mhurhangee/ep-ind-claims huggingface dataset:
A surgical stapling system, comprising: a first staple, comprising a metal wire deformed into a substantially U-shaped configuration having: a first base; and two first staple legs extending from said first base, each first staple leg comprising a first tip; a second staple, comprising a metal wire deformed into a substantially U-shaped configuration having: a second base; and two second staple legs extending from said second base, each second staple leg comprising a second tip; and a retention matrix, comprising: a first layer, comprising: a first side facing toward said first base and said second base; a second side facing away from said first base and said second base; first retention members configured to engage said first staple legs; second retention members configured to engage said second staple legs; and a cover extending along said second side of said first layer, wherein said cover is configured to receive said first tips and said second tips. a first staple, comprising a metal wire deformed into a substantially U-shaped configuration having: a first base; and two first staple legs extending from said first base, each first staple leg comprising a first tip; a first base; and two first staple legs extending from said first base, each first staple leg comprising a first tip; a second staple, comprising a metal wire deformed into a substantially U-shaped configuration having: a second base; and two second staple legs extending from said second base, each second staple leg comprising a second tip; and a second base; and two second staple legs extending from said second base, each second staple leg comprising a second tip; and a retention matrix, comprising: a first layer, comprising: a first side facing toward said first base and said second base; a second side facing away from said first base and said second base; first retention members configured to engage said first staple legs; second retention members configured to engage said second staple legs; and a cover extending along said second side of said first layer, wherein said cover is configured to receive said first tips and said second tips. a first layer, comprising: a first side facing toward said first base and said second base; a second side facing away from said first base and said second base; first retention members configured to engage said first staple legs; second retention members configured to engage said second staple legs; and a first side facing toward said first base and said second base; a second side facing away from said first base and said second base; first retention members configured to engage said first staple legs; second retention members configured to engage said second staple legs; and a cover extending along said second side of said first layer, wherein said cover is configured to receive said first tips and said second tips.
Anti-friction bearing, comprising an outer ring, an inner ring and two annular, cage-guided rolling body rows (7, 8), the two rolling body rows (7, 8) being prestressed axially via at least one spring element (15, 19) which is arranged between them, the two rolling body rows (7, 8) being prestressed against in each case one rim (3, 4) at the end of the outer ring, whereas the inner ring can be moved axially counter to the restoring force of the spring element (15, 19), characterized in that the spring element is configured in one piece with the cage of one of the two rolling body rows (7, 8), the cage consisting of a first ring section which comprises pockets which receive the rolling bodies of the first rolling body row, a second ring section which faces the second rolling body row, and at least one spring element between the two ring sections (13, 14), the second ring section bearing against a radial rim of the inner ring, against the other side of which the second rolling body row bears.
An apparatus, comprising: means for receiving, in a massive multiple input multiple output system, an allocation of channel components in a square matrix, H, for predefined antenna ports wherein each row of the square matrix H is allocated one of a plurality of channel state information reference signals and each column of the square matrix H is allocated another one of the plurality of channel state information reference signals; and estimating means for reconstructing relevant channel components by estimating the relevant channel components, characterised in that the estimating means further comprises means for forming a component matrix, C_NN, for the estimation of N channel components, wherein there are 2N channel state information reference signals and the component matrix has size. means for receiving, in a massive multiple input multiple output system, an allocation of channel components in a square matrix, H, for predefined antenna ports wherein each row of the square matrix H is allocated one of a plurality of channel state information reference signals and each column of the square matrix H is allocated another one of the plurality of channel state information reference signals; and estimating means for reconstructing relevant channel components by estimating the relevant channel components, characterised in that the estimating means further comprises means for forming a component matrix, C_NN, for the estimation of N channel components, wherein there are 2N channel state information reference signals and the component matrix has size.
