mhurhangee/patent-ind-claim-en huggingface dataset:
A processor-implemented data processing method, the method comprising: normalizing input data of an activation function comprising a division operation; determining dividend data corresponding to a dividend of the division operation by reading, from a memory, a value of a first lookup table addressed by the normalized input data; determining divisor data corresponding to a divisor of the division operation by accumulating the dividend data using an accumulator ; and determining output data of the activation function corresponding to an output of the division operation obtained by reading, from the memory, a value of a second lookup table addressed by the dividend data and the divisor data, wherein the determining of the output data comprises: determining a column-index addressing columns of the second lookup table based on a value of the dividend data; determining a row-index addressing rows of the second lookup table from a value of the divisor data indicated by most significant bits of the accumulator; and reading, from the memory, the value of the second lookup table addressed by the column-index and the row-index. normalizing input data of an activation function comprising a division operation; determining dividend data corresponding to a dividend of the division operation by reading, from a memory, a value of a first lookup table addressed by the normalized input data; determining divisor data corresponding to a divisor of the division operation by accumulating the dividend data using an accumulator ; and determining output data of the activation function corresponding to an output of the division operation obtained by reading, from the memory, a value of a second lookup table addressed by the dividend data and the divisor data, wherein the determining of the output data comprises: determining a column-index addressing columns of the second lookup table based on a value of the dividend data; determining a row-index addressing rows of the second lookup table from a value of the divisor data indicated by most significant bits of the accumulator; and reading, from the memory, the value of the second lookup table addressed by the column-index and the row-index. determining a column-index addressing columns of the second lookup table based on a value of the dividend data; determining a row-index addressing rows of the second lookup table from a value of the divisor data indicated by most significant bits of the accumulator; and reading, from the memory, the value of the second lookup table addressed by the column-index and the row-index.
A process for the production of heat-shielding laminated glass composites by means of the lamination of two transparent panes with at least one film A and at least one film B, wherein the films A and B are positioned between the two transparent panes and laminate them together, wherein film A comprises a polyvinyl acetal PA and 0 to 16% by weight of at least one plasticizer WA as well as a heat-shielding coating, and film B comprises a polyvinyl acetal PB and at least 16% by weight of at least one plasticizer WB, characterized in that in the edge region, film A is at least 1 mm smaller than at least one glass pane in a manner such that film B is in direct contact with at least one glass pane in this edge region, and in that film A comprises less than 150 ppm of chloride ions.
A method of forming a composite expandable medical balloon , the method comprising: forming a base balloon comprising at least one layer of an elastomeric polymer, the base balloon comprising a distal waist portion , a distal cone portion , a body portion , a proximal cone portion , and a proximal waist portion ; heat setting the base balloon at a temperature of 145° C to 160°C; disposing at least one first layer comprising a polymer material on the base balloon ; disposing a fiber braid comprising at least one polymeric fiber along the base balloon and the at least one first layer to form the composite expandable medical balloon; and sterilizing the composite expandable medical balloon at a temperature of at least about 40° C or greater; wherein the polymer material of the at least one first layer promotes adhesion between the base balloon and the fiber braid; and wherein the base balloon has a first length prior to sterilizing the composite expandable medical balloon, the first length being defined between a distal end of the distal waist portion and a proximal end of the proximal waist portion; wherein the base balloon has a second length after sterilizing the composite expandable medical balloon, the second length being defined between the distal end of the distal waist portion and the proximal end of the proximal waist portion; and wherein the second length is at least about 95% of the first length. forming a base balloon comprising at least one layer of an elastomeric polymer, the base balloon comprising a distal waist portion , a distal cone portion , a body portion , a proximal cone portion , and a proximal waist portion ; heat setting the base balloon at a temperature of 145° C to 160°C; disposing at least one first layer comprising a polymer material on the base balloon ; disposing a fiber braid comprising at least one polymeric fiber along the base balloon and the at least one first layer to form the composite expandable medical balloon; and sterilizing the composite expandable medical balloon at a temperature of at least about 40° C or greater; wherein the polymer material of the at least one first layer promotes adhesion between the base balloon and the fiber braid; and wherein the base balloon has a first length prior to sterilizing the composite expandable medical balloon, the first length being defined between a distal end of the distal waist portion and a proximal end of the proximal waist portion; wherein the base balloon has a second length after sterilizing the composite expandable medical balloon, the second length being defined between the distal end of the distal waist portion and the proximal end of the proximal waist portion; and wherein the second length is at least about 95% of the first length.
