mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a blade for a turbomachine, comprising at least the following steps: - providing a monocrystalline or polycrystalline main body having a support surface and additively constructing an airfoil of the blade on the support surface by fusing and/or sintering, in layers, a metal and/or ceramic powder made of a first material or material mixture; and - separating the airfoil from the support surface of the main body at a separating surface of the airfoil. - providing a monocrystalline or polycrystalline main body having a support surface and additively constructing an airfoil of the blade on the support surface by fusing and/or sintering, in layers, a metal and/or ceramic powder made of a first material or material mixture; and - separating the airfoil from the support surface of the main body at a separating surface of the airfoil.
A transfer device for transferring sausage-shaped products, like sausages, with suspension elements, like loops, from a discharge device of a clipping machine to a handling device for said sausage-shaped products, the transfer device comprises: a conveyor means including a first conveyor belt, for receiving said sausage-shaped products from the discharge device of said clipping machine; and drive means for driving said conveyor means in a first direction; characterized by shifting means (260, 236) for reversibly shifting the conveyor means in a second direction different from the first direction, and further comprising guiding means for guiding the sausage-shaped product when transferred in the first direction and for removing the sausage shaped product just received from the conveyor means, wherein the conveyor means include a first deflection roller having a horizontally aligned rotation axis, and wherein the shifting means (260, 236) comprise a first drive coupled to the first deflection roller for reversibly shifting the conveyor means in the second direction parallel to the rotation axis of the first deflection roller, and wherein the conveyor means include a second deflection roller having a horizontally aligned rotation axis, and wherein the shifting means (260, 236) comprise a second drive coupled to the second deflection roller for reversibly shifting the conveyor means in the second direction. a conveyor means including a first conveyor belt, for receiving said sausage-shaped products from the discharge device of said clipping machine; and drive means for driving said conveyor means in a first direction; characterized by shifting means (260, 236) for reversibly shifting the conveyor means in a second direction different from the first direction, and further comprising guiding means for guiding the sausage-shaped product when transferred in the first direction and for removing the sausage shaped product just received from the conveyor means, wherein the conveyor means include a first deflection roller having a horizontally aligned rotation axis, and wherein the shifting means (260, 236) comprise a first drive coupled to the first deflection roller for reversibly shifting the conveyor means in the second direction parallel to the rotation axis of the first deflection roller, and wherein the conveyor means include a second deflection roller having a horizontally aligned rotation axis, and wherein the shifting means (260, 236) comprise a second drive coupled to the second deflection roller for reversibly shifting the conveyor means in the second direction.
A method comprising: determining a current position of a device; accessing golf course map data to identify a plurality of points associated with one or more features of a golf hole represented by the golf course map data, where the one or more features are selected from the group consisting of a sand trap and a water hazard and wherein each feature is associated with multiple points of the plurality of points; characterized in that the golf course map data is vectorized golf course map data, and in that the method further comprises: determining for each of the one or more features when one or more of the identified points associated with the respective feature is within a lateral range of a vector extending from the current position of the device to a point associated with the golf hole; and, for each of the one or more features, causing the distance or the distances between the current position of the device and the one or more of the identified points associated with the respective feature to be displayed by a display of the device on a layout of the hole displayed by the display when the one or more of the identified points associated with the respective feature is determined to be within the lateral range, and causing the distance or the distances between the current position of the device and the one or more of the identified points associated with the respective feature not to be displayed when the one or more of the identified points associated with the respective feature is located beyond the lateral range. determining a current position of a device; accessing golf course map data to identify a plurality of points associated with one or more features of a golf hole represented by the golf course map data, where the one or more features are selected from the group consisting of a sand trap and a water hazard and wherein each feature is associated with multiple points of the plurality of points; characterized in that the golf course map data is vectorized golf course map data, and in that the method further comprises: determining for each of the one or more features when one or more of the identified points associated with the respective feature is within a lateral range of a vector extending from the current position of the device to a point associated with the golf hole; and, for each of the one or more features, causing the distance or the distances between the current position of the device and the one or more of the identified points associated with the respective feature to be displayed by a display of the device on a layout of the hole displayed by the display when the one or more of the identified points associated with the respective feature is determined to be within the lateral range, and causing the distance or the distances between the current position of the device and the one or more of the identified points associated with the respective feature not to be displayed when the one or more of the identified points associated with the respective feature is located beyond the lateral range.
