mhurhangee/ep-ind-claims huggingface dataset:
A transducer comprising: a membrane; a back-plate comprising an opening, a convex portion comprising an extension of the back-plate extending into the opening, wherein the convex portion is curved toward the membrane; and a spacer between the membrane and the back-plate, wherein the membrane is arranged to be movable relative to the back-plate and may touch tips of the convex portion. a membrane; a back-plate comprising an opening, a convex portion comprising an extension of the back-plate extending into the opening, wherein the convex portion is curved toward the membrane; and a spacer between the membrane and the back-plate, wherein the membrane is arranged to be movable relative to the back-plate and may touch tips of the convex portion.
Filling device, in particular for a weighing device, comprising a transport surface (V, D, VB), which is supplied with products by a feeding device, at least one 3D sensor for detecting and forwarding product occupation information on the transport surface (V, D, VB) and/or the feeding device, and a control device and an evaluation unit, wherein the at least one §d-sensor is adapted to capture at least a partial area of the transport surface (V, D) or of the feeding device, and the filling device is designed to virtually divide the surface detected by the at least one 3D-sensor into a plurality of sectors in order to assign the product occupation information to one sector and to virtually divide it into several zones and to determine at least one measuring point on the transport surface (V, D, VB) and/or the feeding device, characterized in that the filling device is further adapted to measure a distance to the measuring point as well as a respective angle of incidence under which the measuring point of the captured surface is measured, and wherein the filling device is adapted to perform a division into sectors and zones also dynamically in dependence on at least one influencing variable. a transport surface (V, D, VB), which is supplied with products by a feeding device, at least one 3D sensor for detecting and forwarding product occupation information on the transport surface (V, D, VB) and/or the feeding device, and a control device and an evaluation unit, wherein the at least one §d-sensor is adapted to capture at least a partial area of the transport surface (V, D) or of the feeding device, and the filling device is designed to virtually divide the surface detected by the at least one 3D-sensor into a plurality of sectors in order to assign the product occupation information to one sector and to virtually divide it into several zones and to determine at least one measuring point on the transport surface (V, D, VB) and/or the feeding device, characterized in that the filling device is further adapted to measure a distance to the measuring point as well as a respective angle of incidence under which the measuring point of the captured surface is measured, and wherein the filling device is adapted to perform a division into sectors and zones also dynamically in dependence on at least one influencing variable.
A method for obtaining a betalain pigment composition from red beet plants comprising the following steps: a. (i): foliar spraying red beet plants with an ethylene-generating compound; b. (ii): harvesting the red beet plants sprayed in step (i); and c. (iii): isolating betalains from the red beet plants harvested in step (ii) and thereby obtaining the betalain pigment composition. a. (i): foliar spraying red beet plants with an ethylene-generating compound; b. (ii): harvesting the red beet plants sprayed in step (i); and c. (iii): isolating betalains from the red beet plants harvested in step (ii) and thereby obtaining the betalain pigment composition.
Pocket filter, including at least one filter bag and at least two crossbars, wherein the filter bag is attached to the crossbars, wherein at least two longitudinal bars are provided arranged parallel to one another, and wherein the crossbars run between the longitudinal bars and are attached to the longitudinal bars, characterized in that the longitudinal bars and the crossbars each include two basic profiles form fit together in their longitudinal direction, that the crossbars and the longitudinal bars have an identical cross section, and that the profile shape of both basic profiles is identical for forming a longitudinal bar or a crossbar.
A scrolling method of a mobile terminal comprising: displaying a plurality of items of a list of items in first sizes on a display screen of the mobile terminal; while a top item of the plurality of items displayed on the display screen is the first item of the list of items, receiving a touch input for scrolling the plurality of items on the display screen in a downward direction corresponding to a downward direction of the touch input; in response to the touch input for scrolling, increasing display sizes of at least two neighboring items including the top item of the plurality of items from the first sizes to second sizes while keeping an upper edge of the top item fixed at a location on the display screen; and in response to a release of the touch input, restoring the display sizes of the at least two neighboring items on the display screen to display the at least two neighboring items in the first sizes. displaying a plurality of items of a list of items in first sizes on a display screen of the mobile terminal; while a top item of the plurality of items displayed on the display screen is the first item of the list of items, receiving a touch input for scrolling the plurality of items on the display screen in a downward direction corresponding to a downward direction of the touch input; in response to the touch input for scrolling, increasing display sizes of at least two neighboring items including the top item of the plurality of items from the first sizes to second sizes while keeping an upper edge of the top item fixed at a location on the display screen; and in response to a release of the touch input, restoring the display sizes of the at least two neighboring items on the display screen to display the at least two neighboring items in the first sizes.
