mhurhangee/ep-ind-claims huggingface dataset:
Pocket portable electronic entity for effecting a transaction at a remote server with a second portable electronic entity, the pocket portable electronic entity including means for removable connection to a host station, characterized in that it further includes: - first means (460, 470, 471) for secure communication with the remote server via said connection means and said host station, - second means (450, 455) for communication between said secure first communication means and the second portable electronic entity, - means (440, 445) for communicating to said remote server via said secure first communication means data received from the second portable electronic entity via the second communication means, and - means for storing a program for managing the transaction with said remote server adapted to be executed by said host station, said management program being loaded and executed on detection of the connection of the pocket portable electronic entity to the host station, allowing the remote server and the pocket portable electronic entity to mutually authenticate using master keys (473, 476) that they respectively hold and that correspond to each other and cryptographic means of the pocket portable electronic entity, the remote server and the pocket portable electronic entity creating a temporary common key from the master key and from a serial number of a microcircuit card of the pocket portable electronic entity, the cryptographic means being used by the first secure communication means to encrypt said data received from the second portable electronic entity with the temporary common key for said communication to said remote server. - first means (460, 470, 471) for secure communication with the remote server via said connection means and said host station, - second means (450, 455) for communication between said secure first communication means and the second portable electronic entity, - means (440, 445) for communicating to said remote server via said secure first communication means data received from the second portable electronic entity via the second communication means, and - means for storing a program for managing the transaction with said remote server adapted to be executed by said host station, said management program being loaded and executed on detection of the connection of the pocket portable electronic entity to the host station, allowing the remote server and the pocket portable electronic entity to mutually authenticate using master keys (473, 476) that they respectively hold and that correspond to each other and cryptographic means of the pocket portable electronic entity, the remote server and the pocket portable electronic entity creating a temporary common key from the master key and from a serial number of a microcircuit card of the pocket portable electronic entity, the cryptographic means being used by the first secure communication means to encrypt said data received from the second portable electronic entity with the temporary common key for said communication to said remote server.
A method of operating a first wireless communications device in an ad hoc network to perform link transmission scheduling for a first link, the method comprising: estimating link channel gain for each of a plurality of links in said ad hoc network; assigning the first link to one of a plurality of different groups of links according to an estimated channel gain of the first link relative to estimated channel gains of other links; determining priority of the first link for a first time period based on a link identifier corresponding to the first link and the group of links to which the first link was assigned; and making a first link scheduling decision for the first time period as a function of the determined priority of the first link. estimating link channel gain for each of a plurality of links in said ad hoc network; assigning the first link to one of a plurality of different groups of links according to an estimated channel gain of the first link relative to estimated channel gains of other links; determining priority of the first link for a first time period based on a link identifier corresponding to the first link and the group of links to which the first link was assigned; and making a first link scheduling decision for the first time period as a function of the determined priority of the first link.
A chemical gas phase deposition process comprising steps of providing a high vacuum chamber, and inside the high vacuum chamber: positioning a substrate surface; positioning a mask parallel to the substrate surface, whereby the mask comprises one or more openings; adjusting a gap of determined dimension between the substrate surface and the mask to introduce a temperature difference between the substrate surface and the mask; and orienting a plurality of chemical precursor beams of at least one precursor species towards the mask with line of sight propagation, each of the plurality of chemical precursor beams being emitted from an independent punctual source, and molecules of the chemical precursor pass through the one or more mask openings to impinge onto the substrate surface for deposition thereon; whereby at least a part of the chemical precursor molecules decompose on the substrate surface at a decomposition temperature; adjusting a temperature of the substrate surface greater or equal to the chemical precursor molecule decomposition temperature, thereby remaining greater than a mask temperature, and maintaining the mask temperature below the decomposition temperature, thereby causing a decomposition of the chemical precursor and a growth of a film on the substrate surface, but not on the mask, heating the substrate surface using a heating device; wherein the chemical gas phase deposition process is operated under vacuum conditions below 10 -5 mbar. providing a high vacuum chamber, and inside the high vacuum chamber: positioning a substrate surface; positioning a mask parallel to the substrate surface, whereby the mask comprises one or more openings; adjusting a gap of determined dimension between the substrate surface and the mask to introduce a temperature difference between the substrate surface and the mask; and orienting a plurality of chemical precursor beams of at least one precursor species towards the mask with line of sight propagation, each of the plurality of chemical precursor beams being emitted from an independent punctual source, and molecules of the chemical precursor pass through the one or more mask openings to impinge onto the substrate surface for deposition thereon; whereby at least a part of the chemical precursor molecules decompose on the substrate surface at a decomposition temperature; adjusting a temperature of the substrate surface greater or equal to the chemical precursor molecule decomposition temperature, thereby remaining greater than a mask temperature, and maintaining the mask temperature below the decomposition temperature, thereby causing a decomposition of the chemical precursor and a growth of a film on the substrate surface, but not on the mask, heating the substrate surface using a heating device; wherein the chemical gas phase deposition process is operated under vacuum conditions below 10 -5 mbar.
