mhurhangee/ep-ind-claims huggingface dataset:
A drainable ostomy pouch having a general outer shape comprising: a collection portion comprising opposite faces (12,14) joined together at a common peripheral seam; a drain chute portion depending from the collection portion and having a discharge opening for permitting emptying of contents from the pouch, the drain chute portion being foldable between an open condition in which the drain chute portion is extended in a first direction from the collection portion, and a closed condition in which the drain chute portion is folded towards the collection portion; first and second flaps (41,42) on opposite faces (12,14) of the pouch and extending in the region of the drain chute portion, the flaps (41,42) each having a proximal end (41a, 42a) attached to the respective face and a generally convex curved outer profile that smoothly continues the general outer shape of the pouch without abrupt changes in shape or curvature when the drain chute portion is in the closed condition, and each being dimensioned such that: (i) when the drain chute portion is in its open condition, the drain chute portion extends beyond a distal end (41b,42b) of each flap (41,42) in said first direction; and (ii) when the drain chute portion is in its closed condition, both of the flaps (41,42) extend beyond the drain chute portion in said first direction; and at least one fastener for releasably fastening the flaps (41,42) closed characterized in that the at least one fastener is configured for releasably fastening the flaps closed by pressing the flaps (41,42) together when the drain chute portion is in the closed condition. a collection portion comprising opposite faces (12,14) joined together at a common peripheral seam; a drain chute portion depending from the collection portion and having a discharge opening for permitting emptying of contents from the pouch, the drain chute portion being foldable between an open condition in which the drain chute portion is extended in a first direction from the collection portion, and a closed condition in which the drain chute portion is folded towards the collection portion; first and second flaps (41,42) on opposite faces (12,14) of the pouch and extending in the region of the drain chute portion, the flaps (41,42) each having a proximal end (41a, 42a) attached to the respective face and a generally convex curved outer profile that smoothly continues the general outer shape of the pouch without abrupt changes in shape or curvature when the drain chute portion is in the closed condition, and each being dimensioned such that: (i) when the drain chute portion is in its open condition, the drain chute portion extends beyond a distal end (41b,42b) of each flap (41,42) in said first direction; and (ii) when the drain chute portion is in its closed condition, both of the flaps (41,42) extend beyond the drain chute portion in said first direction; and at least one fastener for releasably fastening the flaps (41,42) closed characterized in that
Method for synchronizing clock signals of at least two receivers by means of a transmission unit that is at least unidirectionally coupled to both receivers and that transmits a transmission signal to the at least two receivers, which transmission signal has at least a master bit clock signal and a bit pattern, wherein the receivers each produce a receiver-specific clock signal from the master bit clock signal, characterized in that the frequency (fi) of each clock signal and the master bit clock frequency (fB) are in a rational ratio fi = (Zi/Ni) * fB in relation to one another, Zi and Ni are integers and, for a group of clock frequencies (fi) with a common Ni, at least one bit pattern (xi) is produced and is sent at a time prescribed by a scheduler, from which bit pattern the receivers explicitly reproduce the frequency (fi) and/or the phase of their respective clock signal, wherein the production and/or the sending of an Ni-specific bit pattern (xi) is triggered by a common phase zero crossing of at least one clock signal and of the master bit clock signal.
A drill for making a hole within a workpiece, wherein the drill is comprised of: a) a body extending along a longitudinal axis; b) at least one flute extending along the body; and c) a drill point extending from the end of the body, wherein the drill point has a periphery and end segments (130, 130a) about the longitudinal axis; wherein each end segment is comprised of: 1) a chisel edge extending outwardly from the longitudinal axis to a chisel edge outer end; 2) a primary cutting edge extending inwardly from the periphery, the primary cutting edge having a positive rake angle; 3) a secondary cutting edge extending outwardly from the chisel edge outer end, wherein the secondary cutting edge has a positive or neutral axial rake angle; and 4) a tertiary cutting edge connecting the primary cutting edge with the secondary cutting edge, characterised in that the tertiary cutting edge has a negative axial rake angle. a) a body extending along a longitudinal axis; b) at least one flute extending along the body; and c) a drill point extending from the end of the body, 1) a chisel edge extending outwardly from the longitudinal axis to a chisel edge outer end; 2) a primary cutting edge extending inwardly from the periphery, the primary cutting edge having a positive rake angle; 3) a secondary cutting edge extending outwardly from the chisel edge outer end, wherein the secondary cutting edge has a positive or neutral axial rake angle; and 4) a tertiary cutting edge connecting the primary cutting edge with the secondary cutting edge,
Saponin conjugate comprising at least one saponin covalently linked to a ligand for asialoglycoprotein receptor (ASGPR), wherein the ligand for ASGPR comprises at least one N -acetylgalactosamine (GaINAc) moiety, preferably three or four GalNAc moieties, more preferably the ligand for ASGPR comprises or consists of (GalNAc) 3 Tris, wherein the at least one saponin is selected from monodesmosidic triterpenoid saponins and bidesmosidic triterpenoid saponins.
