mhurhangee/ep-ind-claims huggingface dataset:
A silicon purification device, characterized in that it comprises: - means (15,3) for supplying liquid silicon, - at least one inclined flow plate supplied with the liquid silicon, each flow plate including a path for the liquid silicon flow, the path comprising several changes of direction, and - means (11,10) for supplying on each flow plate a gas for evacuating silicon impurities counter to the liquid silicon flow, so that the path is overall perpendicular to the gas flow, allowing a friction of the gas inducing a vortex in the liquid silicon, and thus increasing the transport of the impurities from the liquid silicon to the gas. - means (15,3) for supplying liquid silicon, - at least one inclined flow plate supplied with the liquid silicon, each flow plate including a path for the liquid silicon flow, the path comprising several changes of direction, and - means (11,10) for supplying on each flow plate a gas for evacuating silicon impurities counter to the liquid silicon flow, so that the path is overall perpendicular to the gas flow, allowing a friction of the gas inducing a vortex in the liquid silicon, and thus increasing the transport of the impurities from the liquid silicon to the gas.
A prosthetic heart valve comprising: an annularly collapsible and re-expandable supporting structure; and a sheet-like, flexible, leaflet member mounted inside the supporting structure so that a free edge portion of the leaflet forms a flexible chord across an interior of the supporting structure, material of the leaflet beyond an end of the chord forming a flap that is folded over a folding line to lie, at least in part, in a cylindrical surface defined by one of the inner and outer surface of the supporting structure, characterized in that the leaflet has a secured line portion which is spaced from the free edge portion across an intervening belly portion of the leaflet, the secured line portion being secured to the supporting structure, and additional material of the leaflet beyond the secured line portion away from the belly portion forming a second flap that is folded over the secured line portion to lie, at least in part, in a cylindrical surface defined by one of the inner and outer surfaces of the supporting structure, a triangular cut-out section separating first flap and second flap, wherein the second flap extends from the free edge portion and is secured to the supporting structure inside the supporting structure, and continues beyond an axial end of the supporting structure and is additionally folded over that axial end and back outside of the supporting structure for additional securement to the outside of the supporting structure. an annularly collapsible and re-expandable supporting structure; and a sheet-like, flexible, leaflet member mounted inside the supporting structure so that a free edge portion of the leaflet forms a flexible chord across an interior of the supporting structure, material of the leaflet beyond an end of the chord forming a flap that is folded over a folding line to lie, at least in part, in a cylindrical surface defined by one of the inner and outer surface of the supporting structure, characterized in that the leaflet has a secured line portion which is spaced from the free edge portion across an intervening belly portion of the leaflet, the secured line portion being secured to the supporting structure, and additional material of the leaflet beyond the secured line portion away from the belly portion forming a second flap that is folded over the secured line portion to lie, at least in part, in a cylindrical surface defined by one of the inner and outer surfaces of the supporting structure, a triangular cut-out section separating first flap and second flap, wherein the second flap extends from the free edge portion and is secured to the supporting structure inside the supporting structure, and continues beyond an axial end of the supporting structure and is additionally folded over that axial end and back outside of the supporting structure for additional securement to the outside of the supporting structure.
Household refrigeration appliance with at least one storage unit (10a; 10b; 10c) and with at least one holding unit (12a; 12b; 12c), which is provided to hold the storage unit (10a; 10b; 10c) in at least one operating state, in which the storage unit (10a; 10b; 10c) is present in its entirety in an appliance carcass, wherein in the operating state the holding unit (12a; 12b; 12c) is provided to hold the storage unit (10a; 10b; 10c) as a maximum in an edge region (16a; 16b; 16c) of the storage unit (10a; 10b; 10c), the extension of said edge region (16a; 16b; 16c) corresponding, in at least one direction perpendicular to a direction of a torque that results during holding, to maximum 30% of the extension of the storage unit (10a; 10b; 10c) along said direction, wherein the holding unit (12a; 12b; 12c) is arranged in a rear region of the appliance carcass (14a; 14b), wherein the holding unit (12a; 12b; 12c) has at least one holding profile (20a; 20b) with at least one holding recess (22a; 22b), into which at least part of the edge region (16a; 16b; 16c) can be inserted, characterised in that the storage unit (10a; 10b; 10c) is embodied as a shelf (28a; 28b) and that the shelf (28a; 28b) is embodied to be frameless and at least partially transparent and/or at least partially translucent.
