mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a dental splint comprising the steps of: - obtaining a set of 3D surface data (110, 210), the 3D surface data representing a surface of a patient's oral situation, and - generating a virtual support structure model in dependence on the 3D surface data, and - producing the dental splint in dependence on the virtual support structure model, wherein a 3D distance map image of the 3D surface data (110, 210) is used to generate the virtual support structure model, wherein the 3D distance map is a voxel image and wherein each voxel in the 3D distance map image has a value corresponding to the distance from said voxel to the closest point on the surface described by the 3D surface data (110, 210), and wherein the support structure model comprises every voxel having a value between a first and a second value, wherein - the first and second values correspond to a first and second distance to the closest point on the 3D surface data (110, 210), - the first value corresponds to a distance away from the surface described by the 3D surface data and defines where the surface of the support structure model begins, such that play is provided between the 3D surface data and the virtual support structure model, wherein the first value corresponds to a distance from the surface described by the 3D surface data of between 0.1 mm and 0.5 mm, - the second value is greater than the first value, and - the difference between the first and second values describes the thickness of the support structure model. - obtaining a set of 3D surface data (110, 210), the 3D surface data representing a surface of a patient's oral situation, and - generating a virtual support structure model in dependence on the 3D surface data, and - producing the dental splint in dependence on the virtual support structure model, wherein a 3D distance map image of the 3D surface data (110, 210) is used to generate the virtual support structure model, wherein the 3D distance map is a voxel image and wherein each voxel in the 3D distance map image has a value corresponding to the distance from said voxel to the closest point on the surface described by the 3D surface data (110, 210), and wherein the support structure model comprises every voxel having a value between a first and a second value, wherein - the first and second values correspond to a first and second distance to the closest point on the 3D surface data (110, 210), - the first value corresponds to a distance away from the surface described by the 3D surface data and defines where the surface of the support structure model begins, such that play is provided between the 3D surface data and the virtual support structure model, wherein the first value corresponds to a distance from the surface described by the 3D surface data of between 0.1 mm and 0.5 mm, - the second value is greater than the first value, and - the difference between the first and second values describes the thickness of the support structure model.
Apparatus for clamping and positioning of workpieces of different lengths between two tips (26, 28), comprising: - a base having at least one linear guide, - a first slide being linearly guided displaceable on the linear guide and having a clamping tip, - a second slide being linearly guided displaceable on the linear guide and having a counter tip, and - a drive device being coupled with the first or/and the second slide (20, 22), wherein the first slide and the second slide are displaceable on the linear guide relative to one another and relative to the base, such that workpieces having different lengths are receivable between the clamping tip and the counter tip, wherein the first or/and the second slide (20, 22) further comprise a preload device, characterized in that the clamping tip or/and the counter tip are displaceable towards the workpiece to be clamped under spring preload, upon contact with the workpiece to be clamped, wherein the drive device comprises a threaded screw-nut-arrangement, wherein a clutch arrangement is provided between the nut and the respective slide (20, 22), which allows relative movement between the nut and the respective slide (20, 22) by building up the spring preload, and wherein the clutch arrangement comprises the roller-ramp-pair (69, 70) having a roller being arranged between and rolling on two opposing ramp surfaces, wherein the roller is arranged on the one component of the nut and the corresponding slide (20, 22) and the ramp surfaces are arranged on the other component of the nut and the corresponding slide (20, 22). - a base having at least one linear guide, - a first slide being linearly guided displaceable on the linear guide and having a clamping tip, - a second slide being linearly guided displaceable on the linear guide and having a counter tip, and - a drive device being coupled with the first or/and the second slide (20, 22), wherein the first slide and the second slide are displaceable on the linear guide relative to one another and relative to the base, such that workpieces having different lengths are receivable between the clamping tip and the counter tip,
One or more compounds selected from the group consisting of the compounds represented by the following formulas 1 ∼ 3 or a pharmaceutically acceptable salt thereof for use in reducing the effect of skin irritation, wherein the skin irritation is due to psoriasis; and wherein the skin irritation is one or more selected from the group consisting of keratosis, skin flare, skin pain and skin hemorrhage spots: and
A machine intended to carry out bales from crop, said machine being movable relatively to the ground and including: a pressing chamber; a feeding device intended to bring the crop into the pressing chamber; a piston movable in translation within the pressing chamber to press the crop; a driving device having a coupling member arranged to be connected to a rotational driving element, the driving device being further arranged to drive the piston in translation; the machine being characterized by the fact that the driving device further includes: a hydraulic device comprising a hydraulic pump connected to the coupling member; a hydraulic motor supplied by the hydraulic pump; a driving member driven by the hydraulic motor and configured to move the piston in translation; and a control device connected to the hydraulic device in order to control the piston displacement. a pressing chamber; a feeding device intended to bring the crop into the pressing chamber; a piston movable in translation within the pressing chamber to press the crop; a driving device having a coupling member arranged to be connected to a rotational driving element, the driving device being further arranged to drive the piston in translation; the machine being characterized by the fact that the driving device further includes: a hydraulic device comprising a hydraulic pump connected to the coupling member; a hydraulic motor supplied by the hydraulic pump; a driving member driven by the hydraulic motor and configured to move the piston in translation; and a control device connected to the hydraulic device in order to control the piston displacement. a hydraulic device comprising a hydraulic pump connected to the coupling member; a hydraulic motor supplied by the hydraulic pump; a driving member driven by the hydraulic motor and configured to move the piston in translation; and a control device connected to the hydraulic device in order to control the piston displacement.
