mhurhangee/ep-ind-claims huggingface dataset:
A fixing structure comprising: a metal plate, a bolt and a synthetic resin member, wherein the metal plate and the bolt are arranged to be fixed to the synthetic resin member and wherein the bolt includes a head portion and a shank portion passing through a through hole of the metal plate, the bolt comprises a fixing portion provided at a surface of the head portion of the bolt, the surface being adjacent to the shank portion of the bolt, wherein the fixing portion is formed to project from the surface of the head portion of the bolt so as to penetrate into the metal plate to fix the bolt to the metal plate, wherein the head portion of the bolt and the metal plate are formed together in the synthetic resin member by insert molding, and wherein entire of a surface of the metal plate on opposite side of the head portion of the bolt is not covered by the synthetic resin member.
Delivery container for accommodation by a delivery vehicle, with a plurality of compartments, wherein the compartments are accessible from the outside and each compartment is designed to accommodate a plurality of packages, a plurality of closure elements for closing the compartments and a connecting element for connection to a delivery vehicle, wherein several of the compartments are accessible via a loading side, wherein the loading side is arranged opposite the unloading side, wherein the loading and unloading sides are accessible from the outside in a state in which the delivery container has been received by a delivery vehicle, wherein the loading side has one closure element or a plurality of closure elements for closing the compartments, and wherein at least one sliding door is arranged on the loading side for closing a plurality of compartments. a plurality of compartments, wherein the compartments are accessible from the outside and each compartment is designed to accommodate a plurality of packages, a plurality of closure elements for closing the compartments and a connecting element for connection to a delivery vehicle, wherein several of the compartments are accessible via a loading side, wherein the loading side is arranged opposite the unloading side, wherein the loading and unloading sides are accessible from the outside in a state in which the delivery container has been received by a delivery vehicle, wherein the loading side has one closure element or a plurality of closure elements for closing the compartments, and wherein at least one sliding door is arranged on the loading side for closing a plurality of compartments.
A bait and/or trap station comprising: - a housing with a feeding and/or trap compartment with an entry opening of a first type; wherein the bait and/or trap station further comprises an a first insert plate having a cut-out sized and shaped to prevent a specific target species from passing therethrough, and at the same time allowing other species to pass; wherein the entry opening of a first type comprises a first retaining means adapted for removably receiving the first insert plate across the entry opening of a first type; wherein said housing comprises a first and a second feeding and/or trap compartment, each with respective entry openings (212, 222) of a first type; wherein each opening (212, 222) of a first type comprises a first retaining means (214, 224) adapted for removably receiving the first insert plate across the entry opening (212, 222) of a first type; characterized in that said housing further comprises a channel with one or more entry openings of a second type positioned in the outer walls of said housing; wherein said channel leads to an entry opening (212, 222) of a first type; and wherein said channel comprises a side branch leading to both of said entry openings (212, 222) of a first type, and wherein a monitoring means is positioned in or below said side branch's ceiling. - a housing with a feeding and/or trap compartment with an entry opening of a first type; wherein the bait and/or trap station further comprises an a first insert plate having a cut-out sized and shaped to prevent a specific target species from passing therethrough, and at the same time allowing other species to pass; wherein the entry opening of a first type comprises a first retaining means adapted for removably receiving the first insert plate across the entry opening of a first type; wherein said housing comprises a first and a second feeding and/or trap compartment, each with respective entry openings (212, 222) of a first type; wherein each opening (212, 222) of a first type comprises a first retaining means (214, 224) adapted for removably receiving the first insert plate across the entry opening (212, 222) of a first type; characterized in that said housing further comprises a channel with one or more entry openings of a second type positioned in the outer walls of said housing; wherein said channel leads to an entry opening (212, 222) of a first type; and wherein said channel comprises a side branch leading to both of said entry openings (212, 222) of a first type, and wherein a monitoring means is positioned in or below said side branch's ceiling.
An apparatus for transmitting user data in a multicarrier communications system, the apparatus comprising: a control information reception unit for receiving scheduling information on a physical downlink control channel, the scheduling information indicating resources on which the terminal is scheduled to transmit the user data and including a bundling indication for indicating whether a transmission of the user data is to be performed in one or more transmission time intervals; and a data transmission unit for transmitting the user data in the resources in accordance with the received bundling indication, characterized in that the scheduling information includes a modulation indicator, and the bundling information is indicated by the modulation indicator. a control information reception unit for receiving scheduling information on a physical downlink control channel, the scheduling information indicating resources on which the terminal is scheduled to transmit the user data and including a bundling indication for indicating whether a transmission of the user data is to be performed in one or more transmission time intervals; and a data transmission unit for transmitting the user data in the resources in accordance with the received bundling indication, characterized in that the scheduling information includes a modulation indicator, and the bundling information is indicated by the modulation indicator.
