mhurhangee/patent-ind-claim-en huggingface dataset:
A method of reading with a reader device a marking comprising a physical unclonable function, PUF, comprising the following steps: a stimulation step, wherein a physical challenge according to a predetermined challenge-response authentication scheme corresponding to the PUF is created and applied to a PUF; a detection step, wherein a response generated by the PUF in accordance with the challenge-response authentication scheme in reaction to the challenge is detected and a digital signal representing the response is generated; a processing step, wherein the digital signal is processed in order to generate a hash value of the response by application of a predetermined cryptographic hash function to the digital signal, and an output step, wherein data representing the generated hash value as a first reading result is output and wherein the output step further comprises outputting at least a part of a reading result in the form of a one-dimensional or a multi-dimensional barcode, wherein detecting the response in the detection step comprises detecting at least one property of electromagnetic radiation emitted by the PUF as a response in reaction to the challenge, detecting a characteristic lifetime of a luminescence effect occurring in the response as a property of electromagnetic radiation emitted by the PUF and the digital signal is generated such that it represents this response. a stimulation step, wherein a physical challenge according to a predetermined challenge-response authentication scheme corresponding to the PUF is created and applied to a PUF; a detection step, wherein a response generated by the PUF in accordance with the challenge-response authentication scheme in reaction to the challenge is detected and a digital signal representing the response is generated; a processing step, wherein the digital signal is processed in order to generate a hash value of the response by application of a predetermined cryptographic hash function to the digital signal, and an output step, wherein data representing the generated hash value as a first reading result is output and wherein the output step further comprises outputting at least a part of a reading result in the form of a one-dimensional or a multi-dimensional barcode, wherein detecting the response in the detection step comprises detecting at least one property of electromagnetic radiation emitted by the PUF as a response in reaction to the challenge, detecting a characteristic lifetime of a luminescence effect occurring in the response as a property of electromagnetic radiation emitted by the PUF and the digital signal is generated such that it represents this response.
A shaving razor handle comprising: an elongated gripping portion having a first end ; and a cartridge interconnector at a second end of the elongated gripping portion that comprises a platform having an upper surface and an opposing lower surface that defines an included angle (A1) of 35 degrees to 60 degrees, wherein a distal end of the cartridge interconnector extends from the platform, the distal end having a skin facing surface with a pair of side walls connected by a pair of curved lateral end walls , characterized in that the platform has a shoulder that extends beyond the pair of curved lateral end walls . an elongated gripping portion having a first end ; and a cartridge interconnector at a second end of the elongated gripping portion that comprises a platform having an upper surface and an opposing lower surface that defines an included angle (A1) of 35 degrees to 60 degrees, wherein a distal end of the cartridge interconnector extends from the platform, the distal end having a skin facing surface with a pair of side walls connected by a pair of curved lateral end walls , characterized in that the platform has a shoulder that extends beyond the pair of curved lateral end walls .
A compound according to the chemical structures: Lys 74 : N1-(7-chloroquinolin-4-yl)-N6-(6-((7-chloroquinolin-4-yl)amino)hexyl)-N6-methylhexane-1,6-diamine N1-(7-chloroquinolin-4-yl)-N4-(3-((7-chloroquinolin-4-yl)amino)propyl)-N4-methylbutane-1,4-diamine or a pharmaceutically acceptable salt thereof.
Motor vehicle door latch with a locking mechanism fundamentally comprising a catch and a pawl , furthermore with an activation lever mechanism working on the locking mechanism with a coupling element and a bolting unit enabling/disabling the activation lever mechanism , and with a securing device interacting with the coupling element which also enables/disables the activation lever mechanism , characterized in that the securing device impinges the coupling element independently of the bolting unit for execution of the enabled/disabled position of the activation lever mechanism , wherein the securing device only works on an external activation lever chain as a component of the activation lever mechanism , wherein an internal activation lever chain works as a further component of the activation lever mechanism at least independently of the securing device , wherein the coupling element is formed as a component of the external activation lever chain , wherein the securing device can enable/disable the external activation lever chain independently of the bolting unit and therefore the securing device ensures that the external activation lever chain is disabled, for example, even if the bolting unit assumes its "unbolted" position.
