mhurhangee/patent-ind-claim-en huggingface dataset:
A method of modifying a property related to a magnetic interaction between an impeller having permanent magnetization and a blood pump including a stator, comprising: (a) measuring the property of the blood pump; (b) selecting at least one condition of heating the impeller based on the measured property of the pump; and (c) heating the impeller until the property reaches a target value. (a) measuring the property of the blood pump; (b) selecting at least one condition of heating the impeller based on the measured property of the pump; and (c) heating the impeller until the property reaches a target value.
A cosmetic method for treating adverse effects of the natural aging process of the skin, the method comprising increasing and/or synchronizing perl gene expression in skin cells having decreased, irregular, or asynchronous perl gene expression due to the natural aging process by treating the skin cells with a composition comprising an effective amount of cichoric acid, and a DNA repair enzyme; wherein the cichoric acid is in the form of an extract of Echinacea purpurea ; wherein the DNA repair enzyme is in the form of Bifida Ferment Lysate; and wherein the composition is in the form of a skin cream, lotion, foundation makeup, lipstick, concealer, blush, serum, eye shadow, cleanser or toner.
An endoscopic coating composition comprising a solid lubricant, a fluorine-containing surfactant, a thermosetting resin, and a solvent, wherein the thermosetting resin includes a polyamide-imide resin, and wherein the polyamide-imide resin preferably has a weight-average molecular weight of 10000 to 100000.
An actuating device for opening and closing a valve of an outlet arrangement for a bowl, comprising a latching device , which comprises a first latching element and a second latching element , wherein the first latching element and the second latching element are latchable to one another in at least one first latching position and a second latching position of the latching device , an actuating element , which is manually displaceable by an operator from a rest position into an operating position, in which the actuating element cooperates with the first latching element , to transfer the latching device from the first latching position into the second latching position or from the second latching position into the first latching position, and a guide , on which the actuating element is guided during displacement from the rest position into the operating position, wherein, independently of whether the latching device is located in the first latching position or in the second latching position, the actuating element is arranged in the rest position at substantially the same height relative to the guide , and wherein the guide and the actuating element enclose a guide space , characterised in that the guide and/or the actuating element have at least one air channel for the ventilation or aeration of the guide space .
Blood pump control system including: a blood pump including a motor , an inflow conduit , an outflow conduit and a movable element for producing a flow between the inflow and outflow conduit; and a control unit including a receiving unit for receiving a signal indicative of a valve state of a blood system valve based on time-series signals indicative of at least one of a pressure, a pressure difference and a flow through the blood pump ; a signal processing circuit configured for calculating a valve state index, VSI, relating a number of occurrences of a chosen valve state to a number of occurrences of all valve states; and a motor controller operably connected to the motor for adjusting the speed of the movable element based on the VSI. a blood pump including a motor , an inflow conduit , an outflow conduit and a movable element for producing a flow between the inflow and outflow conduit; and a control unit including a receiving unit for receiving a signal indicative of a valve state of a blood system valve based on time-series signals indicative of at least one of a pressure, a pressure difference and a flow through the blood pump ; a signal processing circuit configured for calculating a valve state index, VSI, relating a number of occurrences of a chosen valve state to a number of occurrences of all valve states; and a motor controller operably connected to the motor for adjusting the speed of the movable element based on the VSI. a receiving unit for receiving a signal indicative of a valve state of a blood system valve based on time-series signals indicative of at least one of a pressure, a pressure difference and a flow through the blood pump ; a signal processing circuit configured for calculating a valve state index, VSI, relating a number of occurrences of a chosen valve state to a number of occurrences of all valve states; and a motor controller operably connected to the motor for adjusting the speed of the movable element based on the VSI.