An airfoil for a gas turbine engine comprising a core body having a leading edge, a trailing edge, a first surface extending between the leading edge and the trailing edge, and a second surface extending between the leading edge and the trailing edge; a leading edge member having a tip, a first leg extending from a first proximal end at the tip to a first distal end, a second leg extending from a second proximal end at the tip to a second distal end, the first distal end of the first leg being joined to the first surface of the core body, the second distal end of the second leg being joined to the second surface of the core body, and an interior cavity located between the first leg and the second leg at the tip of the leading edge member; and a reinforcement member located within the interior cavity of the leading edge member, the reinforcement member being joined to the proximal end of the first leg of the leading edge member and joined to the proximal end of the second leg of the leading edge member, characterised in that a chamber is located between the reinforcement member and the leading edge of the core body.
Weed inactivation device, comprising at least two electrodes, whereby at least one electrode is directed to the weed, - whereby the at least one electrode is supplied with electrical energy by at least one electrical power supply, - whereby the at least one electrical power supply comprises at least one electronic h-bridge inverter for DC/AC conversion, creating rectangular wave AC-current, - whereby the inversion takes place at frequencies above 1.0 kHz, - characterized in that the at least one electrical power supply comprises at least one transistor that comprises means to control the pulse density, thereby providing pulse density modulation, and - the at least one electronic h-bridge inverter comprises means to control the pulse width, thereby providing pulse width modulation. - whereby the at least one electrode is supplied with electrical energy by at least one electrical power supply, - whereby the at least one electrical power supply comprises at least one electronic h-bridge inverter for DC/AC conversion, creating rectangular wave AC-current, - whereby the inversion takes place at frequencies above 1.0 kHz, - characterized in that the at least one electrical power supply comprises at least one transistor that comprises means to control the pulse density, thereby providing pulse density modulation, and - the at least one electronic h-bridge inverter comprises means to control the pulse width, thereby providing pulse width modulation. - characterized in that the at least one electrical power supply comprises at least one transistor that comprises means to control the pulse density, thereby providing pulse density modulation, and - the at least one electronic h-bridge inverter comprises means to control the pulse width, thereby providing pulse width modulation.
A method of forming a microelectronic device, comprising: providing a substrate having a top surface; forming a platinum-containing layer on the top surface of the substrate, the platinum-containing layer having a bottom surface on the top surface of the substrate and having a top surface located opposite from and facing away from the top surface of the substrate; forming a cap layer, comprising one selected from a group consisting essentially of a cap layer that is primarily aluminum and a cap layer that is primarily copper, on the top surface of the platinum-containing layer, wherein an interface between the cap layer and the platinum-containing layer at the top surface of the platinum-containing layer is free of platinum oxide; and removing the cap layer and at least a portion of the platinum-containing layer by a wet etch process, a same wet etchant of the wet etch process removing both the cap layer and the platinum containing layer, the cap layer having an etch rate at least twice the etch rate of the platinum containing layer in the same wet etchant, the wet etch process exposing the top surface of the substrate.
A composition for use for treating, inhibiting, reducing the severity of, slowing progression of and/or promoting prophylaxis of diabetes and/or obesity in a subject in need thereof, the composition comprising one or more bitter oligopeptides that increases gut hormone release, wherein the one or more bitter oligopeptides comprise one or more of YGLF, IPAVF, LLF, or a combination thereof.
