mhurhangee/ep-ind-claims huggingface dataset:
A vacuum-insulated glass window, comprising: a first glass pane having a first body portion formed from a first glass material and having first opposite surfaces (22B, 24B) and a first outer edge; a second glass pane (22F, 24F) spaced apart from and disposed substantially parallel to the first glass pane at a first distance and having a second body formed from a second glass material and having second opposite surfaces (22F, 24F) and a second outer edge; a first edge seal formed around at least respective portions of the first and second outer edges (28B, 28F) so as to define a first sealed interior region between the first and second glass panes (20B, 20F), wherein the first sealed interior region has a vacuum pressure of less than one atmosphere; and a first plurality of glass-bump spacers integrally formed in the first glass pane in one of the first surfaces and comprising the first glass material from the first body portion, and contacting the second glass pane so as to maintain said spaced apart first distance, characterized in that the first plurality of glass-bump spacers are formed by irradiating the first glass pane at a location with a focused laser beam, and terminating the irradiating to fix the glass-bump spacer; and in that the glass-bump spacers grow out of the first body portion of the first glass pane and are formed from the glass material making up the first glass pane, so as to outwardly protrude in a convex manner from the otherwise substantially flat glass-pane surface. a first glass pane having a first body portion formed from a first glass material and having first opposite surfaces (22B, 24B) and a first outer edge; a second glass pane (22F, 24F) spaced apart from and disposed substantially parallel to the first glass pane at a first distance and having a second body formed from a second glass material and having second opposite surfaces (22F, 24F) and a second outer edge; a first edge seal formed around at least respective portions of the first and second outer edges (28B, 28F) so as to define a first sealed interior region between the first and second glass panes (20B, 20F), wherein the first sealed interior region has a vacuum pressure of less than one atmosphere; and a first plurality of glass-bump spacers integrally formed in the first glass pane in one of the first surfaces and comprising the first glass material from the first body portion, and contacting the second glass pane so as to maintain said spaced apart first distance,
A turbine bucket comprising a tip cap, wherein the tip cap comprises: a shield; the shield comprising an oxidant resistant material and having a cup-shape; and a cap; the cap comprising a high strength material, wherein the cap fits within the shield; and a squealer tip positioned about the tip cap. a shield; the shield comprising an oxidant resistant material and having a cup-shape; and a cap; the cap comprising a high strength material, wherein the cap fits within the shield; and a squealer tip positioned about the tip cap.
Method for processing plant remains, in particular shells of seeds and nuts, even more in particular shells of cocoa beans, shells of grain seed and rice remains, residues of oil-containing germs and nuts, in particular for producing dietary fibers and/or starting materials for a biogas plant, characterized by the following method steps: (i) provision of plant remains with a shell fraction of at least 20% by weight, in particular at least 30% by weight, even more in particular at least 50% by weight, even more in particular 90% by weight, (ii) at least partial hydrolysis of constituents of the plant remains, in particular at least partial hydrolysis of a carbohydrate, a fat and/or a protein, (iii) separation of liquid phase with dissolved constituents and solid phase, (iv) provision of the solid phase for use in producing foods, advantageously by washing, sterilizing and/or drying, and in particular debacterization. (i) provision of plant remains with a shell fraction of at least 20% by weight, in particular at least 30% by weight, even more in particular at least 50% by weight, even more in particular 90% by weight, (ii) at least partial hydrolysis of constituents of the plant remains, in particular at least partial hydrolysis of a carbohydrate, a fat and/or a protein, (iii) separation of liquid phase with dissolved constituents and solid phase, (iv) provision of the solid phase for use in producing foods, advantageously by washing, sterilizing and/or drying, and in particular debacterization.