Aircraft passenger reading light , which is operable in at least two predetermined configurations, the aircraft passenger reading light comprising: a housing ; a light source , configured for providing a light output ; an optical element ; and an actuation mechanism , which is configured to modify a distance between the light source and the optical element ; wherein the distance (D) between the light source and the optical element differs in the at least two predetermined configurations and wherein a spatial extension (S) of the illumination, which results from the light output of the light source and the optical element , differs in the at least two predetermined configurations; characterized in that the aircraft passenger reading light further comprises: a support structure of the light source ; and at least one longitudinal guide member ; and at least one corresponding guiding structure , provided at the optical element and/or at the support structure of the light source , for guiding the optical element and/or the support structure of the light source along the at least one longitudinal guide member and for preventing the optical element and/or the light source from rotating; and in that the actuation mechanism includes an actuation member , which is rotatable with respect to the housing ; wherein the actuation member is mechanically coupled with the optical element and/or with the light source , such that rotation of the actuation member modifies the distance between the light source and the optical element . a housing ; a light source , configured for providing a light output ; an optical element ; and an actuation mechanism , which is configured to modify a distance between the light source and the optical element ; wherein the distance (D) between the light source and the optical element differs in the at least two predetermined configurations and wherein a spatial extension (S) of the illumination, which results from the light output of the light source and the optical element , differs in the at least two predetermined configurations; characterized in that the aircraft passenger reading light further comprises: a support structure of the light source ; and at least one longitudinal guide member ; and at least one corresponding guiding structure , provided at the optical element and/or at the support structure of the light source , for guiding the optical element and/or the support structure of the light source along the at least one longitudinal guide member and for preventing the optical element and/or the light source from rotating; and in that the actuation mechanism includes an actuation member , which is rotatable with respect to the housing ; wherein the actuation member is mechanically coupled with the optical element and/or with the light source , such that rotation of the actuation member modifies the distance between the light source and the optical element .
A communication method, comprising: receiving, by a session management network element, first status information, wherein the first status information indicates a status of a data channel in a terminal device; determining (S210), by the session management network element, a first data channel in a first system based on the first status information, wherein the first data channel is a data channel that has been deleted by the terminal device but not notified to a network side and that is to be synchronized with the terminal device; and characterized by : synchronizing (S220), by the session management network element in an interworking procedure for the terminal device from the first system to a second system, the first data channel and information about a second data channel that is in the second system and that corresponds to the first data channel by releasing the first data channel and deleting the information about the second data channel, wherein the first system and the second system are different communication systems. receiving, by a session management network element, first status information, wherein the first status information indicates a status of a data channel in a terminal device; determining (S210), by the session management network element, a first data channel in a first system based on the first status information, wherein the first data channel is a data channel that has been deleted by the terminal device but not notified to a network side and that is to be synchronized with the terminal device; and characterized by : synchronizing (S220), by the session management network element in an interworking procedure for the terminal device from the first system to a second system, the first data channel and information about a second data channel that is in the second system and that corresponds to the first data channel by releasing the first data channel and deleting the information about the second data channel, wherein the first system and the second system are different communication systems. synchronizing (S220), by the session management network element in an interworking procedure for the terminal device from the first system to a second system, the first data channel and information about a second data channel that is in the second system and that corresponds to the first data channel by releasing the first data channel and deleting the information about the second data channel, wherein the first system and the second system are different communication systems.
Method for operating an assistance system of a motor vehicle , having a first control unit and a second control unit , wherein a first speed sensor for detecting a speed of a first wheel is connected to the first control unit , wherein a second speed sensor for detecting a speed of a second wheel is connected to the second control unit , and wherein the first control unit is coupled by signal technology to the second control unit , wherein - by means of the first speed sensor a first sensor signal is generated and by means of the second speed sensor a second sensor signal is generated, - it is determined whether there is fault in the first control unit or the second control unit , - then, if there is no fault, the second sensor signal is sent to the first control unit by means of the second control unit , and by means of the first control unit a wheel slip of the first wheel is determined from the first sensor signal, and a wheel slip of the second wheel is determined from the second sensor signal, - characterised in that in the event of a fault in the first control unit , by means of the second control unit the wheel slip of the first wheel is determined by means of the second sensor signal, namely a functional correlation with the second sensor signal, and the wheel slip of the second wheel is determined from the second sensor signal, - and, in the event of a fault in the second control unit , by means of the first control unit the wheel slip of the first wheel is determined from the first sensor signal and the wheel slip of the second wheel is determined on the basis of the first sensor signal, namely a functional correlation with the first sensor signal. - by means of the first speed sensor a first sensor signal is generated and by means of the second speed sensor a second sensor signal is generated, - it is determined whether there is fault in the first control unit or the second control unit , - then, if there is no fault, the second sensor signal is sent to the first control unit by means of the second control unit , and by means of the first control unit a wheel slip of the first wheel is determined from the first sensor signal, and a wheel slip of the second wheel is determined from the second sensor signal, - characterised in that in the event of a fault in the first control unit , by means of the second control unit the wheel slip of the first wheel is determined by means of the second sensor signal, namely a functional correlation with the second sensor signal, and the wheel slip of the second wheel is determined from the second sensor signal, - and, in the event of a fault in the second control unit , by means of the first control unit the wheel slip of the first wheel is determined from the first sensor signal and the wheel slip of the second wheel is determined on the basis of the first sensor signal, namely a functional correlation with the first sensor signal.
