mhurhangee/patent-ind-claim-en huggingface dataset:
A method carried out by a server for authenticating a second device comprising: - receiving, from a first device having a first device identity, a request for establishing an authenticated user's account ; - storing the user's account details comprising the first device identity and a username ; - receiving, from the second device , a request to authenticate the second device to use the user's account , wherein the request comprises the username ; - sending, to the second device , a request to use the primary device to vouch for authentication; - receiving, from the second device , an acceptance of using the first device ; - sending, to the second device , a temporary unique identifier ; - sending, to the first device , an authentication request comprising the temporary unique identifier ; - receiving, from the first device , an authorization to authenticate the second device ; - sending, to the second device , authorization credentials of the first device to access the user's account . - receiving, from a first device having a first device identity, a request for establishing an authenticated user's account ; - storing the user's account details comprising the first device identity and a username ; - receiving, from the second device , a request to authenticate the second device to use the user's account , wherein the request comprises the username ; - sending, to the second device , a request to use the primary device to vouch for authentication; - receiving, from the second device , an acceptance of using the first device ; - sending, to the second device , a temporary unique identifier ; - sending, to the first device , an authentication request comprising the temporary unique identifier ; - receiving, from the first device , an authorization to authenticate the second device ; - sending, to the second device , authorization credentials of the first device to access the user's account .
An anti-torque module for a helicopter having a tail boom comprising: a plurality consisting of at least three first variable speed motors (502a-502f; 602a-602f) arranged in a first matrix pattern and mountable on the tail boom of the helicopter ; one or more fixed pitch blades attached to each of the plurality of first variable speed motors (502a-502f; 602a-602f); and wherein a speed of one or more of the plurality of first variable speed motors (502a-502f; 602a-602f) is varied to provide an anti-torque thrust; and the first matrix pattern has non-uniform distances between adjacent centers of the plurality of first variable speed motors. a plurality consisting of at least three first variable speed motors (502a-502f; 602a-602f) arranged in a first matrix pattern and mountable on the tail boom of the helicopter ; one or more fixed pitch blades attached to each of the plurality of first variable speed motors (502a-502f; 602a-602f); and wherein a speed of one or more of the plurality of first variable speed motors (502a-502f; 602a-602f) is varied to provide an anti-torque thrust; and the first matrix pattern has non-uniform distances between adjacent centers of the plurality of first variable speed motors.
A treatment assembly, the assembly comprising: - an evaporation device including a gas circulation conduit , and a material with a large specific surface filling an evaporation section of the circulation conduit ; - a device for circulating the gas through the circulation conduit ; - a liquid impregnating the material with a large specific surface , characterized in that the liquid containing at least one volatile biocide and/or phytoprotective product or a mixture of volatile biocide and/or phytoprotective products, with a boiling temperature comprised between 130 and 280°C at atmospheric pressure, the material with a large specific surface having a liquid retention capacity greater than 50 L/m 3 of material with a large specific surface at 20°C; - a recharging device , arranged to re-impregnate the material with a large specific surface with liquid or to replace the spent material with a large specific surface with a new material with a large specific surface impregnated with liquid. - an evaporation device including a gas circulation conduit , and a material with a large specific surface filling an evaporation section of the circulation conduit ; - a device for circulating the gas through the circulation conduit ; - a liquid impregnating the material with a large specific surface , characterized in that the liquid containing at least one volatile biocide and/or phytoprotective product or a mixture of volatile biocide and/or phytoprotective products, with a boiling temperature comprised between 130 and 280°C at atmospheric pressure, the material with a large specific surface having a liquid retention capacity greater than 50 L/m 3 of material with a large specific surface at 20°C; - a recharging device , arranged to re-impregnate the material with a large specific surface with liquid or to replace the spent material with a large specific surface with a new material with a large specific surface impregnated with liquid.
