mhurhangee/patent-ind-claim-en huggingface dataset:
A system for managing processes in a computing device, the system comprising: a memory comprising a first set of memory locations; a processor configured to execute a plurality of executable programs; and a protection circuit , coupled to the processor and to the memory, wherein: the protection circuit comprises a second set of memory locations; the protection circuit is configured to store permission data in the second set of memory locations; the permission data comprises information regarding the first and second sets of memory locations, regarding a set of the executable programs, and regarding relationships between: the set of the executable programs; and the first and second sets of memory locations; and the protection circuit is configured to regulate access by the processor to the first and second sets of memory locations based at least on the permission data in the second set of memory locations. a memory comprising a first set of memory locations; a processor configured to execute a plurality of executable programs; and a protection circuit , coupled to the processor and to the memory, wherein: the protection circuit comprises a second set of memory locations; the protection circuit is configured to store permission data in the second set of memory locations; the permission data comprises information regarding the first and second sets of memory locations, regarding a set of the executable programs, and regarding relationships between: the set of the executable programs; and the first and second sets of memory locations; and the protection circuit comprises a second set of memory locations; the protection circuit is configured to store permission data in the second set of memory locations; the permission data comprises information regarding the first and second sets of memory locations, regarding a set of the executable programs, and regarding relationships between: the set of the executable programs; and the first and second sets of memory locations; and the set of the executable programs; and the first and second sets of memory locations; and the protection circuit is configured to regulate access by the processor to the first and second sets of memory locations based at least on the permission data in the second set of memory locations.
A system for accessorizing a garment , the system comprising: a mountable accessorizing apparatus formed from one or more pliable materials to permit said apparatus to be shaped to provide one or more mounting surfaces so that said mountable accessorizing apparatus may be mounted on the garment such that one or more display components may be viewable for accessorizing the garment , characterized in that said mountable accessorizing apparatus includes a gap and is sized and shaped to mount partially within a buttonhole for mounting the mountable accessorizing apparatus on the garment to develop one or more display components.
Apparatus for providing a control signal for a blood pressure measurement device, comprising: - an input interface for obtaining a health state parameter being indicative of a health state of a patient , said health state parameter including a risk score indicating the health state of the patient on a predefined scale and being determined based on a blood pressure measurement of the patient; - a processing unit for determining one or more operation settings of a blood pressure measurement device based on the health state parameter, said one or more operation settings including a parameter that can be adjusted at the blood pressure measurement device when conducting a blood pressure measurement with the device and that affects a precision of said blood pressure measurement and a patient comfort resulting from said blood pressure measurement, wherein the operation settings that relate to the minimum required precision and the maximum possible patient comfort are determined based on how the precision of the measurement affects the risk score; and - a control interface for providing a control signal for a blood pressure measurement device to perform a blood pressure measurement based on said one or more operation settings. - an input interface for obtaining a health state parameter being indicative of a health state of a patient , said health state parameter including a risk score indicating the health state of the patient on a predefined scale and being determined based on a blood pressure measurement of the patient; - a processing unit for determining one or more operation settings of a blood pressure measurement device based on the health state parameter, said one or more operation settings including a parameter that can be adjusted at the blood pressure measurement device when conducting a blood pressure measurement with the device and that affects a precision of said blood pressure measurement and a patient comfort resulting from said blood pressure measurement, wherein the operation settings that relate to the minimum required precision and the maximum possible patient comfort are determined based on how the precision of the measurement affects the risk score; and - a control interface for providing a control signal for a blood pressure measurement device to perform a blood pressure measurement based on said one or more operation settings.
