mhurhangee/ep-ind-claims huggingface dataset:
A dispenser with a hermetic seal comprising a hollow containment body which can be inserted in a bottle and anchoring means for the secure connection of the containment body to the bottle, the dispenser also comprising, housed inside the containment body: - a lower suction tube having an orifice for sucking a fluid from the bottle, - a covering sleeve, - a piston slidable inside the containment body between a raised position and a lowered position, - a hollow stem axially slidable inside the containment body and having a lower portion on which the piston is mounted and an upper portion associated with the covering sleeve, the stem and the piston defining, in conjunction with a bottom portion of the containment body, a dosing chamber with variable volume, - a sealing valve inserted inside the bottom portion of the containment body and interposed between the suction tube and the dosing chamber for adjusting a fluid communication between the suction tube and the dosing chamber; wherein said sealing valve is cup-shaped and that the piston has a lower sealing portion configured in such a way as to interact with an upper edge of the sealing valve making a hermetic seal between the sealing valve and the lower sealing portion of the piston; and wherein said sealing valve has a cylindrical lateral wall and a closed base wall for defining an inner cavity and also has, on a relative lower portion, an annular surface designed to interact in compression with the lower portion of the containment body forming a hermetic seal between the sealing valve and the containment body, characterised in that the hollow stem has at the bottom a head designed to interact with the closed base wall of the sealing valve in such a way that, in a lowered position of the hollow stem, the sealing valve is elastically deformed in compression forming a hermetic seal between the sealing valve and the containment body close to the orifice, said containment body having a receiving surface frustoconical in shape on which the annular surface of the sealing valve rests and is compressed; and in that said sealing valve is slidably movable parallel to the stem for a predetermined stroke and defines at least one first configuration of exclusive fluid communication between the dosing chamber and the suction tube and a second exclusive fluid communication between the dosing chamber and the covering sleeve. - a lower suction tube having an orifice for sucking a fluid from the bottle, - a covering sleeve, - a piston slidable inside the containment body between a raised position and a lowered position, - a hollow stem axially slidable inside the containment body and having a lower portion on which the piston is mounted and an upper portion associated with the covering sleeve, the stem and the piston defining, in conjunction with a bottom portion of the containment body, a dosing chamber with variable volume, - a sealing valve inserted inside the bottom portion of the containment body and interposed between the suction tube and the dosing chamber for adjusting a fluid communication between the suction tube and the dosing chamber;
A method for decoding, comprising: receiving a first plurality of encoded code blocks corresponding to a first transmission of a transport block, the transport block being encoded according to a cyclic redundancy code, CRC, error detection technique; decoding the first plurality of encoded code blocks into decoded code block; error detecting the decoded code blocks; storing (S560, S570, S575) a decoding history of the decoded code blocks that is indicative of errors of the decoded code blocks; receiving a second plurality of encoded code blocks corresponding to a retransmission of the transport block; and selectively decoding (S520, S525, S530, S535) a first subset of the second plurality of encoded code blocks received corresponding to the retransmission of the transport block, without decoding a second subset of the second plurality of encoded code blocks received corresponding to the retransmission of the transport block, based on the decoding history. receiving a first plurality of encoded code blocks corresponding to a first transmission of a transport block, the transport block being encoded according to a cyclic redundancy code, CRC, error detection technique; decoding the first plurality of encoded code blocks into decoded code block; error detecting the decoded code blocks; storing (S560, S570, S575) a decoding history of the decoded code blocks that is indicative of errors of the decoded code blocks; receiving a second plurality of encoded code blocks corresponding to a retransmission of the transport block; and selectively decoding (S520, S525, S530, S535) a first subset of the second plurality of encoded code blocks received corresponding to the retransmission of the transport block, without decoding a second subset of the second plurality of encoded code blocks received corresponding to the retransmission of the transport block, based on the decoding history.
