mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by a server computer from a first application on a user device , an indication that a user has been authenticated; receiving, by the server computer from a second application on the user device , an indication that the user is detected, wherein the second application includes functionality to communicate with a wearable device to receive raw data and analyze the raw data from the wearable device to determine whether the user is detected so that the user device receives the indication that the user is detected from the wearable device on the user; and based on receiving the two indications within a time period (606, YES), generating or maintaining a trust token for the user that is stored in a data store and is viewable by one or more entities for determining whether to grant access to one or more respective resources; periodically updating, by the server computer , a record based on periodically received indications that the user is detected, wherein the trust token is maintained based on the record. receiving, by a server computer from a first application on a user device , an indication that a user has been authenticated; receiving, by the server computer from a second application on the user device , an indication that the user is detected, wherein the second application includes functionality to communicate with a wearable device to receive raw data and analyze the raw data from the wearable device to determine whether the user is detected so that the user device receives the indication that the user is detected from the wearable device on the user; and based on receiving the two indications within a time period (606, YES), generating or maintaining a trust token for the user that is stored in a data store and is viewable by one or more entities for determining whether to grant access to one or more respective resources; periodically updating, by the server computer , a record based on periodically received indications that the user is detected, wherein the trust token is maintained based on the record.
A method for laminating a lithium or lithium alloy sheet into a lithium or lithium alloy film comprising: - feeding a lithium or lithium alloy sheet between a pair of working rollers and having applied onto the working rollers a volatile methyl siloxane lubricant in liquid form, the lithium or lithium alloy sheet upon compression between the working rollers being reduced in thickness by the compressive force exerted on the lithium or lithium alloy sheet as it passes through the working rollers to obtain a lithium or lithium alloy film of less than 100 μm; - wherein the volatile methyl siloxane lubricant is selected from the group of hexamethyldisiloxane, octamethyltrisiloxane, decamethyltetrasiloxane and dodecamethylhexasiloxane; and - wherein the volatile methyl siloxane lubricant is used as a mono-solvent in its pure form requiring no mixing or blending with other solvents. - feeding a lithium or lithium alloy sheet between a pair of working rollers and having applied onto the working rollers a volatile methyl siloxane lubricant in liquid form, the lithium or lithium alloy sheet upon compression between the working rollers being reduced in thickness by the compressive force exerted on the lithium or lithium alloy sheet as it passes through the working rollers to obtain a lithium or lithium alloy film of less than 100 μm; - wherein the volatile methyl siloxane lubricant is selected from the group of hexamethyldisiloxane, octamethyltrisiloxane, decamethyltetrasiloxane and dodecamethylhexasiloxane; and - wherein the volatile methyl siloxane lubricant is used as a mono-solvent in its pure form requiring no mixing or blending with other solvents.
A maritime radar system configured for mounting to an aircraft or spacecraft for travel over a detection area, the maritime radar system comprising a transmitter , a receiver , and one or more processors arranged to provide range and azimuth discrimination of targets within the detection area , by performing a delay/Doppler analysis, based on a velocity of travel of the maritime radar system and relative velocities between the targets and the maritime radar system, of the echo of a side-looking beam, relative to travel of the maritime radar system, characterised by the beam having a single pulse transmitted by the transmitter and received by the receiver, wherein the single pulse transmitted by the transmitter comprises a signal modulated with a pseudo random noise, PRN, sequence, and of a transmission duration which is at least as long as the round-trip time of the signal from the transmitter to the detection area back to the receiver.
