mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a polymeric ferroelectric material, the method comprising: (a) obtaining a polymeric ferroelectric precursor material; and (b) subjecting the polymeric ferroelectric precursor material to ultraviolet radiation sufficient to form a polymeric ferroelectric material having ferroelectric hysteresis properties, wherein steps (a) and (b) are performed in a roll-to-roll process; and wherein the method further comprises: (i) obtaining a substrate uncoiled from a roll; (ii) disposing a back electrode onto at least a portion of a surface of the substrate; (iii) disposing the polymeric ferroelectric precursor material onto a least a portion of a surface of the back electrode such that ferroelectric precursor material comprises a first surface and an opposing second surface that is in contact with the back electrode; (iv) subjecting at least a portion of the first surface to pulsed ultraviolet radiation sufficient to form the polymeric ferroelectric material having ferroelectric hysteresis properties; and (v) disposing a front electrode onto at least a portion of the first surface of the ferroelectric material having ferroelectric hysteresis properties; characterized in that, the radiation used in step (b) is pulsed ultraviolet radiation, and the polymeric ferroelectric precursor material, prior to step (b), has not previously been subjected to a thermal treatment for more than 55 minutes. (a) obtaining a polymeric ferroelectric precursor material; and (b) subjecting the polymeric ferroelectric precursor material to ultraviolet radiation sufficient to form a polymeric ferroelectric material having ferroelectric hysteresis properties, (i) obtaining a substrate uncoiled from a roll; (ii) disposing a back electrode onto at least a portion of a surface of the substrate; (iii) disposing the polymeric ferroelectric precursor material onto a least a portion of a surface of the back electrode such that ferroelectric precursor material comprises a first surface and an opposing second surface that is in contact with the back electrode; (iv) subjecting at least a portion of the first surface to pulsed ultraviolet radiation sufficient to form the polymeric ferroelectric material having ferroelectric hysteresis properties; and (v) disposing a front electrode onto at least a portion of the first surface of the ferroelectric material having ferroelectric hysteresis properties;
An adjustable magnetic resistance system for adjusting the resistance applied to a rotating flywheel of an indoor cycle, the system comprising: a fixed arm with at least one magnet; a pivotable arm with at least one magnet; and a pivot assembly for allowing the pivotable arm to pivot between a first position and a second position to thereby adjust the resistance applied to the rotating flywheel; characterized in that the pivot assembly is disposed at or near the a trailing end of the pivotable arm trailing with respect to the forward spinning flywheel and the pivotable arm and extends from said trailing end forward with respect to the forward spinning flywheel; wherein the pivotal arm is pivotable towards the fixed arm in a scissoring manner making the at least one magnet of the pivot arm approach the at least one magnet of the fixed arm so that the attractive force between the at least one magnet of the pivot arm and the at least one magnet of the fixed arm is variable, keyed to the position of the pivotable arm to the fixed arm and therefore dependent on a degree of overlap between the at least one magnet of the fixed arm and the at least one magnet of the pivot arm; and the pivotable arm experiences a downward force towards the flywheel caused by the magnetic field between the pivotable arm and the rotating flywheel, creating force vectors tending to pull the magnet arm 104 towards the flywheel 16. a fixed arm with at least one magnet; a pivotable arm with at least one magnet; and a pivot assembly for allowing the pivotable arm to pivot between a first position and a second position to thereby adjust the resistance applied to the rotating flywheel; characterized in that the pivot assembly is disposed at or near the a trailing end of the pivotable arm trailing with respect to the forward spinning flywheel and the pivotable arm and extends from said trailing end forward with respect to the forward spinning flywheel; wherein the pivotal arm is pivotable towards the fixed arm in a scissoring manner making the at least one magnet of the pivot arm approach the at least one magnet of the fixed arm so that the attractive force between the at least one magnet of the pivot arm and the at least one magnet of the fixed arm is variable, keyed to the position of the pivotable arm to the fixed arm and therefore dependent on a degree of overlap between the at least one magnet of the fixed arm and the at least one magnet of the pivot arm; and the pivotable arm experiences a downward force towards the flywheel caused by the magnetic field between the pivotable arm and the rotating flywheel, creating force vectors tending to pull the magnet arm 104 towards the flywheel 16.
