mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the production, enrichment and/or isolation of d-alpha-tocotrienol from a plant extract that comprises at least one non-alpha tocotrienol and that optionally comprises alpha-tocopherol and optionally comprises other tocols, non-tocols and/or organic impurities, comprising the steps of: 1a.) reacting the plant extract with suitable reagents which react with the one or more non-alpha-tocols to introduce a functional group in the free 5 and/or 7 position of the one or more non-alpha-tocols, wherein said functional group is an amino-alkyl, wherein the suitable reagents for the amino-alkylation comprise a formaldehyde equivalent and an amine, wherein the amine comprises 1-methylpiperazine; 1b.) separating the one or more non-alpha-tocols that have been functionalized in step from the alpha-tocotrienol and optional alpha tocopherol and other non-tocol compounds that may be present; 1c.) optionally further separating the alpha-tocotrienol in the mixture separated in step , from the optional alpha tocopherol and from optional other non-tocols; 1d.) chemically reacting the separated one or more non-alpha-tocols that have been functionalized from step to give alpha-tocotrienol; and 1e.) optionally combining the alpha-tocotrienol from step with the alpha-tocotrienol from step to give alpha-tocotrienol. 1a.) reacting the plant extract with suitable reagents which react with the one or more non-alpha-tocols to introduce a functional group in the free 5 and/or 7 position of the one or more non-alpha-tocols, wherein said functional group is an amino-alkyl, wherein the suitable reagents for the amino-alkylation comprise a formaldehyde equivalent and an amine, wherein the amine comprises 1-methylpiperazine; 1b.) separating the one or more non-alpha-tocols that have been functionalized in step from the alpha-tocotrienol and optional alpha tocopherol and other non-tocol compounds that may be present; 1c.) optionally further separating the alpha-tocotrienol in the mixture separated in step , from the optional alpha tocopherol and from optional other non-tocols; 1d.) chemically reacting the separated one or more non-alpha-tocols that have been functionalized from step to give alpha-tocotrienol; and 1e.) optionally combining the alpha-tocotrienol from step with the alpha-tocotrienol from step to give alpha-tocotrienol.
A method for transmitting a signal by an apparatus in wireless communication system, the method comprising: receiving first Downlink Control Information, DCI, including a first 1-bit flag New Feedback Indicator, NFI; receiving one or more first data based on the first DCI; attempting to transmit a first Acknowledgement/Negative acknowledgement, A/N, information in response to the one or more first data; receiving second DCI including a second 1-bit flag NFI after the attempt to transmission of the first A/N information; receiving one or more second data based on the second DCI; and transmitting an A/N signal including (i) a second A/N information in response to the one or more second data and (ii) a third A/N information based on whether the second 1-bit flag NFI is toggled from the first 1-bit flag NFI, wherein, based on the second 1-bit flag NFI being toggled from the first 1-bit flag NFI, the third A/N information is configured as negative acknowledgement, NACK, and wherein, based on the second 1-bit flag NFI not being toggled from the first 1-bit flag NFI, the third A/N information is configured as the first A/N information. receiving first Downlink Control Information, DCI, including a first 1-bit flag New Feedback Indicator, NFI; receiving one or more first data based on the first DCI; attempting to transmit a first Acknowledgement/Negative acknowledgement, A/N, information in response to the one or more first data; receiving second DCI including a second 1-bit flag NFI after the attempt to transmission of the first A/N information; receiving one or more second data based on the second DCI; and transmitting an A/N signal including (i) a second A/N information in response to the one or more second data and (ii) a third A/N information based on whether the second 1-bit flag NFI is toggled from the first 1-bit flag NFI, wherein, based on the second 1-bit flag NFI being toggled from the first 1-bit flag NFI, the third A/N information is configured as negative acknowledgement, NACK, and wherein, based on the second 1-bit flag NFI not being toggled from the first 1-bit flag NFI, the third A/N information is configured as the first A/N information.