A turner gear assembly for turning an unbalanced rotor of a wind turbine having a drivetrain, comprising: a turner gear configured to couple to a said drivetrain and having at least two motors ; and a valve block operatively connectable to the turner gear and including a first flow control valve configured to be in fluid communication with a pump and with the at least two motors of the turner gear , characterized in that the first flow control valve is selectively moveable between a first fluid control position and a second fluid control position , and when the first flow control valve is in the first fluid control position , the at least two motors operate in parallel, and when the first flow control valve is in the second fluid control position , the at least two motors operate in series. a turner gear configured to couple to a said drivetrain and having at least two motors ; and a valve block operatively connectable to the turner gear and including a first flow control valve configured to be in fluid communication with a pump and with the at least two motors of the turner gear , characterized in that the first flow control valve is selectively moveable between a first fluid control position and a second fluid control position , and when the first flow control valve is in the first fluid control position , the at least two motors operate in parallel, and when the first flow control valve is in the second fluid control position , the at least two motors operate in series.
Method for producing pulp from lignocellulose made from wood, preferably in the form of wood chips, where the lignocellulose material is impregnated with chemicals from a mixture of sodium sulphite and sodium bisulphite and then subjected to a grinding process in a refiner, characterized in that chemicals are fed directly to the refiner in addition in a mixture of sodium sulphite and sodium bisulphite, where the chemicals are fed to the impregnation stage at a pH of 6.0-7.5, preferably 6.5-7.0, and the additional chemicals are added in the refiner with a pH of 4.0-5.5., preferably 4.2-4.5.
A box type sealing structure , the box type sealing structure being annular as a whole, the box type sealing structure comprising an oil-throwing ring and a sealing ring, the sealing ring comprising a frame and a sealing portion attached to the frame , the oil-throwing ring having an oil-throwing ring axial portion (11a0) extending in an axial direction (A), the oil-throwing ring additionally has a first centrifugal structure closer to the axial inner side than the oil-throwing ring axial portion (11a0), the first centrifugal structure has a first bent portion (11a1) extending towards the axial inner side and the radial outer side, the sealing portion comprises a first sealing cover portion separated from the first bent portion (11a1) and arranged on the radial outer side of the first bent portion (11a1), and the first sealing cover portion extends towards the axial inner side in the axial direction until it at least reaches a position which is flush with the first bent portion (11a1), the oil-throwing ring additionally has an oil-throwing ring radial portion (11b0) extending in the radial direction (R) and a second centrifugal structure closer to the radial outer side than the oil-throwing ring radial portion (11b0), the second centrifugal structure has a second bent portion (11b1) extending towards the axial outer side and the radial outer side, the sealing ring comprises a second sealing cover portion separated from the second bent portion (11b1) and arranged on the radial outer side of the second bent portion (11b1), and the second sealing cover portion extends towards the axial inner side in the axial direction (A) until it at least reaches a position which is flush with the second bent portion (11b1) characterized in that the frame has a frame radial portion , the frame radial portion comprises an axial portion (12b3) and a folded portion (12b4), the axial portion (12b3) extends towards the axial outer side in the axial direction (A), the folded portion (12b4) extends from the radial outer side of said axial portion (12b3) to the axial inner side and the radial inner side so that said axial portion (12b3) and the folded portion (12b4) form the second sealing cover portion .
A sustained release pharmaceutical composition comprising a therapeutically effective amount of pyridostigmine or a pharmaceutically acceptable salt thereof, a diluent, and a copolymer comprising polyvinyl acetate and polyvinylpyrrolidone in a ratio from 3:1 to 5:1, wherein the composition is produced by hot-melt extrusion.
