mhurhangee/ep-ind-claims huggingface dataset:
An overhead conveyor system (1a..1d) comprising - hanging bags (2, 2a..2d), which each comprise a bag body adjustable between a transport position and a loading position and made of a flexible material, and which are configured for transporting articles (4, 4a..4i), - a loading station (5a..5d), which comprises an actuation device by means of which the bag body can be adjusted from the transport position into the loading position and from the loading position into the transport position, and at which a hanging bag (2, 2a..2d) may be loaded with an article (4, 4a..4i) when the bag body is in the loading position, - an overhead conveying device (6, 6a..6d) for transporting a hanging bag (2, 2a..2d) into the loading station (5a..5d) and for transporting the hanging bag (2, 2a..2d) out of the loading station (5a..5d), characterized by - a measuring device (11a..11d), which is configured to determine an expansion (a) of the bag body in a transport direction of the loaded hanging bag (2, 2a..2d) in the transport position of the bag body. - hanging bags (2, 2a..2d), which each comprise a bag body adjustable between a transport position and a loading position and made of a flexible material, and which are configured for transporting articles (4, 4a..4i), - a loading station (5a..5d), which comprises an actuation device by means of which the bag body can be adjusted from the transport position into the loading position and from the loading position into the transport position, and at which a hanging bag (2, 2a..2d) may be loaded with an article (4, 4a..4i) when the bag body is in the loading position, - an overhead conveying device (6, 6a..6d) for transporting a hanging bag (2, 2a..2d) into the loading station (5a..5d) and for transporting the hanging bag (2, 2a..2d) out of the loading station (5a..5d), characterized by - a measuring device (11a..11d), which is configured to determine an expansion (a) of the bag body in a transport direction of the loaded hanging bag (2, 2a..2d) in the transport position of the bag body.
Occipital plate for attachment to the human skull, wherein the occipital plate has a central portion with at least one passage for at least one attachment means for attachment to the skull and at least one receptacle for a support device, wherein the at least one receptacle is rigidly connected to the central portion, wherein the occipital plate has, at its end pointing in the caudal direction, at least one hook element which serves to be hooked into the occipital hole, the at least one receptacle having a through-hole for connection to the support device, characterized in that the longitudinal axis of the through-hole in the at least one receptacle extends in a plane parallel to the front side of the central section and at right angles to the longitudinal axis L of the central section, and the central section, the at least one receptacle and the hook element are in one piece. the occipital plate has, at its end pointing in the caudal direction, at least one hook element which serves to be hooked into the occipital hole, the at least one receptacle having a through-hole for connection to the support device, characterized in that the longitudinal axis of the through-hole in the at least one receptacle extends in a plane parallel to the front side of the central section and at right angles to the longitudinal axis L of the central section, and the central section, the at least one receptacle and the hook element are in one piece.
An assembly including: - a system comprising a bag for medical use, at least one tubing and at least one accessory, - a shaped tray, including a plurality of housings (11, 12, 13), said housings (11, 12, 13) being able to receive respectively the bag for medical use, the tubing and the accessory, said bag for medical use, said at least one tubing and said at least one accessory being linked together, and - a package wrapping the tray for autoclaving, the package including an upper film made of transparent plastic material, and a lower film made of porous material, allowing circulation of steam. - a system comprising a bag for medical use, at least one tubing and at least one accessory, - a shaped tray, including a plurality of housings (11, 12, 13), said housings (11, 12, 13) being able to receive respectively the bag for medical use, the tubing and the accessory, said bag for medical use, said at least one tubing and said at least one accessory being linked together, and - a package wrapping the tray for autoclaving, the package including an upper film made of transparent plastic material, and a lower film made of porous material, allowing circulation of steam.
Cooking assistance system for contactless recognition of a cooking state with a measuring unit and a control unit, wherein the measuring unit comprises an acceleration sensor, and the control unit is provided to recognise an imminent cooking state of a heated food from a time characteristic of an acceleration signal (a 1 (t)) measured by the measuring unit, characterised in that the measuring unit is embodied so as to be mobile and the control unit is provided to incorporate a power consumption of a heating unit into an analysis of the cooking state of the food at any time (t).
A process to remove charged components from a syrup comprising passing the syrup through a capacitive deionization cell, wherein the charged components are a catalyst salt.
