mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a packaging structure, comprising: a coating step of coating at least one surface of a first sheet base material and/or a second sheet base material with a latex of a synthetic polyisoprene having a weight average molecular weight of 500,000 to 5,000,000 and/or a styrene-isoprene-styrene block copolymer having a weight average molecular weight of 100,000 to 300,000; a lamination step of sandwiching a medical article between the first sheet base material and the second sheet base material in a state in which at least a part of the first sheet base material and at least a part of the second sheet base material are in contact with each other via a latex coated surface formed on the first sheet base material and/or the second sheet base material to thereby obtain a laminated body; a pressing step of pressing a portion where at least the first sheet base material and the second sheet base material of the laminated body are in contact with each other via the latex coated surface at a temperature of 100°C or less to thereby obtain a pressed laminated body; and a sterilizing step of performing a sterilization treatment on the pressed laminated body. a coating step of coating at least one surface of a first sheet base material and/or a second sheet base material with a latex of a synthetic polyisoprene having a weight average molecular weight of 500,000 to 5,000,000 and/or a styrene-isoprene-styrene block copolymer having a weight average molecular weight of 100,000 to 300,000; a lamination step of sandwiching a medical article between the first sheet base material and the second sheet base material in a state in which at least a part of the first sheet base material and at least a part of the second sheet base material are in contact with each other via a latex coated surface formed on the first sheet base material and/or the second sheet base material to thereby obtain a laminated body; a pressing step of pressing a portion where at least the first sheet base material and the second sheet base material of the laminated body are in contact with each other via the latex coated surface at a temperature of 100°C or less to thereby obtain a pressed laminated body; and a sterilizing step of performing a sterilization treatment on the pressed laminated body.
A computer-implemented method for generating and verifying passwords, the method comprising: receiving a password setup request, the password setup request comprising a list identifying at least two verifiers and data representing a user-provided password; processing the data representing the user-provided password to recognize the user-provided password; forming a basis password based on the user-provided password; generating a plurality of system-generated passwords based on the basis password; encrypting the plurality of system-generated passwords to generate a plurality of encrypted passwords including a first encrypted password and a second encrypted password; submitting the plurality of encrypted passwords to a blockchain system for recordation; providing a first address of the first encrypted password on the blockchain system to a first verifier identified in the list; and providing a second address of the second encrypted password on the blockchain system to a second verifier identified in the list. receiving a password setup request, the password setup request comprising a list identifying at least two verifiers and data representing a user-provided password; processing the data representing the user-provided password to recognize the user-provided password; forming a basis password based on the user-provided password; generating a plurality of system-generated passwords based on the basis password; encrypting the plurality of system-generated passwords to generate a plurality of encrypted passwords including a first encrypted password and a second encrypted password; submitting the plurality of encrypted passwords to a blockchain system for recordation; providing a first address of the first encrypted password on the blockchain system to a first verifier identified in the list; and providing a second address of the second encrypted password on the blockchain system to a second verifier identified in the list.
A method for securing communications in a mobile network comprising: transmitting a message of a first type on a broadcast control channel, BCCH, ; and after ciphering is started on a slow associated control channel, SACCH, , transmitting a variant of the message of the first type on the SACCH , wherein the variant of the message is different from the message; and wherein the SACCH is used to transmit a message comprising neighbor cell information before ciphering is started and wherein the message is unciphered, and the variant of the message of the first type is transmitted after ciphering is started. transmitting a message of a first type on a broadcast control channel, BCCH, ; and after ciphering is started on a slow associated control channel, SACCH, , transmitting a variant of the message of the first type on the SACCH , wherein the variant of the message is different from the message; and wherein the SACCH is used to transmit a message comprising neighbor cell information before ciphering is started and wherein the message is unciphered, and the variant of the message of the first type is transmitted after ciphering is started.