A process of manufacturing fabric comprising yarn with a plurality of interlinked through pores that are homogeneously distributed throughout the cross section of the yarn, the process comprising the steps of: a) blending polyvinyl alcohol slivers with cotton slivers in a draw frame to obtain blended slivers, wherein the polyvinyl alcohol slivers are maintained in the center of the cotton slivers during feeding of the slivers in the blending draw frame; b) drawing the blended slivers obtained in step a), wherein the step comprises giving one or more draw frame passages for achieving the blending homogeneity in radial direction; c) pre-spinning the homogeneously blended strand obtained in step b) to obtain well blended roving; d) spinning the well-blended roving obtained in step c) to obtain yarns; e) weaving or knitting fabric using the yarns obtained in step d) as at least one of the components; f) treating the fabric obtained in step e) with water to dissolve out the polyvinyl alcohol to obtain the yarn with pores; g) optionally dyeing the fabric obtained in step f) to obtain dyed fabric; and h) optionally post treating the dyed fabric obtained in step g). a) blending polyvinyl alcohol slivers with cotton slivers in a draw frame to obtain blended slivers, wherein the polyvinyl alcohol slivers are maintained in the center of the cotton slivers during feeding of the slivers in the blending draw frame; b) drawing the blended slivers obtained in step a), wherein the step comprises giving one or more draw frame passages for achieving the blending homogeneity in radial direction; c) pre-spinning the homogeneously blended strand obtained in step b) to obtain well blended roving; d) spinning the well-blended roving obtained in step c) to obtain yarns; e) weaving or knitting fabric using the yarns obtained in step d) as at least one of the components; f) treating the fabric obtained in step e) with water to dissolve out the polyvinyl alcohol to obtain the yarn with pores; g) optionally dyeing the fabric obtained in step f) to obtain dyed fabric; and h) optionally post treating the dyed fabric obtained in step g).
Door for an appliance cabinet, in particular a distribution cabinet, with at least one hinge (12, 42), which is fixed releasably thereto and which has a hinge body (30, 50) with a hinge pin (14, 44), said hinge pin (14, 44) engaging in a cutout provided for this purpose in the appliance cabinet in question and thus guiding the door pivotably, wherein the door is provided on at least one longitudinal side with a rebate, wherein the hinge body (30, 50) is inserted into and fixed in said rebate, wherein the hinge pin (14, 44) is guided in the hinge body (30, 50) in longitudinally displaceable fashion, with the result that it protrudes at one end side of the hinge body (30, 50) and engages in the cutout provided in the appliance cabinet or it can be pushed into the hinge body (30, 50) and thus releases the connection between the door and the appliance cabinet, characterized in that the hinge pin (14, 44) is metallic, • the rebate into which the hinge body (30, 50) is inserted is angular, and in that that limb of the rebate which points towards the inner side is provided with a cutout in the form of a slot, which cutout corresponds to a cylindrical cutout in the hinge body (30, 50), • the rebate is provided with a further cutout, which interacts with a centring pin arranged on the hinge body (30, 50) and acts as a centring opening, • the hinge body (30, 50) is provided on its longitudinal side bearing against the rebate with a web-like projection, with the result that a tipping movement of the hinge body (30, 50) about the centring pin and thus the adjustment of the hinge body (30, 50) with respect to the door are enabled, and • the hinge body (30, 50) inserted into the rebate is fixed on the door by means of a retaining screw passing through the cutout in the form of a slot. • the rebate into which the hinge body (30, 50) is inserted is angular, and in that that limb of the rebate which points towards the inner side is provided with a cutout in the form of a slot, which cutout corresponds to a cylindrical cutout in the hinge body (30, 50), • the rebate is provided with a further cutout, which interacts with a centring pin arranged on the hinge body (30, 50) and acts as a centring opening, • the hinge body (30, 50) is provided on its longitudinal side bearing against the rebate with a web-like projection, with the result that a tipping movement of the hinge body (30, 50) about the centring pin and thus the adjustment of the hinge body (30, 50) with respect to the door are enabled, and • the hinge body (30, 50) inserted into the rebate is fixed on the door by means of a retaining screw passing through the cutout in the form of a slot.
