mhurhangee/ep-ind-claims huggingface dataset:
A cartridge receptacle having a diluent, in particular water, inflow, a mixing chamber in which the diluent and a beverage substrate and/or foodstuff substrate are mixed, and an outflow, wherein, with regard to the direction of flow of the diluent, the flow cross section is first expanded and then reduced again, characterized in that the cartridge receptacle has a piercing means for perforating a membrane of the cartridge, wherein the piercing means is provided in a manner aligned with the diluent inflow and the outflow.
A blood control valve for use in a ported catheter adapter, the valve comprising a flexible tube having a proximal opening, a distal membrane, and an inner cavity extending therebetween, the valve comprising an outer surface having a diameter that is approximately equal to an inner diameter of a ported catheter adapter, whereby the valve is configured to be retained within the catheter adapter via a friction fit, the outer surface further having a length sufficient to form a seal between a lumen of the catheter adapter and a pathway of a side port of the ported catheter adapter, whereby the outer surface prevents fluid communication between the side port and the lumen, characterized in that the outer surface comprises a vent forming a recessed channel or groove in the outer surface to provide a passageway for air to bypass the valve, wherein the vent is located at a position that does not overlap with the pathway of the side port and wherein the distal membrane divides the lumen of the ported catheter adapter into a proximal chamber and distal chamber when interference fit into the lumen.
A turbomachine turbine nozzle extending around a central axis, comprising at least one radially outer shroud, at least one radially inner shroud, and at least one blade made of ceramic matrix composite material, distinct from the radially inner shroud and from the radially outer shroud, and extending radially between said radially inner shroud and said radially outer shroud, the blade being hollow and comprising a cavity opening at a radially inner end and at a radially outer end of the blade, the nozzle comprising at least one tubular mast arranged in the cavity of the blade and allowing routing the ventilation air passing through said cavity of the blade, the mast comprising a radially outer end attached to the radially outer shroud, and characterized in that the mast further comprises a radially inner end cooperating with a radial flange for positioning the radially inner shroud, the radially inner end of the mast comprising an engagement portion which cooperates by interlocking with a notch of said radial positioning flange so as to limit relative movement of the mast with respect to the radial positioning flange.
A device for avalanche blasting, comprising a drone, an explosive charge which is attached to the drone so as to hang freely by means of a cord, and a firing mechanism for firing the explosive charge, the firing mechanism being designed to be triggered remotely or automatically, characterized in that the firing mechanism is arranged on the cord at a distance from the drone and at a distance from the explosive charge such that the firing mechanism cannot be misfired by electrical elements of the drone, on the one hand, and is not damaged when the explosive charge is detonated, on the other hand. a drone, an explosive charge which is attached to the drone so as to hang freely by means of a cord, and a firing mechanism for firing the explosive charge, the firing mechanism being designed to be triggered remotely or automatically, characterized in that the firing mechanism is arranged on the cord at a distance from the drone and at a distance from the explosive charge such that the firing mechanism cannot be misfired by electrical elements of the drone, on the one hand, and is not damaged when the explosive charge is detonated, on the other hand.
Data receiver comprising: means for receiving data packets, the data packets each having a code rate smaller than one and being transmitted via a communication channel with a time lag, so that there are non-transmission periods in between the data packets during which no transmission is performed, the means for receiving data packets being configured to determine the data packets within a receive data stream; the means for receiving data packets being configured to measure a receive power of the receive data stream during reception of the respective data packets and during the non-transmission periods prior to reception of the respective data packets and/or following reception of the respective data packets, so as to determine a change in the receive power of the receive data stream; the means for receiving data packets being configured to weight, for further processing, each of the data packets on the basis of the determined change in the receive power so as to obtain received data packets; means for further processing the received data packets, configured to perform channel decoding of the received data packets which is dependent on the weighting of the received data packets, so as to obtain useful data contained within the data packets. means for receiving data packets, the data packets each having a code rate smaller than one and being transmitted via a communication channel with a time lag, so that there are non-transmission periods in between the data packets during which no transmission is performed, the means for receiving data packets being configured to determine the data packets within a receive data stream; the means for receiving data packets being configured to measure a receive power of the receive data stream during reception of the respective data packets and during the non-transmission periods prior to reception of the respective data packets and/or following reception of the respective data packets, so as to determine a change in the receive power of the receive data stream; the means for receiving data packets being configured to weight, for further processing, each of the data packets on the basis of the determined change in the receive power so as to obtain received data packets; means for further processing the received data packets, configured to perform channel decoding of the received data packets which is dependent on the weighting of the received data packets, so as to obtain useful data contained within the data packets.