A terminal cutter comprising: a tool frame having an upper handle and a lower handle movable relative to each other; a first cutting member coupled to the upper handle and having a first cutting surface for cutting a terminal, having a locating portion, from a carrier strip carrying a plurality of terminals; a second cutting member coupled to the lower handle and having a second cutting surface for cutting the terminal from the carrier strip; and a terminal strip guide assembly coupled to at least one of the upper handle and the lower handle offset from the first and second cutting members (126, 128), the terminal strip guide assembly comprising a strip guide having a slot configured to receive the carrier strip, characterised in that the strip guide has a guide surface adjacent the slot, wherein the guide surface is configured to engage the terminal to locate the terminal relative to the terminal strip guide assembly and to control a depth of the carrier strip received in the slot, and wherein the terminal strip guide assembly includes an adjustment plate coupled to the strip guide and a guide blade coupled to the adjustment plate and facing the guide surface across a gap configured to receive said locating portion of the terminal, the adjustment plate being adjustable relative to the strip guide to adjust a lateral position of the guide blade with respect to the guide surface to control a width of the gap. a tool frame having an upper handle and a lower handle movable relative to each other; a first cutting member coupled to the upper handle and having a first cutting surface for cutting a terminal, having a locating portion, from a carrier strip carrying a plurality of terminals; a second cutting member coupled to the lower handle and having a second cutting surface for cutting the terminal from the carrier strip; and a terminal strip guide assembly coupled to at least one of the upper handle and the lower handle offset from the first and second cutting members (126, 128), the terminal strip guide assembly comprising a strip guide having a slot configured to receive the carrier strip, characterised in that the strip guide has a guide surface adjacent the slot, wherein the guide surface is configured to engage the terminal to locate the terminal relative to the terminal strip guide assembly and to control a depth of the carrier strip received in the slot, and wherein the terminal strip guide assembly includes an adjustment plate coupled to the strip guide and a guide blade coupled to the adjustment plate and facing the guide surface across a gap configured to receive said locating portion of the terminal, the adjustment plate being adjustable relative to the strip guide to adjust a lateral position of the guide blade with respect to the guide surface to control a width of the gap.
Composite material for temperature measurement, comprising - a ceramic filler and - a formable matrix which embeds the filler, wherein the ceramic filler has a positive or negative temperature coefficient of electrical resistance, and the composite material has a resistance-temperature characteristic determined by the ceramic filler, wherein the filler is present as a multitude of particles in the matrix and wherein the filler comprises an electrically conductive spinel of the formula A II B III 2 O 4 where A and B are each metals, wherein the matrix comprises a material selected from a group comprising thermoplastics, thermosets, elastomers or mixtures thereof. - a ceramic filler and - a formable matrix which embeds the filler,
Method for harnessing a reactive power available in a section of a distribution network, in particular a low-voltage network, wherein the section of the distribution network has at least one reactive power source and a decentralized energy generation unit in the form of a photovoltaic system connected via an inverter unit, characterized in that operating situations, which are each achieved by dynamically changing a respective reactive power characteristic and in which the at least one reactive power source supplies a maximum possible reactive power and draws a maximum possible reactive power, are specified to the at least one reactive power source, in that a reactive power profile for the section of the distribution network is determined by means of the operating situations predefined for the at least one reactive power source, wherein the at least one reactive power source is influenced via a data acquisition and evaluation unit (iSSN) in such a manner that the at least one reactive power source runs through the predefined operating situations, in that the data acquisition and evaluation unit (iSSN) continuously estimates the reactive power currently available in each case in the section of the distribution network on the basis of the reactive power profile determined for the section of the distribution network and communicates the estimated reactive power to a superordinate control and regulating system, and in that the section of the distribution network retrieves the currently available reactive power if necessary, wherein a corresponding setting command with a required level and direction of a reactive power to be provided is transmitted from the superordinate control and regulating system to the data acquisition and evaluation unit (iSSN).
An LED display screen, comprising: a frame, configured to assemble modules and a power box; the modules are disposed at a side of the frame and comprising an LED light board, wherein a non-display surface of the LED light board is provided with a first socket configured to be connected with a board-to-board connector; the power box is disposed inside the frame and located between the modules, wherein a bottom surface inside of the power box is provided with a control board connected with the LED light board via the board-to-board connector; wherein the control board comprises a main control board and at least one sub-control board, the sub-control board and the main control board are spaced from each other and connected via a cable, a surface of the sub-control board facing toward the LED light board is provided with a second socket configured to match with the first socket, each of the sub-control board s is fixed by an elastic mechanism and a bottom surface of the power box opposite to the LED light board, the elastic mechanism is configured such that the modules and the sub-control board are moved synchronously in a direction facing away from a display surface of the LED light board, when the display surface is impacted, while remaining relative positions of contacts of the first socket and the second socket unchanged. a frame, configured to assemble modules and a power box; the modules are disposed at a side of the frame and comprising an LED light board, wherein a non-display surface of the LED light board is provided with a first socket configured to be connected with a board-to-board connector; the power box is disposed inside the frame and located between the modules, wherein a bottom surface inside of the power box is provided with a control board connected with the LED light board via the board-to-board connector; wherein the control board comprises a main control board and at least one sub-control board, the sub-control board and the main control board are spaced from each other and connected via a cable, a surface of the sub-control board facing toward the LED light board is provided with a second socket configured to match with the first socket, each of the sub-control board s is fixed by an elastic mechanism and a bottom surface of the power box opposite to the LED light board, the elastic mechanism is configured such that the modules and the sub-control board are moved synchronously in a direction facing away from a display surface of the LED light board, when the display surface is impacted, while remaining relative positions of contacts of the first socket and the second socket unchanged.
