mhurhangee/ep-ind-claims huggingface dataset:
Means (10; 200; 300) for training for a type of ball sport by at least one player, wherein the means (10; 200; 300) has at least one image projection device (26; 204; 304), at least one image recording device (28; 206; 302) and at least one wall, wherein the wall is adapted to be played against with at least one ball, the image projection device (26; 204; 304) is adapted to project one or more images onto the wall and the image recording device (28; 206; 302) is adapted to record one or more positions of the ball in relation to the projected images (66, 102, 108), wherein the means is adapted to illuminate at least the ball by at least one light source having a wavelength which is detected by the image recording device, wherein the image recording device does not operate in the visible wavelength range, characterised in that the illumination is diffuse and indirect, the light source beaming onto a ceiling region of the means which is arranged plane-parallel to a floor, with reflection taking place on the ceiling region so that the space to be played in is illuminated diffusely and homogeneously with infrared radiation, the image recording device being arranged above the player, with six image projection devices being present, with a light source being present above each image projection device, which light source beams perpendicularly upwards onto the ceiling region.
A storage system for use in factories fabricating boards, especially particle boards, OSB board or MDF boards, the storage system comprising longitudinal rails of the storage and crosswise rails of the storage as well as at least one satellite wagon pair that is arranged to move along longitudinal rails, and at least one main wagon that is arranged to move along the crosswise rails by means of rail wheels installed on the main wagon, the main wagon comprising two longitudinal rail pairs for a satellite wagon pair, characterized in that at the point of at least one crosswise rail the main wagon has at least three rail wheels (12, 12') resting consecutively in the longitudinal direction on the top surface of the rail in question.
Method for producing a filter head from plastic, a threaded metal socket insert being at least partly injected into the filter head, the threaded metal socket insert being designed as a cold extruded part, wherein the filter head has radially extending plastic ribs which are formed integrally with the filter head and radiate from the threaded socket insert and open radially outwards into an axial sealing surface of the filter head which is formed integrally with the filter head, in which - the threaded socket insert is inserted into a complementary cylindrical receptacle of a plastic injection mould, - the threaded socket insert is pushed into the receptacle until it is in contact with an axial sealing surface at a receptacle edge, - a mandrel is pushed through the threaded socket insert until it positively engages in a recess on an opposite wall of a slide of the injection mould, a distance remaining between the threaded socket insert and the wall of the slide, - plastic is injected into the plastic injection mould and presses the threaded socket insert with its axial sealing surface against the receiving edge, - after the plastic has hardened, the mandrel is pulled out, the slide is moved and the filter head is removed from the plastic injection mould. - the threaded socket insert is inserted into a complementary cylindrical receptacle of a plastic injection mould, - the threaded socket insert is pushed into the receptacle until it is in contact with an axial sealing surface at a receptacle edge, - a mandrel is pushed through the threaded socket insert until it positively engages in a recess on an opposite wall of a slide of the injection mould, a distance remaining between the threaded socket insert and the wall of the slide, - plastic is injected into the plastic injection mould and presses the threaded socket insert with its axial sealing surface against the receiving edge, - after the plastic has hardened, the mandrel is pulled out, the slide is moved and the filter head is removed from the plastic injection mould.
