mhurhangee/patent-ind-claim-en huggingface dataset:
A panel assembly comprising: a core having first and second opposing major surfaces, wherein the core is a honeycomb core, a first laminate skin secured to the first major surface of the core, wherein the first laminate skin includes a first ply and the first layer of polyimide aerogel, a second laminate skin secured to the second major surface of the core, wherein the second laminate skin includes a first ply and a second layer of polyimide aerogel, and at least a first layer of polyimide aerogel incorporated into one of the first laminate skin or the second laminate skin, wherein the honeycomb core includes polyimide aerogel incorporated therein, and wherein the polyimide aerogel is incorporated into one or more cells of the honeycomb core by the steps of: applying a polyimide aerogel producing mixture to one or more cells of the honeycomb core; and supercritically drying the mixture to produce a layer of polyimide aerogel on the one or more cells of the honeycomb core. a core having first and second opposing major surfaces, wherein the core is a honeycomb core, a first laminate skin secured to the first major surface of the core, wherein the first laminate skin includes a first ply and the first layer of polyimide aerogel, a second laminate skin secured to the second major surface of the core, wherein the second laminate skin includes a first ply and a second layer of polyimide aerogel, and at least a first layer of polyimide aerogel incorporated into one of the first laminate skin or the second laminate skin, wherein the honeycomb core includes polyimide aerogel incorporated therein, and wherein the polyimide aerogel is incorporated into one or more cells of the honeycomb core by the steps of: applying a polyimide aerogel producing mixture to one or more cells of the honeycomb core; and supercritically drying the mixture to produce a layer of polyimide aerogel on the one or more cells of the honeycomb core. applying a polyimide aerogel producing mixture to one or more cells of the honeycomb core; and supercritically drying the mixture to produce a layer of polyimide aerogel on the one or more cells of the honeycomb core.
A print engine assembly comprising: a bottom chassis portion including a platform that is configured to receive print media for printing content; a top chassis portion ; a top chassis cap received on the top chassis portion; a print head positioned within the top chassis portion; a plurality of offset pins extending out orthogonally from a bottom surface of the print head, wherein the plurality of offset pins abuts the platform defined on the bottom chassis portion, and wherein a length of the plurality of offset pins extending out from the bottom surface of the print head is adjustable, so that the plurality of offset pins enables the print head to be positioned at an adjustable predetermined distance from the bottom chassis portion; and at least one biasing member , wherein a first end of the at least one biasing member is coupled to the top chassis cap and a second end of the at least one biasing member is coupled to a top end portion of the print head. a bottom chassis portion including a platform that is configured to receive print media for printing content; a top chassis portion ; a top chassis cap received on the top chassis portion; a print head positioned within the top chassis portion; a plurality of offset pins extending out orthogonally from a bottom surface of the print head, wherein the plurality of offset pins abuts the platform defined on the bottom chassis portion, and wherein a length of the plurality of offset pins extending out from the bottom surface of the print head is adjustable, so that the plurality of offset pins enables the print head to be positioned at an adjustable predetermined distance from the bottom chassis portion; and at least one biasing member , wherein a first end of the at least one biasing member is coupled to the top chassis cap and a second end of the at least one biasing member is coupled to a top end portion of the print head.