A compute node for managing cache quality of service, QoS, the compute node comprising: a network interface controller, NIC, (126, 216) arranged to include: cache ways prediction circuitry which comprises: means for identifying a total amount of available shared cache ways of a last level cache, LLC, of the compute node, means for determining a workload type associated with each of a plurality of virtual machines, VMs, managed by the compute node based on network traffic to be received by the NIC and processed by each of the plurality of VMs, means for calculating a recommended amount of cache ways for each workload type based on at least one of received shared resource data, received heuristic data, and the total amount of available shared cache ways, wherein the recommended amount of cache ways includes a recommended amount of direct data I/O, DDIO, cache ways and a recommended amount of non-DDIO cache ways; a cache quality of service, QoS, register configured as write accessible only by firmware of the NIC; and cache quality of service, QoS, register management circuitry which comprises: means for updating the cache QoS register to include the recommended amount of cache ways for each workload type. cache ways prediction circuitry which comprises: means for identifying a total amount of available shared cache ways of a last level cache, LLC, of the compute node, means for determining a workload type associated with each of a plurality of virtual machines, VMs, managed by the compute node based on network traffic to be received by the NIC and processed by each of the plurality of VMs, means for calculating a recommended amount of cache ways for each workload type based on at least one of received shared resource data, received heuristic data, and the total amount of available shared cache ways, wherein the recommended amount of cache ways includes a recommended amount of direct data I/O, DDIO, cache ways and a recommended amount of non-DDIO cache ways; means for identifying a total amount of available shared cache ways of a last level cache, LLC, of the compute node, means for determining a workload type associated with each of a plurality of virtual machines, VMs, managed by the compute node based on network traffic to be received by the NIC and processed by each of the plurality of VMs, means for calculating a recommended amount of cache ways for each workload type based on at least one of received shared resource data, received heuristic data, and the total amount of available shared cache ways, wherein the recommended amount of cache ways includes a recommended amount of direct data I/O, DDIO, cache ways and a recommended amount of non-DDIO cache ways; a cache quality of service, QoS, register configured as write accessible only by firmware of the NIC; and cache quality of service, QoS, register management circuitry which comprises: means for updating the cache QoS register to include the recommended amount of cache ways for each workload type.
Underwater cleaner for a swimming pool, having a housing in which a pump with an electric motor and an impeller is arranged, wherein the housing has an inlet opening and an outlet opening, and wherein the impeller axis is arranged normal to the opening cross-section of the inlet opening, and wherein the impeller is arranged directly in the region of the inlet opening, wherein the distance (a) between impeller and inlet opening corresponds at most to the impeller radius (r), characterised in that the pump is a battery-operated pump, and in that the impeller of the battery-operated pump is designed as an axial impeller, in that the outlet opening is arranged laterally on the housing, wherein a collecting container is connectable to the lateral outlet opening, and wherein the main flow axis of the outlet opening is arranged transversely to the impeller axis.
A method of wireless communication, the method comprising: performing, by a wireless network node, a successful clear channel assessment, CCA, on a frequency channel in accordance with a listen before talk, LBT, protocol procedure, wherein the wireless network node operates in accordance with a first wireless communication protocol; generating a channel reservation signal, by the wireless network node, wherein the channel reservation signal includes a preamble that has a predetermined pattern, a message having a same short period waveform as the preamble, and a synchronization field, SYNC, disposed between the preamble and the message, and wherein the message is encoded to prevent any and all occurrences therein of at least one of the predetermined pattern or a combination of the predetermined pattern and at least part of the SYNC, and wherein the channel reservation signal has a subcarrier spacing and symbol length in accordance with a numerology of a second wireless communication protocol that uses a numerology that is not the same as that of the first wireless communication protocol; and transmitting, by the wireless network node in response to the successful CCA, the channel reservation signal on the frequency channel. performing, by a wireless network node, a successful clear channel assessment, CCA, on a frequency channel in accordance with a listen before talk, LBT, protocol procedure, wherein the wireless network node operates in accordance with a first wireless communication protocol; generating a channel reservation signal, by the wireless network node, wherein the channel reservation signal includes a preamble that has a predetermined pattern, a message having a same short period waveform as the preamble, and a synchronization field, SYNC, disposed between the preamble and the message, and wherein the message is encoded to prevent any and all occurrences therein of at least one of the predetermined pattern or a combination of the predetermined pattern and at least part of the SYNC, and wherein the channel reservation signal has a subcarrier spacing and symbol length in accordance with a numerology of a second wireless communication protocol that uses a numerology that is not the same as that of the first wireless communication protocol; and transmitting, by the wireless network node in response to the successful CCA, the channel reservation signal on the frequency channel.
An adapter mattress for a dental chair, comprising a flat upper surface and a lower surface with suitably curved profile in order to adapt the curvature of said dental chair, so that the upper surface of the mattress is disposable according to a horizontal plane, converting said dental chair into a surgery couch.