A steering system including a tubular upper jacket to which a steering member is connected at a first end of the upper jacket and a lower jacket slidably fitted to a second end of the upper jacket, the steering system enabling telescopic adjustment within a predetermined range, the steering system comprising: an engaging member supported by the lower jacket; and a buffer member fixed to the upper jacket so as to face the engaging member; characterized by an abutting contact member fixed to the lower jacket and coming into abutting contact with the engaging member from a side opposite from a side where the buffer member faces the engaging member, wherein the buffer member includes an inclined surface that is located at a portion of the buffer member, which faces the engaging member, and that is inclined so as to gradually be closer to the upper jacket toward the engaging member, and during telescopic adjustment, the engaging member comes into abutting contact with the inclined surface of the buffer member at a sliding limit position. an engaging member supported by the lower jacket; and a buffer member fixed to the upper jacket so as to face the engaging member; characterized by an abutting contact member fixed to the lower jacket and coming into abutting contact with the engaging member from a side opposite from a side where the buffer member faces the engaging member, wherein the buffer member includes an inclined surface that is located at a portion of the buffer member, which faces the engaging member, and that is inclined so as to gradually be closer to the upper jacket toward the engaging member, and during telescopic adjustment, the engaging member comes into abutting contact with the inclined surface of the buffer member at a sliding limit position.
A display device comprising: a display panel; a frame disposed in the rear of the display panel; a backlight unit disposed between the display panel and the frame; a driver attached to a back surface of the frame; and a back cover that is disposed in the rear of the driver and is connected to the back surface of the frame, wherein the back cover is positioned in a predetermined area of the frame to cover the driver, and an area of the back surface of the frame except the predetermined area of the frame is exposed, characterized in that the driver supplies a driving signal to the backlight unit, a hole is formed in the predetermined area of the frame, and a wire passes through the hole and connects the backlight unit to the driver. a display panel; a frame disposed in the rear of the display panel; a backlight unit disposed between the display panel and the frame; a driver attached to a back surface of the frame; and a back cover that is disposed in the rear of the driver and is connected to the back surface of the frame, wherein the back cover is positioned in a predetermined area of the frame to cover the driver, and an area of the back surface of the frame except the predetermined area of the frame is exposed, characterized in that the driver supplies a driving signal to the backlight unit, a hole is formed in the predetermined area of the frame, and a wire passes through the hole and connects the backlight unit to the driver.
A plate made of strengthened glass of the lithium aluminosilicate, borosilicate or alumino-borosilicate type for an induction cooking appliance, the chemical composition of which comprises the following colorants, in a content varying within the limits by weight defined below: Fe 2 O 3 (total iron) 0.8 to 1.8% CoO 0.02 to 0.06% Se 0 to 0.005% Cr 2 O 3 0 to 0.1%.
Method for the optical axle measurement of wheels (15, 16) of a motor vehicle, in which in a measurement operation a measuring unit is used to take at least one stereoscopic picture of respectively at least three marks (21, 22) of at least two targets, which are attached to the two wheels (15, 16) of at least one axle by means of target holders, and an evaluation unit uses a method of imaging processing to determine from said picture the spatial position of the wheel rotational axis in a previously determined local 3D coordinate system, and in which in a referencing operation a measuring location reference system is set up for the measuring unit, there being carried out before the measurement operation a calibration operation in which the targets rotate about the wheel rotational axis while the local 3D coordinate system is set up and the spatial position of the wheel rotational axis is determined with the aid of the at least three marks (21, 22) of the target, and during the subsequent measurement operation when the wheel (15, 16) is at rest and given stationary targets the spatial position in the local 3D coordinate system is determined for at least the at least three marks (21, 22) of the target which were used in the calibration operation, wherein during the calibration operation a significant mark of the target is used to determine a reference plane, the significant mark on the targets of the wheels (15, 16) of the same axle being at an equal distance (d) from a reference surface of the target holder, and a vehicle longitudinal centre plane being determined by means of the reference plane by taking account of the measuring location reference system.
