mhurhangee/ep-ind-claims huggingface dataset:
A bar code reading apparatus, the bar code reading apparatus comprising: a first image sensor array, the first image sensor array being a color pixel array having a plurality of pixels; a first imaging lens focusing images onto an active surface of the first image sensor array; a first illumination assembly associated with the first image sensor array; a second image sensor array (182E, 182F), the second image sensor array (182E, 182F) being a monochrome pixel array having a plurality of pixels; a second imaging lens focusing images onto an active surface of the second image sensor array (182E, 182F); a second illumination assembly associated with the second image sensor array (182E, 182F); and a control circuit which configures the bar code reading apparatus to: select a decode mode of operation; and in the decode mode of operation, capture one or more frames of image data using the second image sensor array (182E, 182F); and execute an indicia decode process on the one or more frames of image data; the bar code reading apparatus further comprising: a color display comprising a touch screen and operable to display decoded output data that is decoded from the one or more frames of image data, wherein the color display further comprises a graphical user interface with virtual selectable buttons. a first image sensor array, the first image sensor array being a color pixel array having a plurality of pixels; a first imaging lens focusing images onto an active surface of the first image sensor array; a first illumination assembly associated with the first image sensor array; a second image sensor array (182E, 182F), the second image sensor array (182E, 182F) being a monochrome pixel array having a plurality of pixels; a second imaging lens focusing images onto an active surface of the second image sensor array (182E, 182F); a second illumination assembly associated with the second image sensor array (182E, 182F); and a control circuit which configures the bar code reading apparatus to: select a decode mode of operation; and in the decode mode of operation, capture one or more frames of image data using the second image sensor array (182E, 182F); and execute an indicia decode process on the one or more frames of image data; the bar code reading apparatus further comprising: a color display comprising a touch screen and operable to display decoded output data that is decoded from the one or more frames of image data, wherein the color display further comprises a graphical user interface with virtual selectable buttons. select a decode mode of operation; and in the decode mode of operation, capture one or more frames of image data using the second image sensor array (182E, 182F); and execute an indicia decode process on the one or more frames of image data; the bar code reading apparatus further comprising: a color display comprising a touch screen and operable to display decoded output data that is decoded from the one or more frames of image data, wherein the color display further comprises a graphical user interface with virtual selectable buttons.
Sliding window or sliding door with a blind frame, a sliding mounting and a casement arranged to be displaceable on the blind frame via the sliding mounting, wherein the sliding mounting comprises a slide rail arranged on the underside of the blind frame and which is displaceable in the base and a slide shoe attached to the underside of the casement and having a slide carriage arranged on a pivotable supporting arm and guided to be movable on a guide of the slide rail and which slide carriage is arranged below the pivotable supporting arm in the slide rail, characterised in that a flexible cover device or sealing device for covering an opening present on the upper side of the slide rail and attached to the slide rail to be releasable is provided between the supporting arm and the slide carriage.
A method for transferring a buried circuit layer, characterised in that it comprises the following steps: • taking a donor substrate (1, 1') comprising internally an etching stop zone (7, 7') and covered, on one of the faces thereof, referred to as the "front" face, a circuit layer, • producing, on the entire circumference of said donor substrate (1, 1'), on the same side as the face thereof covered with the circuit layer, either a peripheral trench that extends at a distance from the lateral edge of this substrate (1, 1') that is less than or equal to 5 mm, or a peripheral cropping, this cropping or trench being produced over a depth such that they pass entirely through the circuit layer and are extended into the donor substrate (1, 1'), • depositing, on the exposed face of said circuit layer and on the cropped face or on the walls of said trench, a layer of stop material selective vis-a-vis the etching of said circuit layer, referred to as the "second stop layer", without obstructing said trench, • bonding a receiver substrate on said donor substrate (1, 1') on the side covered by said second stop layer, • thinning the donor substrate by chemical etching of the rear face thereof, until said etching stop zone (7, 7') is reached, so as to obtain the transfer of said buried circuit layer onto said receiver substrate. • taking a donor substrate (1, 1') comprising internally an etching stop zone (7, 7') and covered, on one of the faces thereof, referred to as the "front" face, a circuit layer, • producing, on the entire circumference of said donor substrate (1, 1'), on the same side as the face thereof covered with the circuit layer, either a peripheral trench that extends at a distance from the lateral edge of this substrate (1, 1') that is less than or equal to 5 mm, or a peripheral cropping, this cropping or trench being produced over a depth such that they pass entirely through the circuit layer and are extended into the donor substrate (1, 1'), • depositing, on the exposed face of said circuit layer and on the cropped face or on the walls of said trench, a layer of stop material selective vis-a-vis the etching of said circuit layer, referred to as the "second stop layer", without obstructing said trench, • bonding a receiver substrate on said donor substrate (1, 1') on the side covered by said second stop layer, • thinning the donor substrate by chemical etching of the rear face thereof, until said etching stop zone (7, 7') is reached, so as to obtain the transfer of said buried circuit layer onto said receiver substrate.
