mhurhangee/patent-ind-claim-en huggingface dataset:
A method for extension of an interface to a social graph using a query language said social graph comprising nodes connected by edges that represent relationships between the nodes, wherein the nodes form a plurality of trees associated with users of the social graph said method comprising: modifying the interface to the social graph in response to at least one user invoking a service configured to perform at least one query that is not supported by the interface wherein said modifying comprises: adding a first node to at least one user's tree; and attaching the at least one query to the first node, wherein the at least one query operates on nodes in a sub-tree of the added first node and further wherein the modified interface , is used to create the service configured to perform the at least one query on the sub-tree of the added first node adding a first node to at least one user's tree; and attaching the at least one query to the first node, wherein the at least one query operates on nodes in a sub-tree of the added first node
A digital telephony session instantiation and control system comprising a plurality of mobile terminals in operable communication with a server executing a session controller across an IP network , each mobile terminal associated with a profile wherein the session controller is configured for matching non-disassociated user profiles and signalling to instantiate a digital telephony session between mobile terminals associated with the non-disassociated user profiles , wherein the session controller : terminates the session upon expiry of a timer unless receiving first in-call input signals from both mobile terminals ; terminates the session responsive to a second in-call input signal received from either mobile terminal ; and terminates the session and disassociates the profiles responsive to a third in-call input signal received from either mobile terminal , characterised in that the session controller analyses at least one of audio and/or video data exchanged between the mobile terminals to automatically terminate the session. terminates the session upon expiry of a timer unless receiving first in-call input signals from both mobile terminals ; terminates the session responsive to a second in-call input signal received from either mobile terminal ; and terminates the session and disassociates the profiles responsive to a third in-call input signal received from either mobile terminal , characterised in that the session controller analyses at least one of audio and/or video data exchanged between the mobile terminals to automatically terminate the session.
A socket contact comprising: a tubular body having: a first end; a second end opposite the first end, the body having an opening at the first and/or second end; a plurality of slots forming a plurality of beam members , wherein at least one of the beam members comprises at least a first section that is inwardly raised relative to the remaining section of the beam members so as to form a narrower contact section within the socket contact, wherein the slots are angled such that their longitudinal axis is at an angle to a central longitudinal axis of the tubular body; a first collar proximal the first end; a second collar proximal the second end; and a sidewall portion extending between first collar portion and the second collar portion, wherein the sidewall portion comprises the plurality of slots forming the plurality of beam members, wherein each end of the beam member is fixed and anchored in the sidewall portion adjacent each collar such that in use when a mating pin enters the socket contact, the beam members are pressed outwards and the contact section remains substantially concentric about a central longitudinal axis of the socket contact, characterized in that the inwardly raised contact section provides a ridge that includes perpendicular edges to the contact's central longitudinal axis (X) and two angled edges based on the angled edges of a corresponding beam member. a first end; a second end opposite the first end, the body having an opening at the first and/or second end; a plurality of slots forming a plurality of beam members , wherein at least one of the beam members comprises at least a first section that is inwardly raised relative to the remaining section of the beam members so as to form a narrower contact section within the socket contact, wherein the slots are angled such that their longitudinal axis is at an angle to a central longitudinal axis of the tubular body; a first collar proximal the first end; a second collar proximal the second end; and a sidewall portion extending between first collar portion and the second collar portion, wherein the sidewall portion comprises the plurality of slots forming the plurality of beam members, wherein each end of the beam member is fixed and anchored in the sidewall portion adjacent each collar such that in use when a mating pin enters the socket contact, the beam members are pressed outwards and the contact section remains substantially concentric about a central longitudinal axis of the socket contact, characterized in that the inwardly raised contact section provides a ridge that includes perpendicular edges to the contact's central longitudinal axis (X) and two angled edges based on the angled edges of a corresponding beam member.