Sensor system comprising a frame supporting a force-sensing tip arranged to generate a signal based upon a force applied by said force-sensing tip to a material to be tested, characterised in that said system further comprises: - an input drum mounted in said frame such that it can rotate about an input axis of rotation; - an output lever supported by said frame by means of an output revolute joint defining an output axis of rotation; wherein said force-sensing tip is mounted on said output lever such that said force-sensing tip is arranged to be brought into contact with a material to be tested; and wherein said sensor system comprises a mechanical transmission (302, 303, 304, 305, 307; 301a, 312) arranged to kinematically link said input drum to said output lever such that a rotation of said input drum about said input axis of rotation causes said output lever to pivot in an oscillatory manner about said output axis of rotation. - an input drum mounted in said frame such that it can rotate about an input axis of rotation; - an output lever supported by said frame by means of an output revolute joint defining an output axis of rotation;
A method for producing particles of an element having a standard electrode potential greater than 0V, the element being at least one selected from the group consisting of gold, silver, rhodium, iodine, platinum, germanium, and ruthenium, comprising: mixing a protic solvent solution comprising ions of the at least one element having a standard electrode potential greater than 0V and a protic solvent, with a polysilane having a solubility in water at room temperature of less than 1% by weight, to obtain particles of the element from ions of the element having a standard electrode potential greater than 0V, and collecting the particles of the element adsorbed in the polysilane, characterized in that the polysilane is a dimethylpolysilane, a polymer of a diphenylsilane and a monophenylsilane, or a polymer of a dimethylsilane and a diphenylsilane. mixing a protic solvent solution comprising ions of the at least one element having a standard electrode potential greater than 0V and a protic solvent, with a polysilane having a solubility in water at room temperature of less than 1% by weight, to obtain particles of the element from ions of the element having a standard electrode potential greater than 0V, and collecting the particles of the element adsorbed in the polysilane, characterized in that the polysilane is a dimethylpolysilane, a polymer of a diphenylsilane and a monophenylsilane, or a polymer of a dimethylsilane and a diphenylsilane.
A molded article, which comprises: (i) a molded resin comprising an acrylic resin or a polycarbonate resin, and (ii) a sheet which comprises a base film (ii-1) comprising a polycarbonate resin and a printed or deposited layer (ii-2) formed on at least one side of the base film (ii-1), characterized in that the polycarbonate resin comprises an ether diol residue represented by the following formula in an amount of 15 to 100 mol% based on the total of all diol residues. (i) a molded resin comprising an acrylic resin or a polycarbonate resin, and (ii) a sheet which comprises a base film (ii-1) comprising a polycarbonate resin and a printed or deposited layer (ii-2) formed on at least one side of the base film (ii-1), characterized in that the polycarbonate resin comprises an ether diol residue represented by the following formula in an amount of 15 to 100 mol% based on the total of all diol residues.
A compound having the structure of Formula I wherein X is selected from NR A, and C=NOR A, Y is O, S, NOR A, or NR A wherein R A is selected from H, alkyl, heteroalkyl, alkenyl, alkynyl, cycloalkyl,-C(=O)R B, -C(=O)OR B, -C(=O)NR B R C, -C(=NR B)R C, -NR B R C, heterocycloalkyl, aryl or polyaromatic, heteroaryl, arylalkyl and alkylaryl, wherein each of said R B and R C is independently H, alkyl, or heteroalkyl, R 1, R 2, R 3, and R 4 are each independently selected from H, alkyl, heteroalkyl, cycloalkyl, arylcycloalkyl, alkenyl, alkynyl, aryl, heteroaryl, heterocycloalkyl, and each of said NR 1 R 2 and NR 3 R 4 can independently combine to form a 6- to 15-membered heterocycloalkyl, or a pharmaceutically acceptable salt, ester, amide, stereoisomer or geometric isomer thereof. wherein X is selected from NR A, and C=NOR A, Y is O, S, NOR A, or NR A wherein R A is selected from H, alkyl, heteroalkyl, alkenyl, alkynyl, cycloalkyl,-C(=O)R B, -C(=O)OR B, -C(=O)NR B R C, -C(=NR B)R C, -NR B R C, heterocycloalkyl, aryl or polyaromatic, heteroaryl, arylalkyl and alkylaryl, wherein each of said R B and R C is independently H, alkyl, or heteroalkyl, R 1, R 2, R 3, and R 4 are each independently selected from H, alkyl, heteroalkyl, cycloalkyl, arylcycloalkyl, alkenyl, alkynyl, aryl, heteroaryl, heterocycloalkyl, and each of said NR 1 R 2 and NR 3 R 4 can independently combine to form a 6- to 15-membered heterocycloalkyl, or a pharmaceutically acceptable salt, ester, amide, stereoisomer or geometric isomer thereof.
