mhurhangee/ep-ind-claims huggingface dataset:
A communication method, wherein the method comprises: receiving, by a centralized unit, a data packet sent in a multicast manner; generating, by the centralized unit, a packet data convergence protocol, PDCP, data unit based on the data packet, wherein the PDCP data unit comprises the data packet and a PDCP header; and sending, by the centralized unit, the PDCP data unit to a distributed unit; wherein the data packet comprises a synchronization protocol header and a payload, and in the data packet, the payload is located after the synchronization protocol header, and in the PDCP data unit, the payload is located after the PDCP header, and the synchronization protocol header is located after the payload, or in the PDCP data unit, the PDCP header is located after the synchronization protocol header, and the payload is located after the PDCP header; or the data packet comprises a first synchronization packet data unit, the first synchronization packet data unit comprises a synchronization protocol header and a payload, and in the first synchronization packet data unit, the payload is located after the synchronization protocol header; in the PDCP data unit, the PDCP header is located before a second synchronization packet data unit; and the second synchronization packet data unit is obtained by reversing a bit stream of the first synchronization packet data unit; or in the data packet, the synchronization protocol header is located after the payload; and in the PDCP data unit, the PDCP header is located before the payload. receiving, by a centralized unit, a data packet sent in a multicast manner; generating, by the centralized unit, a packet data convergence protocol, PDCP, data unit based on the data packet, wherein the PDCP data unit comprises the data packet and a PDCP header; and sending, by the centralized unit, the PDCP data unit to a distributed unit; wherein the data packet comprises a synchronization protocol header and a payload, and in the data packet, the payload is located after the synchronization protocol header, and in the PDCP data unit, the payload is located after the PDCP header, and the synchronization protocol header is located after the payload, or in the PDCP data unit, the PDCP header is located after the synchronization protocol header, and the payload is located after the PDCP header; or the data packet comprises a first synchronization packet data unit, the first synchronization packet data unit comprises a synchronization protocol header and a payload, and in the first synchronization packet data unit, the payload is located after the synchronization protocol header; in the PDCP data unit, the PDCP header is located before a second synchronization packet data unit; and the second synchronization packet data unit is obtained by reversing a bit stream of the first synchronization packet data unit; or in the data packet, the synchronization protocol header is located after the payload; and in the PDCP data unit, the PDCP header is located before the payload.
A composition comprising a liposome in a medium, wherein the liposome comprises 1,2-distearoyl-SN-phosphatidylcholine, cholesterol and N-(omega-methoxy-poly(ethylene glycol)oxycarbonyl)-1,2-distearoylphosphatidyl ethanolamine in the molar ratio 3:2:0.015, and entrapped inside the liposome are irinotecan and sucrose octasulfate.
An electrical installation apparatus for concrete construction for installing at least one electrotechniical device in a concrete component, comprising an installation body and at least one fastening device, the installation body providing an installation space for installation of the electrical device and the fastening device being designed in such a way that it is fastenable to a reinforcement of the concrete component by virtue of the fact that the fastening device has at least two clamping limbs (14, 15), which protrude from the installation body in such a way, and in so doing run in two different planes, that they form, between them, a clamping space which is open for sliding onto part of the reinforcement or which opens automatically when slid onto the reinforcement, characterised in that only one of the two clamping limbs (14, 15) is directly fastened to the installation body and the two clamping limbs (14, 15) are formed in that the fastening device is S-shaped by virtue of the fact that the fastening device, in a first region, protrudes from the location of its fastening to the installation body away from the latter, then is turned through 180° so as to run back, in a second region, in the direction towards the installation body, a further turn through 180° being provided at a distance from the installation body so that the fastening device, in a third region, runs away again from the installation body, so that the second region and the third region of the fastening device form the two clamping limbs (14, 15), between which the outwardly open clamping space is formed.
