mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a proxy table at a proxy node, a) the proxy node receiving a message from a first resource restricted device, said message being intended to at least one corresponding destination device, b) the proxy node checking whether an entry for the first resource restricted device is included in the set of entries of the proxy table, the set of entries of the proxy table indicating the set of resource-restricted devices the proxy node does forward messages from to the corresponding destination device, c) the proxy node forwarding the message depending on the result of the proxy table checking at step b, and characterized in that d) the proxy node, for at least an entry related to the resource-restricted device, monitors the relative usage of the entry for forwarding messages for the first resource restricted device with the usage of competitor proxy nodes for forwarding messages for the first resource restricted device, and decides upon keeping, or amending, or removing the entry based on the monitoring the relative usage. a) the proxy node receiving a message from a first resource restricted device, said message being intended to at least one corresponding destination device, b) the proxy node checking whether an entry for the first resource restricted device is included in the set of entries of the proxy table, the set of entries of the proxy table indicating the set of resource-restricted devices the proxy node does forward messages from to the corresponding destination device, c) the proxy node forwarding the message depending on the result of the proxy table checking at step b, and characterized in that d) the proxy node, for at least an entry related to the resource-restricted device, monitors the relative usage of the entry for forwarding messages for the first resource restricted device with the usage of competitor proxy nodes for forwarding messages for the first resource restricted device, and decides upon keeping, or amending, or removing the entry based on the monitoring the relative usage.
Processing station for the automated production of a cable set consisting of a multitude of single cables having - a carrier unit for holding a cable bundle consisting of the single cables with a predefined, also branched routing, - a processing unit to automatically fix the single cables of the cable bundle to one another, - a manipulator for the relative movement of the processing unit to the cable bundle, characterised in that the processing unit comprises a fixing unit which is formed to automatically apply a fixing agent to the cable bundle, wherein a setting resin is provided as the fixing agent. - a carrier unit for holding a cable bundle consisting of the single cables with a predefined, also branched routing, - a processing unit to automatically fix the single cables of the cable bundle to one another, - a manipulator for the relative movement of the processing unit to the cable bundle,
A water pipe with synchronously retractable multi-layer, comprising: a retractable inner pipe, a fabric sleeve sleeved outside the inner pipe, and a retractable plastic film layer interposed between the inner pipe and the fabric sleeve; wherein the fabric sleeve is configured as a retractable cylindrical one- or multi-layer fabric sleeve or a corrugated one- or multi-layer fabric sleeve, the retractable fabric sleeve can only be retractable in the axial direction and cannot be deployed or retracted in the radial direction, along with the inner pipe, due to the way it is interwoven; and an outer surface of the plastic film layer is fit to an inner surface of the fabric sleeve. a retractable inner pipe, a fabric sleeve sleeved outside the inner pipe, and a retractable plastic film layer interposed between the inner pipe and the fabric sleeve; wherein the fabric sleeve is configured as a retractable cylindrical one- or multi-layer fabric sleeve or a corrugated one- or multi-layer fabric sleeve, the retractable fabric sleeve can only be retractable in the axial direction and cannot be deployed or retracted in the radial direction, along with the inner pipe, due to the way it is interwoven; and an outer surface of the plastic film layer is fit to an inner surface of the fabric sleeve.
A pneumatic tire (1, 9, 10), comprising an outer apex which is located axially outward of a bead apex of the tire and axially outward of a carcass turn-up part of the tire and which is formed from a rubber composition, the rubber composition having a thermal conductivity of 0.60 W/m·K or higher, wherein the rubber composition comprises a pitch-based carbon fiber and/or graphite, characterized in that at least 80% of the pitch-based carbon fiber and/or graphite in the outer apex is oriented at an angle of -15 to +15° to a tire width direction.
A distal basket for a cannula assembly comprising: a cylindrical body portion installed in the cannula assembly and having a circular first edge, a circular second edge, and a central axis extending through said cylindrical body portion; at least one rib disposed between said circular first edge and said circular second edge and extending substantially parallel with said first and second edges (33, 35); a plurality of fingers extending orthogonally from said first edge, each of said fingers having a base and a distal end; and an offset disposed on said circular second edge of said cylindrical body portion and adapted to abut an end of a coiled reinforcing member in the cannula assembly. a cylindrical body portion installed in the cannula assembly and having a circular first edge, a circular second edge, and a central axis extending through said cylindrical body portion; at least one rib disposed between said circular first edge and said circular second edge and extending substantially parallel with said first and second edges (33, 35); a plurality of fingers extending orthogonally from said first edge, each of said fingers having a base and a distal end; and an offset disposed on said circular second edge of said cylindrical body portion and adapted to abut an end of a coiled reinforcing member in the cannula assembly.
