mhurhangee/ep-ind-claims huggingface dataset:
A gypsum wall board having a core of an organic-inorganic composite comprising a mixture of: a cold water-insoluble substituted starch having a degree of substitution of between 1.5 and 2.5 wt%, said starch being substituted with at least one ether or ester group and having a weight percent solids at a viscosity of 1000 cps and a temperature of 65.6 °C (150 °F) in a range from 9 to 43%; water; and an inorganic phase comprising gypsum, the inorganic phase being at least partially hydrated by the water, wherein the substituted starch is present as a film substantially dispersed throughout the organic-inorganic composite such that the organic-inorganic composite is substantially strengthened. a cold water-insoluble substituted starch having a degree of substitution of between 1.5 and 2.5 wt%, said starch being substituted with at least one ether or ester group and having a weight percent solids at a viscosity of 1000 cps and a temperature of 65.6 °C (150 °F) in a range from 9 to 43%; water; and an inorganic phase comprising gypsum, the inorganic phase being at least partially hydrated by the water, wherein the substituted starch is present as a film substantially dispersed throughout the organic-inorganic composite such that the organic-inorganic composite is substantially strengthened.
A method for image registration, comprising: segmenting (504, 506) a reference organ and a skin surface in an image volume; tracking a scanner probe in at least one position along a skin surface of a patient; acquiring image planes corresponding to the at least one position; reconstructing a three-dimensional volume of a region of interest from the image planes; initializing a transformation matrix for registering the image volume with the three-dimensional volume with initial parameter values constraint by poses and physical constraints of the scanner probe during image plane acquisition, the physical constraints including that the scanner probe is in contact with the skin surface during the acquisition of the image planes; optimizing the transformation matrix to find coordinates that register the image volume with the three-dimensional volume using a cost function; and registering the image volume with the three-dimensional volume using the transformation matrix. segmenting (504, 506) a reference organ and a skin surface in an image volume; tracking a scanner probe in at least one position along a skin surface of a patient; acquiring image planes corresponding to the at least one position; reconstructing a three-dimensional volume of a region of interest from the image planes; initializing a transformation matrix for registering the image volume with the three-dimensional volume with initial parameter values constraint by poses and physical constraints of the scanner probe during image plane acquisition, the physical constraints including that the scanner probe is in contact with the skin surface during the acquisition of the image planes; optimizing the transformation matrix to find coordinates that register the image volume with the three-dimensional volume using a cost function; and registering the image volume with the three-dimensional volume using the transformation matrix.
A silibinin component for use in the treatment of hepatitis C in a patient who does not respond to ribavirin/interferon therapy, wherein the silibinin component is provided as a medicament, wherein the medicament is essentially free of at least one of the substances selected from the group consisting of silidianin, silichristin and isosilibinin, wherein essentially free means that the residual content of the substance is less than 2.0% by weight, based on the total weight of the medicament.
Device for the variable-format punching of a plurality of sheets to be punched, each sheet having a sheet length Lb, comprising a feeding device for sheets to be punched, a punching unit with a punching length Ls comprising a punching tool with an effective punching tool length Lw, the punching length Ls being the cylinder circumference of a die-cutting cylinder or the maximum length of a punching table in the throughfeed direction, wherein the device comprises an acceleration device for generating a gap with a gap length LL between the fed sheets, characterized in that the punching length Ls is greater than the sheet length Lb.
