mhurhangee/patent-ind-claim-en huggingface dataset:
A field programmable gate array comprising: a plurality of programmable processing elements, including processing elements programmed to perform cryptographic operations; a plurality of isolated registers for storing cryptographic secrets, the cryptographic secrets being used in the cryptographic operations performed by the processing elements such that encrypted data received by the field programmable gate array can be decrypted solely by the field programmable gate array using the cryptographic secrets; and a loading mechanism for securely updating the cryptographic operations performed by the programmable processing elements, wherein the loading mechanism securely updates the cryptographic secrets stored in the isolated registers and wherein updating the cryptographic operations is performed on the field programmable array by decrypting , verifying and installing a received encrypted program logic, thus installing new cryptographic functionality. a plurality of programmable processing elements, including processing elements programmed to perform cryptographic operations; a plurality of isolated registers for storing cryptographic secrets, the cryptographic secrets being used in the cryptographic operations performed by the processing elements such that encrypted data received by the field programmable gate array can be decrypted solely by the field programmable gate array using the cryptographic secrets; and a loading mechanism for securely updating the cryptographic operations performed by the programmable processing elements, wherein the loading mechanism securely updates the cryptographic secrets stored in the isolated registers and wherein updating the cryptographic operations is performed on the field programmable array by decrypting , verifying and installing a received encrypted program logic, thus installing new cryptographic functionality.
A toilet , the toilet comprising: a seat having an opening therein and wherein the seat is hinged in the rear portion of the seat; a seat back connected to the seat; a first arm having a first pressure sensor and a second arm having a second pressure sensor, the first arm and the second arm being spaced apart and positioned above the seat; an actuator that moves the seat to a position wherein the seat inclines upwards from the hinged rear portion of the seat to a front portion of the seat; wherein, in use, the first pressure sensor senses pressure on the first arm and the second pressure sensor senses pressure on the second arm, and upon the first pressure sensor or the second pressure sensor sensing pressure, a signal is transmitted to the actuator , whereupon the actuator moves the seat to incline upwards from the hinged rear portion of the seat to the front portion of the seat. a seat having an opening therein and wherein the seat is hinged in the rear portion of the seat; a seat back connected to the seat; a first arm having a first pressure sensor and a second arm having a second pressure sensor, the first arm and the second arm being spaced apart and positioned above the seat; an actuator that moves the seat to a position wherein the seat inclines upwards from the hinged rear portion of the seat to a front portion of the seat; wherein, in use, the first pressure sensor senses pressure on the first arm and the second pressure sensor senses pressure on the second arm, and upon the first pressure sensor or the second pressure sensor sensing pressure, a signal is transmitted to the actuator , whereupon the actuator moves the seat to incline upwards from the hinged rear portion of the seat to the front portion of the seat.
An accessory for a vehicle configured to authenticate a transaction, the accessory 10 comprising: a communication circuit configured to communicate with a transaction system ; at least one sensor comprising an imager in connection with the vehicle and configured to collect at least one security criterion indicating a confidence of an authentication of the transaction with the transaction system ; and a processor in communication with the at least one imager , wherein the processor is configured to: communicate the at least one security criterion received from the at least one imager to a transaction provider ; and receive an authentication of the transaction from the transaction system , wherein the authentication comprises a coded light sequence received by the at least one imager . a communication circuit configured to communicate with a transaction system ; at least one sensor comprising an imager in connection with the vehicle and configured to collect at least one security criterion indicating a confidence of an authentication of the transaction with the transaction system ; and a processor in communication with the at least one imager , wherein the processor is configured to: communicate the at least one security criterion received from the at least one imager to a transaction provider ; and receive an authentication of the transaction from the transaction system , wherein the authentication comprises a coded light sequence received by the at least one imager . communicate the at least one security criterion received from the at least one imager to a transaction provider ; and receive an authentication of the transaction from the transaction system , wherein the authentication comprises a coded light sequence received by the at least one imager .
A power analyzer system comprising: a housing mounted on a pole and including a channel for a power line ; a ground line extending from the housing ; a power line conductive contact in the channel ; a voltage sensor including voltage sensing circuitry connected to the power line conductive contact and the ground line ; a high voltage capacitance (C 0 ) between the ground line and the voltage sensing circuitry ; a current sensor including windings about and spaced from the power line ; and a processing subsystem responsive to the voltage sensing circuitry and the current sensor and configured to compute power analysis metrics. a housing mounted on a pole and including a channel for a power line ; a ground line extending from the housing ; a power line conductive contact in the channel ; a voltage sensor including voltage sensing circuitry connected to the power line conductive contact and the ground line ; a high voltage capacitance (C 0 ) between the ground line and the voltage sensing circuitry ; a current sensor including windings about and spaced from the power line ; and a processing subsystem responsive to the voltage sensing circuitry and the current sensor and configured to compute power analysis metrics.
