mhurhangee/ep-ind-claims huggingface dataset:
A data communication method carried out by a receiving side entity in a wireless communication system, the method comprising: receiving, from a radio link control, RLC, lower layer operating in acknowledgement mode, a data unit having a sequence number; storing the received data unit in a buffer; determining whether the sequence number of the received data unit is equal to the value of a state variable + 1, wherein the state variable stores a sequence number of a data unit last delivered to an upper layer, and whether the received data unit is received due to a radio link control, RLC, re-establishment; if the sequence number of the received data unit is equal to the value of the state variable + 1, delivering in ascending order, to the upper layer, all stored data units with consecutively associated sequence numbers greater than or equal to the sequence number of the received data unit, and setting the state variable to the sequence number of the last data unit delivered to the upper layer; and if the sequence number of the received data unit is not equal to the value of the state variable + 1 and if the received data unit is not received due to the RLC re-establishment, delivering in ascending order, to the upper layer, all stored data units with an associated sequence number less than the sequence number of the received data unit and all stored data units with consecutively associated sequence numbers greater than or equal to the sequence number of the received data unit, and setting the state variable to the sequence number of the last data unit delivered to the upper layer. receiving, from a radio link control, RLC, lower layer operating in acknowledgement mode, a data unit having a sequence number; storing the received data unit in a buffer; determining whether the sequence number of the received data unit is equal to the value of a state variable + 1, wherein the state variable stores a sequence number of a data unit last delivered to an upper layer, and whether the received data unit is received due to a radio link control, RLC, re-establishment; if the sequence number of the received data unit is equal to the value of the state variable + 1, delivering in ascending order, to the upper layer, all stored data units with consecutively associated sequence numbers greater than or equal to the sequence number of the received data unit, and setting the state variable to the sequence number of the last data unit delivered to the upper layer; and if the sequence number of the received data unit is not equal to the value of the state variable + 1 and if the received data unit is not received due to the RLC re-establishment, delivering in ascending order, to the upper layer, all stored data units with an associated sequence number less than the sequence number of the received data unit and all stored data units with consecutively associated sequence numbers greater than or equal to the sequence number of the received data unit, and setting the state variable to the sequence number of the last data unit delivered to the upper layer.
A portable cup, configured to hold pet supplies and comprising: a cup body, wherein one end of two ends of the cup body along a height direction of the cup body is provided with at least one cavity, another end of the two ends of the cup body along the height direction of the cup body is provided with at least two cavities, and each cavity is configured to accommodate the pet supplies, wherein the pet supplies comprise water, food, and a toilet bag for processing pet excrement; and end covers, wherein the end covers are connected to the two ends of the cup body along the height direction of the cup body, respectively, and each of the end covers is capable of opening or closing a cavity at a respective one end of the two ends of the cup body along the height direction of the cup body; wherein cavities of the at least one cavity and the at least two cavities comprise a second storage cavity for holding a roll bag, characterized in that the second storage cavity is disposed at a lower end of the cup body, a central shaft is provided in the second storage cavity, and the roll bag can be sleeved outside the central shaft. end covers, wherein the end covers are connected to the two ends of the cup body along the height direction of the cup body, respectively, and each of the end covers is capable of opening or closing a cavity at a respective one end of the two ends of the cup body along the height direction of the cup body; wherein cavities of the at least one cavity and the at least two cavities comprise a second storage cavity for holding a roll bag, characterized in that the second storage cavity is disposed at a lower end of the cup body, a central shaft is provided in the second storage cavity, and the roll bag can be sleeved outside the central shaft.
A system for coupling cases of an engine of an aircraft, comprising: a first case (202; 402) including a first plurality of threads; and a second case (204; 404) including a second plurality of threads, characterised by: a coupler (206; 406) including a third plurality of threads and a fourth plurality of threads; an interface (232a, 232b) configured to align the first case (202; 402) and the second case (204; 404) before the first plurality of threads engage the third plurality of threads or the second plurality of threads engage the fourth plurality of threads; a first bracket coupled to the first case; a second bracket coupled to the second case; and a pin that is configured to be received by the first bracket and the second bracket. a first case (202; 402) including a first plurality of threads; and a second case (204; 404) including a second plurality of threads, characterised by: a coupler (206; 406) including a third plurality of threads and a fourth plurality of threads; an interface (232a, 232b) configured to align the first case (202; 402) and the second case (204; 404) before the first plurality of threads engage the third plurality of threads or the second plurality of threads engage the fourth plurality of threads; a first bracket coupled to the first case; a second bracket coupled to the second case; and a pin that is configured to be received by the first bracket and the second bracket. a coupler (206; 406) including a third plurality of threads and a fourth plurality of threads; an interface (232a, 232b) configured to align the first case (202; 402) and the second case (204; 404) before the first plurality of threads engage the third plurality of threads or the second plurality of threads engage the fourth plurality of threads; a first bracket coupled to the first case; a second bracket coupled to the second case; and a pin that is configured to be received by the first bracket and the second bracket.