A sanitary napkin characterized by: a topsheet having a body-facing side and comprising from 10 to 50 discrete tufts of fibrous material per square centimeter; a semi solid lotion composition applied to at least a portion of said body-facing side of said topsheet, and an absorbent core in fluid communication with said topsheet, said absorbent core having an average thickness of less than about 10 mm, and a free absorbent capacity of from about 4 to about 125 grams per gram wherein said absorbent core is an HIPE foam.. a topsheet having a body-facing side and comprising from 10 to 50 discrete tufts of fibrous material per square centimeter; a semi solid lotion composition applied to at least a portion of said body-facing side of said topsheet, and an absorbent core in fluid communication with said topsheet, said absorbent core having an average thickness of less than about 10 mm, and a free absorbent capacity of from about 4 to about 125 grams per gram wherein said absorbent core is an HIPE foam..
A gear wheel with helical toothing, which is composed of segments, wherein each segment has a toothing portion which has helical toothing, wherein the toothing portion is connected to a holding portion, wherein the toothing portion has at its end regions arranged in the circumferential direction in each case a first boundary surface facing the adjacent segment, which boundary surface runs parallel to a tooth space of the toothing.
Sample container for a liquid to be tested, having display means for at least one property of the liquid, wherein at least one display carrier having display means is included and fastened in the inner space thereof and the sample container is formed from a transparent material at least in one wall region, such that the at least one display means is visible through this wall region, characterised in that the display carrier is formed to be flat and bowl-shaped and is welded to the base wall of the sample container and a test strip with test fields is provided as a display means and this is used among several strip holders which are formed on the peripheral wall of the display carrier as ribs and end freely.
Digital surveillance camera for outdoor use, comprising heat sources and a housing which has a transparent lens protection hood on the said housing and has a vapour-permeable diaphragm and also has a gas communication path from the lens protection hood to the vapour-permeable diaphragm, wherein the housing is constructed with a lower shell and an upper shell, the vapour-permeable diaphragm is arranged on the lower housing shell, and the transparent lens protection hood merges in a gas-tight manner with the upper housing shell, so that the said transparent lens protection hood forms an enclosed space with the said upper housing shell, wherein holes (5a1, 5a2) are provided from the lens protection hood to the housing interior as gas communication openings and a printed circuit board is provided in the housing interior, wherein the printed circuit board has electrical loads, in particular a processor and/or interfaces for network connection, as heat sources in the housing interior, and also has a number of passage holes which, for their part, permit gas to pass from the holes (5a1, 5a2) to the diaphragm, so that the gas path between the housing interior and the lens protection hood leads to the vapour-permeable diaphragm through the holes (5a1, 5a2) and the passage holes, so that the gas communication path between housing parts which otherwise allow at best a low level of gas exchange is formed by bores and/or passage holes.
An apparatus that is wearable on a user's wrist for counting steps, the apparatus comprising: an acceleration sensor configured to detect a plurality of acceleration signals corresponding to a plurality of axial directions; a controller configured to detect a plurality of wrist step feature points that correspond to wrist steps in the plurality of acceleration signals, detect time periods between the plurality of wrist step feature points, select an acceleration signal among the plurality of acceleration signals based on a standard deviation of the time periods, and determine wrist steps based on the selected acceleration signal; and a display configured to display the determined wrist steps. an acceleration sensor configured to detect a plurality of acceleration signals corresponding to a plurality of axial directions; a controller configured to detect a plurality of wrist step feature points that correspond to wrist steps in the plurality of acceleration signals, detect time periods between the plurality of wrist step feature points, select an acceleration signal among the plurality of acceleration signals based on a standard deviation of the time periods, and determine wrist steps based on the selected acceleration signal; and a display configured to display the determined wrist steps.