A printing object, for printing by means of a printer, preferably by means of a thermal transfer printer, comprising a printable printing region and an identification region, wherein two identifying barcodes (4, 5) arranged at a distance from one another are provided in the identification region, said barcodes having a plurality of individual bars arranged in succession, characterised in that the following is true for the gap z between the two identifying barcodes (4, 5):10 mm ≤ z ≤ 65 mm.
A method of treatment of sludge, such as municipal or industrial sludge from a wastewater treatment plant, comprising the steps of: - preheating an incoming sludge with at least one steam fraction, preferably by direct steam injection, to obtain a preheated sludge; - further heating the preheated sludge with a high-temperature steam fraction, preferably by direct steam injection, to obtain a heated sludge; - hydrothermal carbonization of the heated sludge to obtain a HTC-treated sludge; - separating a particle-lean fraction from the HTC-treated sludge; - wet oxidation of the particle-lean fraction to obtain a heated particle-lean fraction; - subjecting the heated particle-lean fraction to a first flashing to obtain the high-temperature steam fraction used in the further heating step; - separating a particle-rich fraction from the HTC-treated sludge; - subjecting the particle-rich fraction to flashing to obtain at least one steam fraction that is used in the preheating step and a cooled particle-rich fraction, wherein the temperature of the high-temperature steam fraction is 9-40 °C higher than the temperature of the heated sludge and the temperature of the particle-lean fraction before the wet oxidation step is in the range of ± 5°C when compared to the temperature of the heated sludge. - preheating an incoming sludge with at least one steam fraction, preferably by direct steam injection, to obtain a preheated sludge; - further heating the preheated sludge with a high-temperature steam fraction, preferably by direct steam injection, to obtain a heated sludge; - hydrothermal carbonization of the heated sludge to obtain a HTC-treated sludge; - separating a particle-lean fraction from the HTC-treated sludge; - wet oxidation of the particle-lean fraction to obtain a heated particle-lean fraction; - subjecting the heated particle-lean fraction to a first flashing to obtain the high-temperature steam fraction used in the further heating step; - separating a particle-rich fraction from the HTC-treated sludge; - subjecting the particle-rich fraction to flashing to obtain at least one steam fraction that is used in the preheating step and a cooled particle-rich fraction,
A controlled oral release pharmaceutical dosage form comprising: a) a therapeutically effective amount of ranolazine free base; b) one or more lipid(s) as release controlling agent(s); and c) one or more pharmaceutically acceptable excipient(s). a) a therapeutically effective amount of ranolazine free base; b) one or more lipid(s) as release controlling agent(s); and c) one or more pharmaceutically acceptable excipient(s).
A connector comprising: a housing defining a plurality of ferrule openings arranged in a matrix of rows and columns and configured to receive ferrules, a portion of said ferrule openings being peripheral openings and at least one of said ferrule openings being an interior opening, wherein said at least one interior opening is located between two columns and between two rows of said matrix; and at least two retainer components (105a, 105b) defining a plurality of ferrule retainer openings which align with said plurality of ferrule openings and are configured for facilitating the passage therethrough of cables of ferrules disposed in said ferrule openings, wherein said plurality of ferrule retainer openings include at least one interior retainer opening that aligns with said at least one interior opening, each of said at least two retainer components defining a periphery (110a, 110b) and a portion of said plurality of ferrule retainer openings, and defining an accessway (107, 107a) from said periphery to each of said portion of said plurality of ferrule retainer openings to allow passage of a cable through the accessway, and wherein said at least two retainer components are assembleable at their periphery such that no access is available from said accessways to said interior retainer opening. a housing defining a plurality of ferrule openings arranged in a matrix of rows and columns and configured to receive ferrules, a portion of said ferrule openings being peripheral openings and at least one of said ferrule openings being an interior opening, wherein said at least one interior opening is located between two columns and between two rows of said matrix; and at least two retainer components (105a, 105b) defining a plurality of ferrule retainer openings which align with said plurality of ferrule openings and are configured for facilitating the passage therethrough of cables of ferrules disposed in said ferrule openings, wherein said plurality of ferrule retainer openings include at least one interior retainer opening that aligns with said at least one interior opening, each of said at least two retainer components defining a periphery (110a, 110b) and a portion of said plurality of ferrule retainer openings, and defining an accessway (107, 107a) from said periphery to each of said portion of said plurality of ferrule retainer openings to allow passage of a cable through the accessway, and wherein said at least two retainer components are assembleable at their periphery such that no access is available from said accessways to said interior retainer opening.