Insert for a wheel of a motor vehicle, comprising a frame intended to be secured in an opening of the web of the wheel and at least one blade connected to the frame, the blade being pivotally mounted on the frame by means of a shape-memory metal support configured to modify the orientation of said blade from a predetermined critical temperature, said blade and said support being positioned on the frame so as to extend and have a pivoting which is oriented in a radial direction of the web of the wheel when the device is secured in said opening, characterized in that the two ends of the support are secured to the frame, extending on either side of the blade and in that a central part of the support is secured in rotation to the blade.
A composition, comprising: a suspension of a dispersion in glycerin, said dispersion comprising a dispersed phase within an aqueous phase, and wherein the dispersion comprises: a) a hydrophilic clay in said dispersed phase; and b) a quaternary ammonium compound in said dispersed phase, wherein said suspension comprises 0.01% to 0.1% of said dispersion in a 0.5% to 5% glycerin in water solution, wherein said suspension is filtered, wherein said filter is 0.45 micron or smaller, wherein said hydrophilic clay comprises laponite clay, wherein said quaternary ammonium compound comprises benzethonium chloride or derivatives thereof. a suspension of a dispersion in glycerin, said dispersion comprising a dispersed phase within an aqueous phase, and wherein the dispersion comprises: a) a hydrophilic clay in said dispersed phase; and b) a quaternary ammonium compound in said dispersed phase, a) a hydrophilic clay in said dispersed phase; and b) a quaternary ammonium compound in said dispersed phase, wherein said suspension comprises 0.01% to 0.1% of said dispersion in a 0.5% to 5% glycerin in water solution, wherein said suspension is filtered, wherein said filter is 0.45 micron or smaller, wherein said hydrophilic clay comprises laponite clay, wherein said quaternary ammonium compound comprises benzethonium chloride or derivatives thereof.
A composition for copper electroplating comprising a source of copper ions, one or more suppressing agents, one or more accelerating agents of formula M A O 3 X A -R A1 - d -R A2, wherein M A is a hydrogen or an alkali metal, X A is P or S, d is an integer from 2 to 3, R A1 is selected from C1-C8 alkyl group or heteroalkyl group, an aryl group or a heteroaromatic group, R A2 is selected from H or (-S-R A1' X A' O 3 M A'), R A1' is selected among R A1, wherein R A1' may be identical to or different from R A1, X A' is selected among X A, wherein X A' may be identical to or different from X A, and M A' is selected from M A, wherein M A' may be identical to or different from M A, characterized by that the composition comprises halide ions, and at least one leveling agent comprising a linear or branched, polymeric biguanide compound comprising the structural unit of formula L1 wherein R 1 is, each independently, selected from an H atom or an organic radical having from 1 to 20 carbon atoms, R 2 is a divalent organic radical having from 1 to 20 carbon atoms, optionally comprising polymeric biguanide branches, n is an integer of 2 or more, or the corresponding salt of the polymeric biguanide compound formed by the reaction of the biguanide groups with organic or inorganic acids, and wherein the suppressing agent is a polyalkylene oxide. M A is a hydrogen or an alkali metal, X A is P or S, d is an integer from 2 to 3, R A1 is selected from C1-C8 alkyl group or heteroalkyl group, an aryl group or a heteroaromatic group, R A2 is selected from H or (-S-R A1' X A' O 3 M A'), R A1' is selected among R A1, wherein R A1' may be identical to or different from R A1, X A' is selected among X A, wherein X A' may be identical to or different from X A, and M A' is selected from M A, wherein M A' may be identical to or different from M A, R 1 is, each independently, selected from an H atom or an organic radical having from 1 to 20 carbon atoms, R 2 is a divalent organic radical having from 1 to 20 carbon atoms, optionally comprising polymeric biguanide branches, n is an integer of 2 or more,
Method for recording the temperature of an integrated circuit by means of a calibratable temperature recording device accommodated on a shared substrate, comprising the steps of: calibrating the calibratable temperature recording device and storing a corresponding temperature dependence by means of an external signal processing circuit (20, 21), a power supply to the integrated circuit being switched off and the calibratable temperature recording device being operated by means of a separate power supply, which is applied to a separate power supply terminal (V c ') of the temperature recording device, which exclusively supplies the temperature recording device and is also activated when the power supply of the integrated circuit is switched on; operating the integrated circuit, the power supply of the integrated circuit being switched on; recording the temperature of the integrated circuit during the operation of the integrated circuit by means of the temperature recording device by using the stored temperature dependence. calibrating the calibratable temperature recording device and storing a corresponding temperature dependence by means of an external signal processing circuit (20, 21), a power supply to the integrated circuit being switched off and the calibratable temperature recording device being operated by means of a separate power supply, which is applied to a separate power supply terminal (V c ') of the temperature recording device, which exclusively supplies the temperature recording device and is also activated when the power supply of the integrated circuit is switched on; operating the integrated circuit, the power supply of the integrated circuit being switched on; recording the temperature of the integrated circuit during the operation of the integrated circuit by means of the temperature recording device by using the stored temperature dependence.
