mhurhangee/ep-ind-claims huggingface dataset:
Chock movable in a translational movement along a longitudinal bearing profile of a bearing structure of a road, rail or maritime transportation unit, for at least one road vehicle, the which chock is composed of a pivoting arm that can be folded back against this bearing longitudinal profile, and able to enter, by pivoting and then locking, a chocking position that is essentially perpendicular to the longitudinal profile, characterized in that the pivoting arm bears a chocking receiving piece mounted such as to be movable along the aforesaid arm and mounted able to rock about it, through a means that provides a supplementary torque for the immobilization of the pivoting arm along the bearing longitudinal profile bar, in that the chocking receiving piece is a mechanical block mounted such as to be movable by sliding along the pivoting arm with elastic stress of immobilization in a chocking position, and in that the mechanical block comprises a means of applying an additional torque for the immobilization of the pivoting arm.
An accumulator-free hydraulic drive arrangement for and with a large consumer, i.e. a hydraulic press, with two counteracting pressure chambers (K, R), one of which can be supplied with the a pressure medium via a first pressure line and a pump arrangement and the other via a second pressure line and the pump arrangement, characterised in that the pump arrangement comprises a variable-speed driven main operating pump for working strokes and a variable-speed driven auxiliary pump for return strokes, wherein the main operating pump and/or the auxiliary pump is constituted as an axial piston pump or as a vane pump, that the delivery direction of the auxiliary pump is reversible and the auxiliary pump is or can be hydraulically connected, by way of a directional valve, optionally to the first and/or to the second pressure chamber of the consumer, and that, apart from the main operating pump, a high-speed pump with a high-speed piston inserted into the piston of a piston-cylinder unit is provided, wherein a third pressure line is provided, which can be connected by means of an open/close valve in a bypass line to the first pressure line, wherein, as a result of the closing of the open/close valve, the pump flow of the main operating pump is not conveyed to the main piston of the main operating pump, but rather to the high-speed piston smaller in diameter, as a result of which the piston rod can be extended more quickly, and wherein the main piston surface can be connected by means of the open/close valve after an adjustable pressure is reached.
A communication device within a communication network including a plurality of communication nodes, comprising: a reception unit configured to receive a data packet transmitted from a terminal device or transmitted to the terminal device; a communication control unit configured to select a forwarding destination node of the data packet from a plurality of forwarding destination node candidates when the terminal device is a machine-type communication, MTC, terminal; a transmission unit configured to transmit the data packet to the forwarding destination node selected by the communication control unit and wherein the communication control unit is configured to select the forwarding destination node of the data packet based on control information within the data packet; and the communication control unit is configured to classify each data packet according to the control information, and to select a forwarding destination node of each data packet, the forwarding destinations of data packets belonging to the same classification are distributed to a plurality of forwarding destination nodes. a reception unit configured to receive a data packet transmitted from a terminal device or transmitted to the terminal device; a communication control unit configured to select a forwarding destination node of the data packet from a plurality of forwarding destination node candidates when the terminal device is a machine-type communication, MTC, terminal; a transmission unit configured to transmit the data packet to the forwarding destination node selected by the communication control unit and wherein the communication control unit is configured to select the forwarding destination node of the data packet based on control information within the data packet; and the communication control unit is configured to classify each data packet according to the control information, and to select a forwarding destination node of each data packet, the forwarding destinations of data packets belonging to the same classification are distributed to a plurality of forwarding destination nodes.
