mhurhangee/ep-ind-claims huggingface dataset:
Method for navigating a ground conveyor in a predetermined area comprising the following method steps: providing a map of the predetermined area with at least one permanent landmark; entering a temporary landmark into the map when the temporary landmark is created, wherein the temporary landmark is a parked ground conveyor, a parked swap body, a parked trailer or a parked container; removing the temporary landmark from the map when the temporary landmark is removed; and navigating the ground conveyor in the predetermined area based on the map comprising the permanent landmark and the temporary landmark, wherein the step of entering the temporary landmark into the map when the temporary landmark is created, comprises: transmitting at least one geographic coordinate of the created temporary landmark to the map, characterized in that the step of transmitting the geographic coordinate of the created temporary landmark to the map is carried out by the created temporary landmark itself. providing a map of the predetermined area with at least one permanent landmark; entering a temporary landmark into the map when the temporary landmark is created, wherein the temporary landmark is a parked ground conveyor, a parked swap body, a parked trailer or a parked container; removing the temporary landmark from the map when the temporary landmark is removed; and navigating the ground conveyor in the predetermined area based on the map comprising the permanent landmark and the temporary landmark, wherein the step of entering the temporary landmark into the map when the temporary landmark is created, comprises: transmitting at least one geographic coordinate of the created temporary landmark to the map, characterized in that the step of transmitting the geographic coordinate of the created temporary landmark to the map is carried out by the created temporary landmark itself. transmitting at least one geographic coordinate of the created temporary landmark to the map, characterized in that the step of transmitting the geographic coordinate of the created temporary landmark to the map is carried out by the created temporary landmark itself.
Manufacturing system for manufacturing shaped laminates comprising: at least two forming tools (2.1, 2.2) extending along a longitudinal direction X, located parallel to one another and being configured for receiving a laminate in-between, at least one shaping tool extending along the longitudinal direction X and along a transversal direction Z and being configured for receiving the laminate on its external surface, characterized in that the at least two forming tools (2.1, 2.2) or the at least one shaping tool are movable in the longitudinal direction X and in the transversal direction Z, relative to the at least one shaping tool or the two forming tools (2.1, 2.2) respectively. at least two forming tools (2.1, 2.2) extending along a longitudinal direction X, located parallel to one another and being configured for receiving a laminate in-between, at least one shaping tool extending along the longitudinal direction X and along a transversal direction Z and being configured for receiving the laminate on its external surface, characterized in that the at least two forming tools (2.1, 2.2) or the at least one shaping tool are movable in the longitudinal direction X and in the transversal direction Z, relative to the at least one shaping tool or the two forming tools (2.1, 2.2) respectively.
A membrane comprising: (a) a first layer including ≥ 20.0 wt.% polymethylpentene based on the weight of the first layer, ≥ 10.0 wt.% polyethylene and ≤ 45.0 wt.% of an isotactic polypropylene; and (b) a second layer which includes a compatibilizer and polyethylene, wherein the compatibilizer comprises poly(α-olefin) excluding polyethylene homopolymer, wherein the membrane is microporous and dimensionally-stable, and wherein the membrane has a thickness ≥ 3.0 μm, a meltdown temperature ≥ 170.0°C, a normalized pin puncture strength ≥ 1.0 x 10 3 mN/20 μm, a normalized air permeability ≤ 30.0 x 10 3 seconds/100 cm 3 /20 μm, a 105°C TD heat shrinkage ≤ 10.0%, an alpha ≤ 0.10 mg, and an electrochemical stability ≤ 1.0 x 10 2 mAh. (a) a first layer including ≥ 20.0 wt.% polymethylpentene based on the weight of the first layer, ≥ 10.0 wt.% polyethylene and ≤ 45.0 wt.% of an isotactic polypropylene; and (b) a second layer which includes a compatibilizer and polyethylene, wherein the compatibilizer comprises poly(α-olefin) excluding polyethylene homopolymer, wherein the membrane is microporous and dimensionally-stable, and wherein the membrane has a thickness ≥ 3.0 μm, a meltdown temperature ≥ 170.0°C, a normalized pin puncture strength ≥ 1.0 x 10 3 mN/20 μm, a normalized air permeability ≤ 30.0 x 10 3 seconds/100 cm 3 /20 μm, a 105°C TD heat shrinkage ≤ 10.0%, an alpha ≤ 0.10 mg, and an electrochemical stability ≤ 1.0 x 10 2 mAh.