An apparatus for singling value documents, in particular banknotes, having a support means and a conveyor belt for picking a single value document from a stack of value documents lying on the support means, characterized by a positioning device by which at least a portion of the conveyor belt can be moved back and forth relative to the support means between a first position and a second position, wherein the conveyor belt in the first position cannot touch the stack lying on the support means, and the conveyor belt in the second position can touch the lowermost value document of the stack lying on the support means, and, in so doing, can pick the value document from the stack at least partially, and a compensating element, by which changes of the length of the conveyor belt occurring upon positioning the conveyor belt can be compensated at least partially.
Sanitary arrangement comprising a mounting part with a top side, a bottom side, at least one lateral surface connecting the top side and the bottom side and at least one corner, and a sealing arrangement consisting of a sealing foil with at least one sealing corner and at least one band part, wherein the sealing corner comprises a base part with at least two folding edges running in an inclined angular manner to each other and intersecting each other in a corner point, a folding part, and at least two lateral parts (7, 8) connected to the base part via the folding part, which are connected to the base part via the folding edges, wherein the at least one band part is connected to one of the lateral parts (7, 8) and to the base part and in a folding state also comprises a folding edge, which forms the extension of the folding edge between the lateral part (7, 8) and the base part, or wherein in each case one band part is connected to one of the lateral parts (7, 8) and to the base part and in the folding state also comprises a folding edge, which forms the extension of the folding edge between the lateral part (7, 8) and the base part, characterized in that the sealing arrangement is factory-made pre-fastened via the base part of the sealing corner and via said at least one band part, or via said band parts, respectively, at the bottom side of the mounting part in a watertight manner.
A conduit structure for molten glass comprising a hollow tube made of a metal, the conduit structure having at least a downstream end having a double pipe structure comprising an inner pipe and an outer pipe, wherein a supporting rib is provided between the inner pipe and the outer pipe to bridge the inner pipe and the outer pipe; wherein the supporting rib has an inner straight portion joined with the outer face of the inner pipe so as to extend along the longitudinal direction of the inner pipe and having a width substantially in a normal direction to the joined face, an outer straight portion joined with the inner face of the outer pipe so as to extend along the longitudinal direction of the outer pipe and having a width substantially in the normal direction to the joined face, and a connecting wall portion extending from the inner straight portion to the outer straight portion to integrate them; and the supporting rib has a concave portion formed along one side edge of the connecting wall portion present between one side end portion of the inner straight portion and one side end portion of the outer straight portion, so that respective ends of said one side edge reach said one side end portions of the respective straight portions via rounded portions (27, 28), and a concave portion formed along the other side edge of the connecting wall portion present between the other side end portion of the inner straight portion and the other side end portion of the outer straight portion, so that respective ends of said the other side edge reach said the other side end portions of the respective straight portions via rounded portions (27, 28), and the supporting rib has projecting portions (21a, 21b, 22a, 22b) formed on respective ends of the inner straight portion and respective ends of the outer straight portion and continuing to the respective rounded portions (27, 28); and the rounded portions (27, 28) are formed so that respective rounded portions (27, 28) are continuously integrated on each side edge of the connecting wall portion and that the rounded portions (27, 28) have different curvature radiuses R1 and R2 on each side edge, wherein the wall thickness of the outer pipe is different from the wall thickness of the inner pipe, and the outer pipe or the inner pipe, whichever has a larger wall thickness, supports the other pipe via the supporting rib; and the rounded portion (27, 28) having a larger curvature radius is formed at at least one part of a part continuing to the projection part connected to the pipe having a larger wall thickness.
A method for manufacturing an optical laminate, comprising: producing a transfer laminate having an optical body, in one surface of which a micro concave-convex structure in which concavities and convexities are arranged at an average cycle less than or equal to a visible light wavelength is formed, a transfer body having an inverted concave-convex structure fitted in the micro concave-convex structure of the optical body, and a covering body that covers other surface of the optical body that is located on a side where the transfer body is not provided; forming a bonding layer yet to be cured on part of a surface of an adherend; peeling part of the covering body from the other surface of the optical body of the transfer laminate such that part of the other surface of the optical body is exposed; pressing the transfer laminate against the adherend such that an exposed surface of the part of the other surface of the optical body comes into contact with the bonding layer yet to be cured; curing the bonding layer yet to be cured; and peeling part of the optical body bonded to the cured bonding layer from the transfer body, wherein an initial 90° peeling force when peeling the part of the optical body from the transfer body is less than or equal to 70% of a 90° peeling force between the optical body and the bonding layer. producing a transfer laminate having an optical body, in one surface of which a micro concave-convex structure in which concavities and convexities are arranged at an average cycle less than or equal to a visible light wavelength is formed, a transfer body having an inverted concave-convex structure fitted in the micro concave-convex structure of the optical body, and a covering body that covers other surface of the optical body that is located on a side where the transfer body is not provided; forming a bonding layer yet to be cured on part of a surface of an adherend; peeling part of the covering body from the other surface of the optical body of the transfer laminate such that part of the other surface of the optical body is exposed; pressing the transfer laminate against the adherend such that an exposed surface of the part of the other surface of the optical body comes into contact with the bonding layer yet to be cured; curing the bonding layer yet to be cured; and peeling part of the optical body bonded to the cured bonding layer from the transfer body, wherein an initial 90° peeling force when peeling the part of the optical body from the transfer body is less than or equal to 70% of a 90° peeling force between the optical body and the bonding layer.