An expression vector encoding a light-responsive VChR1 protein from Volvox carteri, wherein said protein has an action spectrum maximum of about 535 nm and wherein said VChR1 protein comprises amino acid residues S181, S183 and A256, based on the numbering of ChR2 (SEQ ID NO:2), for use in a method of optogenetic treatment of a subject.
A method for controlling a single-coil brushless DC motor using a driving signal which generates a current through the coil of the brushless DC motor by an average voltage difference over the coil, the method characterized by: - monitoring a signal indicative of a time derivative of a phase current through the coil of the brushless DC motor during at least one commutation cycle, - determining a first moment of the at least one commutation cycle such that at the first moment the absolute value of the time derivative of the phase current is smaller than or equal to a slope threshold, - determining a start of a rising edge of the driving signal in a commutation cycle, based on the first moment of that commutation cycle and/or based on the first moment of at least one earlier commutation cycle, and/or determining a start of a falling edge of the driving signal in that commutation cycle based on the first moment of at least one earlier commutation cycle, and - driving the single-coil brushless DC motor using the driving signal defined by determining the start of the rising edge and/or the start of the falling edge. - monitoring a signal indicative of a time derivative of a phase current through the coil of the brushless DC motor during at least one commutation cycle, - determining a first moment of the at least one commutation cycle such that at the first moment the absolute value of the time derivative of the phase current is smaller than or equal to a slope threshold, - determining a start of a rising edge of the driving signal in a commutation cycle, based on the first moment of that commutation cycle and/or based on the first moment of at least one earlier commutation cycle, and/or determining a start of a falling edge of the driving signal in that commutation cycle based on the first moment of at least one earlier commutation cycle, and - driving the single-coil brushless DC motor using the driving signal defined by determining the start of the rising edge and/or the start of the falling edge.
An isolated polynucleotide, comprising a polynucleotide a) having the nucleic acid sequence of SEQ ID NO:1; b) having a nucleic acid sequence that encodes - a polypeptide of SEQ ID NO:2, - a polypeptide of SEQ ID NO:3, or - the capsid polypeptide that is encoded by a polynucleotide comprising the sequence of nucleotides 2845-5547 of SEQ ID NO:1; or c) having a nucleic acid sequence at least 80% identical to SEQ ID NO:1, which encodes a polypeptide having a biological or immunologically-effective activity of a polypeptide of SEQ ID NO:2 or SEQ ID NO:3 or of the capsid polypeptide that is encoded by a polynucleotide comprising the sequence of nucleotides 2845-5547 of SEQ ID NO: 1. a) having the nucleic acid sequence of SEQ ID NO:1; b) having a nucleic acid sequence that encodes - a polypeptide of SEQ ID NO:2, - a polypeptide of SEQ ID NO:3, or - the capsid polypeptide that is encoded by a polynucleotide comprising the sequence of nucleotides 2845-5547 of SEQ ID NO:1; or - a polypeptide of SEQ ID NO:2, - a polypeptide of SEQ ID NO:3, or - the capsid polypeptide that is encoded by a polynucleotide comprising the sequence of nucleotides 2845-5547 of SEQ ID NO:1; or c) having a nucleic acid sequence at least 80% identical to SEQ ID NO:1, which encodes a polypeptide having a biological or immunologically-effective activity of a polypeptide of SEQ ID NO:2 or SEQ ID NO:3 or of the capsid polypeptide that is encoded by a polynucleotide comprising the sequence of nucleotides 2845-5547 of SEQ ID NO: 1.
A method of determining the pressure p or a parameter correlated with the pressure p in an extracorporeal blood circuit of a blood treatment apparatus, in particular of a dialyzer, wherein at least one blood pump which is driven by at least one motor is located in the blood circuit, wherein the motor current I M of the said motor and the blood flow Q b or a parameter correlated therewith is measured for determining the pressure p or the parameter correlated therewith and the pressure p or the parameter correlated therewith is calculated from the measured values, characterized in that the pressure difference Δp is determined upstream and downstream of the pump in accordance with the formula I M = a + b * Q b + c * Q b * Δp.
