mhurhangee/patent-ind-claim-en huggingface dataset:
A motorcycle tire comprising: a tread portion having a tread face, a pair of sidewall portions, a pair of bead portions , a carcass extending between the bead portions through the tread portion and the sidewall portions , and a tread reinforcing layer disposed radially outside the carcass in the tread portion , wherein the tread reinforcing layer is composed of a helically wound strip of parallel reinforcing cords coated with topping rubber , and the winding pitch of the wound strip is larger in a central part (Cr) and axially outer shoulder parts (Sh) of the tread reinforcing layer than in middle parts (Mi) of the tread reinforcing layer between the central part (Cr) and the shoulder parts (Sh), characterized in that a pitch ratio P/La of the winding pitch P of the strip to a distance La between the reinforcing cords in the strip which are closest to respective two sides of the strip is 162% to 260% in the central part (Cr), 129% to 162% in the middle parts (Mi), and 140% to 240% in the shoulder parts (Sh). a tread portion having a tread face, a pair of sidewall portions, a pair of bead portions , a carcass extending between the bead portions through the tread portion and the sidewall portions , and a tread reinforcing layer disposed radially outside the carcass in the tread portion , wherein the tread reinforcing layer is composed of a helically wound strip of parallel reinforcing cords coated with topping rubber , and the winding pitch of the wound strip is larger in a central part (Cr) and axially outer shoulder parts (Sh) of the tread reinforcing layer than in middle parts (Mi) of the tread reinforcing layer between the central part (Cr) and the shoulder parts (Sh),
Method for separating a synthesis gas containing carbon monoxide and hydrogen in which: i) a flow of synthesis gas received from a source of synthesis gas is compressed in a compressor , ii) the compressed synthesis gas is purified in a purification unit to purify it of water and/or carbon dioxide, iii) the compressed and purified flow of synthesis gas is cooled, iv) the cooled flow of synthesis gas is separated by washing and/or distillation at a cryogenic temperature and optionally by adsorption in a separating unit , and v) at least the following three gases are produced in the separating unit: a carbon monoxide-enriched gas , a hydrogen-enriched gas , a residual gas containing carbon monoxide and hydrogen that is less pure with respect to carbon monoxide than the carbon monoxide-enriched gas and less pure with respect to hydrogen than the hydrogen-enriched gas and optionally also a methane-enriched gas, and/or a nitrogen-enriched gas, and vi) only if the flow of synthesis gas received from the source and sent to the compressor is below a threshold or zero, at least one part of each of the following three gases: the carbon monoxide-enriched gas , the hydrogen-enriched gas and the residual gas containing carbon monoxide and hydrogen is sent downstream of the source, to be purified in the purification unit and separated in the separating unit, the at least one part of the three gases being sent upstream of the compressor to be compressed in the compressor upstream of the purification. i) a flow of synthesis gas received from a source of synthesis gas is compressed in a compressor , ii) the compressed synthesis gas is purified in a purification unit to purify it of water and/or carbon dioxide, iii) the compressed and purified flow of synthesis gas is cooled, iv) the cooled flow of synthesis gas is separated by washing and/or distillation at a cryogenic temperature and optionally by adsorption in a separating unit , and v) at least the following three gases are produced in the separating unit: a carbon monoxide-enriched gas , a hydrogen-enriched gas , a residual gas containing carbon monoxide and hydrogen that is less pure with respect to carbon monoxide than the carbon monoxide-enriched gas and less pure with respect to hydrogen than the hydrogen-enriched gas and optionally also a methane-enriched gas, and/or a nitrogen-enriched gas, and vi) only if the flow of synthesis gas received from the source and sent to the compressor is below a threshold or zero, at least one part of each of the following three gases: the carbon monoxide-enriched gas , the hydrogen-enriched gas and the residual gas containing carbon monoxide and hydrogen is sent downstream of the source, to be purified in the purification unit and separated in the separating unit, the at least one part of the three gases being sent upstream of the compressor to be compressed in the compressor upstream of the purification.
