mhurhangee/patent-ind-claim-en huggingface dataset:
A hazard protection system , comprising: a tagging and tracking system comprising a tag configured to be coupled to a pallet storing cargo; a multi-parameter sensor (SD#1, SD#2, SD#3) configured to be located in a zone of a cargo hold, wherein the multi-parameter sensor is configured to monitor a plurality of conditions of the cargo hold; a controller configured to: wirelessly communicate with the tag to determine a cargo type of the cargo and initialize a configuration of the multi-parameter sensor based on the cargo type; and modify the initial configuration of the multi-parameter sensor based at least in part on the cargo type, wherein modifying the initial configuration of the multi-parameter sensor comprises increasing or decreasing a sensitivity of the multi-parameter sensor based at least in part on the cargo type; and an electronic flight bag (EFB#1, EFB#2) configured to display cargo type and hazard definition. a tagging and tracking system comprising a tag configured to be coupled to a pallet storing cargo; a multi-parameter sensor (SD#1, SD#2, SD#3) configured to be located in a zone of a cargo hold, wherein the multi-parameter sensor is configured to monitor a plurality of conditions of the cargo hold; a controller configured to: wirelessly communicate with the tag to determine a cargo type of the cargo and initialize a configuration of the multi-parameter sensor based on the cargo type; and modify the initial configuration of the multi-parameter sensor based at least in part on the cargo type, wirelessly communicate with the tag to determine a cargo type of the cargo and initialize a configuration of the multi-parameter sensor based on the cargo type; and modify the initial configuration of the multi-parameter sensor based at least in part on the cargo type, wherein modifying the initial configuration of the multi-parameter sensor comprises increasing or decreasing a sensitivity of the multi-parameter sensor based at least in part on the cargo type; and an electronic flight bag (EFB#1, EFB#2) configured to display cargo type and hazard definition.
An ultrasound imaging system comprising: an ultrasound probe for receiving ultrasound signals for a plurality of transmit/receive events; and at least one processor in communication with the ultrasound probe, the at least one processor configured to: perform an adaptive thinning technique on the ultrasound signals for the plurality of transmit/receive events, wherein the adaptive thinning technique is based, at least in part, on an aggressiveness parameter that is adapted in a temporal domain; and temporally accumulate the ultrasound signals for the plurality of transmit/receive events on which the adaptive thinning technique is performed to generate an adaptive contrast accumulation image. an ultrasound probe for receiving ultrasound signals for a plurality of transmit/receive events; and at least one processor in communication with the ultrasound probe, the at least one processor configured to: perform an adaptive thinning technique on the ultrasound signals for the plurality of transmit/receive events, wherein the adaptive thinning technique is based, at least in part, on an aggressiveness parameter that is adapted in a temporal domain; and temporally accumulate the ultrasound signals for the plurality of transmit/receive events on which the adaptive thinning technique is performed to generate an adaptive contrast accumulation image. perform an adaptive thinning technique on the ultrasound signals for the plurality of transmit/receive events, wherein the adaptive thinning technique is based, at least in part, on an aggressiveness parameter that is adapted in a temporal domain; and temporally accumulate the ultrasound signals for the plurality of transmit/receive events on which the adaptive thinning technique is performed to generate an adaptive contrast accumulation image.
A downlink, DL, transmission method in a base station of a radio communication network enabling multi-user multiple-input multiple-output, MU-MIMO, comprising: pairing a user equipment, UE, with one or more other UEs for DL MU-MIMO transmission in the radio communication network; scheduling through a control channel at least one real layer and at least one virtual layer to the UE, wherein each of the at least one virtual layer is a real layer scheduled for at least one of the one or more other UEs, wherein scheduling of the at least one virtual layer is through the control channel without performing the DL transmission in a transport channel to the corresponding UE, and wherein the UE is implicitly triggered to perform joint detection among the at least one real layer and the at least one virtual layer, the joint detection is based on supplementary information including at least one of scrambling identity for reference signal, precoding matrix, and number of layers; and performing DL transmission to the UE and the one or more other UEs on the transport channel, wherein only the at least one real layer is used for DL transmission to the UE, and each of the at least one virtual layer is used for DL transmission to at least one of the one or more other UEs. pairing a user equipment, UE, with one or more other UEs for DL MU-MIMO transmission in the radio communication network; scheduling through a control channel at least one real layer and at least one virtual layer to the UE, wherein each of the at least one virtual layer is a real layer scheduled for at least one of the one or more other UEs, wherein scheduling of the at least one virtual layer is through the control channel without performing the DL transmission in a transport channel to the corresponding UE, and wherein the UE is implicitly triggered to perform joint detection among the at least one real layer and the at least one virtual layer, the joint detection is based on supplementary information including at least one of scrambling identity for reference signal, precoding matrix, and number of layers; and performing DL transmission to the UE and the one or more other UEs on the transport channel, wherein only the at least one real layer is used for DL transmission to the UE, and each of the at least one virtual layer is used for DL transmission to at least one of the one or more other UEs.