A solid-state image pickup unit comprising: a sensor substrate having a pixel region in which photoelectric conversion sections are arranged in an array; a circuit on a surface opposed to a light reception surface (A) for the photoelectric conversion sections of the sensor substrate; a through hole via in a peripheral region located outside the pixel region and extending to the circuit from the light reception surface of the sensor substrate; a pad wiring line directly laminated on the through hole via on the light reception surface in the peripheral region; and an insulating layer disposed in a first area and a second area, the first area corresponding to the peripheral region and the second area corresponding to the pixel region, wherein the insulating layer has a stepwise structure including an upper step portion and a lower step portion, the first area includes the upper step portion and the second area includes the lower step portion, and the pad wiring line is disposed above the upper step portion of the insulating layer, characterized in that a light-receiving surface side of the stepwise structure on the lower step portion is closer to the sensor substrate than a light-receiving surface side of the stepwise structure on the upper step portion and the lower step portion is thinner than the upper step portion, and in that a light-shielding film having light reception openings corresponding to the photoelectric conversion sections is disposed above the lower step portion of the insulating layer. a sensor substrate having a pixel region in which photoelectric conversion sections are arranged in an array; a circuit on a surface opposed to a light reception surface (A) for the photoelectric conversion sections of the sensor substrate; a through hole via in a peripheral region located outside the pixel region and extending to the circuit from the light reception surface of the sensor substrate; a pad wiring line directly laminated on the through hole via on the light reception surface in the peripheral region; and an insulating layer disposed in a first area and a second area, the first area corresponding to the peripheral region and the second area corresponding to the pixel region, wherein the insulating layer has a stepwise structure including an upper step portion and a lower step portion, the first area includes the upper step portion and the second area includes the lower step portion, and the pad wiring line is disposed above the upper step portion of the insulating layer, characterized in that a light-receiving surface side of the stepwise structure on the lower step portion is closer to the sensor substrate than a light-receiving surface side of the stepwise structure on the upper step portion and the lower step portion is thinner than the upper step portion, and in that a light-shielding film having light reception openings corresponding to the photoelectric conversion sections is disposed above the lower step portion of the insulating layer.
A method performed by a mobile device , comprising: maintaining a device controlled blacklist of identifiers related to unsuitable access points in the wireless network; utilizing the device controlled list in determining one or more access points for requesting access to the wireless network; determining a change in operating parameters advertised by an access point in the blacklist upon communicating with the access point, wherein the determining comprises comparing parameters with stored parameters; and removing said access point from the blacklist in response to determining the change in operating parameters. maintaining a device controlled blacklist of identifiers related to unsuitable access points in the wireless network; utilizing the device controlled list in determining one or more access points for requesting access to the wireless network; determining a change in operating parameters advertised by an access point in the blacklist upon communicating with the access point, wherein the determining comprises comparing parameters with stored parameters; and removing said access point from the blacklist in response to determining the change in operating parameters.
A planning system for planning a volumetric modulated arc radiation therapy procedure, wherein the volumetric modulated arc radiation therapy procedure includes rotating a radiation source , which is configured to emit a radiation beam for treating a subject , along at least one arc around the subject , in order to apply the radiation beam to the subject in different treatment directions, characterized in that the planning system comprises: - a sequence providing unit configured to provide a sequence of sub-arcs groups, wherein a respective sub-arcs group comprises several sub-arcs of the at least one arc, which are evenly distributed along the at least one arc, - a treatment plan generating unit configured to generate a treatment plan by sequentially determining for each sub-arcs group treatment parameters, which define a property of the radiation beam , in the provided sequence. - a sequence providing unit configured to provide a sequence of sub-arcs groups, wherein a respective sub-arcs group comprises several sub-arcs of the at least one arc, which are evenly distributed along the at least one arc, - a treatment plan generating unit configured to generate a treatment plan by sequentially determining for each sub-arcs group treatment parameters, which define a property of the radiation beam , in the provided sequence.