A method to determine visceral adipose tissue and/or the ratio of visceral to subcutaneous fat tissue in human subjects below 48 months of age, said method comprising: i) ultrasonographic measuring of fat tissue in the human subject's abdomen, wherein the human subject is scanned longitudinally from the xiphoid process to the navel along the midline (linea alba), ii) taking as the apical reference measure point the point where the slope of the different fat layers, i.e. the subcutaneous fat layer and the preperitoneal fat layer, changes and the different fat layers start to be situated in parallel to each other, iii) measuring the area of preperitoneal fat of 1 cm and/or 2 cm length along the midline, starting from the reference point as described in step 2 in direction of the navel and/or measuring the area of preperitoneal fat between 1 cm and 2 cm along the midline, starting from the reference point as described in step 2 in direction of the navel, wherein in case of determining the ratio of visceral to subcutaneous fat tissue, the ratio of preperitoneal fat and subcutaneous fat is calculated. i) ultrasonographic measuring of fat tissue in the human subject's abdomen, wherein the human subject is scanned longitudinally from the xiphoid process to the navel along the midline (linea alba), ii) taking as the apical reference measure point the point where the slope of the different fat layers, i.e. the subcutaneous fat layer and the preperitoneal fat layer, changes and the different fat layers start to be situated in parallel to each other, iii) measuring the area of preperitoneal fat of 1 cm and/or 2 cm length along the midline, starting from the reference point as described in step 2 in direction of the navel and/or measuring the area of preperitoneal fat between 1 cm and 2 cm along the midline, starting from the reference point as described in step 2 in direction of the navel,
A passenger seat comprising: (a) a forward tracking seat pan assembly comprising: (i) a seat pan pivotally coupled to a seat frame; (ii) a tilting mechanism comprising a fixed component coupled to the seat frame and a variable component coupled to the seat pan, wherein the fixed component and the variable component are engaged with or disengaged from each other via a plurality of interlocking teeth; (b) a seat back pivotally coupled to an aft end of the seat pan assembly; and (c) a lumbar mechanism coupled to the seat back characterised in that the plurality of interlocking teeth are arranged on a planar surface of a mounting plate within each of the fixed component and the variable component and in that the tilting mechanism is configured: to lock the seat pan into position relative to the seat frame when the variable component is engaged with the fixed component; and to permit the seat pan to rotate relative to the fixed component when the variable component is disengaged from the fixed component. (a) a forward tracking seat pan assembly comprising: (i) a seat pan pivotally coupled to a seat frame; (ii) a tilting mechanism comprising a fixed component coupled to the seat frame and a variable component coupled to the seat pan, wherein the fixed component and the variable component are engaged with or disengaged from each other via a plurality of interlocking teeth; (i) a seat pan pivotally coupled to a seat frame; (ii) a tilting mechanism comprising a fixed component coupled to the seat frame and a variable component coupled to the seat pan, wherein the fixed component and the variable component are engaged with or disengaged from each other via a plurality of interlocking teeth; (b) a seat back pivotally coupled to an aft end of the seat pan assembly; and (c) a lumbar mechanism coupled to the seat back to lock the seat pan into position relative to the seat frame when the variable component is engaged with the fixed component; and to permit the seat pan to rotate relative to the fixed component when the variable component is disengaged from the fixed component.
A cathode active material for a lithium secondary battery, comprising: a secondary particle of a nickel-based active material, wherein the secondary particle includes a plurality of primary particles, wherein the secondary particle includes a radial arrangement structure and an irregular porous structure, wherein in the irregular porous structure at least 30% of the primary particles are arbitrarily arranged without being arranged in a center direction of the secondary particle or a direction of ±10° with respect to the center direction, the radial arrangement structure is located closer to a surface of the secondary particle as compared with the irregular porous structure, and a lithium fluoride-based compound is present on a surface of the nickel-based active material. a secondary particle of a nickel-based active material, wherein the secondary particle includes a plurality of primary particles, wherein the secondary particle includes a radial arrangement structure and an irregular porous structure, wherein in the irregular porous structure at least 30% of the primary particles are arbitrarily arranged without being arranged in a center direction of the secondary particle or a direction of ±10° with respect to the center direction, the radial arrangement structure is located closer to a surface of the secondary particle as compared with the irregular porous structure, and a lithium fluoride-based compound is present on a surface of the nickel-based active material.
A method of preparing a scaling surface of a container for application of a seal, which method includes the steps of: (a) heating a lip of a container for more than 5 seconds to increase a temperature of the lip to greater than 180°C, then (b) rinsing the lip with a rinsing fluid, and then (c) drying the lip to establish the sealing surface. (a) heating a lip of a container for more than 5 seconds to increase a temperature of the lip to greater than 180°C, then (b) rinsing the lip with a rinsing fluid, and then (c) drying the lip to establish the sealing surface.
