mhurhangee/patent-ind-claim-en huggingface dataset:
A horizontal module (MH) intended to immobilise handling pallets together which are assembled in vertical positions juxtaposed horizontally and superimposed vertically to form a framework of a wall , a pallet including: - at least three soles oriented along a length (Lp) of said pallet and determining an inner face of said pallet; - at least three crossmembers oriented along a width (Hp) of said pallet, perpendicular to the soles and maintained at a constant or substantially constant distance from said soles by dies , with one die per sole; - edges bearing on the crossmembers , parallel to the soles , determining an outer face of said pallet; the pallets being assembled with the inner faces and the outer faces substantially vertical, said horizontal module being characterised in that it includes: - a plate , which is substantially rectangular parallelepiped including a first face and a second face parallel to said first face and spaced apart from one another by a plate thickness (Hpl), of length substantially equal to or greater than a pallet length (Lp) and of width (lmh) less than a pallet height (Ep); - at least two protrusions integral with the second face , each protrusion having a length (Apr) substantially equal to a distance between two neighbouring dies of the same sole of a pallet , and having a width (Bpr) substantially equal to a height comprised between an edge and a pallet sole ; - a separation distance between two protrusions substantially equal to twice a dimension of a lateral die of a pallet , taken in the direction of the edges . - at least three soles oriented along a length (Lp) of said pallet and determining an inner face of said pallet; - at least three crossmembers oriented along a width (Hp) of said pallet, perpendicular to the soles and maintained at a constant or substantially constant distance from said soles by dies , with one die per sole; - edges bearing on the crossmembers , parallel to the soles , determining an outer face of said pallet; - a plate , which is substantially rectangular parallelepiped including a first face and a second face parallel to said first face and spaced apart from one another by a plate thickness (Hpl), of length substantially equal to or greater than a pallet length (Lp) and of width (lmh) less than a pallet height (Ep); - at least two protrusions integral with the second face , each protrusion having a length (Apr) substantially equal to a distance between two neighbouring dies of the same sole of a pallet , and having a width (Bpr) substantially equal to a height comprised between an edge and a pallet sole ; - a separation distance between two protrusions substantially equal to twice a dimension of a lateral die of a pallet , taken in the direction of the edges .
Motor vehicle, comprising at least one seat which can be adjusted in the vehicle longitudinal direction, and a ventilation device having at least one air outlet , wherein air supplied by a fan via at least one air outlet , which is arranged in a fixed position in front of or behind the seat , can be blown out in the direction of the vehicle roof , wherein a shell-like movable air directing device is provided between the vehicle roof and the seat and is suitable for redirecting the blown air in the direction of a person located on the seat , characterised in that the air directing device can be moved relative to the seat in the vehicle longitudinal direction and/or can be varied in its reach in the vehicle longitudinal direction.
A process for converting feedstock comprising biomass and/or carbon-containing solid waste material to synthesis gas, the process comprising the following steps: (a) supplying the feedstock to a gasifier, the gasifier comprising a fluidized bed zone and a post-gasification zone; (b) contacting the feedstock with a gasification agent comprising steam and oxygen in the fluidized bed zone, at an average temperature of between about 350-400°C below the ash softening temperature of the feedstock, to partially oxidize the feedstock; (c) contacting at least a portion of the partially oxidized product produced in step (b) with a gasification agent comprising steam and oxygen in the fluidized bed zone, at a higher average temperature than in step (b), the average temperature being between about 250-350°C below the ash softening temperature of the feedstock; (d) contacting at least a portion of the product produced in step (c) with a gasification agent comprising steam and oxygen in the post-gasification zone, at a higher average temperature than in step (c), the average temperature being between about 200-300°C below the ash softening temperature of the feedstock; (e) contacting at least a portion of the product produced in step (d) with a gasification agent comprising steam and oxygen in the post-gasification zone, at a higher average temperature than in step (d), the average temperature being between about 150-250°C below the ash softening temperature of the feedstock, to produce the synthesis gas; and (f) recovering the synthesis gas from the product produced in step (e). (a) supplying the feedstock to a gasifier, the gasifier comprising a fluidized bed zone and a post-gasification zone; (b) contacting the feedstock with a gasification agent comprising steam and oxygen in the fluidized bed zone, at an average temperature of between about 350-400°C below the ash softening temperature of the feedstock, to partially oxidize the feedstock; (c) contacting at least a portion of the partially oxidized product produced in step (b) with a gasification agent comprising steam and oxygen in the fluidized bed zone, at a higher average temperature than in step (b), the average temperature being between about 250-350°C below the ash softening temperature of the feedstock; (d) contacting at least a portion of the product produced in step (c) with a gasification agent comprising steam and oxygen in the post-gasification zone, at a higher average temperature than in step (c), the average temperature being between about 200-300°C below the ash softening temperature of the feedstock; (e) contacting at least a portion of the product produced in step (d) with a gasification agent comprising steam and oxygen in the post-gasification zone, at a higher average temperature than in step (d), the average temperature being between about 150-250°C below the ash softening temperature of the feedstock, to produce the synthesis gas; and (f) recovering the synthesis gas from the product produced in step (e).