An apparatus for transmission of motion from a motor to a conveyor which provides movement of an awning control during opening and closing of oval and curved awnings, the system having carrier side profiles; a first canal, which is a belt movement canal, inside said carrier side profile (11.1), said belt movement canal having side walls; a motor belt usable for transmission of motion from the motor to the conveyor wherein said belt is arranged in said movement canal (11.1); and a conveyor; characterized by a second canal having upper walls (12.1), wherein said conveyor is movable within said second canal for allowing opening and closing of the awning fabric; wherein said upper wall (12.1) holds said belt, said upper wall (12.1) is provided with a through opening the width of which is defined by wall sections (12.3), and wherein said motor belt is movable on the upper walls (12.1) of the wheel canal in the belt movement canal (11.1); prevention of escaping of the belt from the movement canal (11.1) due to the physical reaction of the motor belt; and wherein the width of the motor belt (10.2) is larger than or equal to one-half of the sum of the width between the wall sections (12.3) and the width of the side walls which is the width between the side walls of the belt movement canal (11.1), in order to prevent the belt from escaping from the movement canal (11.1) due to the physical reaction of the motor belt. carrier side profiles; a first canal, which is a belt movement canal, inside said carrier side profile (11.1), said belt movement canal having side walls; a motor belt usable for transmission of motion from the motor to the conveyor wherein said belt is arranged in said movement canal (11.1); and a conveyor; characterized by a second canal having upper walls (12.1), wherein said conveyor is movable within said second canal for allowing opening and closing of the awning fabric; wherein said upper wall (12.1) holds said belt, said upper wall (12.1) is provided with a through opening the width of which is defined by wall sections (12.3), and wherein said motor belt is movable on the upper walls (12.1) of the wheel canal in the belt movement canal (11.1); prevention of escaping of the belt from the movement canal (11.1) due to the physical reaction of the motor belt; and wherein the width of the motor belt (10.2) is larger than or equal to one-half of the sum of the width between the wall sections (12.3) and the width of the side walls which is the width between the side walls of the belt movement canal (11.1), in order to prevent the belt from escaping from the movement canal (11.1) due to the physical reaction of the motor belt.
A surgical stapling apparatus, comprising a cartridge assembly having a support channel in which first and second staple cartridges (206, 208) are received in a spaced apart configuration to define a central longitudinal slot, the first and second staple cartridges having retention slots configured to receive a plurality of pushers and surgical fasteners, the retention slots being arranged in rows, the staple cartridges having magazines disposed adjacent the rows of retention slots and operatively associated therewith, each magazine defining a plurality of U or H shaped channels, each U or H shaped channel having a plurality of fasteners received therein, each magazine further comprising a biasing member having a pair of legs (246a, 246b) configured to bias the fasteners toward one of the retention slots, each magazine further comprising at least one channel in which at least a portion of each biasing member is received, the legs of the biasing member extending into the U or H shaped channel to engage the respective fasteners.
A computer-implemented method for reviewing and editing a computer- generated animation, the method comprising: causing, by one or more processors, a display of an interface comprising a plurality of partitions representing a plurality of segments of the computer-generated animation; receiving a user selection of a first partition of the plurality of partitions; accessing geometry data associated with a first selected segment of the computer-generated animation corresponding to the selected first partition, wherein the geometry data comprises one or more of an animation graph, a character rig, an animation curve, and a geometric representation of a scene used to render frames of animation of the first selected segment; and causing a display of a geometric representation based on the geometry data of the first selected segment; receiving a user selection of a second partition of the plurality of partitions; and causing a display of a previously rendered representation of a second selected segment corresponding to the selected second partition, wherein the geometric representation of the first selected segment is displayed overlaid on the display of the previously rendered representation of the second selected segment. causing, by one or more processors, a display of an interface comprising a plurality of partitions representing a plurality of segments of the computer-generated animation; receiving a user selection of a first partition of the plurality of partitions; accessing geometry data associated with a first selected segment of the computer-generated animation corresponding to the selected first partition, wherein the geometry data comprises one or more of an animation graph, a character rig, an animation curve, and a geometric representation of a scene used to render frames of animation of the first selected segment; and causing a display of a geometric representation based on the geometry data of the first selected segment; receiving a user selection of a second partition of the plurality of partitions; and causing a display of a previously rendered representation of a second selected segment corresponding to the selected second partition, wherein the geometric representation of the first selected segment is displayed overlaid on the display of the previously rendered representation of the second selected segment.
