH and -OPO 3 H 2 and salts thereof - each R x in said x groups is independently of each further R x selected from the group consisting of hydrogen and alkyl with 1 to 20 carbon atoms (C 1 - to C 20 -alkyl) x is an integer from 1 to 2400 - compounds of formula (I) - and surfactants which are not compounds of formula (I), R 1 and R 2 are independently selected from the group consisting of hydrogen, unsubstituted and substituted alkyl with 1 to 22 carbon atoms (C 1 - to C 22 -alkyl) and unsubstituted and substituted aryl, wherein in said substituted C 1 -to C 22 -alkyl and said substituted aryl each substituent is independently selected from the group consisting of -OSO 3 H, -SO 3 H, -COOH and -OPO 3 H 2 and salts thereof - each R x in said x groups is independently of each further R x selected from the group consisting of hydrogen and alkyl with 1 to 20 carbon atoms (C 1 - to C 20 -alkyl) x is an integer from 1 to 2400
Operating unit for the delivery of steam from a coffee machine or the like, wherein the operating unit has a fixed sleeve , an outlet head adjustable held on this, a steam lance attachable to this, and an adjustable sleeve with the operating element , wherein engaging means are provided, with which the sleeve can be engaged with the operating element in a basic position, in which no steam is discharged, and from this basic position in a direction of at least one engaged position for the discharge of at least one specific quantity of steam, wherein the sleeve is adjustable in the opposite direction, with which the quantity of steam can be adjusted almost continuously, wherein the engaging means are formed from a shaped section arranged in the sleeve and an axially adjustable pin acted on by a spring in the fixed sleeve , which is in action connection with the shaped section, wherein associated with the shaped section arranged in the sleeve are a step for the basic position, a step-like progression for the engagement positions and a ramp shaped gradient extending from the step in the opposite direction for the continuous adjustment of the operating element .
A method comprising: providing for display, by a user device , a user interface comprising a plurality of media items and a plurality of media availability indicators (626; 1122), wherein a portion of the user interface represents that an encrypted version of a media item of the plurality of media items and a wrapped encryption key for the encrypted version of the media item are being received over a peer-to-peer connection , wherein the wrapped encryption key is encrypted using a public key of a media server and masks the encryption key from the user device and wherein the encrypted version of the media item is a version of the media item encrypted using the encryption key; updating , by the user device , a media availability indicator of the media availability indicators (626; 1122) to represent that the encrypted version of the media item and the wrapped encryption key are saved; transmitting , by the user device , the wrapped encryption key to the media server ; receiving , by the user device , an unwrapped encryption key for the encrypted version of the media item from the media server , wherein the unwrapped encryption key is the encryption key; using, by the user device, the unwrapped encryption key to decrypt the encrypted version of the media item; and updating , by the user device , the media availability indicator (626; 1122) to represent the media item is available to be experienced. providing for display, by a user device , a user interface comprising a plurality of media items and a plurality of media availability indicators (626; 1122), wherein a portion of the user interface represents that an encrypted version of a media item of the plurality of media items and a wrapped encryption key for the encrypted version of the media item are being received over a peer-to-peer connection , wherein the wrapped encryption key is encrypted using a public key of a media server and masks the encryption key from the user device and wherein the encrypted version of the media item is a version of the media item encrypted using the encryption key; updating , by the user device , a media availability indicator of the media availability indicators (626; 1122) to represent that the encrypted version of the media item and the wrapped encryption key are saved; transmitting , by the user device , the wrapped encryption key to the media server ; receiving , by the user device , an unwrapped encryption key for the encrypted version of the media item from the media server , wherein the unwrapped encryption key is the encryption key; using, by the user device, the unwrapped encryption key to decrypt the encrypted version of the media item; and updating , by the user device , the media availability indicator (626; 1122) to represent the media item is available to be experienced.
A compound, 3-[2-fluoro-5-(2,3-difluoro-6-methoxybenzyloxy)-4-methoxyphenyl]-2,4-dioxo-1,2,3,4- tetrahydrothieno pyrimidine-5-carboxylic acid, represented by formula (I) or a pharmaceutically acceptable salt thereof, for use in a method of reducing the volume of menstrual blood loss in a female human patient, the method comprising administering the compound to the patient in an amount of about 100 mg per day.
An Internet Protocol Multimedia Subsystem Centralized Services Interworking Function, ICS-IWF, for supporting a registration procedure for an inbound roamer user equipment, UE , which has a non- Internet Protocol Multimedia Subsystem / Internet Protocol Subsystem Centralized Services, non- IMS/ ICS, home public land mobile network, HPLMN, in an IMS Centralized Services, ICS, -enabled visited public land mobile network, 'VPLMN' , the ICS-IWF comprising: a transceiver and a controller wherein the controller , since the Mobile Switching Center, MSC , of the ICS-enabled VPLMN cannot contact directly a Home Subscriber Server / Home Location Register, HSS/HLR , of the inbound roamer UE non-IMS/ICS -enabled HPLMN , is configured to: control the transceiver to receive (S904), from a serving Call Session Control Function, 'CSCF' , of the ICS-enabled VPLMN , a request for authentication information of the inbound roamer UE; retrieve (S906) the requested authentication information of the inbound roamer UE from the HSS/HLR of the non-IMS/ICS-enabled HPLMN and control the transceiver to transmit (S907) the retrieved authentication information of the inbound roamer UE to the serving CSCF of the ICS-enabled VPLMN for use in said registration procedure of the inbound roamer UE in the ICS-enabled VPLMN. control the transceiver to receive (S904), from a serving Call Session Control Function, 'CSCF' , of the ICS-enabled VPLMN , a request for authentication information of the inbound roamer UE; retrieve (S906) the requested authentication information of the inbound roamer UE from the HSS/HLR of the non-IMS/ICS-enabled HPLMN and control the transceiver to transmit (S907) the retrieved authentication information of the inbound roamer UE to the serving CSCF of the ICS-enabled VPLMN for use in said registration procedure of the inbound roamer UE in the ICS-enabled VPLMN.