Luggage-type baggage article, comprising at least two half-shells as well as an extendable and retractable handle mechanism which is at least partly housed in one of the half-shells and which is configured to lock/unlock a handle of the article in a position selected from a plurality of extension positions of the handle relative to the half-shells, by rotation of a grip portion of the handle; characterized in that the extendable and retractable handle mechanism comprises a handle axle to which is mechanically connected the rotatable grip portion, at least one sheath mounted to be fixed in one of the half-shells, at least one elongate member of specific cross-section mounted to be translationally movable relative to the sheath, and at least one locking/unlocking system mechanically connected to said at least one elongate member of specific cross-section, housed at least partly in said at least one sheath and configured to be actuated by the handle axle, said at least one locking/unlocking system comprising at least one bushing and being configured, in a first position of the grip portion and of the handle axle, to compress said at least one bushing such that the latter is tightly applied against an inside face of said at least one sheath to keep said at least one elongate member of specific cross-section fixed relative to said at least one sheath, so locking the handle in the selected position and being configured, in a second position of the grip portion and of the handle axle obtained by rotation of the grip portion, to decompress said at least one bushing such that the latter enables free sliding of said at least one elongate member of specific cross-section in said at least one sheath, so unlocking the handle.
An apparatus comprising at least one processor , and at least one memory including a computer program code , wherein the at least one memory and the computer program code are configured, with the at least one processor , to cause the apparatus to: control sensing operations of one or more access nodes ; obtain information from the sensing operations of the one or more access nodes ; receive, from a device , a request to be provided sensing services, wherein the sensing services are based on the obtained information, and wherein the device has a subscription that defines a quality of service and access rights available for the device ; determine a sensing quality of service associated with the request; receive, from the device , information regarding sensing capabilities of the device ; based, at least partly, on the request and the sensing capabilities of the device , determine if the requested sensing services can be provided; and wherein the request comprises indication of flags for uplink and downlink operations being enabled in the device and a desired update rate for the sensing services. control sensing operations of one or more access nodes ; obtain information from the sensing operations of the one or more access nodes ; receive, from a device , a request to be provided sensing services, wherein the sensing services are based on the obtained information, and wherein the device has a subscription that defines a quality of service and access rights available for the device ; determine a sensing quality of service associated with the request; receive, from the device , information regarding sensing capabilities of the device ; based, at least partly, on the request and the sensing capabilities of the device , determine if the requested sensing services can be provided; and wherein the request comprises indication of flags for uplink and downlink operations being enabled in the device and a desired update rate for the sensing services.
A method implemented on a computing device for individually controlling a power consumption of a plurality of virtual machines residing on a physical host server, comprising: monitoring the power consumptions of each virtual machine of the plurality of virtual machines residing on the physical host server ; measuring a peak power drawn by each virtual machine of the plurality of virtual machines residing on the physical host server ; determining whether an individual virtual machine of the plurality of virtual machines has exceeded its corresponding virtual machine power budget; in an instance when the individual virtual machine has exceeded its corresponding virtual machine power budget, determining whether a host server power budget of the physical host server has been exceeded; and responsive to a determination that the host server power budget has been exceeded, reducing a power consumption of the individual virtual machine by reducing an amount of processor time allocated to the individual virtual machine, or by reducing an amount of processor time allocated to one or more other virtual machines of the plurality of virtual machines that are lower-priority virtual machines residing on the physical host server , so as to reduce a total power consumption of the physical host server . monitoring the power consumptions of each virtual machine of the plurality of virtual machines residing on the physical host server ; measuring a peak power drawn by each virtual machine of the plurality of virtual machines residing on the physical host server ; determining whether an individual virtual machine of the plurality of virtual machines has exceeded its corresponding virtual machine power budget; in an instance when the individual virtual machine has exceeded its corresponding virtual machine power budget, determining whether a host server power budget of the physical host server has been exceeded; and responsive to a determination that the host server power budget has been exceeded, reducing a power consumption of the individual virtual machine by reducing an amount of processor time allocated to the individual virtual machine, or by reducing an amount of processor time allocated to one or more other virtual machines of the plurality of virtual machines that are lower-priority virtual machines residing on the physical host server , so as to reduce a total power consumption of the physical host server . determining whether a host server power budget of the physical host server has been exceeded; and responsive to a determination that the host server power budget has been exceeded, reducing a power consumption of the individual virtual machine by reducing an amount of processor time allocated to the individual virtual machine, or by reducing an amount of processor time allocated to one or more other virtual machines of the plurality of virtual machines that are lower-priority virtual machines residing on the physical host server , so as to reduce a total power consumption of the physical host server .