Sealing label having a carrier layer, a first adhesion-controlling layer applied to the carrier layer, a first colour layer applied over the full area to the carrier layer and first adhesion-controlling layer, a second adhesion-controlling layer not applied over the full area to the first colour layer, a second colour layer applied over the full area to the second adhesion-controlling layer and first colour layer, and an adhesive layer applied over the full area to the second colour layer, characterized in that the first adhesion-controlling layer is not applied over the full area to the carrier layer, in that the first and second adhesion-controlling layers (3, 5) are designed at least regionally complementary to one another, meaning that, in a view perpendicularly onto the plane of the sealing label, every region of the broaching evidence system is covered by either the first adhesion-controlling layer or the second adhesion-controlling layer, and in that the first adhesion-controlling layer and the second adhesion-controlling layer each have UV-luminescent pigmentation.
Apparatus for determining quality properties for an angle measurement for a motor vehicle, wherein the apparatus comprises: - an angle estimation device which comprises at least one receiver and is designed to provide an angle estimate for a transmitter of a radio signal on the basis of the propagation time difference and antenna distance; and - an assessment device which is designed to determine a quality value for the angle estimate provided by the angle estimation device and to provide the angle measurement on the basis of the angle estimate and the quality value, - characterized in that the assessment device is designed to provide the quality value on the basis of an evaluation of field strength information in the form of a change in the channel damping against the frequency when there is frequency diversity, wherein a transmission with a small multi-path component is inferred if the change in the channel damping is within a limited corridor. - an angle estimation device which comprises at least one receiver and is designed to provide an angle estimate for a transmitter of a radio signal on the basis of the propagation time difference and antenna distance; and - an assessment device which is designed to determine a quality value for the angle estimate provided by the angle estimation device and to provide the angle measurement on the basis of the angle estimate and the quality value, - characterized in that the assessment device is designed to provide the quality value on the basis of an evaluation of field strength information in the form of a change in the channel damping against the frequency when there is frequency diversity, wherein a transmission with a small multi-path component is inferred if the change in the channel damping is within a limited corridor.
Device for the comminution of foodstuffs, having a base part which has a receptacle for a cutting part and to which an actuation part is articulatedly fixable such that the actuation part can be pivoted toward the cutting part in order to push through food items for comminution, characterized in that a drive device for driving rotary cutters in rotation is provided, which drive device is articulatedly fixable or fixed, in exchange for the actuation part, to the base part.
A method for adapting sound pressure levels in at least one listening location, the sound pressure being generated by a first and a second loudspeaker, each loudspeaker having a supply channel arranged upstream thereto, where at least the supply channel of the second loudspeaker comprises means for modifying the phase of an audio signal transmitted therethrough according to a phase function; the method comprising: Supplying an audio signal to the supply channels and thus generating an acoustic sound signal; Measuring the acoustic sound signal at each listening location and providing corresponding electrical signals representing the measured acoustic sound signal; Estimating updated transfer characteristics for each pair of loudspeaker and listening location; Calculating an optimum offset phase function based on a mathematical model using the estimated transfer characteristics, wherein the optimum offset phase function is achieved when a resulting frequency response of the sound pressure levels at the listening location approximates a predefined target function; and Updating the phase function by superposing the optimal offset phase function thereto. Supplying an audio signal to the supply channels and thus generating an acoustic sound signal; Measuring the acoustic sound signal at each listening location and providing corresponding electrical signals representing the measured acoustic sound signal; Estimating updated transfer characteristics for each pair of loudspeaker and listening location; Calculating an optimum offset phase function based on a mathematical model using the estimated transfer characteristics, wherein the optimum offset phase function is achieved when a resulting frequency response of the sound pressure levels at the listening location approximates a predefined target function; and Updating the phase function by superposing the optimal offset phase function thereto.
A toy top comprising: a body; and a shaft part, characterized in that a rotating shaft of the shaft part includes plastic or metal shaft tip segments disposed at predetermined intervals in a circumferential direction of the rotating shaft, the shaft tip segments constituting part of an outer periphery of the rotating shaft, the part of the outer periphery being configured to come into contact with the ground, rubber is provided at the outer periphery of the rotating shaft so as to protrude outward beyond outer surfaces of the shaft tip segments, the rubber having higher frictional force than the shaft tip segments, and the rubber is disposed between adjacent shaft tip segments in the circumferential direction. a body; and a shaft part, characterized in that a rotating shaft of the shaft part includes plastic or metal shaft tip segments disposed at predetermined intervals in a circumferential direction of the rotating shaft, the shaft tip segments constituting part of an outer periphery of the rotating shaft, the part of the outer periphery being configured to come into contact with the ground, rubber is provided at the outer periphery of the rotating shaft so as to protrude outward beyond outer surfaces of the shaft tip segments, the rubber having higher frictional force than the shaft tip segments, and the rubber is disposed between adjacent shaft tip segments in the circumferential direction.
