mhurhangee/ep-ind-claims huggingface dataset:
Method for displaying graphical representations (G501 - G610) of web interfaces (W1 - Wn) of network elements (N1 - Nn) in a network which can be activated with the aid of the respective web interface (W1 - Wn), which represents a graphic user interface, and have a respective network address (A1 - An), on a screen comprising: calling up the web interfaces (W1 - Wn) with the aid of the network addresses (A1 - An); generating an image record (B1 - Bn) for each web interface (W1 - Wn) called up, the image record (B1 - Bn) comprising the graphical representation (G501 - G610) of the web interface (W1 - Wn) on a display device; ordering the web interfaces (W1 - Wn) called up in groups (501 - 503), the graphical representations (G501 - G610) on the display device of the web interfaces (W1 - Wn) allocated to a respective group (501 - 503) having a graphical measure of similarity the graphical measure of similarity indicating how many commonalities the graphical representation (G501 - G610) of a specific web interface (W1 - Wn) has with the graphical representations (G501 - G610) of other web interfaces (W1 - Wn), and the graphical measure of similarity being determined with the aid of the respective image record (B1 - Bn), and the web interfaces (W1 - Wn) called up being allocated into a common group (501 - 503) when their graphical measure of similarity exceeds a predetermined threshold value; and displaying the graphical representations (G501 - G610) of the web interfaces (W1 - Wn) of at least one of the groups (501 - 503) on the screen having a screen surface (x102, y102), the graphical representations (G501 - G610) of the web interfaces (W1 - Wn) being displayed scaled down in such a manner that the graphical representations (G501 - G610) of the web interfaces (W1 - Wn) of a group (501 - 503) are displayed together inside the screen surface (x102, y102) on the screen. calling up the web interfaces (W1 - Wn) with the aid of the network addresses (A1 - An); generating an image record (B1 - Bn) for each web interface (W1 - Wn) called up, the image record (B1 - Bn) comprising the graphical representation (G501 - G610) of the web interface (W1 - Wn) on a display device; ordering the web interfaces (W1 - Wn) called up in groups (501 - 503), the graphical representations (G501 - G610) on the display device of the web interfaces (W1 - Wn) allocated to a respective group (501 - 503) having a graphical measure of similarity the graphical measure of similarity indicating how many commonalities the graphical representation (G501 - G610) of a specific web interface (W1 - Wn) has with the graphical representations (G501 - G610) of other web interfaces (W1 - Wn), and the graphical measure of similarity being determined with the aid of the respective image record (B1 - Bn), and the web interfaces (W1 - Wn) called up being allocated into a common group (501 - 503) when their graphical measure of similarity exceeds a predetermined threshold value; and displaying the graphical representations (G501 - G610) of the web interfaces (W1 - Wn) of at least one of the groups (501 - 503) on the screen having a screen surface (x102, y102),
Apparatus for removing plate-shaped elements, in particular cardboard blanks, comprising - a carrier apparatus, - a holding apparatus which is arranged on the carrier apparatus for holding the plate-shaped element, - a drive with a driven shaft, - a first lever which is arranged fixedly on the shaft so as to rotate with it, characterized by - a second lever which is connected rotatably to the first lever and rotatably to the carrier apparatus, - a fourth lever which is arranged such that it can be rotated about a fixed point, the fourth lever being connected rotatably to the carrier apparatus, and - a third lever which is connected rotatably to the first lever and rotatably to the fourth lever. - a carrier apparatus, - a holding apparatus which is arranged on the carrier apparatus for holding the plate-shaped element, - a drive with a driven shaft, - a first lever which is arranged fixedly on the shaft so as to rotate with it, - a second lever which is connected rotatably to the first lever and rotatably to the carrier apparatus, - a fourth lever which is arranged such that it can be rotated about a fixed point, the fourth lever being connected rotatably to the carrier apparatus, and - a third lever which is connected rotatably to the first lever and rotatably to the fourth lever.
A system for shooting with arrows to targets comprising at least one arrow shooting device, at least one target and at least one arrow, with the arrow comprising a head portion so configured as to at least partially absorb the energy of an impact, characterized in that it comprises a reflection wall and the reflection wall is so configured as to at least partially absorb the impact energy, and in that the reflection wall and the head portion are so configured as to release the impact energy to return the arrow toward the shooting device when the head portion impacts the reflection wall instead of the target.