A method of distributing digital content from a content source (102, 104, 106) to a receiving device over a network, comprising: sending an initiating request for digital content, from the receiving device to a session manager (108, 110, 112), wherein the session manager (108, 110, 112) is uniquely associated with the content source (102, 104, 106); sending a resource request for network resources, from the session manager (108, 110, 112) to a policy server, as a result of the initiating request; evaluating and executing one or more policy rules to determine whether or not the resource request should be granted; sending an instruction from the policy server to the session manager (108, 110, 112) instructing the session manager (108, 110, 112) to send digital content to a specific set of network resources; sending receiving information for receiving the digital content to the receiving device; and, sending digital content from the session manager (108, 110, 112) to the network resources. sending an initiating request for digital content, from the receiving device to a session manager (108, 110, 112), wherein the session manager (108, 110, 112) is uniquely associated with the content source (102, 104, 106); sending a resource request for network resources, from the session manager (108, 110, 112) to a policy server, as a result of the initiating request; evaluating and executing one or more policy rules to determine whether or not the resource request should be granted; sending an instruction from the policy server to the session manager (108, 110, 112) instructing the session manager (108, 110, 112) to send digital content to a specific set of network resources; sending receiving information for receiving the digital content to the receiving device; and, sending digital content from the session manager (108, 110, 112) to the network resources.
Method for extracting display data from a computing resource of a computing system, the method comprising • dynamically selecting a display capturing mode among a plurality of display capturing modes based on a relationship between the display capturing mode and one or more characteristics of the display data, said characteristics of the display data comprising an acceleration characteristic of whether at least some display data have been generated by 2D/3D acceleration, or a protection characteristic of whether at least some display data are protected from reading, or a movement characteristic of whether at least some display data are corresponding to still images or to animated images, the display capturing mode extracting display data from a specific computing resource, said computing resource comprising video memory of video adapter, graphic card memory of graphic card or video recorder memory, of the computing system among a plurality of computing resources of the computing system; and • extracting the display data from the specific computing resource, the extracting comprising initiating a read-out of the display data from the specific computing resource according to the selected capturing mode. • dynamically selecting a display capturing mode among a plurality of display capturing modes based on a relationship between the display capturing mode and one or more characteristics of the display data, said characteristics of the display data comprising an acceleration characteristic of whether at least some display data have been generated by 2D/3D acceleration, or a protection characteristic of whether at least some display data are protected from reading, or a movement characteristic of whether at least some display data are corresponding to still images or to animated images, the display capturing mode extracting display data from a specific computing resource, said computing resource comprising video memory of video adapter, graphic card memory of graphic card or video recorder memory, of the computing system among a plurality of computing resources of the computing system; and • extracting the display data from the specific computing resource, the extracting comprising initiating a read-out of the display data from the specific computing resource according to the selected capturing mode.
A method implemented by a computing device for processing math and text in handwriting, comprising: - identifying symbols by performing handwriting recognition on a plurality of strokes of digital ink, wherein the strokes are acquired as online handwriting with temporal information indicative of a temporal order in which the strokes are handwritten relative to each other; - classifying, as a first classification, at least one first symbol from the identified symbols as either a text symbol candidate or a math symbol candidate with a confidence score reaching at least a first threshold by applying individually predefined symbol recognition rules on the symbols; - classifying, as a second classification, at least one second symbol other than said at least one first symbol as either a text symbol candidate or a math symbol candidate with a respective confidence score by applying, on said at least one first symbol and at least one second symbol, predefined spatial syntactic rules defining spatial relationships between said at least one first symbol and said at least one second symbol; - updating or confirming, as a third classification, a result of said second classification by establishing semantic connections between at least two symbols from the identified symbols and comparing said semantic connections with the result of said second classification, wherein said semantic connections define relationships at a semantic level between said at least two symbols; and - recognising each symbol as either text symbol or math symbol based at least on a result of said third classification. - identifying symbols by performing handwriting recognition on a plurality of strokes of digital ink, wherein the strokes are acquired as online handwriting with temporal information indicative of a temporal order in which the strokes are handwritten relative to each other; - classifying, as a first classification, at least one first symbol from the identified symbols as either a text symbol candidate or a math symbol candidate with a confidence score reaching at least a first threshold by applying individually predefined symbol recognition rules on the symbols; - classifying, as a second classification, at least one second symbol other than said at least one first symbol as either a text symbol candidate or a math symbol candidate with a respective confidence score by applying, on said at least one first symbol and at least one second symbol, predefined spatial syntactic rules defining spatial relationships between said at least one first symbol and said at least one second symbol; - updating or confirming, as a third classification, a result of said second classification by establishing semantic connections between at least two symbols from the identified symbols and comparing said semantic connections with the result of said second classification, wherein said semantic connections define relationships at a semantic level between said at least two symbols; and - recognising each symbol as either text symbol or math symbol based at least on a result of said third classification.