A heating device, comprising: a cylindrical body extending in an axial direction and having a hollow interior region; a heater inside the hollow interior region of the cylindrical body, the heater having a longitudinal direction parallel to the axial direction of the cylindrical body, a first surface of the heater facing an inner surface of the cylindrical body; a heat transfer member on a second surface of the heater, the second surface opposite the first surface; a grease; a support member including a first portion that is fixed to the second surface of the heater and a second portion contacting a surface of the heat transfer member, the heat transfer member being between the second portion and the heater, the support member including a third portion between the first and second portions along the longitudinal direction, the third portion not contacting the second surface of the heater between the first portion and the second portion; characterized in that the grease is between the heater and the heat transfer member; and the third portion provides a space for grease from between the heater and the heat transfer member to accumulate, characterised in that the second portion of the support member includes a recess in which the heat transfer member is accommodated, and the third portion includes a chamfered portion positioned at an edge of the recess. a cylindrical body extending in an axial direction and having a hollow interior region; a heater inside the hollow interior region of the cylindrical body, the heater having a longitudinal direction parallel to the axial direction of the cylindrical body, a first surface of the heater facing an inner surface of the cylindrical body; a heat transfer member on a second surface of the heater, the second surface opposite the first surface; a grease; a support member including a first portion that is fixed to the second surface of the heater and a second portion contacting a surface of the heat transfer member, the heat transfer member being between the second portion and the heater, the support member including a third portion between the first and second portions along the longitudinal direction, the third portion not contacting the second surface of the heater between the first portion and the second portion; characterized in that the grease is between the heater and the heat transfer member; and the third portion provides a space for grease from between the heater and the heat transfer member to accumulate, characterised in that the second portion of the support member includes a recess in which the heat transfer member is accommodated, and the third portion includes a chamfered portion positioned at an edge of the recess.
Building structure portion having a wall, a window frame, and at least one supporting and insulating element, which is arranged laterally from the wall, for supporting and insulating the window frame, wherein the supporting and insulating element comprises: a supporting part having a first leg, which has a first lateral surface, having a second leg, which projects from the first leg on the side opposite the first lateral surface, and having a third leg, which, while being spaced apart from the second leg, projects from the first leg on the side opposite the first lateral surface, wherein the supporting part is formed from a load-bearing material, an insulating part which is arranged at least on the side, which faces away from the first lateral surface, of the first leg of the supporting part and is formed from compacting mineral wool or from a hard foam, wherein the insulating part has two incisions into which the second leg and third leg of the supporting part are inserted, and wherein the insulating part surrounds the second leg and the third leg of the supporting part on three sides in each case, wherein the first leg of the supporting part is screwed to the wall by means of a fastening element, characterized in that the window frame, with interposition of at least one portion of the insulating part, is screwed to the second leg and the third leg of the supporting part of the at least one supporting and insulating element by means of at least one screw element. a supporting part having a first leg, which has a first lateral surface, having a second leg, which projects from the first leg on the side opposite the first lateral surface, and having a third leg, which, while being spaced apart from the second leg, projects from the first leg on the side opposite the first lateral surface, wherein the supporting part is formed from a load-bearing material, an insulating part which is arranged at least on the side, which faces away from the first lateral surface, of the first leg of the supporting part and is formed from compacting mineral wool or from a hard foam, wherein the insulating part has two incisions into which the second leg and third leg of the supporting part are inserted, and wherein the insulating part surrounds the second leg and the third leg of the supporting part on three sides in each case, wherein the first leg of the supporting part is screwed to the wall by means of a fastening element, characterized in that the window frame, with interposition of at least one portion of the insulating part, is screwed to the second leg and the third leg of the supporting part of the at least one supporting and insulating element by means of at least one screw element.
Cosmetic composition comprising at least 20% by weight of water, at least one oil, at least one hydrophilic UV filter and at least one lipophilic UV filter, the composition being biphasic, in the form of two immiscible phases each present in continuous form and free from surfactant.
A compound represented by the following general formula: wherein, in the formula, R 1 represents a cyclic alkyl group, and each of R 2, and R 3 represent a linear or branched alkyl group; n represents 1; R 4 represents an amino group, wherein this amino group may have one or two substituents selected from the group consisting of an alkyl group, an alkenyl group, an alkynyl group, an aryl group, or an acyl group; R 5 represents -(CY 2) p -COOR 6 and p represents an integer of 0 to 3, Y represents hydrogen atom or deuterium atom, and R 6 represents hydrogen atom or an alkyl group, wherein this alkyl group may have one or two or more substituents selected from the group consisting of a halogen atom, hydroxyl group, oxo group, carboxyl group, an alkoxycarbonyl group, an acyl group, amino group, an alkyl group, an alkenyl group, an alkynyl group, an alkoxyl group, an aryl group, or an aralkyl group; or a salt thereof;
An edible composition comprising an aqueous phase, a fat phase and plant sterol particles for use in the prophylactic or curative treatment of elevated blood cholesterol level, wherein said edible composition comprises from 0.1 to 20 wt. % of plant sterol particles whereof at least 60 wt. %, based on the total weight of said plant sterol particles, is comprised by said aqueous phase, and wherein at least 70 vol. % of said plant sterol particles is smaller than 10 micrometer, and wherein said edible composition comprises a water soluble biopolymer based emulsifier with a molecular weight of at least 500, and wherein said edible composition is made in a process using fat powder comprising structuring fat, and wherein said treatment comprises the step of consuming said edible composition in an amount comprising at least 0.3 g of said plant sterols per thereof per day.