A first receiving device for a Wireless Local Area Network, WLAN, system, the first receiving device comprising: a transceiver configured to receive a protocol data unit including a preamble and a payload from a transmitting device and to decode the payload based on the preamble; and a processor configured to control the transceiver, wherein a data field of the payload comprises a trigger frame in a Single- Medium Access Control, MAC, Protocol Data Unit, S-MPDU, form, wherein the trigger frame comprises a MAC header and a frame body, wherein the frame body comprises a first common information field and a first user information field applied to the first receiving device, and further comprises second common information field, a second user information field, and a padding field applied to a second receiving device that supports a standard different from the standard supported by the first receiving device, wherein the second common information field and the second user information field applied to the second receiving device are allocated before the padding field , and wherein the first common information field and the first user information field applied to the first receiving device are allocated after the padding field. a transceiver configured to receive a protocol data unit including a preamble and a payload from a transmitting device and to decode the payload based on the preamble; and a processor configured to control the transceiver, wherein a data field of the payload comprises a trigger frame in a Single- Medium Access Control, MAC, Protocol Data Unit, S-MPDU, form, wherein the trigger frame comprises a MAC header and a frame body, wherein the frame body comprises a first common information field and a first user information field applied to the first receiving device, and further comprises second common information field, a second user information field, and a padding field applied to a second receiving device that supports a standard different from the standard supported by the first receiving device, wherein the second common information field and the second user information field applied to the second receiving device are allocated before the padding field , and wherein the first common information field and the first user information field applied to the first receiving device are allocated after the padding field.
COMPACTION PROCESS OF A PIECE OF COMPOSITE MATERIALS, comprising: - applying a mould release agent on a surface of a coating piece manufacturing tool and carrying out its curing; - applying a layer with adhesive properties on the mould release agent, in order to leave a smooth surface of the piece to be obtained, the process further comprises: - extending along the layer with adhesive properties an aerator blanket with dimensions larger than said layer with adhesive properties ; - extending a membrane with resilient properties on the entire surface of the tool , avoiding leaving folds and that the blanket does not protrude; the membrane with resilient properties including a vacuum valve in order to extract the air comprised between the membrane with resilient properties and the tool , and compacting the layer with adhesive properties keeping the vacuum for certain time; the membrane with resilient properties carries out a closing down just about the aerator blanket when applying vacuum by its resilient properties, avoiding the use of vacuum putty; and - removing the membrane with resilient properties and the aerator blanket . - applying a mould release agent on a surface of a coating piece manufacturing tool and carrying out its curing; - applying a layer with adhesive properties on the mould release agent, in order to leave a smooth surface of the piece to be obtained, the process further comprises: - extending along the layer with adhesive properties an aerator blanket with dimensions larger than said layer with adhesive properties ; - extending a membrane with resilient properties on the entire surface of the tool , avoiding leaving folds and that the blanket does not protrude; the membrane with resilient properties including a vacuum valve in order to extract the air comprised between the membrane with resilient properties and the tool , and compacting the layer with adhesive properties keeping the vacuum for certain time; the membrane with resilient properties carries out a closing down just about the aerator blanket when applying vacuum by its resilient properties, avoiding the use of vacuum putty; and - removing the membrane with resilient properties and the aerator blanket . - extending along the layer with adhesive properties an aerator blanket with dimensions larger than said layer with adhesive properties ; - extending a membrane with resilient properties on the entire surface of the tool , avoiding leaving folds and that the blanket does not protrude; the membrane with resilient properties including a vacuum valve in order to extract the air comprised between the membrane with resilient properties and the tool , and compacting the layer with adhesive properties keeping the vacuum for certain time; the membrane with resilient properties carries out a closing down just about the aerator blanket when applying vacuum by its resilient properties, avoiding the use of vacuum putty; and - removing the membrane with resilient properties and the aerator blanket .