A method for unlocking an electronic device with fingerprints, characterized in that, the method comprises: detecting a first contact parameter between an object and a touch screen of the electronic device; in response to determining that the first contact parameter meets a first preset condition to awaken a fingerprint recognition function of the electronic device, detecting a second contact parameter between the object and the touch screen and simultaneously awakening the fingerprint recognition function, wherein the first contact parameter comprises at least one pressure value applied by the object on the touch screen and the second contact parameter comprises a contact position of the object with the touch screen; or the first contact parameter comprises a contact position of the object with the touch screen, and the second contact parameter comprises at least one pressure value applied by the object on the touch screen; in response to determining that the second contact parameter meets a second preset condition to perform the fingerprint recognition function, collecting fingerprint information of the object with a fingerprint sensor configured in the touch screen; and in response to determining that the fingerprint information matches pre-stored reference fingerprint information, unlocking the electronic device. detecting a first contact parameter between an object and a touch screen of the electronic device; in response to determining that the first contact parameter meets a first preset condition to awaken a fingerprint recognition function of the electronic device, detecting a second contact parameter between the object and the touch screen and simultaneously awakening the fingerprint recognition function, wherein the first contact parameter comprises at least one pressure value applied by the object on the touch screen and the second contact parameter comprises a contact position of the object with the touch screen; or the first contact parameter comprises a contact position of the object with the touch screen, and the second contact parameter comprises at least one pressure value applied by the object on the touch screen; in response to determining that the second contact parameter meets a second preset condition to perform the fingerprint recognition function, collecting fingerprint information of the object with a fingerprint sensor configured in the touch screen; and in response to determining that the fingerprint information matches pre-stored reference fingerprint information, unlocking the electronic device.
A method for slicing food products in which products to be sliced are supplied on one track or on multiple tracks to a cutting blade moving in a cutting plane to slice the products into individual slices, and portions (23, 23', 23", 123, 223, 323) are formed on a portioning unit from slices falling down, wherein the falling movement of the slices is influenced at least at times by means of an engagement apparatus (24, 24', 34, 44, 54, 64, 64', 84, 94, 104, 204, 204') arranged in the region of the falling path of the slices in order hereby to bring about a placement of the slices on the portioning unit in accordance with a desired placement shape, characterized in that the engagement apparatus (24, 24', 34, 44, 54, 64, 64', 84, 94, 104, 204, 204') is adjusted during the slicing operation at least between a first configuration, in which it brings about a placement of the slices falling down in accordance with a first placement shape, and a second configuration, in which it brings about a placement of the slices falling down in accordance with a second placement shape differing from the first placement shape, with the falling movement of the slices being influenced in at least one configuration such that a folded placement of the slices on the portioning unit takes place; with the slices being placed folded with the engagement apparatus (24, 24', 34, 44, 54, 64, 64', 84, 94, 104, 204, 204') located in the first configuration and being placed uninfluenced by said engagement apparatus (24, 24', 34, 44, 54, 64, 64', 84, 94, 104, 204, 204') with the engagement apparatus (24, 24', 34, 44, 54, 64, 64', 84, 94, 104, 204, 204') located in the second configuration; and with the engagement apparatus (24, 24', 34, 44, 54, 64, 64', 84, 94, 104, 204, 204') being adjusted at least once from the first configuration into the second configuration, or vice versa, during the forming of a portion (23, 23').
Method for reducing deposits on a heat exchanger which is arranged in a flow duct and through which a flue gas flow can be guided, there being at least one activatable separating means for separating the flue gas flow from the heat exchanger, characterized in that A) the separating means is activated if the flue gas flow has an increased number of particles, with the result that the flue gas flow at least in part does not flow around the heat exchanger, and B) the separating means being deactivated if a flue gas flow with a low number of particles is guided through the flow duct. A) the separating means is activated if the flue gas flow has an increased number of particles, with the result that the flue gas flow at least in part does not flow around the heat exchanger, and B) the separating means being deactivated if a flue gas flow with a low number of particles is guided through the flow duct.
A divert-air valve for a compressor of an internal combustion engine, comprising a flow housing having an inlet and an outlet, an electromagnetic actuator arranged in an actuator housing, a control body which can be moved by way of the actuator, a housing interior in which an armature of the electromagnetic actuator is movable, openings in the control body, via which openings the housing interior is fluidically connected to a duct adapted to be closed off by the control body and arranged in the flow housing, a connector housing which bears axially against the actuator and which at least partially delimits the housing interior, characterized in that the connector housing has arranged on it a first sealing ring which bears against the actuator, and a second sealing ring which bears against the flow housing on the axially opposite side of the connector housing, and in that an elastic plastic ring is arranged on the axial side of the connection housing facing toward the control body, the diameter of said plastic ring corresponding to the diameter of the control body.