A composition of matter comprising diacylglycerol(s) that are mainly 1,3-diacylglycerol(s) and at least one phytosterol ester(s) and/or phytostanol ester(s) dissolved or dispersed in fish oil.
A refrigerator, comprising: a cabinet, comprising a lowermost storage; a top cover, configured to divide the storage liner into a storage space located above and a cooling space located below; an evaporator, arranged in the cooling space, and configured to cool airflow entering the cooling space to form cooled airflow; and an air supply duct, arranged at an inner side of a rear wall of the storage liner, communicating with the cooling space, and configured to deliver at least part of the cooled airflow into the storage space; wherein the top cover comprises a top cover body and a supporting portion protruding upward from a rear end of the top cover body, a bearing portion protruding forward is formed on a front wall surface of the air supply duct, and the top cover and the air supply duct are arranged such that the supporting portion supports the bearing portion to prevent the air supply duct from falling down, characterized in that the air supply duct comprises an air duct front cover plate and an air duct rear cover plate located at a rear side of the air duct front cover plate, a channel communicating with the cooling space is defined by the air duct front cover plate and the air duct rear cover plate, and the bearing portion is formed on the air duct front cover plate; and the air duct front cover plate and the air duct rear cover plate are fixed through a screw penetrating through a center of the air supply duct. a cabinet, comprising a lowermost storage; a top cover, configured to divide the storage liner into a storage space located above and a cooling space located below; an evaporator, arranged in the cooling space, and configured to cool airflow entering the cooling space to form cooled airflow; and an air supply duct, arranged at an inner side of a rear wall of the storage liner, communicating with the cooling space, and configured to deliver at least part of the cooled airflow into the storage space; wherein the top cover comprises a top cover body and a supporting portion protruding upward from a rear end of the top cover body, a bearing portion protruding forward is formed on a front wall surface of the air supply duct, and the top cover and the air supply duct are arranged such that the supporting portion supports the bearing portion to prevent the air supply duct from falling down, characterized in that the air supply duct comprises an air duct front cover plate and an air duct rear cover plate located at a rear side of the air duct front cover plate, a channel communicating with the cooling space is defined by the air duct front cover plate and the air duct rear cover plate, and the bearing portion is formed on the air duct front cover plate; and the air duct front cover plate and the air duct rear cover plate are fixed through a screw penetrating through a center of the air supply duct.
Apparatus for treating textile fabrics, in particular mats or carpets, wherein the apparatus comprises the following: - a conveying device having a continuous conveying section along which the textile fabrics can be conveyed, - at least one treatment station (14, 15, 16, 17), coupled with the conveying device, for carrying out a treatment process on the textile fabric, and - at least one inspection device (13, 18) for inspecting the conveying device and/or for inspecting textile fabrics situated in the region of the conveying device, - a data processing unit which is coupled by a data link with the inspection device (13, 18) and with the treatment station (14, 15, 16, 17) and which is configured to adjust or to control the treatment station (14, 15, 16, 17) and/or the treatment process to be carried out by the treatment station in dependence on signals of the inspection device (13, 18), wherein the inspection device (13, 18) has a visual inspection device, characterized in that data of at least a position, an orientation and/or a condition of the textile fabrics can be acquired by means of the visual inspection device, and wherein the data processing unit has a pattern recognition unit which is designed to recognize predefined patterns on the textile fabrics and to take these into consideration in a data analysis of data or signals of the visual inspection device. - a conveying device having a continuous conveying section along which the textile fabrics can be conveyed, - at least one treatment station (14, 15, 16, 17), coupled with the conveying device, for carrying out a treatment process on the textile fabric, and - at least one inspection device (13, 18) for inspecting the conveying device and/or for inspecting textile fabrics situated in the region of the conveying device, - a data processing unit which is coupled by a data link with the inspection device (13, 18) and with the treatment station (14, 15, 16, 17) and which is configured to adjust or to control the treatment station (14, 15, 16, 17) and/or the treatment process to be carried out by the treatment station in dependence on signals of the inspection device (13, 18), wherein the inspection device (13, 18) has a visual inspection device,
Sensor for acquiring data, comprising a plurality of sensitive assemblies (2, 2', 2", 2A, 2B) for quantitatively capturing a parameter to be determined, at least one data transmission unit for transmitting acquired data and at least one signal path between the sensitive assemblies (2, 2', 2", 2A, 2B) and the data transmission unit, characterized in that a control logic unit is also included and determines at least one transmission parameter of the data transmission unit on the basis of at least one output variable of the sensitive assemblies (2, 2', 2", 2A, 2B), wherein the control logic unit and/or the data transmission unit has/have means for jointly providing data acquired from output variables of a plurality of sensitive assemblies (2, 2', 2", 2A, 2B) in an output data word, and wherein means are included and make it possible to set the word width which is available in an output data word for providing the data acquired from the output variables of the individual sensitive assemblies (2, 2', 2", 2A, 2B).