A high-performance combustion device, comprising: a vessel with two distinct sections, specifically a lower section and an upper section, wherein the lower section is configured to contain a turbulent fluidized catalyst bed in which oil and coke of spent catalyst are burned, one or more pipe-grid distributors configured to supply therethrough fluidization and burning air to the lower section of the fluidized bed, an inclined tubing or spent-catalyst standpipe configured to feed therethrough the spent catalyst, and a regenerated-catalyst standpipe configured to remove therethrough the heated and regenerated catalyst from the fluidized bed, wherein the regenerated-catalyst standpipe is located in the lower section of the fluidized bed, characterized by: a plurality of high-performance spray nozzles installed at the extremity of lances, the plurality of spray nozzles being configured to supply therethrough heating oil, wherein the lances are located inside the lower section of the fluidized bed and above the pipe-grid distributors, and wherein the lances extend at different lengths from the periphery of the lower section of the vessel in order to facilitate the complete distribution of the heating oil sprayed along the cross section of the combustion device. a vessel with two distinct sections, specifically a lower section and an upper section, wherein the lower section is configured to contain a turbulent fluidized catalyst bed in which oil and coke of spent catalyst are burned, one or more pipe-grid distributors configured to supply therethrough fluidization and burning air to the lower section of the fluidized bed, an inclined tubing or spent-catalyst standpipe configured to feed therethrough the spent catalyst, and a regenerated-catalyst standpipe configured to remove therethrough the heated and regenerated catalyst from the fluidized bed, wherein the regenerated-catalyst standpipe is located in the lower section of the fluidized bed, characterized by: a plurality of high-performance spray nozzles installed at the extremity of lances, the plurality of spray nozzles being configured to supply therethrough heating oil, wherein the lances are located inside the lower section of the fluidized bed and above the pipe-grid distributors, and wherein the lances extend at different lengths from the periphery of the lower section of the vessel in order to facilitate the complete distribution of the heating oil sprayed along the cross section of the combustion device. a plurality of high-performance spray nozzles installed at the extremity of lances, the plurality of spray nozzles being configured to supply therethrough heating oil, wherein the lances are located inside the lower section of the fluidized bed and above the pipe-grid distributors, and wherein the lances extend at different lengths from the periphery of the lower section of the vessel in order to facilitate the complete distribution of the heating oil sprayed along the cross section of the combustion device.
A trainable transceiver for installation in a vehicle and for controlling a remote device, comprising: a transceiver circuit configured based on training information to communicate with the remote device; a communications device configured to communicate with a mobile communications device; and a control circuit coupled to the transceiver circuit, and coupled to the communications device, wherein the control circuit is configured to: transmit diagnostic information related to the trainable transceiver to a mobile communications device via the communications device, characterised in that the control circuit is further configured to: receive a signal generated based on the diagnostic information from the mobile device, and adjust a frequency used by the transceiver circuit to communicate with the remote device based on the received signal. a transceiver circuit configured based on training information to communicate with the remote device; a communications device configured to communicate with a mobile communications device; and a control circuit coupled to the transceiver circuit, and coupled to the communications device, wherein the control circuit is configured to: transmit diagnostic information related to the trainable transceiver to a mobile communications device via the communications device, characterised in that the control circuit is further configured to: receive a signal generated based on the diagnostic information from the mobile device, and adjust a frequency used by the transceiver circuit to communicate with the remote device based on the received signal. transmit diagnostic information related to the trainable transceiver to a mobile communications device via the communications device, characterised in that the control circuit is further configured to: receive a signal generated based on the diagnostic information from the mobile device, and adjust a frequency used by the transceiver circuit to communicate with the remote device based on the received signal.
