mhurhangee/ep-ind-claims huggingface dataset:
An optical burst switch in an Optical Burst Switched communication network, said optical burst switch comprising: means for monitoring and maintaining mesh of virtual optical paths from a communication node to a plurality of other communication nodes, arranged in a ring network, enabling traffic data to be transmitted and/or received between nodes via a physical optical path; and means for sending a data packet probe on a virtual path from a node to each other node in the OBS communication network, wherein data packet probe information received at said switch provides information of availability of the physical optical path for sending traffic data between nodes. means for monitoring and maintaining mesh of virtual optical paths from a communication node to a plurality of other communication nodes, arranged in a ring network, enabling traffic data to be transmitted and/or received between nodes via a physical optical path; and means for sending a data packet probe on a virtual path from a node to each other node in the OBS communication network, wherein data packet probe information received at said switch provides information of availability of the physical optical path for sending traffic data between nodes.
Drive unit for a hair cutting machine having a drive motor, comprising - a substantially U-shaped stator having a first leg and a second leg and at least one additional leg, which is arranged between the first leg and the second leg, - at least one exciter coil which can be arranged on the at least one additional leg, and - an armature which is capable of vibration, wherein the stator and the armature are connected by a spring bracket which can be arranged on a second end of the armature and on the stator, wherein lateral gap sections (A, B) are formed between the first and second legs (110, 120) and the armature, and central air gap sections (a, b) are formed between the additional leg and the armature, wherein the central air gap sections (a, b) and the lateral air gap sections (A, B) in each case run at an oblique inclination with respect to a longitudinal axis of the additional leg, characterised by - a first tab which is arranged at the end of the first leg and points away from the additional leg, - a notch which is arranged on the second leg, points towards the additional leg and corresponds to the first lug, and a second lug which is arranged at the end of the second leg and points away from the additional leg. - a substantially U-shaped stator having a first leg and a second leg and at least one additional leg, which is arranged between the first leg and the second leg, - at least one exciter coil which can be arranged on the at least one additional leg, and - an armature which is capable of vibration, wherein the stator and the armature are connected by a spring bracket which can be arranged on a second end of the armature and on the stator, wherein lateral gap sections (A, B) are formed between the first and second legs (110, 120) and the armature, and central air gap sections (a, b) are formed between the additional leg and the armature, wherein the central air gap sections (a, b) and the lateral air gap sections (A, B) in each case run at an oblique inclination with respect to a longitudinal axis of the additional leg, characterised by - a first tab which is arranged at the end of the first leg and points away from the additional leg, - a notch which is arranged on the second leg, points towards the additional leg and corresponds to the first lug, and a second lug which is arranged at the end of the second leg and points away from the additional leg.
Nozzle for a two-chamber container for mixing two components (60, 62) and applying the mixture, comprising a foldable nozzle body, particularly made from a flexible material, the nozzle body comprising a mainly ring-shaped connecting part for connecting the nozzle to a container body, wherein the connecting part is arranged at an outer diameter, a tip arranged mainly in the centre of the nozzle body, wherein the tip comprises a predetermined breaking line for providing an outlet in broken state, at least one intermediate folding ring connecting the tip with the connecting part so that the tip is movable relative to the connecting part in axial direction between a folded state, where the tip is arranged mainly radially inside the connecting part, and an unfolded state, where the tip is arranged mainly outside the connecting part, and a cover plate connected with the tip for covering the tip inside a volume bordered by the folding ring directly connected to the connecting part in folded state, wherein the connecting part covers the cover plate in side view in folded state of the nozzle body. a mainly ring-shaped connecting part for connecting the nozzle to a container body, wherein the connecting part is arranged at an outer diameter, a tip arranged mainly in the centre of the nozzle body, wherein the tip comprises a predetermined breaking line for providing an outlet in broken state, at least one intermediate folding ring connecting the tip with the connecting part so that the tip is movable relative to the connecting part in axial direction between a folded state, where the tip is arranged mainly radially inside the connecting part, and an unfolded state, where the tip is arranged mainly outside the connecting part, and a cover plate connected with the tip for covering the tip inside a volume bordered by the folding ring directly connected to the connecting part in folded state, wherein the connecting part covers the cover plate in side view in folded state of the nozzle body.
