mhurhangee/ep-ind-claims huggingface dataset:
A method to secure execution of a non-native application coded in non-native code, the method comprising: establishing a virtual lock binding the non-native application to a pre defined trusted module that is a native code application by: modifying the non-native application prior to execution to output a native code function and an application stub, the application stub having at least one execution dependency dependent on the native code, the native code function being executable within the trusted module, the pre-defined trusted module having one or more native environment security functions; and packaging the application stub with the native code function; wherein at least one non-native function in the application stub is configured to make a function call to the native code function upon execution of the application stub; and wherein execution interlocking is created between the non native application and trusted module to ensure that the non-native application is unable to run without the predefined trusted module. establishing a virtual lock binding the non-native application to a pre defined trusted module that is a native code application by: modifying the non-native application prior to execution to output a native code function and an application stub, the application stub having at least one execution dependency dependent on the native code, the native code function being executable within the trusted module, the pre-defined trusted module having one or more native environment security functions; and packaging the application stub with the native code function; wherein at least one non-native function in the application stub is configured to make a function call to the native code function upon execution of the application stub; and modifying the non-native application prior to execution to output a native code function and an application stub, the application stub having at least one execution dependency dependent on the native code, the native code function being executable within the trusted module, the pre-defined trusted module having one or more native environment security functions; and packaging the application stub with the native code function; wherein at least one non-native function in the application stub is configured to make a function call to the native code function upon execution of the application stub; and wherein execution interlocking is created between the non native application and trusted module to ensure that the non-native application is unable to run without the predefined trusted module.
Grinder unit comprising an excentric shaft mounted in a grinding spindle for supporting a grinding disk with an abrasive, said grinding disk is freely movable on the free end of the excentric shaft in at least one direction of rotation relative to the grinding spindle and is supported directly or by means of a grinding disk housing in at least an anti-friction bearing, a friction bearing or an air bearing, characterized in that - the counterbalanced excentric shaft is mounted on or in the grinding spindle for joint rotation therewith and for longitudinal movement. - the counterbalanced excentric shaft is mounted on or in the grinding spindle for joint rotation therewith and for longitudinal movement.
Use of natalizumab or an immunologically active fragment thereof for the preparation of a medicament to be administered to a human subject in a steroid sparing effective amount to reduce and/or eliminate a need for steroid treatment in the human subject with a disease selected from the group consisting of inflammatory bowel disease, asthma, multiple sclerosis, rheumatoid arthritis, graft versus host disease, host versus graft disease, spondyloarthropathies, and combinations thereof, wherein the human subject is under treatment with steroids.
A balloon catheter comprising a balloon and an outer tube, wherein: the balloon has a proximal end region, a distal end region, and a working region extending therebetween, the working region having a diameter, in an expanded configuration the diameter being greater than in an unexpanded configuration, the outer tube has a first region, a second region and a third region, the first region being proximal to the second region, the third region being distal to the second region, and the first region having an outer diameter greater than that of at least the second and third regions, the proximal end region of the balloon engaged to the second region of the outer tube, at least a portion of the working region disposed about the third region of the outer tube, the outer tube comprises at least one opening extending completely through the material of the outer tube by at least one location selected from the list consisting of: the first region, the second region and the third region, characterized in that the outer tube comprises an outer neck, the outer neck being tapered or conically shaped. the balloon has a proximal end region, a distal end region, and a working region extending therebetween, the working region having a diameter, in an expanded configuration the diameter being greater than in an unexpanded configuration, the outer tube has a first region, a second region and a third region, the first region being proximal to the second region, the third region being distal to the second region, and the first region having an outer diameter greater than that of at least the second and third regions, the proximal end region of the balloon engaged to the second region of the outer tube, at least a portion of the working region disposed about the third region of the outer tube, the outer tube comprises at least one opening extending completely through the material of the outer tube by at least one location selected from the list consisting of: the first region, the second region and the third region, characterized in that
A hydrogenated block copolymer obtained by hydrogenating a block copolymer that comprises two polymer blocks and one polymer block, the polymer blocks comprising a repeating unit derived from an aromatic vinyl compound as a main component, and the polymer block comprising a repeating unit derived from an aromatic vinyl compound and a repeating unit derived from a linear conjugated diene compound as main components, (i) a ratio (wA:wB) of a total weight fraction wA of the polymer blocks in the block copolymer to a weight fraction wB of the polymer block in the block copolymer being 45:55 to 65:35, (ii) a ratio (w[I B]:w[II B]) of a weight fraction w[I B] of the repeating unit derived from an aromatic vinyl compound in the polymer block to a weight fraction w[II B] of the repeating unit derived from a linear conjugated diene compound in the polymer block being 40:60 to 55:45, (iii) 90% of more of unsaturated bonds included in the block copolymer having been hydrogenated, (iv) the hydrogenated block copolymer having a weight average molecular weight of 60,000 to 150,000, and (v) the hydrogenated block copolymer having a low-temperature-side glass transition temperature [Tgi] determined by dynamic viscoelastic measurement of 0°C or more, and having a high-temperature-side glass transition temperature [Tg 2] determined by dynamic viscoelastic measurement of 135°C or more. (i) a ratio (wA:wB) of a total weight fraction wA of the polymer blocks in the block copolymer to a weight fraction wB of the polymer block in the block copolymer being 45:55 to 65:35, (ii) a ratio (w[I B]:w[II B]) of a weight fraction w[I B] of the repeating unit derived from an aromatic vinyl compound in the polymer block to a weight fraction w[II B] of the repeating unit derived from a linear conjugated diene compound in the polymer block being 40:60 to 55:45, (iii) 90% of more of unsaturated bonds included in the block copolymer having been hydrogenated, (iv) the hydrogenated block copolymer having a weight average molecular weight of 60,000 to 150,000, and (v) the hydrogenated block copolymer having a low-temperature-side glass transition temperature [Tgi] determined by dynamic viscoelastic measurement of 0°C or more, and having a high-temperature-side glass transition temperature [Tg 2] determined by dynamic viscoelastic measurement of 135°C or more.