A composite transmission housing for a vehicle drive train transmission, the transmission housing is configured for sealingly enclosing a set of transmission shafts and gearwheels and a lubricant fluid within an internal space of the housing , characterised in that the transmission housing comprises: a first carbon-fibre skeleton part having a first attachment region, a second carbon-fibre skeleton part having a first attachment region, a first sealing cover part made of plastic material and having a first sealing surface, and a second sealing cover part made of plastic material and having a second sealing surface, wherein the first attachment regions of the first and second carbon-fibre skeleton parts are mutually connected for providing a rigid structural framework that defines said internal space , and wherein the first and second sealing surfaces of the first and second sealing cover parts are pressed together or against corresponding sealing surfaces associated with the first and second carbon-fibre skeleton parts , for providing a sealing envelope around said internal space . a first carbon-fibre skeleton part having a first attachment region, a second carbon-fibre skeleton part having a first attachment region, a first sealing cover part made of plastic material and having a first sealing surface, and a second sealing cover part made of plastic material and having a second sealing surface, wherein the first attachment regions of the first and second carbon-fibre skeleton parts are mutually connected for providing a rigid structural framework that defines said internal space , and wherein the first and second sealing surfaces of the first and second sealing cover parts are pressed together or against corresponding sealing surfaces associated with the first and second carbon-fibre skeleton parts , for providing a sealing envelope around said internal space .
A dermal repair sheet (500; 600) configured for supplying radiation to a dermal surface of a user to which the dermal repair sheet is removably attachable, the dermal repair sheet comprising:- a housing section (510; 610) which is configured for receiving a control unit ; at least one sheet section (530, 540; 630, 640) connected to the housing section, the at least one sheet section having a proximal end connected to the housing section and a distal end extending away from the housing section, the at least one sheet section having: a first surface having at least one peripheral edge and including a pattern configured for guiding radiation thereover to supply radiation to the dermal surface; and a second surface formed on an opposite side of the first surface to the pattern, the second surface being removably attachable to the dermal surface, the second surface preferably comprising an adhesive layer formed thereon and a release sheet configured for being releasably attached to the adhesive surface; and an edge connector located in the housing section at the connection with the proximal end of the at least one sheet section and configured for removably connecting the dermal repair sheet to the control unit for receiving radiation therefrom. a housing section (510; 610) which is configured for receiving a control unit ; at least one sheet section (530, 540; 630, 640) connected to the housing section, the at least one sheet section having a proximal end connected to the housing section and a distal end extending away from the housing section, the at least one sheet section having: a first surface having at least one peripheral edge and including a pattern configured for guiding radiation thereover to supply radiation to the dermal surface; and a second surface formed on an opposite side of the first surface to the pattern, the second surface being removably attachable to the dermal surface, the second surface preferably comprising an adhesive layer formed thereon and a release sheet configured for being releasably attached to the adhesive surface; and a first surface having at least one peripheral edge and including a pattern configured for guiding radiation thereover to supply radiation to the dermal surface; and a second surface formed on an opposite side of the first surface to the pattern, the second surface being removably attachable to the dermal surface, the second surface preferably comprising an adhesive layer formed thereon and a release sheet configured for being releasably attached to the adhesive surface; and an edge connector located in the housing section at the connection with the proximal end of the at least one sheet section and configured for removably connecting the dermal repair sheet to the control unit for receiving radiation therefrom.
Protection barrier comprising uprights constituted by tubular section bars, cross members constituted by tubular section bars and interposed between said uprights , fixing elements suited to fix said uprights to the ground, and wherein each upright is provided, on two opposite sides, with one or more aligned series of holes (2.2) at various heights, and wherein each cross member on one side of each upright is suited to be connected to the corresponding cross member aligned with it and positioned on the opposite side of said upright through a connection element passing through each pair of said opposite holes (2.2) of said upright , in order to obtain mechanical continuity between two or more aligned cross members positioned between said uprights , and wherein said uprights , said cross members and said connection elements are made of a plastic material, characterized in that each cross member is provided, in proximity to each one of its ends (3.1), with at least two opposite through holes (3.2), and wherein each connection element is provided, in proximity to each one of its ends (4.1), with one or more opposite through holes (4.2) suited to be aligned with said holes (3.2) provided in said cross member fitted on said connection element , and wherein the length of said connection element is greater than the section of said upright such that, when the connection element itself is housed in said holes (2.2) of said upright , its ends (4.1) with said holes (4.2) are both external to said upright . each upright is provided, on two opposite sides, with one or more aligned series of holes (2.2) at various heights, and wherein each cross member on one side of each upright is suited to be connected to the corresponding cross member aligned with it and positioned on the opposite side of said upright through a connection element passing through each pair of said opposite holes (2.2) of said upright , in order to obtain mechanical continuity between two or more aligned cross members positioned between said uprights , and wherein said uprights , said cross members and said connection elements are made of a plastic material, characterized in that each cross member is provided, in proximity to each one of its ends (3.1), with at least two opposite through holes (3.2), and wherein each connection element is provided, in proximity to each one of its ends (4.1), with one or more opposite through holes (4.2) suited to be aligned with said holes (3.2) provided in said cross member fitted on said connection element , and wherein the length of said connection element is greater than the section of said upright such that, when the connection element itself is housed in said holes (2.2) of said upright , its ends (4.1) with said holes (4.2) are both external to said upright .
