mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the preparation of the compound of Formula A wherein R 1 is a C 1 -C 3 alkyl; from the compound of Formula B which comprises the following steps: a) creating a first mixture by combining together the compound of Formula B and a chlorinating agent; b) isolating a compound of Formula C from the first mixture; wherein R is H or Cl; c) creating a second mixture containing an alkali metal alkoxide of Formula D wherein M is Na or K, and R 1 is a C 1 -C 3 alkyl; and the compound of Formula C; d) isolating a compound of Formula E from the second mixture wherein R is H or Cl and R 1 is a C 1 -C 3 alkyl; e) creating a third mixture containing the compound of Formula E, water, and one of a mineral acid and a strong base; f) heating the third mixture; g) isolating a compound of Formula F from the third mixture wherein R is H or Cl and R 1 is a C 1 -C 3 alkyl; h) creating a fourth mixture containing the compound of Formula F and a reducing agent; and i) isolating the compound of Formula A from the fourth mixture; wherein R 1 is a C 1 -C 3 alkyl. a) creating a first mixture by combining together the compound of Formula B and a chlorinating agent; b) isolating a compound of Formula C from the first mixture; wherein R is H or Cl; c) creating a second mixture containing an alkali metal alkoxide of Formula D wherein M is Na or K, and R 1 is a C 1 -C 3 alkyl; and the compound of Formula C; d) isolating a compound of Formula E from the second mixture wherein R is H or Cl and R 1 is a C 1 -C 3 alkyl; e) creating a third mixture containing the compound of Formula E, water, and one of a mineral acid and a strong base; f) heating the third mixture; g) isolating a compound of Formula F from the third mixture wherein R is H or Cl and R 1 is a C 1 -C 3 alkyl; h) creating a fourth mixture containing the compound of Formula F and a reducing agent; and i) isolating the compound of Formula A from the fourth mixture; wherein R 1 is a C 1 -C 3 alkyl.
An audio processor comprising: a Fourier transform unit configured to transform an audio signal from a time-domain signal into a frequency-domain signal; a filtering unit configured to perform a filtering process on the audio signal that has been transformed into the frequency-domain signal by the Fourier transform unit , using a second filter coefficient; an inverse Fourier transform unit configured to transform the audio signal subjected to the filtering process by the filtering unit , from the frequency-domain signal into a time-domain signal; a band gain setting unit configured to set first gains for respective bands used to perform the filtering process on the audio signal; a volume setting unit configured to set a second gain for increasing or reducing a volume of the audio signal; a first filter coefficient calculator configured to calculate a first filter coefficient that can increase or reduce gains for respective bands, so as to correspond to the first gains for the respective bands set by the band gain setting unit ; and a second filter coefficient calculator configured to compare each value of gains for respective bands of the first filter coefficient with an absolute value of the second gain set by the volume setting unit , and to, if the value of the gains for the respective bands of the first filter coefficient is greater than the absolute value of the second gain, calculate the second filter coefficient by limiting the values of the gains for the respective bands of the first filter coefficient to the absolute value of the second gain. a Fourier transform unit configured to transform an audio signal from a time-domain signal into a frequency-domain signal; a filtering unit configured to perform a filtering process on the audio signal that has been transformed into the frequency-domain signal by the Fourier transform unit , using a second filter coefficient; an inverse Fourier transform unit configured to transform the audio signal subjected to the filtering process by the filtering unit , from the frequency-domain signal into a time-domain signal; a band gain setting unit configured to set first gains for respective bands used to perform the filtering process on the audio signal; a volume setting unit configured to set a second gain for increasing or reducing a volume of the audio signal; a first filter coefficient calculator configured to calculate a first filter coefficient that can increase or reduce gains for respective bands, so as to correspond to the first gains for the respective bands set by the band gain setting unit ; and a second filter coefficient calculator configured to compare each value of gains for respective bands of the first filter coefficient with an absolute value of the second gain set by the volume setting unit , and to, if the value of the gains for the respective bands of the first filter coefficient is greater than the absolute value of the second gain, calculate the second filter coefficient by limiting the values of the gains for the respective bands of the first filter coefficient to the absolute value of the second gain.