A device for laminating a layered substrate stack consisting of a plurality of substrate layers to form a security document body, comprising at least one heat press having at least one movable ram for laminating the layered substrate stack consisting of a plurality of substrate layers, and a control unit for controlling a contact pressure of the heat press, characterised by at least one distance sensor for measuring at least a distance of the at least one movable ram relative to a further ram, wherein the at least one distance sensor generates a signal corresponding to the distance.
A safe card comprising: at least one card sensor capable of generating at least one card input signal representing at least one biometric identifier; a card input converter configured to convert the at least one card input signal into a first number; a card microprocessor; a clock; at least one card computer memory comprising: a preprogrammed card lookup table of second numbers, wherein each of the second numbers is uniquely associated with a specific time of the clock; preprogrammed instructions for the card microprocessor to automatically generate, at a specific time of the clock, a third number comprising a combination of the first number and one of the second numbers associated with the specific time of the clock, wherein the preprogrammed instructions further comprise instructions to automatically rearrange the digits in the first number at the specific time according to a set of rearrangement parameters associated with the specific time, and a card signal output means configured to convert the third number into at least one card output signal representing the third number. at least one card sensor capable of generating at least one card input signal representing at least one biometric identifier; a card input converter configured to convert the at least one card input signal into a first number; a card microprocessor; a clock; at least one card computer memory comprising: a preprogrammed card lookup table of second numbers, wherein each of the second numbers is uniquely associated with a specific time of the clock; preprogrammed instructions for the card microprocessor to automatically generate, at a specific time of the clock, a third number comprising a combination of the first number and one of the second numbers associated with the specific time of the clock, wherein the preprogrammed instructions further comprise instructions to automatically rearrange the digits in the first number at the specific time according to a set of rearrangement parameters associated with the specific time, and a preprogrammed card lookup table of second numbers, wherein each of the second numbers is uniquely associated with a specific time of the clock; preprogrammed instructions for the card microprocessor to automatically generate, at a specific time of the clock, a third number comprising a combination of the first number and one of the second numbers associated with the specific time of the clock, wherein the preprogrammed instructions further comprise instructions to automatically rearrange the digits in the first number at the specific time according to a set of rearrangement parameters associated with the specific time, and a card signal output means configured to convert the third number into at least one card output signal representing the third number.
Method for beamforming for hearing aid systems, wherein the hearing aid system has a left hearing aid and a right hearing aid that are arranged on the head of a wearer according to the application, wherein the left hearing aid has a left acousto-electrical transducer, which converts sound waves arriving at the left hearing aid into a left input signal, and the right hearing aid has a right acousto-electrical transducer, which converts sound waves arriving at the right hearing aid into a right input signal, wherein the hearing aid system has a signal processing device (3, 3') that is connected for signalling purposes to the left and right acousto-electrical transducers (2, 2') and receives the left and right input signals, wherein the method has the steps of, and the signal processing device (3, 3') is designed for: provision of a plurality of different linear combinations of the left input signal and the right input signal; rating of the linear combinations according to a prescribed signal criterion, wherein the rating of the linear combinations involves the determination of a signal level for the linear combinations; selection of a linear combination on the basis of the rating as a beam signal, with a linear combination being selected by virtue of selection of the linear combination having the lowest signal level. provision of a plurality of different linear combinations of the left input signal and the right input signal; rating of the linear combinations according to a prescribed signal criterion, wherein the rating of the linear combinations involves the determination of a signal level for the linear combinations; selection of a linear combination on the basis of the rating as a beam signal, with a linear combination being selected by virtue of selection of the linear combination having the lowest signal level.