A building management system for a premises, the system comprising: distributed devices comprising wireless receivers for receiving broadcast identification information from user devices, wherein one or more of the distributed devices are positioned at predetermined rally points of the premises where occupants of the premises are instructed and/or expected to meet during emergency and/or training events; and a control panel for generating location information based on the identification information received by the distributed devices and presenting the location information for first responders on one or more displays, wherein the control panel presents for the first responders rally status information for the emergency and/or training events, the rally status information indicating a number of occupants of the premises who are determined to be located at the rally points and a number of occupants of the premises who are determined to be located within a building of the premises. distributed devices comprising wireless receivers for receiving broadcast identification information from user devices, wherein one or more of the distributed devices are positioned at predetermined rally points of the premises where occupants of the premises are instructed and/or expected to meet during emergency and/or training events; and a control panel for generating location information based on the identification information received by the distributed devices and presenting the location information for first responders on one or more displays, wherein the control panel presents for the first responders rally status information for the emergency and/or training events, the rally status information indicating a number of occupants of the premises who are determined to be located at the rally points and a number of occupants of the premises who are determined to be located within a building of the premises.
A monitoring device for use in lateral flow testing for detecting presence or amount of an analyte in a liquid, the device comprising - a housing, the housing comprising a carrier holder for holding a carrier for transport of the liquid; - at least a first light source which is a resonant-cavity light source having a cavity; - an evaluation unit, operationally connected to at least the first light source for detecting a measurement signal; wherein the first light source is structured and arranged - to illuminate with light a test range in a test area of a carrier held in the carrier holder; and - to couple back into the cavity of the first light source a portion of the light coming back from the test range. - a housing, the housing comprising a carrier holder for holding a carrier for transport of the liquid; - at least a first light source which is a resonant-cavity light source having a cavity; - an evaluation unit, operationally connected to at least the first light source for detecting a measurement signal; - to illuminate with light a test range in a test area of a carrier held in the carrier holder; and - to couple back into the cavity of the first light source a portion of the light coming back from the test range.
A tray package unit outer packaging paper, in particular for packaging tray package units having a first side and a second side, which tray package unit outer packaging paper is made of at least one aqueous suspension comprising a pulp material and additives, characterized in that the pulp material comprises a pulp mixture of long-fibre pulp, in particular long-fibre sulphate pulp having a length-weighted average fibre length according to ISO 16065-2:2014 of 1.5 mm to 3.0 mm or consists of such, that the suspension comprises at least one sizing agent as additive, which sizing agent is added in a quantity of 0.05 wt.% to 2 wt.% relative to 100 wt.% of dry weight mass of the suspension in relation to the active substance of the sizing agent, that the at least one sizing agent is selected from the group of alkenyl succinic acid anhydride, alkyl ketene dimer, resin sizes or natural sizing agents or comprises a mixture of sizing agents selected from this group, that at least the first side is compacted with a linear load of 80 kN/m to 500 kN/m and that the tray package unit outer packaging paper has a wet strength index according to ISO 3781:2011 in the machine direction of at least 10 Nm/g.
A container spout portion included in a container body or in a container preform, and configured to be sealed as a seal portion comes into contact with an inner circumferential face in association of attachment thereto of a cap having the seal portion therein; wherein: the container spout portion includes an outer circumferential face provided with a thread, characterized in that an arcuate portion convex inwards and having a curvature radius equal to or less than 6 mm is formed between a top face and the inner circumferential face of the container spout portion; a tangential line to the arcuate portion starts from either a joining point between the arcuate portion and the top face or from a crossing point between a virtual extension line of the arcuate portion and the top face or a virtual extension line of the top face; and an angle (θ) formed between the top face and the tangential line ranges from 30 to 60 degrees. the container spout portion includes an outer circumferential face provided with a thread, characterized in that an arcuate portion convex inwards and having a curvature radius equal to or less than 6 mm is formed between a top face and the inner circumferential face of the container spout portion; a tangential line to the arcuate portion starts from either a joining point between the arcuate portion and the top face or from a crossing point between a virtual extension line of the arcuate portion and the top face or a virtual extension line of the top face; and an angle (θ) formed between the top face and the tangential line ranges from 30 to 60 degrees.
A welding method for welding a metallic glass and a crystalline metal together by scanning a high-energy beam in a beam irradiation position shifted toward the metallic glass, while butting the metallic glass and the crystalline metal against each other, characterized in that a groove space is formed adjacent to a butt interface therebetween and on the side of the crystalline metal.