A vacuum adiabatic body comprising: a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different from the first temperature; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first temperature and the second temperature and is in a vacuum state; a heat resistance unit for decreasing a heat transfer amount between the first plate and the second plate ; a support that supports the first and second plates and is provided in the third space; and an exhaust port through which a gas in the third space is exhausted, characterized in that at least one of the first and second plates includes an extension tab that extends into the third space to be coupled to the support , and the extension tab extends downward from an edge of at least one of the first and second plates. a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different from the first temperature; a seal that seals the first plate and the second plate to provide a third space that has a third temperature between the first temperature and the second temperature and is in a vacuum state; a heat resistance unit for decreasing a heat transfer amount between the first plate and the second plate ; a support that supports the first and second plates and is provided in the third space; and an exhaust port through which a gas in the third space is exhausted, characterized in that at least one of the first and second plates includes an extension tab that extends into the third space to be coupled to the support , and the extension tab extends downward from an edge of at least one of the first and second plates.
Device for the opening and closing of a movable furniture part, in particular a drawer, door or flap, with an ejector unit, via which the movable furniture part may be pushed in and then pushed out over a preset distance, wherein the ejector unit has a base part and an ejector part guided movably on the base part and supported by spring means , wherein the ejector part in the closing direction of the movable furniture part rests on the base part with support means and in the opening direction has sprung support from the spring means , wherein the spring means comprise at least one compression spring which rests at one end on the base part and at the other end on the ejector part , and wherein the ejector part has an ejector housing , which may be adjusted by adjusting means, through linear movement in an ejector housing seating on the base part , for the setting of a defined frontal gap of the movable furniture part , wherein the adjusting means have an adjusting nut which is mounted rotatably on the base part , wherein the adjusting nut has an adjusting head , and an adjusting shaft attached to the former and of smaller diameter, which works in conjunction with a counter-thread located on the ejector housing and passing through a thrust bearing section formed on the base part , wherein the thrust bearing section extends into the ejector housing seating in the base part , wherein the thrust bearing section and a rear end of the ejector housing seating delimit an adjusting recess for the adjusting nut , the length of which is shorter than the length of the adjusting recess , wherein the compression spring rests concentrically on the adjusting shaft and is supported at one end on the adjusting head and at the other end on the thrust bearing section , wherein the adjusting head which belongs to the support means may be struck on the rear end of the ejector housing seating, and the compression spring rests at one end on the thrust bearing section and at the other end on the underside of the adjusting head .
An agent comprising a rodenticide, the rodenticide containing a grayanotoxin or a mixture of grayanotoxins as an active substance, wherein the active substance is provided in or on plant tissue as an active substance carrier, in a container , wherein the container allows air and light to enter, wherein the container has one or more entrance openings for the access of rodents, characterized in that the plant tissue is provided in the form of seedlings and/or plant parts with the capacity to grow in the container , in that the container contains a plant substrate allowing growth, and in that the plant tissue is provided to naturally contain the active substance, i.e. a grayanotoxin or a mixture of grayanotoxins.