A method for evaluating the position of an aerial vehicle comprising the following steps of - receiving a radio signal from the aerial vehicle with an antenna array, - determining the direction of arrival of the received radio signal, - forming a reception beam of the antenna array depending on the determined direction of arrival for receiving one or more further radio signals from the aerial vehicle, - calculating the range between the aerial vehicle and the antenna array based on a radio signal provided for calculating the range and received from the aerial vehicle, and - evaluating the position of the aerial vehicle based on the calculated range, the determined direction of arrival, and the known position of the antenna array, wherein the determining of the direction of arrival of the received radio signal comprises the following steps: - collecting digital data from receiver chains of the antenna array, - generating a covariance matrix from the collected digital data, - completely evaluating the covariance matrix with a direction of arrival algorithm for determining the direction of arrival of the received radio signal, or - partially evaluating the covariance matrix with a direction of arrival algorithm considering the previously determined direction of arrival of the received radio signal for tracking the direction of arrival of the received radio signal, - determining the direction of arrival of the received radio signal based on the tracked received radio signal. - receiving a radio signal from the aerial vehicle with an antenna array, - determining the direction of arrival of the received radio signal, - forming a reception beam of the antenna array depending on the determined direction of arrival for receiving one or more further radio signals from the aerial vehicle, - calculating the range between the aerial vehicle and the antenna array based on a radio signal provided for calculating the range and received from the aerial vehicle, and - evaluating the position of the aerial vehicle based on the calculated range, the determined direction of arrival, and the known position of the antenna array, - collecting digital data from receiver chains of the antenna array, - generating a covariance matrix from the collected digital data, - completely evaluating the covariance matrix with a direction of arrival algorithm for determining the direction of arrival of the received radio signal, or - partially evaluating the covariance matrix with a direction of arrival algorithm considering the previously determined direction of arrival of the received radio signal for tracking the direction of arrival of the received radio signal, - determining the direction of arrival of the received radio signal based on the tracked received radio signal.
Driver assistance system for a commercial vehicle trailer combination, wherein the commercial vehicle trailer combination is constructed as a tractor/semitrailer combination comprising a traction vehicle and a semitrailer, wherein a coupling apparatus is provided, which coupling apparatus has a traction vehicle-side, lockable coupling receiving part (4; 37) and an associated coupling element (13; 44), which can be inserted into the coupling receiving part (4; 37), on the semitrailer, and wherein a reversing camera device comprising a video camera and comprising an associated screen for a video image in the field of view of a driver is provided on the traction vehicle side, wherein a guide marking, which is visible to the driver, is superimposed into the video image as an aiming aid, which guide marking visualises the insertion region for the coupling element (13; 44) on the coupling receiving part (4; 37), characterized in that the video camera is associated with the coupling receiving part (4; 37) such that the region of the coupling receiving part (4; 37) and a rear surrounding area containing the coupling element (13; 44) can be recorded and can be depicted in the video image.
System, comprising a primary conductor system and a vehicle, wherein the vehicle comprises an arrangement of secondary windings (40, 60, 61), via which the loads of the vehicle are suppliable from the primary conductor system, in particular wherein the energy flows picked up by the secondary windings (40, 60, 61) of the arrangement are combined and the loads are supplied therefrom, wherein the arrangement of secondary windings (40, 60, 61) is provided inductively coupled to the primary conductor system, characterised in that the primary conductor system comprises a current loop laid in a meander shape, so that except for the edge regions, that is to say diverting regions, adjacent sections of the primary conductor system are spaced at a mesh width α from one another and run parallel to one another, wherein the arrangement comprises at least two pairs of secondary windings (40, 60, 61), the imaginary connecting lines of which within the respective pair are oriented perpendicular to one another along a longitudinal axis of the respective secondary windings (40, 60, 61) arranged in pairs, or wherein the arrangement comprises at least three pairs of secondary windings (40, 60, 61), the imaginary connecting lines of which within the respective pair are at an angle of 60° to one another.