A chemical foaming agent comprising the following compound shown as structure: and optionally one or more of the following compounds shown as structures, and through: where Ts is a p-toluenesulfonyl group.
A surface-modified nanoparticle comprising: a nanoparticle having a core and an external surface; a plurality of amphiphilic block copolymers on the external surface, wherein the block copolymer comprises a polyalkylene glycol-poly(alkylene sulfide) block copolymer or a first block that is a reversible addition fragmentation chain transfer agent (RAFT-CTA) and a second block that is a polyalkylene glycol. a nanoparticle having a core and an external surface; a plurality of amphiphilic block copolymers on the external surface, wherein the block copolymer comprises a polyalkylene glycol-poly(alkylene sulfide) block copolymer or a first block that is a reversible addition fragmentation chain transfer agent (RAFT-CTA) and a second block that is a polyalkylene glycol.
A device selection structure for selecting one or more devices, comprising: a plurality of devices (21;...; 24) each having an input port and an output port; and a device module including a movement plate installed movably in conjunction with the plurality of devices (21;...; 24), an input connector, and an output connector wherein the input and output ports (212; 214) of the plurality of devices (21;...; 24) and the input connector and output connector of the device module are installed so that during movement of the movement plate, the input and output ports of the plurality of devices (21;...; 24) are sequentially connected, at predetermined positions, to the input connector and output connector of the device module, wherein the devices are filters, wherein the filters (21;...; 24) are designed so as to have different pass bands, characterized in that the plurality of filters (21;...; 24) are installed on the movement plate where the input ports and the output ports are configured such that they move in the same trajectory during rotation of the movement plate. a plurality of devices (21;...; 24) each having an input port and an output port; and a device module including a movement plate installed movably in conjunction with the plurality of devices (21;...; 24), an input connector, and an output connector wherein the input and output ports (212; 214) of the plurality of devices (21;...; 24) and the input connector and output connector of the device module are installed so that during movement of the movement plate, the input and output ports of the plurality of devices (21;...; 24) are sequentially connected, at predetermined positions, to the input connector and output connector of the device module, wherein the devices are filters, wherein the filters (21;...; 24) are designed so as to have different pass bands, characterized in that the plurality of filters (21;...; 24) are installed on the movement plate where the input ports and the output ports are configured such that they move in the same trajectory during rotation of the movement plate.
Machine for producing a multilayer fibrous web, in particular a board web, having a forming area for forming the multilayer fibrous web, comprising at least two layer forming areas (I, II, III) for forming the fibrous web layers, and having a pressing area following the forming area, a dewatering unit having a pressing zone, through which a fibrous web layer from a layer forming area can be led lying between a circulating, permeable belt (4, 4.1, 6.1) and a circulating, permeable supporting belt (3, 6, 6.1), being provided for the dewatering in the forming area, characterized in that the pressing zone is formed in such a way that a fluid can flow through the permeable belt (4, 4.1, 6.1), the one fibrous web layer and the permeable supporting belt (3, 6, 6.1), at least over part of the length of the pressing zone, and the pressing zone is formed by a permeable pressing element and a permeable mating element.
A portable ball net post includes an adjustable base, and ball net lacing bars mounted on the base and adjustable in angle and height, wherein the base includes telescopic lacing bars and two support receptacles, both ends of each telescopic lacing bar are respectively connected to the support receptacles, a number of snap-fit fixing bases are installed surrounding the telescopic lacing bars by connection sleeves (41,43), and on each connection sleeve is provided a telescopic positioning assembly for controlling the stretching length of corresponding telescopic lacing bar; on the upper end surface of each snap-fit fixing base are provided net lacing bar clamping grooves for clamping the ball net lacing bars when retracted, on the lower end surface of each snap-fit fixing base is provided several racket clamping grooves, the ball net lacing bars are mounted on the support receptacles by a rotation positioning and angle adjusting structure, and the rotation positioning and angle adjusting structures are used for controlling the rotation and opening angle of ball net lacing bars.
Roof-covering system for fastening roof modules (4, 6) which are arranged in imbricated formation on a pitched roof and serve as a roof covering, having a number of longitudinal rails, which are oriented in the drainage direction, having a clamping device for fastening frameless roof modules (4, 6) on the longitudinal rails with clamping action, and having transverse rails, which are oriented perpendicularly to the longitudinal rails, characterized in that the longitudinal rails are fitted in the transverse rails in a form-fitting manner and such that they can be displaced in the transverse direction.