An abrasive blade tip for a turbomachine comprising: an additive configured to prevent adhesion of an organic component of an abradable seal onto the abrasive blade tip upon rubbing the abradable seal during operation of the turbomachine, characterised in that said additive is selected from the group consisting of zinc stearate, calcium stearate, magnesium stearate, and lithium fluoride.
A gas turbine stator for aircraft engines, the stator comprising a blade array comprising a plurality of blades constituted by a series of first blades and a series of second blades, said first blades having a different geometry from said second blades; characterized in that: a) said first and second blades are arranged so as to alternate a single first blade with a single second blade for the entire circumference of the stator; b) said blade array is defined by a plurality of sectors (2;13;14), each comprising: i) an inner curved portion next to the inner curved portions of adjacent sectors so as to form an inner annular end-wall; ii) an outer curved portion next to the outer curved portions of adjacent sectors so as to form an outer annular end-wall; iii) at least one of said first blades and at least one of said second blades; c) each said sector (2;13;14) is defined by a body made in one piece. a) said first and second blades are arranged so as to alternate a single first blade with a single second blade for the entire circumference of the stator; b) said blade array is defined by a plurality of sectors (2;13;14), each comprising: i) an inner curved portion next to the inner curved portions of adjacent sectors so as to form an inner annular end-wall; ii) an outer curved portion next to the outer curved portions of adjacent sectors so as to form an outer annular end-wall; iii) at least one of said first blades and at least one of said second blades; i) an inner curved portion next to the inner curved portions of adjacent sectors so as to form an inner annular end-wall; ii) an outer curved portion next to the outer curved portions of adjacent sectors so as to form an outer annular end-wall; iii) at least one of said first blades and at least one of said second blades; c) each said sector (2;13;14) is defined by a body made in one piece.
A security element configured for viewing in incident light and for manufacture of value documents, such as banknotes, checks or the like, the security element comprising an upper side that makes available several micro images, wherein - each of the several micro images is formed to be viewed in incident light through a lens of a lens arrangement arranged thereabove, - each of the several micro images is formed by a micro cavity structure comprising a plurality of micro cavities disposed side by side, wherein - the micro cavities each comprise an extension of 0.5 μm to 3 μm respectively in a spatial direction parallel to the upper side, - the micro cavity structure is optically reflective or highly refractive on its surface, so that at least partial reflection takes place on the surface, and - for each micro image micro cavities of at least a first and a second type are present, which differ with regard to an aspect ratio of the micro cavities, whereby each micro image is structured by the at least two different types of micro cavities, wherein the micro cavities of the first and the second type differ with regard to their backscattering properties. - each of the several micro images is formed to be viewed in incident light through a lens of a lens arrangement arranged thereabove, - each of the several micro images is formed by a micro cavity structure comprising a plurality of micro cavities disposed side by side, wherein - the micro cavities each comprise an extension of 0.5 μm to 3 μm respectively in a spatial direction parallel to the upper side, - the micro cavity structure is optically reflective or highly refractive on its surface, so that at least partial reflection takes place on the surface, and - for each micro image micro cavities of at least a first and a second type are present, which differ with regard to an aspect ratio of the micro cavities, whereby each micro image is structured by the at least two different types of micro cavities, wherein the micro cavities of the first and the second type differ with regard to their backscattering properties.