A weight stability control method for a deadweight force standard machine comprising a weight platform; one or more weights (101, 102, 103, 10n) connected sequentially from top to bottom and stacked on the weight platform; a weight disk; and one or more lifting components; wherein a first-stage weight of the one or more weights (101, 102, 103, 10n) is connected to the weight disk via the lifting components that are installed in between every two adjacent weights (101, 102, 103, 10n), characterized in that the weight stability control method comprising the following steps: S1, performing a no-load stroke in which the weight platform rapidly moves downwards from an initial position until the weight disk lifts the first-stage weight via the corresponding lifting components; S2, performing a loaded stroke in which the weight platform starts to be slowly displaced downwards when the first-stage weight is in contact communication with the weight disk via the corresponding lifting components; S3, after the first-stage weight is completely separated from the weight disk, rapidly displacing the weight platform downwards again until a gap between the first-stage weight and the weight disk reaches half of a pre-set gap value; and S4, repeating steps S1-S3 in the loading process of the first-stage weight for the second-stage weight all through to the n th -stage weight in sequence until all the weights are loaded. one or more weights (101, 102, 103, 10n) connected sequentially from top to bottom and stacked on the weight platform; a weight disk; and one or more lifting components; wherein a first-stage weight of the one or more weights (101, 102, 103, 10n) is connected to the weight disk via the lifting components that are installed in between every two adjacent weights (101, 102, 103, 10n), characterized in that the weight stability control method comprising the following steps: wherein a first-stage weight of the one or more weights (101, 102, 103, 10n) is connected to the weight disk via the lifting components that are installed in between every two adjacent weights (101, 102, 103, 10n), characterized in that the weight stability control method comprising the following steps: S1, performing a no-load stroke in which the weight platform rapidly moves downwards from an initial position until the weight disk lifts the first-stage weight via the corresponding lifting components; S2, performing a loaded stroke in which the weight platform starts to be slowly displaced downwards when the first-stage weight is in contact communication with the weight disk via the corresponding lifting components; S3, after the first-stage weight is completely separated from the weight disk, rapidly displacing the weight platform downwards again until a gap between the first-stage weight and the weight disk reaches half of a pre-set gap value; and S4, repeating steps S1-S3 in the loading process of the first-stage weight for the second-stage weight all through to the n th -stage weight in sequence until all the weights are loaded.
Refrigeration device, having a container for refrigerated products with a wall, and a tube evaporator disposed in the container for refrigerated products, characterised in that the tube evaporator is fastened to the wall of the container for refrigerated products by means of a two-part snap-fit device (400, 500), wherein the snap-fit device (400, 500) has at least one clip, which is supported on the wall of the container for refrigerated products or connected thereto, wherein the clip is embodied to hold the tube evaporator by means of a first snap-fit connection, wherein the snap-fit device (400, 500) has a distance holder which is embodied to keep the tube evaporator at a predetermined distance from the wall, and the clip is embodied to hold the distance holder using a second snap-fit connection.
A fixing member comprising a base layer and a surface layer, the surface layer containing a tetrafluoroethylene-perfluoroalkyl vinyl ether copolymer, and having at least one pore communicating with an opening on an outer surface thereof, a composition containing perfluoropolyether and a fluoropolymer being contained in at least a part of the at least one pore, wherein the fluoropolymer has a repeating unit represented by the following structural formula, and at least one structure selected from the group consisting of a T unit of siloxane and a Q unit of siloxane: wherein n represents a positive integer. the surface layer containing a tetrafluoroethylene-perfluoroalkyl vinyl ether copolymer, and having at least one pore communicating with an opening on an outer surface thereof, a composition containing perfluoropolyether and a fluoropolymer being contained in at least a part of the at least one pore, wherein the fluoropolymer has a repeating unit represented by the following structural formula, and at least one structure selected from the group consisting of a T unit of siloxane and a Q unit of siloxane: wherein n represents a positive integer. a repeating unit represented by the following structural formula, and at least one structure selected from the group consisting of a T unit of siloxane and a Q unit of siloxane: wherein n represents a positive integer.
Suitcase comprising a suitcase body that is delimited by a back wall and by side walls that adjoin said back wall and are arranged on two opposing narrow and long sides (7, 8) of the suitcase body in each case, and said suitcase comprising a folding lid that is formed on at least one side (7, 8) of the suitcase body and can be connected to the suitcase body by means of a zip fastener, wherein one side wall comprises a recess on a narrow side in which an overlapping segment of the lid engages such that the overlapping segment forms the side wall of the suitcase body at least in part, wherein the zip fastener comprises two band halves (16, 17), wherein one band half of the zip fastener extending along an upper edge of the suitcase body that is formed by the side walls and the recess, and a further band half of the zip fastener extending along a lower edge of the lid that is formed by a lid base surface and the overlapping segment, characterised in that at least partially along the band half of the zip fastener in the lid an edge reinforcement made of plastic or metal extends at least partially for dimensionally stabilizing the lid.
A core particle for pharmaceutical preparation of a drug-containing particle comprising the core particle and a film containing a pharmaceutical ingredient formed on the surface of the core particle, wherein the core particle comprises a pharmaceutically acceptable inorganic material, the content of the inorganic material in the core particle being 100 wt%, the inorganic material is poorly soluble in water, the pH of a liquid prepared by suspending 2.0 g of the core particle in 50 mL of water (25°C) is 5 to 8, the core particle is obtainable by wet granulation of a composition containing the inorganic material, the granulation method being stirred granulation method, the core particle does not contain an active pharmaceutical ingredient, the core particle is spherical, the core particle has an average particle size of at least 50 μm, and the particle hardness of the core particle is at least 200 g/mm 2. the core particle comprises a pharmaceutically acceptable inorganic material, the content of the inorganic material in the core particle being 100 wt%, the inorganic material is poorly soluble in water, the pH of a liquid prepared by suspending 2.0 g of the core particle in 50 mL of water (25°C) is 5 to 8, the core particle is obtainable by wet granulation of a composition containing the inorganic material, the granulation method being stirred granulation method, the core particle does not contain an active pharmaceutical ingredient, the core particle is spherical, the core particle has an average particle size of at least 50 μm, and the particle hardness of the core particle is at least 200 g/mm 2.