An electroencephalogram electrode comprising: a bottom portion on which a connection member is placed, the connection member which is configured to supply a biological signal that is acquired from a subject through the conductive gel, to an external apparatus; an annular wall which annularly extends from the bottom portion in a contact direction with respect to the subject, and which is configured to bend toward the outside when the electroencephalogram electrode is attached to the subject; and a plurality of barb members which are disposed in a holding space for a conductive gel that is located inside the annular wall, which fix the conductive gel in a hooking manner and prevent the conductive gel from dropping, and which elongate from the bottom portion in the contact direction with respect to the subject. a bottom portion on which a connection member is placed, the connection member which is configured to supply a biological signal that is acquired from a subject through the conductive gel, to an external apparatus; an annular wall which annularly extends from the bottom portion in a contact direction with respect to the subject, and which is configured to bend toward the outside when the electroencephalogram electrode is attached to the subject; and a plurality of barb members which are disposed in a holding space for a conductive gel that is located inside the annular wall, which fix the conductive gel in a hooking manner and prevent the conductive gel from dropping, and which elongate from the bottom portion in the contact direction with respect to the subject.
A prosthetic heart valve, comprising: a stent having a collapsed condition and an expanded condition, the stent having a proximal end, a distal end and a plurality of commissure features , wherein the prosthetic heart valve further includes; a valve assembly secured to the stent, the valve assembly including a cuff and a plurality of leaflets , each of the leaflets having a free edge extending between a first end attached to one of the plurality of commissure features and a second end attached to another of the plurality of commissure features, and a second edge secured to the cuff, the second edge having a first end, a second end, a first folded portion adjacent the first end, a second folded portion adjacent the second end, and an unfolded portion between the first and second folded portions, the first and second folded portions coupling the leaflet to ones of the commissure features; and a reinforcement disposed along the unfolded portion of each of the leaflets, the reinforcement comprising a reverse-running stitch, the reverse-running stitch having a recurring triangular pattern. a stent having a collapsed condition and an expanded condition, the stent having a proximal end, a distal end and a plurality of commissure features , wherein the prosthetic heart valve further includes; a valve assembly secured to the stent, the valve assembly including a cuff and a plurality of leaflets , each of the leaflets having a free edge extending between a first end attached to one of the plurality of commissure features and a second end attached to another of the plurality of commissure features, and a second edge secured to the cuff, the second edge having a first end, a second end, a first folded portion adjacent the first end, a second folded portion adjacent the second end, and an unfolded portion between the first and second folded portions, the first and second folded portions coupling the leaflet to ones of the commissure features; and a reinforcement disposed along the unfolded portion of each of the leaflets, the reinforcement comprising a reverse-running stitch, the reverse-running stitch having a recurring triangular pattern.
A method of manufacturing a hydrostatic advanced low leakage seal configured to be disposed between relatively rotatable components, the method comprising: manufacturing a plurality of separate, independent components (180, 182; 107, 108, 116a, 116b) of the seal; and assembling the plurality of separate, independent components to form the seal , characterised in that : the plurality of separate, independent components includes a first portion and a second portion , the first portion comprising a shoe and a first beam , the second portion comprising a second beam and a base portion , the first portion and the second portion operatively coupled to each other. manufacturing a plurality of separate, independent components (180, 182; 107, 108, 116a, 116b) of the seal; and assembling the plurality of separate, independent components to form the seal , characterised in that : the plurality of separate, independent components includes a first portion and a second portion , the first portion comprising a shoe and a first beam , the second portion comprising a second beam and a base portion , the first portion and the second portion operatively coupled to each other.