An apparatus for providing tenant redundancy, the apparatus comprising: a data storage; and a processor communicatively connected to the data storage, the processor being configured to: a) create a service providing tenant instance, the service providing tenant instance being configured to: communicatively connect to a network providing a network service; and provide a cloud element service associated with the network service; b) create a shadow tenant instance, the shadow tenant instance being configured to: be communicatively hidden from the network, wherein, the shadow tenant instance is inactive until being activated; and provide the cloud element service associated with the network service; c) determine an indication of a switch-over event; and d) switch over handling of the cloud element service from the service providing tenant instance to the shadow tenant instance based on the switch-over event. a data storage; and a processor communicatively connected to the data storage, the processor being configured to: a) create a service providing tenant instance, the service providing tenant instance being configured to: communicatively connect to a network providing a network service; and provide a cloud element service associated with the network service; b) create a shadow tenant instance, the shadow tenant instance being configured to: be communicatively hidden from the network, wherein, the shadow tenant instance is inactive until being activated; and provide the cloud element service associated with the network service; c) determine an indication of a switch-over event; and d) switch over handling of the cloud element service from the service providing tenant instance to the shadow tenant instance based on the switch-over event. a) create a service providing tenant instance, the service providing tenant instance being configured to: communicatively connect to a network providing a network service; and provide a cloud element service associated with the network service; communicatively connect to a network providing a network service; and provide a cloud element service associated with the network service; b) create a shadow tenant instance, the shadow tenant instance being configured to: be communicatively hidden from the network, wherein, the shadow tenant instance is inactive until being activated; and provide the cloud element service associated with the network service; be communicatively hidden from the network, wherein, the shadow tenant instance is inactive until being activated; and provide the cloud element service associated with the network service; c) determine an indication of a switch-over event; and d) switch over handling of the cloud element service from the service providing tenant instance to the shadow tenant instance based on the switch-over event.
A cooling fan, which is installable at a corresponding position of a cooling element, comprising a fan body (3, 3A, 3B), a fan frame and a fan impeller, wherein the fan frame is circular in shape, the fan body (3, 3A, 3B) is arranged along an outer circumference of the fan frame, and the fan impeller is installed in the fan frame, the cooling fan being characterized in that a rubber layer, which is formed by secondary injection molding, is arranged at an outer surface of the fan body (3, 3A, 3B) and at the upper and lower edges of the fan frame, respectively, at a place where the cooling fan contacts the cooling element when the cooling fan is installed at the corresponding position of the cooling element.
A high-pressure vessel for holding samples which are to be heated, the high-pressure vessel having: a lower part (5, 104) and a lid part (6, 105) which can be locked together and when closed surround on all sides a reaction chamber for initiating and/or promoting chemical and/or physical high-pressure reactions, it being possible for the lower part (5, 104) and the lid part (6, 105) to be moved relative to each other in an automated fashion between an open access position and a closed microwave processing position, a sample holder and/or a vessel insert being connected to the lid part (6, 105).
Use of a flexible hose line with a wall for determining and monitoring operating parameters of the hose line, the wall having integrated sensor material which has a material property which varies with an operating parameter of the hose line which is to be determined, the sensor material being in the form of at least one transducer which is an electrical conductor (23, 39) which extends helically around the hose axis in the axial direction of the hose line, characterized in that the operating parameter of the hose line is selected from the group consisting of the temperature of the hose wall, the positive or negative pressure acting on the hose wall, the bend radius of the hose line, the elongation or compression of the hose line, the vibration and the degree of ageing of the material of the hose wall.
