mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for determining a semantic description of the content of an image comprising the steps of: - receiving a vector representative of visual characteristics extracted from an image ; - determining an initial semantic signature for said image, said initial semantic signature being obtained by applying individual visual models to the received vector, said individual visual models having been learned during a learning phase operated over a plurality of images which constitutes a database of reference images containing a plurality of individual visual concepts, said initial semantic signature being an initial vector, each component of which being a value of probability of appearance, in said image, of an individual visual concept from among the plurality of individual visual concepts; - receiving grouping models for segmenting the individual visual concepts into groups, each group of concepts grouping individual visual concepts based on a visual and/or semantic similarity; characterised in that it further comprises the following step of: - applying the grouping models to the initial vector of the initial semantic signature to obtain a modified vector, the components of which correspond to groups determined by applying a filtering rule for each group in order to keep within each group the highest probability or probabilities and to discard low probabilities, a new semantic signature being obtained from the modified vector. - receiving a vector representative of visual characteristics extracted from an image ; - determining an initial semantic signature for said image, said initial semantic signature being obtained by applying individual visual models to the received vector, said individual visual models having been learned during a learning phase operated over a plurality of images which constitutes a database of reference images containing a plurality of individual visual concepts, said initial semantic signature being an initial vector, each component of which being a value of probability of appearance, in said image, of an individual visual concept from among the plurality of individual visual concepts; - receiving grouping models for segmenting the individual visual concepts into groups, each group of concepts grouping individual visual concepts based on a visual and/or semantic similarity; characterised in that it further comprises the following step of: - applying the grouping models to the initial vector of the initial semantic signature to obtain a modified vector, the components of which correspond to groups determined by applying a filtering rule for each group in order to keep within each group the highest probability or probabilities and to discard low probabilities, a new semantic signature being obtained from the modified vector.
A chemical engine, comprising: a closed container comprising at least two reagents , water and a plunger, the at least two reagents including an acid and a bicarbonate, wherein the acid is separated from the bicarbonate; a fluid chamber coupled to the closed container and containing a fluid; a piston between the closed container and the fluid chamber; and a mechanism adapted to combine the acid, the water, and the bicarbonate to generate a gas via a chemical reaction in the closed container, wherein the gas is operative to move the piston to force the fluid from the fluid chamber; characterized in that the closed container comprises a solid particulate convection agent adapted to mix with the acid, the water, and the bicarbonate to increase reagent collisions in the closed container following a combination of the acid, the water, and the bicarbonate by the mechanism to increase a rate of generation of the gas in the closed container. a closed container comprising at least two reagents , water and a plunger, the at least two reagents including an acid and a bicarbonate, wherein the acid is separated from the bicarbonate; a fluid chamber coupled to the closed container and containing a fluid; a piston between the closed container and the fluid chamber; and a mechanism adapted to combine the acid, the water, and the bicarbonate to generate a gas via a chemical reaction in the closed container, wherein the gas is operative to move the piston to force the fluid from the fluid chamber; characterized in that the closed container comprises a solid particulate convection agent adapted to mix with the acid, the water, and the bicarbonate to increase reagent collisions in the closed container following a combination of the acid, the water, and the bicarbonate by the mechanism to increase a rate of generation of the gas in the closed container.
A gate, which is formed as a sectional gate or a spiral gate or a high-speed gate, wherein the gate leaf thereof consists of individual elements articulately connected to each other, which are guided in running rails extending parallel on both sides and are driven by means of at least one self-contained circulating and drive means, which includes a pull strand and a return strand , wherein a drive unit is employed, which is disposed unilaterally with regard to the gate leaf and is connected to a first driving plate and includes a joining piece , which, via a transmission element , transmits the rotary movement of the drive onto an opposite second driving plate , and wherein respective driving rails are associated to the running rails in the vertical sections thereof, in which driving rails the circulating and drive means are contained, which respectively include a pull strand with link-shaped elements and respectively a return strand in a rope-shaped embodiment, wherein the respective ends of the pull strand and of the return strand are connected among each other by means of a first pusher and a second pusher , wherein the first pusher includes a joining piece with a gap exit , which penetrates through a gap provided in the driving rail , wherein are disposed at the joining piece of the first pusher , at the one end, a pull strand attachment and a return strand attachment opposite to the pull strand attachment , characterized in that the return strand consists of two ropes and is connected to the joining piece of the first pusher via a clamping piece , and in that a connecting piece is disposed at the gap exit for the attachment to the gate leaf, and in that the first pusher is equipped with an adjusting device , which includes a setting element for adjusting the gate leaf.
