mhurhangee/patent-ind-claim-en huggingface dataset:
A group communication method, comprising: receiving , by a subgroup server, a first subscription request message sent by a group server for subscribing to a group member resource, wherein the first subscription request message carries an address of the group server for aggregating notification messages and an address of a subscription device that has sent a request message for subscribing to a group member resource to the group server; sending , by the subgroup server, a second subscription request message for subscribing to the group member resource to each group member device that belongs to the subgroup server, wherein the second subscription request message carries an address of the subgroup server for aggregating notification messages and the address of the subscription device; receiving , by the subgroup server, notification messages sent by group member devices that belong to the subgroup server, wherein the notification messages are sent to the subgroup server after a resource of a group member device of the group member devices meets a subscription condition set by the subscription device, and the number of received notification messages is at least two; aggregating , by the subgroup server, the received notification messages into one notification message according to the address of the subscription device included in the received notification messages; and sending , by the subgroup server, the notification message obtained after aggregation to the address of the group server for aggregating notification messages. receiving , by a subgroup server, a first subscription request message sent by a group server for subscribing to a group member resource, wherein the first subscription request message carries an address of the group server for aggregating notification messages and an address of a subscription device that has sent a request message for subscribing to a group member resource to the group server; sending , by the subgroup server, a second subscription request message for subscribing to the group member resource to each group member device that belongs to the subgroup server, wherein the second subscription request message carries an address of the subgroup server for aggregating notification messages and the address of the subscription device; receiving , by the subgroup server, notification messages sent by group member devices that belong to the subgroup server, wherein the notification messages are sent to the subgroup server after a resource of a group member device of the group member devices meets a subscription condition set by the subscription device, and the number of received notification messages is at least two; aggregating , by the subgroup server, the received notification messages into one notification message according to the address of the subscription device included in the received notification messages; and sending , by the subgroup server, the notification message obtained after aggregation to the address of the group server for aggregating notification messages.
A rubber composition obtainable by compounding a rubber component containing a diene based rubber, a rosin based resin, a carbon black and calcium carbonate, wherein: the compounding amount of the rosin based resin is 3 parts by mass or more per 100 parts by mass of the diene based rubber, and the compounding amount of the calcium carbonate is 10 parts by mass or more and 120 parts by mass or less per 100 parts by mass of the diene based rubber. the compounding amount of the rosin based resin is 3 parts by mass or more per 100 parts by mass of the diene based rubber, and the compounding amount of the calcium carbonate is 10 parts by mass or more and 120 parts by mass or less per 100 parts by mass of the diene based rubber.
A control device for controlling a light emitting element by performing pulse width modulation comprising: a DC-DC converter for supplying voltage to the light emitting element, a setting unit that sets a control value for the pulse width modulation, a detection unit that detects an actual value of an ON time period which is a period during which the current flowing through the light emitting element is relatively high, and a correction unit for correcting the control value set by the setting unit so as to reduce the difference between a specified value of the ON time period corresponding to the control value and the actual value of the ON time period detected by the detection unit, characterised in that the pulse width modulation is in the DC-DC converter. a DC-DC converter for supplying voltage to the light emitting element, a setting unit that sets a control value for the pulse width modulation, a detection unit that detects an actual value of an ON time period which is a period during which the current flowing through the light emitting element is relatively high, and a correction unit for correcting the control value set by the setting unit so as to reduce the difference between a specified value of the ON time period corresponding to the control value and the actual value of the ON time period detected by the detection unit, characterised in that the pulse width modulation is in the DC-DC converter.