A measuring probe for taking samples in molten metal, more particularly in molten steel, comprising a measuring head arranged at an immersion end of a carrier tube, wherein the measuring head has at least one sample cavity, wherein the sample cavity has an inflow conduit one end of which ends in the sample cavity and the second end of which has an inflow opening which projects from the front side of the measuring head and is covered with a protective cap, said front side facing away from the carrier tube, characterised in that a protective shield that is spaced apart from the inflow opening is arranged outside the inflow conduit and upstream of the inflow opening in the inflow direction, wherein the protective shield covers the inflow opening and wherein the protective shield does not entirely surround the inflow conduit laterally, and wherein the front side of the measuring head with the inflow conduit and the protective shield is covered with a slag cap.
A tissue paper comprising: a two-ply tissue paper sheet made from pulp fibres; and a polyol added to the tissue paper sheet, the tissue paper having: a basis weight per ply of 15.6 to 19.1 g/m 2 and a two-ply paper thickness of 115 to 150 um; a content of the polyol of 17.0 to 22.0% by mass and a moisture content of 10% by mass or more; a dry tensile strength of 310 to 410 cN/25 mm in a longitudinal direction, a dry tensile strength of 120 to 160 cN/25 mm in a lateral direction, and a wet tensile strength of 55 to 90 cN/25 mm in the lateral direction; and characterised by: compression energy WC of 5.0 to 6.5 gf·cm/cm2 under a load of 50 g/cm 2 in a KES test method. a two-ply tissue paper sheet made from pulp fibres; and a polyol added to the tissue paper sheet, the tissue paper having: a basis weight per ply of 15.6 to 19.1 g/m 2 and a two-ply paper thickness of 115 to 150 um; a content of the polyol of 17.0 to 22.0% by mass and a moisture content of 10% by mass or more; a dry tensile strength of 310 to 410 cN/25 mm in a longitudinal direction, a dry tensile strength of 120 to 160 cN/25 mm in a lateral direction, and a wet tensile strength of 55 to 90 cN/25 mm in the lateral direction; and characterised by: compression energy WC of 5.0 to 6.5 gf·cm/cm2 under a load of 50 g/cm 2 in a KES test method. a basis weight per ply of 15.6 to 19.1 g/m 2 and a two-ply paper thickness of 115 to 150 um; a content of the polyol of 17.0 to 22.0% by mass and a moisture content of 10% by mass or more; a dry tensile strength of 310 to 410 cN/25 mm in a longitudinal direction, a dry tensile strength of 120 to 160 cN/25 mm in a lateral direction, and a wet tensile strength of 55 to 90 cN/25 mm in the lateral direction; and characterised by: compression energy WC of 5.0 to 6.5 gf·cm/cm2 under a load of 50 g/cm 2 in a KES test method.
A screw-shaped LED, comprising a high power LED, a power cord, a screw-shaped housing, and a converging lens, which is mounted at the open end of the inner cavity of the screw-shaped housing, and the position of the converging lens being adapted to the high power LED, whereby it further comprises a metal circuit board, wherein the high power LED and the metal circuit board are both disposed inside the screw-shaped housing, and the high power LED is secured on the metal circuit board and electrically connected thereto, the power cord and the metal circuit board are electrically connected and the power cord extends out of the screw-shaped housing, characterized in that it further comprises a thermal conductor, which is positioned inside the screw-shaped housing, and contacts an inner wall of the screw-shaped housing, and further contacts the metal circuit board,and in that it further comprises a positioning mechanism for mounting, which is threadly connected with the screw-shaped housing and which includes a cover lid and a fixing ring, wherein an inner wall of the cover lid and an inner wall of the fixing ring have a thread matching with the screw-shaped housing, respectively.
A hollow profile for a WIM sensor; which hollow profile is elongated along a longitudinal direction; said hollow profile comprising a plate-shaped force introduction element; said hollow profile comprising an anchoring element; wherein a tubular element is arranged between said force introduction element and said anchoring element; which tubular element encloses a first cavity; which anchoring element and which tubular element and which force introduction element are formed integrally with each other; said tubular element being integrally connected to the force introduction element and to the anchoring element; characterized in that the anchoring element encloses at least one second cavity.