An organic light-emitting diode (OLED) device including a switching transistor of a pixel, the OLED device comprising: a substrate; a data line to provide a data voltage to the pixel and disposed on the substrate; a buffer insulating film to cover the data line and disposed on the substrate; an active layer of the switching transistor disposed on the buffer insulating film; a gate insulating film disposed on at least a portion of the buffer insulating film, the gate insulating film also being disposed on at least a portion of the active layer; a gate electrode of the switching transistor disposed on the gate insulating film and overlapping a channel region of the active layer of the switching transistor; and a first connecting pattern disposed on the gate insulating film, the first connecting pattern connected to the data line via a first connecting contact hole through the gate insulating film and the buffer insulating film, and the first connecting pattern connected to the active layer via a second connecting contact hole through the gate insulating film, the first connecting pattern having a same material as the gate electrode, wherein the active layer of the switching transistor is connected to the data line through the first connecting pattern and the first and second connecting contact holes. a substrate; a data line to provide a data voltage to the pixel and disposed on the substrate; a buffer insulating film to cover the data line and disposed on the substrate; an active layer of the switching transistor disposed on the buffer insulating film; a gate insulating film disposed on at least a portion of the buffer insulating film, the gate insulating film also being disposed on at least a portion of the active layer; a gate electrode of the switching transistor disposed on the gate insulating film and overlapping a channel region of the active layer of the switching transistor; and a first connecting pattern disposed on the gate insulating film, the first connecting pattern connected to the data line via a first connecting contact hole through the gate insulating film and the buffer insulating film, and the first connecting pattern connected to the active layer via a second connecting contact hole through the gate insulating film, the first connecting pattern having a same material as the gate electrode, wherein the active layer of the switching transistor is connected to the data line through the first connecting pattern and the first and second connecting contact holes.
High water soluble, amorphous dehydrated product, obtained by fermenting wheat germ in aqueous medium in the presence of microorganisms of the Saccharomyces genus, forming amorphous crystal structure by lyophilizing in the presence of 0.1-5 % (w/w) taste-improving/flavouring agents, 0-20 % (w/w) surfactant, and 0-60 % (w/w) other auxiliary materials commonly used in drug manufacturing.
Stator component of a turbomachine, substantially comprising at least one axial outer ring and an inner ring, wherein the outer ring serves as a holder of an inner ring consisting of partial segments, wherein the partial segments are arranged against one another such that, in installed state, they form the inner ring as a circular inner ring, wherein the partial segments consist of one of the following materials: i) a material which is gradually built up at least in the radial direction, ii) a material which is formed at least in the radial direction from several part bodies constructed from different materials, and, depending on the load regions of the turbomachine, the partial segments are heated during operation of the turbomachine so that a temperature gradient is formed radially from inside to outside, wherein the material layering in the partial segments is selected such that the materials lying on the inside have a lower expansion coefficient than those on the outside, so that the compressive stress resulting from expansion of the partial segments, in the circumferential direction between partial segments of the inner ring, assumes a predetermined stress gradient, and wherein the partial segments have internal flow channels through which a coolant can flow. wherein the partial segments consist of one of the following materials: i) a material which is gradually built up at least in the radial direction, ii) a material which is formed at least in the radial direction from several part bodies constructed from different materials, i) a material which is gradually built up at least in the radial direction, ii) a material which is formed at least in the radial direction from several part bodies constructed from different materials, and, depending on the load regions of the turbomachine, the partial segments are heated during operation of the turbomachine so that a temperature gradient is formed radially from inside to outside, wherein the material layering in the partial segments is selected such that the materials lying on the inside have a lower expansion coefficient than those on the outside, so that the compressive stress resulting from expansion of the partial segments, in the circumferential direction between partial segments of the inner ring, assumes a predetermined stress gradient, and wherein the partial segments have internal flow channels through which a coolant can flow.
An occlusive device suitable for endovascular treatment of an aneurysm in a region of a parent vessel in a patient, comprising: a structure having pre-established pore features and having dimensions suitable for insertion into vasculature of the patient to reach the region of the aneurysm in the parent vessel; and a frangible material within the pore features to generate: a first condition for the pore features which initially provides a substantial barrier to flow through the frangible material and, for at least a majority of the pore features, is capable of at least one of localized rupturing and localized eroding, in the presence of a localized pressure differential arising at an ostium of a perforator vessel communicating with the parent vessel to generate, within an acute time period, a second condition for pore features experiencing the localized pressure differential to minimize ischemia downstream of the perforator vessel and allow increased blood flow, characterised in that in each of the first and second conditions the frangible material within the pore features takes the form of a frangible substance being off-set to one side of each of the respective pore features. a structure having pre-established pore features and having dimensions suitable for insertion into vasculature of the patient to reach the region of the aneurysm in the parent vessel; and a frangible material within the pore features to generate: a first condition for the pore features which initially provides a substantial barrier to flow through the frangible material and, for at least a majority of the pore features, is capable of at least one of localized rupturing and localized eroding, in the presence of a localized pressure differential arising at an ostium of a perforator vessel communicating with the parent vessel to generate, within an acute time period, a second condition for pore features experiencing the localized pressure differential to minimize ischemia downstream of the perforator vessel and allow increased blood flow, characterised in that in each of the first and second conditions the frangible material within the pore features takes the form of a frangible substance being off-set to one side of each of the respective pore features. a first condition for the pore features which initially provides a substantial barrier to flow through the frangible material and, for at least a majority of the pore features, is capable of at least one of localized rupturing and localized eroding, in the presence of a localized pressure differential arising at an ostium of a perforator vessel communicating with the parent vessel to generate, within an acute time period, a second condition for pore features experiencing the localized pressure differential to minimize ischemia downstream of the perforator vessel and allow increased blood flow, characterised in that in each of the first and second conditions the frangible material within the pore features takes the form of a frangible substance being off-set to one side of each of the respective pore features.