A brake drum system (100, 200, 300, 400) for a wheel of a vehicle, comprising - a brake drum (110, 210, 310, 410) rotatable with the wheel, the brake drum having an inner surface adapted to receive a friction-generating lining when a driver applies the brakes of the vehicle, - a wheel end hub (112, 212, 312, 412) adapted to be located radially between a drive axle of the vehicle and the brake drum, characterized by a substantially circular spring element (102, 202, 302, 402) for concentrically aligning the brake drum with the wheel end hub, the spring element being adapted to be clamped between the brake drum and the wheel end hub for providing a radially directed spring force, and the spring element, or at least parts of it, being radially compressed when it is clamped between the brake drum and the wheel end hub, thus urging to expand in the radial direction, wherein the spring element has an outer surface adapted to be pressed against the brake drum and an inner surface adapted to be pressed against the wheel end hub. - a brake drum (110, 210, 310, 410) rotatable with the wheel, the brake drum having an inner surface adapted to receive a friction-generating lining when a driver applies the brakes of the vehicle, - a wheel end hub (112, 212, 312, 412) adapted to be located radially between a drive axle of the vehicle and the brake drum,
A gas turbine engine, comprising: a fan case; and a plurality of stator vanes integrally formed with the fan case, and the fan case is configured to radially surround fan blades of the gas turbine engine, characterised in that the fan case and stator vanes are integrally molded of a composite material, the composite material is a polymer matrix composite material, and the polymer matrix composite material comprises reinforcing fibers bound together by a polymer matrix. a fan case; and a plurality of stator vanes integrally formed with the fan case, and the fan case is configured to radially surround fan blades of the gas turbine engine, characterised in that the fan case and stator vanes are integrally molded of a composite material, the composite material is a polymer matrix composite material, and the polymer matrix composite material comprises reinforcing fibers bound together by a polymer matrix.
A monitoring system for monitoring the dispensing of a liquid from a medical liquid dispensing device for administration into a patient comprising: - an identification unit for identifying a medical liquid container via a data storage medium comprising a product identifier, - a weight monitoring unit for measuring the weight of said medical liquid container when liquid is dispensed therefrom and - a processing unit for processing and/or storing data acquired from said identification unit and said weight monitoring unit, which processing unit is interconnected with said identification unit and said weight monitoring unit via a wireless or physical communications interface; wherein said processing unit is configured to - compare information concerning the identity of said patient, uploaded as a patient identifier, with information obtained from said product identifier; and to compare said weight measured by said weight monitoring unit with an expected weight value based on the flow of said liquid dispensing device and to generate a warning signal when said measured weight is above or below said expected weight value by means of said processing unit. - an identification unit for identifying a medical liquid container via a data storage medium comprising a product identifier, - a weight monitoring unit for measuring the weight of said medical liquid container when liquid is dispensed therefrom and - a processing unit for processing and/or storing data acquired from said identification unit and said weight monitoring unit, which processing unit is interconnected with said identification unit and said weight monitoring unit via a wireless or physical communications interface; - compare information concerning the identity of said patient, uploaded as a patient identifier, with information obtained from said product identifier; and to compare said weight measured by said weight monitoring unit with an expected weight value based on the flow of said liquid dispensing device and to generate a warning signal when said measured weight is above or below said expected weight value by means of said processing unit.
An apparatus comprising at least one processor and at least one memory, said at least one memory stored with code thereon, which when executed by said at least one processor, causes the apparatus to: - include, in a container file conforming to an ISO base media file format, a timed metadata track referring to an available media content being 360-degree video; - include, in the container file, at least one sample of the timed metadata track and - include, in the at least one sample of the timed metadata track, a viewport, wherein the viewport is a part of the 360-degree video represented by the media track; and - indicate, in the at least one sample of the timed metadata track, at least one value indicative of a quality of the viewport. - include, in a container file conforming to an ISO base media file format, a timed metadata track referring to an available media content being 360-degree video; - include, in the container file, at least one sample of the timed metadata track and - include, in the at least one sample of the timed metadata track, a viewport, wherein the viewport is a part of the 360-degree video represented by the media track; and - indicate, in the at least one sample of the timed metadata track, at least one value indicative of a quality of the viewport.
A synergistic fungicidal mixture comprising a fungicidally effective amount of the compound of Formula I, (3 S,6 S,7 R,8 R)-8-benzyl-3-(3-((isobutyryloxy)methoxy)-4-methoxypicolinamido)-6-methyl-4,9-dioxo-1,5-dioxonan-7-yl isobutyrate, and fluxapyroxad.