A touchscreen mirror device comprising: - a touchscreen panel having capacitive sensors defining a grid of sensor positions (Sxy) for detecting a position (X,Y) of an input object (F) such as a fingertip across a surface of the mirror device ; and - a mirror surface covering the touchscreen panel at a front side thereof, facing a front side of the mirror device , and configured to at least partially reflect a mirror image (M) at the front side of the mirror surface ; wherein the mirror surface comprises a reflective metal layer divided in separate metal islands that are electrically isolated from each other; wherein respective capacitive sensors are associated with respective nearby metal islands , wherein the capacitive sensors are configured to measure a capacitive coupling (Ca,Cb) with their associated metal islands ; wherein at least a subset of the metal islands comprises pairs of neighboring metal islands having respective pairs of associated neighboring capacitive sensors , comprising a first capacitive sensor associated with a first metal island and a neighboring second capacitive sensor associated with a neighboring second metal island ; wherein the neighboring metal islands are electrically isolated from each other by one contiguous non-conducting gap (G) having a width between 10 and 200 micrometers without metal layer there between, wherein the touchscreen panel is configured to register a simultaneous coupling (Cf) between the input object (F) and two or more neighboring metal islands across the contiguous non-conducting gap (G) by measuring a relative capacitive coupling (Ca,Cb) between the respective two or more neighboring metal islands and their respective associated capacitive sensors at the respective sensor positions (Sa ,Sb), wherein a positional mapping (Cxy) is calculated by interpolating and/or smoothing variable amounts of capacitive coupling (C12a,C12b) measured across the grid of sensor positions (Sxy). - a touchscreen panel having capacitive sensors defining a grid of sensor positions (Sxy) for detecting a position (X,Y) of an input object (F) such as a fingertip across a surface of the mirror device ; and - a mirror surface covering the touchscreen panel at a front side thereof, facing a front side of the mirror device , and configured to at least partially reflect a mirror image (M) at the front side of the mirror surface ;
An oil-impregnated sintered bearing , comprising a copper-iron-based sintered compact containing 40 mass% or more of copper, wherein the sintered compact has: a copper structure derived from copper powder of partially diffusion-alloyed powder in which copper powder having a particle diameter of 20 μm or less is diffused on and joined to a surface of iron powder in advance; and a copper structure derived from elemental copper powder having a particle diameter of less than 45 μm, wherein the sintered compact contains 35 mass% or more of the copper structure derived from the elemental copper powder . wherein the sintered compact has: a copper structure derived from copper powder of partially diffusion-alloyed powder in which copper powder having a particle diameter of 20 μm or less is diffused on and joined to a surface of iron powder in advance; and a copper structure derived from elemental copper powder having a particle diameter of less than 45 μm, wherein the sintered compact contains 35 mass% or more of the copper structure derived from the elemental copper powder .
An implantable lubrication device for lubricating a joint of a human or mammal patient by adding a biocompatible lubricating fluid, the implantable lubrication device comprising: an added biocompatible lubricating fluid imitating the synovial fluid of a joint, an implantable refillable reservoir (R) adapted to store the added biocompatible lubricating fluid, and an implantable refill injection port connected to said implantable refillable reservoir (R) for refilling said implantable refillable reservoir (R) with said added biocompatible lubricating fluid, characterized by an implantable infusion needle in fluid connection with said implantable refillable reservoir (R), wherein said implantable infusion needle is arranged for longitudinal displacement and has a tip end having a fluid delivery exit port , and an implantable drive unit (D) coupled to the implantable infusion needle and configured to advance and retract the tip end of the implantable infusion needle for injecting said added biocompatible lubricating fluid into an area of said joint. an added biocompatible lubricating fluid imitating the synovial fluid of a joint, an implantable refillable reservoir (R) adapted to store the added biocompatible lubricating fluid, and an implantable refill injection port connected to said implantable refillable reservoir (R) for refilling said implantable refillable reservoir (R) with said added biocompatible lubricating fluid, characterized by an implantable infusion needle in fluid connection with said implantable refillable reservoir (R), wherein said implantable infusion needle is arranged for longitudinal displacement and has a tip end having a fluid delivery exit port , and an implantable drive unit (D) coupled to the implantable infusion needle and configured to advance and retract the tip end of the implantable infusion needle for injecting said added biocompatible lubricating fluid into an area of said joint.