A substantially transparent, extruded soap bar composition comprising: a) from 55 to 80% by weight of soap bar composition of a fatty acid blend, wherein said fatty acid blend, comprises from 25% to 45% of said blend of saturated C 16 (palmitic acid) and saturated C 18 (stearic acid) fatty acids, their salts or their mixtures thereof, and wherein said fatty acid blend is a fatty acid blend derived from vegetal oil source and fewer than 3% of total fatty acids in the bar final composition is derived from animal source; b) polyols in an amount ranging from 3 to 25% by weight of the soap bar composition; c) co-adjuvants selected from the group of polymers, organic and inorganic adjuvants, electrolytes, benefit agents and other minor ingredients in an amount ranging from 0.1 to 40% by weight of the soap composition; and d) the remainder of water; wherein the ratio by weight of the saturated C 16 (palmitic acid) to saturated C 18 (stearic acid) in the blend (and in final bar) is 0.7 to 1.4; and wherein said substantial transparency is defined by having a transmittance of at least 15% as measured by the transparency test described herein. a) from 55 to 80% by weight of soap bar composition of a fatty acid blend, wherein said fatty acid blend, comprises from 25% to 45% of said blend of saturated C 16 (palmitic acid) and saturated C 18 (stearic acid) fatty acids, their salts or their mixtures thereof, and wherein said fatty acid blend is a fatty acid blend derived from vegetal oil source and fewer than 3% of total fatty acids in the bar final composition is derived from animal source; b) polyols in an amount ranging from 3 to 25% by weight of the soap bar composition; c) co-adjuvants selected from the group of polymers, organic and inorganic adjuvants, electrolytes, benefit agents and other minor ingredients in an amount ranging from 0.1 to 40% by weight of the soap composition; and d) the remainder of water;
A method comprising: capturing image information; determining one or more parameter values based on a current exposure level and a current scaling level of the image information; configuring a smoothing filter based on the parameter values; and applying the smoothing filter to at least one channel of the image information to generate smoothed image information prior to applying the horizontal and vertical filters; configuring a horizontal sharpening filter based on the parameter values; configuring a vertical sharpening filter based on the parameter values, characterized in that the horizontal sharpening filter and the vertical sharpening filter are independently programmable; applying the configured horizontal filter to the smoothed image information to generate horizontally sharpened image information; applying the configured vertical sharpening filter to the smoothed image information to generate vertically sharpened image information, and summing the smoothed image information, the horizontally sharpened image information, and the vertically sharpened image information to generate the filtered image information. capturing image information; determining one or more parameter values based on a current exposure level and a current scaling level of the image information; configuring a smoothing filter based on the parameter values; and applying the smoothing filter to at least one channel of the image information to generate smoothed image information prior to applying the horizontal and vertical filters; configuring a horizontal sharpening filter based on the parameter values; configuring a vertical sharpening filter based on the parameter values, characterized in that the horizontal sharpening filter and the vertical sharpening filter are independently programmable; applying the configured horizontal filter to the smoothed image information to generate horizontally sharpened image information; applying the configured vertical sharpening filter to the smoothed image information to generate vertically sharpened image information, and summing the smoothed image information, the horizontally sharpened image information, and the vertically sharpened image information to generate the filtered image information.