A method of determining a vibration pattern in a crop processing section of an agricultural harvester , the method comprising: - bringing the crop processing section into a predetermined pseudo-operational configuration wherein no crop is harvested or processed, - when in the predetermined pseudo-operational configuration, using a plurality of vibration sensors (121-126) to establish a reference vibration pattern, - storing the established reference vibration pattern in a memory, - bringing the crop processing section into the predetermined pseudo-operational configuration again, - when in the predetermined pseudo-operational configuration, using the plurality of vibration sensors (121-126) to establish a current vibration pattern, - comparing the established current vibration pattern to the stored reference vibration pattern, and - based on the comparison, providing an output signal representative of a change of vibration pattern of the crop processing section . - bringing the crop processing section into a predetermined pseudo-operational configuration wherein no crop is harvested or processed, - when in the predetermined pseudo-operational configuration, using a plurality of vibration sensors (121-126) to establish a reference vibration pattern, - storing the established reference vibration pattern in a memory, - bringing the crop processing section into the predetermined pseudo-operational configuration again, - when in the predetermined pseudo-operational configuration, using the plurality of vibration sensors (121-126) to establish a current vibration pattern, - comparing the established current vibration pattern to the stored reference vibration pattern, and - based on the comparison, providing an output signal representative of a change of vibration pattern of the crop processing section .
An ultrasonic probe comprising: an ultrasonic transducer that includes an array of transducer elements capable of converting electrical energy to ultrasonic acoustic energy for emission towards a region of interest; and an attenuation material that is capable of inhibiting the return of the ultrasonic acoustic energy back towards the ultrasonic transducer after emission towards the region of interest, wherein the attenuation material comprises a polymer composition that includes a liquid crystalline polymer and a thermally conductive particulate material, characterized in that the thermally conductive particulate material is present in the polymer composition in an amount of from about 50 to about 200 parts per 100 parts of the liquid crystalline polymer, the liquid crystalline polymer has a melting temperature of about 270°C or more and a melt viscosity of about 500 Pa-s or less as determined at a temperature of 45°C above the melting temperature and shear rate of 400 s -1 in accordance with ISO Test No. 11443:2005, and the polymer composition has a through-plane conductivity of about 0.2 W/m-K or more. an ultrasonic transducer that includes an array of transducer elements capable of converting electrical energy to ultrasonic acoustic energy for emission towards a region of interest; and an attenuation material that is capable of inhibiting the return of the ultrasonic acoustic energy back towards the ultrasonic transducer after emission towards the region of interest, wherein the attenuation material comprises a polymer composition that includes a liquid crystalline polymer and a thermally conductive particulate material,
A drill bit insert attached to a tip portion of a drill bit to perform drilling, the drill bit insert comprising: an insert body comprising: a rear end portion buried in a bit body of the drill bit; and a tip portion protruding from a surface of the drill bit and tapered toward a tip side of the insert body , wherein a surface of at least the tip portion of the insert body is made of a polycrystalline cubic boron nitride compact sintered using a catalytic metal containing Al and at least one selected from the group consisting of Co, Ni, Mn, and Fe, polycrystalline cubic boron nitride compact containing 70 vol% to 95 vol% of cubic boron nitride, wherein the polycrystalline cubic boron nitride compact contains a metallic additive containing at least one selected from the group consisting of W, Mo, Cr, V, Zr and Hf, and the catalytic metal content in a portion other than the cubic boron nitride is 64 wt% to 90 wt%, the metallic additive content in the portion other than cubic boron nitride is 10 wt% to 36 wt%, and the Al content in the catalytic metal is 10 wt% to 14 wt%. an insert body comprising: a rear end portion buried in a bit body of the drill bit; and a tip portion protruding from a surface of the drill bit and tapered toward a tip side of the insert body , wherein a surface of at least the tip portion of the insert body is made of a polycrystalline cubic boron nitride compact sintered using a catalytic metal containing Al and at least one selected from the group consisting of Co, Ni, Mn, and Fe, polycrystalline cubic boron nitride compact containing 70 vol% to 95 vol% of cubic boron nitride, wherein the polycrystalline cubic boron nitride compact contains a metallic additive containing at least one selected from the group consisting of W, Mo, Cr, V, Zr and Hf, and the catalytic metal content in a portion other than the cubic boron nitride is 64 wt% to 90 wt%, the metallic additive content in the portion other than cubic boron nitride is 10 wt% to 36 wt%, and the Al content in the catalytic metal is 10 wt% to 14 wt%.