An agitator ball mill, comprising - a grinding container, the inner side of which consists of a ceramic material, wherein the grinding container extends along an axis and has an inner diameter (d), - a rotor, which is arranged inside the grinding container and can be rotatably driven about the axis and comprises a surface facing the inner side of the grinding container, wherein a grinding gap comprising a grinding gap width is embodied between the surface of the rotor and the inner side of the grinding container, - a plurality of cams, which are attached to the inner side of the grinding container and which extend radially inwards from the inner side of the grinding container with a height (h) normal to the grinding container inner side, characterized in that - the inner side of the grinding container is formed by a one-piece container tube made of ceramic material, - the ratio of the height (h) of each cam and the inner diameter (d) of the grinding container is ≤ 0.05, and - the ratio of the height (h) of each cam and the grinding gap width is ≤ 0.35. - a grinding container, the inner side of which consists of a ceramic material, wherein the grinding container extends along an axis and has an inner diameter (d), - a rotor, which is arranged inside the grinding container and can be rotatably driven about the axis and comprises a surface facing the inner side of the grinding container, wherein a grinding gap comprising a grinding gap width is embodied between the surface of the rotor and the inner side of the grinding container, - a plurality of cams, which are attached to the inner side of the grinding container and which extend radially inwards from the inner side of the grinding container with a height (h) normal to the grinding container inner side, characterized in that - the inner side of the grinding container is formed by a one-piece container tube made of ceramic material, - the ratio of the height (h) of each cam and the inner diameter (d) of the grinding container is ≤ 0.05, and - the ratio of the height (h) of each cam and the grinding gap width is ≤ 0.35.
A phosphor represented by general formula Me a Re b Si c Al d N e O f, wherein Me contains Sr as an essential element and may contain one or more elements selected from Na, Li, Mg, Ca, Ba, Sc, Y, and La; and Re contains Eu as an essential element and may contain one or more elements selected from Mn, Ce, Tb, Yb, and Sm, and wherein a, b, c, d, e, and f representing composition ratio satisfy the following formulae: a = 1 − x, b = x, c = 2 + 2 p × 1 − y, d = 2 + 2 p × y, e = 1 + 4 p × 1 − z, and f = 1 + 4 p × z, parameters p, x, y, and z fall within the following range: p = 1.615, 0.010 < x < 0.250, 0.190 < y < 0.260, and 0.060 < z < 0.120.
A compound for use in the treatment of a lymphoproliferative malignancy, wherein said compound is Compound A N -(3-{[(3-{[2-chloro-5-(methoxy)phenyl]amino} quinoxalin-2-yl)amino]sulfonyl}phenyl)-2-methylalaninamide or a tautomer, zwitterion, or pharmaceutically salt thereof; and wherein said treatment comprises administration of said compound at a continuous once daily dose in capsule form of about 600 mg or at a continuous once daily dose in tablet form in the range 200 to 600 mg, and wherein the lymphoproliferative malignancy is relapsed or refractory.
Footwear having a multi-layer sole structure, wherein the sole comprises at least one outsole and one midsole, and the midsole consists of a foam having an open cell structure comprising a gas- and liquid-tight outer skin, wherein the cell structure is filled at least partially with a liquid medium, wherein the outsole wraps around the midsole laterally and the outsole is more rigid than the midsole, characterised in that the midsole is made of a material manufactured by an integral skin foam process in such a manner that outer skin and cell structure consist of a uniform material.
A burner, in particular for vehicle heaters, with diaphragm which separates an inner combustion region from an outer region, wherein a light-sensitive sensor for flame detection is arranged in the outer region, and wherein the diaphragm exhibits at least one light aperture which enables a passage of light from the inner combustion region into the outer region, wherein the light aperture is provided to enable also a passage of combustion air from the outer region into the inner combustion region, characterized in that the diaphragm is flexible.