An inverter phase leg in a DC to AC converter comprising a high supply line and a low supply line across which a DC voltage may be provided, a high side gate controlled switch connected to the high supply line and a low side gate controlled switch connected to the low supply line, the switches connected between the high supply line and the low supply line with an output node between the high side switch and the low side switch, characterized by : an inverting driver connected to the high side gate controlled switch and having an input voltage from a control signal , an output voltage for switching the high side gate controlled switch , and a driving voltage; and a source of first DC voltage between the output node and the inverting driver's driving voltage; wherein the driving voltage is set to cause the output voltage of the inverting driver to be zero until the input voltage exceeds the first DC voltage. an inverting driver connected to the high side gate controlled switch and having an input voltage from a control signal , an output voltage for switching the high side gate controlled switch , and a driving voltage; and a source of first DC voltage between the output node and the inverting driver's driving voltage; wherein the driving voltage is set to cause the output voltage of the inverting driver to be zero until the input voltage exceeds the first DC voltage.
A method of determining a radiation treatment plan for delivering radiation to a patient using an external-beam radiation treatment system, the method comprising: receiving, via a user interface of a computer system, a first clinical goal and a second clinical goal, wherein the first clinical goal includes a first acceptable threshold value and a first desired threshold value for a first quality index relating to a first statistical quantity of a dose distribution, and the second clinical goal includes a second acceptable threshold value and a second desired threshold value for a second quality index relating to a second statistical quantity of the dose distribution; obtaining, by the computer system, a cost function including a first term with a first weight and a second term with a second weight, wherein the first term is proportional to a value of the first quality index in excess of the first acceptable threshold value, and the second term is proportional to a value of the second quality index in excess of the second acceptable threshold value, and wherein the first weight is inversely proportional to a difference between the first desired threshold value and the first acceptable threshold value, and the second weight is inversely proportional to a difference between the second desired threshold value and the second acceptable threshold value; and performing, by the computer system, optimization using the cost function to obtain an optimal radiation treatment plan having an optimal value for the cost function. receiving, via a user interface of a computer system, a first clinical goal and a second clinical goal, wherein the first clinical goal includes a first acceptable threshold value and a first desired threshold value for a first quality index relating to a first statistical quantity of a dose distribution, and the second clinical goal includes a second acceptable threshold value and a second desired threshold value for a second quality index relating to a second statistical quantity of the dose distribution; obtaining, by the computer system, a cost function including a first term with a first weight and a second term with a second weight, wherein the first term is proportional to a value of the first quality index in excess of the first acceptable threshold value, and the second term is proportional to a value of the second quality index in excess of the second acceptable threshold value, and wherein the first weight is inversely proportional to a difference between the first desired threshold value and the first acceptable threshold value, and the second weight is inversely proportional to a difference between the second desired threshold value and the second acceptable threshold value; and performing, by the computer system, optimization using the cost function to obtain an optimal radiation treatment plan having an optimal value for the cost function.
A printer for inkjet or laser printing, comprising: a media transport system, MTS, for moving media through the printer , the media transport system including an encoder and a media path; a first print engine for printing on a first side of the media, the first print engine positioned at a first location in the media path; a second print engine for printing on a second side of the media, the second print engine positioned in the media path downstream from the first location; a sensor positioned between the first and second print engines and positioned to view the first side of the media; and an alignment module coupled to the sensor, the encoder and the first and second print engines; the alignment module to detect an alignment mark on the first side of the media using the sensor and to determine the velocity of the media with the encoder when the alignment mark is detected; and the alignment module to print duplex images onto the media with the second print engine where the location of the duplex images are based on an alignment offset, wherein the alignment offset is calculated using the velocity of the media and a time delay error T e and a space delay error d e , wherein the alignment module only recalculates the alignment offset when the media velocity has changed by more than a threshold velocity. a media transport system, MTS, for moving media through the printer , the media transport system including an encoder and a media path; a first print engine for printing on a first side of the media, the first print engine positioned at a first location in the media path; a second print engine for printing on a second side of the media, the second print engine positioned in the media path downstream from the first location; a sensor positioned between the first and second print engines and positioned to view the first side of the media; and an alignment module coupled to the sensor, the encoder and the first and second print engines; the alignment module to detect an alignment mark on the first side of the media using the sensor and to determine the velocity of the media with the encoder when the alignment mark is detected; and the alignment module to print duplex images onto the media with the second print engine where the location of the duplex images are based on an alignment offset, wherein the alignment offset is calculated using the velocity of the media and a time delay error T e and a space delay error d e , wherein the alignment module only recalculates the alignment offset when the media velocity has changed by more than a threshold velocity.
