mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: selecting a diamond material; irradiating the diamond material with neutrons to increase toughness and/or wear resistance of the diamond material; and processing the diamond material into one or more diamond tool pieces, wherein the irradiating comprises irradiating the diamond material with neutrons having an energy in the range 1.0 keV to 12 MeV, wherein the irradiating comprises controlling energy and dosage of irradiation to provide the diamond material with a plurality of isolated vacancy point defects, the isolated vacancy point defects having a concentration in a range 1 x 10 14 to 1 x 10 20 vacancies/cm 3, and wherein the processing comprises forming one of: a wear part; a dresser; a wire drawing die; a gauge stone; and a cutter. selecting a diamond material; irradiating the diamond material with neutrons to increase toughness and/or wear resistance of the diamond material; and processing the diamond material into one or more diamond tool pieces, wherein the irradiating comprises irradiating the diamond material with neutrons having an energy in the range 1.0 keV to 12 MeV, wherein the irradiating comprises controlling energy and dosage of irradiation to provide the diamond material with a plurality of isolated vacancy point defects, the isolated vacancy point defects having a concentration in a range 1 x 10 14 to 1 x 10 20 vacancies/cm 3, and wherein the processing comprises forming one of: a wear part; a dresser; a wire drawing die; a gauge stone; and a cutter.
A method of preparing a diacetal-based clarifying agent, characterized in comprising: (a) mixing an aromatic aldehyde, a polyol, and an acid catalyst in a polar organic solvent to obtain a first reaction mixture, wherein an equivalence ratio of said aromatic aldehyde to said polyol ranges from 2:1 to 2:2; (b) adding a hydrogenating agent into the first reaction mixture to obtain a precipitated product, wherein an equivalence ratio of the hydrogenating agent to said aromatic aldehyde is more than 0.01:1; (c) mixing methanol and the precipitated product to obtain a second reaction mixture; (d) filtering the second reaction mixture to obtain a solid substance; and (e) drying and grinding the solid substance to obtain the diacetal-based clarifying agent; wherein the diacetal-based clarifying agent is a compound selected from the group consisting of compounds represented by formulae to: wherein R 1 and R 2 are each independently selected from the group consisting of a hydrogen group, an alkyl group having 1 to 4 carbon atoms, an alkoxy group having 1 to 4 carbon atoms, an alkoxycarbonyl group having 1 to 4 carbon atoms, a fluoro group, a chloro group, and a bromo group; wherein a and b are each independently an integral from 0 to 3; and wherein n is 0 or 1. (a) mixing an aromatic aldehyde, a polyol, and an acid catalyst in a polar organic solvent to obtain a first reaction mixture, wherein an equivalence ratio of said aromatic aldehyde to said polyol ranges from 2:1 to 2:2; (b) adding a hydrogenating agent into the first reaction mixture to obtain a precipitated product, wherein an equivalence ratio of the hydrogenating agent to said aromatic aldehyde is more than 0.01:1; (c) mixing methanol and the precipitated product to obtain a second reaction mixture; (d) filtering the second reaction mixture to obtain a solid substance; and (e) drying and grinding the solid substance to obtain the diacetal-based clarifying agent;
A hand-operated tool for driving in fasteners, said tool comprising: a fastener-driving ram which is movably mounted in a guide; a muzzle portion in which there is a fastener-driving channel with a chamber for receiving a fastener; a fastener magazine which projects laterally from the muzzle portion and in which a feeder slide for fasteners, which is movable in a guide channel, can be spring-biased towards the receiving chamber in the muzzle portion by a feeder spring element; and a safety device comprising a contact pressure element located on the muzzle portion, characterized in that a positioning mechanism for the feeder slide is provided, which is controlled via the contact pressure element and by which the feeder slide can be moved in the guide channel against the force of the feeder spring element. a fastener-driving ram which is movably mounted in a guide; a muzzle portion in which there is a fastener-driving channel with a chamber for receiving a fastener; a fastener magazine which projects laterally from the muzzle portion and in which a feeder slide for fasteners, which is movable in a guide channel, can be spring-biased towards the receiving chamber in the muzzle portion by a feeder spring element; and a safety device comprising a contact pressure element located on the muzzle portion, a positioning mechanism for the feeder slide is provided, which is controlled via the contact pressure element and by which the feeder slide can be moved in the guide channel against the force of the feeder spring element.
