mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus implementing a traffic detection function, TDF , or a packet data network, PDN, gateway, P-GW , within an evolved packet core, EPC , said apparatus being configured to: receive, for each intra-application flow of the application flow provided from an application function , and from a node in the EPC implementing a policy and charging rules function, PCRF , an intra-application flow priority indicator, FPI, and an enhanced flow description, wherein the enhanced flow description identifies a corresponding intra-application flow of the application flow received from the application function and the intra-application FPI identifies the relative priority of the respective corresponding intra-application flow relative to the other intra-application flows of the application flow ; identify which packets belong to which of the intra-application flows based on the enhanced flow descriptions; prioritize packets of the intra-application flows based on the plurality of intra-application FPIs. receive, for each intra-application flow of the application flow provided from an application function , and from a node in the EPC implementing a policy and charging rules function, PCRF , an intra-application flow priority indicator, FPI, and an enhanced flow description, wherein the enhanced flow description identifies a corresponding intra-application flow of the application flow received from the application function and the intra-application FPI identifies the relative priority of the respective corresponding intra-application flow relative to the other intra-application flows of the application flow ; identify which packets belong to which of the intra-application flows based on the enhanced flow descriptions; prioritize packets of the intra-application flows based on the plurality of intra-application FPIs.
A method for controlling access to an access object , the method being performed in an electronic key device and comprising the steps of: communicating with an access control device to obtain an identity of the access control device ; sending an access request to a server , the access request comprising an identity of the electronic key device and the identity of the access control device ; receiving a response from the server, the response comprising a key delegation to the electronic key device ; and sending a grant access request to the access control device , the grant access request comprising the key delegation, to allow the access control device to evaluate whether to grant access to the access object based on a plurality of delegations comprising a sequence of delegations from the access control device to the electronic key device such that, in the sequence of delegations, the delegator of the first delegation is the access control device, and the last delegation is the key delegation, wherein each delegation is a delegation of an access right for the access object from a delegator to a receiver, and each delegation comprises a delegator identifier and a receiver identifier. communicating with an access control device to obtain an identity of the access control device ; sending an access request to a server , the access request comprising an identity of the electronic key device and the identity of the access control device ; receiving a response from the server, the response comprising a key delegation to the electronic key device ; and sending a grant access request to the access control device , the grant access request comprising the key delegation, to allow the access control device to evaluate whether to grant access to the access object based on a plurality of delegations comprising a sequence of delegations from the access control device to the electronic key device such that, in the sequence of delegations, the delegator of the first delegation is the access control device, and the last delegation is the key delegation, wherein each delegation is a delegation of an access right for the access object from a delegator to a receiver, and each delegation comprises a delegator identifier and a receiver identifier.
A printing device of the 3D printer type for additive manufacturing from materials of the polymer type in the form of fusible granules , the printing device comprising means for heating the granules to obtain a molten material, means for supplying the molten material up to a print head comprising at its outlet a print nozzle , the supply means comprising a worm screw driven by a motor , the shaft of the worm screw and the shaft of the motor being different and spaced apart from each other, a drive mechanism arranged between the shaft of the motor and the shaft of the worm screw so that the rotation of the shaft of the motor drives that of the shaft of the worm screw, characterised in that said printing device comprises a first fan arranged at the end portion of the drive mechanism coupled to the shaft of the motor and a second fan arranged at the end portion of the drive mechanism coupled to the shaft of the worm screw .