Method for controlling a thermoforming apparatus , wherein said method comprises the steps of: - providing a thermoforming apparatus configured to perform at least one thermoforming cycle; - connecting a touchscreen to the thermoforming apparatus; - displaying at least two icon segments on two regions of a display of the touchscreen , each icon segment being associated with a respective operation of the thermoforming cycle, wherein: * the lengths of the icon segments are proportional to the duration of the respective operations of the thermoforming cycle, whereby the two ends of each icon segment represent the start time and the end time of the respective operation; * the icon segments are parallel to each other and arranged so as to define a time line which graphically represents the respective operations in chronological order; characterized in that: * each region is an active or input region of the touchscreen configured to allow the start and/or end time of the respective operation to be changed by varying the length and the positioning along the time line of each icon segment by touching. - providing a thermoforming apparatus configured to perform at least one thermoforming cycle; - connecting a touchscreen to the thermoforming apparatus; - displaying at least two icon segments on two regions of a display of the touchscreen , each icon segment being associated with a respective operation of the thermoforming cycle, wherein: * the lengths of the icon segments are proportional to the duration of the respective operations of the thermoforming cycle, whereby the two ends of each icon segment represent the start time and the end time of the respective operation; * the icon segments are parallel to each other and arranged so as to define a time line which graphically represents the respective operations in chronological order; characterized in that: * each region is an active or input region of the touchscreen configured to allow the start and/or end time of the respective operation to be changed by varying the length and the positioning along the time line of each icon segment by touching. * the lengths of the icon segments are proportional to the duration of the respective operations of the thermoforming cycle, whereby the two ends of each icon segment represent the start time and the end time of the respective operation; * the icon segments are parallel to each other and arranged so as to define a time line which graphically represents the respective operations in chronological order; * each region is an active or input region of the touchscreen configured to allow the start and/or end time of the respective operation to be changed by
A method for managing collected vehicle data of a vehicle in a database, wherein the vehicle data is stored in the database together with information about a permissible use of the vehicle data, and wherein the database allows access to the vehicle data only according to the information about the permissible use, comprising: receiving information about a desired manner of use of the vehicle data, wherein the information about the desired manner of use of the vehicle data indicates a prohibition of further use of the vehicle data, and wherein the vehicle data is stored in the database together with information about accesses of applications to vehicle data; updating the information about the permissible use of the vehicle data according to the information about the desired manner of use of the vehicle data; deleting the vehicle data from the database; and sending a request to delete local copies of the vehicle data to an application, which according to the information about accesses of applications to the vehicle data has gained access to the vehicle data. receiving information about a desired manner of use of the vehicle data, wherein the information about the desired manner of use of the vehicle data indicates a prohibition of further use of the vehicle data, and wherein the vehicle data is stored in the database together with information about accesses of applications to vehicle data; updating the information about the permissible use of the vehicle data according to the information about the desired manner of use of the vehicle data; deleting the vehicle data from the database; and sending a request to delete local copies of the vehicle data to an application, which according to the information about accesses of applications to the vehicle data has gained access to the vehicle data.
A controller to control a switching power converter and to draw a total input current (i IN_TOT ) from a power supply including a time varying operational current (iop) during an operational time period of the controller , and wherein the power supply is arranged to derive power from the switching power converter , characterized in that the controller is further arranged to draw a compensation current (icomp) as part of the total input current (i IN_TOT ) drawn from the power supply during the operational time period of the controller , wherein the controller comprises a compensation current control circuit to generate a compensation current control signal (CScomp) to control the compensation current (icomp) so that a sum of the time varying operational current (iop) and the compensation current (icomp) is approximately constant during the operational time period of the controller .
Soil-working device which is designed as a cultivator , comprising working elements designed as cultivator tines for loosening or cutting agricultural soils, the working elements being arranged on a frame transversely to the direction of travel (F) of the soil-working device , next to one another and spaced one behind the other in one or more rows, the working elements being arranged on the frame so as to be vertically pivotable via at least one transverse pin (Q) and being able to move into a raised protection position against the force of an overload protection device when encountering obstacles against the direction of travel (F), the overload protection devices being designed as hydraulic cylinders and at least one hydraulic accumulator being associated with at least one first piston surface (K1) of the hydraulic cylinders , a hydraulic control apparatus being provided which is designed to supply a second piston surface (K2) of at least one hydraulic cylinder opposite the first piston surface (K1) with pressurized hydraulic fluid to in order to bring the working element associated with this hydraulic cylinder into the raised protection position, the soil-working device having a chassis which is hydraulically pivotably coupled to the frame , and the soil-working device comprising a hydraulically activated function, the hydraulically activated function being connected in such a way that when the function is actuated, the at least one hydraulic accumulator and/or the control apparatus are supplied with pressurized hydraulic fluid, characterized in that the chassis is connected to the at least one hydraulic accumulator in such a way that the hydraulic accumulator is loaded by lowering the chassis .