A wireless device comprising a transceiver configured to: transmit, over a plurality of spatial streams and a plurality of sub-channels, a Schedule frame, SCH, to a plurality of Stations, STAs , to schedule an Uplink, UL, transmission; wherein each sub-channel of the plurality of sub-channels occupies a different frequency band and is allocated a spatial stream of the plurality of spatial streams; wherein the SCH includes a plurality of maps , each map scheduling a different Transmit Operation, TXOP, and associating at least one sub-channel and at least one spatial stream with an Association ID, AID; wherein each map indicates to an STA to which a respective AID was assigned, which of the at least one sub-channels and which of the at least one spatial streams are allocated to the STA during the TXOP; transmit, over the plurality of spatial streams, a Block Acknowledge, BA, to the plurality of STAs , in response to receiving data from the plurality of STAs ; transmit, over the plurality of spatial streams and sub-channels, Downlink, DL, data to the plurality of STAs at a time indicated in the SCH; and transmit, before the UL transmission or transmitting the DL data, a map Identification, ID, frame indicating which map of the plurality of maps a next transmit operation is associated with. transmit, over a plurality of spatial streams and a plurality of sub-channels, a Schedule frame, SCH, to a plurality of Stations, STAs , to schedule an Uplink, UL, transmission; wherein each sub-channel of the plurality of sub-channels occupies a different frequency band and is allocated a spatial stream of the plurality of spatial streams; wherein the SCH includes a plurality of maps , each map scheduling a different Transmit Operation, TXOP, and associating at least one sub-channel and at least one spatial stream with an Association ID, AID; wherein each map indicates to an STA to which a respective AID was assigned, which of the at least one sub-channels and which of the at least one spatial streams are allocated to the STA during the TXOP; wherein each sub-channel of the plurality of sub-channels occupies a different frequency band and is allocated a spatial stream of the plurality of spatial streams; wherein the SCH includes a plurality of maps , each map scheduling a different Transmit Operation, TXOP, and associating at least one sub-channel and at least one spatial stream with an Association ID, AID; wherein each map indicates to an STA to which a respective AID was assigned, which of the at least one sub-channels and which of the at least one spatial streams are allocated to the STA during the TXOP; transmit, over the plurality of spatial streams, a Block Acknowledge, BA, to the plurality of STAs , in response to receiving data from the plurality of STAs ; transmit, over the plurality of spatial streams and sub-channels, Downlink, DL, data to the plurality of STAs at a time indicated in the SCH; and transmit, before the UL transmission or transmitting the DL data, a map Identification, ID, frame indicating which map of the plurality of maps a next transmit operation is associated with.
A control system for an aircraft engine comprising: a control node comprising a first processor and a first memory ; a concentrator node comprising a second processor and a second memory , wherein the control node is operably coupled to the concentrator node; and a security module operably coupled to the control node and the concentrator node, wherein the security module is configured to load a first executable image to the first memory for execution by the first processor, and load a second executable image to the second memory for execution by the second processor. a control node comprising a first processor and a first memory ; a concentrator node comprising a second processor and a second memory , wherein the control node is operably coupled to the concentrator node; and a security module operably coupled to the control node and the concentrator node, wherein the security module is configured to load a first executable image to the first memory for execution by the first processor, and load a second executable image to the second memory for execution by the second processor.
A method of determining the specific binding of a ligand reversibly binding to a binding site in a tissue sample using displacement competitive inhibition, the method comprising incubating an unlabeled ligand in the absence of a labeled ligand on a first tissue specimen, incubating the unlabeled ligand in the presence of a labeled ligand on a second tissue specimen, the first and the second tissue specimens being adjacent sections of specimen; and subsequently visualizing ligand localisation using MALDI imaging mass spectrometry in the first and second tissue specimen, respectively.
Method for transmitting data in a satellite system comprising at least one satellite comprising demodulating/decoding capabilities, a gateway , said satellite being adapted to process and to store user data in an on-board cache , the satellite system comprising at least one user terminal radio linked with the gateway through the satellite , the method having at least the following steps: • Opening a TCP communication session between the user terminal and the gateway , • Transmitting a request Rq sent by one or more end users to the gateway through the user terminal and the satellite , said request Rq containing a data request, • Upon receipt of request Rq by the gateway , the latter verifies that the content of the requested data is available in an on-board cache of the satellite , and if this is the case, issues an order for the satellite , said order indicating all or part of the content that is to be delivered to the user terminal, • Transmitting , from said satellite , said content to the user terminal from the on-board cache in response to the order delivered by the gateway , • The user terminal acknowledges receipt of at least a part or all of said content to the gateway . • Opening a TCP communication session between the user terminal and the gateway , • Transmitting a request Rq sent by one or more end users to the gateway through the user terminal and the satellite , said request Rq containing a data request, • Upon receipt of request Rq by the gateway , the latter verifies that the content of the requested data is available in an on-board cache of the satellite , and if this is the case, issues an order for the satellite , said order indicating all or part of the content that is to be delivered to the user terminal, • Transmitting , from said satellite , said content to the user terminal from the on-board cache in response to the order delivered by the gateway , • The user terminal acknowledges receipt of at least a part or all of said content to the gateway .