At least one computer readable medium having instructions stored thereon for causing a computing system to: cryptographically sign, at a secure platform services enclave (PSE) of the computing system using a secure attestation key (SGX AK), a public portion of a trusted platform module attestation key (TPM AK) that is associated with a trusted computing base of a physical platform of the computing system, to form a certified TPM AK public portion; store the certified TPM AK public portion in the PSE; and responsive to an attestation request received from a requester at a virtual trusted platform module (vTPM) associated with a virtual machine (VM) that has migrated onto the physical platform, retrieve by the vTPM the certified TPM AK public portion stored in the PSE and provide, by the vTPM, the certified TPM AK public portion to the requester; wherein the certified TPM AK public portion is to provide evidence that the vTPM and the PSE are to operate on the physical platform. cryptographically sign, at a secure platform services enclave (PSE) of the computing system using a secure attestation key (SGX AK), a public portion of a trusted platform module attestation key (TPM AK) that is associated with a trusted computing base of a physical platform of the computing system, to form a certified TPM AK public portion; store the certified TPM AK public portion in the PSE; and responsive to an attestation request received from a requester at a virtual trusted platform module (vTPM) associated with a virtual machine (VM) that has migrated onto the physical platform, retrieve by the vTPM the certified TPM AK public portion stored in the PSE and provide, by the vTPM, the certified TPM AK public portion to the requester; wherein the certified TPM AK public portion is to provide evidence that the vTPM and the PSE are to operate on the physical platform.
A moisture tight container , comprising: a container body having a base and a sidewall extending therefrom, the body defining an interior configured for housing product, the body further having an opening leading to the interior; a lid that is connected to the body by a hinge and that is pivotable about the hinge with respect to the container body to move the container between a closed position in which the lid covers the opening so as to create a moisture tight seal with the body and an open position in which the opening is exposed, the moisture tight seal comprising a plurality of engaged mating seals in series between the body and the lid when the lid is in the closed position, the plurality of engaged mating seals including at least a first seal and a second seal ; wherein the first seal is formed by mating a thermoplastic sealing surface of the body to a thermoplastic sealing surface of the lid , the second seal being formed by mating a thermoplastic sealing surface of the body with an elastomeric sealing surface of the lid , the elastomeric sealing surface comprising an elastomer that is configured to be compressed by an upper surface of a rim surrounding the opening when the lid is in the closed position, characterised in that the elastomer is an elastomeric ring , and in that vertical compression of the elastomeric ring causes a portion of the ring to elastically expand radially into a void provided between the body and the lid . a container body having a base and a sidewall extending therefrom, the body defining an interior configured for housing product, the body further having an opening leading to the interior; a lid that is connected to the body by a hinge and that is pivotable about the hinge with respect to the container body to move the container between a closed position in which the lid covers the opening so as to create a moisture tight seal with the body and an open position in which the opening is exposed, the moisture tight seal comprising a plurality of engaged mating seals in series between the body and the lid when the lid is in the closed position, the plurality of engaged mating seals including at least a first seal and a second seal ; wherein the first seal is formed by mating a thermoplastic sealing surface of the body to a thermoplastic sealing surface of the lid , the second seal being formed by mating a thermoplastic sealing surface of the body with an elastomeric sealing surface of the lid , the elastomeric sealing surface comprising an elastomer that is configured to be compressed by an upper surface of a rim surrounding the opening when the lid is in the closed position, characterised in that the elastomer is an elastomeric ring , and in that vertical compression of the elastomeric ring causes a portion of the ring to elastically expand radially into a void provided between the body and the lid .
An optical component for transmitting light at a wavelength in a range of 150 nm through 220 nm, the optical component comprising aluminum oxide, the aluminium oxide providing, at a thickness of 5 mm, an internal transmittance of 95% or higher for light at a wavelength of 193 nm.