In a system comprising a plurality of peer devices in proximity with each other, a method comprising: triggering, by an upper layer of a first peer device of the plurality of peers, a peer-to-peer, P2P, session with a second peer device of the plurality of peer devices, the P2P session using a first application; and downloading, by the upper layer, context information related to the first application such that the context information is available to another application that is different than the first application, the other application comprising at least one of a discovery function of the first peer device, an association function of the first peer device, a data transceiving function of the first peer device, a channel management function of the first peer device, a general scan function of the first peer device, a synchronization function of the first peer device, a power control function of the first peer device, and a management and reporting function of the first peer device, wherein the context information related to the first application comprises quality of service data associated with the P2P session; and based on the quality of service data associated with the P2P session, the association function of the first peer device dis-associating from the second peer device-and/or re-associating with the second peer device. triggering, by an upper layer of a first peer device of the plurality of peers, a peer-to-peer, P2P, session with a second peer device of the plurality of peer devices, the P2P session using a first application; and downloading, by the upper layer, context information related to the first application such that the context information is available to another application that is different than the first application, the other application comprising at least one of a discovery function of the first peer device, an association function of the first peer device, a data transceiving function of the first peer device, a channel management function of the first peer device, a general scan function of the first peer device, a synchronization function of the first peer device, a power control function of the first peer device, and a management and reporting function of the first peer device, wherein the context information related to the first application comprises quality of service data associated with the P2P session; and based on the quality of service data associated with the P2P session, the association function of the first peer device dis-associating from the second peer device-and/or re-associating with the second peer device.
A circuit comprising: a noise cancellation filter having filter coefficients configured reduce the effect of a transmitter noise leakage across a band of a received signal; an adaptation unit for estimating at least one filter coefficient on a sub-band basis for at least one sub-band of the band; a synthesizer coupled to the adaptation unit for generating estimated filter coefficients across a full band from each estimated filter coefficient at each sub-band; wherein at least one filter coefficient of the noise cancellation filter is updated based on the estimated filter coefficients across the full band, characterized in that the filter coefficients for inactive sub-bands are not estimated, thereby reducing or eliminating the influence of blockers on the updating of filter coefficients. a noise cancellation filter having filter coefficients configured reduce the effect of a transmitter noise leakage across a band of a received signal; an adaptation unit for estimating at least one filter coefficient on a sub-band basis for at least one sub-band of the band; a synthesizer coupled to the adaptation unit for generating estimated filter coefficients across a full band from each estimated filter coefficient at each sub-band; wherein at least one filter coefficient of the noise cancellation filter is updated based on the estimated filter coefficients across the full band, characterized in that the filter coefficients for inactive sub-bands are not estimated, thereby reducing or eliminating the influence of blockers on the updating of filter coefficients.