An apparatus for separating solids from solids laden drilling fluid and sizing the solids, the apparatus comprising a basket, a vibratory mechanism, a first screen deck and a second screen deck mounted below said first screen deck wherein the first screen deck is arranged at an uphill angle from a feed end to a discharge end of the basket, the first screen deck comprising a weir, such that upon a pond forming on said first screen deck and reaching a predetermined depth, solids laden drilling fluid discharge over said weir on to said second screen deck to provide a parallel mode of operation, characterized in that a directing device for selecting a parallel or series mode of operation is provided in which flow of solids laden drilling fluid is directed on to the first screen deck and then drilling fluid screened thereby is directed on to said second screen deck wherein a flow tray is arranged between said first screen deck and said second screen deck, wherein the directing device comprises for selecting parallel or series mode of operation a moveable diverter tray and said flow tray.
A mobile electronic device (100, 200, 302, 400, 500) including a primary electronic display (102, 204, 304, 412, 510), a processor (202, 402, 502) in communication with the primary electronic display (102, 204, 304, 412, 510), an operating system (210, 404, 514) that executes on the processor (202, 402, 502) and is configured to control operations of the primary display, and a secondary electronic display (104, 206, 306, 414, 512) in communication with the processor (202, 402, 502), the processor (202, 402, 502) executing a software program and self-checking software instructions (212, 406, 516, 517) that, in the event of an execution error of a software program or hardware component, causes at least one message (426, 522) inclusive of information to assist a user with a debugging process to be displayed on the secondary electronic display (104, 206, 306, 414, 512), the secondary display (104, 206, 306, 414, 512) being (i) configured to operate independent of the operating system (210, 404, 514) being executed by the processor (202, 402, 502) and limited to being responsive to debug software code (212, 406, 516, 517) that is being executed by the processor (202, 402, 502), or (ii) additionally to (i) being, configured to interact with the operating system (210, 404, 514) when the mobile device (100, 200, 302, 400, 500) is not operating in a debug mode. (i) configured to operate independent of the operating system (210, 404, 514) being executed by the processor (202, 402, 502) and limited to being responsive to debug software code (212, 406, 516, 517) that is being executed by the processor (202, 402, 502), or (ii) additionally to (i) being, configured to interact with the operating system (210, 404, 514) when the mobile device (100, 200, 302, 400, 500) is not operating in a debug mode.
An electronic assembly, in particular for motor vehicle doors or motor vehicle flaps, having: a detection apparatus for keyless access to the vehicle, a container for arranging the detection device, wherein the container has a plug connector receptacle, potting compound arranged inside the container to protect the detection apparatus from environmental influences and improve performance, a plug connector for the feedthrough of electrical conductors from the inside to the outside of the container, wherein the plug connector has at least one electrical conductor for coupling a lighting device and/or a vehicle-side controller with the detection apparatus and a base body for receiving the electrical conductor, wherein the base body is produced in a plastic encapsulation process of the electrical conductor, wherein the plug connector can be arranged in the plug connector receptacle of the container, wherein the plug connector and/or the plug connector receptacle includes a sealing means, characterized in that at least one fastening means for the detection apparatus is provided on the base body of the plug connector, in particular in the form of at least one locking hook. a detection apparatus for keyless access to the vehicle, a container for arranging the detection device, wherein the container has a plug connector receptacle, potting compound arranged inside the container to protect the detection apparatus from environmental influences and improve performance, a plug connector for the feedthrough of electrical conductors from the inside to the outside of the container, wherein the plug connector has at least one electrical conductor for coupling a lighting device and/or a vehicle-side controller with the detection apparatus and a base body for receiving the electrical conductor, wherein the base body is produced in a plastic encapsulation process of the electrical conductor, wherein the plug connector can be arranged in the plug connector receptacle of the container, wherein the plug connector and/or the plug connector receptacle includes a sealing means, characterized in that at least one fastening means for the detection apparatus is provided on the base body of the plug connector, in particular in the form of at least one locking hook.