A liquid washing agent containing, based on the total weight of the liquid washing agent, (i) 10 to 30 wt.%, in particular 15 to 25 wt.%, of at least one hydroxycarboxylic acid having 2 to 8 carbon atoms and (ii) 20 to 55 wt.%, in particular 35 to 50 wt.%, of at least one non-ionic surfactant, (iii) 0 to 20 wt.% water, (iv) at least one enzyme having an optimum pH at 30 °C of pH < 7, wherein the liquid washing agent has a pH (1% (wt.%) solution of the washing agent in distilled water at 25 °C) in the range of 2 to 5. (i) 10 to 30 wt.%, in particular 15 to 25 wt.%, of at least one hydroxycarboxylic acid having 2 to 8 carbon atoms and (ii) 20 to 55 wt.%, in particular 35 to 50 wt.%, of at least one non-ionic surfactant, (iii) 0 to 20 wt.% water, (iv) at least one enzyme having an optimum pH at 30 °C of pH < 7,
A method for connecting to a network, applied in a routing device, comprising: receiving (S301, S402) device information sent by a smart device, wherein the device information is broadcasted by the smart device when the smart device is not connected to the network; generating (S302, S403) a network access request carrying the device information; based on a bound user account, sending (S303, S404) the network access request to a terminal device on which the bound user account is logged in, the network access request comprising information for requesting a user of the terminal device to confirm the network access request, receiving (S304) a process result made by the user from the terminal device with regard to the network access request; and when the process result indicates that the network is allowed to be accessed, sending (S305, S407) the connection information of the routing device to the smart device, such that the smart device connects to the network according to the connection information via the routing device, wherein, based on a bound user account, sending (S303, S404) the network access request to a terminal device on which the bound user account is logged in, comprises: sending account information of the bound user account and the network access request to a server, such that the server forwards the network access request to the terminal device on which the bound user account is logged in according to the account information. receiving (S301, S402) device information sent by a smart device, wherein the device information is broadcasted by the smart device when the smart device is not connected to the network; generating (S302, S403) a network access request carrying the device information; based on a bound user account, sending (S303, S404) the network access request to a terminal device on which the bound user account is logged in, the network access request comprising information for requesting a user of the terminal device to confirm the network access request, receiving (S304) a process result made by the user from the terminal device with regard to the network access request; and when the process result indicates that the network is allowed to be accessed, sending (S305, S407) the connection information of the routing device to the smart device, such that the smart device connects to the network according to the connection information via the routing device, wherein, based on a bound user account, sending (S303, S404) the network access request to a terminal device on which the bound user account is logged in, comprises: sending account information of the bound user account and the network access request to a server, such that the server forwards the network access request to the terminal device on which the bound user account is logged in according to the account information.
A system comprising: at least one processor; a memory connected to the at least one processor; and at least one program module loaded into the memory, the at least one program module comprising a streaming join module that: analyzes a join condition for joining data pulled from a first data stream and data pulled from a second data stream to determine an allowable time range for joinable data; analyzes data from the first data stream and data from the second data stream; and generates an order in which data from the first and second data streams is ingested such that later-arriving stream data is ingested with an intentional delay, wherein the intentional delay means that the data associated with a time X is not ingested from the second data stream until data associated with a time X+T is ingested from the first data stream, where T is the lower boundary of the allowable time range for joinable data. at least one processor; a memory connected to the at least one processor; and at least one program module loaded into the memory, the at least one program module comprising a streaming join module that: analyzes a join condition for joining data pulled from a first data stream and data pulled from a second data stream to determine an allowable time range for joinable data; analyzes data from the first data stream and data from the second data stream; and generates an order in which data from the first and second data streams is ingested such that later-arriving stream data is ingested with an intentional delay, wherein the intentional delay means that the data associated with a time X is not ingested from the second data stream until data associated with a time X+T is ingested from the first data stream, where T is the lower boundary of the allowable time range for joinable data. analyzes a join condition for joining data pulled from a first data stream and data pulled from a second data stream to determine an allowable time range for joinable data; analyzes data from the first data stream and data from the second data stream; and generates an order in which data from the first and second data streams is ingested such that later-arriving stream data is ingested with an intentional delay, wherein the intentional delay means that the data associated with a time X is not ingested from the second data stream until data associated with a time X+T is ingested from the first data stream, where T is the lower boundary of the allowable time range for joinable data.
A container handling machine for handling containers, such as bottles for example, comprising a machine protection element which shields active parts of the container handling machine against interventions from the outside, for example by operating personnel, at least during operation and which extends at least partly over a part of the periphery of the container handling machine, wherein a display is integrated into the machine protection element , wherein information, for example on the operating state of the container handling machine , can be displayed on the display, wherein the display is at least partially provided as a touch display, characiterized in that a user recognition unit is provided that is suitable to recognize the position of a user in the surroundings of the container handling machine , and that a control unit is connected to the user recognition unit and the display and the control unit controls the display on the display depending on a user's position.