A wellbore-type hole opening system comprising: a retractable and extendable cone-type reamer positioned on a drill string and comprising a plurality of independently controlled cones ; an extension and retraction mechanism configured to extend and retract the cone-type reamer; a respective hydraulic power unit operatively coupled to each cone and configured to retract or extend at least one of the plurality of cones and control the extension and retraction mechanism; a plurality of sensors positioned on or within the cone-type reamer, the plurality of sensors configured to detect parameters of the wellbore-type hole opening system; and a controller operatively coupled to the hydraulic power unit and the plurality of sensors, the controller configured to be positioned in a wellbore , the controller configured to receive a plurality of signals from the plurality of sensors, the plurality of signals representing the parameters detected by the plurality of sensors, identify the parameters represented by the plurality of signals, and adjust a parameter of a wellbore-type hole opening operation in response to the received plurality of signals, wherein adjusting a parameter of a wellbore-type hole opening operation comprises adjusting the retractable and extendable cone-type reamer. a retractable and extendable cone-type reamer positioned on a drill string and comprising a plurality of independently controlled cones ; an extension and retraction mechanism configured to extend and retract the cone-type reamer; a respective hydraulic power unit operatively coupled to each cone and configured to retract or extend at least one of the plurality of cones and control the extension and retraction mechanism; a plurality of sensors positioned on or within the cone-type reamer, the plurality of sensors configured to detect parameters of the wellbore-type hole opening system; and a controller operatively coupled to the hydraulic power unit and the plurality of sensors, the controller configured to be positioned in a wellbore , the controller configured to receive a plurality of signals from the plurality of sensors, the plurality of signals representing the parameters detected by the plurality of sensors, identify the parameters represented by the plurality of signals, and adjust a parameter of a wellbore-type hole opening operation in response to the received plurality of signals, wherein adjusting a parameter of a wellbore-type hole opening operation comprises adjusting the retractable and extendable cone-type reamer. receive a plurality of signals from the plurality of sensors, the plurality of signals representing the parameters detected by the plurality of sensors, identify the parameters represented by the plurality of signals, and adjust a parameter of a wellbore-type hole opening operation in response to the received plurality of signals, wherein adjusting a parameter of a wellbore-type hole opening operation comprises adjusting the retractable and extendable cone-type reamer.
A drying machine having a condenser unit slidably removable therefrom, said drying machine comprising a locking mechanism having at least one locking arm for effecting securely locking of said condenser unit in said drying machine , characterized in that: - said locking arm comprises a first part having a pivot member rotatably secured to said drying machine and a second part having a lock member engaging with a lock slot on said condenser unit , - said condenser unit comprises a locking guide through which said second part of said locking arm having a lock member is displaceable to effect locking or unlocking of said condenser unit , - said locking guide opens into said locking slot through a locking guide neck being narrower compared to said locking guide . - said locking arm comprises a first part having a pivot member rotatably secured to said drying machine and a second part having a lock member engaging with a lock slot on said condenser unit , - said condenser unit comprises a locking guide through which said second part of said locking arm having a lock member is displaceable to effect locking or unlocking of said condenser unit , - said locking guide opens into said locking slot through a locking guide neck being narrower compared to said locking guide .
A method of securely transferring master keying material between a master dongle and a slave dongle, wherein the slave dongle contains a public key and a private key, and wherein the slave dongle comprises a slave dongle user authentication system, wherein the master dongle contains master keying material, and wherein the master dongle comprises a master dongle user authentication system, and wherein the master keying material is for allowing users of the dongles to securely access encrypted data; the method comprising: connecting the master dongle and the slave dongle to a data transfer system; unlocking the master dongle via the master dongle user authentication system, wherein unlocking the master dongle allows the master dongle to send and receive data; and, in the case where the slave dongle is not factory reset, unlocking the slave dongle via the slave dongle user authentication system, wherein unlocking the slave dongle allows the slave dongle to send and receive data; transferring the slave dongle's public key to the master dongle via the data transfer system; using the slave dongle's public key at the master dongle to encrypt the master keying material and hence produce encrypted master keying material at the master dongle; transferring the encrypted master keying material to the slave dongle via the data transfer system; decrypting the encrypted master keying material with the slave dongle's private key at the slave dongle; and storing the master keying material at the slave dongle; such that a user of any of the dongles can use the master keying material to decrypt data encrypted by the same dongle or the other of the dongles. connecting the master dongle and the slave dongle to a data transfer system; unlocking the master dongle via the master dongle user authentication system, wherein unlocking the master dongle allows the master dongle to send and receive data; and, in the case where the slave dongle is not factory reset, unlocking the slave dongle via the slave dongle user authentication system, wherein unlocking the slave dongle allows the slave dongle to send and receive data; transferring the slave dongle's public key to the master dongle via the data transfer system; using the slave dongle's public key at the master dongle to encrypt the master keying material and hence produce encrypted master keying material at the master dongle; transferring the encrypted master keying material to the slave dongle via the data transfer system; decrypting the encrypted master keying material with the slave dongle's private key at the slave dongle; and storing the master keying material at the slave dongle; such that a user of any of the dongles can use the master keying material to decrypt data encrypted by the same dongle or the other of the dongles.