Use of a gum arabic replacement, partial replacement or extending composition in sugar and sugar free panning, confections and food adhesion applications, wherein the gum arabic replacement, partial replacement or extending composition is prepared by a method comprising the steps of: a. blending a strong (key) film former selected from the group consisting of cellulose gum, methyl cellulose, hydroxypropyl methylcellulose (HPMC), propylene glycol alginate, carrageenan, pectin, alginate, gellan, agar, konjac, xanthan, fenugreek, tara, and combinations thereof between 0.1% and 10% of a total composition with, b. a low viscosity cracking agent selected from the group consisting of maltodextrin, monosaccharides, disaccharides, oligosaccharides, larch gum, polydextrose, and combinations thereof; c. a tackiness modifier selected from the group consisting of starch, guar gum, locust bean gum and combinations thereof; d. a fast-crystallizing agent selected from the group consisting of inulin, erythritol, low DE maltodextrin, lactose, and combinations thereof; wherein the composition has a viscosity at concentration of 35°- 40° Brix being 10 cP to 2000 cP at 25°C and a film cast at 5 mils to 10 mils cracks into flakes on drying that lies between that of materials that can generate continuous films and materials that crystallize and do not form films at all. a. blending a strong (key) film former selected from the group consisting of cellulose gum, methyl cellulose, hydroxypropyl methylcellulose (HPMC), propylene glycol alginate, carrageenan, pectin, alginate, gellan, agar, konjac, xanthan, fenugreek, tara, and combinations thereof between 0.1% and 10% of a total composition with, b. a low viscosity cracking agent selected from the group consisting of maltodextrin, monosaccharides, disaccharides, oligosaccharides, larch gum, polydextrose, and combinations thereof; c. a tackiness modifier selected from the group consisting of starch, guar gum, locust bean gum and combinations thereof; d. a fast-crystallizing agent selected from the group consisting of inulin, erythritol, low DE maltodextrin, lactose, and combinations thereof;
A combination scale, comprising: a plurality of weighing conveyers arranged in a row, the weighing conveyers transporting items to be weighed that are manually supplied; a collection conveyer that transports the items discharged from the weighing conveyers along a direction of arrangement of the weighing conveyers; and a protective cover disposed on an outer side of transport-starting ends in a direction of transport of the weighing conveyers, the protective cover extending in the direction of arrangement of the weighing conveyers, characterized in that the protective cover being supported in a manner that is rotatable to and from a closing position and an opening position, the closing position being a position at which the protective cover faces facing the transport-starting ends in the direction of transport, the opening position being a position at which the protective cover is rotated outward. a plurality of weighing conveyers arranged in a row, the weighing conveyers transporting items to be weighed that are manually supplied; a collection conveyer that transports the items discharged from the weighing conveyers along a direction of arrangement of the weighing conveyers; and a protective cover disposed on an outer side of transport-starting ends in a direction of transport of the weighing conveyers, the protective cover extending in the direction of arrangement of the weighing conveyers, characterized in that the protective cover being supported in a manner that is rotatable to and from a closing position and an opening position, the closing position being a position at which the protective cover faces facing the transport-starting ends in the direction of transport, the opening position being a position at which the protective cover is rotated outward.
Device for covering at least one component (F, S, P) of a fastening system for a fastening point, in which a rail for a rail vehicle is fastened on a substrate, wherein the fastening system comprises a spring element, which, in the mounted state, exerts an elastic hold-down force on the rail, and wherein the device comprises a cover cap provided to be positioned over the spring element in order to shield the spring element from the environment, wherein the cover cap has a recess which, in the state positioned over the spring element, receives the spring element and which is dimensioned in such manner that the spring element can freely follow, within the recess, the movements of the rail occurring during use, wherein the device also comprises a retaining part, which can be handled separately from the cover cap and is provided to be arranged in the region of the spring element, and has at least one moulded element (14, 15, 16, 17), which serves as a stop for positioning the cover cap on the retaining part in a precise manner, characterised in that the retaining part has at least one underlying section (11, 12), which can be inserted under an assigned section of the spring element.
A method for determining a cell core temperature of an energy store which comprises at least one cell, - wherein a temperature of the cell is measured; - wherein a volumetric heat is determined; - wherein the cell core temperature is established based on a shape of the cell, wherein the energy store is cooled subject to the established cell core temperature of the energy store, - wherein the temperature is measured at a cell pole of the cell and/or on a cell wall of the cell, - wherein the volumetric heat is established subject to an internal resistance of the cell, to a measured current and to a volume of the cell, and - wherein the cell core temperature is established in a frequency domain. - wherein a temperature of the cell is measured; - wherein a volumetric heat is determined; - wherein the cell core temperature is established based on a shape of the cell, wherein the energy store is cooled subject to the established cell core temperature of the energy store, - wherein the temperature is measured at a cell pole of the cell and/or on a cell wall of the cell, - wherein the volumetric heat is established subject to an internal resistance of the cell, to a measured current and to a volume of the cell, and - wherein the cell core temperature is established in a frequency domain.