A network entity for managing a handover of a link of a plurality of links of a multi-link wireless non-AP station in a wireless network comprising a plurality of multi-link wireless access points, APs, including a source multi-link wireless AP and a target multi-link wireless AP, wherein each multi-link wireless AP is configured to exchange a plurality of data packets with the multi-link wireless non-AP station via one or more of the plurality of links, wherein the network entity comprises: a communication interface configured to receive a station status report from the multi-link wireless non-AP station, wherein the station status report comprises first information indicative of a first sequence number of the last data packet received by the multi-link wireless non-AP station; wherein the communication interface is further configured to receive an AP status report from a further multi-link wireless AP in communication with the multi-link wireless non-AP station via a first link of the plurality of links, wherein the AP status report comprises second information indicative of a second sequence number of the first data packet transmitted by the further multi-link wireless AP to the multi-link wireless non-AP station; a processing circuitry configured to confirm a handover decision based on the first information and the second information by triggering, in response to the handover decision, the communication interface to send a handover trigger signal to the multi-link wireless non-AP station for triggering the handover of a second link of the plurality of links of the multi-link wireless non-AP station from the source multi-link wireless AP to the target multi-link wireless AP. a communication interface configured to receive a station status report from the multi-link wireless non-AP station, wherein the station status report comprises first information indicative of a first sequence number of the last data packet received by the multi-link wireless non-AP station; wherein the communication interface is further configured to receive an AP status report from a further multi-link wireless AP in communication with the multi-link wireless non-AP station via a first link of the plurality of links, wherein the AP status report comprises second information indicative of a second sequence number of the first data packet transmitted by the further multi-link wireless AP to the multi-link wireless non-AP station; a processing circuitry configured to confirm a handover decision based on the first information and the second information by triggering, in response to the handover decision, the communication interface to send a handover trigger signal to the multi-link wireless non-AP station for triggering the handover of a second link of the plurality of links of the multi-link wireless non-AP station from the source multi-link wireless AP to the target multi-link wireless AP.
An instrument set for preparing a proximal tibia during a bi-cruciate retaining procedure, the instrument set comprising: a tibial resection block configured to be fixed to an anterior portion of the proximal tibia, the tibial resection block defining a slot that extends in a medial-lateral direction when the tibial resection block is fixed to the proximal tibia; and a vertical cut guide having a body, a medial arm and a lateral arm wherein a medial cut slot is defined between the body and the medial arm and a lateral cut slot is defined between the body and the lateral arm, the cut guide further comprising a tongue extending therefrom, the tongue configured to be received by and slidably translate along the slot of the tibial resection block; characterised in that the instrument set further comprises a locking arm coupled to the cut guide and movable between an unlocked position wherein the cut guide is permitted to translate relative to the tibial resection block and a locked position wherein the locking arm engages the tibial resection block and inhibits movement of the cut guide relative to the tibial resection block. a tibial resection block configured to be fixed to an anterior portion of the proximal tibia, the tibial resection block defining a slot that extends in a medial-lateral direction when the tibial resection block is fixed to the proximal tibia; and a vertical cut guide having a body, a medial arm and a lateral arm wherein a medial cut slot is defined between the body and the medial arm and a lateral cut slot is defined between the body and the lateral arm, the cut guide further comprising a tongue extending therefrom, the tongue configured to be received by and slidably translate along the slot of the tibial resection block; characterised in that the instrument set further comprises a locking arm coupled to the cut guide and movable between an unlocked position wherein the cut guide is permitted to translate relative to the tibial resection block and a locked position wherein the locking arm engages the tibial resection block and inhibits movement of the cut guide relative to the tibial resection block.