A device for forming a gastroesophageal flap valve, comprising: a shaft having a proximal end and a distal end; a tissue shaper coupled to the shaft, the tissue shaper having a proximal end, a distal end and a cavity for receiving stomach tissue, the proximal end forming an opening leading to the cavity; and a tissue displacing element coupled to the shaft, the tissue displacing element being configured to gather and manipulate stomach tissue into the cavity, and a plurality of fasteners for fastening the stomach tissue together to form a fold of tissue, characterized in that the proximal end of the tissue shaper is substantially formed by an elastomeric material so that the proximal end may be expanded to accommodate the stomach tissue gathered and manipulated into the cavity by the tissue displacing element. a shaft having a proximal end and a distal end; a tissue shaper coupled to the shaft, the tissue shaper having a proximal end, a distal end and a cavity for receiving stomach tissue, the proximal end forming an opening leading to the cavity; and a tissue displacing element coupled to the shaft, the tissue displacing element being configured to gather and manipulate stomach tissue into the cavity, and a plurality of fasteners for fastening the stomach tissue together to form a fold of tissue, characterized in that the proximal end of the tissue shaper is substantially formed by an elastomeric material so that the proximal end may be expanded to accommodate the stomach tissue gathered and manipulated into the cavity by the tissue displacing element.
A method for encoding a digital image, said image being divided into a plurality of pixel blocks processed in a defined order, said method comprising the following steps, implemented for a current block: - Processing the current block to provide a vector of transformed coefficients; - Selecting a sequence of M signs of coefficients to be predicted in the coefficient vector, with M being an integer greater than or equal to 2; - Predicting the values of the signs of the sequence from a plurality of assumptions of combinations of signs and a cost function; - For a sign of the sequence, coding of an indicator representing a difference between its actual value and its predicted value; the prediction step comprising the following sub-steps: for at least one second hypothesis, called the current hypothesis (Hi): - Obtaining (E512, E5'22) a vector of pixels associated with the current hypothesis; - Calculating (E55, E5'5) the cost function for the current assumption from the pixel vector obtained; characterised in that, during the step of obtaining (E512, E5'22) a vector of pixels associated with the current hypothesis, the vector of pixels associated with the current hypothesis is obtained by linear combination of a vector of pixels (VPHO) associated with at least one first hypothesis previously processed and different from the current hypothesis by the value of at least one sign (sj), with j being an integer between 0 and M, obtained by transforming a vector of coefficients comprising the combination of the signs of the first hypothesis, and at least one pixel pattern vector obtained by transforming a vector of coefficients (VMj) associated with said at least one sign (sj) of the sequence, of the same dimension as the vector of transformed coefficients, and comprising a coefficient of amplitude equal to that of said vector at the position of the coefficient corresponding to the sign sj in said vector, all the other coefficients being set to zero. - Processing the current block to provide a vector of transformed coefficients; - Selecting a sequence of M signs of coefficients to be predicted in the coefficient vector, with M being an integer greater than or equal to 2; - Predicting the values of the signs of the sequence from a plurality of assumptions of combinations of signs and a cost function; - For a sign of the sequence, coding of an indicator representing a difference between its actual value and its predicted value; - Obtaining (E512, E5'22) a vector of pixels associated with the current hypothesis; - Calculating (E55, E5'5) the cost function for the current assumption from the pixel vector obtained;
An inkjet head comprising: a stack of plates including: an orifice plate formed with a plurality of nozzles through which ink droplets are ejected; a first restrictor plate; a chamber plate that forms a plurality of chambers corresponding with the respective nozzles; a second restrictor plate; and a diaphragm plate that has a diaphragm for sealing the chambers; wherein a return manifold for circulating ink through the inkjet head is formed in the first restrictor plate, the chamber plate, the second restrictor plate, and the diaphragm plate in the stack of plates; wherein the first restrictor plate controls a flow of ink between the chambers and the return manifold; wherein the inkjet head further comprises a supply manifold formed in the diaphragm plate and the second restrictor plate, and the second restrictor plate controls the flow of ink between the supply manifold and the chambers, wherein a portion of the return manifold formed in the first restrictor plate and the chamber plate, and the supply manifold are aligned in the stacking direction. an orifice plate formed with a plurality of nozzles through which ink droplets are ejected; a first restrictor plate; a chamber plate that forms a plurality of chambers corresponding with the respective nozzles; a second restrictor plate; and a diaphragm plate that has a diaphragm for sealing the chambers; wherein a return manifold for circulating ink through the inkjet head is formed in the first restrictor plate, the chamber plate, the second restrictor plate, and the diaphragm plate in the stack of plates; wherein the first restrictor plate controls a flow of ink between the chambers and the return manifold; wherein the inkjet head further comprises a supply manifold formed in the diaphragm plate and the second restrictor plate, and the second restrictor plate controls the flow of ink between the supply manifold and the chambers, wherein a portion of the return manifold formed in the first restrictor plate and the chamber plate, and the supply manifold are aligned in the stacking direction.