A coil spring device (1, 2, 3, 4) comprising: a main body spring in which a wire rod extends vertically in a spiral shape around a coil axis; and an insulator which supports a lower end portion of the main body spring from below the main body spring, wherein the insulator is provided with a support groove which extends around the coil axis and into which the lower end portion of the main body spring is fitted, wherein an adhesive layer is provided between an inner surface of the support groove and the lower end portion of the main body spring, wherein the lower end portion of the main body spring adheres to the inner surface of the support groove, wherein the inner surface of the support groove is provided with a plurality of spacer protrusions which support an outer peripheral surface of the wire rod, characterized in that a plurality of adjacent spacer protrusions adjacent to an open end edge of the support groove of the plurality of spacer protrusions each includes a pair of side wall surfaces (14a, 14b) extending toward the open end edge and are provided at intervals therebetween in an extension direction of the open end edge in a plan view of a part including the open end edge in the inner surface of the support groove, and wherein inclination angles (θ1, θ2) of the side wall surfaces (14a, 14b) adjacent to each other in the extension direction with the interval therebetween with respect to an orthogonal direction orthogonal to the open end edge are different from each other in the plan view. a main body spring in which a wire rod extends vertically in a spiral shape around a coil axis; and an insulator which supports a lower end portion of the main body spring from below the main body spring, wherein the insulator is provided with a support groove which extends around the coil axis and into which the lower end portion of the main body spring is fitted, wherein an adhesive layer is provided between an inner surface of the support groove and the lower end portion of the main body spring, wherein the lower end portion of the main body spring adheres to the inner surface of the support groove, wherein the inner surface of the support groove is provided with a plurality of spacer protrusions which support an outer peripheral surface of the wire rod, characterized in that a plurality of adjacent spacer protrusions adjacent to an open end edge of the support groove of the plurality of spacer protrusions each includes a pair of side wall surfaces (14a, 14b) extending toward the open end edge and are provided at intervals therebetween in an extension direction of the open end edge in a plan view of a part including the open end edge in the inner surface of the support groove, and wherein inclination angles (θ1, θ2) of the side wall surfaces (14a, 14b) adjacent to each other in the extension direction with the interval therebetween with respect to an orthogonal direction orthogonal to the open end edge are different from each other in the plan view.
Tip for injecting liquid metal under pressure, said tip being tubular in shape, made from electrically insulating refractory material, suitable for being inserted between a conduit for supplying liquid metal and an injection opening of a mould, said tip comprising an injection channel suitable for the flow of liquid metal between a first end, named upstream end, suitable for being connected to said conduit and a second end, named downstream end, suitable for being connected to the mould, characterised in that: - said tip comprises an electromagnetic coil placed between said ends, having an axis merged with at least one axis portion of the channel, suitable for being supplied with a current pulse from a high-voltage generator and generating an electromagnetic pinch in the injection channel, - the electromagnetic coil is embedded in the material of the tip. - said tip comprises an electromagnetic coil placed between said ends, having an axis merged with at least one axis portion of the channel, suitable for being supplied with a current pulse from a high-voltage generator and generating an electromagnetic pinch in the injection channel, - the electromagnetic coil is embedded in the material of the tip.
A multistage blower, comprising: a blower housing (601, 1001),comprising an inlet and a plurality of stator vanes, and wherein the plurality of stator vanes are formed on an inner wall of the blower housing; a motor shaft; and a rotor coupled to the motor shaft and comprising a plurality of axial blades on an axially extending wall of the rotor, wherein the plurality of axial blades are arranged in a plurality of axial rotor stages (604, 702, 802; 803); and wherein the rotor comprises a centrifugal stage at the top positioned towards the inlet, wherein, when the rotor is contained within the blower housing, the plurality of axial rotor stages align with the housing to form a plurality of axial stages, wherein the axially-extending wall of the rotor forms a part of an annular flow path; wherein, in use, air travels from the centrifugal stage downstream along the annular flow path through the plurality of axial stages. a blower housing (601, 1001),comprising an inlet and a plurality of stator vanes, and wherein the plurality of stator vanes are formed on an inner wall of the blower housing; a motor shaft; and a rotor coupled to the motor shaft and comprising a plurality of axial blades on an axially extending wall of the rotor, wherein the plurality of axial blades are arranged in a plurality of axial rotor stages (604, 702, 802; 803); and wherein the rotor comprises a centrifugal stage at the top positioned towards the inlet, wherein, when the rotor is contained within the blower housing, the plurality of axial rotor stages align with the housing to form a plurality of axial stages, wherein the axially-extending wall of the rotor forms a part of an annular flow path; wherein, in use, air travels from the centrifugal stage downstream along the annular flow path through the plurality of axial stages.