A broadband dipole antenna comprising: four or more wings, each wing comprising at least two stacked conductive elements, wherein the four or more wings are arranged in a regular manner around a central connection configured to feed the conductive elements of the four or more wings, wherein the conductive elements of the four or more wings are electrically and mechanically connected to each other by the central connection, wherein each conductive element has a bent shape and extends outwards along its length from the central connection, and wherein each of the at least two stacked conductive elements of each wing has a different size and the at least two stacked conductive elements are stacked according to decreasing size, wherein each wing comprises at least two conductive elements bent with a different radius of curvature, and characterized in that a larger conductive element of the wing is bent with a smaller radius of curvature than a smaller conductive element of the wing. four or more wings, each wing comprising at least two stacked conductive elements, wherein the four or more wings are arranged in a regular manner around a central connection configured to feed the conductive elements of the four or more wings, wherein the conductive elements of the four or more wings are electrically and mechanically connected to each other by the central connection, wherein each conductive element has a bent shape and extends outwards along its length from the central connection, and wherein each of the at least two stacked conductive elements of each wing has a different size and the at least two stacked conductive elements are stacked according to decreasing size, wherein each wing comprises at least two conductive elements bent with a different radius of curvature, and characterized in that a larger conductive element of the wing is bent with a smaller radius of curvature than a smaller conductive element of the wing.
Semi-occlusive, flexible, planar wound dressing comprising a wound contact layer consisting of an elastomeric or thermoplastic elastomeric component in which hydrophilic polymers are embedded, for use in the treatment of contaminated wounds in animals, particularly in the region of the limbs.
Holding device for a hand-held power tool having a tool receptacle which is configured at least to receive an application tool, in particular a screwdriver bit, wherein the holding device is intended to hold a fastening element, in particular a screw element, wherein a first holding unit for fixing the holding device to a hand-held power tool, and a second holding unit, which is movable axially on the first holding unit, for holding a fastening element, in particular a screw element, wherein the second holding unit is arrangeable in a working position and in a parked position and has a receptacle in which a holding element, in particular a magnet, is arranged, in order, in the working position, to allow the fastening element to be held in an axial direction of the holding device, characterized in that the second holding unit is held in the parked position by the holding element.
A method for the portioned dispensing of a food preparation, wherein a first liquid or paste-like food undergoes a foaming process and is poured into a container and the container is sealed so that it is airtight with the food preparation stored therein, characterised in that each portion of the first food is subjected to the foaming process individually, wherein the first food is mixed with an aeration gas and the first food mixed with an aeration gas is squeezed by a piston/cylinder unit into a static shearing device in order for the foaming process to be performed and then dispensed from a dispensing opening in the shearing device into the container.
A powder coating composition comprising a polyester resin which comprises 0.1 to 60 weight percent of mono or poly-functional satured or unsatured fatty acids of mixtures of them, 30 to 60 weight percent of an aromatic diacid or cycloalkyl diacid or anhydride selected from the group consisting of isophthalic acid, terephthalic acid, phthalic anhydride, trimellitic anhydride, furandicarboxylic acid (FDCA), cyclohexandicarboxilic acid (CHDA), hexahydrophtalic anhydride (HHPA), 20 to 30 weight percent of aliphatic diol, 0 to 6 weight percent of aliphatic triol, 0 to 10 weight percent of isosorbide and isomers or cycloalkyl diol, 0 to 10 weight percent of C 3 -C 12 aliphatic diacid, with total weight percent of the monomers equal to 100 and from 4 to 65 weight percent (on total polyester resin and curative) of curative and additives. 0.1 to 60 weight percent of mono or poly-functional satured or unsatured fatty acids of mixtures of them, 30 to 60 weight percent of an aromatic diacid or cycloalkyl diacid or anhydride selected from the group consisting of isophthalic acid, terephthalic acid, phthalic anhydride, trimellitic anhydride, furandicarboxylic acid (FDCA), cyclohexandicarboxilic acid (CHDA), hexahydrophtalic anhydride (HHPA), 20 to 30 weight percent of aliphatic diol, 0 to 6 weight percent of aliphatic triol, 0 to 10 weight percent of isosorbide and isomers or cycloalkyl diol, 0 to 10 weight percent of C 3 -C 12 aliphatic diacid,