Support element (3, 20, 30) for a dish rack of a dishwasher, in particular for the support of tall glasses, having at least one U-shaped section (7, 21) which can be positioned or is arranged within the dish rack running horizontally or approximately horizontally and spaced from the base of the dish rack, characterised in that several U-shaped sections (7, 21) are put together in alternating manner, preferably sinusoidally, with the same or at least partly different amplitude and/or at least one U-shaped section (7, 21) comprises several graduated circle sections having a definable radius or at least two radii which can be defined differently.
Optical chip, comprising an input edge coupler having at least one input waveguide (102, 202, 402) configured to receive light on two orthogonal modes of same polarization, wherein the input edge coupler is configured to receive the light from an active device butt-coupled to the optical chip, a demultiplexer configured to demultiplex and divide the two orthogonal modes of the light received by the input edge coupler into a mode carried on a first intermediate waveguide and the mode carried on a second intermediate waveguide independent from the first intermediate waveguide, wherein the two intermediate waveguides (104, 105) are optically uncoupled, and a polarization multiplexer configured to recombine the mode carried on the two intermediate waveguides (104, 105) into two polarization-orthogonal modes carried on one output waveguide. an input edge coupler having at least one input waveguide (102, 202, 402) configured to receive light on two orthogonal modes of same polarization, wherein the input edge coupler is configured to receive the light from an active device butt-coupled to the optical chip, a demultiplexer configured to demultiplex and divide the two orthogonal modes of the light received by the input edge coupler into a mode carried on a first intermediate waveguide and the mode carried on a second intermediate waveguide independent from the first intermediate waveguide, wherein the two intermediate waveguides (104, 105) are optically uncoupled, and a polarization multiplexer configured to recombine the mode carried on the two intermediate waveguides (104, 105) into two polarization-orthogonal modes carried on one output waveguide.
Vehicle, comprising: at least one vehicle component, the vehicle component of the vehicle comprising at least one controllably movable actuator, and a device for providing a vehicle environment view for the vehicle, comprising: - vehicle cameras set up to supply camera images of a vehicle environment of the vehicle; - a determination device set up to determine the movement space of at least one vehicle component of the vehicle; and - an image data processing unit set up to adapt, on the basis of the determined movement space of the at least one vehicle component of the vehicle, a projection area onto which the camera images supplied by the vehicle cameras are projected to generate the vehicle environment view, characterised in that the determination unit is set up to determine the movement space of the at least one vehicle component of the vehicle as a function of control data which serve to actuate the actuators of the vehicle component in question. at least one vehicle component, the vehicle component of the vehicle comprising at least one controllably movable actuator, and a device for providing a vehicle environment view for the vehicle, comprising: - vehicle cameras set up to supply camera images of a vehicle environment of the vehicle; - a determination device set up to determine the movement space of at least one vehicle component of the vehicle; and - an image data processing unit set up to adapt, on the basis of the determined movement space of the at least one vehicle component of the vehicle, a projection area onto which the camera images supplied by the vehicle cameras are projected to generate the vehicle environment view, characterised in that - vehicle cameras set up to supply camera images of a vehicle environment of the vehicle; - a determination device set up to determine the movement space of at least one vehicle component of the vehicle; and - an image data processing unit set up to adapt, on the basis of the determined movement space of the at least one vehicle component of the vehicle, a projection area onto which the camera images supplied by the vehicle cameras are projected to generate the vehicle environment view, characterised in that the determination unit is set up to determine the movement space of the at least one vehicle component of the vehicle as a function of control data which serve to actuate the actuators of the vehicle component in question.
