mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling a first chip card for use with a data processing system with the aid of a second chip card, wherein the data processing system has means for generating an integrity assessment code from predetermined data which are stored in the data processing system, wherein the first chip card has a first and a second chip card function, and wherein the first chip card has means for authenticating a user, wherein enablement of the first chip card function presupposes the authentication of the user, and enablement of the second chip card function presupposes the authentication of the user and receipt of the enable signal, said method having the following steps: - enabling the first chip card function by authentication of the user with respect to the first chip card, - authenticating the first and the second chip card by means of mutual card-to-card (C2C) authentication, - requesting an enable signal from the second chip card by the first chip card. - requesting the integrity assessment code from the means for generating an integrity assessment code by the second chip card, - decrypting a signature associated with the data processing system by the second chip card, - comparing the decrypted signature with the integrity assessment code by the second chip card, - generating the enable signal if the decrypted signature and integrity assessment code match, - enabling the second chip card function and the first chip card after the first chip card has received the enable signal. - enabling the first chip card function by authentication of the user with respect to the first chip card, - authenticating the first and the second chip card by means of mutual card-to-card (C2C) authentication, - requesting an enable signal from the second chip card by the first chip card. - requesting the integrity assessment code from the means for generating an integrity assessment code by the second chip card, - decrypting a signature associated with the data processing system by the second chip card, - comparing the decrypted signature with the integrity assessment code by the second chip card, - generating the enable signal if the decrypted signature and integrity assessment code match, - enabling the second chip card function and the first chip card after the first chip card has received the enable signal.
An electronic device comprising: a display layer; a sensor layer disposed on the display layer; and a lower member disposed under the display layer, the lower member including a first shielding layer, wherein the sensor layer is configured to operate in a first touch mode for sensing a first input based on a capacitance change or in a second touch mode for sensing a second input, the second input being outputable from an input device that is configured to emit a magnetic field, and wherein the first shielding layer is configured to shield a magnetic field that is emittable from the input device and is transmitted through the sensor layer, wherein the lower member further includes a second shielding layer spaced apart from the sensor layer with the first shielding layer interposed therebetween, the second shielding layer is configured to shield an electromagnetic field from a module disposed under the sensor layer. a display layer; a sensor layer disposed on the display layer; and a lower member disposed under the display layer, the lower member including a first shielding layer, wherein the sensor layer is configured to operate in a first touch mode for sensing a first input based on a capacitance change or in a second touch mode for sensing a second input, the second input being outputable from an input device that is configured to emit a magnetic field, and wherein the first shielding layer is configured to shield a magnetic field that is emittable from the input device and is transmitted through the sensor layer, wherein the lower member further includes a second shielding layer spaced apart from the sensor layer with the first shielding layer interposed therebetween, the second shielding layer is configured to shield an electromagnetic field from a module disposed under the sensor layer.
Method for optically determining a distance between an aperture formed at an apparatus and a reference surface, including the steps of: illuminating the reference surface through the aperture by means of at least one illumination beam (17a, 17b), which passes through the aperture at an angle (α, -α'), i.e., obliquely, recording at least one image of the reference surface through the aperture, and determining the distance on the basis of an offset between a region, illuminated by the illumination beam (17a, 17b), of the reference surface and an edge contour of the aperture in the at least one recorded image, wherein the aperture is formed at a processing nozzle. illuminating the reference surface through the aperture by means of at least one illumination beam (17a, 17b), which passes through the aperture at an angle (α, -α'), i.e., obliquely, recording at least one image of the reference surface through the aperture, and determining the distance on the basis of an offset between a region, illuminated by the illumination beam (17a, 17b), of the reference surface and an edge contour of the aperture in the at least one recorded image, wherein the aperture is formed at a processing nozzle.