A non aqueous pigment ink comprising a pigment, a non aqueous solvent, and a non aqueous resin that dissolves in the non aqueous solvent and has a pigment dispersing ability; the non aqueous solvent including a hydrocarbon based non polar solvent at 50% by mass or more with respect to the total amount of solvent; the non aqueous resin being an acrylic series polymer having a comb shaped structure, and including, on a (meth) acrylate main chain, a side chain including an alkyl group having a carbon number within a range from 8 to 18, and a side chain including an urethane group; the acrylic series polymer being a polymer obtainable by copolymerizing a monomer mixture of an alkyl (meth) acrylate having an alkyl group with a carbon number within a range from 8 to 18, a reactive (meth) acrylate having a functional group capable of reacting with an amino group, and a monomer having a β-diketone group or a β-keto acid ester group, and introducing the urethane groups by reactions between the functional groups capable of reacting with amino groups, an amino alcohol, and a multivalent isocyanate compound; the content of the alkyl (meth) acrylate in the monomer mixture being 30% by mass or greater, the content of the reactive (meth) acrylate in the monomer mixture being within a range from 1% to 30% by mass, and the content of the monomer being within a range from 3% to 30% by mass; and the mass ratio between the copolymer moiety and the urethane group moiety in the acrylic series polymer being within a range from 80:20 to 99:1.
A memory controller component comprising: a signaling interface, including: first circuitry to transmit a control command to a memory module, the control command to be sampled by the memory module in response to a first timing signal; second circuitry to transmit first write data to the memory module, characterized in that the first write data to be sampled by the memory module in response to a second timing signal; and adjustment circuitry to offset the first and second timing signals from one another at the signaling interface to compensate for skew between their arrival times at the memory module. a signaling interface, including: first circuitry to transmit a control command to a memory module, the control command to be sampled by the memory module in response to a first timing signal; second circuitry to transmit first write data to the memory module, characterized in that the first write data to be sampled by the memory module in response to a second timing signal; and adjustment circuitry to offset the first and second timing signals from one another at the signaling interface to compensate for skew between their arrival times at the memory module. first circuitry to transmit a control command to a memory module, the control command to be sampled by the memory module in response to a first timing signal; second circuitry to transmit first write data to the memory module, characterized in that the first write data to be sampled by the memory module in response to a second timing signal; and adjustment circuitry to offset the first and second timing signals from one another at the signaling interface to compensate for skew between their arrival times at the memory module.
An engine, comprising: a cylinder block in which a cooling water passage is formed; an oil cooler accommodated in an accommodation space provided in the cooling water passage and having a plurality of cores for cooling an engine oil; a pair of support members (241, 242) configured to support an oil inflow port and an oil ejection port of each of the cores; a cooling water inflow port provided in a lower portion of one end portion of the accommodation space relative to a front-and-rear direction; a cooling water outflow port provided in an upper portion of the accommodation space; and characterized in that the engine further comprises a cooling water inflow passage having an inclined portion inclined downward and connecting to the cooling water inflow port, wherein the cooling water inflow passage has an upper protrusion protruding downward from an upper passage wall and a lower protrusion protruding upward from a lower passage wall, and the upper protrusion is arranged closer to the oil cooler than the lower protrusion. a cylinder block in which a cooling water passage is formed; an oil cooler accommodated in an accommodation space provided in the cooling water passage and having a plurality of cores for cooling an engine oil; a pair of support members (241, 242) configured to support an oil inflow port and an oil ejection port of each of the cores; a cooling water inflow port provided in a lower portion of one end portion of the accommodation space relative to a front-and-rear direction; a cooling water outflow port provided in an upper portion of the accommodation space; and characterized in that the engine further comprises a cooling water inflow passage having an inclined portion inclined downward and connecting to the cooling water inflow port, wherein the cooling water inflow passage has an upper protrusion protruding downward from an upper passage wall and a lower protrusion protruding upward from a lower passage wall, and the upper protrusion is arranged closer to the oil cooler than the lower protrusion.