Device for deflection of a coupler of a train vehicle, comprising - a deflection arm adapted to be connected to a coupler pivot anchor and - a drive connected to the deflection arm , whereby the drive is suitable to rotate the deflection arm about the coupler pivot anchor , wherein the drive has a deflection arm end that is connected to the deflection arm and has a train vehicle side end suitable to be connected to a part of the train vehicle, the drive has two hydraulic or pneumatic cylinders arranged between the train vehicle side end and the deflection arm end and each of the two cylinders has a rod , each rod having at one of its ends respectively the vehicle side end or the deflection arm end, characterized in that the two rods are arranged in parallel with each other. - a deflection arm adapted to be connected to a coupler pivot anchor and - a drive connected to the deflection arm , whereby the drive is suitable to rotate the deflection arm about the coupler pivot anchor ,
Binding folder for the binding of a bundle of leaves , which binding folder essentially consists of a spine with at least one cover sheet , whereby the spine comprises a U-shaped profile with a bottom and two upright arms , whereby the cover sheet is attached to one of the arms , whereby the binding folder is provided with a layer of glue to attach the bundle of leaves in the binding folder , whereby the layer of glue is applied on a rigid extension of said arm such that the layer of glue in relation to the U-shaped profile cannot be folded or moved, characterised in that the rigid extension of said arm is realized by: - said arm of the spine being longer than the other arm , whereby the layer of glue is applied onto or on the level of the extended part of said arm ; or by: - attaching the cover sheet to said arm with a rigid or stiff adhesion , whereby the layer of glue is applied on the level of this rigid or stiff adhesion . - said arm of the spine being longer than the other arm , whereby the layer of glue is applied onto or on the level of the extended part of said arm ; - attaching the cover sheet to said arm with a rigid or stiff adhesion , whereby the layer of glue is applied on the level of this rigid or stiff adhesion .
A continuous sol-gel process for producing silicate-containing glasses and glass ceramics, comprising the following steps: (a) continuously feeding a silicon tetraalkoxide, a silicon alkoxide with at least one non-alcoholic functional group and an alcohol into a first reactor (R1), and at least partially hydrolyzing by the addition of a mineral acid to obtain a first product stream (A); (b) continuously providing a second product stream (B) in a second reactor (R2) by feeding a metal alkoxide component or continuously mixing an alcohol and a metal alkoxide component; (c) continuously mixing product streams (A) and (B) in a third reactor (R3) for producing a presol to obtain a third product stream (C); (d) continuously adding water or a diluted acid to the product stream (C) to obtain a sol (gelation); (e) continuously filling the emerging sol into molds to obtain an aquagel; (f) drying the aquagels to obtain xerogels; (g) sintering the xerogels to obtain silicate-containing glasses and glass ceramics, wherein calcination is performed at a temperature from 700 to 900 °C, followed by sintering at a temperature from 950 to 1100 °C; and wherein the weight ratio of silicon tetraalkoxide and the silicon alkoxide with at least one non-alcoholic functional group is in the range of 15:1 to 5:1; and wherein the amount of metal oxide component in the silicate-containing glasses and glass ceramic is 20 to 55 wt.-%. (a) continuously feeding a silicon tetraalkoxide, a silicon alkoxide with at least one non-alcoholic functional group and an alcohol into a first reactor (R1), and at least partially hydrolyzing by the addition of a mineral acid to obtain a first product stream (A); (b) continuously providing a second product stream (B) in a second reactor (R2) by feeding a metal alkoxide component or continuously mixing an alcohol and a metal alkoxide component; (c) continuously mixing product streams (A) and (B) in a third reactor (R3) for producing a presol to obtain a third product stream (C); (d) continuously adding water or a diluted acid to the product stream (C) to obtain a sol (gelation); (e) continuously filling the emerging sol into molds to obtain an aquagel; (f) drying the aquagels to obtain xerogels; (g) sintering the xerogels to obtain silicate-containing glasses and glass ceramics, wherein calcination is performed at a temperature from 700 to 900 °C, followed by sintering at a temperature from 950 to 1100 °C; and wherein the weight ratio of silicon tetraalkoxide and the silicon alkoxide with at least one non-alcoholic functional group is in the range of 15:1 to 5:1; and wherein the amount of metal oxide component in the silicate-containing glasses and glass ceramic is 20 to 55 wt.-%.
A composition comprising a plurality of nucleic acid adaptors, wherein each of the plurality of adaptors comprise a 5' universal handle sequence, one or more tag sequences, and a 3' target nucleic acid sequence wherein each adaptor comprises a cleavable moiety; wherein the target nucleic acid sequence of the adaptor includes at least one cleavable moiety, cleavable moieties are included flanking either end of the tag sequence and the universal handle sequence does not include the cleavable moiety; wherein at least two and up to one hundred thousand target specific adaptor pairs are included; and wherein the multiplex of adaptor pairs is capable of amplification of at least two different target nucleic acid sequences. wherein the target nucleic acid sequence of the adaptor includes at least one cleavable moiety, cleavable moieties are included flanking either end of the tag sequence and the universal handle sequence does not include the cleavable moiety; wherein at least two and up to one hundred thousand target specific adaptor pairs are included; and wherein the multiplex of adaptor pairs is capable of amplification of at least two different target nucleic acid sequences.