A method for treating a brine comprising sodium chloride for producing zinc chloride and soda by electro-electrodialysis, characterised in that it comprises performing the following steps: - dissociating the sodium chloride from said brine contained in a first cell, by emitting a potential difference between a stainless-steel cathode disposed in a second cell and an anode made from consumable zinc disposed in a third cell; - allowing the sodium cations to pass to the cathode, through a cation exchange membrane disposed between the first and second cells, to form soda with the OH - ions issuing from the dissociation of the water; - allowing the chlorine anions to pass to the anode through an anion exchange membrane (18, 18-1, 18-2) disposed between the first and third cells, in order to form a zinc chloride with the zinc cations coming from the anodic dissolution; - maintaining the pH of the brine in the first cell at between 6 and 8; - maintaining the pH of the third cell at a value below the threshold of precipitation of the zinc chloride formed in the third cell and therefore at a value below 5.5; - maintaining the temperature in the third cell at a value below the threshold of release of gaseous chlorine; - treating the brine in the first cell by recirculation and passage through an ion exchange resin for capture of the zinc cations that were generated at the anode and that entered the first cell because of the non-integral selectivity of the anion exchange membrane (18, 18-1, 18-2). - dissociating the sodium chloride from said brine contained in a first cell, by emitting a potential difference between a stainless-steel cathode disposed in a second cell and an anode made from consumable zinc disposed in a third cell; - allowing the sodium cations to pass to the cathode, through a cation exchange membrane disposed between the first and second cells, to form soda with the OH - ions issuing from the dissociation of the water; - allowing the chlorine anions to pass to the anode through an anion exchange membrane (18, 18-1, 18-2) disposed between the first and third cells, in order to form a zinc chloride with the zinc cations coming from the anodic dissolution; - maintaining the pH of the brine in the first cell at between 6 and 8; - maintaining the pH of the third cell at a value below the threshold of precipitation of the zinc chloride formed in the third cell and therefore at a value below 5.5; - maintaining the temperature in the third cell at a value below the threshold of release of gaseous chlorine; - treating the brine in the first cell by recirculation and passage through an ion exchange resin for capture of the zinc cations that were generated at the anode and that entered the first cell because of the non-integral selectivity of the anion exchange membrane (18, 18-1, 18-2).
A gear wheel arrangement (700, 800, 900), comprising; - a first part (710, 810, 910) which is arranged to be rotationally fixed to a shaft; - a second part (720, 820, 920) which is rotatably connected to the fist part and provided with gear teeth for meshing with an adjacent gear; wherein the first and second parts are mechanically connected by means of at least one first elastically deformable member (750, 850, 950) which allows a limited relative rotation between the first and second part, wherein the gear teeth (721, 821, 921) of the second part (720, 820, 920) are helical and that the gear wheel arrangement is arranged to allow a limited relative axial displacement between the first part and the second part characterized in that the gear wheel arrangement comprises at least one bearing (741, 841a, 841b, 941a, 941b) arranged between the first part (710, 810, 910) and the second part (720, 820, 920) for reducing the friction between the first and second part during relative rotation. - a first part (710, 810, 910) which is arranged to be rotationally fixed to a shaft; - a second part (720, 820, 920) which is rotatably connected to the fist part and provided with gear teeth for meshing with an adjacent gear;
A method for user equipment, UE, based relay for a wireless network, the method comprising: receiving, at a relay UE, a data packet intended for a destination UE from an access point of the wireless network, the data packet including data encoded with a rateless code transparent to the relay UE at a higher network layer than a media access control MAC sub-layer; decoding the data packet; returning a hybrid automatic repeat request HARQ acknowledgment ACK message at the MAC sub-layer to the access point; and sending the decoded data packet to the destination UE; wherein the relay UE and the destination UE are associated with a UE group for joint reception and decode the data packet jointly; wherein the method further comprises the step of, when decoding at the relay UE cannot be performed successfully, not forwarding the packet to the destination UE. receiving, at a relay UE, a data packet intended for a destination UE from an access point of the wireless network, the data packet including data encoded with a rateless code transparent to the relay UE at a higher network layer than a media access control MAC sub-layer; decoding the data packet; returning a hybrid automatic repeat request HARQ acknowledgment ACK message at the MAC sub-layer to the access point; and sending the decoded data packet to the destination UE; wherein the relay UE and the destination UE are associated with a UE group for joint reception and decode the data packet jointly; wherein the method further comprises the step of, when decoding at the relay UE cannot be performed successfully, not forwarding the packet to the destination UE.