A method for reducing loads of a wind turbine , the method comprising: determining, via a controller , an operational state of the wind turbine ; commanding, via the controller , a predetermined pitch event for a pitch drive mechanism of a rotor blade of the wind turbine ; monitoring, via the controller , at least one operating condition of the pitch drive mechanism of the rotor blade during the predetermined pitch event; and, if the operational state corresponds to a predetermined operational state and at least one operating condition follows a pitch fault pattern during the predetermined pitch event, yawing a nacelle of the wind turbine away from an incoming wind direction; characterized in that the pitch fault pattern comprises one or more of the operating conditions remaining substantially constant after initial variation due to system compliance during the predetermined pitch event in a first direction and one or more operating conditions being substantially symmetrical for an identical pitch event in an opposite direction. determining, via a controller , an operational state of the wind turbine ; commanding, via the controller , a predetermined pitch event for a pitch drive mechanism of a rotor blade of the wind turbine ; monitoring, via the controller , at least one operating condition of the pitch drive mechanism of the rotor blade during the predetermined pitch event; and, if the operational state corresponds to a predetermined operational state and at least one operating condition follows a pitch fault pattern during the predetermined pitch event, yawing a nacelle of the wind turbine away from an incoming wind direction; characterized in that the pitch fault pattern comprises one or more of the operating conditions remaining substantially constant after initial variation due to system compliance during the predetermined pitch event in a first direction and one or more operating conditions being substantially symmetrical for an identical pitch event in an opposite direction.
A method of processing traffic at a node of a Layer 1 transport network which is arranged to transport traffic across the Layer 1 transport network in Layer 1 data transport units, the method comprising: receiving the Layer 1 data transport units at the node, wherein the Layer 1 data transport units have been segregated according to: destination of the traffic and traffic type; and switching (206; 217; 218; 227; 228) the received Layer 1 data transport units such that Layer 1 data transport units, carrying traffic destined for other nodes, bypass higher layer processing at the node and Layer 1 data transport units, carrying traffic destined for the node, are switched to a local output of the node, wherein the local output is connected to a processing unit for the traffic type of the traffic carried by the Layer 1 data transport units. receiving the Layer 1 data transport units at the node, wherein the Layer 1 data transport units have been segregated according to: destination of the traffic and traffic type; and switching (206; 217; 218; 227; 228) the received Layer 1 data transport units such that Layer 1 data transport units, carrying traffic destined for other nodes, bypass higher layer processing at the node and Layer 1 data transport units, carrying traffic destined for the node, are switched to a local output of the node, wherein the local output is connected to a processing unit for the traffic type of the traffic carried by the Layer 1 data transport units.
Reinforcing part for a motor vehicle comprising a metal support , characterized in that it comprises a cellular structure , in particular a honeycomb structure, formed by a composite material and assembled on the metal support , the metal support comprises assembly elements for at least one member, the assembly elements are configured so as to allow the mounting of a dashboard crossmember of the motor vehicle and/or of a side door hinge of the motor vehicle.
A method for manufacturing a sliding member sliding with a mating material, comprising: a crosslinking step of irradiating particulate ultra high molecular weight polyethylene being stored in a sealed container with radiation rays, and crosslinking the ultra high molecular weight polyethylene; a composition preparing step of preparing a composition for a sliding layer containing a solid lubricant including the ultra high molecular weight polyethylene crosslinked in the crosslinking step, and a binder resin; and a sliding layer forming step of forming a sliding layer sliding with the mating material by providing the composition for a sliding layer on a base material, and obtaining the sliding member, wherein the ultra high molecular weight polyethylene before crosslinked has an average molecular weight of 1,000,000 to 7,000,000, a specific gravity of 0.92 to 0.96, and a particle size less than or equal to 30 μm, the crosslinking step is performed under a condition that an absorbed dose of electron beams as the radiation rays is more than or equal to 60 kGy and less than 500 kGy, the crosslinked ultra high molecular weight polyethylene has a melting point that is more than 126.4°C and less than or equal to 132.0°C, in the sliding layer, the solid lubricant is more than or equal to 25% by volume and less than or equal to 100% by volume with respect to the binder resin, and the melting point is determined in accordance with the method disclosed in the description. a crosslinking step of irradiating particulate ultra high molecular weight polyethylene being stored in a sealed container with radiation rays, and crosslinking the ultra high molecular weight polyethylene; a composition preparing step of preparing a composition for a sliding layer containing a solid lubricant including the ultra high molecular weight polyethylene crosslinked in the crosslinking step, and a binder resin; and a sliding layer forming step of forming a sliding layer sliding with the mating material by providing the composition for a sliding layer on a base material, and obtaining the sliding member, wherein the ultra high molecular weight polyethylene before crosslinked has an average molecular weight of 1,000,000 to 7,000,000, a specific gravity of 0.92 to 0.96, and a particle size less than or equal to 30 μm, the crosslinking step is performed under a condition that an absorbed dose of electron beams as the radiation rays is more than or equal to 60 kGy and less than 500 kGy, the crosslinked ultra high molecular weight polyethylene has a melting point that is more than 126.4°C and less than or equal to 132.0°C, in the sliding layer, the solid lubricant is more than or equal to 25% by volume and less than or equal to 100% by volume with respect to the binder resin, and the melting point is determined in accordance with the method disclosed in the description.