A process for preparing Compound IA: said process comprising: A) coupling an appropriate amount of an amine : with a dichloropyrimidine : in a suitable aprotic organic solvent, optionally in the presence of an appropriate amount of a suitable base, at a suitable temperature, to yield an intermediate of Formula XA: and B) de-chlorinating the intermediate of Formula XA with hydrogen gas or a transfer hydrogenation reagent and, optionally, an appropriate amount of a suitable metal catalyst, in the presence of an appropriate amount of a suitable base, at a suitable temperature, in a suitable organic solvent. A) coupling an appropriate amount of an amine : with a dichloropyrimidine : in a suitable aprotic organic solvent, optionally in the presence of an appropriate amount of a suitable base, at a suitable temperature, to yield an intermediate of Formula XA: and B) de-chlorinating the intermediate of Formula XA with hydrogen gas or a transfer hydrogenation reagent and, optionally, an appropriate amount of a suitable metal catalyst, in the presence of an appropriate amount of a suitable base, at a suitable temperature, in a suitable organic solvent.
A method comprising: obtaining a plurality of images , wherein a set of at least two images of the plurality of images describes a common scene, wherein the set of at least two images comprises a source image having a first depth-of field and a target image having a second depth-of field, wherein the second depth-of field is less than the first depth-of field; determining, using an artificial neural network, a depth map for the common scene based on the source image ; said method being characterized in that it further comprises the steps of: generating, based on the determined depth map for the common scene, a predicted image based on the source image such that the predicted image has a depth-of-field corresponding to the second depth-of field; determining a difference between the predicted image and the target image ; updating the artificial neural network based on the determined difference ; obtaining an image of a scene of interest ; and using the updated artificial neural network to generate a depth map for the scene of interest based on the image of the scene of interest . obtaining a plurality of images , wherein a set of at least two images of the plurality of images describes a common scene, wherein the set of at least two images comprises a source image having a first depth-of field and a target image having a second depth-of field, wherein the second depth-of field is less than the first depth-of field; determining, using an artificial neural network, a depth map for the common scene based on the source image ; said method being characterized in that it further comprises the steps of: generating, based on the determined depth map for the common scene, a predicted image based on the source image such that the predicted image has a depth-of-field corresponding to the second depth-of field; determining a difference between the predicted image and the target image ; updating the artificial neural network based on the determined difference ; obtaining an image of a scene of interest ; and using the updated artificial neural network to generate a depth map for the scene of interest based on the image of the scene of interest . generating, based on the determined depth map for the common scene, a predicted image based on the source image such that the predicted image has a depth-of-field corresponding to the second depth-of field; determining a difference between the predicted image and the target image ; updating the artificial neural network based on the determined difference ; obtaining an image of a scene of interest ; and using the updated artificial neural network to generate a depth map for the scene of interest based on the image of the scene of interest .
A pressure tight plug for releasably sealing a coupler of a dry disconnect valve, the coupler comprising a housing , a main flow valve , and at least one urging member being rotatable with respect to the housing of the coupler , the pressure tight plug comprising: - a body comprising: an internal region for sealing adjacent the main flow valve of the coupler , and a flanged perimeter for securing the plug to the coupler , - a locking ring receivable on, and rotatable with respect to the body via the at least one urging member of the coupler , - a pressure relief lock valve for releasably engaging the locking ring , the pressure relief lock valve rotatably fixed with respect to the body , and - a pressure relief channel extending from the internal region of the body to atmosphere, via said pressure relief lock valve ; the pressure relief lock valve being arranged such that in a valve closed position the pressure relief lock valve is engaged with the locking ring restricting movement of the locking ring , and therein fixing the plug to the coupler and releasably sealing the coupler . - a body comprising: an internal region for sealing adjacent the main flow valve of the coupler , and a flanged perimeter for securing the plug to the coupler , - a locking ring receivable on, and rotatable with respect to the body via the at least one urging member of the coupler , - a pressure relief lock valve for releasably engaging the locking ring , the pressure relief lock valve rotatably fixed with respect to the body , and - a pressure relief channel extending from the internal region of the body to atmosphere, via said pressure relief lock valve ;
Shift transmission with at least two shift stages, preferably for use in rolling mill technology, which comprises: a rotatably mounted drive input shaft to which an input torque can be applied; a rotatably mounted first drive output shaft and a rotatably mounted second drive output shaft , which are arranged in parallel and which are so connected together by way of a drive output transmission stage that they rotate in each shift stage of the shift transmission in opposite sense, preferably at the same rotational speed, when an input torque is applied to the drive input shaft ; a first clutch , where in the coupled state of the first clutch a first shift stage of the shift transmission is realised in which the drive input shaft and the first drive output shaft are so connected with one another that the input torque is transferred from the drive input shaft to the first drive output shaft without speed step-up or speed step-down, particularly without diversion and without a spur gear stage, characterised in that the first clutch is arranged to connect the drive input shaft and the first drive output shaft together and to separate them in a switchable manner. a rotatably mounted drive input shaft to which an input torque can be applied; a rotatably mounted first drive output shaft and a rotatably mounted second drive output shaft , which are arranged in parallel and which are so connected together by way of a drive output transmission stage that they rotate in each shift stage of the shift transmission in opposite sense, preferably at the same rotational speed, when an input torque is applied to the drive input shaft ; a first clutch , where in the coupled state of the first clutch a first shift stage of the shift transmission is realised in which the drive input shaft and the first drive output shaft are so connected with one another that the input torque is transferred from the drive input shaft to the first drive output shaft without speed step-up or speed step-down, particularly without diversion and without a spur gear stage, characterised in that the first clutch is arranged to connect the drive input shaft and the first drive output shaft together and to separate them in a switchable manner.