A method for manufacturing a light emitting diode (LED) panel, the method comprising: providing a thin-film transistor (TFT) backplane including a plurality of LED bonding areas (400-1,400-2,400-3,552,553,554); and bonding a plurality of LEDs , corresponding to a plurality of sub pixels included in one pixel, to the plurality of LED bonding areas, respectively, wherein the plurality of LED bonding areas have different heights on the TFT backplane according to a type of LED to be bonded thereto, and characterised in that , the bonding comprises bonding a relatively thin LED from among the plurality of LEDs to an LED bonding area of a relatively low height from among the plurality of LED bonding areas. providing a thin-film transistor (TFT) backplane including a plurality of LED bonding areas (400-1,400-2,400-3,552,553,554); and bonding a plurality of LEDs , corresponding to a plurality of sub pixels included in one pixel, to the plurality of LED bonding areas, respectively, wherein the plurality of LED bonding areas have different heights on the TFT backplane according to a type of LED to be bonded thereto, and characterised in that , the bonding comprises bonding a relatively thin LED from among the plurality of LEDs to an LED bonding area of a relatively low height from among the plurality of LED bonding areas.
An automatic plasticizing equipment for sheets employing a first plasticizer film and a second plasticizer film , and in which said sheets have codes (ESC), readable by machine with dimension information associated to said sheets , said equipment being characterized in that said sheets are constituted by image sheets and the codes (ESC) are constituted by enhanced sheet codes (ESC), having dimension and finishing information associated to said image sheets ; in which the first plasticizer film unwinds from a first film spool , while the second plasticizer film unwinds from a second film spool for pre-forming plasticized image sheets of different typologies; in which said equipment further comprises a first plasticizing device for the first plasticizer film , a second plasticizing device , downstream of the first plasticizing device for the second plasticizer film ; and in which the electronic control unit responds to the dimension and finishing information from the enhanced sheet codes (ESC) for selectively activating the first plasticizing device or the second plasticizing device or to leave the plasticizing devices deactivated so as to obtain plasticized image sheets of different typologies of plasticization or non-plasticized image sheets .
Saw, in particular a crosscut saw or a crosscut pull saw, having a circular saw blade which can be accommodated on an output shaft of a drive assembly containing an electric motor and a cooling unit associated therewith, and with which a protective hood is associated, encompassing its upper circumferential region, which has a stationary lower part , from which the drive assembly projects laterally, and an upper part which is held on the latter such that it can pivot around the axis of the saw blade , and the interior of which communicates, via an outlet associated with the lower part , with a chip bag connected thereto and communicates via an inlet associated with the side wall of the lower part carrying the drive unit and adjacent to the saw blade with a flow space for the cooling air leaving the drive unit, characterized in that at least one guide body associated with the inlet of the interior of the protective hood is attached to the stationary lower part of the protective hood, which body has guide means directed towards the outlet of the protective hood associated with the chip bag for the cooling air leaving the drive assembly , wherein the guide body has as the guide means an inner flow channel deflected through 90° and having an inlet cross-section open towards the drive unit and an outflow cross-section extending transversely to the adjacent saw blade and facing the outlet .