Fire column, the flame of which is fed by a fuel container, in particular for bio-ethanol, and is surrounded by an outer casing, wherein supply air flows in largely axially in the lower region of the outer casing via a plurality of guide elements and is preferably set in a helical rotation to form a vortex flame, wherein the outer casing is placed over the guide elements characterized in that the inner wall of the outer casing engages around the guide elements with a small clearance fit and the outer edges of the guide elements are enclosed, so that no separate component is required to delimit the individual air channels between the guide elements and a transfer of supply air from one air channel to the adjacent air channel is largely prevented, however, an easy lift-off of the outer casing in a vertical direction is still possible, and that the outer casing rests at its lower end face on several pins.
A security device comprising first and second substantially rigid parts (2,4), the second part being partially receivable in the first part and lockable to the first part to form a substantially rigid loop defining an enclosed area, wherein clip means for releasably attaching the security device to another article are provided on the first part of the security device, characterized in that, the clip means extend along the second part of the security device when the first and second parts are locked together to thereby allow the other article to be received between the clip means and the second part, and the clip means comprises two limbs that extend along two limbs of the second part of the security device when the first and second parts (2,4) are locked together.
A method of using a controller to operate a money item dispensing system to supply coins from a mixed denomination coin storage chamber in the money item dispensing system, comprising: creating a mixed magazine of different denominations of coins by collecting coins on a coin conveyor from the mixed denomination coin storage chamber, wherein the mixed magazine comprises three or more coins of known denomination; determining whether the denominations of the coins in the mixed magazine are in accordance with predetermined criteria for the mixed magazine, wherein the predetermined criteria are stored in a computer readable medium and relate to whether there are desired numbers of different money item denominations available in the mixed magazine; if the denominations of the coins in the mixed magazine are not in accordance with the predetermined criteria, rotating the coin conveyor to at least partially refresh the mixed magazine with a new, random selection of coins from the mixed denomination coin storage chamber; receiving a request for coins; determining whether the request can be fulfilled using coins in the magazine; if the coins are present in the magazine, supplying selected coins in the magazine to fulfil the request. creating a mixed magazine of different denominations of coins by collecting coins on a coin conveyor from the mixed denomination coin storage chamber, wherein the mixed magazine comprises three or more coins of known denomination; determining whether the denominations of the coins in the mixed magazine are in accordance with predetermined criteria for the mixed magazine, wherein the predetermined criteria are stored in a computer readable medium and relate to whether there are desired numbers of different money item denominations available in the mixed magazine; if the denominations of the coins in the mixed magazine are not in accordance with the predetermined criteria, rotating the coin conveyor to at least partially refresh the mixed magazine with a new, random selection of coins from the mixed denomination coin storage chamber; receiving a request for coins; determining whether the request can be fulfilled using coins in the magazine; if the coins are present in the magazine, supplying selected coins in the magazine to fulfil the request.
A circular saw, comprising: a motor including a motor shaft configured to rotate about a shaft rotational axis; an arbor configured to receive a torque from the motor when the motor shaft rotates about the shaft rotational axis; a blade mount that is operatively attached to the arbor, wherein the blade mount is configured to selectively and operatively attach a circular saw blade to the arbor, wherein the blade mount includes an inner flange, wherein the inner flange includes an inner flange blade-contacting surface that faces away from the motor and is configured to contact the circular saw blade when the circular saw blade is selectively and operatively attached to the circular saw, and further wherein the inner flange is free from any structure that projects away from the motor and also away from the inner flange blade-contacting surface, characterized in that the blade mount further includes an outer flange and a fastener that operatively retains the outer flange on the arbor, and in that the outer flange includes and/or defines a central outer flange opening, which receives a fastener and/or is configured to permit the fastener to pass therethrough. a motor including a motor shaft configured to rotate about a shaft rotational axis; an arbor configured to receive a torque from the motor when the motor shaft rotates about the shaft rotational axis; a blade mount that is operatively attached to the arbor, wherein the blade mount is configured to selectively and operatively attach a circular saw blade to the arbor, wherein the blade mount includes an inner flange, wherein the inner flange includes an inner flange blade-contacting surface that faces away from the motor and is configured to contact the circular saw blade when the circular saw blade is selectively and operatively attached to the circular saw, and further wherein the inner flange is free from any structure that projects away from the motor and also away from the inner flange blade-contacting surface, characterized in that the blade mount further includes an outer flange and a fastener that operatively retains the outer flange on the arbor, and in that the outer flange includes and/or defines a central outer flange opening, which receives a fastener and/or is configured to permit the fastener to pass therethrough.