A method of defining a continuous path for display in a computing system, said method comprising the steps of: defining a first path comprising a plurality of points , defining a second path comprising a plurality of points , said computing system recalculating said first path so as to move each point on said first path with respect to each point on the second path , said method being characterised in that said step of recalculating said first path comprises moving each point on said first path with respect to each point on the second path in a manner modelling the effects of a physical force between said points on said first path to respective said points on said second path , said movement being limited in a manner modelling the effects of an elastic connection between the points of said first path, where the positions of said points of said second path are fixed, wherein said points on the second path are each considered to exert said physical force on a respective point of the first path, and wherein adjacent points on the first path are considered to be attached by said elastic connection, such that any deflection of the point on the first path towards the second path in response to the physical force the second path is considered to exert will be resisted by an opposing attraction. defining a first path comprising a plurality of points , defining a second path comprising a plurality of points , said computing system recalculating said first path so as to move each point on said first path with respect to each point on the second path , said method being characterised in that said step of recalculating said first path comprises moving each point on said first path with respect to each point on the second path in a manner modelling the effects of a physical force between said points on said first path to respective said points on said second path , said movement being limited in a manner modelling the effects of an elastic connection between the points of said first path, where the positions of said points of said second path are fixed, wherein said points on the second path are each considered to exert said physical force on a respective point of the first path, and wherein adjacent points on the first path are considered to be attached by said elastic connection, such that any deflection of the point on the first path towards the second path in response to the physical force the second path is considered to exert will be resisted by an opposing attraction.
A control system configured for use with a microscopy arrangement for adapting an illumination intensity for illuminating a subject to be viewed with a microscope, the microscopy arrangement comprising the microscope , an illumination source for illuminating the subject , and a pupil capturing system for acquiring information relating to a pupil diameter (d) of a user's eye, the control system being configured to: receive information relating to an actual value of the pupil diameter (d) of the eye of the user of the microscope , determine, based on the information relating to the actual value of the pupil diameter (d), a control value for the illumination intensity, and to adapt, by means of controlling the illumination source , the illumination intensity based on the control value . the microscopy arrangement comprising the microscope , an illumination source for illuminating the subject , and a pupil capturing system for acquiring information relating to a pupil diameter (d) of a user's eye, the control system being configured to: receive information relating to an actual value of the pupil diameter (d) of the eye of the user of the microscope , determine, based on the information relating to the actual value of the pupil diameter (d), a control value for the illumination intensity, and to adapt, by means of controlling the illumination source , the illumination intensity based on the control value . receive information relating to an actual value of the pupil diameter (d) of the eye of the user of the microscope , determine, based on the information relating to the actual value of the pupil diameter (d), a control value for the illumination intensity, and to adapt, by means of controlling the illumination source , the illumination intensity based on the control value .
A laser scanning microscope , comprising a light source configured to form an illumination light beam, said illumination light beam having a transverse light intensity profile comprising an intensity minimum located at the center of the illumination light beam, a scanning element configured to scan a target area of a specimen with the illumination light beam, a detector element configured to detect fluorescence light emitted by a fluorophore within the target area of the specimen , said fluorophore being excited by the illumination light beam, and a processor configured to determine an intensity distribution of the fluorescence light as a function of time and to determine a position of the fluorophore within the target area based on the intensity distribution of the fluorescence light, characterized in that the scanning element is configured to scan the target area with the illumination light beam along a closed trajectory , and the processor is configured to fit a periodic function to the intensity distribution of the fluorescence light and to determine the position of the fluorophore within the target area from at least one parameter of the fitted periodic function . a light source configured to form an illumination light beam, said illumination light beam having a transverse light intensity profile comprising an intensity minimum located at the center of the illumination light beam, a scanning element configured to scan a target area of a specimen with the illumination light beam, a detector element configured to detect fluorescence light emitted by a fluorophore within the target area of the specimen , said fluorophore being excited by the illumination light beam, and a processor configured to determine an intensity distribution of the fluorescence light as a function of time and to determine a position of the fluorophore within the target area based on the intensity distribution of the fluorescence light, characterized in that the scanning element is configured to scan the target area with the illumination light beam along a closed trajectory , and the processor is configured to fit a periodic function to the intensity distribution of the fluorescence light and to determine the position of the fluorophore within the target area from at least one parameter of the fitted periodic function .