Storage compartment for installation in a motor vehicle, having: - a storage volume , which is laterally delimited by an at least partially peripheral storage wall , - at least one elastic compartment divider , which comprises a macroscopically elastic material at least in a central region of a longitudinal extent of the compartment divider , with the result that the compartment divider can be transferred between a first divider position and a second divider position , and which at the first divider position subdivides the storage volume into a first subcompartment and a second subcompartment , and at the second divider position forms a part of the storage wall of the storage volume, - two divider receptacles (26, 28; 46, 48), which are spaced apart from one another, are arranged on the storage wall and on which a respective one of two longitudinal ends of the compartment divider is received, wherein the compartment divider on each of the divider receptacles is mounted rotatably about a divider axis of rotation (D) which is perpendicular to a connecting axis between the divider receptacles, characterized in that arranged on each of the divider receptacles is a positioning device , which is configured to transfer the compartment divider into the second divider position by means of a positioning force (P), and/or to retain the compartment divider at the second divider position. - a storage volume , which is laterally delimited by an at least partially peripheral storage wall , - at least one elastic compartment divider , which comprises a macroscopically elastic material at least in a central region of a longitudinal extent of the compartment divider , with the result that the compartment divider can be transferred between a first divider position and a second divider position , and which at the first divider position subdivides the storage volume into a first subcompartment and a second subcompartment , and at the second divider position forms a part of the storage wall of the storage volume, - two divider receptacles (26, 28; 46, 48), which are spaced apart from one another, are arranged on the storage wall and on which a respective one of two longitudinal ends of the compartment divider is received, wherein the compartment divider on each of the divider receptacles is mounted rotatably about a divider axis of rotation (D) which is perpendicular to a connecting axis between the divider receptacles,
A system for authenticating an active smart device for unlocking an electronic lock , the system comprising an active smart device , a computing device , an electronic lock , and an encrypted key server , wherein the system is adapted to send an encrypted key to the computing device from the encrypted key server in response to a request form the computing device , use the active smart device for receiving the encrypted key from the computing device , generate an encrypted key limitation by the computing device , wherein the encrypted key limitation is adapted to limit the circumstances under which the active smart device may transmit the encrypted key, transmit the encrypted key limitation from the computing device to the active smart device , send the encrypted key to the electronic lock by the active smart device , if the encrypted key limitation is met, direct the electronic lock to transition from a locked state to an unlocked state based on a result of a comparison of the encrypted key received by the door lock, wherein the key limitation comprises at least one gesture performed with the active smart device , wherein the active smart device is configured to not transmit the encrypted key in response to a determination by the active smart device that the at least one key limitation is not met. send an encrypted key to the computing device from the encrypted key server in response to a request form the computing device , use the active smart device for receiving the encrypted key from the computing device , generate an encrypted key limitation by the computing device , wherein the encrypted key limitation is adapted to limit the circumstances under which the active smart device may transmit the encrypted key, transmit the encrypted key limitation from the computing device to the active smart device , send the encrypted key to the electronic lock by the active smart device , if the encrypted key limitation is met, direct the electronic lock to transition from a locked state to an unlocked state based on a result of a comparison of the encrypted key received by the door lock, wherein the key limitation comprises at least one gesture performed with the active smart device , wherein the active smart device is configured to not transmit the encrypted key in response to a determination by the active smart device that the at least one key limitation is not met.
A deck hoist tractor (DHT) for an unmanned platform comprising an elongated base frame structure carrying respective caterpillar drives on each side enabling the tractor to move forward and rearward, characterised in that the tractor further comprising a tower frame structure extending in substantially vertical direction from one end section of the base frame structure , which tower frame structure is carrying a cantilevered top frame structure carrying a lifting apparatus , said caterpillar drives are located at the same end section as said top frame structure , that said base frame structure is extended by respective cantilevered beams spaced apart with an opening between them, each cantilevered beam having an adjustable support structure adjacent to their distal end from the caterpillar drive , said cantilevered top frame structure is extended to vertically correspond with said respective cantilevered beams , and said lifting apparatus is arranged to be shifted both forward and rearward, in addition to laterally in said top frame structure in order to position a load supported in the lifting apparatus.
An information processing device serving as a PCIe system, the information processing device comprising: a host device including a root complex ; and characterized in that the information processing device further comprises: a plurality of memory devices respectively corresponding to end points, and in that one of the plurality of memory devices is defined as a master memory, the other memory devices are defined as slave memories, and are logically coupled to the master memory, and the plurality of memory devices constitute a single virtual storage, when accessing is performed from the root complex to the plurality of memory devices constituting the single virtual storage, the root complex hands over a bus master function to the master memory, and the master memory receives a command regarding the accessing from the root complex , changes address information used for the accessing in the command regarding the accessing, based on a logical relationship with the slave memories, and sends changed command regarding the accessing to a part or all of the slave memories. a host device including a root complex ; and characterized in that the information processing device further comprises: a plurality of memory devices respectively corresponding to end points, and in that one of the plurality of memory devices is defined as a master memory, the other memory devices are defined as slave memories, and are logically coupled to the master memory, and the plurality of memory devices constitute a single virtual storage, when accessing is performed from the root complex to the plurality of memory devices constituting the single virtual storage, the root complex hands over a bus master function to the master memory, and the master memory receives a command regarding the accessing from the root complex , changes address information used for the accessing in the command regarding the accessing, based on a logical relationship with the slave memories, and sends changed command regarding the accessing to a part or all of the slave memories. a plurality of memory devices respectively corresponding to end points, and in that one of the plurality of memory devices is defined as a master memory, the other memory devices are defined as slave memories, and are logically coupled to the master memory, and the plurality of memory devices constitute a single virtual storage, when accessing is performed from the root complex to the plurality of memory devices constituting the single virtual storage, the root complex hands over a bus master function to the master memory, and the master memory receives a command regarding the accessing from the root complex , changes address information used for the accessing in the command regarding the accessing, based on a logical relationship with the slave memories, and sends changed command regarding the accessing to a part or all of the slave memories.