A video decoding method for motion compensation performed under an inter-frame prediction, the method comprising computer executable steps executed by a processor of a video decoder to implement: retrieving integer samples from a reference picture memory; applying a first fractional sample interpolation on the integer samples retrieved from the reference picture memory, in a first direction to generate a first set of fractional samples; and applying a second fractional sample interpolation on the first set of fractional samples in a second direction to generate a second set of fractional samples, wherein the integer samples are represented with a first bit depth and the first set of fractional samples is represented with a second bit depth which is constant regardless of the first bit depth of the integer samples; wherein the first and second fractional sample interpolations apply an 8-tap FIR filter having at least the following set of coefficients to generate a quarter-pel sample: [-1, 4, -11, 40, 40, -11, 4, -1]; and wherein a bidirectional prediction sample is generated by combining two second sets of fractional samples, the two second sets being different from each other, wherein a value of the bidirectional prediction sample is clipped so as to be represented with the first bit depth of the integer sample. retrieving integer samples from a reference picture memory; applying a first fractional sample interpolation on the integer samples retrieved from the reference picture memory, in a first direction to generate a first set of fractional samples; and applying a second fractional sample interpolation on the first set of fractional samples in a second direction to generate a second set of fractional samples, wherein the integer samples are represented with a first bit depth and the first set of fractional samples is represented with a second bit depth which is constant regardless of the first bit depth of the integer samples; wherein the first and second fractional sample interpolations apply an 8-tap FIR filter having at least the following set of coefficients to generate a quarter-pel sample: [-1, 4, -11, 40, 40, -11, 4, -1]; and wherein a bidirectional prediction sample is generated by combining two second sets of fractional samples, the two second sets being different from each other, wherein a value of the bidirectional prediction sample is clipped so as to be represented with the first bit depth of the integer sample.
Busbar arrangement for making electrical contact with at least one semiconductor module , wherein the busbar arrangement has at least two busbars , wherein the busbars are arranged in a mutually overlapping manner at least in an overlap region of the busbar arrangement , wherein the busbars are electrically insulated from one another, wherein the busbars each have at least one web with a connection element , wherein the webs of the busbars are arranged without an overlap, wherein the webs are oriented such that a first axis can be formed, - which runs through the connection element of the respective web and a point of a transition of the respective web to the overlap region of the busbar arrangement , and - which intersects with a second axis , which is formed by a connection between two connection elements of the web at an angle of between 0° and 45°, wherein the busbar arrangement has an insulating region , which is arranged so as to reduce or to prevent a current in the web in a direction perpendicular to the second axis , characterised in that the overlap region and the webs are each located in one plane. - which runs through the connection element of the respective web and a point of a transition of the respective web to the overlap region of the busbar arrangement , and - which intersects with a second axis , which is formed by a connection between two connection elements of the web at an angle of between 0° and 45°,
Optometry apparatus comprising: - a holder designed to receive visual compensation spectacles , the holder exhibiting a housing , dimensioned so as to accommodate the visual compensation spectacles , and openings , formed in a lateral wall of the housing , for the passage of temples of the visual compensation spectacles ; - at least one transmission element (425; 435; 445) designed to cooperate with a member (352; 354; 356; 552; 554; 556) for adjusting an optical correction characteristic of said spectacles ; - at least one motor (420; 430; 440) for driving the transmission element (425; 435; 445). - a holder designed to receive visual compensation spectacles , the holder exhibiting a housing , dimensioned so as to accommodate the visual compensation spectacles , and openings , formed in a lateral wall of the housing , for the passage of temples of the visual compensation spectacles ; - at least one transmission element (425; 435; 445) designed to cooperate with a member (352; 354; 356; 552; 554; 556) for adjusting an optical correction characteristic of said spectacles ; - at least one motor (420; 430; 440) for driving the transmission element (425; 435; 445).
A modular prosthetic device, comprising: a chassis assembly comprising a joint portion , a structural frame , and a mounting portion ; and an interchangeable module configured to be removably attached to the chassis assembly, wherein the interchangeable module is secured to the joint portion via a locking mechanism of the interchangeable module, wherein the locking mechanism is engaged with the joint portion characterised in that the locking mechanism is engaged with the joint via a lever and locking wedge . a chassis assembly comprising a joint portion , a structural frame , and a mounting portion ; and an interchangeable module configured to be removably attached to the chassis assembly, wherein the interchangeable module is secured to the joint portion via a locking mechanism of the interchangeable module, wherein the locking mechanism is engaged with the joint portion characterised in that the locking mechanism is engaged with the joint via a lever and locking wedge .