A gas turbine engine flow duct comprising: a flow duct disposed along an engine centerline (A) of the gas turbine engine and defining a stream flow passage ; and first and second rows of heat exchangers disposed along the engine centerline (A) of the gas turbine engine and integrated in the flow duct in fluid communication with the stream flow passage of the flow duct ; wherein the first and second rows of heat exchangers have a variable geometry arrangement for adjusting static pressure in the stream flow passage downstream of the heat exchangers ; and wherein the variable geometry arrangement of heat exchangers includes the heat exchangers and ejectors circumferentially disposed about the engine centerline (A), in which the ejector comprises an adjustable nozzle component and an adjustable diffuser component disposed along the engine centerline (A). a flow duct disposed along an engine centerline (A) of the gas turbine engine and defining a stream flow passage ; and first and second rows of heat exchangers disposed along the engine centerline (A) of the gas turbine engine and integrated in the flow duct in fluid communication with the stream flow passage of the flow duct ;
A parking management system , including: a central control device configured to centrally manage the division and dispatch of a parking space, wherein the central control device divides and dispatches the parking space based on size information of the vehicle to be parked, at least one projection device configured to project and display on a parking ground the range of the parking space to assist the parking of a vehicle into the parking space in response to the division and dispatch of the parking space by the central control device ; characterized in that the central control device determines remaining parking spaces based on actual parking position of the vehicle in order to divide and dispatch other parking spaces and the central control device performs pre-allocation of parking spaces for remaining parking spaces based on multiple factors, wherein priority weights with different orders of magnitude are set for different factors to determine the allocation order of the remaining parking spaces, and said factors are a distance of the parking space from an exit or entrance, whether the parking space is scattered or not, priority being given to dispatching the remaining scattered parking spaces and retaining a whole piece of space for flexible adaptation. a central control device configured to centrally manage the division and dispatch of a parking space, wherein the central control device divides and dispatches the parking space based on size information of the vehicle to be parked, at least one projection device configured to project and display on a parking ground the range of the parking space to assist the parking of a vehicle into the parking space in response to the division and dispatch of the parking space by the central control device ; characterized in that the central control device determines remaining parking spaces based on actual parking position of the vehicle in order to divide and dispatch other parking spaces and the central control device performs pre-allocation of parking spaces for remaining parking spaces based on multiple factors, wherein priority weights with different orders of magnitude are set for different factors to determine the allocation order of the remaining parking spaces, and said factors are a distance of the parking space from an exit or entrance, whether the parking space is scattered or not, priority being given to dispatching the remaining scattered parking spaces and retaining a whole piece of space for flexible adaptation.
An interdental space detection component for use with an interdental care device, the interdental space detection component comprising: - an interdental probe insertable into an oral cavity of a user for interdental space detection; and wherein the interdental probe is configured to detect an interdental space by detecting a presence of teeth on two sides of the interdental probe within the oral cavity, wherein the detection is based on electric detection; and wherein the interdental probe comprises an electronic element configured to be sensitive to being wedged between two neighboring teeth or configured to detect respective contacts or distances on two sides of the interdental probe. - an interdental probe insertable into an oral cavity of a user for interdental space detection; and wherein the interdental probe is configured to detect an interdental space by detecting a presence of teeth on two sides of the interdental probe within the oral cavity, wherein the detection is based on electric detection; and wherein the interdental probe comprises an electronic element configured to be sensitive to being wedged between two neighboring teeth or configured to detect respective contacts or distances on two sides of the interdental probe.