A door access system comprising: a readable door identifier associated with a first of a plurality of doors, wherein the readable door identifier comprises specific shapes that give characteristic echoes to a sound stimulus from a portable wireless device ; the portable wireless device carrying a reader for reading the readable door identifier; an access control unit adapted to be in at least intermittent communication with the portable wireless device ; and an interface unit adapted to be in at least intermittent communication with the access control unit and with locking mechanisms associated with the plurality of doors, including a first of the locking mechanisms associated with the first of the plurality of doors, for controlling access to the plurality of doors, wherein the access control unit is configured to receive a representation of the readable door identifier from the portable wireless device and to respond to the readable door identifier by making an access determination and transmit a command to the interface unit if access is authorized and wherein the interface unit receives the command from the access control unit and responds to the command by providing access via the first of the locking mechanisms associated with the first of the plurality of doors. a readable door identifier associated with a first of a plurality of doors, wherein the readable door identifier comprises specific shapes that give characteristic echoes to a sound stimulus from a portable wireless device ; the portable wireless device carrying a reader for reading the readable door identifier; an access control unit adapted to be in at least intermittent communication with the portable wireless device ; and an interface unit adapted to be in at least intermittent communication with the access control unit and with locking mechanisms associated with the plurality of doors, including a first of the locking mechanisms associated with the first of the plurality of doors, for controlling access to the plurality of doors, wherein the access control unit is configured to receive a representation of the readable door identifier from the portable wireless device and to respond to the readable door identifier by making an access determination and transmit a command to the interface unit if access is authorized and wherein the interface unit receives the command from the access control unit and responds to the command by providing access via the first of the locking mechanisms associated with the first of the plurality of doors.
A thin film organic solar cell comprising a layer stack disposed on a flexible substrate , the layer stack comprising an upper and a lower conductive layer having a photoactive layer interposed there between; a first contact hole in the layer stack extending through the upper conductive layer and photoactive layer ; and a current collecting grid comprising a front contact body disposed on the upper conductive layer and a back contact body disposed on the lower conductive layer in the first contact hole , wherein the back contact body is in a non-contacting arrangement with the front contact body disposed on the upper conductive layer, characterized in that an airgap surrounds the inner surface of the first contact hole between the upper conductive layer and the back contact body in the first contact hole . a first contact hole in the layer stack extending through the upper conductive layer and photoactive layer ; and a current collecting grid comprising a front contact body disposed on the upper conductive layer and a back contact body disposed on the lower conductive layer in the first contact hole , wherein the back contact body is in a non-contacting arrangement with the front contact body disposed on the upper conductive layer, characterized in that an airgap surrounds the inner surface of the first contact hole between the upper conductive layer and the back contact body in the first contact hole .
Beverage preparation machine for preparing a beverage from a beverage ingredient powder, said machine comprising : - at least one container configured for storing a beverage ingredient powder and comprising a powder outlet for dispensing at least one dose of said beverage ingredient powder, and - a rotating device to rotate said at least one container around a rotational axis (XX'), characterized in that said rotational axis is inclined with respect to vertical and said rotational axis is positioned externally to said at least one container. - at least one container configured for storing a beverage ingredient powder and comprising a powder outlet for dispensing at least one dose of said beverage ingredient powder, and - a rotating device to rotate said at least one container around a rotational axis (XX'), characterized in that said rotational axis is inclined with respect to vertical and said rotational axis is positioned externally to said at least one container.
A propulsion system , comprising: a core engine ; a starter , the starter configured to create a pyrotechnic spark which enables start-up rotation of a core engine ; and an outer casing surrounding the core engine , characterised by the outer casing including an integral injector assembly for the starter, the injector assembly including a wall (34; 134) that defines a cavity (32; 132), and the wall (34; 134) being integral with the outer casing , wherein the cavity is chargeable with a pressurized oxygen-containing fluid and provides pressurized oxygen-containing gas to the starter when starting the propulsion system. a core engine ; a starter , the starter configured to create a pyrotechnic spark which enables start-up rotation of a core engine ; and an outer casing surrounding the core engine , characterised by the outer casing including an integral injector assembly for the starter, the injector assembly including a wall (34; 134) that defines a cavity (32; 132), and the wall (34; 134) being integral with the outer casing , wherein the cavity is chargeable with a pressurized oxygen-containing fluid and provides pressurized oxygen-containing gas to the starter when starting the propulsion system.