An induction heat cooking apparatus comprising: a rectifier configured to convert an AC voltage supplied from an external power source into a DC voltage; an inverter configured to receive the voltage from the rectifier to supply current to heating coils; the heating coils configured to generate magnetic fields when the current flows by the inverter; a resonance capacitor comprising a plurality of capacitors (160a, 160b) connected to each other and connected to DC terminals to which the DC voltage is outputted from the rectifier; characterized by a wireless power transfer, WPT, capacitor connected in parallel to the resonance capacitor; and a mode conversion switch configured to be connected between the resonance capacitor and the WPT capacitor, wherein the mode conversion switch is configured to be opened in a cooking device heating mode and closed in a wireless power transfer mode. a rectifier configured to convert an AC voltage supplied from an external power source into a DC voltage; an inverter configured to receive the voltage from the rectifier to supply current to heating coils; the heating coils configured to generate magnetic fields when the current flows by the inverter; a resonance capacitor comprising a plurality of capacitors (160a, 160b) connected to each other and connected to DC terminals to which the DC voltage is outputted from the rectifier; characterized by a wireless power transfer, WPT, capacitor connected in parallel to the resonance capacitor; and a mode conversion switch configured to be connected between the resonance capacitor and the WPT capacitor, wherein the mode conversion switch is configured to be opened in a cooking device heating mode and closed in a wireless power transfer mode.
Wooden building construction system comprising wall-filling elements assembled between support elements, of which - the filling elements are prefabricated wooden elements which are contiguously butted and stacked on one another, each prefabricated filling element comprising two parallel boards including one outside the wall to be constructed and the other inside the said wall, the said boards being spaced from one another by spacer-forming means such that they define a hollow parallelepiped; characterized in that - the support elements are - on the one hand posts having the height of the wall to be constructed and assembled with one stack of filling elements or with two stacks on either side of the said post and - on the other hand prefabricated angle elements stacked on one another, having the same height as the filling elements and butting with them. - the filling elements are prefabricated wooden elements which are contiguously butted and stacked on one another, each prefabricated filling element comprising two parallel boards including one outside the wall to be constructed and the other inside the said wall, the said boards being spaced from one another by spacer-forming means such that they define a hollow parallelepiped; characterized in that - the support elements are - on the one hand posts having the height of the wall to be constructed and assembled with one stack of filling elements or with two stacks on either side of the said post and - on the other hand prefabricated angle elements stacked on one another, having the same height as the filling elements and butting with them. - on the one hand posts having the height of the wall to be constructed and assembled with one stack of filling elements or with two stacks on either side of the said post and - on the other hand prefabricated angle elements stacked on one another, having the same height as the filling elements and butting with them.
A Method for producing a microelectronic device comprising at least a connection element between a first metal line of a given metallic interconnecting level and a second metal line of another metallic interconnecting level, the connection element being semiconductor and comprising nano-wires and a gate electrode for controlling the conduction of the nanowires, the method comprising the steps of: a) forming, on a first metal line of a given metal interconnection level, at least one semiconductor connection element (124, 224) formed of a plurality of nano-wires obtained by growing the nano-wires directly on the first metal line (110, 210) and arranged in a cavity (119, 229) formed through a dielectric layer resting on the first metal line (110, 210) said semiconductor connection element being intended to connect the first metal line (110, 210) to a second metal line (160, 260) of another metal interconnection line located above said given metal interconnection line and such that the nano-wires extend in a direction forming a nonzero angle with said first metal line and second metal line, then b) formation in said cavity (119, 219) of a gate electrode (134, 234) to control the conduction of the nano-wires (124, 224) by depositing a gate dielectric then and gate material (134, 234) in said cavity (119, 229), so as to fill the spaces between the nano-wires, so that the nano-wires are surrounded by a dielectric zone (134, 234) and at least a gate electrode region (134, 234) is surrounded by the nano-wires. a) forming, on a first metal line of a given metal interconnection level, at least one semiconductor connection element (124, 224) formed of a plurality of nano-wires obtained by growing the nano-wires directly on the first metal line (110, 210) and arranged in a cavity (119, 229) formed through a dielectric layer resting on the first metal line (110, 210) said semiconductor connection element being intended to connect the first metal line (110, 210) to a second metal line (160, 260) of another metal interconnection line located above said given metal interconnection line and such that the nano-wires extend in a direction forming a nonzero angle with said first metal line and second metal line, then b) formation in said cavity (119, 219) of a gate electrode (134, 234) to control the conduction of the nano-wires (124, 224) by depositing a gate dielectric then and gate material (134, 234) in said cavity (119, 229), so as to fill the spaces between the nano-wires, so that the nano-wires are surrounded by a dielectric zone (134, 234) and at least a gate electrode region (134, 234) is surrounded by the nano-wires.