A method for erecting a tower, in particular a tower for a wind power installation, comprising: - providing a tower foot having a floor or having a base platform, - erecting and operating a supply scaffold by • arranging a scaffold module (200, 201, 202) designed as a floor module so as to stand on the floor of the tower or the base platform of the tower, • arranging a scaffold module (200, 201, 202) designed as a core module on the floor module, • setting the supply scaffold in operation, • wherein the supply scaffold has a ladder and preferably additionally a climbing aid, wherein the ladder is arranged and configured in such a way that persons on an outside of the supply scaffold can climb up or down the ladder, and the supply scaffold has an elevator module (400, 400') arranged in an interior of the supply scaffold, - erecting a tower on the tower foot, - operating the supply scaffold during construction of the tower and independently of a height of the tower for assembly of the tower, - fastening the supply scaffold to an inner wall of the tower by means of one or more first fastening elements, - fastening supply elements to the supply frame by means of one or more second fastening elements arranged on an outer side of the supply frame. - providing a tower foot having a floor or having a base platform, - erecting and operating a supply scaffold by • arranging a scaffold module (200, 201, 202) designed as a floor module so as to stand on the floor of the tower or the base platform of the tower, • arranging a scaffold module (200, 201, 202) designed as a core module on the floor module, • setting the supply scaffold in operation, • wherein the supply scaffold has a ladder and preferably additionally a climbing aid, wherein the ladder is arranged and configured in such a way that persons on an outside of the supply scaffold can climb up or down the ladder, and the supply scaffold has an elevator module (400, 400') arranged in an interior of the supply scaffold, • arranging a scaffold module (200, 201, 202) designed as a floor module so as to stand on the floor of the tower or the base platform of the tower, • arranging a scaffold module (200, 201, 202) designed as a core module on the floor module, • setting the supply scaffold in operation, • wherein the supply scaffold has a ladder and preferably additionally a climbing aid, wherein the ladder is arranged and configured in such a way that persons on an outside of the supply scaffold can climb up or down the ladder, and the supply scaffold has an elevator module (400, 400') arranged in an interior of the supply scaffold, - erecting a tower on the tower foot, - operating the supply scaffold during construction of the tower and independently of a height of the tower for assembly of the tower, - fastening the supply scaffold to an inner wall of the tower by means of one or more first fastening elements, - fastening supply elements to the supply frame by means of one or more second fastening elements arranged on an outer side of the supply frame.
A maintenance method for a nuclear reactor, the nuclear reactor comprising at least one drive assembly of a control rod assembly, the or each drive assembly comprising an adapter rigidly attached to a closure head of a pressure vessel of the nuclear reactor, a casing for receiving a mechanism for lifting a drive rod of the control rod assembly and a sheath for receiving the drive rod, the casing having a lower end of the casing connected in a leak-tight way to the adapter, the casing having a first lip at an upper end of the casing, the sheath having a second lip at a lower end of the sheath, the first lip and the second lip being welded together and forming an omega seal, characterized in that the maintenance method comprises the following steps: - removing the first and second lips (61, 63); - carrying out at least one maintenance operation on the control assembly; - creating a welding surface at the upper end of the casing by machining said upper end of the casing; - creating a leak-tight welded connection between the casing and said sheath or a replacement sheath, by welding the welding surface and a matching welding surface provided at the lower end of the sheath of the sheath or at a lower end of the sheath of the replacement sheath. - removing the first and second lips (61, 63); - carrying out at least one maintenance operation on the control assembly; - creating a welding surface at the upper end of the casing by machining said upper end of the casing; - creating a leak-tight welded connection between the casing and said sheath or a replacement sheath, by welding the welding surface and a matching welding surface provided at the lower end of the sheath of the sheath or at a lower end of the sheath of the replacement sheath.