Lithium battery, containing a negative mass as anode in the form of a transition metal-free, oxygen-containing conversion electrode, a transition metal-containing cathode and an aprotic lithium electrolyte, wherein the transition metal-free, oxygen-containing conversion electrode in the fully discharged state consists of lithium hydroxide, and optionally conductivity-enhancing additives. a negative mass as anode in the form of a transition metal-free, oxygen-containing conversion electrode, a transition metal-containing cathode and an aprotic lithium electrolyte, wherein the transition metal-free, oxygen-containing conversion electrode in the fully discharged state consists of lithium hydroxide, and optionally conductivity-enhancing additives.
A distribution device for ejecting granulate, in particular fertiliser granulate, comprising an acceleration device for accelerating the granulate, wherein the acceleration device comprises an ejection wheel provided with a groove and a belt, wherein the acceleration device is designed in such a manner that the ejection wheel for accelerating the granulate is designed rotatably, wherein the granulate for acceleration can be received in an intermediate space formed by the groove and the belt, wherein the acceleration device (3, 6) is designed in such a manner that the granulate is conveyed by the ejection wheel seen in vertical direction from the bottom up, characterized in that the angle at which the belt leaves the ejection wheel can be adjusted.
A method for assessing the hippocampal atrophy level in a test subject with Alzheimer's disease, comprising: (i) providing a protein-containing sample that has been obtained from the test subject; (ii) determining the concentration, amount or degree of expression of at least one clusterin glycoform, wherein tetra-antennary glycoforms of the at least one clusterin glycoform as a proportion of the total of all glycoforms of the same glycoprotein fragment are quantified; (iii) comparing said concentration, amount or degree determined in (ii) with a reference from a control subject that does have AD with a low level of hippocampal atrophy; (iv) based on the level of the at least one clusterin glycoform in the test subject relative to the reference, making an assessment of the hippocampal atrophy level in the test subject, wherein a lower relative level of tetra-antennary glycoforms in the sample from the test subject compared with the relative level of tetra-antennary glycoforms in the reference from the control subject indicates that the test subject is predicted to have a relatively higher level of hippocampal atrophy, wherein said at least one clusterin glycoform comprises a glycosylated fragment of human clusterin consisting of HN*STGCLR (SEQ ID NO: 2), wherein "N*" indicates the glycan attachment residue, and wherein the protein-containing sample is selected from the group consisting of: blood plasma, blood cells or serum. (i) providing a protein-containing sample that has been obtained from the test subject; (ii) determining the concentration, amount or degree of expression of at least one clusterin glycoform, wherein tetra-antennary glycoforms of the at least one clusterin glycoform as a proportion of the total of all glycoforms of the same glycoprotein fragment are quantified; (iii) comparing said concentration, amount or degree determined in (ii) with a reference from a control subject that does have AD with a low level of hippocampal atrophy; (iv) based on the level of the at least one clusterin glycoform in the test subject relative to the reference, making an assessment of the hippocampal atrophy level in the test subject,
An electrostatic transducer comprising an electrically conductive first layer, a flexible insulating second layer disposed over the first layer, and a flexible electrically conductive third layer disposed over the second layer, wherein the first layer is provided with an array of through apertures each having an inlet facing the second layer and an outlet; and in response to signals applied to the first and third layers, the second and third layers have portions which are displaced towards the outlets of the apertures by electrostatic forces; and wherein the second and third layers are separate layers which are bonded together along a series of lines spaced apart across the layers or which are separated by spacers between the second and third layers.
A shell chocking device arranged horizontally for a shell intended to be positioned in a propulsion-charge rack, characterised in that the device includes a trough intended to be placed in the rack, the trough including support surfaces intended to support the shell and bearing surfaces including uprights intended to be in contact with lateral walls of the rack so as to prohibit any transverse movement of the device with respect to the rack, the support surfaces also being arranged in the rack so as to position the longitudinal axis of the shell at a distance R from an upper part of the rack substantially equal to the radius R of the shell so as to prevent any upward transverse movements of the shell, the device including a blocking means, for blocking the shell longitudinally, the blocking means being able to pivot between a blocking position, where it bears on the ogive of the shell, and an open position, where it is at a distance away from the shell, the trough including a stop means intended to cooperate with a stop interface secured to the rack.