A top-mountable sleeve for a transport container which may be disposed between a container bottom and a cover of said transport container and which consists of several side walls that are interconnected and enclose a container interior and of at least one circumferential tensioning member that is applied at least sectionwise on an outer surface of each side wall , characterised in that adjoining side walls are connected with one another in their respective corner regions by means of a joint thus forming respective outside corners, and in that the circumferential tensioning member extends from one side wall to its respective adjoining side wall , passing through the container interior within said outside corners.
A radio wave measurement system comprising: - an aerial moving body to move or to hover above a measurement target antenna for radiating a radio wave in a sky direction; - a position measurer to measure a position of the aerial moving body ; - a measurement antenna mounted on the aerial moving body and to receive the radio wave; - a radio wave measurer mounted on the aerial moving body and to measure received radio wave data including at least one of an amplitude and a phase of the radio wave received by the measurement antenna ; - a radiated radio wave data generator to generate radiated radio wave data including the received radio wave data and radio wave source relative position data representing measurement point data as a position relative to the measurement target antenna , the measurement point data being data of a position of the aerial moving body at a point of time when the received radio wave data is measured; characterised in that the radio wave measurement system further comprises: a power reception antenna mounted on the aerial moving body and to receive the radio wave, wherein the measurement target antenna is a power transmission antenna to transmit power by the radiated radio wave, and at least one of the aerial moving body and the radio wave measurer utilizes the power obtained from the radio wave received by the power reception antenna . - an aerial moving body to move or to hover above a measurement target antenna for radiating a radio wave in a sky direction; - a position measurer to measure a position of the aerial moving body ; - a measurement antenna mounted on the aerial moving body and to receive the radio wave; - a radio wave measurer mounted on the aerial moving body and to measure received radio wave data including at least one of an amplitude and a phase of the radio wave received by the measurement antenna ; - a radiated radio wave data generator to generate radiated radio wave data including the received radio wave data and radio wave source relative position data representing measurement point data as a position relative to the measurement target antenna , the measurement point data being data of a position of the aerial moving body at a point of time when the received radio wave data is measured; a power reception antenna mounted on the aerial moving body and to receive the radio wave, wherein the measurement target antenna is a power transmission antenna to transmit power by the radiated radio wave, and at least one of the aerial moving body and the radio wave measurer utilizes the power obtained from the radio wave received by the power reception antenna .
An apparatus for laminating a substrate with a thermoplastic film , the apparatus comprising the following: - a laminating unit for laminating the substrate with the thermoplastic film , - a feed device for feeding the thermoplastic film to the laminating unit , wherein the feed device for the thermoplastic film comprises devices for heating a first side of the film and devices for cooling a second side of the film , and a device for collecting condensate produced on the devices for cooling. - a laminating unit for laminating the substrate with the thermoplastic film , - a feed device for feeding the thermoplastic film to the laminating unit , wherein the feed device for the thermoplastic film comprises devices for heating a first side of the film and devices for cooling a second side of the film , and a device for collecting condensate produced on the devices for cooling.
A method comprising: measuring a plurality of latchup release parameter values of a monitored circuit to generate data, wherein each latchup release parameter value of the plurality of latchup release parameter values is the value of the respective parameter at which the monitored circuit exits a latchup state; and predicting , based on the data and based on one or more characteristic values , such as resistance values of resistors or capacitance values of capacitors or combinations thereof of a protection circuit coupled to the monitored circuit, whether the protection circuit is likely to prevent an occurrence of a latent failure within the monitored circuit in particular latchup conditions. measuring a plurality of latchup release parameter values of a monitored circuit to generate data, wherein each latchup release parameter value of the plurality of latchup release parameter values is the value of the respective parameter at which the monitored circuit exits a latchup state; and predicting , based on the data and based on one or more characteristic values , such as resistance values of resistors or capacitance values of capacitors or combinations thereof of a protection circuit coupled to the monitored circuit, whether the protection circuit is likely to prevent an occurrence of a latent failure within the monitored circuit in particular latchup conditions.