A data converter system (100, 300, 400, 500) comprising: a data converter for converting an input signal into a converted signal; and a filter (135, 335, 435, 535) for filtering the converted signal to produce an output signal, the filter (135, 335, 435, 535) having a pass-band that is substantially equal to a specified frequency band; wherein the data converter is a single non-interleaved data converter, and the specified frequency band is a frequency band spanning Fs/(2x(n+1)) to Fs/(n+1), where Fs is the sample rate of the single non-interleaved data converter and n is an integer greater than or equal to two; or wherein the data converter comprises a plurality of interleaved data converters for converting the input signal into a plurality of interleaved signals, and means for combining the plurality of interleaved signals into the converted signal and wherein the specified frequency band is a frequency band spanning Fs'/(2x(n+1)) to Fs'/(n+1), where Fs' is the effective sample rate of the plurality of interleaved data converters and n is an integer greater than or equal to two. a data converter for converting an input signal into a converted signal; and a filter (135, 335, 435, 535) for filtering the converted signal to produce an output signal, the filter (135, 335, 435, 535) having a pass-band that is substantially equal to a specified frequency band; wherein the data converter is a single non-interleaved data converter, and the specified frequency band is a frequency band spanning Fs/(2x(n+1)) to Fs/(n+1), where Fs is the sample rate of the single non-interleaved data converter and n is an integer greater than or equal to two; or wherein the data converter comprises a plurality of interleaved data converters for converting the input signal into a plurality of interleaved signals, and means for combining the plurality of interleaved signals into the converted signal and wherein the specified frequency band is a frequency band spanning Fs'/(2x(n+1)) to Fs'/(n+1), where Fs' is the effective sample rate of the plurality of interleaved data converters and n is an integer greater than or equal to two.
A system comprising an apparatus, an electronic device, and a charger configured to receive a mains power supply and to charge a battery of the electronic device, when connected to the electronic device, the apparatus configured to provide an indication to the electronic device to indicate when the charger is disconnected from the mains power supply, the apparatus further configured to: request a decrease of the power output of the charger by a first predetermined amount; measure a first power output of the charger; request an increase of the power output of the charger by a second predetermined amount; measure a second power output of the charger; provide the indication based on a determination of a failure of the request to increase the power output of the charger to the battery of the electronic device, the failure comprising determining that the second power output of the charger measured after the requested increase fails to increase by the second predetermined amount within a threshold amount from the first power output measured of the charger after the requested decrease; J and provide signalling to the electronic device indicating that the charger is disconnected from the mains power supply based on said determination, for causing the electronic device to indicate that the charger is disconnected from the mains power supply to a user of the electronic device. request a decrease of the power output of the charger by a first predetermined amount; measure a first power output of the charger; request an increase of the power output of the charger by a second predetermined amount; measure a second power output of the charger; provide the indication based on a determination of a failure of the request to increase the power output of the charger to the battery of the electronic device, the failure comprising determining that the second power output of the charger measured after the requested increase fails to increase by the second predetermined amount within a threshold amount from the first power output measured of the charger after the requested decrease; J and provide signalling to the electronic device indicating that the charger is disconnected from the mains power supply based on said determination, for causing the electronic device to indicate that the charger is disconnected from the mains power supply to a user of the electronic device.
A method for providing a signed identity token comprising: generating, by a party, a first-party token associated with a domain of an issuer; transmitting, by the party and to the issuer, the first-party token associated with the domain of the issuer; receiving, by the issuer, the first-party token associated with the domain of the issuer and creating a time stamp to correspond to the first party token; encrypting, by the issuer, the first-party token and a time stamp using a private key of the issuer to create a digitally-signed token; creating, by the issuer, a plurality of digitally-signed tokens, each of the plurality of digitally-signed tokens corresponding to a respective verifying party; encrypting each of the plurality of digitally-signed tokens using a public key provided by the respective verifying party; generating, by the issuer, a composite token comprising each of the plurality of encrypted digitally-signed tokens; and providing, by the issuer, the composite token to the party responsible for generating the first-party token. generating, by a party, a first-party token associated with a domain of an issuer; transmitting, by the party and to the issuer, the first-party token associated with the domain of the issuer; receiving, by the issuer, the first-party token associated with the domain of the issuer and creating a time stamp to correspond to the first party token; encrypting, by the issuer, the first-party token and a time stamp using a private key of the issuer to create a digitally-signed token; creating, by the issuer, a plurality of digitally-signed tokens, each of the plurality of digitally-signed tokens corresponding to a respective verifying party; encrypting each of the plurality of digitally-signed tokens using a public key provided by the respective verifying party; generating, by the issuer, a composite token comprising each of the plurality of encrypted digitally-signed tokens; and providing, by the issuer, the composite token to the party responsible for generating the first-party token.