An aluminum alloy for making an extruded and brazed aluminum product, the aluminum alloy comprising, in weight percent: up to 0.15 of Si; between 0.15 to 0.30 of Fe; between 0.9 to 1.2 Mn; between 0.03 and 0.10 Mg; between 0.10 and 0.20 Zn; up to 0.03 Cu; up to 0.04 Ti; and the balance being aluminum and unavoidable impurities; wherein (Mg + Mn) is equal to or higher than 0.99. up to 0.15 of Si; between 0.15 to 0.30 of Fe; between 0.9 to 1.2 Mn; between 0.03 and 0.10 Mg; between 0.10 and 0.20 Zn; up to 0.03 Cu; up to 0.04 Ti; and the balance being aluminum and unavoidable impurities; wherein (Mg + Mn) is equal to or higher than 0.99.
Method for operating a vehicle on a road network when transferring computing power from the vehicle to at least one edge cloud computer in order to prevent sudden crashes of executable applications when connection to the at least one edge cloud computer is interrupted, comprising the following steps: 1) detecting at least one foreign vehicle on the road network, 2) emitting a request to the at least one foreign vehicle as to whether the foreign vehicle can provide computing power that can be used as external computing power for at least one application of the vehicle, characterized in that has at least one further step. 3) assigning the at least one application of the vehicle to the external computing power on the basis of a response from the foreign vehicle to the request, in that the at least one application of the vehicle comprises a plurality of applications, and in that the plurality of applications each receive a prioritization and are executed in the order of their prioritization with the aid of internal computing power of the vehicle and/or the external computing power of the at least one foreign vehicle. 1) detecting at least one foreign vehicle on the road network, 2) emitting a request to the at least one foreign vehicle as to whether the foreign vehicle can provide computing power that can be used as external computing power for at least one application of the vehicle, characterized in that has at least one further step. 3) assigning the at least one application of the vehicle to the external computing power on the basis of a response from the foreign vehicle to the request, in that the at least one application of the vehicle comprises a plurality of applications, and in that the plurality of applications each receive a prioritization and are executed in the order of their prioritization with the aid of internal computing power of the vehicle and/or the external computing power of the at least one foreign vehicle. in that the at least one application of the vehicle comprises a plurality of applications, and in that the plurality of applications each receive a prioritization and are executed in the order of their prioritization with the aid of internal computing power of the vehicle and/or the external computing power of the at least one foreign vehicle.
An agricultural machine comprising: - a frame which is configured to be attached to a vehicle in order to move the agricultural machine in a normal direction of travel, - a bearing arm construction (6, 7, 8) having at least one bearing arm, which bearing arm construction is pivotably connected to the frame so as to be pivotable about one or more pivot axes, and - a plurality of processing members with processing elements for working the land or processing a crop, wherein the processing members are at least displaceable between an operating position and a transport position by pivoting of the least one bearing arm construction about the one or more pivot axes, wherein the agricultural machine comprises a movable shielding construction to at least partially shield the processing members in the transport position, wherein the movable shielding construction comprises two shielding beams located at opposite sides of the agricultural machine, wherein the shielding beams are movable between a shielding position for shielding at least partially the processing members, and a lower position in which movement of the processing members between the operating position and the transport position is possible, and wherein the movable shielding construction is configured to move the shielding beams upwards and backwards with respect to the normal direction of travel when the shielding beams are moved from the lower position to the shielding position, characterized in that the movable shielding construction is configured to move the shielding beams in a slanted plane between the lower position and the shielding position. - a frame which is configured to be attached to a vehicle in order to move the agricultural machine in a normal direction of travel, - a bearing arm construction (6, 7, 8) having at least one bearing arm, which bearing arm construction is pivotably connected to the frame so as to be pivotable about one or more pivot axes, and - a plurality of processing members with processing elements for working the land or processing a crop, wherein the processing members are at least displaceable between an operating position and a transport position by pivoting of the least one bearing arm construction about the one or more pivot axes,
Roof module for a vehicle roof of a passenger vehicle, comprising at least one cover element movable and guided along lateral guide elements spaced in the transverse direction of the vehicle between a closed position covering a roof opening and an open position uncovering the roof opening at least in a sub-region, wherein at least one of the guide elements is, at least in an absorbing region, designed as an energy absorption element, which is deformable at an at least indirect impact of the head of a vehicle occupant on the energy absorption element while consuming energy, characterised in that the absorbing region is adjoined in the transverse direction of the vehicle towards the outside by a guide region for guiding the cover element, the at least one guide element having an open hollow cross-section in the absorbing region.