A catheter having a multi-layer, high pressure balloon, comprising: an elongate, flexible catheter body, having a proximal end, a distal end, and at least one lumen extending therethrough; a balloon comprising a first balloon layer having a biaxial molecular orientation and a second balloon layer over the first balloon layer, the second balloon layer having a similar biaxial molecular orientation, and a lubricant which can be co-extruded onto or between balloon layers, applied to balloon layers after extrusion but before nesting, or injected between balloon layers after nesting; wherein the first balloon layer and the second balloon layer have approximately the same burst strengths. an elongate, flexible catheter body, having a proximal end, a distal end, and at least one lumen extending therethrough; a balloon comprising a first balloon layer having a biaxial molecular orientation and a second balloon layer over the first balloon layer, the second balloon layer having a similar biaxial molecular orientation, and a lubricant which can be co-extruded onto or between balloon layers, applied to balloon layers after extrusion but before nesting, or injected between balloon layers after nesting; wherein the first balloon layer and the second balloon layer have approximately the same burst strengths.
Seed tape comprising seeds embedded in a covering tube at a distance from one another, the covering tube being a tubular sleeve which encloses the seeds in a stretched manner before and/or during the germination of the seeds and is unstretched between the seed positions, the seeds embedded in the tubular sleeve being embedded in at least one substrate and/or being in contact with at least one substrate, and the substrate being formed from at least one fiber-like and/or foamed organic or mineral material, characterized in that the substrate comprises at least one yarn, at least one thread or at least one rope or at least one non-woven mat or at least one non-woven tape, and the seeds being fixed on said at least one yarn, thread or rope, the at least one non-woven mat or the at least one non-woven tape, or in that the seeds are loosely held between the covering tube and the at least one yarn, thread or rope, the at least one non-woven mat or the at least one non-woven tape.
Arrangement for detachably connecting a breathing mask to a protective helmet by means of a detachable and length-adjustable holder mounted on both sides, wherein the respective holder has two separate upper and lower holding elements (8, 10), running away from each other in a V shape from the breathing mask towards the protective helmet, which holding elements (8, 10) are coupled to the breathing mask and to the protective helmet at both ends via a rotatable coupling point, wherein the coupling to the protective helmet and to the breathing mask is made rotatable by means of upper and lower rotary hinges (7, 9) on the helmet and upper and lower rotary hinges (13, 15) on the mask, and wherein the lower holding element, provided mainly to hold the chin region of the breathing mask, extends substantially horizontally, and the upper holding element, provided mainly to hold the forehead region of the breathing mask, is directed obliquely upwards, and the rotatable holding elements (8, 10), mounted close to each other on the breathing mask, are mounted on the protective helmet closely above and below the rotation point thereof, which lies between the upper and the lower rotary hinges (7, 9), and wherein the holding elements (8, 10), on the helmet side, are articulated on a connecting yoke (3, 3') that can be suspended in a manner secure against rotation on the protective helmet, characterized in that the holding elements, on the mask side, are articulated at a short distance from each other via the rotary hinges (13, 15) on a mask binding part mounted on the breathing mask.
A method in a network node for handling evaluation of a secondary cell for a wireless device in an LTE advanced communications network using carrier aggregation, the method comprising: establishing a first level of coverage of the secondary cell, based on a first measurement report received from the wireless device, which first measurement report relates to a quality of a signal of the secondary cell, determining an evaluation frequency, based on the established first level of coverage of the secondary cell, which evaluation frequency relates to how frequently a level of coverage of the secondary cell shall be evaluated, wherein: when the established level of coverage of the secondary cell is below a first threshold, starting a first timer and selecting a first evaluation frequency, when the established level of coverage of the secondary cell is above the first threshold, starting a second timer and selecting a second evaluation frequency sending upon a timeout of the first or second timer a configuration to the wireless device, which configuration relates to an evaluation of a second level of coverage of the secondary cell, and which configuration is based on the determined evaluation frequency. establishing a first level of coverage of the secondary cell, based on a first measurement report received from the wireless device, which first measurement report relates to a quality of a signal of the secondary cell, determining an evaluation frequency, based on the established first level of coverage of the secondary cell, which evaluation frequency relates to how frequently a level of coverage of the secondary cell shall be evaluated, wherein: when the established level of coverage of the secondary cell is below a first threshold, starting a first timer and selecting a first evaluation frequency, when the established level of coverage of the secondary cell is above the first threshold, starting a second timer and selecting a second evaluation frequency when the established level of coverage of the secondary cell is below a first threshold, starting a first timer and selecting a first evaluation frequency, when the established level of coverage of the secondary cell is above the first threshold, starting a second timer and selecting a second evaluation frequency sending upon a timeout of the first or second timer a configuration to the wireless device, which configuration relates to an evaluation of a second level of coverage of the secondary cell, and which configuration is based on the determined evaluation frequency.