A method of analyzing an analyte, comprising: providing a chip with at least one nanofunnel that merges into a corresponding nanochannel ; applying a first voltage to cause an analyte to flow into a fluid nanofunnel ; then applying a second, smaller, voltage to cause the analyte to flow into a corresponding nanochannel ; and electronically analyzing the molecule in the nanofunnel and/or nanochannel. providing a chip with at least one nanofunnel that merges into a corresponding nanochannel ; applying a first voltage to cause an analyte to flow into a fluid nanofunnel ; then applying a second, smaller, voltage to cause the analyte to flow into a corresponding nanochannel ; and electronically analyzing the molecule in the nanofunnel and/or nanochannel.
A child care apparatus comprising: a standing frame including a mounting portion ; a child support frame held on the standing frame via at least one hanging bar that is pivotally connected with the mounting portion , the hanging bar being rotatable for swinging the child support frame ; a latching mechanism for rotationally locking the hanging bar , the latching mechanism including a latch connected with the mounting portion , a latch actuator movably linked to the latch and having an operating portion exposed for operation, and a spring connected with the latch actuator , the latch actuator being movable along with the latch between a locking state where the latch is engaged with the hanging bar and an unlocking state where the latch is disengaged from the hanging bar , the latching mechanism being biased toward the unlocking state by the spring ; and a holding mechanism for keeping the latch actuator and the latch in the locking state, wherein the latch actuator is switchable between the locking state and the unlocking state by applying an external force on the operating portion of the latch actuator . a standing frame including a mounting portion ; a child support frame held on the standing frame via at least one hanging bar that is pivotally connected with the mounting portion , the hanging bar being rotatable for swinging the child support frame ; a latching mechanism for rotationally locking the hanging bar , the latching mechanism including a latch connected with the mounting portion , a latch actuator movably linked to the latch and having an operating portion exposed for operation, and a spring connected with the latch actuator , the latch actuator being movable along with the latch between a locking state where the latch is engaged with the hanging bar and an unlocking state where the latch is disengaged from the hanging bar , the latching mechanism being biased toward the unlocking state by the spring ; and a holding mechanism for keeping the latch actuator and the latch in the locking state, wherein the latch actuator is switchable between the locking state and the unlocking state by applying an external force on the operating portion of the latch actuator .
A computer-implemented data processing system , comprising: a position converter index maintained on a client , wherein the position converter index is an ordered index of rows used to track an expanded/collapsed state of rows included in a client viewset of the client ; a collapsed set list maintained on the client, wherein the collapsed set list is a list of collapsed rows configured to indicate whether a row is collapsed or expanded; a paging component as part of a server system for paging a hierarchical dataset of the server based on a row operation (106, 114; 300) on one or more rows of the client viewset , wherein the position converter index and the collapsed set list are processed by the client to request only relevant rows for the row operation from the hierarchical dataset, and wherein the relevant rows are not already included in the client viewset of the client ; and an update component for updating the client viewset to include the relevant rows in response to the row operation (106, 114; 300), the update to the client viewset based on row keys associated with the paged hierarchical dataset. a position converter index maintained on a client , wherein the position converter index is an ordered index of rows used to track an expanded/collapsed state of rows included in a client viewset of the client ; a collapsed set list maintained on the client, wherein the collapsed set list is a list of collapsed rows configured to indicate whether a row is collapsed or expanded; a paging component as part of a server system for paging a hierarchical dataset of the server based on a row operation (106, 114; 300) on one or more rows of the client viewset , wherein the position converter index and the collapsed set list are processed by the client to request only relevant rows for the row operation from the hierarchical dataset, and wherein the relevant rows are not already included in the client viewset of the client ; and an update component for updating the client viewset to include the relevant rows in response to the row operation (106, 114; 300), the update to the client viewset based on row keys associated with the paged hierarchical dataset.
A support arm for a hand-held work tool , the work tool comprising an electric motor arranged to drive a circular cutting tool , wherein the support arm is arranged to support the circular cutting tool on a first end of the support arm, and to support the electric motor at a second end of the support arm opposite to the first end , characterized in that the support arm is arranged to at least partially enclose the electric motor .
A compound for use in a method of treating a myelodysplastic syndrome in a subject, wherein the compound is 2-methyl-1-[(4-[6-(trifluoromethyl)pyridin-2-yl]-6-{[2-(trifluoromethyl)pyridin-4-yl]amino}-1,3,5-triazin-2-yl)amino]propan-2-ol having the following formula: or a pharmaceutically acceptable salt, solvate, tautomer, or a polymorph thereof (COMPOUND 1), wherein the myelodysplastic syndrome is characterized by the presence of a mutant allele of IDH2 and the absence of a mutant allele of at least one other gene, wherein the other gene is selected from the group consisting of KRAS, TP53, SETBP1, and U2AF1.