Method for detecting a pressure loss in motor vehicle tyres, which is used, in particular, in an indirectly measuring tyre-pressure monitoring system which detects a pressure loss at a vehicle wheel on the basis of a change in rolling circumference of the tyres, wherein at least two different characteristic variables which are calculated from the rolling circumferences of the tyres in different ways are evaluated in order to detect a pressure loss in at least one vehicle tyre, wherein the changes in the rolling circumferences of the tyres which are calculated on an axial basis (AXLE) and the changes in the rolling circumferences of the tyres which are calculated on a diagonal basis (DIAG) and/or on a side basis (SIDE) are used as characteristic variables, wherein the characteristic variables are calculated as function of the wheel torque, characterized in that, in order to detect a pressure loss at all four wheel positions, the gradient of the characteristic variable which is calculated on an axial basis (AXLE) plotted against the wheel torque at a constant vehicle speed (v) is evaluated to determine whether a change in the gradient exceeds a threshold.
An actuator for a safety device in a vehicle, said actuator comprising a housing having a first end and a second end whereof said first end is adapted to comprise or be connected to a power source, a piston adapted to fit in the housing and said piston having a first end and a second end whereby said first end of the piston is facing towards the first end of the housing when the piston is located in the housing, said actuator further comprising a sealing having a cap covering the second end of the piston said sealing further comprises an anchoring portion which is located between the housing and the piston and thereby forming a seal between the piston and the housing at the second end of the housing. characterised in that said sealing, comprising said cap and said anchoring portion, is made as one integral piece and is designed to break when the actuator is activated such that the cap will be separated from the anchoring portion.
A portable apparatus for addressably programming a notification device, comprising: a) a wireless transceiver operably configured to selectively establish communication with the notification device; b) a configuration list that includes location information associated with the notification device and an address associated with a network connecting the notification device to a control panel; c) a memory that stores the configuration list and a plurality of instructions that, when executed, accesses the configuration list to identify the address based on the location information, and assigns the identified address to the notification device via the wireless transceiver to establish the notification device's operability with the control panel across the network; and d) a processor in signal communication with the memory and that executes the plurality of instructions; and e) further comprising means for determining a current position of the apparatus and means to compare the current position to each location information in the configuration list to identify the closest location information to the current position of the apparatus and corresponding to a proximate notification device to identify a record associated with the closest location information and having the address to be assigned to the proximate notification device. a) a wireless transceiver operably configured to selectively establish communication with the notification device; b) a configuration list that includes location information associated with the notification device and an address associated with a network connecting the notification device to a control panel; c) a memory that stores the configuration list and a plurality of instructions that, when executed, accesses the configuration list to identify the address based on the location information, and assigns the identified address to the notification device via the wireless transceiver to establish the notification device's operability with the control panel across the network; and d) a processor in signal communication with the memory and that executes the plurality of instructions; and e) further comprising means for determining a current position of the apparatus and means to compare the current position to each location information in the configuration list to identify the closest location information to the current position of the apparatus and corresponding to a proximate notification device to identify a record associated with the closest location information and having the address to be assigned to the proximate notification device.
A method for receiving an input, the method comprising: determining whether a hovering input is received in a predefined area within a display, the predefined area being adjacent to a hardware module of an electronic device; entering an input monitoring mode enabling reception of a user input for a predefined amount of time, when the hovering input is detected in the predefined area of the display, and starting a timer; determining whether the user input is received from at least one sensor of the electronic device within the predefined amount of time determined by the timer; when the user input is received from at least one sensor of the electronic device within the predefined amount of time determined by the timer: determining whether the user input satisfies at least one predefined condition corresponding to the at least one sensor; when the user input satisfies the at least one predefined condition corresponding to the at least one sensor: cancelling the input monitoring mode; and performing a function corresponding to the hardware module adjacent to the predefined area. determining whether a hovering input is received in a predefined area within a display, the predefined area being adjacent to a hardware module of an electronic device; entering an input monitoring mode enabling reception of a user input for a predefined amount of time, when the hovering input is detected in the predefined area of the display, and starting a timer; determining whether the user input is received from at least one sensor of the electronic device within the predefined amount of time determined by the timer; when the user input is received from at least one sensor of the electronic device within the predefined amount of time determined by the timer: determining whether the user input satisfies at least one predefined condition corresponding to the at least one sensor; when the user input satisfies the at least one predefined condition corresponding to the at least one sensor: cancelling the input monitoring mode; and performing a function corresponding to the hardware module adjacent to the predefined area. determining whether the user input satisfies at least one predefined condition corresponding to the at least one sensor; when the user input satisfies the at least one predefined condition corresponding to the at least one sensor: cancelling the input monitoring mode; and performing a function corresponding to the hardware module adjacent to the predefined area. cancelling the input monitoring mode; and performing a function corresponding to the hardware module adjacent to the predefined area.