Transformer , comprising: - a first circuit containing a first inductor , - a second circuit containing a second inductor that is galvanically isolated from the first inductor and coupled to the first inductor , these being accordingly connected in a first circuit and in a second circuit, and - a device for performing a method for testing the transformer , having the method steps of: - applying a DC voltage between a first circuit point and a second circuit point in the first circuit; - tapping off a test voltage between two circuit points in the first or second circuit, wherein one of the two circuit points is different from the first circuit point and second circuit point ; and - testing the transformer based on a comparison of the DC voltage and the test voltage , characterized in that the transformer comprises a test circuit, containing the first inductor , containing at least two resistors for applying the DC voltage and tapping off the test voltage , wherein the test circuit has galvanic decoupling from ground , in particular a capacitor . - a first circuit containing a first inductor , - a second circuit containing a second inductor that is galvanically isolated from the first inductor and coupled to the first inductor , these being accordingly connected in a first circuit and in a second circuit, and - a device for performing a method for testing the transformer , having the method steps of: - applying a DC voltage between a first circuit point and a second circuit point in the first circuit; - tapping off a test voltage between two circuit points in the first or second circuit, wherein one of the two circuit points is different from the first circuit point and second circuit point ; and - testing the transformer based on a comparison of the DC voltage and the test voltage , - applying a DC voltage between a first circuit point and a second circuit point in the first circuit; - tapping off a test voltage between two circuit points in the first or second circuit, wherein one of the two circuit points is different from the first circuit point and second circuit point ; and - testing the transformer based on a comparison of the DC voltage and the test voltage ,
A compound represented by the formula (I): wherein Ring A is an optionally further substituted ring, Ring D is an optionally further substituted ring, n is 1 or 2, X is -O-, -CR 1 R 2 -, -CR 1 R 2 -O-, -O-CR 1 R 2 - or -NR 3 -, R 1 , R 2 and R 3 are each independently a hydrogen atom or a substituent, and R a and R b are each independently a hydrogen atom or a C 1-6 alkyl group optionally substituted by halogen atom(s), or a salt thereof. Ring A is an optionally further substituted ring, Ring D is an optionally further substituted ring, n is 1 or 2, X is -O-, -CR 1 R 2 -, -CR 1 R 2 -O-, -O-CR 1 R 2 - or -NR 3 -, R 1 , R 2 and R 3 are each independently a hydrogen atom or a substituent, and R a and R b are each independently a hydrogen atom or a C 1-6 alkyl group optionally substituted by halogen atom(s), or a salt thereof.
A method for Long Term Evolution systems, comprising: receiving a PUCCH resource allocation from an evolved NodeB, eNB for a radio frame that includes a first subframe and a second subframe, wherein the PUCCH resource allocation includes a first PUCCH configuration for the first subframe and a second PUCCH configuration for the second subframe, and the second PUCCH configuration is different than the first PUCCH configuration, and wherein the first PUCCH configuration indicates a first PUCCH format and the second PUCCH configuration indicates a second PUCCH format; transmitting a first group of HARQ bits based on the first PUCCH configuration in the first subframe; and transmitting a second group of HARQ bits based on the second PUCCH configuration in the second subframe. receiving a PUCCH resource allocation from an evolved NodeB, eNB for a radio frame that includes a first subframe and a second subframe, wherein the PUCCH resource allocation includes a first PUCCH configuration for the first subframe and a second PUCCH configuration for the second subframe, and the second PUCCH configuration is different than the first PUCCH configuration, and wherein the first PUCCH configuration indicates a first PUCCH format and the second PUCCH configuration indicates a second PUCCH format; transmitting a first group of HARQ bits based on the first PUCCH configuration in the first subframe; and transmitting a second group of HARQ bits based on the second PUCCH configuration in the second subframe.
Item of climbing footwear , comprising: - a sole , - an upper fixed to the top of the sole, the upper being open at the rear without having a stiffener, and - at least one tightening strap , fixed to the upper by at least one of its ends and designed to hold, by tightening, a foot fitted between the sole and the upper, the tightening strap being adjustable in length so as to be able to hold different sizes of shod foot. - a sole , - an upper fixed to the top of the sole, the upper being open at the rear without having a stiffener, and - at least one tightening strap , fixed to the upper by at least one of its ends and designed to hold, by tightening, a foot fitted between the sole and the upper, the tightening strap being adjustable in length so as to be able to hold different sizes of shod foot.
Sport shoe innerboot , including a wall including at least one layer that features an area formed of a thermoformable padding material adapted to be shaped after heating it when it has been heated to a deformation temperature, characterized in that it comprises at least one indicator , comprising a deformable element deforming at the deformation temperature of the thermoformable padding material of the wall of the innerboot, to indicate that the innerboot has been heated to a temperature substantially equal to its deformation temperature, at which shaping it is possible.