Device for incrementally advancing workpieces, having two gripping rails (2, 3) that are arranged parallel to one another and are movable in order to take hold of and transport the workpieces in an advancing direction, wherein each gripping rail (2, 3) has a gripping region between a first end region and a second end region, wherein a respective pivotable first swing arm of a drive unit acts in the first end region and in the second end region, wherein the gripping rail (2, 3) is held so as to be displaceable in its extension direction at a free end of the first swing arm, characterized in that each drive unit (8, 9) has a second pivotable swing arm, which acts on the gripping rail (2, 3) at a distance from the first swing arm in the extension direction, and in that the gripping rail (2, 3) is held so as to be displaceable in its extension direction at a free end of the second swing arm.
Prefabricated part (1a, 1b) with a concrete body which has the shape of a pipe section with two pipe ends (3, 4) and an inner pipe side, wherein the inner pipe side is lined at least in some areas by a lining made of thermoplastic material connected to the concrete body and at least one of the pipe ends (3, 4) is covered at least in some areas by a molded part (9, 10) made of thermosetting plastic material connected to the concrete body, wherein at least the pipe end (3, 4), which is covered at least in some areas, has a connecting joint in order to connect the pipe end (3, 4) to one pipe end (4, 3) of a further prefabricated part (1b, 1a), and wherein the lining and the molded part (9, 10) overlap each other in an overlap area and are connected to each other in a sealed manner, characterized in in that a strip made of a thermoplastic material is arranged in the overlap area between the molded part (9, 10) and the lining, in that the strip is connected to the molded part (9, 10) by one or more fastener/s, which is/are at least partially embedded respectively accommodated both in the strip and in the molded part (9, 10) and in that the strip is connected to the lining by a joining connection.
An implantable electrostimulation assembly (100; 300), comprising an electrostimulation device (110; 210; 310), a lead adapter (120; 220; 320), and an electrode lead (130; 330) that is connected to the electrostimulation device when in use, wherein the electrode lead has a readable electrode identification (133; 333), characterised in that the lead adapter (120; 220; 320) is intended for temporary insertion between the electrostimulation device and the electrode lead, and in that the lead adapter comprises read means for reading the electrode identification, and transceiver means for the re-coded transmission of the electrode identification into the electrostimulation device, and also a transmission means for transmitting the electrode identification to an assembly-external receiver.
A system for presenting a mixed reality experience to one or more users, the system comprising: a see-through head-mounted display device including a display unit for displaying a virtual object; and a computing system (4, 12) operatively coupled to the see-through head-mounted display device, the computing system generating the virtual object for display on the see-through head-mounted display device, the computing system positioning the virtual object as being body locked with respect to the see-through head-mounted display device for translation movements when it is determined the virtual object is not in a field of view of the see-through head-mounted display device for at least a determined period of time, whereby the virtual object is insensitive to user head movements about at least one of an x-axis and a z-axis, wherein a y-axis is an axis down through the user's head, the z- axis is straight out from the user's face, perpendicular to the y-axis, and the x-axis is perpendicular to both the y and z axes, and the computing system positioning the virtual object as being world locked when it is determined that the virtual object is in the field of view of the see-through head-mounted display device for at least the determined period of time. a see-through head-mounted display device including a display unit for displaying a virtual object; and a computing system (4, 12) operatively coupled to the see-through head-mounted display device, the computing system generating the virtual object for display on the see-through head-mounted display device, the computing system positioning the virtual object as being body locked with respect to the see-through head-mounted display device for translation movements when it is determined the virtual object is not in a field of view of the see-through head-mounted display device for at least a determined period of time, whereby the virtual object is insensitive to user head movements about at least one of an x-axis and a z-axis, wherein a y-axis is an axis down through the user's head, the z- axis is straight out from the user's face, perpendicular to the y-axis, and the x-axis is perpendicular to both the y and z axes, and the computing system positioning the virtual object as being world locked when it is determined that the virtual object is in the field of view of the see-through head-mounted display device for at least the determined period of time.