A method comprising: filling a brine feed tank with low pressure fluid from a fluid reservoir through a valve disposed between the fluid reservoir and the brine feed tank, said valve being open during a recharge cycle, in which further a brine drain valve of the brine feed tank is opened until fluid in the pressure vessel is flushed therefrom, the brine feed tank being in fluid communication with a pressure vessel comprising a reverse osmosis membrane element therein, said valve being closed during a production cycle, said brine feed tank comprising an upper flow distributor plate and a lower flow distributor plate; communicating brine feed tank fluid to the pressure vessel 410) during permeate production from above the upper flow distributor plate, pumping additional fluid under high pressure from the fluid reservoir into the pressure vessel using a high pressure pump; pumping brine fluid from the pressure vessel back to the brine feed tank during permeate production; using a booster pump and raising the pressure in the pressure vessel using the high pressure pump until an amount of permeate is produced from a permeate output of the pressure vessel. filling a brine feed tank with low pressure fluid from a fluid reservoir through a valve disposed between the fluid reservoir and the brine feed tank, said valve being open during a recharge cycle, in which further a brine drain valve of the brine feed tank is opened until fluid in the pressure vessel is flushed therefrom, the brine feed tank being in fluid communication with a pressure vessel comprising a reverse osmosis membrane element therein, said valve being closed during a production cycle, said brine feed tank comprising an upper flow distributor plate and a lower flow distributor plate; communicating brine feed tank fluid to the pressure vessel 410) during permeate production from above the upper flow distributor plate, pumping additional fluid under high pressure from the fluid reservoir into the pressure vessel using a high pressure pump; pumping brine fluid from the pressure vessel back to the brine feed tank during permeate production; using a booster pump and raising the pressure in the pressure vessel using the high pressure pump until an amount of permeate is produced from a permeate output of the pressure vessel.
A method for predicting and correcting an impending misfire in a homogeneous charge compression ignition (HCCI) engine, comprising: modeling HCCI engine operation in a nominal, steady-state operating region and in unstable operating regions bordering the steady-state operating region, using a zero- dimensional model; based on the modeling of the HCCI engine operation, predicting an occurrence of an engine misfire; characterized in that the modeling of HCCI engine operation includes thermodynamically modeling combustion, gas exchange, injection, and compression/expansion processes of chemical species in a combustion chamber of a cylinder of the HCCI engine at selected points in a combustion cycle of the HCCI engine; if a value of Integrated Arrhenius Rate at a crank angle θ corresponding to exhaust valve opening is greater than or equal to a threshold value K th, then complete combustion is determined to have occurred in the cylinder, and if a value of IAR at a crank angle θ corresponding to exhaust valve opening is less than threshold value K th, then a misfire is determined to have occurred in the cylinder, and IAR corresponds to a rate at which a reaction of the chemical species in the cylinder has proceeded up to a crank angle θ; and wherein the method further comprises, in the case an engine misfire is predicted, providing a remedial corrective measure. modeling HCCI engine operation in a nominal, steady-state operating region and in unstable operating regions bordering the steady-state operating region, using a zero- dimensional model; based on the modeling of the HCCI engine operation, predicting an occurrence of an engine misfire; characterized in that the modeling of HCCI engine operation includes thermodynamically modeling combustion, gas exchange, injection, and compression/expansion processes of chemical species in a combustion chamber of a cylinder of the HCCI engine at selected points in a combustion cycle of the HCCI engine; if a value of Integrated Arrhenius Rate at a crank angle θ corresponding to exhaust valve opening is greater than or equal to a threshold value K th, then complete combustion is determined to have occurred in the cylinder, and if a value of IAR at a crank angle θ corresponding to exhaust valve opening is less than threshold value K th, then a misfire is determined to have occurred in the cylinder, and IAR corresponds to a rate at which a reaction of the chemical species in the cylinder has proceeded up to a crank angle θ; and wherein the method further comprises, in the case an engine misfire is predicted, providing a remedial corrective measure.
An apparatus comprising: a first stage configured to receive a signal to be amplified; a second stage comprising an input transistor coupled to the first stage, and further comprising at least one additional transistor; and a voltage regulator configured to receive a first supply voltage (Vneg) and generate a regulated supply voltage (Vneg_reg), the first supply voltage (Vneg) coupled to the at least one additional transistor, the regulated supply voltage (Vneg_reg) coupled to the first stage and a source terminal of the input transistor of the second stage to improve power supply noise rejection of the apparatus. a first stage configured to receive a signal to be amplified; a second stage comprising an input transistor coupled to the first stage, and further comprising at least one additional transistor; and a voltage regulator configured to receive a first supply voltage (Vneg) and generate a regulated supply voltage (Vneg_reg), the first supply voltage (Vneg) coupled to the at least one additional transistor, the regulated supply voltage (Vneg_reg) coupled to the first stage and a source terminal of the input transistor of the second stage to improve power supply noise rejection of the apparatus.