An aluminum-alloy ingot comprising: an aluminum matrix ; and TiB 2 aggregates , which are dispersed in the aluminum matrix and in which TiB 2 particles are aggregated; wherein the average value of the circle-equivalent diameters of the TiB 2 aggregates in the state in which the TiB 2 aggregates are exposed from the aluminum matrix , measured and calculated by the method described in the description, is 3.0 μm or less and the average value of the circularities, measured and calculated by the method described in the description, is 0.20 or more, wherein the content of the TiB 2 aggregates is 0.0001 mass% or more and 0.0010 mass% or less based on the boron atoms. an aluminum matrix ; and TiB 2 aggregates , which are dispersed in the aluminum matrix and in which TiB 2 particles are aggregated; wherein the average value of the circle-equivalent diameters of the TiB 2 aggregates in the state in which the TiB 2 aggregates are exposed from the aluminum matrix , measured and calculated by the method described in the description, is 3.0 μm or less and the average value of the circularities, measured and calculated by the method described in the description, is 0.20 or more, wherein the content of the TiB 2 aggregates is 0.0001 mass% or more and 0.0010 mass% or less based on the boron atoms.
A computing device, comprising: a fastening assembly , the fastening assembly comprising: a first permanent magnet having a first maximum operating temperature, wherein a first surface of the first permanent magnet is attached to a first component of the computing device ; and a second permanent magnet having a second maximum operating temperature lower than the first maximum operating temperature, wherein a second surface of the second permanent magnet is attached to a second component of the computing device and wherein a third surface of the first permanent magnet opposite the first surface is configured to attach to a fourth surface of the second permanent magnet opposite the second surface in a locked state at a first temperature that is lower than the second maximum operating temperature so as to attach the first component of the computing device to the second component of the computing device and wherein the fastening assembly is configured to detach the first component of the computing device from the second component of the computing device by the first permanent magnet being released from the second permanent magnet in an unlocked state at a second temperature that is higher than the second maximum operating temperature. a first permanent magnet having a first maximum operating temperature, wherein a first surface of the first permanent magnet is attached to a first component of the computing device ; and a second permanent magnet having a second maximum operating temperature lower than the first maximum operating temperature, wherein a second surface of the second permanent magnet is attached to a second component of the computing device and wherein a third surface of the first permanent magnet opposite the first surface is configured to attach to a fourth surface of the second permanent magnet opposite the second surface in a locked state at a first temperature that is lower than the second maximum operating temperature so as to attach the first component of the computing device to the second component of the computing device and wherein the fastening assembly is configured to detach the first component of the computing device from the second component of the computing device by the first permanent magnet being released from the second permanent magnet in an unlocked state at a second temperature that is higher than the second maximum operating temperature.
An impact tool comprising: a motor drivable in an intermittent driving mode; a hammer connected to the motor; an anvil to be struck by the hammer to thereby rotate/strike a tip tool; and a control unit adapted to control a rotation of the motor by switching a driving pulse supplied to the motor in accordance with a load applied onto the tip tool; characterized in that the control unit is adapted to switch the driving pulse based on a change in a driving current flowing into the motor. a motor drivable in an intermittent driving mode; a hammer connected to the motor; an anvil to be struck by the hammer to thereby rotate/strike a tip tool; and a control unit adapted to control a rotation of the motor by switching a driving pulse supplied to the motor in accordance with a load applied onto the tip tool; characterized in that the control unit is adapted to switch the driving pulse based on a change in a driving current flowing into the motor.
A method for disposing of elemental sulfur, the method being characterized by the steps of: heating elemental sulfur to a liquid state; heating each of limestone powder that is finer than 150 micrometers and sand to at least 140° C; combining the liquid-state elemental sulfur with each of the heated limestone powder and sand to define a mortar mixture; and solidifying the mortar mixture through cooling, wherein the mortar mixture has an absence of polymer modifiers. heating elemental sulfur to a liquid state; heating each of limestone powder that is finer than 150 micrometers and sand to at least 140° C; combining the liquid-state elemental sulfur with each of the heated limestone powder and sand to define a mortar mixture; and solidifying the mortar mixture through cooling, wherein the mortar mixture has an absence of polymer modifiers.