A method for the continuous in-register embossing of a stretchable film which is provided with a repeating printed image or a laminate which is formed by way of the film in an embossing station which comprises a rotating embossing roll which has an embossed image and an associated rotating counter-roll, the printed image length (L + ΔL) of the film or the laminate being stretched longitudinally before the embossing contact with the embossing roll to a length which is greater than or greater than or equal to or smaller than or smaller than or equal to the embossed image length (P L) or the circumference of the embossing roll, and the maintenance of register of the embossing being achieved by way of a relative speed (V V4-V3) between the circumferential speed (V 4) of the embossing roll and the web speed (V 3) of the film or the laminate in the embossing station, which relative speed (V V4-V3) compensates in a correcting manner for an in particular, possibly existing length difference between the longitudinally stretched printed image (L + ΔL) and the embossed image of the embossing roll, the film or the laminate being moved through the embossing region which is formed between the counter-roll and the embossing roll at a web speed (V 3) which, although it can be regulated, is constant at the time of the in-register embossing.
A light emitting diode driver circuit having a driving mode including a normal mode maintaining a brightness of an LED and a dimming mode changing the brightness of the LED, the LED driver circuit comprising: the LED; a pulse width modulated, PWM, power unit which provides a current waveform to the LED through an inductor; a dimming switch which is connected to the LED and bypasses the current provided to the LED; an input unit which receives brightness information of the LED; a logic unit which calculates reference current values for each driving mode according to the received brightness information; a current control unit which controls the power unit to provide the current waveform having an average intensity based on the driving mode and the calculated reference current values to the inductor; characterised by a switch control unit which switches the dimming switch on when the intensity of the current flowing through the inductor is equal to or less than the calculated reference current value of the dimming mode, if the driving mode of the LED driver circuit is switched to the dimming mode. the LED; a pulse width modulated, PWM, power unit which provides a current waveform to the LED through an inductor; a dimming switch which is connected to the LED and bypasses the current provided to the LED; an input unit which receives brightness information of the LED; a logic unit which calculates reference current values for each driving mode according to the received brightness information; a current control unit which controls the power unit to provide the current waveform having an average intensity based on the driving mode and the calculated reference current values to the inductor; characterised by a switch control unit which switches the dimming switch on when the intensity of the current flowing through the inductor is equal to or less than the calculated reference current value of the dimming mode, if the driving mode of the LED driver circuit is switched to the dimming mode.
Process for purifying 1-chloro-3,3,3-trifluoropropene comprising the steps of: a) providing a stream comprising 1-chloro-3,3,3-trifluoropropene and at least one compound of formula HX wherein X is F or Cl; b) bringing the stream from step a) into contact with a solution A comprising at least one alkali metal hydroxide or one alkaline-earth metal hydroxide and at least one sulfite salt of formula Y n+ m SO 3 wherein Y is an alkali or alkaline-earth metal, n = 1 or 2, and m = 2 when n = 1 or m = 1 when n = 2; in order to form a neutralized stream A1 comprising 1-chloro-3,3,3-trifluoropropene. a) providing a stream comprising 1-chloro-3,3,3-trifluoropropene and at least one compound of formula HX wherein X is F or Cl; b) bringing the stream from step a) into contact with a solution A comprising at least one alkali metal hydroxide or one alkaline-earth metal hydroxide and at least one sulfite salt of formula Y n+ m SO 3 wherein Y is an alkali or alkaline-earth metal, n = 1 or 2, and m = 2 when n = 1 or m = 1 when n = 2; in order to form a neutralized stream A1 comprising 1-chloro-3,3,3-trifluoropropene.
System for determining track availability that is designed to be fitted to a guided vehicle liable to move downstream, said system comprising: - at least one camera able to capture at least one image of a downstream section of said track, said downstream section being a track portion extending from a first point of said track located downstream of said guided vehicle to a second point of said track located downstream of said guided vehicle, the distance separating the camera from the second point being greater than the distance separating it from said first point; - at least one image processing and analysis device able to analyse each image taken by each camera, to locate said downstream section therein, to determine firstly a downstream safety distance, and secondly an availability state of the track between said first point and said second point, characterised in that the image processing and analysis device uses known and invariable dimensional features of the track to locate said downstream section in relation to said camera, once one or more track parts have been recognised in said image. - at least one camera able to capture at least one image of a downstream section of said track, said downstream section being a track portion extending from a first point of said track located downstream of said guided vehicle to a second point of said track located downstream of said guided vehicle, the distance separating the camera from the second point being greater than the distance separating it from said first point; - at least one image processing and analysis device able to analyse each image taken by each camera, to locate said downstream section therein, to determine firstly a downstream safety distance, and secondly an availability state of the track between said first point and said second point,