A method for patient monitoring, comprising: receiving, at a medical device, an alarm indication associated with a default alarm threshold for a measured physiological parameter; detecting that a clinician is accessing the medical device in response to the alarm indication; displaying an alarm message associated with the alarm indication based at least in part on the detecting; storing a plurality of intervention actions associated with an action of the clinician in response to the alarm indication; characterized by determining a first range of values of the measured physiological parameter associated with a first type of intervention action of the plurality of intervention actions, wherein the first type of intervention action corresponds to performance of a medical action in response to the alarm indication; determining a second range of values of the measured physiological parameter associated with a second type of intervention action of the plurality of intervention actions, wherein the second type of intervention corresponds to performing no medical action in response to the alarm indication; and displaying the first range of values, the second range of values, a threshold between the first range of values and the second range of values, and instances of the first type of intervention action of the plurality of interventions actions in the first range of values and instances of the second type of intervention action of the plurality of intervention actions. receiving, at a medical device, an alarm indication associated with a default alarm threshold for a measured physiological parameter; detecting that a clinician is accessing the medical device in response to the alarm indication; displaying an alarm message associated with the alarm indication based at least in part on the detecting; storing a plurality of intervention actions associated with an action of the clinician in response to the alarm indication; characterized by determining a first range of values of the measured physiological parameter associated with a first type of intervention action of the plurality of intervention actions, wherein the first type of intervention action corresponds to performance of a medical action in response to the alarm indication; determining a second range of values of the measured physiological parameter associated with a second type of intervention action of the plurality of intervention actions, wherein the second type of intervention corresponds to performing no medical action in response to the alarm indication; and displaying the first range of values, the second range of values, a threshold between the first range of values and the second range of values, and instances of the first type of intervention action of the plurality of interventions actions in the first range of values and instances of the second type of intervention action of the plurality of intervention actions.
At least one cGMP-specific phosphodiesterase type 5 inhibitor for use in reducing renal cyst size and/or preventing renal cyst growth in a subject in need thereof, wherein the at least one cGMP-specific phosphodiesterase type 5 inhibitor is for administration to the subject in an effective amount, and wherein the at least one cGMP-specific phosphodiesterase type 5 inhibitor is selected from the group consisting of: sildenafil; aildenafil; tadalafil; vardenafil; udenafil; avanafil; lodenafil; mirodenafil; dipyridamole; icariin; and pharmaceutically acceptable salts thereof, and hydrates thereof.
A device (10b; 10c; 10e; 10f) for grooving corrugated board or cardboard, comprising a strip-shaped grooving tool which can be fixed to an upper tool part and which can be moved against the corrugated board disposed in the area of a lower tool part or against the cardboard for forming grooves (24, 25), the grooving tool comprising a forming body (12b; 12c; 12e; 12f) which has at least two formers (16; 16e; 16f; 17; 17e; 17f) disposed parallel to one another at the side facing the corrugated board or the cardboard for forming the grooves (24, 25), characterized in that the forming body (12b; 12c; 12e; 12f) is made of hard plastic, in particular polyamide, that the formers (16; 16e; 16f; 17; 17e; 17f) are configured to reduce the distance between the groves (24, 25) in the horizontal direction during their formation, that the formers (16; 16e; 16f; 17; 17e; 17f) of the forming bodies (12b; 12c; 12e; 12f) are assigned surface sections (21; 21e; 21f) at the sides facing away from one another for fixing the corrugated board or the cardboard being inclined at an angle (α) relative to the horizontal, either a support element or the forming body forming a free space in an area between the formers (16, 17) or in the area between the support element and the former, the upper side of the former thus partially passing into the free space in the case of an elastic deformation, or the forming body having a middle part which passes into edge areas (42, 43) at its opposite sides, that the middle part has a rounded protrusion, that the forming body has an approximately constant thickness (d) in the area of the middle part between the formers (16, 17), and that a free space into which the middle part can deform elastically when forming the grooves (24, 25) is realized between the protrusion and the upper tool part, or the forming body (12e; 12f) having plane lower surfaces (51e; 51f, 52e; 52f) which are followed by the surface sections (21e; 21f), and that the forming body (12e; 12f) has a bulge (20e; 20f) between the two formers (16e; 16f, 17e; 17f) at the side facing away from the upper tool part for accommodating the corrugated board or the cardboard.