A vehicle comprising: throttle, braking, and steering systems; a computing system comprising one or more processors configured to execute software to cause the computing system to: determine one or more of a velocity or an acceleration of the vehicle; based on the one or more of the velocity and acceleration of the vehicle, determine an estimated weight of the vehicle; autonomously operate the throttle, braking and steering systems of the vehicle based on the estimated weight of the vehicle to drive the vehicle; receive a stated weight of freight to be carried by the vehicle; determine an expected weight of the vehicle based on the stated weight of the freight; compare the expected weight with the estimated weight; and terminate autonomous operation of the throttle, braking and steering systems of the vehicle if the estimated weight of the vehicle differs from the expected weight of the vehicle. throttle, braking, and steering systems; a computing system comprising one or more processors configured to execute software to cause the computing system to: determine one or more of a velocity or an acceleration of the vehicle; based on the one or more of the velocity and acceleration of the vehicle, determine an estimated weight of the vehicle; autonomously operate the throttle, braking and steering systems of the vehicle based on the estimated weight of the vehicle to drive the vehicle; receive a stated weight of freight to be carried by the vehicle; determine an expected weight of the vehicle based on the stated weight of the freight; compare the expected weight with the estimated weight; and terminate autonomous operation of the throttle, braking and steering systems of the vehicle if the estimated weight of the vehicle differs from the expected weight of the vehicle. determine one or more of a velocity or an acceleration of the vehicle; based on the one or more of the velocity and acceleration of the vehicle, determine an estimated weight of the vehicle; autonomously operate the throttle, braking and steering systems of the vehicle based on the estimated weight of the vehicle to drive the vehicle; receive a stated weight of freight to be carried by the vehicle; determine an expected weight of the vehicle based on the stated weight of the freight; compare the expected weight with the estimated weight; and terminate autonomous operation of the throttle, braking and steering systems of the vehicle if the estimated weight of the vehicle differs from the expected weight of the vehicle.
A device for cutting a mat or panel made of mineral wool or a board or a panel made of porous construction material, comprising: - means (3, 4) for moving the mat or panel made of mineral wool or the board or the panel made of porous construction material, which comprise at least one conveyor, which are capable of moving along a direction, - an element (2a, 2b, 2c), that forms an endless loop provided with abrasive grains, designed to cut the mat or panel made of mineral wool or the board or the panel made of porous construction material, - means (8, 9) for running the element that forms an endless loop provided with abrasive grains (2a, 2b, 2c) in a direction perpendicular to the direction of movement of the mat or panel made of mineral wool or the board or the panel made of porous construction material, the element (2a, 2b, 2c) that forms an endless loop provided with abrasive grains preferably being a wire that forms an endless loop provided with abrasive grains, a cable that forms an endless loop provided with abrasive grains or a strip that forms an endless loop provided with abrasive grains, the cutting device being characterized in that it further comprises means (5, 6, 7) for gripping the mat or panel made of mineral wool or the board or the panel made of porous construction material, the gripping means comprising a vacuum gripping system designed to move at the same time and in the same direction as the means (3, 4) for moving the mat or panel made of mineral wool or the board or the panel made of porous construction material. - means (3, 4) for moving the mat or panel made of mineral wool or the board or the panel made of porous construction material, which comprise at least one conveyor, which are capable of moving along a direction, - an element (2a, 2b, 2c), that forms an endless loop provided with abrasive grains, designed to cut the mat or panel made of mineral wool or the board or the panel made of porous construction material, - means (8, 9) for running the element that forms an endless loop provided with abrasive grains (2a, 2b, 2c) in a direction perpendicular to the direction of movement of the mat or panel made of mineral wool or the board or the panel made of porous construction material, the element (2a, 2b, 2c) that forms an endless loop provided with abrasive grains preferably being a wire that forms an endless loop provided with abrasive grains, a cable that forms an endless loop provided with abrasive grains or a strip that forms an endless loop provided with abrasive grains, the cutting device being characterized in that it further comprises means (5, 6, 7) for gripping the mat or panel made of mineral wool or the board or the panel made of porous construction material, the gripping means comprising a vacuum gripping system designed to move at the same time and in the same direction as the means (3, 4) for moving the mat or panel made of mineral wool or the board or the panel made of porous construction material.
A device for thermally treating a continuous web of textile material, including at least one cylinder having a perforated casing surface, a continuous web of material may at least partially loop around the casing thereof, wherein a structured shell is fittable on the casing of the cylinder, which shell includes a plurality of openings, which are separated from each other by bridges, characterized in that the structured shell consists of at least two segments (11a, 11b), which are releasably connectable to each other by means of at least one connecting element, wherein the at least one connecting element is disposed, respectively may be incorporated at or in one bridge.