A system for supplying molding sand comprising a machine for disintegrating balls in molding sand comprising: a first bar for disintegrating the balls that is supported at both ends, a second bar for disintegrating the balls that is supported on a common plane horizontal with, parallel to, and at a certain distance from, the first bar, the second bar rotating in a reverse direction from the direction of the first bar, both the first bar and the second bar having a plurality of blades that are arranged to radiate from a rotating shaft; wherein, when molding sand is loaded from above to a space between the first bar and the second bar, the balls are disintegrated while the molding sand is downwardly combed; characterized in that the bars (B1, B2) for disintegrating the balls in molding sand are supported by the frame of a carriage and motors for rotating the bars (B1, B2) are mounted on the carriage. a first bar for disintegrating the balls that is supported at both ends, a second bar for disintegrating the balls that is supported on a common plane horizontal with, parallel to, and at a certain distance from, the first bar, the second bar rotating in a reverse direction from the direction of the first bar, both the first bar and the second bar having a plurality of blades that are arranged to radiate from a rotating shaft; wherein, when molding sand is loaded from above to a space between the first bar and the second bar, the balls are disintegrated while the molding sand is downwardly combed; characterized in that the bars (B1, B2) for disintegrating the balls in molding sand are supported by the frame of a carriage and motors for rotating the bars (B1, B2) are mounted on the carriage.
A cooling circuit for a drive train of a motor vehicle, comprising: a cooling unit which is configured to cool a coolant; a drive unit which is connected fluidically to the cooling unit and is configured to provide power to or remove power from the motor vehicle with the input of heat into the coolant; a heat accumulator which can be brought into heat exchange with the coolant; and a controller which is configured to bring the heat accumulator into heat exchange with the coolant in a manner which is dependent on a driving route of the motor vehicle, characterized in that the heat exchange with the heat accumulator increases a heat capacity, the controller controlling the increase of the heat capacity by way of a change of a variable volume of the heat accumulator, and, furthermore, the controller is configured to calculate the future input of heat or a time curve of the future input of heat on the basis of the driving route, and to increase the heat capacity in a manner which is dependent on the calculation. a cooling unit which is configured to cool a coolant; a drive unit which is connected fluidically to the cooling unit and is configured to provide power to or remove power from the motor vehicle with the input of heat into the coolant; a heat accumulator which can be brought into heat exchange with the coolant; and a controller which is configured to bring the heat accumulator into heat exchange with the coolant in a manner which is dependent on a driving route of the motor vehicle, the heat exchange with the heat accumulator increases a heat capacity, the controller controlling the increase of the heat capacity by way of a change of a variable volume of the heat accumulator, and, furthermore, the controller is configured to calculate the future input of heat or a time curve of the future input of heat on the basis of the driving route, and to increase the heat capacity in a manner which is dependent on the calculation.
Method for harmonizing colors of an original image in order to obtain an harmonized image, the method comprising: - computing a saliency map of the original image, - for each of a plurality of color harmonic schemes: - determining a temporary harmonized image from the original image according to the current color harmonic scheme, - computing a saliency map (SM') of the temporary harmonized image, - comparing the saliency map of the original image and the saliency map (SM') of the temporary harmonized image, in order to obtain a saliency comparison result, - computing a corrected color comparison result (CCCR) from colors of the original image, colors of the current color harmonic scheme and the saliency comparison result, - selecting, as the harmonized image, the temporary harmonized image obtained with the color harmonic scheme minimizing the corrected color comparison result (CCCR). - computing a saliency map of the original image, - for each of a plurality of color harmonic schemes: - determining a temporary harmonized image from the original image according to the current color harmonic scheme, - computing a saliency map (SM') of the temporary harmonized image, - comparing the saliency map of the original image and the saliency map (SM') of the temporary harmonized image, in order to obtain a saliency comparison result, - computing a corrected color comparison result (CCCR) from colors of the original image, colors of the current color harmonic scheme and the saliency comparison result, - determining a temporary harmonized image from the original image according to the current color harmonic scheme, - computing a saliency map (SM') of the temporary harmonized image, - comparing the saliency map of the original image and the saliency map (SM') of the temporary harmonized image, in order to obtain a saliency comparison result, - computing a corrected color comparison result (CCCR) from colors of the original image, colors of the current color harmonic scheme and the saliency comparison result, - selecting, as the harmonized image, the temporary harmonized image obtained with the color harmonic scheme minimizing the corrected color comparison result (CCCR).