A thermal varistor protection device, comprising - a casing comprising an insulating material, - a varistor embedded in the insulating material of the casing, wherein the varistor comprises a first metallization electrode, which is only partly covered by the insulating material of the casing to allow an electrically conductive connection, - a first terminal wire, which is electrically conductively connected to the first metallization electrode of the varistor, - a contact element which is electrically conductively connected to the first metallization electrode of the varistor in a region where the varistor is not covered by the insulating material of the casing, and - wherein the contact element is pre-stressed to ensure a fast separation of the contact element and the first metallization electrode if the electrically conductive connection between the contact element and the first metallization electrode gets loose, - wherein the pre-stress to the contact element is caused by a part of the contact element itself, and therefore one part of the contact element is elastic and - wherein the casing provides a feature to hold the contact element in place and to build up the pre-stress in the elastic part of the contact element. - a casing comprising an insulating material, - a varistor embedded in the insulating material of the casing, wherein the varistor comprises a first metallization electrode, which is only partly covered by the insulating material of the casing to allow an electrically conductive connection, - a first terminal wire, which is electrically conductively connected to the first metallization electrode of the varistor, - a contact element which is electrically conductively connected to the first metallization electrode of the varistor in a region where the varistor is not covered by the insulating material of the casing, and - wherein the contact element is pre-stressed to ensure a fast separation of the contact element and the first metallization electrode if the electrically conductive connection between the contact element and the first metallization electrode gets loose, - wherein the pre-stress to the contact element is caused by a part of the contact element itself, and therefore one part of the contact element is elastic and - wherein the casing provides a feature to hold the contact element in place and to build up the pre-stress in the elastic part of the contact element.
Copper paste for joining, comprising: metal particles; and a dispersion medium, wherein the metal particles include sub-micro copper particles having a volume-average particle size of 0.12 μm to 0.8 μm, and flake-shaped micro copper particles having a maximum particle size of 1 μm to 20 μm, and an aspect ratio of 4 or greater, and the amount of the micro copper particles contained, which are included in the metal particles and have a maximum particle size of 1 μm to 20 μm and an aspect ratio of less than 2, is 50% by mass or less on the basis of a total amount of the flake-shaped micro copper particles. metal particles; and a dispersion medium, wherein the metal particles include sub-micro copper particles having a volume-average particle size of 0.12 μm to 0.8 μm, and flake-shaped micro copper particles having a maximum particle size of 1 μm to 20 μm, and an aspect ratio of 4 or greater, and the amount of the micro copper particles contained, which are included in the metal particles and have a maximum particle size of 1 μm to 20 μm and an aspect ratio of less than 2, is 50% by mass or less on the basis of a total amount of the flake-shaped micro copper particles.
A fireproof door panel structure, comprising a front surface plate and a rear surface plate formed as door leafs, a quadrilateral frame (33, 34, 35, 36) formed as a door frame, one or more sealing members formed as outer edge sealing structures and a core material formed as an inner sandwich structure, wherein the core material comprises phenolic resin, the front and rear surface plates (31, 32) are bound to the core with adhesive; at least one of the front and rear surface plates (31, 32) has a rough inner surface to increase the binding force, on an inner surface of the front surface plate and/or the rear surface plate is attached one or more layers of glass-fibre cloth, and the front surface plate and/or the rear surface plate comprises an outer snap-connection means (31b, 32b) or an inner snap-connection means (31c, 32c), characterised in that the front surface plate and the rear surface plate further comprises in-turned lips which can provide enough grip to hold the sealing member in the correct place as the door panel is bonded together.
A controller for controlling a lighting system to provide illumination in a space occupied by one or more users, the controller comprising: communication logic for receiving signals from a mobile user terminal, including receiving a signal comprising an indication of a user input entered by a user via a lighting-control user interface provided by an on-screen user interface of the mobile user terminal; positioning logic configured to determine a position within said space from which said user input was entered by the user; control policy selection logic configured, based on an association associating each of a plurality of discrete control policies with a respective positional demarcation within said space, to select one of the control policies associated with the determined position, wherein each control policy defines a respective type of response of said illumination to one or more on-screen elements of the lighting-control user interface through which the user input is entered; and lighting command logic arranged to control the lighting system to provide the illumination in accordance with the response defined by the selected control policy, wherein each of at least two of said control policies defines a different type of response of said illumination mapped to a same on-screen element (58d, 58e, 58f, 58g) of the lighting-control user interface, such that controlling the same on-screen element in the same way causes a different type of response depending on the determined position. communication logic for receiving signals from a mobile user terminal, including receiving a signal comprising an indication of a user input entered by a user via a lighting-control user interface provided by an on-screen user interface of the mobile user terminal; positioning logic configured to determine a position within said space from which said user input was entered by the user; control policy selection logic configured, based on an association associating each of a plurality of discrete control policies with a respective positional demarcation within said space, to select one of the control policies associated with the determined position, wherein each control policy defines a respective type of response of said illumination to one or more on-screen elements of the lighting-control user interface through which the user input is entered; and lighting command logic arranged to control the lighting system to provide the illumination in accordance with the response defined by the selected control policy, wherein each of at least two of said control policies defines a different type of response of said illumination mapped to a same on-screen element (58d, 58e, 58f, 58g) of the lighting-control user interface, such that controlling the same on-screen element in the same way causes a different type of response depending on the determined position.
