mhurhangee/ep-ind-claims huggingface dataset:
A suprastructure support with an attachment element as part of a prosthetic tooth replacement between an implant body and a supraconstruction, with a hollow implant post (23, 150, 160, 170, 180, 190), a hollow implant pin and an implant flange lying therebetween, wherein the cavity zones (67, 62) of the implant post (23, 150, 160, 170, 180, 190) and of the implant pin continue into one another and the centre lines of (69, 63) of which intersect one another and wherein on the implant post (23, 150, 160, 170, 180, 190) the attachment element is able to be arranged in a non-rotatable manner by means of an assembly joint - forming an interface (141, 145) -, - wherein the attachment element is an artificial crown, a composite of an adhesive body and a crown or another cap-type element, - wherein at least regions of the implant flange have a supporting enveloping surface, - wherein the attachment element has an interface geometry which at least in some areas is able to be mounted in a form- and/or force-fitting manner on the interface geometry of the suprastructure support, - wherein the respective interface geometry (142, 146), excluding one or more geometry regions (41, 108, 109, 192, 193) guaranteeing the security against rotation, has an outer (28, 156, 166, 175, 176, 185, 186, 195) or an inner enveloping surface, - wherein the implant post (23, 150, 160, 170, 180, 190) or the attachment element has respectively a base surface (157, 167, 187, 188, 197) which with the enveloping surface (28, 156, 166, 175, 176, 185, 186, 195) of the same component encloses a gap space, the average thickness of which measures more than 0.05 mm and - wherein in the gap space from the respective base surface (157, 167, 187, 188, 197) several elevations in the form of studs, webs, pins, noses or nubs project from the implant post (23, 150, 160, 170, 180, 190) or from the attachment element. - wherein the attachment element is an artificial crown, a composite of an adhesive body and a crown or another cap-type element, - wherein at least regions of the implant flange have a supporting enveloping surface, - wherein the attachment element has an interface geometry which at least in some areas is able to be mounted in a form- and/or force-fitting manner on the interface geometry of the suprastructure support, - wherein the respective interface geometry (142, 146), excluding one or more geometry regions (41, 108, 109, 192, 193) guaranteeing the security against rotation, has an outer (28, 156, 166, 175, 176, 185, 186, 195) or an inner enveloping surface, - wherein the implant post (23, 150, 160, 170, 180, 190) or the attachment element has respectively a base surface (157, 167, 187, 188, 197) which with the enveloping surface (28, 156, 166, 175, 176, 185, 186, 195) of the same component encloses a gap space, the average thickness of which measures more than 0.05 mm and - wherein in the gap space from the respective base surface (157, 167, 187, 188, 197) several elevations in the form of studs, webs, pins, noses or nubs project from the implant post (23, 150, 160, 170, 180, 190) or from the attachment element.
An ostomy accessory (13, 13', 13") for an intestinal stoma of a mammal patient, the accessory comprising: - an insertion portion adapted to be inserted into a natural intestinal stoma of an ostomy, - an evacuation portion (9, 9') adapted to evacuate fecal matter from said insertion portion and from an intestine connected to the intestinal stoma of the patient, the intestine being formed to an ostomy reservoir, wherein the insertion portion being adapted to be inserted into the ostomy reservoir created by the intestine, the insertion portion further being adapted to cause the intestine to open for flow of the fecal matter out of the intestinal stoma when the insertion portion is positioned into the stoma, and - a wireless transmitter adapted to communicate with a wireless receiver, the wireless transmitter adapted to co-operate with and open an artificial closure acting on the outside of the intestine, when the insertion portion is positioned adjacent to or in indirect contact therewith, to allow the fecal matter to be evacuated through the intestine and stoma using the ostomy accessory, upon a wireless signal sent from the wireless transmitter. - an insertion portion adapted to be inserted into a natural intestinal stoma of an ostomy, - an evacuation portion (9, 9') adapted to evacuate fecal matter from said insertion portion and from an intestine connected to the intestinal stoma of the patient, the intestine being formed to an ostomy reservoir, wherein the insertion portion being adapted to be inserted into the ostomy reservoir created by the intestine, the insertion portion further being adapted to cause the intestine to open for flow of the fecal matter out of the intestinal stoma when the insertion portion is positioned into the stoma, and - a wireless transmitter adapted to communicate with a wireless receiver, the wireless transmitter adapted to co-operate with and open an artificial closure acting on the outside of the intestine, when the insertion portion is positioned adjacent to or in indirect contact therewith, to allow the fecal matter to be evacuated through the intestine and stoma using the ostomy accessory, upon a wireless signal sent from the wireless transmitter.