Method for displaying a three-dimensional scene on an auto stereoscopic monitor , wherein a) a number N of basic images of a three-dimensional scene are pre-determined, which each show the three-dimensional scene from different viewing angles, b) a basic image mask each , respectively with the size of a native monitor resolution of the auto stereoscopic monitor or a part area of the auto stereoscopic monitor is pre-determined for each of the basic images , c) the normal distance (d') of the viewer of the auto stereoscopic monitor is calculated as normal to the monitor level of the auto stereoscopic monitor and characterised in that d) a stretching factor is calculated depending on the normal distance (d'), and e) the individual basic images are weighted pixel by pixel or subpixel by subpixel with the respective image mask allocated to them, and are subsequently added up to a grid image , f) the grid image calculated in this way is displayed on the monitor of the auto stereoscopic monitor , g) the basic image masks are stretched or compressed according to the stretching factor in the direction of the horizontal image axis and are transmitted to respective image masks by means of interpolation, wherein the respective image masks have the same resolution and width as the basic image masks, and h) the image masks produced from the basic image masks through compression and/or stretching are centred horizontally, so that the horizontal centre point of the centred image masks matches the horizontal centre point of the basic image masks. a) a number N of basic images of a three-dimensional scene are pre-determined, which each show the three-dimensional scene from different viewing angles, b) a basic image mask each , respectively with the size of a native monitor resolution of the auto stereoscopic monitor or a part area of the auto stereoscopic monitor is pre-determined for each of the basic images , c) the normal distance (d') of the viewer of the auto stereoscopic monitor is calculated as normal to the monitor level of the auto stereoscopic monitor and characterised in that d) a stretching factor is calculated depending on the normal distance (d'), and e) the individual basic images are weighted pixel by pixel or subpixel by subpixel with the respective image mask allocated to them, and are subsequently added up to a grid image , f) the grid image calculated in this way is displayed on the monitor of the auto stereoscopic monitor , g) the basic image masks are stretched or compressed according to the stretching factor in the direction of the horizontal image axis and are transmitted to respective image masks by means of interpolation, wherein the respective image masks have the same resolution and width as the basic image masks, and h) the image masks produced from the basic image masks through compression and/or stretching are centred horizontally, so that the horizontal centre point of the centred image masks matches the horizontal centre point of the basic image masks.
A transformed yeast into which a chaperone gene has been introduced and in which the aox1 gene has been disrupted, and a protease gene has been disrupted, wherein optionally the protease gene is a prb1 gene. the aox1 gene has been disrupted, and a protease gene has been disrupted, wherein optionally the protease gene is a prb1 gene.
An apparatus for measuring output material of a recovery boiler of pulp processing, characterized in that the apparatus of the kraft pulping comprises; at least one ion-selective electrode arrangement configured to measure fly ash of the output material, which includes sodium sulfate (Na 2 SO 4 ), potassium sulfate (K 2 SO 4 ), sodium carbonate (Na 2 CO 3 ), sodium chloride (NaCl), potassium carbonate (K 2 CO 3 ) and potassium chloride (KCl), and provide the data processing unit with information on quantity of at least one of the following: potassium (K), chlorine (Cl) sodium (Na), and carbonate (CO 3 , HCO 3 ); and the data processing unit is configured to compute quantity of sulfate (SO 4 ) of the output material based on the information received from the at least one ion-selective electrode arrangement for input to a digester or further processing. at least one ion-selective electrode arrangement configured to measure fly ash of the output material, which includes sodium sulfate (Na 2 SO 4 ), potassium sulfate (K 2 SO 4 ), sodium carbonate (Na 2 CO 3 ), sodium chloride (NaCl), potassium carbonate (K 2 CO 3 ) and potassium chloride (KCl), and provide the data processing unit with information on quantity of at least one of the following: potassium (K), chlorine (Cl) sodium (Na), and carbonate (CO 3 , HCO 3 ); and the data processing unit is configured to compute quantity of sulfate (SO 4 ) of the output material based on the information received from the at least one ion-selective electrode arrangement for input to a digester or further processing.
A combustion control device for being used in a combustion system and configured to stop the supply of a fuel for staging blocks including a main fuel nozzle in which a flashback occurs based on a detection signal from a flashback detection unit (40-44) configured to detect the flashback, the combustion control device comprising: a staging processing unit configured to instruct to supply the fuel or stop the fuel supply for each of the staging blocks based on a staging pattern (SP) in which an operating line indicating a correspondence relation between an amount of load of the combustion system and an amount of fuel supply for each of the staging blocks is specified so that at least one of the staging blocks supplies fuel in response to a turbine load (L); and a load adjustment unit configured to reduce the amount of turbine load (L) to a level at which the fuel supply for the staging block corresponding to the flashback detection unit (40-44) is stopped when the detection signal is input from the flashback detection unit (40-44), wherein the level is set to a different value for each of the staging blocks for which the fuel supply is stopped. a staging processing unit configured to instruct to supply the fuel or stop the fuel supply for each of the staging blocks based on a staging pattern (SP) in which an operating line indicating a correspondence relation between an amount of load of the combustion system and an amount of fuel supply for each of the staging blocks is specified so that at least one of the staging blocks supplies fuel in response to a turbine load (L); and a load adjustment unit configured to reduce the amount of turbine load (L) to a level at which the fuel supply for the staging block corresponding to the flashback detection unit (40-44) is stopped when the detection signal is input from the flashback detection unit (40-44), wherein the level is set to a different value for each of the staging blocks for which the fuel supply is stopped.