A method for assessing whether a subject suffering from hypertension shall be subjected to an imaging based diagnostic assessment for diagnosing abnormal midwall fractional shortening, said method comprising the steps of a) determining the amount of a cardiac Troponin in a sample from the subject, and b) comparing the, thus, determined amount to a reference amount, whereby it is assessed whether the subject shall be subjected to said imaging based diagnostic assessment. a) determining the amount of a cardiac Troponin in a sample from the subject, and b) comparing the, thus, determined amount to a reference amount, whereby it is assessed whether the subject shall be subjected to said imaging based diagnostic assessment.
A fluidized bed reactor for the gas-phase polymerization of α-olefins, said fluidized bed reactor being equipped with a gas distribution grid arranged at its base, a gas circulation system for recycling and cooling the unreacted gas from the top of said reactor to said distribution grid, and a conduit for the continuous discharge of polymer from the reactor, characterized in that said distribution grid comprises a plurality of trays arranged to form the lateral walls of an inverted cone, said plurality of trays being attached each other to form slots in the overlapping area of adjacent trays, wherein annular modules of trays are formed by the overlapping of successive trays, and wherein said slots are formed so as to give a gas outlet which is tangential at the plane of said adjacent trays, thereby generating a whirling, cyclonic motion of the gas stream above the gas distribution grid.
A method for circular knitting by using a knitting machine, wherein the knit is formed from a plurality of rows of stitches knitted with a stitch-forming yarn, and comprises at least one dense zone, the dense zone or zones being produced by knitting alternately, on each row of stitches, of a first row of jersey stitches and a second row of jersey stitches, such as: - the first row of jersey stitches is knitted on a first selection of needles, and includes at least one tuck stitch within the row of jersey stitches, so as to form binding points with the sinker loops of the second row of stitches, - the second row of jersey stitches is knitted with a second selection of needles and includes knitting with a reinforcing yarn in addition to the stitch-forming yarn, characterised in that the said method further comprises knitting a weft yarn between each row of stitches (M1, M2; M2, M1). - the first row of jersey stitches is knitted on a first selection of needles, and includes at least one tuck stitch within the row of jersey stitches, so as to form binding points with the sinker loops of the second row of stitches, - the second row of jersey stitches is knitted with a second selection of needles and includes knitting with a reinforcing yarn in addition to the stitch-forming yarn, characterised in that the said method further comprises knitting a weft yarn between each row of stitches (M1, M2; M2, M1).
A method for decoding a bit stream associated with Transformed and Quantized Coefficients, TQCs, in HEVC, the method comprising: • obtaining the bit stream (step 2611); • obtaining N TQCs of a block from the bit steam, wherein the block has a block size having the N TQCs (step 2612); • determining a number of TQCs not equal to zero among the N TQCs (step 2613); • determining whether the number of TQCs not equal to zero of the block is greater than a preset threshold, wherein the preset threshold is 50% of N (step 2614); • if the number of TQCs not equal to zero of the block is greater than the preset threshold: ∘ decoding the level values of the TQCs not equal to zero with a bypass decoding omitting a context estimation and a probability update for Context Adaptive Binary Arithmetic Coding, CABAC (step 2616), • if the number of TQCs not equal to zero of the block is not greater than the preset threshold: ∘ decoding the level values of the TQCs not equal to zero with a regular decoding using the context estimation and the probability update for the CABAC (step 2615). • obtaining the bit stream (step 2611); • obtaining N TQCs of a block from the bit steam, wherein the block has a block size having the N TQCs (step 2612); • determining a number of TQCs not equal to zero among the N TQCs (step 2613); • determining whether the number of TQCs not equal to zero of the block is greater than a preset threshold, wherein the preset threshold is 50% of N (step 2614); • if the number of TQCs not equal to zero of the block is greater than the preset threshold: ∘ decoding the level values of the TQCs not equal to zero with a bypass decoding omitting a context estimation and a probability update for Context Adaptive Binary Arithmetic Coding, CABAC (step 2616), • if the number of TQCs not equal to zero of the block is not greater than the preset threshold: ∘ decoding the level values of the TQCs not equal to zero with a regular decoding using the context estimation and the probability update for the CABAC (step 2615).