A system on chip, wherein the system on chip is integrated in a first semiconductor chip, and comprises a secure element and at least one central processing unit that is coupled to the secure element; and security isolation exists between the secure element and the at least one central processing unit, wherein the at least one central processing unit is configured to communicate with the secure element; the secure element comprises a secure processor and a first memory that is coupled to the secure processor; the secure processor is configured to run first secure operating system software; the first memory is configured to store first running data of the first secure operating system software when the secure processor runs the first secure operating system software; characterised in that the secure processor is further configured to: when determining that the secure processor needs to switch to second secure operating system software, suspend running of the first secure operating system software, perform at least one of encryption or message authentication code MAC computation on the first running data to obtain first secure data, store the first secure data in a first dedicated area that is in a second memory outside the system on chip and that is corresponding to the first secure operating system software, and further start the second secure operating system software; and the first memory is further configured to store second running data of the second secure operating system software when the secure processor runs the second secure operating system software.
Moulding device for manufacturing structured or semistructured composite components comprising a polymer resin and a fibrous substrate, comprising: - a mould comprising a lower part with a bottom and a lateral wall and an upper part that is able to come into contact with said lower part in order to close the mould, - a movable part that is able to move along the lateral surface of the mould, comprising a compression surface that forms a cavity with the bottom and the lateral surface of said mould, the movable part comprising a vacuum-drawing channel that opens into a chamber consisting of a shrinkage space that is located above the cavity and communicates with said cavity, and a punch that is able to move along the lateral surface of the mould, characterized in that the movable part further comprises an injection head, said injection head being provided with a wall defining an injection column that communicates with the cavity by way of an opening; and in that the movable part further comprises a collar that is able to move along the lateral surface of the punch, between at least one first position, called the open position, in which the lower surface of the collar defines, with the lateral surface of the punch, the shrinkage space that communicates with the cavity by way of an opening, and at least one second position, called the closed position, in which the collar blocks said opening, the shrinkage space comprising a peripheral groove located in the punch; and in that the vacuum-drawing channel consists of a channel that is located in the punch and opens into the chamber consisting of the shrinkage space, or into the peripheral groove of said shrinkage space; and in that the injection head is comprised within the collar. - a mould comprising a lower part with a bottom and a lateral wall and an upper part that is able to come into contact with said lower part in order to close the mould, - a movable part that is able to move along the lateral surface of the mould, comprising a compression surface that forms a cavity with the bottom and the lateral surface of said mould,
A lubricant composition having a good shear stability determined by the loss of kinematic viscosity at 100°C, comprising base oil and a synthetic complex ester, said complex ester having a kinematic viscosity at 40°C of greater than 400 and up to 50 000 mm 2 /s and being obtained by reaction of: a) polyols and monocarboxylic acids and dicarboxylic acids or of b) polyols and monoalcohols and dicarboxylic acids or of c) polyols and monoalcohols and monocarboxylic acids and dicarboxylic acids, characterized in that, as a further component of the lubricant composition, a polar polymer selected from the group formed by alkyl fumarate-alpha-olefin copolymer, alkyl maleate-alpha-olefin copolymer and alkyl methacrylate-alpha-olefin copolymer is present in a concentration of from 0.5 to 30% by weight based on the total amount of the lubricant composition. a) polyols and monocarboxylic acids and dicarboxylic acids or of b) polyols and monoalcohols and dicarboxylic acids or of c) polyols and monoalcohols and monocarboxylic acids and dicarboxylic acids, characterized in that, as a further component of the lubricant composition, a polar polymer selected from the group formed by alkyl fumarate-alpha-olefin copolymer, alkyl maleate-alpha-olefin copolymer and alkyl methacrylate-alpha-olefin copolymer is present in a concentration of from 0.5 to 30% by weight based on the total amount of the lubricant composition.
An exhaust system for a vehicular positive ignition internal combustion engine which system comprising a wall-flow filter for filtering particulate matter from exhaust gas emitted from the engine, which wall-flow filter comprising a ceramic porous filter substrate having a plurality of inlet channels each having inlet surfaces and a plurality of outlet channels each having outlet surfaces, wherein each inlet channel and each outlet channel is defined in part by a ceramic wall of porous structure wherein the inlet surfaces of each inlet channel are separated from the outlet surfaces of an outlet channel by the porous structure, which contains pores of a first mean pore size, wherein the porous substrate is coated with a three-way catalyst washcoat comprising a plurality of solid particles wherein the porous structure of the washcoated porous substrate contains pores of a second mean pore size, and wherein the second mean pore size is less than the first mean pore size and a three-way catalyst washcoat disposed on a separate substrate monolith located upstream of the filter, wherein a mass of three-way catalyst washcoat on the upstream substrate monolith is ≤60% of the total mass of three-way catalyst washcoat in the exhaust system.