A substrate processing system, comprising: a transfer chamber; a substrate input/output chamber coupled to the transfer chamber; and a processing chamber (110, 112, 132, 128, 120) coupled to the transfer chamber; wherein the substrate input/output chamber includes a plurality of stacked carrier holders (204A, 204B) and a platen, and one of the plurality of stacked carrier holders (204A, 204B) includes a substrate carrier to support a substrate thereon, wherein each of the stacked carrier holders (204A, 204B) includes a plurality of support members extending therefrom to support the carrier, wherein the platen includes a plurality of alignment pads configured for centering the carrier. a transfer chamber; a substrate input/output chamber coupled to the transfer chamber; and a processing chamber (110, 112, 132, 128, 120) coupled to the transfer chamber; wherein the substrate input/output chamber includes a plurality of stacked carrier holders (204A, 204B) and a platen, and one of the plurality of stacked carrier holders (204A, 204B) includes a substrate carrier to support a substrate thereon, wherein each of the stacked carrier holders (204A, 204B) includes a plurality of support members extending therefrom to support the carrier, wherein the platen includes a plurality of alignment pads configured for centering the carrier.
A method performed by a parent node for distributing pre-fetched data to at least two child nodes, the method comprising: performing mobility prediction to predict a location of a particular user at particular future points in time; determining whether the particular user is in a crowd based on locations of other users; determining a common activity of the crowd from content being accessed by other members of the crowd; pre-fetching data expected to be of interest to the particular user from at least one data source by way of at least one data network; determining, using the common activity, priorities of subsets of the data expected to be of interest to the particular user; selecting a first subset and a second subset of the pre-fetch data for transmission, respectively, to a first child node and a second child node of the at least two child nodes, the selecting based on at least the determined priorities, a predicted future location of the particular user and a respective geographic location of the first and second child nodes; and transmitting the first subset and the second subset of the pre-fetch data, respectively, to the first child node and the second child node by way of the at least one data network. performing mobility prediction to predict a location of a particular user at particular future points in time; determining whether the particular user is in a crowd based on locations of other users; determining a common activity of the crowd from content being accessed by other members of the crowd; pre-fetching data expected to be of interest to the particular user from at least one data source by way of at least one data network; determining, using the common activity, priorities of subsets of the data expected to be of interest to the particular user; determining whether the particular user is in a crowd based on locations of other users; determining a common activity of the crowd from content being accessed by other members of the crowd; pre-fetching data expected to be of interest to the particular user from at least one data source by way of at least one data network; determining, using the common activity, priorities of subsets of the data expected to be of interest to the particular user; selecting a first subset and a second subset of the pre-fetch data for transmission, respectively, to a first child node and a second child node of the at least two child nodes, the selecting based on at least the determined priorities, a predicted future location of the particular user and a respective geographic location of the first and second child nodes; and transmitting the first subset and the second subset of the pre-fetch data, respectively, to the first child node and the second child node by way of the at least one data network.
A vacuum induction melting and strip casting equipment for rare earth permanent magnetic alloy, comprising a vacuum induction melting and strip casting chamber, a material receiving heat preservation treatment chamber, a cooling chamber and an intra-chamber isolation valve, wherein the intra-chamber isolation valve is located between the material receiving heat preservation treatment chamber and the cooling chamber, the vacuum induction melting and strip casting chamber is located above the material receiving heat preservation treatment chamber, an outlet of a material guiding tube of the vacuum induction melting and strip casting chamber is corresponding to the material receiving heat preservation treatment chamber, and water-cooled electrodes, a vacuum pumping device, an inert gas introduction pipeline, a temperature measurement mechanism, a pressure gauge, a vacuum gauge, a safety valve are provided on the vacuum induction melting and strip casting chamber, characterized in that an insulation chamber is located within the material receiving heat preservation treatment chamber, an insulation board is located at an inner wall of the insulation chamber, and a heater is within the insulation board, and wherein a first motor is located at a side wall of the cooling chamber, a wind tank is located within the cooling chamber, a plurality of diversion ducts are located at a side wall of the wind tank, a heat exchanger is located at another side wall of the wind tank, an outlet of the heat exchanger faces a fan which is connected with a shaft of the second motor, an arched diversion baffle is located at a periphery side wall of the cooling chamber, a vacuum pumping pipeline and an inert gas induction pipeline are connected with an exterior of the cooling chamber, and the vacuum pumping pipeline is connected with the vacuum pumping device.
A knob cylinder for a door or a window, comprising a lock cylinder, which has a lock bit for actuating a locking device, comprising a handle for actuating a drive shaft in a rotary manner, wherein a motion coupling of the drive shaft to the lock bit can be controlled by means of an actuator such that, in a blocking state of the actuator, the lock bit cannot be actuated, and such that, in a releasing state of the actuator, the lock bit can be actuated by means of the handle, wherein a control device is provided in order to control the actuator, characterized in that the handle comprises at least one first module, to which a second module is detachably fastened, and in that a sensor arrangement for detecting a relative movement between the modules (26, 28) is provided.