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: performing an authentication procedure with an authentication server function, AUSF, in order to access the wireless communication system; obtaining an authentication and key management for application, AKMA, key for an edge computing service based on the authentication procedure; transmitting, to a server, a request message for requesting authorization for the edge computing service, wherein the request message includes a AKMA key identifier, ID, corresponding to the AKMA key; receiving, from the server, a response message indicating authority granted to the edge computing service, wherein the response message includes an access token for the edge computing service; and using the edge computing service corresponding to the access token. performing an authentication procedure with an authentication server function, AUSF, in order to access the wireless communication system; obtaining an authentication and key management for application, AKMA, key for an edge computing service based on the authentication procedure; transmitting, to a server, a request message for requesting authorization for the edge computing service, wherein the request message includes a AKMA key identifier, ID, corresponding to the AKMA key; receiving, from the server, a response message indicating authority granted to the edge computing service, wherein the response message includes an access token for the edge computing service; and using the edge computing service corresponding to the access token.
A cableway station including: - a conveyor device for receiving and conveying at least one travel means, - a roof structure disposed substantially above the conveyor device, characterised in that the roof structure has at least one roof element which is moveable between a first and a second operating position (a, b) and which covers the conveyor device in the first operating position (a) and makes the conveyor device accessible for people in the second operating position (b). - a conveyor device for receiving and conveying at least one travel means, - a roof structure disposed substantially above the conveyor device,
An electricity meter for measuring electricity consumption in an electricity supply network with one or more phases (L1,L2,L3), in which the electricity meter comprises - a measuring circuit for each of the one or more phases for measuring electric energy for each phase, - a voltage supply being supplied with electricity from the electricity supply network, the voltage supply comprising - a switch mode circuit, and - a transformer with a primary winding connected to the output of the switch mode circuit, wherein the transformer comprises separate galvanically separated secondary windings for voltage supply of the respective separate measuring circuits for each phase, characterised in that the transformer is supplied with voltage from the switch mode circuit which operates with a switch frequency that is significantly higher than that of the electricity supply network such that the voltage supply can supply sufficient power to drive the measuring and calculating circuits without a core in the transformer. - a measuring circuit for each of the one or more phases for measuring electric energy for each phase, - a voltage supply being supplied with electricity from the electricity supply network, the voltage supply comprising - a switch mode circuit, and - a transformer with a primary winding connected to the output of the switch mode circuit, wherein the transformer comprises separate galvanically separated secondary windings for voltage supply of the respective separate measuring circuits for each phase, - a switch mode circuit, and - a transformer with a primary winding connected to the output of the switch mode circuit, wherein the transformer comprises separate galvanically separated secondary windings for voltage supply of the respective separate measuring circuits for each phase,
A method to embed a code in a compressed audio data stream, the method comprising: obtaining a plurality of transform coefficients from the compressed audio data stream, wherein the plurality of transform coefficients is represented by a respective plurality of mantissas and a respective plurality of scale factors; and modifying a mantissa in the plurality of mantissas and a corresponding scale factor in the plurality of scale factors to embed the code in the compressed audio data stream. obtaining a plurality of transform coefficients from the compressed audio data stream, wherein the plurality of transform coefficients is represented by a respective plurality of mantissas and a respective plurality of scale factors; and modifying a mantissa in the plurality of mantissas and a corresponding scale factor in the plurality of scale factors to embed the code in the compressed audio data stream.
Insert to be crimped onto a part to be fixed onto a support, comprising - a support head, - a crimping section designed to be deformed when a crimping operation of the insert onto the part to be fixed is performed, the crimping section being salient from the support head extending in a first direction, - a seal securedly attached to the support head and designed to cooperate with the support so as to provide a sealing between the insert and the support, the seal comprising several lips (14 to 16) extending in a second direction opposite to the first direction with an outer lip situated at the periphery of the seal, characterized in that the support head comprises a shoulder forming a junction with the crimping section and a face opposite the shoulder, the opposite face delineating an end of the insert, in that the lips (14 to 16) are salient from the opposite face, and in that the seal comprises a crown salient from the seal and extending in the first direction, the crown being designed to provide a sealing between the insert and the part to be fixed, the crown being salient from the shoulder. - a support head, - a crimping section designed to be deformed when a crimping operation of the insert onto the part to be fixed is performed, the crimping section being salient from the support head extending in a first direction, - a seal securedly attached to the support head and designed to cooperate with the support so as to provide a sealing between the insert and the support, the seal comprising several lips (14 to 16) extending in a second direction opposite to the first direction with an outer lip situated at the periphery of the seal,