A system comprising a cartridge containing a beverage ingredient and a device for brewing the ingredient in the cartridge by supplying a brewing liquid such as heated water into the cartridge, the device having upstream and downstream cartridge enclosing parts (7,8) relatively movable between an open position for inserting and/or removing the cartridge and a closed position for forming a brewing chamber enclosing the cartridge during brewing, the brewing chamber having a confining expansion space which is: - unoccupied by the cartridge when the enclosing parts (7,8) are in the closed position enclosing the cartridge; and - occupied by the cartridge upon expansion thereof caused by exposure of the ingredient to the brewing liquid, characterized in that the upstream part comprises at least one liquid injector for supplying liquid into the cartridge, the liquid injector having a piercer for piercing an upstream part of an envelope of the cartridge and a liquid injection conduit for injecting liquid into the cartridge upon piercing thereof, optionally the liquid injector having a plurality of piercers and/or a plurality of injection conduits. - unoccupied by the cartridge when the enclosing parts (7,8) are in the closed position enclosing the cartridge; and - occupied by the cartridge upon expansion thereof caused by exposure of the ingredient to the brewing liquid,
A tire having a belt layer disposed in a tread portion, wherein the belt layer has a plurality of belt plies (7A, 7B), the plurality of belt plies (7A, 7B) includes a single-wire cord having a short diameter SD and a long diameter LD with a ratio SD/LD between the short diameter SD and the long diameter LD being less than 1.00, and a topping rubber covering the single-wire cord, and the single-wire cord is disposed so that a direction of the short diameter SD is oriented to a thickness direction of the plurality of belt plies (7A, 7B), characterized in that the topping rubber has a complex elastic modulus (E*) of from 7 MPa to 20 Mpa, wherein the complex elastic modulus (E*) is a value measured in accordance with Japanese Industrial Standard JIS-K6394 under a condition of temperature of 70°C, initial strain of 10%, an amplitude of dynamic strain of ±1.0%, and a frequency of 10 Hz by using a dynamic viscoelasticity measurement device (EPLEXOR series) manufactured by GABO, and a distance between the single-wire cords between the plurality of belt plies (7A, 7B) is from 0.30 mm to 1.05 mm. the belt layer has a plurality of belt plies (7A, 7B), the plurality of belt plies (7A, 7B) includes a single-wire cord having a short diameter SD and a long diameter LD with a ratio SD/LD between the short diameter SD and the long diameter LD being less than 1.00, and a topping rubber covering the single-wire cord, and the single-wire cord is disposed so that a direction of the short diameter SD is oriented to a thickness direction of the plurality of belt plies (7A, 7B), characterized in that the topping rubber has a complex elastic modulus (E*) of from 7 MPa to 20 Mpa, wherein the complex elastic modulus (E*) is a value measured in accordance with Japanese Industrial Standard JIS-K6394 under a condition of temperature of 70°C, initial strain of 10%, an amplitude of dynamic strain of ±1.0%, and a frequency of 10 Hz by using a dynamic viscoelasticity measurement device (EPLEXOR series) manufactured by GABO, and a distance between the single-wire cords between the plurality of belt plies (7A, 7B) is from 0.30 mm to 1.05 mm.
A method for cleaning an article comprising a surface wherein the method comprises a first cleaning cycle comprising (a) cleaning the surface with a first cleaning composition, (b) cleaning the surface with a second cleaning composition containing at least one polypeptide, wherein the at least one polypeptide contained in the second cleaning composition is gelatine and the total amount of polypeptide in the second cleaning composition is from 9.9*10 -6 wt.-% to 1.2*10 -2 wt.-% based on the total weight of the second cleaning composition and wherein the second cleaning composition is different from the first cleaning composition, and (c) optionally treating the surface with a drying aid, wherein step (a), step (b) and, if optional step (c) is carried out, optional step (c) are performed in this order. (a) cleaning the surface with a first cleaning composition, (b) cleaning the surface with a second cleaning composition containing at least one polypeptide, wherein the at least one polypeptide contained in the second cleaning composition is gelatine and the total amount of polypeptide in the second cleaning composition is from 9.9*10 -6 wt.-% to 1.2*10 -2 wt.-% based on the total weight of the second cleaning composition and wherein the second cleaning composition is different from the first cleaning composition, and (c) optionally treating the surface with a drying aid,