System for friction stir welding with a device for changing the welding direction of the welding shoulder virtually without delay when required by the geometrical arrangement of the parts to be joined by welding or unevennesses of the material, with the following features: a) a main body with a welding table and a bridge support for the suspension of a friction welding head , wherein the friction welding head can steplessly move horizontally and vertically over the entire area of the welding table , characterized in that the system has the following features: b) a pin mount for securing and driving a welding pin tip of the friction welding head , wherein the welding pin tip is guided within a welding shoulder which can be inclined in relation to the pin axis; and a welding shoulder mount with a cardanic suspension for receiving and controlling the welding shoulder , wherein the welding shoulder mount is controlled at multiple points, lying at an angle with respect to one another, by in each case a main adjusting drive , respectively articulated on the friction welding head , by means of in each case a push and pull rod against the pressure of a centrally acting spring package . a) a main body with a welding table and a bridge support for the suspension of a friction welding head , wherein the friction welding head can steplessly move horizontally and vertically over the entire area of the welding table , b) a pin mount for securing and driving a welding pin tip of the friction welding head , wherein the welding pin tip is guided within a welding shoulder which can be inclined in relation to the pin axis; and a welding shoulder mount with a cardanic suspension for receiving and controlling the welding shoulder , wherein the welding shoulder mount is controlled at multiple points, lying at an angle with respect to one another, by in each case a main adjusting drive , respectively articulated on the friction welding head , by means of in each case a push and pull rod against the pressure of a centrally acting spring package .
A Kerr Mode Locked, KLM, laser comprising: a resonant cavity; and a gain medium selected from polycrystalline transition metal doped II-VI materials, TM: II-VI, the gain medium being mounted at a normal angle of incidence to a pump beam and mounted in the resonant cavity so as to induce Kerr-lens mode locking sufficient for the resonant cavity to emit a pulsed laser beam at a fundamental wavelength, wherein pulses of the emitted laser beam at the fundamental wavelength each vary, meaning fall, within a 1.8 - 8 μm wavelength range, have a pulse duration equal to or longer than 30 - 35 fs time range and an average output power within a mW to about 20 W power range, a linearly polarized fiber laser pump source selected from an erbium or thulium doped single mode fiber and operative to emit a pump beam which is coupled into the gain medium at a pump wavelength different from the fundamental wavelength, wherein the laser and pump beams remain circular while propagating through the gain medium . a resonant cavity; and a gain medium selected from polycrystalline transition metal doped II-VI materials, TM: II-VI, the gain medium being mounted at a normal angle of incidence to a pump beam and mounted in the resonant cavity so as to induce Kerr-lens mode locking sufficient for the resonant cavity to emit a pulsed laser beam at a fundamental wavelength, wherein pulses of the emitted laser beam at the fundamental wavelength each vary, meaning fall, within a 1.8 - 8 μm wavelength range, have a pulse duration equal to or longer than 30 - 35 fs time range and an average output power within a mW to about 20 W power range, a linearly polarized fiber laser pump source selected from an erbium or thulium doped single mode fiber and operative to emit a pump beam which is coupled into the gain medium at a pump wavelength different from the fundamental wavelength, wherein the laser and pump beams remain circular while propagating through the gain medium .
An exhalation system for a patient interface , comprising at least two walls , wherein the walls are arranged next to each other at least in portions, wherein the exhalation system has at least two flow paths (S1, S2) for the flow of respiratory gas from an interior of the patient interface , wherein the first flow path (S1) runs at least partially between the first wall and the second wall , and the first flow path (S1) is formed to at least temporarily reduce respiratory gas pressure, and wherein the second flow path (S2) is at least partially surrounded by the second wall , and the second flow path (S2) is formed at least partially for the at least temporary flow of respiratory gas into the interior of the patient interface , characterized in that at least four groove arrangements are arranged in at least one of the walls , wherein each groove arrangement comprises at least two grooves and wherein the grooves , together with the other wall form channels , wherein the groove arrangements are always arranged in pairs and the distance between two pairs of groove arrangements is greater than the distance of the two groove arrangements of each pair from one another.
Storage and/or transport container for a cryogenic liquefied gas , comprising a double wall which is formed by an outer container and an inner container , wherein the outer container surrounds the inner container, and wherein the outer container has a cylindrical jacket-like metal wall region (12.1) which transitions into domed metal wall regions (12.2) at opposite ends, characterized in that a wall thickness of the cylindrical jacket-like metal wall region (12.1) increases from a central portion (12.3), which is located centrally between the first and second end, in the direction of the first and second end, and wherein, in the central portion (12.3), a reinforcement layer (12.4) which comprises a fiber-reinforced plastics material is fastened to the cylindrical jacket-like metal wall region (12.1).