A method , comprising: receiving , at a memory management unit, MMU , a translation request from a processing system , wherein the translation request specifies a virtual address to be translated; searching a page table stored in a physical memory system for a page table entry that specifies the virtual address; receiving a translation lookaside buffer invalidation, TLBI, signal from the processing system , wherein the TLBI signal specifies the virtual address; in response to receiving the TLBI signal specifying the virtual address and in response to a determination that the virtual address specified in the TLBI signal is currently being searched (YES at 450): transmitting a synchronization acknowledgement, SYNC-ACK, to the processing system to signal the processing system that the processing system can proceed with processes that have as a prerequisite condition an invalidation of a translation of the virtual address specified in the TLBI signal without waiting for the translation of the virtual address; and restarting the search of the page table for the page table entry that specifies the virtual address; and returning to the processing system a physical address that corresponds to the specified virtual address. receiving , at a memory management unit, MMU , a translation request from a processing system , wherein the translation request specifies a virtual address to be translated; searching a page table stored in a physical memory system for a page table entry that specifies the virtual address; receiving a translation lookaside buffer invalidation, TLBI, signal from the processing system , wherein the TLBI signal specifies the virtual address; in response to receiving the TLBI signal specifying the virtual address and in response to a determination that the virtual address specified in the TLBI signal is currently being searched (YES at 450): transmitting a synchronization acknowledgement, SYNC-ACK, to the processing system to signal the processing system that the processing system can proceed with processes that have as a prerequisite condition an invalidation of a translation of the virtual address specified in the TLBI signal without waiting for the translation of the virtual address; and restarting the search of the page table for the page table entry that specifies the virtual address; and transmitting a synchronization acknowledgement, SYNC-ACK, to the processing system to signal the processing system that the processing system can proceed with processes that have as a prerequisite condition an invalidation of a translation of the virtual address specified in the TLBI signal without waiting for the translation of the virtual address; and restarting the search of the page table for the page table entry that specifies the virtual address; and returning to the processing system a physical address that corresponds to the specified virtual address.
Movable wall comprising means for resting on the ground and attachment means for lifting the wall, said wall comprises: - a base forming a closed perimeter delimiting an internal space , this base being made up of stones , a plurality of these stones of the base each comprising a reinforcement fastened within the stone and extending within the internal space of the base; - a framework made of concrete cast within the internal space of the base , this framework coating the reinforcements of the base and coming into contact with the stones of the base ; - a vertical wall extending on top of the base and comprising stones joined together by a mortar , the vertical wall being joined to the base by a mortar ; - at least one reservation passing all the way through the base and the framework . - a base forming a closed perimeter delimiting an internal space , this base being made up of stones , a plurality of these stones of the base each comprising a reinforcement fastened within the stone and extending within the internal space of the base; - a framework made of concrete cast within the internal space of the base , this framework coating the reinforcements of the base and coming into contact with the stones of the base ; - a vertical wall extending on top of the base and comprising stones joined together by a mortar , the vertical wall being joined to the base by a mortar ; - at least one reservation passing all the way through the base and the framework .
Roll for a paper machine for producing or processing a fibrous web such as a paper, cardboard or tissue web, comprising a metallic roll core and a roll covering which is applied to the roll core , wherein the roll covering , when viewed in terms of the longitudinal axis of the roll , has a plurality of layers which are disposed radially on top of one another, specifically a radially innermost binding layer (8.1) and a radially outer carrier layer (8.2) which is applied directly to the binding layer (8.1), characterized in that the binding layer (8.1) is produced from a rubber which is crosslinked by peroxidic means, and the carrier layer (8.2) is produced from a rubber which is crosslinked by sulphur.
An inkjet pre-treatment fluid for textile printing, the inkjet pre-treatment fluid comprising: a fixing agent including a multivalent metal cation; a blocked polyisocyanate selected from the group consisting of a non-ionic blocked polyisocyanate, a cationic blocked polyisocyanate, and an anionic blocked polyisocyanate having an acid number less than about 5 mg KOH/g; and a liquid vehicle. a fixing agent including a multivalent metal cation; a blocked polyisocyanate selected from the group consisting of a non-ionic blocked polyisocyanate, a cationic blocked polyisocyanate, and an anionic blocked polyisocyanate having an acid number less than about 5 mg KOH/g; and a liquid vehicle.