Cooking plate for a cooking grill comprising zones in relief (2, 25) extending in a substantially straight direction and intended to receive food to be cooked and at the edges of which are arranged recessed zones (3, 35) intended to collect and to discharge the juices of foods to at least one discharge orifice, with the zones in relief (2, 25) having a first inclination in the direction of the at least one discharge orifice, and the recessed zones (3, 35) having a second inclination in the direction of the at least one discharge orifice, with the second inclination being more substantial than the first inclination, said plate being characterised in that the zones in relief (2, 25) and the recessed zones have an increasing inclination in the direction of the at least one discharge orifice.
A combined damping and pulling device for a middle door, having a housing in which a driver element can be moved between two parked positions (12, 13), - wherein, in the housing, two driver slides (101; 301) which can be alternatively coupled form-fittingly to the driver element are each guided between a force- and/or form-fittingly secured waiting position (16; 18) and a force- and/or form-fittingly secured end position (17; 19), - wherein a cylinder-piston unit which can be loaded by means of both driver slides (101, 301) is mounted in an axially displaceable manner in the housing, - wherein each driver slide (101; 301) either has a spring receptacle or is coupled or can be coupled to a spring slide (131; 331) having a spring receptacle, and - wherein a spring energy store is held in both spring receptacles. - wherein, in the housing, two driver slides (101; 301) which can be alternatively coupled form-fittingly to the driver element are each guided between a force- and/or form-fittingly secured waiting position (16; 18) and a force- and/or form-fittingly secured end position (17; 19), - wherein a cylinder-piston unit which can be loaded by means of both driver slides (101, 301) is mounted in an axially displaceable manner in the housing, - wherein each driver slide (101; 301) either has a spring receptacle or is coupled or can be coupled to a spring slide (131; 331) having a spring receptacle, and - wherein a spring energy store is held in both spring receptacles.
A reagent container for use in a sample measuring apparatus having a suction tube for suctioning a reagent, the reagent container comprising: an upper surface part having an opening, a side surface part, and a bottom surface part that partition an internal space in which the reagent is stored; and a suction tube introducing part extending from the upper surface part to a position above a liquid surface of the reagent to introduce the suction tube received from above the opening into the internal space, wherein the suction tube introducing part is provided at a position separated from the side surface part, characterised in that: the suction tube introducing part has a tubular shape penetrating the upper surface part, the suction tube introducing part includes an upper opening for receiving the suction tube, a lower opening open to the inner space, a tube part provided independently of the side surface part and having the lower opening formed in the lower end, and in that the suction tube introducing part is adapted to receive the suction tube in such a way that the suction tube is moved into the suction tube introducing part via the upper opening by descending from above the reagent container, then, the suction tube passes through the inside of the tube part and enters the internal space in which the reagent is stored from the lower opening. an upper surface part having an opening, a side surface part, and a bottom surface part that partition an internal space in which the reagent is stored; and a suction tube introducing part extending from the upper surface part to a position above a liquid surface of the reagent to introduce the suction tube received from above the opening into the internal space, wherein the suction tube introducing part is provided at a position separated from the side surface part, characterised in that: the suction tube introducing part has a tubular shape penetrating the upper surface part, the suction tube introducing part includes an upper opening for receiving the suction tube, a lower opening open to the inner space, a tube part provided independently of the side surface part and having the lower opening formed in the lower end, and in that the suction tube introducing part is adapted to receive the suction tube in such a way that the suction tube is moved into the suction tube introducing part via the upper opening by descending from above the reagent container, then, the suction tube passes through the inside of the tube part and enters the internal space in which the reagent is stored from the lower opening.