Cylinder head for a reciprocating compressor for compressing a compressible working medium, comprising a cylinder cover and a valve carrier plate , wherein - an intermediate element is arranged between the cylinder cover and the valve carrier plate ; - a plurality of channel sections (8.1, 10) and/or chambers (14.1, 14.2, 15.1, 15.2) are formed between the valve carrier plate and the intermediate element and between the cylinder cover and the intermediate element , through which various media flows can be conducted, characterized in that an insulation chamber (9.1... 9.3), which is configured as a sealed cavity, is provided in the cylinder head , which chamber at least in regions thermally insulates the channel sections (8.1, 10) and/or chambers (14.1, 14.2, 15.1, 15.2) from one another. - an intermediate element is arranged between the cylinder cover and the valve carrier plate ; - a plurality of channel sections (8.1, 10) and/or chambers (14.1, 14.2, 15.1, 15.2) are formed between the valve carrier plate and the intermediate element and between the cylinder cover and the intermediate element , through which various media flows can be conducted,
A device for processing an inductor current, the device comprising: - a sensor module , which is configured to measure an inductor current (i_L) through an inductor of a power converter that may operate in a discontinuous conduction mode; characterised by : - a compensation module , which is configured to generate a compensation waveform (i_c) that is the extension of the measured inductor current (i_L) to negative values; and - an operating module , which is configured to provide a continuous conduction mode current signal (i_CCM) that comprises positive and negative signal values, wherein the continuous conduction mode current signal (i_CCM) is provided based on a summation of the compensation waveform (i_c) and of the inductor current (i_L) and which is configured to control the power converter based on the provided continuous conduction mode current signal (i_CCM). - a sensor module , which is configured to measure an inductor current (i_L) through an inductor of a power converter that may operate in a discontinuous conduction mode; - a compensation module , which is configured to generate a compensation waveform (i_c) that is the extension of the measured inductor current (i_L) to negative values; and - an operating module , which is configured to provide a continuous conduction mode current signal (i_CCM) that comprises positive and negative signal values, wherein the continuous conduction mode current signal (i_CCM) is provided based on a summation of the compensation waveform (i_c) and of the inductor current (i_L) and which is configured to control the power converter based on the provided continuous conduction mode current signal (i_CCM).
A semiconductor device comprising: an internal circuit driven by a first power-supply voltage (VDD); a delay monitor circuit driven by the first power-supply voltage, including an oscillator circuit , configured to obtain a propagation delay time for a critical path in the internal circuit by counting the number of oscillations of the oscillator circuit and configured to output a first reset signal (DRST) in response to the propagation delay time exceeding a threshold value (TR); a voltage monitor circuit driven by a second power-supply voltage (SVCC), configured to monitor the first power-supply voltage and output a second reset signal (VRST) in response to the first power-supply voltage falling below a reference voltage (VREF); and a reset circuit driven by the second power-supply voltage, configured to reset the internal circuit in response to receiving the first reset signal or the second reset signal,wherein the internal circuit is configured by first transistor cells, wherein the delay monitor circuit is configured by second transistor cells, and wherein the delay monitor is configured so that the largest on-resistance out of those of the second transistor cells is smaller than the largest on-resistance out of those of the first transistor cells, whereby speed degradation due to decreasing of the first power-supply voltage of the : second transistor cells is smaller than that of the first transistor cells. an internal circuit driven by a first power-supply voltage (VDD); a delay monitor circuit driven by the first power-supply voltage, including an oscillator circuit , configured to obtain a propagation delay time for a critical path in the internal circuit by counting the number of oscillations of the oscillator circuit and configured to output a first reset signal (DRST) in response to the propagation delay time exceeding a threshold value (TR); a voltage monitor circuit driven by a second power-supply voltage (SVCC), configured to monitor the first power-supply voltage and output a second reset signal (VRST) in response to the first power-supply voltage falling below a reference voltage (VREF); and a reset circuit driven by the second power-supply voltage, configured to reset the internal circuit in response to receiving the first reset signal or the second reset signal,wherein the internal circuit is configured by first transistor cells, wherein the delay monitor circuit is configured by second transistor cells, and wherein the delay monitor is configured so that the largest on-resistance out of those of the second transistor cells is smaller than the largest on-resistance out of those of the first transistor cells, whereby speed degradation due to decreasing of the first power-supply voltage of the : second transistor cells is smaller than that of the first transistor cells.