A cartridge adapted for removable use in a hand-held polishing apparatus for polishing a running base that comprises a blade with two opposing blade edges which are separated one from the other by an intermediate section , the cartridge comprising: i) a support body comprising a polishing surface ; and ii) blade alignment guide means ; wherein the blade alignment guide means comprise one or more pairs of first and second blade alignment guides, wherein first and second blade alignment guides in each one or more pairs are separated from each other by the polishing surface so as to form one or more first blade edge relief zones between the one or more first blade alignment guides and the polishing surface, and one or more second blade edge relief zones between the one or more second blade alignment guides and the polishing surface; and further wherein, when the cartridge is positioned within the polishing apparatus and is in use to polish a running base, the one or more first blade edge relief zones are adapted to receive one of the two opposing blade edges of the running base blade and the one or more second blade edge relief zones are adapted to receive the other of the two opposing blade edges; characterised in that the polishing surface is a a resiliently deformable polishing surface which comprises resilient means and a profile which is adapted to conform with and be resiliently deflected towards one or more portions of the intermediate section . i) a support body comprising a polishing surface ; and ii) blade alignment guide means ;
An apparatus for an alpine touring binding for holding a footwear toe to a snow travel aid when the heel of the footwear is detached from the snow travel aid, the apparatus comprising a pair of teeth with conical ends moveable between open and closed positions, wherein: (i) in the closed position the conical ends engage concavities in opposite side portions of the footwear toe to grasp the toe while permitting pivotal movement of the footwear about the toe in forward and rearward directions, and (ii) in the open position the teeth are positioned so that the conical ends do not grasp the toe; and wherein the apparatus further comprises one or more resilient elements that constantly bias the teeth to the closed position throughout the range of motion of the teeth between the open and closed positions, a catch for restraining the teeth at the open position against said constant bias and a trigger for releasing the catch to permit the teeth to move to the closed position, wherein the trigger is actuated by contact with the footwear. (i) in the closed position the conical ends engage concavities in opposite side portions of the footwear toe to grasp the toe while permitting pivotal movement of the footwear about the toe in forward and rearward directions, and (ii) in the open position the teeth are positioned so that the conical ends do not grasp the toe; and wherein the apparatus further comprises one or more resilient elements that constantly bias the teeth to the closed position throughout the range of motion of the teeth between the open and closed positions, a catch for restraining the teeth at the open position against said constant bias and a trigger for releasing the catch to permit the teeth to move to the closed position, wherein the trigger is actuated by contact with the footwear.
A method of wireless communication at a user equipment, UE, comprising: determining a parameter of a bundled machine-type-communication, MTC, physical downlink control channel, M-PDCCH, candidate monitored by the UE, wherein the parameter of the bundled M-PDCCH comprises a repetition level; receiving an indication associated with a discontinuous reception, DRX, configuration of the UE; and determining a DRX configuration parameter, the DRX configuration parameter being a function of the parameter of the M-PDCCH candidate and the indication, wherein the DRX configuration parameter indicates the DRX ON duration. determining a parameter of a bundled machine-type-communication, MTC, physical downlink control channel, M-PDCCH, candidate monitored by the UE, wherein the parameter of the bundled M-PDCCH comprises a repetition level; receiving an indication associated with a discontinuous reception, DRX, configuration of the UE; and determining a DRX configuration parameter, the DRX configuration parameter being a function of the parameter of the M-PDCCH candidate and the indication, wherein the DRX configuration parameter indicates the DRX ON duration.
A handheld personal care device , comprising: one or more light emitting elements , each configured to emit light; one or more light receiving elements , each configured to receive light and to output a respective measurement signal representing measurements of the received light; and a control unit that is configured to estimate a position and/or an orientation of the device relative to a subject ; characterized in that the one or more light emitting elements and the one or more light receiving elements are arranged on the device such that, depending on the position and/or the orientation of the device relative to the subject , at least one of the one or more light receiving elements can receive light emitted by at least one of the one or more light emitting elements and reflected by a reflective surface in an environment of the subject; wherein the control unit is configured to estimate the position and/or the orientation of the device relative to the subject based on an analysis of the respective measurement signals of the one or more light receiving elements to determine, for each of the one or more light receiving elements, (i) whether the light receiving element has received light from at least one of the one or more light emitting elements, and/or (ii) from which of the one or more light emitting elements the light receiving element has received light. one or more light emitting elements , each configured to emit light; one or more light receiving elements , each configured to receive light and to output a respective measurement signal representing measurements of the received light; and a control unit that is configured to estimate a position and/or an orientation of the device relative to a subject ; characterized in that the one or more light emitting elements and the one or more light receiving elements are arranged on the device such that, depending on the position and/or the orientation of the device relative to the subject , at least one of the one or more light receiving elements can receive light emitted by at least one of the one or more light emitting elements and reflected by a reflective surface in an environment of the subject; wherein the control unit is configured to estimate the position and/or the orientation of the device relative to the subject based on an analysis of the respective measurement signals of the one or more light receiving elements to determine, for each of the one or more light receiving elements, (i) whether the light receiving element has received light from at least one of the one or more light emitting elements, and/or (ii) from which of the one or more light emitting elements the light receiving element has received light.