A polyalphaolefin, which is a hydrogenated polyalphaolefin composition comprising at least one hydrogenated alphaolefin oligomer, the polyalphaolefin having a weight average molecular weight (Mw) of 15,000 or less and a molecular weight distribution (Mw/Mn) of 2.0 or less, a kinematic viscosity at 100°C of 10-150 cSt measured in accordance with ASTM D 445, a viscosity index of 220 or less measured in accordance with ASTM D 2270 and satisfying Expression below: 1.3 ≤ End carbon / α carbon ≤ 2.7 wherein an end carbon/α carbon ratio represents a relative ratio of integrals at 14 to 16 ppm and 40 to 42 ppm in a 13 C NMR spectrum, and wherein the 13 C NMR spectrum is measured in chloroform, using a relaxation delay time of 10 sec, a free induction decay acquisition time of 0.8 sec, and a signal to noise value of 1,000 or more.
A method for measuring mass changes of a heat exchanger bank (1,2,3) or the heat exchangers thereof of a steam boiler, which heat exchanger is supported by hanger rods to support beams (5,8) above the steam boiler, characterized in that to at least one hanger rod of at least one heat exchanger is connected a lower measuring element and an upper measuring element, and the changes of measuring length between the measuring elements (9, 10) is measured by a measuring instrument connected between the measuring elements (9, 10) for measuring the mass changes of the heat exchanger.
A dentifrice composition, comprising the following components,, and: 10 to 65 mass% of erythritol; 0.05 to 0.55 mass% of an N-acyl acidic amino acid or a salt thereof; and 10 to 25 mass% of water, wherein a mass ratio (A/B) of the component to the component is 20 to 400, the content of sodium chloride in the dentrifice composition is 0.1 mass% or less, and an acyl group constituting the N-acyl acidic amino acid as the component has 8 to 16 carbon atoms. 10 to 65 mass% of erythritol; 0.05 to 0.55 mass% of an N-acyl acidic amino acid or a salt thereof; and 10 to 25 mass% of water,
An electronic device comprising: a front plate; a back plate configured to face away from the front plate; a side member including a frame structure configured to surround an inner space between the front plate and the back plate and a plate structure extending from the frame structure toward the inner space; a display disposed between the plate structure and the front plate; a first speaker unit disposed in the inner space, at least part of the first speaker unit being supported by the plate structure; a first metal plate disposed between the plate structure and the display; characterised by: a sealing member disposed between the first metal plate and the display, the sealing member having a first opening portion formed on a side thereof, wherein a first chamber is formed between the first speaker unit and the first metal plate wherein a second chamber surrounded by the sealing member is formed between the first metal plate and the display, and wherein the second chamber and the first chamber are fluidly connected with each other by the first opening portion such that a first resonator structure corresponding to the first speaker unit is formed between the display and the plate structure. a front plate; a back plate configured to face away from the front plate; a side member including a frame structure configured to surround an inner space between the front plate and the back plate and a plate structure extending from the frame structure toward the inner space; a display disposed between the plate structure and the front plate; a first speaker unit disposed in the inner space, at least part of the first speaker unit being supported by the plate structure; a first metal plate disposed between the plate structure and the display; characterised by: a sealing member disposed between the first metal plate and the display, the sealing member having a first opening portion formed on a side thereof, wherein a first chamber is formed between the first speaker unit and the first metal plate wherein a second chamber surrounded by the sealing member is formed between the first metal plate and the display, and wherein the second chamber and the first chamber are fluidly connected with each other by the first opening portion such that a first resonator structure corresponding to the first speaker unit is formed between the display and the plate structure.
Assembly comprising a composite part and window frame parts of a vehicle door window, on which the composite part can be mounted in its entirety, forming a seal, the composite part comprising a strut extending from an upper to a lower window frame part (2, 4) and to be arranged between panes (10, 32) of the window, both the composite part and the upper window frame part having devices for producing a connection between the composite part and the upper window frame part at the upper end of the strut by means of a connecting element, and the connecting element projecting from the composite part into an opening in the upper frame part and, when the vehicle door is closed, having no contact with the outer surroundings of the vehicle, characterized in that the opening is formed as an elongated hole and the composite part has an undercut guide at the upper end of the strut, into which guide a top part of the connecting element can be pushed.