A winch system with a storage subsystem and a traction subsystem, said traction subsystem comprising a traction drum assembly with a traction drum for extending or retracting an external load mass rope or cable in operation, and said storage subsystem comprising a storage drum for storing said external load mass rope or cable that is fed in operation from said traction drum or for delivering said external load mass rope or cable in operation to said traction drum, wherein said storage drum and said traction drum are interconnected by means of a connecting portion of said external load mass rope or cable that is arranged between said storage drum and said traction drum, and wherein said traction drum and said storage drum are adapted to be driven in operation such that a current rope or cable tension of said connecting portion of said external load mass rope or cable is comprised in a predetermined interval of tension values so that sagging of the connecting portion is avoided, characterized in that said storage drum is axially moveable by means of a diamond screw in operation such that said connecting portion of said external load mass rope or cable is arranged stationary between said storage drum and said traction drum.
Electrical household heating food-preparation appliance comprising a top portion, a working vessel, an electrical heating device for heating foods contained in the working vessel, a steamer basket disposed in the working vessel, a hub, a drive device for rotating the hub disposed in the working vessel about an axis of rotation, at least two rotary working tools, the hub comprising a drive portion provided to rotate one of the rotary working tools mounted on the hub under the steamer basket, the hub passing through the steamer basket, the hub having a receiving portion extending into the steamer basket, at least one other of the rotary working tools being capable of being mounted on the receiving portion when the top portion closes the working vessel, characterised in that said at least two rotary working tools are interchangeable, and in that the receiving portion has no drive member which can rotate said rotary working tool.
Cutting trolley with a frame structure and at least two rear wheels (30, 31) on at least one rear shaft and at least one front wheel, for a cutter of the type including a circular cutting blade in a front end of the cutter, and a front handle and a rear handle, and the trolley also includes a cutter carrier, said cutter carrier including a front attachment device and a rear attachment device for the attachment of the cutter on the carrier via said front handle and said rear handle, respectively, for trolley carried operation of the cutter, characterized in that an adjustment means, being part of a displacement device (46, 49, 50, 51), can adjust the position of the cutter carrier and hence the cutter and the cutting blade for alignment control and/or curve cutting adjustment, such that the adjustment is possible without interrupting the cutting operation.
Use of a polypeptide having DNase activity for preventing, reducing or removing a biofilm from an item, wherein the polypeptide is obtained from a fungal source and the item is a textile.
An organic thin film transistor comprising: a gate electrode (150, 150'); a gate insulator layer (140, 140') arranged to insulate the gate electrode; an organic semiconductor layer (130, 130') contacting the gate insulator layer; and source and drain electrodes (100, 100') contacting the organic semiconductor layer, at least one of the source and drain electrodes including an ohmic contact layer (120, 120') made of an inorganic material contacting the organic semiconductor layer and a conductive electrode layer (110, 110') arranged to contact the inorganic layer, characterised in that the inorganic layer is doped with an impurity and the inorganic material includes at least one of silicon, compounds containing silicon, or germanium. a gate electrode (150, 150'); a gate insulator layer (140, 140') arranged to insulate the gate electrode; an organic semiconductor layer (130, 130') contacting the gate insulator layer; and source and drain electrodes (100, 100') contacting the organic semiconductor layer, at least one of the source and drain electrodes including an ohmic contact layer (120, 120') made of an inorganic material contacting the organic semiconductor layer and a conductive electrode layer (110, 110') arranged to contact the inorganic layer, characterised in that the inorganic layer is doped with an impurity and the inorganic material includes at least one of silicon, compounds containing silicon, or germanium.
A collapsible rack for farm animals such as livestock, comprising a chassis having a frame carrying a floor structure configured to receive fodder for animals, legs fixed to the chassis in a retractable manner, and at least two collapsible elements fixed on two opposite sides of said chassis, each collapsible element comprising two posts and an openwork barrier structure extending between and being carried by the two posts, the two posts of each collapsible element each being fixed to the chassis by means of a hinged connection, such that the collapsible elements are movable between an unfolded position allowing the passage of the head of the animals through the barrier, and a folded position in which the collapsible elements are folded on an upper face of the floor structure, the collapsible elements being side elements, the rack further comprising a rear barrier and a front barrier disposed between the side elements when they are in the unfolded position, and fixed to the posts of said side elements.