Cable sealing with - a plug-in element (10, 48), - a housing in at least two parts with an upper part and a lower part, - an opening (42, 46) arranged as a cable entry into the housing, wherein - the upper part and the lower part each forming a part of the opening (42, 46), and - the opening (42, 46) is formed at least in parts from projections (12, 14, 22, 24) pointing outward in an axial direction from an outer wall of the housing, one (12, 22) of the projections being arranged on the upper part and one (14, 24) of the projections being arranged on the lower part, wherein - in the joint state of the housing, parts of the projections (22, 24) which lie against each other have partial coupling elements (30, 32) which extend in a radial direction, the partial coupling elements (30,32) complementing each other, in the joint state, to form a coupling element via which a pressing force between the upper part and the lower part can be received in the region of the projections (22, 24) wherein - the projections (22, 24) form a receptacle for the plug-in element (10,48) in the joint state, and wherein the plug-in element (10, 48) has an opening for a cable, characterized in that - a soft-component formed as a seal is arranged circumferentially at the inner circumference of the opening of the plug-in element (10, 18) and a hard component (62, 68) is arranged circumferentially at the outer circumference of the opening of the plug-in element. - a plug-in element (10, 48), - a housing in at least two parts with an upper part and a lower part, - an opening (42, 46) arranged as a cable entry into the housing, wherein - the upper part and the lower part each forming a part of the opening (42, 46), and - the opening (42, 46) is formed at least in parts from projections (12, 14, 22, 24) pointing outward in an axial direction from an outer wall of the housing, one (12, 22) of the projections being arranged on the upper part and one (14, 24) of the projections being arranged on the lower part, wherein - in the joint state of the housing, parts of the projections (22, 24) which lie against each other have partial coupling elements (30, 32) which extend in a radial direction, the partial coupling elements (30,32) complementing each other, in the joint state, to form a coupling element via which a pressing force between the upper part and the lower part can be received in the region of the projections (22, 24) wherein - the projections (22, 24) form a receptacle for the plug-in element (10,48) in the joint state, and wherein the plug-in element (10, 48) has an opening for a cable,
A delivery system for implantation of an implant into an intervertebral space, comprising: an elongated tool having a proximal end and a distal end, and a plurality of different modules wherein the distal end is removably securable to the implant; and the proximal end has an attachment interface for detachable securement to a plurality of different modules (502, 504), the delivery system being characterized in that each module is adapted to effectuate a different function of the delivery system during the implantation of the implant, and in that each of the different modules is securable to and detachable from the proximal end of the tool by depressing a button on the respective module. an elongated tool having a proximal end and a distal end, and a plurality of different modules wherein the distal end is removably securable to the implant; and the proximal end has an attachment interface for detachable securement to a plurality of different modules (502, 504), the delivery system being characterized in that each module is adapted to effectuate a different function of the delivery system during the implantation of the implant, and in that each of the different modules is securable to and detachable from the proximal end of the tool by depressing a button on the respective module.
Wall drain, comprising: - a collecting container with an outflow opening for connecting to an outlet pipe; - a substantially upright cover plate (11, 12) arranged on a side of the collecting container, wherein the cover plate (11, 12) is removable in built-in state of the wall drain ch aracterized in that the cover plate (11, 12) comprises in a side a recess for providing an inflow opening between the cover plate (11, 12) and the collecting container, and in that the cover plate comprises at least two parallel plate parts (11, 12), sliding relative to each other and perpendicularly of the side of the cover plate (11, 12) with the recess providing the inflow opening. - a collecting container with an outflow opening for connecting to an outlet pipe; - a substantially upright cover plate (11, 12) arranged on a side of the collecting container, wherein the cover plate (11, 12) is removable in built-in state of the wall drain ch
A method for lining a container, in particular a reservoir, a tank or a basin, with a waterproof layer of plastic, wherein, in a first step, a number of first fastening elements, similar to a hook-and-loop fastener, are fastened to the inner side of the container and, in a second step, at least one sealing sheet of plastic is attached, characterized in that the sealing sheet includes at least one partial nonwoven lamination, and the sealing sheet is fastened to the first fastening element by means of this nonwoven lamination.
