mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a content accessing device for securing content, the method comprising: provisioning the content accessing device with a cryptographic algorithm ; generating a symmetric key also known to a content storage device; sending a first authentication challenge to the content storage device, the first authentication challenge based on the cryptographic algorithm and the symmetric key; wherein the method is characterised by the steps of: receiving a second authentication challenge from the content storage device in response to sending the first authentication challenge, wherein the second authentication challenge is based on the same cryptographic algorithm and the same symmetric key as the first authentication challenge; determining whether the first authentication challenge is different from the second authentication challenge ; and sending a first response to the content storage device in response to the second authentication challenge only if the second authentication challenge is different from the first authentication challenge. provisioning the content accessing device with a cryptographic algorithm ; generating a symmetric key also known to a content storage device; sending a first authentication challenge to the content storage device, the first authentication challenge based on the cryptographic algorithm and the symmetric key; wherein the method is characterised by the steps of: receiving a second authentication challenge from the content storage device in response to sending the first authentication challenge, wherein the second authentication challenge is based on the same cryptographic algorithm and the same symmetric key as the first authentication challenge; determining whether the first authentication challenge is different from the second authentication challenge ; and sending a first response to the content storage device in response to the second authentication challenge only if the second authentication challenge is different from the first authentication challenge. receiving a second authentication challenge from the content storage device in response to sending the first authentication challenge, wherein the second authentication challenge is based on the same cryptographic algorithm and the same symmetric key as the first authentication challenge; determining whether the first authentication challenge is different from the second authentication challenge ; and sending a first response to the content storage device in response to the second authentication challenge only if the second authentication challenge is different from the first authentication challenge.
System for controlling combustion in an internal combustion engine of a motor vehicle, comprising a first actuator capable of controlling a rate of nitrogen oxides emitted by the engine , a second actuator capable of controlling a combustion noise of the engine , a first regulation means capable of driving the first actuator to regulate, in closed loop mode, the rate of nitrogen oxides emitted by the engine and a second regulation means capable of driving the second actuator to regulate, in closed loop mode, the combustion noise of the engine , the engine comprising at least one cylinder and a mobile piston driven via a crank shaft , the system also comprising means for measuring the temporal variations of the angle of the crank shaft and of the internal pressure of said cylinder and estimation means capable of estimating, respectively, a rate of nitrogen oxides emitted by the engine and a combustion noise of the engine from said measurements, the first regulation means being capable of driving the first actuator on the basis of a first difference (d1) between a first setpoint and said estimation of the rate of nitrogen oxides, and the second regulation means being capable of driving the second actuator on the basis of a second difference (d2) between a second setpoint and said estimation of the combustion noise, multiplied by the first difference (d1) generated by the first regulation means .
A barrier coating composition for coating frozen confection, comprising, expressed in weight % based on the total weight of the coating, 40-60 wt.% of a fat or fat blend, preferably 45-55wt.%, said fat or fat blend comprising the following fatty acids composition in the triglycerides of the fat or fat blend, the % being based on total fat: 45 <= C16:0 <= 55 wt. % (palmitic acid) 4 <= C18:0 <= 10 wt. % (stearic acid) 30 <= C18:1 <= 39 wt. % (oleic acid) 3 <= C18:2 <= 7 wt. % (linoleic acid) and said fat blend comprising a solid fat profile comprising: 75% <= N 0 <= 95%; 60% <= N 10 <= 90%; 30% <= N 20 <= 60%; 18% <= N 25 <= 35%; 0% <= N 30 <= 12%; and 0% <= N 35 <= 5%, and said barrier coating having a Casson yield stress of 0.90 to 1.65 Pa measured at 40 °C, and wherein the fat or fat blend comprises the following triglyceride composition: 0-1 wt. % LLL 0-1 wt. % OLL 0-2 wt. % PLL 0-2 wt. % OOL 0-7 wt.% POL 0-15 wt.% PPL 0-4 wt. % OOO 8-17 wt. % POO+SOL 45 - 58 wt. % PPO 0-4 wt. % PPP 0-4 wt. % SOO 0-15 wt. % PSO 0-2 wt. % PPS, and wherein the saturated fats in the fat or fat blend are 45-55 wt. % 45 <= C16:0 <= 55 wt. % (palmitic acid) 4 <= C18:0 <= 10 wt. % (stearic acid) 30 <= C18:1 <= 39 wt. % (oleic acid) 3 <= C18:2 <= 7 wt. % (linoleic acid) 75% <= N 0 <= 95%; 60% <= N 10 <= 90%; 30% <= N 20 <= 60%; 18% <= N 25 <= 35%; 0% <= N 30 <= 12%; and 0% <= N 35 <= 5%, and 0-1 wt. % LLL 0-1 wt. % OLL 0-2 wt. % PLL 0-2 wt. % OOL 0-7 wt.% POL 0-15 wt.% PPL 0-4 wt. % OOO 8-17 wt. % POO+SOL 45 - 58 wt. % PPO 0-4 wt. % PPP 0-4 wt. % SOO 0-15 wt. % PSO 0-2 wt. % PPS, and