A tracked chassis for a work machine having a track which comprises at least one roller path, in particular two roller paths extending in parallel, on the running surface (21, 22) of which at least one roller of the tracked chassis is movable during crawler operation, characterized in that the running surfaces (21, 22) of at least one roller path of the track have a transverse section with a convex contour at the inner marginal region and with a linear contour at the outwardly disposed marginal region adjoining it, and the running surface (31, 32) of at least one roller running off thereon has a transverse section with a convex contour at the outwardly disposed marginal region und with a linear contour at the inner marginal region adjoining it, wherein the convex contour region of the running surface of the roller track is located opposite the linear contour region of the running surface of the roller, and the convex contour region of the running surfaces of the roller is located opposite the linear contour region of the running surfaces, and wherein the main contact surface between the running surface (31, 32) of the roller and the running surface (21, 22) of the roller track is achieved by the contacting of the linear contour regions.
System for detecting a malfunction of a dispenser of consumable for railway rolling stock, which dispenser comprises at least one tank and at least one dispensing device provided to dispense said consumable at at least one wheel of said rolling stock according to at least one determined dispensing setpoint, the dispenser being in an operational state when at least the level of consumable in its tank is greater than a determined limit level, wherein the system comprises at least one sensor of the level of the consumable in the tank of the dispenser, and processing and control means which are linked to the level sensor and to the dispensing device, and which are configured to: • Determine a theoretical quantity of consumable dispensed at a given instant from the consumable dispensing setpoint; • Determine a theoretical level of consumable in the tank of the dispenser from the theoretical quantity dispensed; • Determine a real level of consumable in the tank; • Determine a difference between the real level and the theoretical level of the tank, and • If the absolute value of this difference is greater than a determined threshold, generate a dispenser malfunction datum. • Determine a theoretical quantity of consumable dispensed at a given instant from the consumable dispensing setpoint; • Determine a theoretical level of consumable in the tank of the dispenser from the theoretical quantity dispensed; • Determine a real level of consumable in the tank; • Determine a difference between the real level and the theoretical level of the tank, and • If the absolute value of this difference is greater than a determined threshold, generate a dispenser malfunction datum.
An electrical power system, characterized by comprising: a direct current bus comprising a positive rail configured to provide a positive DC voltage, a negative rail configured to provide a negative DC voltage, and a ground rail; a first energy storage module and a second ESM connected to the DC bus, each ESM comprising an energy storage device and each ESM connected to and configured to provide an output voltage to a respective one of the positive and negative rails, a node connecting the first and second ESMs (24A,B) to each other and to the ground rail; and a controller configured to determine values for the output voltages for use during a discharging mode in which the energy storage devices discharge onto the DC bus and a charging mode in which the energy storage devices charge from the DC bus based on a difference between a state of charge value of each of the first and second energy storage devices; and wherein each ESM (24A,B) includes a DC/DC converter that connects its respective energy storage device to the DC bus, and the output voltages are DC/DC converter output voltages. a direct current bus comprising a positive rail configured to provide a positive DC voltage, a negative rail configured to provide a negative DC voltage, and a ground rail; a first energy storage module and a second ESM connected to the DC bus, each ESM comprising an energy storage device and each ESM connected to and configured to provide an output voltage to a respective one of the positive and negative rails, a node connecting the first and second ESMs (24A,B) to each other and to the ground rail; and a controller configured to determine values for the output voltages for use during a discharging mode in which the energy storage devices discharge onto the DC bus and a charging mode in which the energy storage devices charge from the DC bus based on a difference between a state of charge value of each of the first and second energy storage devices; and wherein each ESM (24A,B) includes a DC/DC converter that connects its respective energy storage device to the DC bus, and the output voltages are DC/DC converter output voltages.
Add-on part for a suction unit of a floor cleaning machine, which can be connected to a base of the suction unit, wherein the base has a base plate extending parallel to the surface to be cleaned, said base plate having a suction opening, wherein the add-on part is suction mouth which has a mounting plate with a suction opening, wherein the mounting plate is arranged to be located on the base plate, wherein the suction openings (23, 25) are located one over the other when fitted, wherein a front coupling element of the add-on part is arranged to engage with the base in a front section of the base viewed in the travel direction characterised in that, a locking lever is arranged on the add-on part which can swivel about a pivot axis running perpendicular to the surface to be cleaned, wherein the locking lever has, on one side of the pivot axis, a hook to engage with a latch element arranged on the base and a handle on the other side of the pivot axis to swivel the locking lever manually.