A pyrimidylaminobenzamide of formula wherein Py denotes 3-pyridyl, R 1 represents hydrogen, R 2 represents 5-(4-methyl-1H-imidazol-1-yl)-3-(trifluoromethyl)-phenyl; and R 4 represents methyl; or a pharmaceutically acceptable salt thereof, for the treatment of a proliferative disorder or other pathological conditions selected from melanoma, especially melanoma harboring c-KIT mutations, breast cancer, cancer of the colon, lung cancer, cancer of the prostate or Kaposi's sarcoma, gastrointestinal stromal tumors (GIST), acute myeloid leukemia, leukemia which responds to an inhibition of the Abl tyrosine kinase activity, chronic myeloid leukemia, Philadelphia chromosome positive acute lymphoblastic leukemia (Ph+ ALL), mesothelioma, systemic mastocytosis, hypereosinophilic syndrome, fibrosis, hepatic fibrosis, renal fibrosis, rheumatoid arthritis, polyarthritis, scleroderma, lupus erythematosus, graft-versus host diseases, neurofibromatosis, pulmonary hypertension, pulmonary arterial hypertension, Alzheimer's disease, seminomas, dysgerminomas and psoriasis, wherein the compound of formula or a pharmaceutically acceptable salt thereof and, optionally, pharmaceutically acceptable carriers, is orally administered dispersed in apple sauce.
A machine tool comprising: a turret (11, 16) including, on a circumferential surface thereof, a plurality of tool attachment parts (14, 19); and a main spindle (2, 3) that holds a workpiece, wherein the main spindle (2, 3) is provided in a movable manner along an axis line, the turret (11, 16) is provided in a turnable manner to index each of the tool attachment parts (14, 19) relative to the main spindle, the turret (11, 16) includes a predetermined cutout part, a movement path for the main spindle (2, 3) to pass through the turret (11, 16) is formed by turning the turret such that the cutout part faces the main spindle (2, 3), and the turret (11, 16) includes, on a circumferential surface thereof except for on the cutout part, the tool attachment parts (14, 19), characterized in that the cutout part includes one plane along the axis line, the turret (11, 16) includes, as seen in an axis line direction, a shape in which a part of a regular polygon centered at a turning center is linearly cut off by an edge of the cutout part, the edge is, as seen in the axis line direction, a straight line in a direction crossing each side of the regular polygon, and each tool attachment part (14, 19) is disposed according to each side left in the regular polygon cut off by the cutout part. a turret (11, 16) including, on a circumferential surface thereof, a plurality of tool attachment parts (14, 19); and a main spindle (2, 3) that holds a workpiece, wherein the main spindle (2, 3) is provided in a movable manner along an axis line, the turret (11, 16) is provided in a turnable manner to index each of the tool attachment parts (14, 19) relative to the main spindle, the turret (11, 16) includes a predetermined cutout part, a movement path for the main spindle (2, 3) to pass through the turret (11, 16) is formed by turning the turret such that the cutout part faces the main spindle (2, 3), and the turret (11, 16) includes, on a circumferential surface thereof except for on the cutout part, the tool attachment parts (14, 19), characterized in that the cutout part includes one plane along the axis line, the turret (11, 16) includes, as seen in an axis line direction, a shape in which a part of a regular polygon centered at a turning center is linearly cut off by an edge of the cutout part, the edge is, as seen in the axis line direction, a straight line in a direction crossing each side of the regular polygon, and each tool attachment part (14, 19) is disposed according to each side left in the regular polygon cut off by the cutout part.
A shielding element, having a hollow cylindrical base body which has, at a first end of the hollow cylindrical base body, internal spring elements for electrically contacting a shield of a mating plug connector, and which is arranged to be connected to a housing of an electrical assembly in an electrically conductive manner by a second end of the hollow cylindrical base body, characterized in that, at the second end of the hollow cylindrical base body, wherein the second end is arranged at the hollow cylindrical base body opposite the first end, along the circumference of the hollow cylindrical base body, multiple tabs are arranged such that said tabs have a bend, wherein the tabs, establishing an electrically conductive axial connection between the shielding element and the housing, are arranged to protrude at least partially radially from a longitudinal axis of the hollow cylindrical base body, and in that the tabs are arranged along the circumference of the hollow cylindrical base body in at least one group, each with same distances of the tabs among each other.
A pharmaceutical composition for use in the prevention or treatment of chronic obstructive pulmonary disease (COPD) comprising a Pistacia weinmannifolia extract, a fraction thereof, or a compound isolated therefrom as an active ingredient.