Medical hand-held device, in particular blood glucose meter comprising a) a housing with a cassette compartment, b) an exchangeable test tape cassette received in the cassette compartment, c) a drive assembly comprising an electric motor and a gear arrangement adapted for rotating a tape spool of the test tape cassette, such that a test tape of the test tape cassette can be wound forwards and test elements thereon can be provided for successive use, wherein the gear arrangement comprises a worm drive, in which a worm directly mounted on the motor shaft of the electric motor meshes with a worm wheel, and an output gear directly coupled to the tape spool characterized in that the gear arrangement further comprises a speed reducing unit comprising several spur gears arranged between the worm wheel and the output gear, wherein the rotational axis of the electric motor is perpendicular to the rotational axes of the spur gears, each of the spur gears has at least 10 teeth and the spur gears are arranged in a non-linear configuration, such that the centres of the spur gears span a polygon. a) a housing with a cassette compartment, b) an exchangeable test tape cassette received in the cassette compartment, c) a drive assembly comprising an electric motor and a gear arrangement adapted for rotating a tape spool of the test tape cassette, such that a test tape of the test tape cassette can be wound forwards and test elements thereon can be provided for successive use,
A multiple use chamber for the measurement of the electrical properties of powder or liquid samples, comprising a measuring module comprising two cylindrical electrodes with stabilising flanges coaxially arranged in a cylinder made of insulating material providing electric insulation, surrounded by a stiffening ring, in which chamber when in use the electrodes are compressed using a clamping system generating high pressure, with an examined sample being placed between parallel active surfaces of the electrodes, characterised in that the measuring module is constructed from the electrodes made of high hardness material which are slidably arranged in the cylinder made of insulating material and surrounded by the stiffening ring, and when in use said chamber is fully detachably received in the clamping system (10, 16, 19) generating high pressure, wherein the electrodes and the cylinder form an air tight space housing the sample.
A wireless power transfer apparatus, comprising: a support structure (2; 202) configured to accommodate an electronic device (11,12); and an upper transmit coil and a lower transmit coil within the support structure, the upper and lower transmit coils having current that flows in opposite directions to produce magnetic fields that constructively interfere with one another at a side surface, wherein the support structure is configured to accommodate a first electronic device at the side surface of the support structure and a second electronic device at an upper surface of the support structure, wherein the first electronic device is a wearable device and the second electronic device is a mobile device. a support structure (2; 202) configured to accommodate an electronic device (11,12); and an upper transmit coil and a lower transmit coil within the support structure, the upper and lower transmit coils having current that flows in opposite directions to produce magnetic fields that constructively interfere with one another at a side surface, wherein the support structure is configured to accommodate a first electronic device at the side surface of the support structure and a second electronic device at an upper surface of the support structure, wherein the first electronic device is a wearable device and the second electronic device is a mobile device.
A manure separator comprising a filter, characterized in that the filter comprises the following parts: two or more axially stacked and interconnected rings, wherein the thickness of the rings is not equal around the circumference of the rings, generating a minimum thickness and a maximum thickness, with the thickness difference being defined as the difference between the maximum thickness and the minimum thickness, creating one or more openings (120 between the two or more rings.
Oven or grill burner composed of a flat body delimiting an inner chamber and having fastening protrusions, such fastening protrusions being composed of at least a tab made of one piece with the wall or walls (101, 102) of the flat body, characterized in that the fastening tab is provided coinciding with a through aperture made in the burner body.