A method of generating a digitally stained microscopic image of a label-free sample comprising: training a deep neural network that is executed by image processing software using one or more processors of a computing device, wherein the deep neural network is trained with a plurality of matched pairs of chemically stained images or image patches and their corresponding autofluorescence images or image patches of the same sample and wherein the matched pairs are subject to global registration process based on extracted feature vectors and their corresponding locations from the matched pairs and a subsequent local registration process (71, 68) that learns, using a neural network, the color mapping between the globally registered matched pairs followed by local feature registration which matches local features of the matched pairs; obtaining one or more autofluorescence images of the sample using a fluorescence microscope and one or more excitation light sources and one or more emission filters, wherein fluorescent light is emitted from endogenous fluorophores or other endogenous emitters of frequency-shifted light within the sample; inputting the one or more autofluorescence images of the sample to the trained, deep neural network; and the trained, deep neural network outputting the digitally stained microscopic image of the sample that is substantially equivalent to a corresponding brightfield image of the same sample that has been chemically stained. training a deep neural network that is executed by image processing software using one or more processors of a computing device, wherein the deep neural network is trained with a plurality of matched pairs of chemically stained images or image patches and their corresponding autofluorescence images or image patches of the same sample and wherein the matched pairs are subject to global registration process based on extracted feature vectors and their corresponding locations from the matched pairs and a subsequent local registration process (71, 68) that learns, using a neural network, the color mapping between the globally registered matched pairs followed by local feature registration which matches local features of the matched pairs; obtaining one or more autofluorescence images of the sample using a fluorescence microscope and one or more excitation light sources and one or more emission filters, wherein fluorescent light is emitted from endogenous fluorophores or other endogenous emitters of frequency-shifted light within the sample; inputting the one or more autofluorescence images of the sample to the trained, deep neural network; and the trained, deep neural network outputting the digitally stained microscopic image of the sample that is substantially equivalent to a corresponding brightfield image of the same sample that has been chemically stained.
Moisture-curing polyurethane composition comprising (i) at least one linear polymer P1 containing isocyanate groups and having an NCO content in the range from 0.3% to 3.3% by weight, obtained from the reaction of at least one monomeric aromatic diisocyanate and a polyether diol having an OH number in the range from 5 to 37 mg KOH/g, (ii) at least one branched polymer P2 containing isocyanate groups and having an NCO content in the range from 1% to 10% by weight, obtained from the reaction of at least one monomeric aromatic diisocyanate and at least one polyether triol having an average OH functionality in the region of at least 2.2 and an OH number in the range from 16 to 380 mg KOH/g, (iii) and a content of plasticizers of not more than 15% by weight, based on the overall composition, characterized in that polymer P1 and polymer P2 are present in a weight ratio in the range from 80/20 to 95/5. (i) at least one linear polymer P1 containing isocyanate groups and having an NCO content in the range from 0.3% to 3.3% by weight, obtained from the reaction of at least one monomeric aromatic diisocyanate and a polyether diol having an OH number in the range from 5 to 37 mg KOH/g, (ii) at least one branched polymer P2 containing isocyanate groups and having an NCO content in the range from 1% to 10% by weight, obtained from the reaction of at least one monomeric aromatic diisocyanate and at least one polyether triol having an average OH functionality in the region of at least 2.2 and an OH number in the range from 16 to 380 mg KOH/g, (iii) and a content of plasticizers of not more than 15% by weight, based on the overall composition, characterized in that polymer P1 and polymer P2 are present in a weight ratio in the range from 80/20 to 95/5.
A bicycle crank arm, comprising: a support member including: a first end sized and shaped to receive a pedal, a second end opposite the first end, the second end sized and shaped to receive a spindle, and a middle portion extending between the first and second ends (12, 14), the middle portion including at least one recess; an insert disposed in the recess; and an outer shell covering the support member and insert, the outer shell made of fiber reinforced composite; characterized in that the support member and insert form a subassembly which is overwrapped with the outer shell. a support member including: a first end sized and shaped to receive a pedal, a second end opposite the first end, the second end sized and shaped to receive a spindle, and a middle portion extending between the first and second ends (12, 14), the middle portion including at least one recess; a first end sized and shaped to receive a pedal, a second end opposite the first end, the second end sized and shaped to receive a spindle, and a middle portion extending between the first and second ends (12, 14), the middle portion including at least one recess; an insert disposed in the recess; and an outer shell covering the support member and insert,
A coating composition substantially free of bisphenol A that can be applied by spraying, rolling, dipping or flow coating to a substrate used to hold, touch or contact food or beverage, the coating composition comprising a non-bisphenol A based film forming resin and an adhesion promoter composition, wherein the adhesion promoter composition is prepared by a method comprising: i) mixing an epoxidized resin and a solvent to form a mixture; ii) adding a phosphoric acid compound to the resulting mixture to form a phosphate ester; iii) adding water to partially hydrolyze the phosphate ester; and iv) adding a neutralizer to form the adhesion promoter resin. i) mixing an epoxidized resin and a solvent to form a mixture; ii) adding a phosphoric acid compound to the resulting mixture to form a phosphate ester; iii) adding water to partially hydrolyze the phosphate ester; and iv) adding a neutralizer to form the adhesion promoter resin.