A refrigerant leakage determination device comprising: a refrigerant detection sensor that detects presence of gas and transmits a concentration of the gas as a sensor output; an alarm device that issues an alarm about leakage of refrigerant; and a controller configured to control the alarm device based on the sensor output from the refrigerant detection sensor , wherein the controller includes a storage device that stores two thresholds for the sensor output associated with a refrigerant leakage state, and two set times each having a length set for each of the two thresholds, a clocking device that clocks a time, and a processing device that determines that refrigerant leaks and actuates the alarm device when the sensor output exceeds one or both of the two thresholds and a length of a time period determined from the time clocked by the clocking devices during which the sensor output exceeds the one or both of the two thresholds is longer than either one of the two set times associated with the two thresholds. a refrigerant detection sensor that detects presence of gas and transmits a concentration of the gas as a sensor output; an alarm device that issues an alarm about leakage of refrigerant; and a controller configured to control the alarm device based on the sensor output from the refrigerant detection sensor , wherein the controller includes a storage device that stores two thresholds for the sensor output associated with a refrigerant leakage state, and two set times each having a length set for each of the two thresholds, a clocking device that clocks a time, and a processing device that determines that refrigerant leaks and actuates the alarm device when the sensor output exceeds one or both of the two thresholds and a length of a time period determined from the time clocked by the clocking devices during which the sensor output exceeds the one or both of the two thresholds is longer than either one of the two set times associated with the two thresholds.
A cellulose acetate band for cigarette filters, the cellulose acetate band being formed from cellulose acetate fibers, a total denier thereof being set to a value in a range from 8889 to 48889 dtex (8000 to 44000 den), a content of titanium oxide therein being set to a value in a range from 0 wt.% to 0.01 wt.%, the content of titanium oxide being measured in accordance with JIS L 1013:2010 testing methods for man-made filament yarns, and a content of a lubricant in the band measured by a diethyl ether extraction method in accordance with JIS L 1013:2010 being set to a value in a range of greater than 5 mg but 65 mg or less per 1 m.
A detection device for a vehicle, comprising: a transmission antenna installed inside the vehicle, the transmission antenna transmitting a radio wave; a plurality of reception antennae installed inside the vehicle so as to surround the periphery of the transmission antenna, the reception antennae receiving the radio wave transmitted from the transmission antenna; and an abnormality detection calculation section that is configured to calculate a spatial feature amount based on the radio wave received by each of the plurality of the reception antennae, and detect, based on the calculated spatial feature amount, a motion of a person outside the vehicle, a direction in which a person approaches the vehicle and a motion of a person intruding into the vehicle, wherein the abnormality detection calculation section is further configured to determine, based on a detected motion of a person, whether the person is a suspicious person, in a case where reception of a radio wave transmitted from a smart key is not detected in the detection device for a vehicle, and the spatial feature amount (P(t)) being an inner product of an eigenvector (vob(t)) based on the radio wave received by each of the plurality of the reception antennae and the eigenvector (vno) in a case where there is no intruder. a transmission antenna installed inside the vehicle, the transmission antenna transmitting a radio wave; a plurality of reception antennae installed inside the vehicle so as to surround the periphery of the transmission antenna, the reception antennae receiving the radio wave transmitted from the transmission antenna; and an abnormality detection calculation section that is configured to calculate a spatial feature amount based on the radio wave received by each of the plurality of the reception antennae, and detect, based on the calculated spatial feature amount, a motion of a person outside the vehicle, a direction in which a person approaches the vehicle and a motion of a person intruding into the vehicle, wherein the abnormality detection calculation section is further configured to determine, based on a detected motion of a person, whether the person is a suspicious person, in a case where reception of a radio wave transmitted from a smart key is not detected in the detection device for a vehicle, and the spatial feature amount (P(t)) being an inner product of an eigenvector (vob(t)) based on the radio wave received by each of the plurality of the reception antennae and the eigenvector (vno) in a case where there is no intruder.