A computer-implemented method of inspecting a web of a cellular article, wherein the web is defined by walls each having a width and a length and that in turn define an array of cells, the method comprising: a) characterizing a web structure from a digital image of the web in terms of intensity values, comprising establishing an edge location for each of the walls of the web , and an edge intensity slope S E for each edge location; and characterized by b) searching for a wall intensity slope S W in one of the web walls of the characterized web structure to determine the location of a web defect, wherein a web defect is considered to be present in the web when the condition α·|S E | ≤ |S W | is satisfied, wherein α is in the range from 0.75 to 1. a) characterizing a web structure from a digital image of the web in terms of intensity values, comprising establishing an edge location for each of the walls of the web , and an edge intensity slope S E for each edge location; and characterized by b) searching for a wall intensity slope S W in one of the web walls of the characterized web structure to determine the location of a web defect, wherein a web defect is considered to be present in the web when the condition α·|S E | ≤ |S W | is satisfied, wherein α is in the range from 0.75 to 1.
NCO-terminated polysiloxane prepolymers of the general formula (I) [(Q) q ]-[(M) m -(P) p -(R) r ] t (I), where R, P, M, Q, r, p, m, q, and t are defined as follows R in each case independently at least one polyisocyanate unit and/or at least one diisocyanate unit, P in each case independently at least one polyol unit, M in each case independently at least one diisocyanate unit and/or at least one polyisocyanate unit, Q at least one polysiloxane unit, r in each case independently a number from 1 to 10, p in each case independently a number from 1 to 10, m in each case independently a number from 1 to 10, q in each case independently a number from 1 to 10, t an integer from 2 to 5, and the units M present are attached directly to the unit Q. where R, P, M, Q, r, p, m, q, and t are defined as follows R in each case independently at least one polyisocyanate unit and/or at least one diisocyanate unit, P in each case independently at least one polyol unit, M in each case independently at least one diisocyanate unit and/or at least one polyisocyanate unit, Q at least one polysiloxane unit, r in each case independently a number from 1 to 10, p in each case independently a number from 1 to 10, m in each case independently a number from 1 to 10, q in each case independently a number from 1 to 10, t an integer from 2 to 5, and R in each case independently at least one polyisocyanate unit and/or at least one diisocyanate unit, P in each case independently at least one polyol unit, M in each case independently at least one diisocyanate unit and/or at least one polyisocyanate unit, Q at least one polysiloxane unit, r in each case independently a number from 1 to 10, p in each case independently a number from 1 to 10, m in each case independently a number from 1 to 10, q in each case independently a number from 1 to 10, t an integer from 2 to 5, and the units M present are attached directly to the unit Q.
A method, characterized in that , comprises: receiving, by a wireless device , from a base station one or more messages comprising: first configuration parameters of a plurality of cells comprising a primary cell and a secondary cell, and bandwidth part configuration parameters comprising a value for a bandwidth part inactivity timer; receiving a downlink control information, on an active bandwidth part of the primary cell; determining, in response to receiving the downlink control information and no transmitting a random access preamble on the secondary cell, that no random access procedure is ongoing on the secondary cell; starting the bandwidth part inactivity timer of the active bandwidth part of the primary cell with the value for the bandwidth part inactivity timer in response to the determining; and switching from the active bandwidth part to a default bandwidth part in response to an expiry of the bandwidth part inactivity timer. receiving, by a wireless device , from a base station one or more messages comprising: first configuration parameters of a plurality of cells comprising a primary cell and a secondary cell, and bandwidth part configuration parameters comprising a value for a bandwidth part inactivity timer; receiving a downlink control information, on an active bandwidth part of the primary cell; determining, in response to receiving the downlink control information and no transmitting a random access preamble on the secondary cell, that no random access procedure is ongoing on the secondary cell; starting the bandwidth part inactivity timer of the active bandwidth part of the primary cell with the value for the bandwidth part inactivity timer in response to the determining; and switching from the active bandwidth part to a default bandwidth part in response to an expiry of the bandwidth part inactivity timer.
Tyre having an axis of rotation and comprising a crown extended by two sidewalls and two beads, a carcass reinforcement anchored in the two beads, a crown reinforcement and a rubber tread radially outside said crown reinforcement, said tread comprising a first radially inner layer C1 and a second radially outer layer C2, said first and second layers being intended to be in contact with a ground on which they are running, in new or worn condition, characterized in that the rubber composition of said first layer C1 comprises more than 50 phr of a copolymer of ethylene and of a 1,3-diene, a reinforcing filler and a plasticizing system, the 1,3-diene being 1,3-butadiene or isoprene and the ethylene units in the copolymer representing more than 50 mol% of all the monomer units of said copolymer.