A subterranean irrigation system , having a plurality of fluid conduit (130; 230) for applying a liquid from a source to an area of ground, to which said liquid is to applied while avoiding interference with the above-ground use of such area, wherein the fluid conduits (130; 230; 730) are connected relative to one another, wherein the plurality of fluid conduits (130; 230; 720) comprise a plurality of outlets (600; 621, 622, 632; 800; 821, 822, 823) to effect the distribution of the liquid to the ground area, characterised in that the plurality of outlets (600;621, 622, 623; 800; 821, 822, 823) are provided at an underside of a nose-shaped spout attachment , wherein the spout attachment (600; 800) is attached at the side in the upper half of the fluid conduit (130; 230; 720) and wherein the underside (602; 802) comprises a rounded surface starting tangentially from the outer diameter of the fluid conduit (130; 230; 720) and ends in the nose-shaped free end of the spout attachment (600; 800).
Storage assembly for two substances to be mixed prior to use, comprising a closable dropper tip , a first storage chamber formed by the closable dropper tip and a first container part , the first container part being provided with at least one aperture , a second storage chamber formed by a second container part , the second container part comprising an open end part , wherein the open end part of the second container part closes off the at least one aperture in a first operational position, wherein the first container part comprises a canister of flexible material fluid-tightly connected to the closable dropper tip , wherein the first container part comprises a tubular part which is provided with the at least one aperture , and which is of material fluid-tightly connected to the canister , the at least one aperture extending over a part of the circumference of the tubular part near an internal end surface thereof, wherein the second container part is slidably engaging an inner surface of the tubular part , wherein the first container part and second container part are moveable with respect to each other, and are in fluid communication with each other through the at least one aperture in a second operational position, wherein the total flow surface area of the at least one aperture is at least equal to a cross sectional area of the first container part , the first storage chamber being formed by the inner surfaces of the canister , closable dropper tip , tubular part and the open end part , the second storage chamber being formed by the inner surfaces of the second container part and the outer surface of the second end of the tubular part , and wherein in the second operational position, the first storage chamber and second storage chamber provide a single mixing chamber via the at least one aperture , wherein the second storage chamber has a first inner diameter d1 and the second container part comprises a constriction for a fluid tight connection of the second container part to the tubular part in the first operational position, the constriction having a second inner diameter d2 which is smaller than the first inner diameter d1 of the second storage chamber .
A device for measuring an analyte concentration level in a subject, the device comprising: a single light source configured for illuminating at least a portion of an anterior region of an eye of the subject with incident light at an angle substantially tangential relative to the surface of the eye; an optical collector configured for detecting at least one of scattered light and reflected light from the at least a portion of the anterior region of the eye; an analyzer configured for analyzing the at least one scattered light and detected reflected light; and a processor configured to determine the analyte concentration level in the subject based on the analyzed reflected light, characterized in that the light source is an incoherent light source configured in such a way that the incident light is not collimated and has a continuous broad illumination spectrum comprising wavelengths between about 200 nm and 900 nm. a single light source configured for illuminating at least a portion of an anterior region of an eye of the subject with incident light at an angle substantially tangential relative to the surface of the eye; an optical collector configured for detecting at least one of scattered light and reflected light from the at least a portion of the anterior region of the eye; an analyzer configured for analyzing the at least one scattered light and detected reflected light; and a processor configured to determine the analyte concentration level in the subject based on the analyzed reflected light,
A hop adjustment device for a simulation gun having a plurality of barrels , the hop adjustment device configured to adjust a course of a bullet to be shot when shooting the bullet loaded in a cartridge portion of each of the barrels , the hop adjustment device comprising: a plurality of pressurization members for the plurality of the barrels respectively, the plurality of pressurization members are configured to add pressure to the bullet loaded in each cartridge portion such that rotation is applied to each bullet; an operation unit that is configured to be provided on a side of a gun main body; a link member that is configured to be provided on the side of the gun main body such that one end portion is disposed on a side of the pressurization members and the other end portion is disposed on a side of the operation unit, and transmits an operation of the operation unit to the pressurization members ; and the operation unit being configured to adjust a hop amount. a plurality of pressurization members for the plurality of the barrels respectively, the plurality of pressurization members are configured to add pressure to the bullet loaded in each cartridge portion such that rotation is applied to each bullet; an operation unit that is configured to be provided on a side of a gun main body; a link member that is configured to be provided on the side of the gun main body such that one end portion is disposed on a side of the pressurization members and the other end portion is disposed on a side of the operation unit, and transmits an operation of the operation unit to the pressurization members ; and the operation unit being configured to adjust a hop amount.