An apparatus for obtaining a plurality of portions of tissue from a biological tissue, comprising: a plurality of tubes each comprising at least two points provided at a distal end thereof; a plurality of pins each provided at least partially within a central lumen of each of the plurality of tubes; a substrate including at least one opening therethrough, wherein at least one of the plurality of tubes is slidably coupled to the substrate and configured to pass at least partially through the at least one opening, and wherein the plurality of portions of tissue is depositable directly from the plurality of tubes into a biocompatible matrix configured to be placed on a donor site associated with the biological tissue, wherein an inner diameter of the tubes is less than about 1 mm, wherein at least one section of the tubes is structured to be inserted into the biological tissue at the donor site to simultaneously remove the portions of tissue therefrom when the at least one section of the tubes is withdrawn from the donor site, wherein the tubes are controllably translatable in a direction along a longitudinal axis of the pins, and wherein the pins are configured to facilitate a removal of the portions of tissue from the tubes and deposit the portions of tissue directly in the biocompatible matrix. a plurality of tubes each comprising at least two points provided at a distal end thereof; a plurality of pins each provided at least partially within a central lumen of each of the plurality of tubes; a substrate including at least one opening therethrough, wherein at least one of the plurality of tubes is slidably coupled to the substrate and configured to pass at least partially through the at least one opening, and wherein the plurality of portions of tissue is depositable directly from the plurality of tubes into a biocompatible matrix configured to be placed on a donor site associated with the biological tissue, wherein an inner diameter of the tubes is less than about 1 mm, wherein at least one section of the tubes is structured to be inserted into the biological tissue at the donor site to simultaneously remove the portions of tissue therefrom when the at least one section of the tubes is withdrawn from the donor site, wherein the tubes are controllably translatable in a direction along a longitudinal axis of the pins, and wherein the pins are configured to facilitate a removal of the portions of tissue from the tubes and deposit the portions of tissue directly in the biocompatible matrix.
A device for performing at least one cutting operation for producing a book, a brochure or the like, in particular a book-like identification document such as a passport comprising book pages which are bound to a spine, wherein the device has a receiving element (12, 13) for receiving the book in a first plane as well as a cutting unit for applying a cutting force to the book substantially perpendicularly to the plane, wherein the device further has at least one first supporting device with at least one first supporting element which is arranged or arrangeable to lie against at least one region of the spine and, when the cutting force is applied to the book, to rest on at least a region of the spine with a bearing force substantially opposite the cutting force, i.e. the support element is formed to position a contact surface at an angle relative to the plane which is placeable at the spine of the book, characterized in that the supporting device is pneumatically driven or drivable in order to place the supporting element against at least a part of the spine.
Device for holding objects in a vehicle, with a main body in which a recess for holding exchangeable insets is formed, and at least one inset, wherein at least one aligning device (11, 12) for aligning the inset in the recess and at least one latching device for securing same therein are arranged on the main body, characterized in that at least one interface for providing power transmission and/or data transmission to the inset is provided in the main body.
A method (55, 56) performed at and/or by a first device, the method (55, 56) comprising: - detecting signing data characteristic of a person when a person signs first information at the first device; - outputting second information comprising at least a representation of the signing data to a second device; - receiving a representation of at a least part of the second information from the second device; - determining whether at least part of the representation of at least a part of the second information corresponds to at least part of the second information, wherein - if it has been determined that at least part of the representation of at least a part of the second information corresponds to at least part of the second information - at least the following steps are performed: - calculating a hash value over a combination of at least a representation of the first information and the representation of at least a part of the second information; - calculating a signature of the hash value over the combination of at least the representation of the first information and the representation of at least a part of the second information, in particular with a private key of the first device; and - issuing the signature of the hash value to the second device. - detecting signing data characteristic of a person when a person signs first information at the first device; - outputting second information comprising at least a representation of the signing data to a second device; - receiving a representation of at a least part of the second information from the second device; - determining whether at least part of the representation of at least a part of the second information corresponds to at least part of the second information, - calculating a hash value over a combination of at least a representation of the first information and the representation of at least a part of the second information; - calculating a signature of the hash value over the combination of at least the representation of the first information and the representation of at least a part of the second information, in particular with a private key of the first device; and - issuing the signature of the hash value to the second device.
Transport apparatus for transferring workpieces in a processing device comprising at least two stations (110, 120, 130, 140, 150), especially in a forming device, having at least two gripping tools (32a, 32b), each for gripping one workpiece, which gripping tools (32a, 32b) are arranged on a gripping tool support which is movable back and forth between the stations (110, 120, 130, 140, 150) of the processing device, characterised in that the gripping tool support is on the one hand movably mounted so as to be linearly guided and on the other hand mounted so as to be displaceable transversely with respect to its linearly guided movability, and, for the linearly guided movement and transverse displacement of the gripping tool support, the transport apparatus comprises a gripping tool support drive having at least one gripping tool support drive motor (55, 56).