Transverse guidance system for adaptive automated transverse guidance of a vehicle, comprising - a lane detection system, which detects a lane, - a vehicle position detection system, which detects the current vehicle position relative to the lane, - a controller system, which determines a control deviation and, from the latter, an actuating signal from the current vehicle position relative to the lane and a target vehicle position relative to the lane, - a steering actuator, to which the controller system applies the actuating signal such that the current vehicle position is controlled to the target vehicle position, - the controller system containing at least two controllers or at least one controller with at least two parameter sets, the control characteristics produced respectively by the controllers or respectively by the parameter sets being different, - a controller selection system being provided which, with the aid of auxiliary devices (17.1-17.N and 18.1-18.N), detects at least one variable influencing the driving situation and, depending on the value of the at least one variable, selects one of the controllers or one of the parameter sets for use in the controller system, and - the controller system outputting an actuating signal to the steering actuator by using the selected controller or the selected parameter set, characterized in that the control characteristic produced by at least one of the at least two controllers or at least one of the at least two parameter sets is designed for close guidance of the vehicle to the target vehicle position, and in that the control characteristic produced by at least one further of the at least two controllers or at least one further of the at least two parameter sets is designed for loose guidance of the vehicle to the target vehicle position. - a lane detection system, which detects a lane, - a vehicle position detection system, which detects the current vehicle position relative to the lane, - a controller system, which determines a control deviation and, from the latter, an actuating signal from the current vehicle position relative to the lane and a target vehicle position relative to the lane, - a steering actuator, to which the controller system applies the actuating signal such that the current vehicle position is controlled to the target vehicle position, - the controller system containing at least two controllers or at least one controller with at least two parameter sets, the control characteristics produced respectively by the controllers or respectively by the parameter sets being different, - a controller selection system being provided which, with the aid of auxiliary devices (17.1-17.N and 18.1-18.N), detects at least one variable influencing the driving situation and, depending on the value of the at least one variable, selects one of the controllers or one of the parameter sets for use in the controller system, and - the controller system outputting an actuating signal to the steering actuator by using the selected controller or the selected parameter set,
System for analyzing and sorting material comprising: a feeder means for transporting at least one piece of material along a feeding surface towards and onto an upper portion of a chute, wherein the piece of material is slidable on the chute and off the chute via a lower edge of the chute; a sorting device operable to sort the piece of material according to at least two fractions (F1, F2); a laser device configured to generate a laser beam that, when the laser beam is incident on the piece of material, can produce an emission from the piece of material; a spectrometer configured to detect the emission from the piece of material and to produce an output signal corresponding to the emission and indicative of the chemical composition of the piece of material; and a controller device configured to receive the output signal and to operate the sorting device based on the output signal and at least one sorting criterion, wherein the laser device and the spectrometer are both provided on a level below the feeding surface, and wherein the laser device is configured to generate the laser beam such that the laser beam can be incident on the piece of material when the piece of material is at least partially protruding from the chute over the lower edge of the chute or has fallen off from the chute via the lower edge of the chute and is airborne. a feeder means for transporting at least one piece of material along a feeding surface towards and onto an upper portion of a chute, wherein the piece of material is slidable on the chute and off the chute via a lower edge of the chute; a sorting device operable to sort the piece of material according to at least two fractions (F1, F2); a laser device configured to generate a laser beam that, when the laser beam is incident on the piece of material, can produce an emission from the piece of material; a spectrometer configured to detect the emission from the piece of material and to produce an output signal corresponding to the emission and indicative of the chemical composition of the piece of material; and a controller device configured to receive the output signal and to operate the sorting device based on the output signal and at least one sorting criterion, wherein the laser device and the spectrometer are both provided on a level below the feeding surface, and wherein the laser device is configured to generate the laser beam such that the laser beam can be incident on the piece of material when the piece of material is at least partially protruding from the chute over the lower edge of the chute or has fallen off from the chute via the lower edge of the chute and is airborne.