A ceiling air conditioning device, having - at least one air duct extending in a longitudinal direction (L) in order to supply air, - at least one profile element with a number of ribs extending in the transverse direction (Q), which is arranged below the air duct - and at least one line for a temperature control medium for tempering the profile element , which is arranged on the profile element , - wherein the air duct has a number of outlet openings arranged between the ribs , characterized in that - the profile element has at least one groove extending in the longitudinal direction, - and at least one support profile extending in the longitudinal direction (L) is provided, which has at least one spring for engagement in the groove . - at least one air duct extending in a longitudinal direction (L) in order to supply air, - at least one profile element with a number of ribs extending in the transverse direction (Q), which is arranged below the air duct - and at least one line for a temperature control medium for tempering the profile element , which is arranged on the profile element , - wherein the air duct has a number of outlet openings arranged between the ribs , characterized in that - the profile element has at least one groove extending in the longitudinal direction, - and at least one support profile extending in the longitudinal direction (L) is provided, which has at least one spring for engagement in the groove .
A method of making an integrated device having upper and lower planar components forming part of a stack bonded onto a metallic support frame and bonded together by an adhesive layer of well-defined thickness, comprising providing a trench within a peripheral recess formed within a marginal portion of the support frame for said stack, wherein the trench is milled into the support frame ; applying an excess amount of adhesive to one of said planar components ; bringing said upper and lower planar components into proximity such that said adhesive layer of well-defined thickness is formed between said upper and lower planar components ; and collecting surplus adhesive in said trench . providing a trench within a peripheral recess formed within a marginal portion of the support frame for said stack, wherein the trench is milled into the support frame ; applying an excess amount of adhesive to one of said planar components ; bringing said upper and lower planar components into proximity such that said adhesive layer of well-defined thickness is formed between said upper and lower planar components ; and collecting surplus adhesive in said trench .
Ferrite antenna for transmitting and/or receiving kilometric, hectometric or decametric frequency waves, comprising: - at least one first resonant contour, referred to as main contour, comprising at least one first winding referred to as main winding , at least one first ferromagnetic rod referred to as main ferromagnetic rod and a tuning system , each main winding being wound around a main ferromagnetic rod and connected to the tuning system comprising a capacitor, C, connected in parallel with the main winding , so as to create a first resonance frequency referred to as tuning frequency f r1 , - a second contour, referred to as secondary contour, comprising a secondary winding separated electrically from each main winding and a secondary ferromagnetic rod around which the secondary winding is wound, said antenna being characterized in that , - the secondary contour is non-resonant in that it does not comprise a capacitor so that the secondary circuit does not form an LC-type circuit; and - each main ferromagnetic rod and the secondary ferromagnetic rod are arranged parallel to one another to enable a magnetic coupling of each main winding with the secondary winding , so as to create a second resonance frequency, f r2 , distinct from the tuning frequency. - at least one first resonant contour, referred to as main contour, comprising at least one first winding referred to as main winding , at least one first ferromagnetic rod referred to as main ferromagnetic rod and a tuning system , each main winding being wound around a main ferromagnetic rod and connected to the tuning system comprising a capacitor, C, connected in parallel with the main winding , so as to create a first resonance frequency referred to as tuning frequency f r1 , - a second contour, referred to as secondary contour, comprising a secondary winding separated electrically from each main winding and a secondary ferromagnetic rod around which the secondary winding is wound, - the secondary contour is non-resonant in that it does not comprise a capacitor so that the secondary circuit does not form an LC-type circuit; and - each main ferromagnetic rod and the secondary ferromagnetic rod are arranged parallel to one another to enable a magnetic coupling of each main winding with the secondary winding , so as to create a second resonance frequency, f r2 , distinct from the tuning frequency.
A track system for a vehicle, the track system comprising: • a drive wheel configured to be mounted to the vehicle; • a support frame comprising: ∘ a first portion pivotally connected to a second portion , each portion of the support frame comprising an aperture at one end of each of the portions , the pivoting connection between the first and second portions being formed by the superposition of the aperture of the first and second portions ; ∘ a suspension system controlling the pivoting movement of each of the two portions in relation to the other portion; • front idler wheels pivotally mounted to the support frame; • rear idler wheels pivotally mounted to the support frame; • road wheels pivotally mounted to the support frame; • an endless track disposed about the drive wheel , the front and rear idler wheels , and the road wheels , the endless track defining an overall perimeter of the track system . • a drive wheel configured to be mounted to the vehicle; • a support frame comprising: ∘ a first portion pivotally connected to a second portion , each portion of the support frame comprising an aperture at one end of each of the portions , the pivoting connection between the first and second portions being formed by the superposition of the aperture of the first and second portions ; ∘ a suspension system controlling the pivoting movement of each of the two portions in relation to the other portion; ∘ a first portion pivotally connected to a second portion , each portion of the support frame comprising an aperture at one end of each of the portions , the pivoting connection between the first and second portions being formed by the superposition of the aperture of the first and second portions ; ∘ a suspension system controlling the pivoting movement of each of the two portions in relation to the other portion; • front idler wheels pivotally mounted to the support frame; • rear idler wheels pivotally mounted to the support frame; • road wheels pivotally mounted to the support frame; • an endless track disposed about the drive wheel , the front and rear idler wheels , and the road wheels , the endless track defining an overall perimeter of the track system .