Rotor for a permanent magnet-excited synchronous machine, comprising a laminated core arranged on a shaft extending in the axial direction, a plurality of poles being arranged around the periphery of the laminated core, wherein at least one magnet is provided per pole, wherein pole gap rods are positioned between the poles such that, when viewed in the peripheral direction, each magnet rests with a first side and an opposing second side on a pole gap rod in each case, characterised in that the pole gap rods have at least two segments, which are offset with respect to one another when viewed in the axial direction so that a staggered arrangement of the magnets is enabled in the axial direction.
A multi-layer conductor device (100, 200) for a more durable radio-frequency identification tag, comprising: a first conductor (102, 202); a second conductor (104, 204); and a dielectric (106, 206) positioned between the first and the second conductors, wherein the first and the second conductors are connected together at their ends (109, 110) to form a diverse current path, wherein the first and the second conductors are connected together at intervals along the first and the second conductors, characterized in that a RFID strap is positioned between the first and second conductors. a first conductor (102, 202); a second conductor (104, 204); and a dielectric (106, 206) positioned between the first and the second conductors, wherein the first and the second conductors are connected together at their ends (109, 110) to form a diverse current path, wherein the first and the second conductors are connected together at intervals along the first and the second conductors, characterized in that a RFID strap is positioned between the first and second conductors.
A channel allocation method in a base station that communicates on at least two channels in a wireless communication system, comprising the steps of: receiving information indicating data rates of available channels from mobile stations within a cell area of a base station; calculating a variance of the data rates for each channel and arranging the channels according to the calculated variances of data rates for each channel; and allocating the channels in a descending order of variances such that a channel having a largest variance is allocated first to an MS having a highest data rate on the channel. receiving information indicating data rates of available channels from mobile stations within a cell area of a base station; calculating a variance of the data rates for each channel and arranging the channels according to the calculated variances of data rates for each channel; and allocating the channels in a descending order of variances such that a channel having a largest variance is allocated first to an MS having a highest data rate on the channel.
A method of wireless communication at a base station, comprising: receiving an indication from a network entity that a UE is in one of a discontinuous reception, DRX, mode or an extended DRX, eDRX, mode; and configuring, by the base station, a wake up signal, WUS, mode for the UE, the WUS mode corresponding to the DRX mode or the eDRX mode for the UE, wherein the WUS mode includes a WUS that corresponds to a different number of paging occasions between the DRX mode and the eDRX mode. receiving an indication from a network entity that a UE is in one of a discontinuous reception, DRX, mode or an extended DRX, eDRX, mode; and configuring, by the base station, a wake up signal, WUS, mode for the UE, the WUS mode corresponding to the DRX mode or the eDRX mode for the UE, wherein the WUS mode includes a WUS that corresponds to a different number of paging occasions between the DRX mode and the eDRX mode.
A donor radio access node (DeNB1) configured to wirelessly connect to, and to proxy operation of, a source relay node, and further configured to forward upstream user traffic towards a serving gateway (S-GW1) during a handover of a particular mobile device from a source cell operated by said source relay node to a target cell (c) operated by a target radio access node, said donor radio access node comprising: - a first forwarder configured to forward a sequence of upstream data packets (P1, P2, P3) from said source relay node to said serving gateway, which sequence of upstream data packets comprising upstream data packets up to a particular packet sequence number (Y-1), - a second forwarder configured to forward a data transfer status message (SN STATUS TRANSFER) for said particular mobile device from said source relay node to said target radio access node, which data transfer status message comprising an information element indicative of said particular packet sequence number, wherein said donor radio access node comprises a forwarding controller (CTRL) coupled to said first and second forwarders, and configured to interdependently control forwarding of said data transfer status message and of any pending upstream data packet (P2, P3) out of said sequence of upstream data packets that has not been yet validly forwarded to said serving gateway upon receipt of said data transfer status message, and wherein said forwarding controller is further configured to delay forwarding of said data transfer status message to said target radio access node till said pending upstream data packet has been validly forwarded to said serving gateway or till a pre-determined period of time has expired. - a first forwarder configured to forward a sequence of upstream data packets (P1, P2, P3) from said source relay node to said serving gateway, which sequence of upstream data packets comprising upstream data packets up to a particular packet sequence number (Y-1), - a second forwarder configured to forward a data transfer status message (SN STATUS TRANSFER) for said particular mobile device from said source relay node to said target radio access node, which data transfer status message comprising an information element indicative of said particular packet sequence number,