A method for producing an oil-in-water type emulsion, characterized in comprising steps of: preparing a fumed silica particle group at a secondary aggregate level by mixing, in a predetermined ratio, a hydrophobic-rich silica raw material in which a surface silanol group has been subjected to a hydrophobic treatment and a hydrophilic-rich silica raw material in which a surface silanol group is remained; producing an aqueous dispersion by adding the prepared fumed silica particle group at a secondary aggregate level to water and performing shearing with a predetermined shearing speed or more, the resulting aqueous dispersion including the fumed silica particle group in which the lower order aggregates (=primary aggregates) are aggregated each other to form the higher order aggregate (=secondary aggregate) by a non-chemical bond, thereby forming the network-like surrounding structure including a space inside the network-like surrounding structure; and forming an emulsion by adding an oil to the produced aqueous dispersion, the oil-in-water type emulsion including a composite particle group in which the oil is included inside the network-like surrounding structure formed by the fumed silica particle group at the secondary aggregate level. preparing a fumed silica particle group at a secondary aggregate level by mixing, in a predetermined ratio, a hydrophobic-rich silica raw material in which a surface silanol group has been subjected to a hydrophobic treatment and a hydrophilic-rich silica raw material in which a surface silanol group is remained; producing an aqueous dispersion by adding the prepared fumed silica particle group at a secondary aggregate level to water and performing shearing with a predetermined shearing speed or more, the resulting aqueous dispersion including the fumed silica particle group in which the lower order aggregates (=primary aggregates) are aggregated each other to form the higher order aggregate (=secondary aggregate) by a non-chemical bond, thereby forming the network-like surrounding structure including a space inside the network-like surrounding structure; and forming an emulsion by adding an oil to the produced aqueous dispersion, the oil-in-water type emulsion including a composite particle group in which the oil is included inside the network-like surrounding structure formed by the fumed silica particle group at the secondary aggregate level.
A door lock, comprising: a switch means ; a switch driving means , wherein the switch driving means is capable of opening the switch means ; and a driving slider , wherein the driving slider is capable of driving the switch driving means , and the driving slider is capable of being driven by a door hook ; characterised in that the switch driving means is a swing lever, and the swing lever is capable of rotating to open the switch means . a switch means ; a switch driving means , wherein the switch driving means is capable of opening the switch means ; and a driving slider , wherein the driving slider is capable of driving the switch driving means , and the driving slider is capable of being driven by a door hook ; characterised in that the switch driving means is a swing lever, and the swing lever is capable of rotating to open the switch means .
Transmission for a hybrid drive arrangement, which transmission can be coupled to two drive units , with an input shaft and an output shaft , at least one first, second, third and fourth shifting element (SE1, SE2, SE3, SE4), and at least one first planetary transmission and one second planetary transmission , it being possible for the input shaft to be coupled by means of the first shifting element (SE1) to an internal gear of the first planetary transmission , and the output shaft being coupled to a planetary carrier of the first planetary transmission , it being possible for a sun gear of the first planetary transmission to be coupled by means of the fourth shifting element (SE4) to a sun gear of the second planetary transmission , characterized in that the planetary carrier of the first planetary transmission can be coupled by means of the second shifting element (SE2) to an internal gear of the second planetary transmission , and the planetary carrier of the first planetary transmission can be coupled by means of the third shifting element (SE3) to the sun gear of the second planetary transmission . an input shaft and an output shaft , at least one first, second, third and fourth shifting element (SE1, SE2, SE3, SE4), and at least one first planetary transmission and one second planetary transmission , it being possible for the input shaft to be coupled by means of the first shifting element (SE1) to an internal gear of the first planetary transmission , and the output shaft being coupled to a planetary carrier of the first planetary transmission , it being possible for a sun gear of the first planetary transmission to be coupled by means of the fourth shifting element (SE4) to a sun gear of the second planetary transmission , characterized in that the planetary carrier of the first planetary transmission can be coupled by means of the second shifting element (SE2) to an internal gear of the second planetary transmission , and the planetary carrier of the first planetary transmission can be coupled by means of the third shifting element (SE3) to the sun gear of the second planetary transmission .