A method of synchronizing nodes within an on-body sensor network, the method comprising: transmitting, by a master hub located on a surface of a user, an initialization electrical current pulse into the surface; receiving, by at least one sensor node located on the surface, the initialization electrical current pulse from the surface; transmitting, by the at least one sensor node, an acknowledge electrical current pulse into the surface after a pre-determined delay and in response to receipt of the initialization electrical current pulse; detecting, by the master hub, the acknowledge electrical current pulse; transmitting, by the master hub, a triggering electrical current pulse into the surface, the triggering electrical current pulse including electrical power and data; and receiving, by the at least one sensor node, the triggering electrical current pulse from the surface, the electrical power and data triggering the at least one sensor node to begin generating sensor information. transmitting, by a master hub located on a surface of a user, an initialization electrical current pulse into the surface; receiving, by at least one sensor node located on the surface, the initialization electrical current pulse from the surface; transmitting, by the at least one sensor node, an acknowledge electrical current pulse into the surface after a pre-determined delay and in response to receipt of the initialization electrical current pulse; detecting, by the master hub, the acknowledge electrical current pulse; transmitting, by the master hub, a triggering electrical current pulse into the surface, the triggering electrical current pulse including electrical power and data; and receiving, by the at least one sensor node, the triggering electrical current pulse from the surface, the electrical power and data triggering the at least one sensor node to begin generating sensor information.
Extract of Punica granatum comprising : i. at least 10% by weight of the total weight of the dry extract, of punicalagins; and ii. at least 10% by weight of the total weight of the dry extract, of ellagic acid ; and wherein the weight ratio [ellagic acid/punicalagins] is ranging from 0.5 to 2. i. at least 10% by weight of the total weight of the dry extract, of punicalagins; and ii. at least 10% by weight of the total weight of the dry extract, of ellagic acid ; and
A system for a nacelle of an aircraft propulsion system, comprising: a tubular outer structure ; an anti-icing system for an inlet structure of the nacelle , the anti-icing system comprising a tubular inner structure projecting through a bore of the tubular outer structure ; and a seal assembly configured to close an end of an annulus between the tubular outer structure and the tubular inner structure , the seal assembly including a seal land and a seal element ; the seal land comprising a seal land mount that circumscribes and is attached to the tubular inner structure , the seal land mount configured with a v-shaped sectional geometry in a plane that is parallel with a centerline of the tubular inner structure ; and the seal element attached to the tubular outer structure , the seal element circumscribing and sealingly engaged with the seal land characterized in that the seal element comprises a polymer material, and in that : the seal land mount includes an inner conical element and an outer conical element ; an inner end of the inner conical element is attached to the tubular inner structure ; and an outer end of the inner conical element is connected to an inner end of the outer conical element . a tubular outer structure ; an anti-icing system for an inlet structure of the nacelle , the anti-icing system comprising a tubular inner structure projecting through a bore of the tubular outer structure ; and a seal assembly configured to close an end of an annulus between the tubular outer structure and the tubular inner structure , the seal assembly including a seal land and a seal element ; the seal land comprising a seal land mount that circumscribes and is attached to the tubular inner structure , the seal land mount configured with a v-shaped sectional geometry in a plane that is parallel with a centerline of the tubular inner structure ; and the seal element attached to the tubular outer structure , the seal element circumscribing and sealingly engaged with the seal land characterized in that the seal element comprises a polymer material, and in that : the seal land mount includes an inner conical element and an outer conical element ; an inner end of the inner conical element is attached to the tubular inner structure ; and an outer end of the inner conical element is connected to an inner end of the outer conical element . the seal land mount includes an inner conical element and an outer conical element ; an inner end of the inner conical element is attached to the tubular inner structure ; and an outer end of the inner conical element is connected to an inner end of the outer conical element .