An assembly, comprising: a headband comprising a first mount; an earpiece comprising a second mount and an electroacoustic speaker, wherein the second mount comprises a circumferential mounting surface; and an elastomeric grommet flexibly connecting the band to the earpiece, wherein the elastomeric grommet is positioned intermediate the first mount and the second mount, wherein the elastomeric grommet comprises an inner mounting surface, and wherein the inner mounting surface is positioned around the circumferential mounting surface to connect the elastomeric grommet to the earpiece. a headband comprising a first mount; an earpiece comprising a second mount and an electroacoustic speaker, wherein the second mount comprises a circumferential mounting surface; and an elastomeric grommet flexibly connecting the band to the earpiece, wherein the elastomeric grommet is positioned intermediate the first mount and the second mount, wherein the elastomeric grommet comprises an inner mounting surface, and wherein the inner mounting surface is positioned around the circumferential mounting surface to connect the elastomeric grommet to the earpiece.
Creasing and embossing tool for embossing folding creases into foldable materials, in particular for producing at least one crease bead in a blank for a package, including a support plate, on which at least one creasing plate is disposed, which includes at least one creasing contour for embossing a folding crease, wherein the creasing plate is rigidly supported on the support plate such that a distance between the creasing plate and the support plate remains unchanged or at least substantially unchanged upon force application to the creasing plate during an embossing step with respect to a distance between the creasing plate and the support plate in the rest state, and a punching tool for separating the foldable material, in particular for cutting the material sheet, is associated with the creasing and embossing tool, characterized in that at least one web disposed on the support plate includes an opening and/or forms an opening together with the creasing plate, into which a punching knife of the associated punching tool can penetrate.
A wind turbine rotor blade with a blade root, a lightning receptor, a lightning conductor that is electrically connected to the lightning receptor and is determined for diverting a lightning current in the direction toward the blade root, another electrically conductive element that is a carbon-fiber-containing support structure component of the wind turbine rotor blade, and a flat potential equalization element that electrically connects the lightning conductor to the other electrically conductive element, characterized in that at least one metallic connecting body is present that is produced with an exothermic welding method and in which the lightning conductor is fused with the flat potential equalization element.
Method for securing an electrically actuated parking brake, characterized by the following steps: - monitoring an operational variable which is relevant for the satisfactory function of the parking brake, - determining whether the operational variable exceeds a predefined threshold value, and - requesting the driver, as a function of the value of the operational variable, to carry out a specific action, wherein the action comprises engaging the gear speed or actuating the service brake. - monitoring an operational variable which is relevant for the satisfactory function of the parking brake, - determining whether the operational variable exceeds a predefined threshold value, and - requesting the driver, as a function of the value of the operational variable, to carry out a specific action, wherein the action comprises engaging the gear speed or actuating the service brake.
An applicator device for a product of the fluid or viscous type on keratin fibres, comprising: - an elongate-shaped central core that extends along a longitudinal axis XX, and - at least one row of elongate spikes comprising a first end embedded on the core and a second free end, the spikes and the central core being formed in a single piece, least one of the spikes being delimited by a first flat face coincident with a longitudinal plane of the device, referred to as the reference plane P, that extends radially vis-à-vis the central core, and by a second flat face forming with said first flat face an angle of approximately 180°, and said at least one spike comprising: - a first region embedded on the central core and with a substantially constant cross-section, and - a second region with a variable cross-section situated substantially longitudinally in line with said first region, the second region comprising at least one first portion juxtaposed with and in line with the first region, and a second portion juxtaposed so as to overlap with the first portion along said reference plane P. - an elongate-shaped central core that extends along a longitudinal axis XX, and - at least one row of elongate spikes comprising a first end embedded on the core and a second free end, the spikes and the central core being formed in a single piece, least one of the spikes being delimited by a first flat face coincident with a longitudinal plane of the device, referred to as the reference plane P, that extends radially vis-à-vis the central core, and by a second flat face forming with said first flat face an angle of approximately 180°, and said at least one spike comprising: - a first region embedded on the central core and with a substantially constant cross-section, and - a second region with a variable cross-section situated substantially longitudinally in line with said first region, the second region comprising at least one first portion juxtaposed with and in line with the first region, and a second portion juxtaposed so as to overlap with the first portion along said reference plane P. - a first region embedded on the central core and with a substantially constant cross-section, and - a second region with a variable cross-section situated substantially longitudinally in line with said first region,