A prosthesis having a compressed configuration for delivery within a vasculature and a radially-expanded configuration for deployment within a target blood vessel in a patient, the prosthesis comprising: a tubular body having a first end and a second end , the first end having an anchoring structure to engage an inner wall of the target blood vessel in the radially-expanded configuration; and an elongated mid-portion between the first and second ends and including a channel formed in a wall thereof, wherein the channel is at least partially oriented circumferentially about the tubular body ; and a fluid-absorbable composition deposited within the channel , the fluid-absorbable composition having a first volume when the prosthesis is in the compressed configuration and configured to swell to a second volume within the channel upon deployment of the prosthesis within the target blood vessel to thereby transition at least the elongated mid-portion into the radially-expanded configuration. a tubular body having a first end and a second end , the first end having an anchoring structure to engage an inner wall of the target blood vessel in the radially-expanded configuration; and an elongated mid-portion between the first and second ends and including a channel formed in a wall thereof, wherein the channel is at least partially oriented circumferentially about the tubular body ; and a first end and a second end , the first end having an anchoring structure to engage an inner wall of the target blood vessel in the radially-expanded configuration; and an elongated mid-portion between the first and second ends and including a channel formed in a wall thereof, wherein the channel is at least partially oriented circumferentially about the tubular body ; and a fluid-absorbable composition deposited within the channel , the fluid-absorbable composition having a first volume when the prosthesis is in the compressed configuration and configured to swell to a second volume within the channel upon deployment of the prosthesis within the target blood vessel to thereby transition at least the elongated mid-portion into the radially-expanded configuration.
A pattern panel for vehicle wheel alignment measurement and/or for calibrating a sensor device in a motor vehicle , wherein the pattern panel comprises a display device designed to selectively display at leat one of two different patterns (9, 9a-9f); characterized in that the display device operates according to the principle of electronic paper, wherein the patterns (9, 9a-9f) comprise a plurality of pattern elements (11a-11d) and the display device comprises electrodes (45a-45f) each having the shape of one of the pattern elements (11a-11d) or of a portion of one of the pattern elements (11a-11d), so that the shape of the respective pattern elements (11a-11d) is predefined by the physical structure of the display device . wherein the pattern panel comprises a display device designed to selectively display at leat one of two different patterns (9, 9a-9f); characterized in that the display device operates according to the principle of electronic paper, wherein the patterns (9, 9a-9f) comprise a plurality of pattern elements (11a-11d) and the display device comprises electrodes (45a-45f) each having the shape of one of the pattern elements (11a-11d) or of a portion of one of the pattern elements (11a-11d), so that the shape of the respective pattern elements (11a-11d) is predefined by the physical structure of the display device .
A method of preparing a compound of formula (I): comprising the following step (A): wherein a compound of formula (V): is allowed to react with a vinyl sulfone compound of formula (IX'): in which R represents a methyl group, optionally in an aromatic hydrocarbon solvent, such as toluene for example, preferably at the reflux temperature of said solvent, thereby providing said compound of formula (I).
A stent graft delivery system , comprising: a) a stent graft that includes i) a luminal graft component having an outside surface , an inside surface , a proximal open end , a distal open end , and defining a lumen , and ii) a plurality of stents extending longitudinally along the luminal graft component ; b) a control rod extending longitudinally along the luminal graft component , wherein the control rod includes a wire and an internal luminal rod that defines an internal fenestration , whereby the wire can extend through the internal luminal rod ; and c) at least one ligature traversing at least one of the stents and controllably and releasably fixed to the control rod , wherein the ligature extends between the luminal rod and the wire and across the internal fenestration , and wherein the ligature is controlled by axial rotation of the control rod , whereby the ligature wraps around the control rod to thereby control constriction of the traversed stent , whereby control of the ligature at the control rod radially constricts the traversed stent . a) a stent graft that includes i) a luminal graft component having an outside surface , an inside surface , a proximal open end , a distal open end , and defining a lumen , and ii) a plurality of stents extending longitudinally along the luminal graft component ; i) a luminal graft component having an outside surface , an inside surface , a proximal open end , a distal open end , and defining a lumen , and ii) a plurality of stents extending longitudinally along the luminal graft component ; b) a control rod extending longitudinally along the luminal graft component , wherein the control rod includes a wire and an internal luminal rod that defines an internal fenestration , whereby the wire can extend through the internal luminal rod ; and c) at least one ligature traversing at least one of the stents and controllably and releasably fixed to the control rod , wherein the ligature extends between the luminal rod and the wire and across the internal fenestration , and wherein the ligature is controlled by axial rotation of the control rod , whereby the ligature wraps around the control rod to thereby control constriction of the traversed stent , whereby control of the ligature at the control rod radially constricts the traversed stent .
A curable photochromic composition comprising: (a) a first component comprising a first compound having at least two active hydrogen-functional groups and an active hydrogen-functional group equivalent weight of at least 1000; (b) a second component comprising at least one of a polyisocyanate and a blocked polyisocyanate; and (c) at least one photochromic compound, wherein the ratio of total isocyanate and blocked isocyanate equivalents to total active hydrogen-functional group equivalents is at least 4:1. (a) a first component comprising a first compound having at least two active hydrogen-functional groups and an active hydrogen-functional group equivalent weight of at least 1000; (b) a second component comprising at least one of a polyisocyanate and a blocked polyisocyanate; and (c) at least one photochromic compound,