A method for printing onto a substrate, comprising steps of applying an aqueous polymer dispersion to a substrate to form a liquid aqueous polymer layer, wherein the aqueous polymer dispersion comprises water and polymer, and wherein the polymer is one or more polymers selected from the group consisting of a copolymer of vinyl chloride and vinyl acetate, a terpolymer of vinyl chloride, vinyl acetate and ethylene, and an alkyd resin; printing an ink onto the liquid aqueous polymer layer to form a printed aqueous polymer layer, wherein the ink comprises a colorant and thereby the printed aqueous polymer layer comprises the colorant; and drying the printed aqueous polymer layer to change the printed aqueous polymer layer from liquid to solid. applying an aqueous polymer dispersion to a substrate to form a liquid aqueous polymer layer, wherein the aqueous polymer dispersion comprises water and polymer, and wherein the polymer is one or more polymers selected from the group consisting of a copolymer of vinyl chloride and vinyl acetate, a terpolymer of vinyl chloride, vinyl acetate and ethylene, and an alkyd resin; printing an ink onto the liquid aqueous polymer layer to form a printed aqueous polymer layer, wherein the ink comprises a colorant and thereby the printed aqueous polymer layer comprises the colorant; and drying the printed aqueous polymer layer to change the printed aqueous polymer layer from liquid to solid.
A composition comprising a compound of formula (Ia): including tautomeric and stereoisomeric forms thereof; wherein n is 1; and R 1 is CF 3 , CCl 3 , F, Cl, NO 2 or CN, and R 2 , R 3 , R 4 , R 5 , R 6 , and R 7 are hydrogen; or a pharmaceutically acceptable salt thereof, for use in the treatment of primary nephrotic syndrome (primary glomerulonephrosis). R 1 is CF 3 , CCl 3 , F, Cl, NO 2 or CN, and R 2 , R 3 , R 4 , R 5 , R 6 , and R 7 are hydrogen; or a pharmaceutically acceptable salt thereof, for use in the treatment of primary nephrotic syndrome (primary glomerulonephrosis).
Method for allocating elevator cars in an elevator system for passenger transport having at least one elevator group with at least one elevator having at least one elevator car, which elevator group is controlled by an elevator group control having a call allocation system to allocate an elevator car (20a-d) to a floor call using destination call control wherein the floor call includes the departure floor as well as the destination floor, whereby the elevator system communicates via a communication means with terminal devices , e.g. mobile devices acting as destination operating panels for the passengers, - whereby the call allocation system is configured to handle load calls issued via the terminal device, whereby a load call comprises a departure floor, a destination floor, load specification data and a first time or first time frame within which the load is to be transported from the departure floor to the destination floor, and - whereby the call allocation system reserves within the first time/first time frame the necessary space and/or weight in an elevator car, obtained from the load specification data and sends a notice to the terminal device from which the load call has been issued and/or to a predetermined terminal device, which notice comprises information that currently or at what time an elevator car (20a-d) is going to serve the load call and which elevator car (20a-d) is going to serve the load call and characterized in - that the call allocation system comprises a forecast section and the call allocation system considers the allocation of the load call only in a second time frame within the first time frame, whereby the total traffic in the second time frame is according to the expected data of the traffic forecast section lower than in the remaining period of the first time frame. - whereby the call allocation system is configured to handle load calls issued via the terminal device, whereby a load call comprises a departure floor, a destination floor, load specification data and a first time or first time frame within which the load is to be transported from the departure floor to the destination floor, and - whereby the call allocation system reserves within the first time/first time frame the necessary space and/or weight in an elevator car, obtained from the load specification data and sends a notice to the terminal device from which the load call has been issued and/or to a predetermined terminal device, which notice comprises information that currently or at what time an elevator car (20a-d) is going to serve the load call and which elevator car (20a-d) is going to serve the load call and characterized in - that the call allocation system comprises a forecast section and the call allocation system considers the allocation of the load call only in a second time frame within the first time frame, whereby the total traffic in the second time frame is according to the expected data of the traffic forecast section lower than in the remaining period of the first time frame.