A mower , comprising: a main body ; a blade housing depending from the main body and having an open lower end; at least one cutting blade supported in the blade housing in a rotatable manner in a horizontal plane; an engine mounted on the main body for driving the cutting blade; a grass collection bag attached to a rear end of the main body; a chute extending in a fore and aft direction rearward with an upward slant to communicate an interior of the blade housing with an interior of the grass collection bag; a pair of rear wheels provided in a rear part of the main body; a pair of electric motors mounted in a rear part of the main body and connected to the respective rear wheels in a power transmitting relationship; and a battery for supplying electric power to the electric motors and positioned under the chute in a space surrounded by the electric motors and the chute, characterized in that the chute is bent in a middle part thereof corresponding to the position of the battery in side view in such a manner that a concave side thereof opposes the battery which is positioned centrally with respect to the lateral direction. a main body ; a blade housing depending from the main body and having an open lower end; at least one cutting blade supported in the blade housing in a rotatable manner in a horizontal plane; an engine mounted on the main body for driving the cutting blade; a grass collection bag attached to a rear end of the main body; a chute extending in a fore and aft direction rearward with an upward slant to communicate an interior of the blade housing with an interior of the grass collection bag; a pair of rear wheels provided in a rear part of the main body; a pair of electric motors mounted in a rear part of the main body and connected to the respective rear wheels in a power transmitting relationship; and a battery for supplying electric power to the electric motors and positioned under the chute in a space surrounded by the electric motors and the chute, characterized in that the chute is bent in a middle part thereof corresponding to the position of the battery in side view in such a manner that a concave side thereof opposes the battery which is positioned centrally with respect to the lateral direction.
A vehicle seat comprising: a seat cushion ; and a seat back , the seat back comprising: a resin frame having a rear surface of which is at least partly exposed; a pad material disposed on the resin frame ; a trim cover covering the pad material ; and a resin hook attached to an end of the trim cover , wherein the resin frame has a turned-back end formed by turning an end of the resin frame back outward in a U shape so as to form a hollow portion having a width (W2), the resin hook is engaged with the turned-back end, and the resin hook has a protrusion having a thickness (T2) at a leg thereof located within the hollow portion together with an end of the trim cover , the protrusion having a thickness (T2) in the direction of said width (W2). a seat cushion ; and a seat back , the seat back comprising: a resin frame having a rear surface of which is at least partly exposed; a pad material disposed on the resin frame ; a trim cover covering the pad material ; and a resin hook attached to an end of the trim cover , a resin frame having a rear surface of which is at least partly exposed; a pad material disposed on the resin frame ; a trim cover covering the pad material ; and a resin hook attached to an end of the trim cover , wherein the resin frame has a turned-back end formed by turning an end of the resin frame back outward in a U shape so as to form a hollow portion having a width (W2), the resin hook is engaged with the turned-back end, and the resin hook has a protrusion having a thickness (T2) at a leg thereof located within the hollow portion together with an end of the trim cover , the protrusion having a thickness (T2) in the direction of said width (W2).
A method implemented by a network device functioning as a customer edge (CE) device to facilitate determination of a designated forwarder (DF) for sending broadcast, unknown unicast or multicast (BUM) traffic from a plurality of provider edge (PE) devices in an Ethernet virtual private network (EVPN) instance on a given Ethernet segment, where the method reduces a time for DF determination and loss of traffic for the CE device, the method comprising: determining a set of priorities for links between the network device and the plurality of PE devices, where each PE device in the plurality of PE devices has one active link to the network device with a highest priority, and remaining links to the network device have decreasing priority without overlap between the PE devices in the plurality of PE devices, where the priority of the remaining links to the network device decreases starting with the remaining links of a first PE and ending with the remaining links of a last PE; determining an active link minimum based on a total number of links to be active in the Ethernet segment; and reassigning active links between the network device and the PE devices according to the set of priorities for the links thereby identifying a new DF, in response to a change in connection of PE devices to the Ethernet segment. determining a set of priorities for links between the network device and the plurality of PE devices, where each PE device in the plurality of PE devices has one active link to the network device with a highest priority, and remaining links to the network device have decreasing priority without overlap between the PE devices in the plurality of PE devices, where the priority of the remaining links to the network device decreases starting with the remaining links of a first PE and ending with the remaining links of a last PE; determining an active link minimum based on a total number of links to be active in the Ethernet segment; and reassigning active links between the network device and the PE devices according to the set of priorities for the links thereby identifying a new DF, in response to a change in connection of PE devices to the Ethernet segment.