A cathode active material comprising spinel-type compound particles having a composition represented by Formula 2 below; and metal oxides or metal hydroxides present on surfaces of the spinel-type compound particles: Li 1+a Ni b M c Mn 2-(b+c) O 4-z A z wherein M is at least one selected from the group consisting of Ti, Co, Al, Cu, Fe, Mg, B, Cr, Zr and Zn; A is a monovalent anion or divalent anion; and -0.1≤a≤0.1, 0.3≤b≤0.6, 0≤c≤0.2, and 0<z≤0.1 wherein the metal oxides or the metal hydroxides are oxides or hydroxides of at least one metal selected from the group consisting of Al, Mg, Ni, Co, Ti, Cr, Mo, Bi, Zn, Zr, Ru and W, wherein the metal oxides or the metal hydroxides adhere to surfaces of spinel-type compound particles in a particle form, and wherein an average diameter of the metal oxides or the metal hydroxide particles is 20 nm to 1000 nm. wherein A independently is at least one selected from the group consisting of a halogen, S, and N, wherein the metal oxides or the metal hydroxides cover 20% to 100% of an overall surface of a spinel-type compound represented by Formula 2. wherein M is at least one selected from the group consisting of Ti, Co, Al, Cu, Fe, Mg, B, Cr, Zr and Zn; A is a monovalent anion or divalent anion; and -0.1≤a≤0.1, 0.3≤b≤0.6, 0≤c≤0.2, and 0<z≤0.1
A crowning forming method in which a desired crowning is formed in a tooth shape formed on an outer circumference of an annular material by first and second tooth-shaped die parts (21,22), the method comprising the steps of: providing a first tooth-shaped die part with a tooth shape formed on an inner circumference to have a constant tooth width from an upper end part to a lower end part and to correspond to a tooth width of a part in which the desired crowning has to be produced, providing a second tooth-shaped die part with a tooth shape formed on an inner circumference to have a constant tooth width from an upper end part to a lower end part and to correspond to a tooth width of a central part in which no desired crowning has to be produced, forming a tooth shape on an outer circumference of the material by the tooth shape of the inner circumference of the first tooth-shaped die part; and moving the material in which the tooth shape is formed into the second tooth-shaped die part, and pressing the inner circumferential surface of the material outwardly in such a way that the diameter of the central part extends more greatly than the diameter of each of the upper and lower end parts of the material, thereby pressing the central part of the tooth shape of the material against the tooth shape of the inner circumference of the second tooth-shaped die part. providing a first tooth-shaped die part with a tooth shape formed on an inner circumference to have a constant tooth width from an upper end part to a lower end part and to correspond to a tooth width of a part in which the desired crowning has to be produced, providing a second tooth-shaped die part with a tooth shape formed on an inner circumference to have a constant tooth width from an upper end part to a lower end part and to correspond to a tooth width of a central part in which no desired crowning has to be produced, forming a tooth shape on an outer circumference of the material by the tooth shape of the inner circumference of the first tooth-shaped die part; and moving the material in which the tooth shape is formed into the second tooth-shaped die part, and pressing the inner circumferential surface of the material outwardly in such a way that the diameter of the central part extends more greatly than the diameter of each of the upper and lower end parts of the material, thereby pressing the central part of the tooth shape of the material against the tooth shape of the inner circumference of the second tooth-shaped die part.
A method for manufacturing a footwear article comprising the steps of: (i)- providing a first knitted tubular part (20;200) comprising at least one fusible portion, at least one sole part (27;270), and at least one flattening opening (29;290) of unitary knitted construction with the first knitted tubular part (20;200) and extending at least in the sole part (27;270), and providing one or more functionalization component(s) (60;70;75); (ii)- disposing, at least partly, the first tubular part (20;200) substantially flat using the flattening opening (29;290); (iii)- functionalizing the first knitted tubular part (20;200), at least partly, substantially flat, with one or more functionalization component(s) (60;70;75) to form a footwear assembly; (iv)- transforming the footwear assembly previously disposed on a preform having a foot shape in an upper, said transforming step comprising thermoforming the footwear assembly to follow the foot shape of the preform, and in that the first knitted tubular part (20;200) is disposed substantially flat during step (iii), on a support, such as to present an upper planar portion to be functionalized opposite to a lower planar portion comprising, at least in part, said at least one flattening opening (29;290). (i)- providing a first knitted tubular part (20;200) comprising at least one fusible portion, at least one sole part (27;270), and at least one flattening opening (29;290) of unitary knitted construction with the first knitted tubular part (20;200) and extending at least in the sole part (27;270), and providing one or more functionalization component(s) (60;70;75); (ii)- disposing, at least partly, the first tubular part (20;200) substantially flat using the flattening opening (29;290); (iii)- functionalizing the first knitted tubular part (20;200), at least partly, substantially flat, with one or more functionalization component(s) (60;70;75) to form a footwear assembly; (iv)- transforming the footwear assembly previously disposed on a preform having a foot shape in an upper, said transforming step comprising thermoforming the footwear assembly to follow the foot shape of the preform, and in that the first knitted tubular part (20;200) is disposed substantially flat during step (iii), on a support, such as to present an upper planar portion to be functionalized opposite to a lower planar portion comprising, at least in part, said at least one flattening opening (29;290).