A tape-shaped prepreg comprising a plurality of unidirectionally oriented fibers and a binder infiltrated into these fibers , wherein the tape-shaped prepreg has an average thickness of 50 μm to 150 μm; a content percentage of the plurality of fibers in the tape-shaped prepreg is 30 vol% to 60 vol%; characterized in that a fractal dimension D of a coefficient of variation Cv(n), which is determined from an areal proportion a of fibers in each of regions obtained by equally dividing a cross-sectional image perpendicular to an orientation direction of the plurality of fibers into n sections (n is an integer of 2 or larger) along each of lengthwise and crosswise directions, is 0.4 to 1.5; and a degree of orientation P, which is expressed by the following equation: Degree of orientation P = 1 − minor-axis length of approximate ellipse / major-axis length thereof that is determined from an approximate ellipse of a power-spectrum image obtained by Fourier transform of a cross-sectional image parallel to the orientation direction of the plurality of fibers , is 0.8 or greater and less than 1.0.
A data processing arrangement for collating information relating to distributed installed assets belonging to a public utility such as an electricity generator or supplier, the data processing arrangement comprising: plural hand-held computing apparatus each operable by a respective one of plural users, wherein each of the plural hand-held computing apparatus is a tablet computer, a phablet or a smartphone; a server ; a mobile application running on each of the plural hand-held computing apparatus, each mobile application being operative: to control input to the hand-held computing apparatus by the user of asset information for each of the distributed installed assets ; and to convey the input asset information to the server; and characterised by a configurable data structure which is stored in each of the plural hand-held computing apparatus, wherein the hand-held computing apparatus stored configurable data structure is accessed by the mobile application, the mobile application controlling in dependence on access to the configurable data structure what asset information is input to the hand-held computing apparatus by the user and without object code of the mobile application being changed, the server being operative to change content of the configurable data structure from one use of the mobile application to another to thereby change what asset information is input to the hand-held computing apparatus by the user by way of the mobile application and without object code of the mobile application being changed. plural hand-held computing apparatus each operable by a respective one of plural users, wherein each of the plural hand-held computing apparatus is a tablet computer, a phablet or a smartphone; a server ; a mobile application running on each of the plural hand-held computing apparatus, each mobile application being operative: to control input to the hand-held computing apparatus by the user of asset information for each of the distributed installed assets ; and to convey the input asset information to the server; and characterised by a configurable data structure which is stored in each of the plural hand-held computing apparatus, wherein the hand-held computing apparatus stored configurable data structure is accessed by the mobile application, the mobile application controlling in dependence on access to the configurable data structure what asset information is input to the hand-held computing apparatus by the user and without object code of the mobile application being changed, the server being operative to change content of the configurable data structure from one use of the mobile application to another to thereby change what asset information is input to the hand-held computing apparatus by the user by way of the mobile application and without object code of the mobile application being changed.
A method performed by a computing device, comprising: obfuscating a first function configured to retrieve an address of a second function from a second library specified as an input to the first function; generating a stub version of the first function; detecting a reflective loading operation configured to store a library associated with a first software application component into an address space of a memory of the computing device allocated for execution of a software application installer configured to install a second software application component, the reflective loading operation comprising a call to the stub version of the first function; in response to said detecting, determining that the reflective loading operation is being performed by a downloader included in the software application installer; and in response to determining that the reflective loading operation is being performed by the downloader, preventing the library associated with the first software application component from being stored into the address space of the memory of the computing device allocated for execution of the software application installer while enabling the second software application component to complete installation. obfuscating a first function configured to retrieve an address of a second function from a second library specified as an input to the first function; generating a stub version of the first function; detecting a reflective loading operation configured to store a library associated with a first software application component into an address space of a memory of the computing device allocated for execution of a software application installer configured to install a second software application component, the reflective loading operation comprising a call to the stub version of the first function; in response to said detecting, determining that the reflective loading operation is being performed by a downloader included in the software application installer; and in response to determining that the reflective loading operation is being performed by the downloader, preventing the library associated with the first software application component from being stored into the address space of the memory of the computing device allocated for execution of the software application installer while enabling the second software application component to complete installation.