An ophthalmological composition comprising or consisting of 0.10 to 0.45% by weight of hyaluronic acid and/or an ophthalmologically acceptable salt of hyaluronic acid, 0.60 to 5.00% by weight of ectoin or an ophthalmologically acceptable ectoin derivative, and ad 100% by weight water, the composition not comprising any further pharmaceutically active ingredient. 0.10 to 0.45% by weight of hyaluronic acid and/or an ophthalmologically acceptable salt of hyaluronic acid, 0.60 to 5.00% by weight of ectoin or an ophthalmologically acceptable ectoin derivative, and ad 100% by weight water, the composition not comprising any further pharmaceutically active ingredient.
Method for diagnosing the open or closed position of a regulating valve of a vehicle combustion engine cooling circuit with respect to its control setpoint, so as to detect defective operation of the valve using a diagnostic system and thus prevent the engine from overheating in the event of a zero flow rate of coolant passing through it, the said circuit comprising the said regulating valve having an on/off mode of operation and being actuated by an actuating pressure vessel operating on the basis of a pressure difference, and the said system comprising, on the one hand, an on-board computer able to control the position of a closure element in the valve and, on the other hand, a position sensor connected to the closure element and able to send the computer a signal indicative of the true position of the said element, the said method comprising the following steps: - a step of checking the conditions in which the diagnosis is being made, - a step of establishing from the said diagnosis whether the said conditions are met, the said establishing step consisting in a step of logging a control setpoint of the valve, a step of logging the true position of the valve by means of the position sensor and a step of comparing the values obtained during these two logging steps (14, 15), - a step of detecting defective operation of the valve if the said true position and the said setpoint are found to diverge, characterized in that the defect detection step takes effect if the divergence is observed over a period of time greater than or equal to a predefined first period of time, and in that the step of checking the conditions under which the diagnosis is being made comprises a step of determining three parameters including an engine temperature, a voltage of a battery powering an electrically operated valve operating the actuating pressure vessel that actuates the regulating valve, and an atmospheric pressure. - a step of checking the conditions in which the diagnosis is being made, - a step of establishing from the said diagnosis whether the said conditions are met, the said establishing step consisting in a step of logging a control setpoint of the valve, a step of logging the true position of the valve by means of the position sensor and a step of comparing the values obtained during these two logging steps (14, 15), - a step of detecting defective operation of the valve if the said true position and the said setpoint are found to diverge, characterized in that the defect detection step takes effect if the divergence is observed over a period of time greater than or equal to a predefined first period of time,
A composition comprising a polypeptide for use in treating a hypoproliferative anemia; wherein the polypeptide comprises an amino acid sequence that is at least 90% identical to the sequence of amino acids 29-119 of SEQ ID NO: 1, wherein the polypeptide comprises an acidic amino acid at the position corresponding to position 79 of SEQ ID NO: 1, wherein the polypeptide binds to GDF11 and/or myostatin; and wherein the hypoproliferative anemia is an anemia associated with disordered red blood cell maturation.
A foam cushion assembly for a patient interface, the foam cushion assembly being adapted to couple with a patient interface frame (3500, 3816), the cushion assembly comprising a nose seal portion, wherein the cushion assembly comprises: a foam cushion arranged to form with the frame (3500, 3816) a common plenum chamber for sealing at least about the nose of the patient, wherein a foam surface of the foam cushion is configured for direct contact with a patient's skin in use, and an intermediary structure (3535, 3812) between the foam cushion and the frame (3500, 3816) arranged to couple to the foam cushion, wherein the intermediary structure (3535, 3812) has: (a) an inwardly concave shape around a periphery of the foam cushion, and (b) a height to thickness ratio of at least 3. a foam cushion arranged to form with the frame (3500, 3816) a common plenum chamber for sealing at least about the nose of the patient, wherein a foam surface of the foam cushion is configured for direct contact with a patient's skin in use, and an intermediary structure (3535, 3812) between the foam cushion and the frame (3500, 3816) arranged to couple to the foam cushion, wherein the intermediary structure (3535, 3812) has: (a) an inwardly concave shape around a periphery of the foam cushion, and (b) a height to thickness ratio of at least 3.