A method of producing a 1,2,4-oxadiazole derivative represented by the following formula (A), which comprises reacting a compound represented by the following formula (B) and a compound represented by the following formula (C) in the presence of a basic compound; wherein Ar is an aromatic group or an aromatic group having substituent(s), W, X, Y and Z are each independently -S-, -N=, -CH= or -CR=, and one selected from W, X, Y and Z is -S-, and R is an alkyl group having 1 to 5 carbon atoms, an alkoxy group having 1 to 3 carbon atoms, a haloalkyl group having 1 to 3 carbon atoms, a haloalkoxy group having 1 to 3 carbon atoms or a halogen atom, and the compound represented by the formula (B) is reacted in an amount of 1.8 mol or more, per 1 mol of the compound represented by the formula (C). Ar is an aromatic group or an aromatic group having substituent(s), W, X, Y and Z are each independently -S-, -N=, -CH= or -CR=, and one selected from W, X, Y and Z is -S-, and R is an alkyl group having 1 to 5 carbon atoms, an alkoxy group having 1 to 3 carbon atoms, a haloalkyl group having 1 to 3 carbon atoms, a haloalkoxy group having 1 to 3 carbon atoms or a halogen atom, and the compound represented by the formula (B) is reacted in an amount of 1.8 mol or more, per 1 mol of the compound represented by the formula (C).
A composition for a moisture permeation preventing film for an electronic device, comprising: 1 to 10 wt% of an aerogel that comprises silica; 10 to 50 wt% of a solvent; 0.1 to 5 wt% of an additive that is a surfactant, an antifoaming agent, or a mixture thereof; and a binder as the remainder, the binder comprising silicone oil or at least one selected from the group consisting of a silanol group, an alkoxysilyl group, and polydimethylsiloxane, in a molecule. 1 to 10 wt% of an aerogel that comprises silica; 10 to 50 wt% of a solvent; 0.1 to 5 wt% of an additive that is a surfactant, an antifoaming agent, or a mixture thereof; and a binder as the remainder, the binder comprising silicone oil or at least one selected from the group consisting of a silanol group, an alkoxysilyl group, and polydimethylsiloxane, in a molecule.
A method of removing, by an imaging processing device , remanence artifacts from an image (f n ) of a sequence of images captured by an infrared imaging device, the method comprising: - generating a remanence measure (ω* n,x ) for at least some pixels in the image (f n ) based on a difference between the pixels values of the image (f n ) and the pixel values a previous image (f n-1 ) of the sequence; and - removing remanence artifacts from at least some pixels of the image (f n ) based on a remanence estimation (μ ω,n,x ) for each of the at least some pixels, each remanence estimation being generated based on the remanence measure (ω* n,x ) and on one or more previous remanence estimations of the at least some pixels and on a model (W) of the exponential decay of the remanence. - generating a remanence measure (ω* n,x ) for at least some pixels in the image (f n ) based on a difference between the pixels values of the image (f n ) and the pixel values a previous image (f n-1 ) of the sequence; and - removing remanence artifacts from at least some pixels of the image (f n ) based on a remanence estimation (μ ω,n,x ) for each of the at least some pixels, each remanence estimation being generated based on the remanence measure (ω* n,x ) and on one or more previous remanence estimations of the at least some pixels and on a model (W) of the exponential decay of the remanence.
Child seat , in particular for fastening on a motor vehicle seat , with a seat shell which, for the adjustment of the sitting position or reclining position, is mounted in a seat frame so as to be pivotable relative thereto, wherein the relative movement between the seat shell and the seat frame can be carried out by means of an electric motor which is operatively connected to a gear spindle via a spindle gear, and the electric motor has an armature Shaft which drives a worm which meshes with a worm wheel arranged on the gear spindle , wherein the gear spindle interacts with an adjustment element which adjusts the seat shell in relation to the seat frame , wherein the adjustment element is connected directly to the seat shell , and the seat frame has a guide structure in which guide elements of the seat shell are guided, wherein the electric motor is mounted in an articulated manner in the seat frame , and the adjustment element is designed as a spindle nut which is fastened in an articulated manner to the seat shell on the one hand and rotatably receives the gear spindle on the other hand.