A reactor comprising: a box-shaped inner case having sides surfaces and wherein one side surface is an opening surface ; an outer case enclosing the outer sides surfaces except the opening surface of the inner case , refrigerant flow passages formed as gaps between the inner case and the outer case and provided with a refrigerant inlet and a refrigerant outlet ; a coil placed in the inner case , terminals being arranged at the opening surface at both ends of the coil ; and a core made of magnetic powder mixture resin that fills the inner case which embed the coil except the terminals . a box-shaped inner case having sides surfaces and wherein one side surface is an opening surface ; an outer case enclosing the outer sides surfaces except the opening surface of the inner case , refrigerant flow passages formed as gaps between the inner case and the outer case and provided with a refrigerant inlet and a refrigerant outlet ; a coil placed in the inner case , terminals being arranged at the opening surface at both ends of the coil ; and a core made of magnetic powder mixture resin that fills the inner case which embed the coil except the terminals .
A pneumatic tire comprising a tread portion which has at least three circumferential main grooves extending in a tire circumferential direction, and at least four land portions separated by the circumferential main grooves and including shoulder land portions provided on outermost sides in a tire axial direction, wherein at least one of the shoulder land portions has shoulder lateral grooves extending in the tire axial direction, and, as necessary, axial sipes extending in the tire axial direction, characterized in that within a tread ground-contact surface, a length (L30) in the tire axial direction of each of the shoulder lateral grooves is 10 to 30% of a tread width (TW), and the following formula (I) is satisfied: 0 ≤ a total length in the tire axial direction of the axial sipes /a total length in the tire axial direction of the shoulder lateral grooves ≤ 0.2 (I), and a rubber composition forming each shoulder land portion contains not less than 10 parts by mass of carbon black and not less than 90 parts by mass of silica, per 100 parts by mass of a rubber component. at least three circumferential main grooves extending in a tire circumferential direction, and at least four land portions separated by the circumferential main grooves and including shoulder land portions provided on outermost sides in a tire axial direction, wherein
A method for determining the difference in height level h pat between a patient and a fluid feed pump with a current sensor and with a bidirectional pressure sensor in a tube section between the fluid feed pump and the connection to a connector or an instrument , comprising a reservoir of a medical device arranged above the fluid feed pump , the fluidic connection paths provided in the devices according to the application, being, however, still unfilled, and the volume of the fluidic connection paths being known, characterized by the following steps: a) fluid feeding by the fluid feed pump with a transport roller wheel via the through-going fluidic connection of the reservoir , b) stop of feeding, as soon as the pressure sensor detects a change in pressure, which is caused by the fed water column, c) backward rotation of the transport roller wheel while measuring, by the current sensor , the motor current required for feeding from the tube section to the reservoir , d) calculating the pressure value P wat at the patient from the required motor current, e) continuing the tube and instrument filling process until the tube section is completely filled, f) detecting the fluid exit from the open end of the tube section or instrument by evaluating the pressure value at the pressure sensor , g) terminating the filling phase/feeding process, h) evaluating the pressure value P hyd of the pressure sensor , i) using the pressure value P hyd for determining the difference in height level h pat between the transport roller wheel and the patient , wherein a positive pressure value P hyd indicates that the pump is below the height level of the patient , a negative pressure value P hyd indicates that the pump is above the height level of the patient , a pressure value P hyd 0 (zero) indicates that the pump is at the height level of the patient . a) fluid feeding by the fluid feed pump with a transport roller wheel via the through-going fluidic connection of the reservoir , b) stop of feeding, as soon as the pressure sensor detects a change in pressure, which is caused by the fed water column, c) backward rotation of the transport roller wheel while measuring, by the current sensor , the motor current required for feeding from the tube section to the reservoir , d) calculating the pressure value P wat at the patient from the required motor current, e) continuing the tube and instrument filling process until the tube section is completely filled, f) detecting the fluid exit from the open end of the tube section or instrument by evaluating the pressure value at the pressure sensor , g) terminating the filling phase/feeding process, h) evaluating the pressure value P hyd of the pressure sensor , i) using the pressure value P hyd for determining the difference in height level h pat between the transport roller wheel and the patient , a positive pressure value P hyd indicates that the pump is below the height level of the patient , a negative pressure value P hyd indicates that the pump is above the height level of the patient , a pressure value P hyd 0 (zero) indicates that the pump is at the height level of the patient .