A method comprising: obtaining, by a mobility element of a network, an attach request from a first user equipment, UE, wherein the attach request indicates an attach type associated with a network location service; communicating (304, 306), based on the attach type being associated with the network location service, an attach accept to the first UE to trigger a location request for the first UE, wherein the attach accept is communicated to the first UE without the mobility element authenticating the first UE; receiving the location request from the first UE; and communicating location information to the first UE based on the location request, wherein the method further comprises: initializing, by the mobility element, a timer based on the attach type being associated with the network location service; and upon expiration of the timer, discarding, by the mobility element, context information associated with the first UE for the attach request obtained by the mobility element. obtaining, by a mobility element of a network, an attach request from a first user equipment, UE, wherein the attach request indicates an attach type associated with a network location service; communicating (304, 306), based on the attach type being associated with the network location service, an attach accept to the first UE to trigger a location request for the first UE, wherein the attach accept is communicated to the first UE without the mobility element authenticating the first UE; receiving the location request from the first UE; and communicating location information to the first UE based on the location request, wherein the method further comprises: initializing, by the mobility element, a timer based on the attach type being associated with the network location service; and upon expiration of the timer, discarding, by the mobility element, context information associated with the first UE for the attach request obtained by the mobility element. initializing, by the mobility element, a timer based on the attach type being associated with the network location service; and upon expiration of the timer, discarding, by the mobility element, context information associated with the first UE for the attach request obtained by the mobility element.
Liquid-crystalline medium, characterised in that it comprises one or more compounds of the formula IA, in which R A denotes a halogenated or unsubstituted alkyl or alkoxy radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may each be replaced, independently of one another, by -C≡C-, -CF 2 O-, -CH=CH-, -O-, -CO-O- or -O-CO- in such a way that O atoms are not linked directly to one another, X A denotes F, Cl, CN, SF 5, SCN, NCS, a halogenated alkyl radical, a halogenated alkenyl radical, a halogenated alkoxy radical or a halogenated alkenyloxy radical, each having up to 6 C atoms, and Y 1-2 each, independently of one another, denote H or F. R A denotes a halogenated or unsubstituted alkyl or alkoxy radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may each be replaced, independently of one another, by -C≡C-, -CF 2 O-, -CH=CH-, -O-, -CO-O- or -O-CO- in such a way that O atoms are not linked directly to one another, X A denotes F, Cl, CN, SF 5, SCN, NCS, a halogenated alkyl radical, a halogenated alkenyl radical, a halogenated alkoxy radical or a halogenated alkenyloxy radical, each having up to 6 C atoms, and Y 1-2 each, independently of one another, denote H or F.
A method of locating network resources over a communication network, comprising: receiving a digital certificate identifying a first entity; extracting information from at least one predetermined field of the digital certificate; using the extracted information as input to a location generation function to create a resource locator for a certificate revocation list repository, the resource locator comprising at least one static portion and at least one dynamic portion, wherein the location generation function comprises rules used to create the resource locator, and wherein said at least one dynamic portion is derived by the location generation function from the information extracted from the digital certificate; contacting the network resource over the communication network in accordance with a communication protocol using the resource locator to obtain requested information concerning the first entity. receiving a digital certificate identifying a first entity; extracting information from at least one predetermined field of the digital certificate; using the extracted information as input to a location generation function to create a resource locator for a certificate revocation list repository, the resource locator comprising at least one static portion and at least one dynamic portion, wherein the location generation function comprises rules used to create the resource locator, and wherein said at least one dynamic portion is derived by the location generation function from the information extracted from the digital certificate; contacting the network resource over the communication network in accordance with a communication protocol using the resource locator to obtain requested information concerning the first entity.