A breathing assistance apparatus adapted to deliver humidified gases to a patient comprising: an inlet ; a gases supply; humidification means including a humidification chamber having an outlet ; a manifold on or about said inlet that enables auxiliary gases to be added to ambient gases, wherein the manifold includes an inlet port capable of being connected to an auxiliary gases supply; and at least one aperture to allow the drawing of ambient gases into said manifold , such that said ambient and auxiliary gases can flow from said inlet through said humidification chamber and out said outlet ; control means or an electronic controller which is configured to receive input from sources such as user input means or dial, wherein said auxiliary gases are oxygen, wherein the gases supply is a blower and is combined in one housing with the humidification means. an inlet ; a gases supply; humidification means including a humidification chamber having an outlet ; a manifold on or about said inlet that enables auxiliary gases to be added to ambient gases, wherein the manifold includes an inlet port capable of being connected to an auxiliary gases supply; and at least one aperture to allow the drawing of ambient gases into said manifold , such that said ambient and auxiliary gases can flow from said inlet through said humidification chamber and out said outlet ; an inlet port capable of being connected to an auxiliary gases supply; and at least one aperture to allow the drawing of ambient gases into said manifold , such that said ambient and auxiliary gases can flow from said inlet through said humidification chamber and out said outlet ; control means or an electronic controller which is configured to receive input from sources such as user input means or dial, wherein said auxiliary gases are oxygen, wherein the gases supply is a blower and is combined in one housing with the humidification means.
Air system for an aircraft, comprising: - a plurality of air consumers including at least one air conditioning pack intended to supply an aircraft cabin with air at controlled temperature and pressure, - a plurality of air sources including at least one air bleed device on a propulsion engine of the aircraft and at least one auxiliary power unit , - a network of ducts and control valves (PRV, OPV, APUCV, IPCV, FAV) configured to be able, on command from a control unit and/or according to flight conditions, to provide a fluid connection between said air sources and said air consumers, - said network of ducts and associated valves comprising at least one valve, called an isolation valve (APUIV), arranged between an air bleed device and an air duct connecting an air conditioning pack and said auxiliary power unit , - said control unit being configured to be able to determine, from the air requirements of each air consumer and the available air sources, a configuration of the control valves (PRV, OPV, APUCV, IPCV, FAV, APUIV), called the ideal configuration, that makes it possible to supply each air consumer with air according to the identified requirements, and a configuration, called the degraded configuration, that makes it possible to supply air to predetermined air consumers from said available air sources when said ideal configuration is not attainable. - a plurality of air consumers including at least one air conditioning pack intended to supply an aircraft cabin with air at controlled temperature and pressure, - a plurality of air sources including at least one air bleed device on a propulsion engine of the aircraft and at least one auxiliary power unit , - a network of ducts and control valves (PRV, OPV, APUCV, IPCV, FAV) configured to be able, on command from a control unit and/or according to flight conditions, to provide a fluid connection between said air sources and said air consumers, - said network of ducts and associated valves comprising at least one valve, called an isolation valve (APUIV), arranged between an air bleed device and an air duct connecting an air conditioning pack and said auxiliary power unit , - said control unit being configured to be able to determine, from the air requirements of each air consumer and the available air sources, a configuration of the control valves (PRV, OPV, APUCV, IPCV, FAV, APUIV), called the ideal configuration, that makes it possible to supply each air consumer with air according to the identified requirements, and a configuration, called the degraded configuration, that makes it possible to supply air to predetermined air consumers from said available air sources when said ideal configuration is not attainable.
A housing unit for electronic components, comprising: a heat sink comprising a heat sink side wall structure and a lip ; a cover including a cover side wall structure ; a base including a support structure configured to support from below a printed circuit board, PCB with mounted electronic components, wherein the cover and base are configured to be locked together, wherein when the cover is locked to the base , the cover side wall structure engages the heat sink side wall structure and the cover side wall structure engaging the heat sink side wall structure causes the lip of the heat sink to secure the PCB against the support structure . a heat sink comprising a heat sink side wall structure and a lip ; a cover including a cover side wall structure ; a base including a support structure configured to support from below a printed circuit board, PCB with mounted electronic components, wherein the cover and base are configured to be locked together, wherein when the cover is locked to the base , the cover side wall structure engages the heat sink side wall structure and the cover side wall structure engaging the heat sink side wall structure causes the lip of the heat sink to secure the PCB against the support structure .