Folding ladder , in particular for accessing the cavity of a lift shaft comprising: a first side rail ; a second side rail that is parallel to the first side rail ; a plurality of rungs , each rung having a first end portion pivotally attached to the first side rail and a second end portion pivotally attached to the second side rail in such a way that each rung is movable between a use position in which it is substantially perpendicular to both the side rails while they are laterally spaced, and a rest position in which it is substantially parallel to both the side rails while the latter abut one another; a locking arm having a first end portion pivotally attached to the first side rail , characterized in that it comprises a stop located on the first side rail ; a locking member located on the second side rail , the locking arm having a second end portion that is movable between an unlocking position in which it is magnetically coupled to said stop so that the locking arm abuts the first side rail , and a locking position in which it is magnetically coupled to said locking member so that the locking arm is diagonally arranged with respect to both the side rails . a first side rail ; a second side rail that is parallel to the first side rail ; a plurality of rungs , each rung having a first end portion pivotally attached to the first side rail and a second end portion pivotally attached to the second side rail in such a way that each rung is movable between a use position in which it is substantially perpendicular to both the side rails while they are laterally spaced, and a rest position in which it is substantially parallel to both the side rails while the latter abut one another; a locking arm having a first end portion pivotally attached to the first side rail , characterized in that it comprises a stop located on the first side rail ; a locking member located on the second side rail , the locking arm having a second end portion that is movable between an unlocking position in which it is magnetically coupled to said stop so that the locking arm abuts the first side rail , and a locking position in which it is magnetically coupled to said locking member so that the locking arm is diagonally arranged with respect to both the side rails .
A device for modulating the air intake into a residential site, able to be installed through a window, door or wall element of the site, comprising a sensitive means acting mechanically via a mechanical transmission on a control means of the opening section of an air pipe arranged between the outside and the inside of the site, where the control means makes it possible to modulate the opening section of the air pipe between 0 and 100% of its maximum value, characterized in that it comprises a radiofrequency transmitter supplied by an autonomous supply means and able to transmit information relative to said opening section of the air pipe.
A packet forwarding method, applied to a multicast virtual private network, VPN, over bit index explicit replication, BIER, and comprising: configuring , by a first node, a first identifier of a first VPN and a first internet protocol version 6, IPv6, address, wherein the first IPv6 address corresponds to the first identifier; sending (S130), by the first node, a first indication message to a second node, wherein the first indication message is used to indicate the second node to establish a correspondence between the first IPv6 address and a second identifier, the first indication message comprises the first identifier and the first IPv6 address, and the second identifier is an identifier that is of the second node and that satisfies a preset correspondence with the first identifier; receiving (S150), by the first node, a multicast data packet that belongs to the first VPN; obtaining, by the first node, the first IPv6 address based on the first VPN to which the multicast data packet belongs and the first IPv6 address corresponding to the first identifier; and encapsulating (Si6o), by the first node, the multicast data packet based on the first IPv6 address to obtain a to-be-forwarded BIER packet, and sending (S170) the to-be-forwarded BIER packet, wherein the to-be-forwarded BIER packet comprises the first IPv6 address. configuring , by a first node, a first identifier of a first VPN and a first internet protocol version 6, IPv6, address, wherein the first IPv6 address corresponds to the first identifier; sending (S130), by the first node, a first indication message to a second node, wherein the first indication message is used to indicate the second node to establish a correspondence between the first IPv6 address and a second identifier, the first indication message comprises the first identifier and the first IPv6 address, and the second identifier is an identifier that is of the second node and that satisfies a preset correspondence with the first identifier; receiving (S150), by the first node, a multicast data packet that belongs to the first VPN; obtaining, by the first node, the first IPv6 address based on the first VPN to which the multicast data packet belongs and the first IPv6 address corresponding to the first identifier; and encapsulating (Si6o), by the first node, the multicast data packet based on the first IPv6 address to obtain a to-be-forwarded BIER packet, and sending (S170) the to-be-forwarded BIER packet, wherein the to-be-forwarded BIER packet comprises the first IPv6 address.
An item of seating furniture, especially an office chair , with a seat part (14; 14a,14b), a backrest and a pedestal , including a support column which is, as the case may be, rotatable about a vertical axis and having a vertically adjustable upper end, and further including a carrying frame coupled to the vertically adjustable upper end of the support column ; the carrying frame having a first horizontal rotational axis , where the backrest is pivotable around this first horizontal rotational axis between an upright starting position and a reclined resting position; where the backrest is, in its lower region, pivotably connected with the seat part , where, in case of a one-piece seat part the pivotable connection is provided around a second axis , parallel to the first axis , wherein, when the seating furniture is in the upright starting position the second rotational axis is arranged in a region below the first rotational axis , and the second rotational axis deviates from vertical by no more than 5° toward the backrest and no more than 15° away from the backrest; and wherein, in case of a divided seat , the rear seat part is non-rotatably connected to the backrest; and where the front seat part or the one-piece seat part , respectively, are supported by the carrying frame via a kinematic mechanism (7,8,17; 7',8'), where the moveable front seat part or the one-piece seat part , respectively, is lowered relative to the rear seat part or the backrest by means of a kinematic mechanism (6; 11) when the backrest is pivoted backwards from its upright starting position.