A transport system for transporting containers in a container treatment facility, comprising: a transport track with at least one long stator (450; 1050B; 1150-1B, 1150-2B) of a linear motor, and a plurality of transport elements (410; 510; 610N, 610V; 710N, 710V; 810N, 810V) for transporting one or more containers, wherein the transport elements are disposed movably on the transport track and are configured to be guided individually and independently of one another along the transport track through magnetic interaction with the at least one long stator (450; 1050B; 1150-1B, 1150-2B), wherein the front and back sides (410F, 410R) of the transport elements are shaped in such a way that the transport elements can be driven into each other at least in pairs (410N, 410V; 510N, 510V; 610N, 610V; 710N, 710V; 810N, 810V) to the extent that there will be a minimal attainable transport spacing which is smaller than the longitudinal extension of the transport elements, wherein the transport elements each have rollers (480-1 - 480-4; 580-1 - 580-4; 680-1 - 680-3; 780-1 - 780-4; 880-1 - 880-4) that are spaced from one another in the longitudinal direction and by means of which they are mounted movably on the transport track, characterized in that the minimal attainable transport spacing is smaller than the maximum distance of the rollers in the longitudinal direction. a transport track with at least one long stator (450; 1050B; 1150-1B, 1150-2B) of a linear motor, and a plurality of transport elements (410; 510; 610N, 610V; 710N, 710V; 810N, 810V) for transporting one or more containers, wherein the transport elements are disposed movably on the transport track and are configured to be guided individually and independently of one another along the transport track through magnetic interaction with the at least one long stator (450; 1050B; 1150-1B, 1150-2B), wherein the front and back sides (410F, 410R) of the transport elements are shaped in such a way that the transport elements can be driven into each other at least in pairs (410N, 410V; 510N, 510V; 610N, 610V; 710N, 710V; 810N, 810V) to the extent that there will be a minimal attainable transport spacing which is smaller than the longitudinal extension of the transport elements, wherein the transport elements each have rollers (480-1 - 480-4; 580-1 - 580-4; 680-1 - 680-3; 780-1 - 780-4; 880-1 - 880-4) that are spaced from one another in the longitudinal direction and by means of which they are mounted movably on the transport track, characterized in that the minimal attainable transport spacing is smaller than the maximum distance of the rollers in the longitudinal direction.
A pant type absorbent article such as a pant diaper, a sanitary pant or incontinence pant, said article having a longitudinal (y) and a transverse direction (x) and comprises a chassis comprising a front portion having a front transverse end edge and first and second longitudinal side edges (8, 9), a back portion having a back transverse end edge and first and second longitudinal side edges (11, 12), wherein the front and back portions are joined to each other along their respective first and second longitudinal side edges to form side seams (13, 14) and define a waist opening, said chassis further comprising a connecting portion between said front and back portion (5, 6) forming a crotch region and first and second leg openings (16, 17), said article further comprising an absorbent core located at least in the connecting portion of the article, said absorbent core being arranged between a backsheet and a topsheet, wherein at least part of said front portion, said back portion and said connecting portion are composed of an elastic laminate, said elastic laminate comprising first and second layers of fibrous material (21, 22; 36, 38) and an elastic film layer (23; 37) located there between, said elastic laminate extends transversely across the width of the front portion between the first and second longitudinal side edges (8, 9), transversely across the width of the back portion between the first and second side edges (11, 12) and transversely across the width of the connecting portion between the first and second leg openings (16, 17) and wherein elongated leg elastic members (27-30; 39,40) extend along the first and second leg openings (16, 17) in at least part of the connecting portion, charact erized in that said elongated leg elastic members (27-30; 39,40) terminate at a distance from the respective side seam (13, 14) in both front and back portions (5, 6), thus leaving an area (31, 32) corresponding to a peripheral length (p) of at least 50 mm along the respective leg opening (16, 17) where the leg elastic members (27-30; 39,40) are absent and wherein the connecting portion in said area (31, 32) where the leg elastic members are absent is composed of said elastic laminate in at least 80% of said peripheral length (p).
A system for determining whether an individual has akathisia comprising: (i) a monitor for generating visual images; (ii) a device that is controllable by a subject; (iii) a computer connected to said monitor and to said device, said computer comprising (iv) means for storing the instances of activation of said device by said subject in response to said visual images on said monitor (v) means for scoring the accuracy from the number of commission errors and the number of omission errors and scoring the response time of device activation; wherein (vi) the system further comprises a motion analysis device connected to said computer to record movements of said subject during presentation of said visual images; and (vii) the computer further comprises means for storing the record of said movements in said computer, characterized in that the computer further comprises (viii) means for analyzing said recorded movements for deviations from pre-determined norms; (ix) means for using the results of said analysis by said means (viii) together with said scoring by said means (v) in the diagnosis of akathisia. and (x) means for analyzing the spatial complexity of the recorded movements to distinguish akathisia from hyperactivity. (i) a monitor for generating visual images; (ii) a device that is controllable by a subject; (iii) a computer connected to said monitor and to said device, said computer comprising (iv) means for storing the instances of activation of said device by said subject in response to said visual images on said monitor (v) means for scoring the accuracy from the number of commission errors and the number of omission errors and scoring the response time of device activation; wherein (vi) the system further comprises a motion analysis device connected to said computer to record movements of said subject during presentation of said visual images; and (vii) the computer further comprises means for storing the record of said movements in said computer, characterized in that the computer further comprises (viii) means for analyzing said recorded movements for deviations from pre-determined norms; (ix) means for using the results of said analysis by said means (viii) together with said scoring by said means (v) in the diagnosis of akathisia. and (x) means for analyzing the spatial complexity of the recorded movements to distinguish akathisia from hyperactivity.