Individually adjustable activation device for triggering an outflow of a gas from a storage container into a rescue means fillable with the gas, wherein the activation device has a detection element for determining the instant of triggering and a trigger element for immediately opening the storage container, wherein the detection element is under microprocessor control and comprises at least one sensor, namely a pressure sensor, wherein one of the following sensors is optionally provided in addition thereto, namely temperature sensor, movement sensor, humidity sensor, which are installed in the detection element, wherein the sensors have adjustable threshold parameters, the values of which are stored in the detection element, and the detection element is a closed system which is arranged in a housing, wherein the region in which the sensors are arranged is slit-like and embodied in such a way that it is floodable with water, wherein the detection element immediately adjoins the trigger element, wherein the activation device provides an adapter element for adaptive attachment to rescue means, characterized in that the threshold parameters are defined depending on the type of sport or case of application carried out with the activation device, with this definition in turn being adjustable by the user, wherein the threshold parameters of the sensors are adjusted by way of a smartphone or tablet PC, with electronic aids for transferring the data from the smartphone or tablet PC to the detection element being provided, wherein a light sensor is provided as electronic aid in such a way that the detection element comprises a light sensor which records the encoded light pulses transferred to the light sensor, with the detection element decoding these light pulses which serve to configure the threshold parameters of the sensors. the detection element immediately adjoins the trigger element, wherein the activation device provides an adapter element for adaptive attachment to rescue means, characterized in that the threshold parameters are defined depending on the type of sport or case of application carried out with the activation device, with this definition in turn being adjustable by the user, wherein the threshold parameters of the sensors are adjusted by way of a smartphone or tablet PC, with electronic aids for transferring the data from the smartphone or tablet PC to the detection element being provided, wherein a light sensor is provided as electronic aid in such a way that the detection element comprises a light sensor which records the encoded light pulses transferred to the light sensor, with the detection element decoding these light pulses which serve to configure the threshold parameters of the sensors.
A method for selecting a digital image representation comprising: forming a group of digital image representations, displaying a first digital image representation from the group of digital image representations on a touch sensitive display, generating a position signal in response to a detection of a touch at the touch sensitive display, identifying a selected position within the displayed first digital image representation based on the position signal, and generating a shift signal, in response to a detection of a motion of a pointing device at the touch sensitive display, for shifting a first portion of the displayed first digital image representation but not a second portion of the displayed first digital image representation, said first portion based on the selected position, to form a displayed composite digital image representation by displaying a third portion extracted from another digital image representation (52, 56) from the group of digital image representations, the another digital image representation being selected according to the detected motion, and the second portion of the displayed first digital image representation. forming a group of digital image representations, displaying a first digital image representation from the group of digital image representations on a touch sensitive display, generating a position signal in response to a detection of a touch at the touch sensitive display, identifying a selected position within the displayed first digital image representation based on the position signal, and generating a shift signal, in response to a detection of a motion of a pointing device at the touch sensitive display, for shifting a first portion of the displayed first digital image representation but not a second portion of the displayed first digital image representation, said first portion based on the selected position, to form a displayed composite digital image representation by displaying a third portion extracted from another digital image representation (52, 56) from the group of digital image representations, the another digital image representation being selected according to the detected motion, and the second portion of the displayed first digital image representation.
A method for controlling or regulating a brake system, in particular a brake system of a rail vehicle, the brake system having at least a pneumatic brake actuator and an electropneumatic brake device for generating a brake pressure, characterised in that in case of rapid braking a pneumatic brake device provides a basic brake pressure and the electropneumatic brake device changes the brake pressure dependent on a load and/or a speed (v) from the basic brake pressure provided.
A method for device-to-device (D2D) offloading in long term evolution networks; said method comprising processor implemented steps of: a. selecting an offloader (104 D) by a eNodeB (eNB) for a user device (104 C) out of a plurality of user devices (104 A, 104 B, 104 C and 104 D) based on location of the user device (104 C) and other closed proximity user devices (104 A, 104 B, and 104 D) out of the plurality of user devices (104 A, 104 B, 104 C and 104 D), corresponding load and channel conditions upon receiving the offloading request from the user device (104 C); b. exchanging a control messages between the user device (104 C) and the eNB; and between the eNB and the offloader (104 D); and c. scheduling of resource blocks (RBs) by the eNB for the user device (104 C) and the offloader (104 D) in D2D offloading, wherein scheduling of the resource blocks (RBs) include the eNB assigning a fixed modulation scheme to uplink communication between the plurality of user devices (104 A, 104 B, 104 C and 104 D) and the eNB. a. selecting an offloader (104 D) by a eNodeB (eNB) for a user device (104 C) out of a plurality of user devices (104 A, 104 B, 104 C and 104 D) based on location of the user device (104 C) and other closed proximity user devices (104 A, 104 B, and 104 D) out of the plurality of user devices (104 A, 104 B, 104 C and 104 D), corresponding load and channel conditions upon receiving the offloading request from the user device (104 C); b. exchanging a control messages between the user device (104 C) and the eNB; and between the eNB and the offloader (104 D); and c. scheduling of resource blocks (RBs) by the eNB for the user device (104 C) and the offloader (104 D) in D2D offloading, wherein scheduling of the resource blocks (RBs) include the eNB assigning a fixed modulation scheme to uplink communication between the plurality of user devices (104 A, 104 B, 104 C and 104 D) and the eNB.