Sensor device which is designed to be used, in particular, in a motor vehicle, having a sensor element and a housing which is designed to accommodate the sensor element, wherein the sensor element has, on its underside, electrical contact faces (2, 3) which are connected in an electrically conductive fashion to electrical plug connections (18, 19), arranged in the housing, in the region of bearing contacts (23, 24) of the plug connections (18, 19), wherein the electrical plug connections (18, 19) are arranged in a positionally fixed fashion in the housing in the region of the bearing contacts (23, 24) with the electrical contact faces (2, 3) of the sensor element, and a supporting arrangement is formed between the underside of the sensor element and the housing owing to a 3-point bearing arrangement, wherein two bearing points are formed thereby between the electrical contact faces (2, 3) and the bearing contacts (23, 24) of the plug connections (18, 19), and a third bearing point is formed between a bearing region of the housing and the underside, facing the housing, of the sensor element, wherein the sensor element is designed to have force applied to it in order to form electrical contact with a housing element in the direction of the 3-point bearing arrangement, and statically defined bearing of the sensor element in the housing is ensured by the 3-point bearing arrangement.
Braking system for aquacycling bicycle, comprising a fixed support which is intended to be integral with the frame (2, 6) of the aquacycling bicycle, and a friction member which is carried by the fixed support being moveable with respect to this fixed support, this friction member being intended to be supported on a rotating plate which is actuated by a crankset of the aquacycling bicycle in order to brake it by exerting a pressure force on this plate, and the actuation means for exerting, on the friction member, an adjustable force corresponding to the pressure force, the actuation means comprising a hydraulic thrustor which is intended to be fed by a hydraulic circuit of the aquacycling bicycle in order to exert the adjustable force corresponding to the pressure force, this braking system being characterised in that the support has the form of a case having an open face through which the friction member is mounted to slide, and in which this support comprises an opening for connection to a hydraulic feed in order to introduce water into a chamber which is delimited by this case, and the friction member jointly forming the hydraulic thrustor.
Scanner for a device for measuring a moisture content of laundry located in a tumble dryer having a rotatable drying drum, comprising a holder and at least one sliding contact (18, 20) which is resiliently mounted on the holder for sliding contact on a contact belt (8, 10), arranged on the drying drum, or on the drying drum of the tumble dryer, characterised in that the sliding contact (18, 20) is formed from an electrically conductive plastics material.
A microfluidic system comprising a network of microfluidic channels having first and second ends coupled variously to one another at end-channel intersections (1, 2, 3, 4), wherein two channels are pump channels each having a short side and a long side distinguished by a first fluid actuator located asymmetrically between opposite ends of the pump channel, the first fluid actuator configured to generate a wave propagating toward the opposite ends of the pump channel and producing a unidirectional net fluid flow through the pump channel, wherein the first fluid actuator is located toward a first end of the pump channel, a second fluid actuator located asymmetrically in the pump channel toward a second end of the pump channel, wherein the two pump channels intersect each other between the respective first and second fluid actuators to form a middle-channel intersection such that a flow of fluid divides and follows different directions through the pump channels at the intersection, and a controller configured to selectively activate the first and second fluid actuators to generate bidirectional fluid flow through the network.
An in vitro method of assessing genomic instability in breast cancer tissue comprising (a) measuring the expression level of (i) CDKN2A, SCYA18, STK15, NXF1, cDNA Dkfzp762M127, p28, KIAA0882, MYB, Human clone 23948, RERG, HNF3A, and (ii) ACADSB or a nucleic acid sequence comprising about 90% or greater sequence identity to SEQ ID NO: 21 in breast cancer tissue to provide an expression profile of the breast cancer tissue, and (b) comparing the expression profile of the breast cancer tissue to a control, by calculating the correlation coefficient of the expression profile of the breast cancer tissue with respect to the control, wherein when the control is the average expression profile of the genes of (a) in a pool of known genomically stable breast cancer tissue samples, then a correlation coefficient of -0.5 (P = 0.05) or less indicates genomic instability in the breast cancer tissue, and wherein when the control is the average expression profile of the genes of (a) in a pool of known genomically unstable breast cancer tissue samples, then a correlation coefficient of 0.5 (P = 0.05) or greater indicates genomic instability in the breast cancer tissue. (a) measuring the expression level of (i) CDKN2A, SCYA18, STK15, NXF1, cDNA Dkfzp762M127, p28, KIAA0882, MYB, Human clone 23948, RERG, HNF3A, and (ii) ACADSB or a nucleic acid sequence comprising about 90% or greater sequence identity to SEQ ID NO: 21 in breast cancer tissue to provide an expression profile of the breast cancer tissue, and (b) comparing the expression profile of the breast cancer tissue to a control,