An aircraft comprising: a pack bay defined on an underside of the aircraft , comprising an interior ; an air conditioning pack positioned within interior configured to discharge heat; and an exterior panel in close proximity to the air conditioning pack comprising an opening defined therein, and the exterior panel comprising a first side facing towards the air conditioning pack , and a second side defining an exterior aircraft surface , wherein: the exterior aircraft surface is configured to be in communication with a free stream airflow past the aircraft ; at least a portion of the air conditioning pack is disposed within the opening to facilitate transferring heat from the air conditioning pack to the free stream airflow ; and the air conditioning pack comprises a bottom wall , wherein at least a portion of the bottom wall extends through the opening in the exterior panel for exposing the bottom wall to the free stream airflow . a pack bay defined on an underside of the aircraft , comprising an interior ; an air conditioning pack positioned within interior configured to discharge heat; and an exterior panel in close proximity to the air conditioning pack comprising an opening defined therein, and the exterior panel comprising a first side facing towards the air conditioning pack , and a second side defining an exterior aircraft surface , wherein: the exterior aircraft surface is configured to be in communication with a free stream airflow past the aircraft ; at least a portion of the air conditioning pack is disposed within the opening to facilitate transferring heat from the air conditioning pack to the free stream airflow ; and the air conditioning pack comprises a bottom wall , wherein at least a portion of the bottom wall extends through the opening in the exterior panel for exposing the bottom wall to the free stream airflow . the exterior aircraft surface is configured to be in communication with a free stream airflow past the aircraft ; at least a portion of the air conditioning pack is disposed within the opening to facilitate transferring heat from the air conditioning pack to the free stream airflow ; and the air conditioning pack comprises a bottom wall , wherein at least a portion of the bottom wall extends through the opening in the exterior panel for exposing the bottom wall to the free stream airflow .
Method for light-to-frequency conversion, comprising the steps of: - generating a photocurrent (IPD) by means of a photodiode , wherein the photocurrent (IPD) is generated during an integration time (TINT), - converting the photocurrent (IPD) into a digital comparator output signal (LOUT) in a charge balancing operation depending on a first clock signal (CLK1), - determining from the digital comparator output signal (LOUT) an asynchronous count (C1) comprising an integer number of counts depending on the first clock signal (CLK1), - determining from the digital comparator output signal (LOUT) a fractional time count (C2) depending on a second clock signal (CLK2), and - calculating from a sum of the asynchronous count (C1) and the fractional time count (C2) a digital output signal (ADC-COUNT) which is indicative of the photocurrent generated by the photodiode generated during the integration time (TINT); characterized in that : - the asynchronous count (C1) and the fractional time count (C2) are determined, in parallel, during the integration time (TINT). - generating a photocurrent (IPD) by means of a photodiode , wherein the photocurrent (IPD) is generated during an integration time (TINT), - converting the photocurrent (IPD) into a digital comparator output signal (LOUT) in a charge balancing operation depending on a first clock signal (CLK1), - determining from the digital comparator output signal (LOUT) an asynchronous count (C1) comprising an integer number of counts depending on the first clock signal (CLK1), - determining from the digital comparator output signal (LOUT) a fractional time count (C2) depending on a second clock signal (CLK2), and - calculating from a sum of the asynchronous count (C1) and the fractional time count (C2) a digital output signal (ADC-COUNT) which is indicative of the photocurrent generated by the photodiode generated during the integration time (TINT); characterized in that : - the asynchronous count (C1) and the fractional time count (C2) are determined, in parallel, during the integration time (TINT). - the asynchronous count (C1) and the fractional time count (C2) are determined, in parallel, during the integration time (TINT).
A human proximal tubule epithelial cell (PTEC) that stably expresses a functional organic anion transporter (OAT) when cultured, wherein the cell is ciPTEC.OAT1.4B2 DSM ACC3279 or a passage up to the 29 th passage thereof or wherein the cell is ciPTEC.OAT3.3C1 DSM ACC3280 or a passage up to the 29th passage thereof.