A display device comprising: a display module ; an outer case in which the display module is mounted and defining an internal space which is closed airtight from the outside; and an inner case coupled to the display module , characterized in that the inner case partitions off the internal space into a first closed space having a rear surface of the display module exposed thereto and a second closed space having a front surface of the display module exposed thereto, wherein the first closed space is surrounded by the second closed space with respect to one cross section; and a circulation bracket and an inner fan provided in the first closed space for forming a closed loop to circulate air, wherein the closed loop is formed by the circulation bracket located across the first closed space and the inner fan located in the circulation bracket . a display module ; an outer case in which the display module is mounted and defining an internal space which is closed airtight from the outside; and an inner case coupled to the display module , characterized in that the inner case partitions off the internal space into a first closed space having a rear surface of the display module exposed thereto and a second closed space having a front surface of the display module exposed thereto, wherein the first closed space is surrounded by the second closed space with respect to one cross section; and a circulation bracket and an inner fan provided in the first closed space for forming a closed loop to circulate air, wherein the closed loop is formed by the circulation bracket located across the first closed space and the inner fan located in the circulation bracket .
A method for processing liquid food product (LF), the method comprising: providing a flow of a first food component (LF1) having a first fat content, providing a flow of a second food component (LF2) having a second fat content that is higher than the first fat content, increasing , by means of a pump , a pressure of the second food component (LF2), forcing the second food component (LF2) through a first gap such that the second food component (LF2) is homogenized and the pressure of the second food component (LF2) thereby decreases, combining the first food component (LF1) and the homogenized second food component (LF2) to form a liquid food product (LF) that has a predetermined fat content, and forcing the liquid food product (LF) through a second gap such that the liquid food product (LF) is homogenized and the pressure of the liquid food product (LF) thereby decreases. providing a flow of a first food component (LF1) having a first fat content, providing a flow of a second food component (LF2) having a second fat content that is higher than the first fat content, increasing , by means of a pump , a pressure of the second food component (LF2), forcing the second food component (LF2) through a first gap such that the second food component (LF2) is homogenized and the pressure of the second food component (LF2) thereby decreases, combining the first food component (LF1) and the homogenized second food component (LF2) to form a liquid food product (LF) that has a predetermined fat content, and forcing the liquid food product (LF) through a second gap such that the liquid food product (LF) is homogenized and the pressure of the liquid food product (LF) thereby decreases.
A method of selectively loading classes during an initialization of an operating system of a computing device, the method comprising: detecting a trigger for initializing an application virtual machine; and responsive to detecting the trigger for initializing the application virtual machine: loading classes selected from a first class list; loading resources of the computing device; loading a service-loading process configured to initialize services of the operating system and register the services with a service manager; and loading classes selected from a second class list after loading the service-loading process, wherein classes are determined to be included in the first class list or the second class list based on at least one of respective load times of the classes, a respective number of processes that use the classes, and respective parameters indicating respective priorities of the classes, wherein each class in the first class list has a load time that is less than a load time threshold and is utilized by a number of processes that is greater than a threshold number of processes; wherein each class in the second class list has a load time that is greater than a load time threshold and is utilized by a number of processes that is greater than a threshold number of processes, and wherein the service-loading process loads new applications responsive to detecting commands for the new applications via an inter-process communication socket. detecting a trigger for initializing an application virtual machine; and responsive to detecting the trigger for initializing the application virtual machine: loading classes selected from a first class list; loading resources of the computing device; loading a service-loading process configured to initialize services of the operating system and register the services with a service manager; and loading classes selected from a second class list after loading the service-loading process, loading classes selected from a first class list; loading resources of the computing device; loading a service-loading process configured to initialize services of the operating system and register the services with a service manager; and loading classes selected from a second class list after loading the service-loading process, wherein classes are determined to be included in the first class list or the second class list based on at least one of respective load times of the classes, a respective number of processes that use the classes, and respective parameters indicating respective priorities of the classes, wherein each class in the first class list has a load time that is less than a load time threshold and is utilized by a number of processes that is greater than a threshold number of processes; wherein each class in the second class list has a load time that is greater than a load time threshold and is utilized by a number of processes that is greater than a threshold number of processes, and wherein the service-loading process loads new applications responsive to detecting commands for the new applications via an inter-process communication socket.