Core extension for a lock core of a lock cylinder that extends substantially in an axial direction (Z), for axially extending a lock core , characterized in that the core extension is of multi-part design and comprises at least one extension part and at least one pressure piece which is located therein in an axial direction (Z) and which extends substantially in an axial direction (Z), wherein the pressure piece is of multi-part design and comprises at least one pressure pin and one pressure pin holder , wherein the pressure pin holder has a pressure pin receptacle for at least partially accommodating and/or guiding the pressure pin , wherein the pressure pin holder has a locking bolt receptacle for holding at least two locking bolts , wherein the pressure pin accommodated in the pressure pin holder is preloaded in the pressure piece by a spring accumulator unit so that, when the pressure of the spring accumulator unit is released, the pressure pin is at least partially pushed out of the pressure pin holder , wherein the locking bolt receptacle is formed by means of a groove, wherein parts of the locking bolts are provided in the groove, wherein the locking bolts are preloaded toward each other by means of a spring accumulator unit, wherein in the non-locking, readyto-operate state the locking bolts are held in a preloaded manner by the locking bolt receptacle by arranging the spring accumulator unit between the locking bolts .
Arrangement for tracking a movement of an upper jaw relative to a lower jaw , the arrangement comprising: a lower mounting structure mountable relative to the lower jaw ; at least one lower motion sensor system mounted at the lower mounting structure; and at least one data transmission unit adapted to transmit measurement data from the lower motion sensor system to an analysis unit or module , wherein the arrangement further comprises an upper mounting structure mountable relative to the upper jaw ; at least one upper motion sensor system mounted at the upper mounting structure, wherein the at least one data transmission unit is further adapted for transmitting measurement data from the upper motion sensor system to the analysis unit . wherein the arrangement further comprises: an analysis module for analysing the measurement data acquired during a chewing motion, wherein the analysis module comprises an electronic storage for storing a 3D model of the upper jaw including plural upper teeth and the lower jaw including plural lower teeth , wherein the analysis module is adapted to derive, from the measurement data transmitted from the lower motion sensor system and the upper motion sensor system, position data representing positions of the upper teeth/jaw relative to position of the lower teeth/jaw, the position data being in particular applicable for deriving a jaw movement and/or jaw movement axis. a lower mounting structure mountable relative to the lower jaw ; at least one lower motion sensor system mounted at the lower mounting structure; and at least one data transmission unit adapted to transmit measurement data from the lower motion sensor system to an analysis unit or module , wherein the arrangement further comprises an upper mounting structure mountable relative to the upper jaw ; at least one upper motion sensor system mounted at the upper mounting structure, wherein the at least one data transmission unit is further adapted for transmitting measurement data from the upper motion sensor system to the analysis unit . wherein the arrangement further comprises: an analysis module for analysing the measurement data acquired during a chewing motion, wherein the analysis module comprises an electronic storage for storing a 3D model of the upper jaw including plural upper teeth and the lower jaw including plural lower teeth , wherein the analysis module is adapted to derive, from the measurement data transmitted from the lower motion sensor system and the upper motion sensor system, position data representing positions of the upper teeth/jaw relative to position of the lower teeth/jaw, the position data being in particular applicable for deriving a jaw movement and/or jaw movement axis.
A steel cap for structurally connecting together a new foundation and an existing tower, with the new foundation including at least one foundation element , such as a pile positioned in the ground, and with the existing tower including an existing foundation and a tower structure extending from and supported by the existing foundation , the steel cap comprising (a) a first element and a second element , said first element for connecting the cap to the at least one new foundation element , with the first element being formed to extend in use around at least a part of the existing tower anc (b) said second element welded or otherwise connected to the first element to extend the first element for connecting the steel cap to the existing tower and thereby, in use, connecting together the new foundation and the existing tower, wherein the first element is in the form of a plate which includes a cut-out section in a side wall of the plate that has the same shape as a part of a transverse section of a leg of the existing tower and the first element is formed to be positioned against and extends around at least a part of an outer profile of the existing tower, wherein the plate includes an opening for the foundation element of the new foundation or a plurality of openings for the multiple foundation elements of the new foundation so that the plate can be connected, for example by being bolted or welded, to the single or multiple new foundation elements .