An exercise device , comprising: a base frame having a base plate , a base pad mounted on the base plate , a first handle mounted on a first side of the base plate , and a second handle mounted on a second side of the base plate , wherein the base frame further comprises a first mounting bracket mounted on a mounting plate extended from the base plate via a first hinge to allow the first mounting bracket to swing horizontally with respect to the mounting plate ; a movable frame having a second mounting bracket mounted disposed thereon; and an elongate member coupling the base frame and the moveable frame , wherein the elongate member comprises a first end rotatably coupled to the first mounting bracket of the base frame via a second hinge to allow the elongate member to swing vertically with respect to the base plate , and wherein the elongate member further comprises a second end fixedly coupled to the second mounting bracket of the moveable frame to allow the moveable frame to swing horizontally with respect to the base frame via the first hinge , while swinging vertically with respect to the base frame via the second hinge , characterized in that the moveable frame comprises a lateral bar and a U-shape bar having a first end and a second end coupled to the lateral bar to form a first end section , a second end section , and a center section of the lateral bar , wherein the first end section and the second end section of the lateral bar of the moveable frame are configured to be grasped by hands of a user, while the knees of the user are placed on the base pad of the base frame . a base frame having a base plate , a base pad mounted on the base plate , a first handle mounted on a first side of the base plate , and a second handle mounted on a second side of the base plate , wherein the base frame further comprises a first mounting bracket mounted on a mounting plate extended from the base plate via a first hinge to allow the first mounting bracket to swing horizontally with respect to the mounting plate ; a movable frame having a second mounting bracket mounted disposed thereon; and an elongate member coupling the base frame and the moveable frame , wherein the elongate member comprises a first end rotatably coupled to the first mounting bracket of the base frame via a second hinge to allow the elongate member to swing vertically with respect to the base plate , and wherein the elongate member further comprises a second end fixedly coupled to the second mounting bracket of the moveable frame to allow the moveable frame to swing horizontally with respect to the base frame via the first hinge , while swinging vertically with respect to the base frame via the second hinge , characterized in that the moveable frame comprises a lateral bar and a U-shape bar having a first end and a second end coupled to the lateral bar to form a first end section , a second end section , and a center section of the lateral bar , wherein the first end section and the second end section of the lateral bar of the moveable frame are configured to be grasped by hands of a user, while the knees of the user are placed on the base pad of the base frame .
Assembly , in particular electrical energy store , comprising at least one electrical/electronic component having two electrically conductive contact terminals , which are secured on respective electrically conductive contact points of at least one substrate by means of a conductive adhesive comprising silver, a first of the contact points being assigned to an anode and a second of the contact points being assigned to a cathode , characterized in that the substrate comprises at least one device arranged between the two contact points and serving for neutralizing an electric field acting on the conductive adhesive at at least one of the contact points , either the substrate being a leadframe and the device comprising at least one cutout which is assigned to the first contact point and which is formed at a distance from the first contact point , such that a web remains for neutralizing the electric field, or the device comprising a conductor track surrounding the first contact point at least substantially in ring-shaped fashion.
Clamp , in particular installation clamp, for a stripping-free connection of an electrical conductor , comprising at least one conductor insertion region for inserting an electrical conductor insulated with an insulating material into the clamp in a conductor insertion direction, the clamp further comprising per conductor insertion region • an actuating part which is rotatable about an axis of rotation, and • a cutting contact with a cutting edge for cutting through the insulating material and making electrical contact with the electrical conductor , wherein the cutting edge extends along an arc around the axis of rotation, wherein the cutting contact being connected to the actuating part in such a way that, by rotating the actuating part about the axis of rotation, the cutting contact is movable between a contacting position, in which the cutting edge crosses the conductor insertion region for electrical contacting with an inserted electrical conductor , and a release position, in which the cutting edge releases the conductor insertion region, characterized in that the clamp comprises a contact part , and wherein the cutting contact comprises a contact section which is in electrical contact with the contact part only in the contacting position. • an actuating part which is rotatable about an axis of rotation, and • a cutting contact with a cutting edge for cutting through the insulating material and making electrical contact with the electrical conductor , wherein the cutting edge extends along an arc around the axis of rotation, wherein the cutting contact being connected to the actuating part in such a way that, by rotating the actuating part about the axis of rotation, the cutting contact is movable between a contacting position, in which the cutting edge crosses the conductor insertion region for electrical contacting with an inserted electrical conductor , and a release position, in which the cutting edge releases the conductor insertion region, characterized in that the clamp comprises a contact part , and wherein the cutting contact comprises a contact section which is in electrical contact with the contact part only in the contacting position.