Method of manufacturing a stamped bodywork or structural part of a motor vehicle body, also called "body-in-white" made of aluminium alloy for irreversibly absorbing energy in the event of an impact, comprising the following steps: - Manufacture of a sheet or strip with a thickness of between 1 and 3.5 mm made of an alloy having the composition (as percentages by weight): Si: 0.60 - 0.85; Fe: 0.05 - 0.25; Cu: 0.05 - 0.30; Mn: 0.05 - 0.30; Mg: 0.50 - 1.00; Ti: 0.02 - 0.15; V: 0.00 - 0.15; other elements < 0.05 each and < 0.15 in total, the rest aluminium, with Mg < -2.67 x Si + 2.87, - Solution heat-treatment, quenching and possible pre-ageing at a temperature between 50 and 100°C for a period of at least 12 hours, typically obtained by coiling at a temperature of at least 60°C followed by cooling in the open air, - Natural ageing at room temperature typically between 72 hours and 6 months, - Forming by press stamping to obtain a three-dimensional part, - Artificial ageing of the part at a temperature of substantially 205°C with a holding time between 180 and 480 minutes or artificial ageing at equivalent time-temperature, - Painting and bake hardening at a temperature of 150 to 190°C and preferably 170 to 190°C for 15 to 30 minutes. - Manufacture of a sheet or strip with a thickness of between 1 and 3.5 mm made of an alloy having the composition (as percentages by weight): Si: 0.60 - 0.85; Fe: 0.05 - 0.25; Cu: 0.05 - 0.30; Mn: 0.05 - 0.30; Mg: 0.50 - 1.00; Ti: 0.02 - 0.15; V: 0.00 - 0.15; other elements < 0.05 each and < 0.15 in total, the rest aluminium, with Mg < -2.67 x Si + 2.87, - Solution heat-treatment, quenching and possible pre-ageing at a temperature between 50 and 100°C for a period of at least 12 hours, typically obtained by coiling at a temperature of at least 60°C followed by cooling in the open air, - Natural ageing at room temperature typically between 72 hours and 6 months, - Forming by press stamping to obtain a three-dimensional part, - Artificial ageing of the part at a temperature of substantially 205°C with a holding time between 180 and 480 minutes or artificial ageing at equivalent time-temperature, - Painting and bake hardening at a temperature of 150 to 190°C and preferably 170 to 190°C for 15 to 30 minutes.
A hydrogen intake assembly for a hydrogen internal combustion engine, the hydrogen intake assembly comprising: - At least one air intake manifold comprising: • an air intake pipe comprising at least one air inlet and air outlets , • air intake runners comprising air inlets and air outlets , said air inlets of the air intake runners being connected to the air outlets of the air intake pipe , - A spacer having a wall defining an inner chamber receiving a mixture of air, water and hydrogen and comprising air inlets and mixture outlets delivering said mixture, said air inlets of the spacer being connected to the air outlets of the air intake runners , said mixture outlets of the spacer being configured to be secured on a cylinder head of a hydrogen internal combustion engine, - A hydrogen rail comprising at least one hydrogen inlet and hydrogen outlets , said hydrogen outlets being connected to hydrogen intake pipes including hydrogen inlets and hydrogen outlets , said hydrogen outlets of the hydrogen intake pipes being embedded in the wall of the spacer , - A water rail comprising at least one water inlet and water outlets , said water outlets being embedded in the wall of the spacer . - At least one air intake manifold comprising: • an air intake pipe comprising at least one air inlet and air outlets , • air intake runners comprising air inlets and air outlets , said air inlets of the air intake runners being connected to the air outlets of the air intake pipe , • an air intake pipe comprising at least one air inlet and air outlets , • air intake runners comprising air inlets and air outlets , said air inlets of the air intake runners being connected to the air outlets of the air intake pipe , - A spacer having a wall defining an inner chamber receiving a mixture of air, water and hydrogen and comprising air inlets and mixture outlets delivering said mixture, said air inlets of the spacer being connected to the air outlets of the air intake runners , said mixture outlets of the spacer being configured to be secured on a cylinder head of a hydrogen internal combustion engine, - A hydrogen rail comprising at least one hydrogen inlet and hydrogen outlets , said hydrogen outlets being connected to hydrogen intake pipes including hydrogen inlets and hydrogen outlets , said hydrogen outlets of the hydrogen intake pipes being embedded in the wall of the spacer , - A water rail comprising at least one water inlet and water outlets , said water outlets being embedded in the wall of the spacer .