Electronic module , in particular a power module, with a circuit carrier which has at least one electrically conductive thick film with at least a thickness of at least 0.5 millimetre, preferably at least 2 millimetres and ideally at least 4 millimetres, which has a plurality of thermally conductive elements connected to one another, which are connected to one another by means of a thermally conductive material , in particular by material bonding, and in which the thermally conductive elements have a base area with threefold and/or fourfold and/or sixfold rotational symmetry.
An improved additive system for protein PEGylation reaction, said system comprising p -aminobenzoic hydrazide in combination with an aromatic amine or an ammonium salt, wherein said aromatic amine is selected from a group consisting of 3,5-diaminobenzoic acid, o-phenylenediamine, 1-pyridin-2-yl-ethylamine, 2-(dimethylamino)ethylhydrazine, m-phenylenediamine and 2-picolylamine, and wherein said ammonium salt is selected from a group consisting of ammonium acetate and ammonium chloride.
An electronic key storage case, comprising a housing , a cavity defined in the housing and configured for storage, a front panel configured for password input and disposed on the front of the housing, a locking mechanism and a control circuit disposed on an inner side of the front panel, characterized in that : the locking mechanism is an electronic lock and comprises a driving circuit, a lock tongue and a mounting assembly connected with the lock tongue, the driving circuit comprises a motor outputting a main shaft and the driving circuit is configured to receive unlocking information from the control circuit and control an action on the lock tongue; the mounting assembly comprises a lock bracket , a rotating shaft located on the lock bracket, and a locking hook spring disposed on the rotating shaft, the lock tongue is sleeved on the rotating shaft, an acting end of the locking hook spring is connected with the lock tongue, a locking hook groove is provided on the lock tongue, and the locking hook groove is matched with a locking pin on the housing; and the lock tongue cooperates with the locking hook spring through the driving circuit, to obtain a degree of freedom of forward or reverse rotation with the rotating shaft as a central axis, to form two states of the locking hook groove engaged with or separated from the locking pin, wherein when the main shaft under the action of the motor rotates clockwise, the lock tongue can rotate under the acting force of the locking hook spring so that the locking hook groove of the lock tongue is separated from the locking pin. the driving circuit comprises a motor outputting a main shaft and the driving circuit is configured to receive unlocking information from the control circuit and control an action on the lock tongue; the mounting assembly comprises a lock bracket , a rotating shaft located on the lock bracket, and a locking hook spring disposed on the rotating shaft, the lock tongue is sleeved on the rotating shaft, an acting end of the locking hook spring is connected with the lock tongue, a locking hook groove is provided on the lock tongue, and the locking hook groove is matched with a locking pin on the housing; and the lock tongue cooperates with the locking hook spring through the driving circuit, to obtain a degree of freedom of forward or reverse rotation with the rotating shaft as a central axis, to form two states of the locking hook groove engaged with or separated from the locking pin, wherein when the main shaft under the action of the motor rotates clockwise, the lock tongue can rotate under the acting force of the locking hook spring so that the locking hook groove of the lock tongue is separated from the locking pin.
An asymmetric bearing device, comprising: a pair of races ; a friction ramp formed on a first one of the races; and a friction switching and control assembly disposed within the races , the friction switching and control assembly including one or more circumferentially sliding cogs configured to switch to: a flexed position for sliding through the friction ramp when the first one of the races is rotated in a first direction relative to the second one of the races; and a relaxed position for sliding through the friction ramp when the first one of the races is rotated in a second direction opposite to the first direction; wherein the sliding cogs are designed and arranged such that sliding through the friction ramp in the flexed position requires a greater amount of force than sliding through the friction ramp in the relaxed position. a pair of races ; a friction ramp formed on a first one of the races; and a friction switching and control assembly disposed within the races , the friction switching and control assembly including one or more circumferentially sliding cogs configured to switch to: a flexed position for sliding through the friction ramp when the first one of the races is rotated in a first direction relative to the second one of the races; and a relaxed position for sliding through the friction ramp when the first one of the races is rotated in a second direction opposite to the first direction; a flexed position for sliding through the friction ramp when the first one of the races is rotated in a first direction relative to the second one of the races; and a relaxed position for sliding through the friction ramp when the first one of the races is rotated in a second direction opposite to the first direction; wherein the sliding cogs are designed and arranged such that sliding through the friction ramp in the flexed position requires a greater amount of force than sliding through the friction ramp in the relaxed position.