An air-conditioner comprising: a main body of the air-conditioner including a front panel; a display window provided in the front panel; a main input unit for allowing a user to enter an operation signal of the air-conditioner via a button unit provided in the front panel; and a display unit for displaying via the display window operation states of the air-conditioner and memo content entered by a user on the display window, wherein the display unit includes: a display input unit for allowing the user to enter an operation signal of the display unit, and for receiving a control command or memo content entered by the user; a display for displaying the operation states and memo content of the air-conditioner via the display window; and a display controller for communicating with a main microprocessor contained in the main body, and controlling the operation state or memo content to be selectively displayed according to a selected mode, wherein the display controller is configured to display a pop-up window for indicating that a new memo is entered while the air-conditioner is operated, wherein the pop-up window is displayed when movement is detected by a movement sensor contained in the main body. a main body of the air-conditioner including a front panel; a display window provided in the front panel; a main input unit for allowing a user to enter an operation signal of the air-conditioner via a button unit provided in the front panel; and a display unit for displaying via the display window operation states of the air-conditioner and memo content entered by a user on the display window, wherein the display unit includes: a display input unit for allowing the user to enter an operation signal of the display unit, and for receiving a control command or memo content entered by the user; a display for displaying the operation states and memo content of the air-conditioner via the display window; and a display controller for communicating with a main microprocessor contained in the main body, and controlling the operation state or memo content to be selectively displayed according to a selected mode, wherein the display controller is configured to display a pop-up window for indicating that a new memo is entered while the air-conditioner is operated, wherein the pop-up window is displayed when movement is detected by a movement sensor contained in the main body. a display input unit for allowing the user to enter an operation signal of the display unit, and for receiving a control command or memo content entered by the user; a display for displaying the operation states and memo content of the air-conditioner via the display window; and a display controller for communicating with a main microprocessor contained in the main body, and controlling the operation state or memo content to be selectively displayed according to a selected mode, wherein the display controller is configured to display a pop-up window for indicating that a new memo is entered while the air-conditioner is operated, wherein the pop-up window is displayed when movement is detected by a movement sensor contained in the main body.
Method for detecting overheating for an electrical heating device comprising a plurality of resistive elements configured to be electrically supplied by an electrical voltage source, wherein the electrical supply of the resistive elements is driven by a pulse-width modulated drive signal depending on a power setpoint (P_(sub)system_target), or a temperature setpoint (T_(sub)system_target), or a resistance setpoint (R_(sub)system_target), or a setpoint (i_(sub)system_target) for an amplitude of an electrical current, said method comprising the following steps: - verifying whether at least one criterion of said device is representative of a cold state of said device, and inhibiting at least the following step of detecting overheating when said at least one criterion is representative of a cold state, - noting said setpoint (P_(sub) system_target, T_(sub)system_target, R_(sub)system_target, i_(sub)system_target), - noting the duty cycle (PWM_system; PWM_subsystem) of the pulse-width modulated drive signal of the predefined number of resistive elements, - defining a detection threshold value (PWM_system_lim; PWM_subsystem_lim) of the duty cycle of the pulse-width modulated drive signal of the predefined number of resistive elements, the detection threshold value being representative of overheating of the electrical heating device, said detection threshold value being defined depending on said setpoint or on a value of at least one parameter for monitoring overheating of the electrical heating device, - comparing the noted value of said duty cycle (PWM_system; PWM_subsystem) to the detection threshold value (PWM_system_lim; PWM_subsystem_lim), and - detecting overheating when the noted value of said duty cycle reaches said defined duty-cycle detection threshold value. - verifying whether at least one criterion of said device is representative of a cold state of said device, and inhibiting at least the following step of detecting overheating when said at least one criterion is representative of a cold state, - noting said setpoint (P_(sub) system_target, T_(sub)system_target, R_(sub)system_target, i_(sub)system_target), - noting the duty cycle (PWM_system; PWM_subsystem) of the pulse-width modulated drive signal of the predefined number of resistive elements, - defining a detection threshold value (PWM_system_lim; PWM_subsystem_lim) of the duty cycle of the pulse-width modulated drive signal of the predefined number of resistive elements, the detection threshold value being representative of overheating of the electrical heating device, said detection threshold value being defined depending on said setpoint or on a value of at least one parameter for monitoring overheating of the electrical heating device, - comparing the noted value of said duty cycle (PWM_system; PWM_subsystem) to the detection threshold value (PWM_system_lim; PWM_subsystem_lim), and - detecting overheating when the noted value of said duty cycle reaches said defined duty-cycle detection threshold value.
A method of sealing a spacer discontinuity in an insulating glazing unit wherein a spacer is positioned between first and second glass lites; the spacer having an inwardly facing surface and an outwardly facing surface; the method comprising the steps of: connecting a patch sealant layer of a patch to the outwardly facing surface of the spacer over the spacer discontinuity; applying pressure to the patch to force a portion of the patch sealant of the patch sealant layer into the discontinuity; and covering the patch with a sealant after step. connecting a patch sealant layer of a patch to the outwardly facing surface of the spacer over the spacer discontinuity; applying pressure to the patch to force a portion of the patch sealant of the patch sealant layer into the discontinuity; and covering the patch with a sealant after step.