A method for adjusting a resource, comprising: receiving interference indication information reported by a first node, wherein the interference indication information comprises a resource with interference, a Signal to Interference plus Noise Ratio, SINR, and position information of the first node; determining other nodes accessing the resource with interference upon determining from the SINR that there is interference; instructing the other nodes to report their position information; and adjusting a resource accessed by the other nodes according to the position information reported by the other nodes, and the position information of the first node to avoid the interference receiving interference indication information reported by a first node, wherein the interference indication information comprises a resource with interference, a Signal to Interference plus Noise Ratio, SINR, and position information of the first node; determining other nodes accessing the resource with interference upon determining from the SINR that there is interference; instructing the other nodes to report their position information; and adjusting a resource accessed by the other nodes according to the position information reported by the other nodes, and the position information of the first node to avoid the interference
Method for silaging harvested crops, comprising the following steps: distributing and compacting silage consisting of shredded foliage plants in a silo , sealing the silo , fermenting the silage in the silo , and flushing at least one part of the silage with an inert gas after an aerobic phase of the fermentation, wherein sensors detect a penetration of atmospheric oxygen into the silage , characterized in that a penetration of atmospheric oxygen into the silage detected by one or more of the sensors serves for the automatic activation of a valve , by which the inert gas is conducted from a container through one or more lines into the silage , wherein only the region of the silo in which one or more sensors establish a penetration of atmospheric oxygen is supplied with inert gas. distributing and compacting silage consisting of shredded foliage plants in a silo , sealing the silo , fermenting the silage in the silo , and flushing at least one part of the silage with an inert gas after an aerobic phase of the fermentation, wherein sensors detect a penetration of atmospheric oxygen into the silage , characterized in that a penetration of atmospheric oxygen into the silage detected by one or more of the sensors serves for the automatic activation of a valve , by which the inert gas is conducted from a container through one or more lines into the silage , wherein only the region of the silo in which one or more sensors establish a penetration of atmospheric oxygen is supplied with inert gas.
A bra comprising a pair of bra cups , each bra cup having an outer side portion and inner side portion; wherein the bra is backless and strapless; and each bra cup comprises (i) a rib having a proximal end and a distal end , and (ii) a connector ; the connector is located at the inner side portion of the bra cup for connecting the pair of bra cups to one another; the proximal end of the rib is connected to the connector; wherein the rib is curved in shape wherein the curve of each rib extends around substantially the whole underside of the bra cup ; characterized in that the rib is wider at its distal end than at its proximal end and is paddle shaped, a blade portion of the paddle being substantially coplanar with the interior surface of the bra cup ; an interior facing side of the rib is concave and mirrors the curvature of an interior surface of the bra cup ; and the distal end of the rib is adapted to transfer a force applied to the connector to the outer side portion of the bra cup . the bra is backless and strapless; and each bra cup comprises (i) a rib having a proximal end and a distal end , and (ii) a connector ; (i) a rib having a proximal end and a distal end , and (ii) a connector ; the connector is located at the inner side portion of the bra cup for connecting the pair of bra cups to one another; the proximal end of the rib is connected to the connector; wherein the rib is curved in shape wherein the curve of each rib extends around substantially the whole underside of the bra cup ; characterized in that the rib is wider at its distal end than at its proximal end and is paddle shaped, a blade portion of the paddle being substantially coplanar with the interior surface of the bra cup ; an interior facing side of the rib is concave and mirrors the curvature of an interior surface of the bra cup ; and the distal end of the rib is adapted to transfer a force applied to the connector to the outer side portion of the bra cup .
A method of quantifying quality of a plurality of service classes provided by a link between first and second forwarding nodes in a wide area network, the method comprising: at the second forwarding node : based on packets sent from the first forwarding node for a first service class, computing and storing a first path quality metric, PQM, value for the first service class to quantify the quality of service provided to packets processed through the first service class; based on packets sent from the first forwarding node for a second service class, computing and storing a second PQM value for the second service class to quantify the quality of service provided to packets processed through the second service class; and forwarding the first and second PQM values from the second forwarding node to the first forwarding node for the first forwarding node to use to assess the quality of the first and second service classes and based on the assessment select one of the service classes for forwarding data messages to the second forwarding node , wherein different service classes provided by the link are associated with different quality of service guarantees. based on packets sent from the first forwarding node for a first service class, computing and storing a first path quality metric, PQM, value for the first service class to quantify the quality of service provided to packets processed through the first service class; based on packets sent from the first forwarding node for a second service class, computing and storing a second PQM value for the second service class to quantify the quality of service provided to packets processed through the second service class; and forwarding the first and second PQM values from the second forwarding node to the first forwarding node for the first forwarding node to use to assess the quality of the first and second service classes and based on the assessment select one of the service classes for forwarding data messages to the second forwarding node , wherein different service classes provided by the link are associated with different quality of service guarantees.