A method for removing a portion of an electric submersible pump power cable conduit housing from a conduit with hand powered tools, comprising: cutting the conduit housing only a portion of a way through the conduit housing ; separating the portion of the conduit housing from a remaining portion of the conduit housing by applying a tensile load to an uncut portion of the cut; and squaring an end surface of the remaining portion of the conduit housing relative to an axis of the conduit . cutting the conduit housing only a portion of a way through the conduit housing ; separating the portion of the conduit housing from a remaining portion of the conduit housing by applying a tensile load to an uncut portion of the cut; and squaring an end surface of the remaining portion of the conduit housing relative to an axis of the conduit .
A method for communication, comprising: obtaining received data for a multiple-input multiple-output, MIMO, transmission; processing the received data based on a front-end filter to obtain filtered data; processing the filtered data based on at least one first combiner matrix to obtain detected data for a first frame, wherein a combiner matrix combines on-time signal components in the filtered data for a channelization code to obtain detected data for the channelization code, wherein on-time signal components are signal components tracing back to a desired symbol to be recovered as well as other symbols transmitted at the same time as the desired symbol; processing the detected data for the first frame to obtain decoded data for the first frame; determining if the first frame is decoded correctly; and processing the filtered data based on at least one second combiner matrix and decoded data for the first frame when the first frame is decoded correctly to cancel interference due to the first frame and obtain detected data for a second frame; and wherein the processing the filtered data based on the at least one second combiner matrix comprises estimating interference only due to on-time signal components of the first frame, and cancelling the interference from the filtered data. obtaining received data for a multiple-input multiple-output, MIMO, transmission; processing the received data based on a front-end filter to obtain filtered data; processing the filtered data based on at least one first combiner matrix to obtain detected data for a first frame, wherein a combiner matrix combines on-time signal components in the filtered data for a channelization code to obtain detected data for the channelization code, wherein on-time signal components are signal components tracing back to a desired symbol to be recovered as well as other symbols transmitted at the same time as the desired symbol; processing the detected data for the first frame to obtain decoded data for the first frame; determining if the first frame is decoded correctly; and processing the filtered data based on at least one second combiner matrix and decoded data for the first frame when the first frame is decoded correctly to cancel interference due to the first frame and obtain detected data for a second frame; and wherein the processing the filtered data based on the at least one second combiner matrix comprises estimating interference only due to on-time signal components of the first frame, and cancelling the interference from the filtered data.
A pharmaceutical formulation comprising between 30% and 50% by weight of the total composition of caprylic triglyceride, and at least one matrix forming agent present in an amount of between about 20% and about 70% by weight of the total composition, wherein the at least one matrix forming agent is selected from the group consisting of glyceryl dibehenate, carnauba wax, and combinations thereof.
An espresso coffee machine comprising at least one dispensing group suitable for dispensing a shot of espresso coffee, the at least one dispensing group being configured to removably engage a portafilter, said machine comprising: - a pressure sensor positioned at said dispensing group and suitable for supplying values of a dispensing pressure at said dispensing group ; - a measuring device suitable for providing values indicative of an amount of liquid at the inlet or outlet of said dispensing group ; and - a control unit configured to receive said values of said dispensing pressure from said pressure sensor and said values indicative of said amount of liquid from said measuring device , wherein said control unit is configured to control, using said values of said dispensing pressure received from said pressure sensor and said values indicative of said amount of liquid received from said measuring device , said dispensing pressure according to a profile of dispensing pressure as a function of said amount of liquid, wherein said measuring device comprises a weighing device configured to measure a mass of liquid at the outlet of said dispensing group and wherein said values indicative of an amount of liquid at the inlet or at the outlet of said dispensing group comprise values of mass of liquid at the outlet of said dispensing group . - a pressure sensor positioned at said dispensing group and suitable for supplying values of a dispensing pressure at said dispensing group ; - a measuring device suitable for providing values indicative of an amount of liquid at the inlet or outlet of said dispensing group ; and - a control unit configured to receive said values of said dispensing pressure from said pressure sensor and said values indicative of said amount of liquid from said measuring device ,
Planet carrier arrangement , comprising a planet carrier mounted in a suspended manner on a first end of a traction element , wherein the traction element is accommodated at a first end in a bearing assembly in a manner enabling it to oscillate, characterised in that the bearing assembly has at least one first and one second roller bearing , wherein one of the roller bearings is designed to absorb an axial force lifting the planet carrier .