A firearm, preferably a rifle, comprising a trigger group, operable by the user for commanding a shooting action, wherein said trigger group comprises a trigger, which is rotatable with respect to a trigger axis (G-G) and an adjustment device suitable for adjusting the intensity needed to operate the trigger comprising: - a rod movable by the trigger, extending axially between a trigger end and a free end; - a command member engaged with the rod, positionable in a predetermined axial operating position, wherein the rod is slidably engaged with the command member; - a thrust spring, acting on the rod between the trigger end and the command member, wherein the elastic action of the thrust spring on the trigger is a function of the axial operating position of the command member; wherein the firearm is characterized by the fact that the trigger group comprises an adjustment region, which is engageable by the command member, wherein said adjustment region comprises an adjustment opening crossed by the command member, wherein said adjustment opening comprises at least two, preferably three, adjustment areas (1801, 1802, 1803) in which the command member is fixedly positionable. - a rod movable by the trigger, extending axially between a trigger end and a free end; - a command member engaged with the rod, positionable in a predetermined axial operating position, wherein the rod is slidably engaged with the command member; - a thrust spring, acting on the rod between the trigger end and the command member, wherein the elastic action of the thrust spring on the trigger is a function of the axial operating position of the command member; wherein the firearm is characterized by the fact that the trigger group comprises an adjustment region, which is engageable by the command member, wherein said adjustment region comprises an adjustment opening crossed by the command member, wherein said adjustment opening comprises at least two, preferably three, adjustment areas (1801, 1802, 1803) in which the command member is fixedly positionable. wherein the elastic action of the thrust spring on the trigger is a function of the axial operating position of the command member; wherein the firearm is characterized by the fact that the trigger group comprises an adjustment region, which is engageable by the command member, wherein said adjustment region comprises an adjustment opening crossed by the command member, wherein said adjustment opening comprises at least two, preferably three, adjustment areas (1801, 1802, 1803) in which the command member is fixedly positionable.
A tire comprising a tread portion having a ground contacting tread surface that comes into contact with a road surface, wherein the ground contacting tread surface includes a pair of ground contacting ends (11E, 11E) forming outermost ends in a tire width direction, the tread portion includes a shoulder region having a range from one of the pair of ground contacting ends to 0.20W to 0.30W inward of the one ground contacting end in the tire width direction where a distance between the pair of ground contacting ends (11E, 11E) is a ground contact width W, a tread profile that is a contour of the shoulder region is defined by N radii of curvature SR(n) (n = 1 to N) in order from inner side in the tire width direction in a cross-section taken along the tire width direction and a tire radial direction, and the above N and the radii of curvature SR(n) satisfy a condition of: N ≥ 3 and SR(n) / SR(n + 1) ≤ 3, wherein the shoulder region includes an inner shoulder end forming an innermost end in the tire width direction, the tread portion includes a center region having a range from a tire equator line to the inner shoulder end, a tread profile that is a contour of the center region is defined by M radii of curvature CR(n) (n = 1 to M) in order of proximity to the tire equator line in the cross-section taken along the tire width direction and the tire radial direction, and SR and CR satisfy a condition CR / SR ≥ 5, where SR defines an innermost portion in the tire width direction of the radii of curvature SR to SR and CR defines an outermost portion in the tire width direction of the radii of curvature CR to CR, wherein the surface of the shoulder region in the tire radial direction is gradually varied along the tire width direction in the cross-section taken along the tire width direction and the tire radial direction.
Conservatory awning having a rotatably mounted fabric shaft from which it is possible to unwind a fabric whose front end in the extension direction is fastened to an extension profile, wherein the extension profile is mounted so as to be displaceable on guide rails, wherein the extension profile has a valance shaft from which a valance can be unwound and extended in a freely suspended manner vertically downwards or guided downwards on guide elements arranged in particular vertically, characterised in that the fabric shaft is driven by means of a fabric shaft motor and the valance shaft is driven by means of a valance shaft motor, wherein the fabric shaft motor and the valance shaft motor are actuated by a control unit which is configured in such a way that it is only possible to extend the valance when the extension profile is fully extended and/or it is only possible to retract the extension profile when the valance is fully retracted.