A process for the catalytic production of methanol and/or its derivatives dimethyl ether, ethene or propene from a gas mixture comprising at least H 2 and CO and/or CO 2 in at least a first reactor, comprising the steps of: i) bringing the gas mixture at a reaction temperature between 180°C to 360°C and a pressure smaller than 50 bar at gas flow conditions within the at least first reactor into contact with solid sorbent particles, such as molecular sieves like zeolite, alumina, silica, silicate, carbon material or mixtures thereof, and optionally catalyst particles, for the generation of at least water and methanol and absorbing water and/or methanol and/or derivate molecules on the solid sorbent particles in order to achieve in-situ or intermediate ex-situ at least partial removal of water and/or methanol and/or derivate molecules from the flow of the gas mixture, ii) separating at least partially at least one of the reaction products in first reactor or between a number of subsequent reactors at a temperature close to the reaction temperature by extracting the particles of the solid sorbent particles from the gas flow; and iii) operating the at least first reactor as fluidized bed reactor, wherein a regeneration of the solid sorbent particles is conducted in the upper part of the first reactor by a temperature increase or an addition of dry gases or a combination thereof, and wherein the regenerated solid sorbent particles are fed back from the upper part of the first reactor to the reactive bed in the lower part of the first reactor by means of a cyclone. i) bringing the gas mixture at a reaction temperature between 180°C to 360°C and a pressure smaller than 50 bar at gas flow conditions within the at least first reactor into contact with solid sorbent particles, such as molecular sieves like zeolite, alumina, silica, silicate, carbon material or mixtures thereof, and optionally catalyst particles, for the generation of at least water and methanol and absorbing water and/or methanol and/or derivate molecules on the solid sorbent particles in order to achieve in-situ or intermediate ex-situ at least partial removal of water and/or methanol and/or derivate molecules from the flow of the gas mixture, ii) separating at least partially at least one of the reaction products in first reactor or between a number of subsequent reactors at a temperature close to the reaction temperature by extracting the particles of the solid sorbent particles from the gas flow; and iii) operating the at least first reactor as fluidized bed reactor, wherein a regeneration of the solid sorbent particles is conducted in the upper part of the first reactor by a temperature increase or an addition of dry gases or a combination thereof, and wherein the regenerated solid sorbent particles are fed back from the upper part of the first reactor to the reactive bed in the lower part of the first reactor by means of a cyclone.
A method for matching resources with packets, each of said packets associated with a distribution group of a plurality of distribution groups, each of said resources currently not associated with one of said packets is associated with one of a plurality of resource groups, said resource groups including a newly available resource group and at least one differently aged resource group having resources of a different age relative to the age of the resources in the newly available resource group, the method comprising identifying a first resource from the newly available resource group and a second resource from a differently aged resource group; determining possible matches based on predetermined criteria defined between said distribution groups and said resources, said possible matches including a first matching packet for the first resource and a second matching packet for the second resource; selecting from said possible matches based on relative priorities of the predetermined criteria, wherein one of the predetermined criteria includes the relative age of the resources in the resource groups, such that a first possible match of said first resource from said newly available resource group has a higher priority than a second possible match of said second resource from said differently aged resource group; processing the first matching packet using the first resource when the first possible match has been selected or processing the second matching packet using the second resource when the second possible match has been selected.
A method for capturing CO 2 from a CO 2 containing exhaust gas, where the exhaust gas is compressed and thereafter cooled before the exhaust gas is introduced into an absorber, where the exhaust gas in brought in counter-current flow with an aqueous CO 2 absorbent solution introduced into the absorber, to give a lean exhaust gas that is withdrawn from the absorber, reheated against incoming compressed exhaust gas, and thereafter expanded and released into the atmosphere, where the rich absorbent having absorbed CO 2, is collected at the bottom of the absorber, withdrawn therefrom and introduced into a regenerator in which the CO 2 rich absorbent is stripped to release CO 2 by counter-current flow of steam to give a lean absorbent, withdrawing steam and CO 2 from the top of the regenerator, collecting lean absorbent at the bottom of the regenerator, withdrawing the lean absorbent from the regenerator, splitting the withdrawn lean absorbent into two part flows, a first flow that is heated and vaporized in a reboiler, and introducing the regenerated absorbent into the regenerator as stripping steam, and a second flow that is returned to the absorber as lean absorbent, characterized in that the aqueous CO 2 absorbent solution is an aqueous potassium carbonate solution, and that the steam and CO 2 withdrawn from the regenerator is cooled in a direct contact cooler by counter-current flow of cooling water, to generate a gaseous flow of cooled CO 2 and steam that is withdrawn for compression and drying of the CO 2, and a liquid flow of cooling water and condensed steam that is withdrawn and flashed, to give a cooled liquid phase that is recycled as cooling water for the direct contact cooler for the withdrawn CO 2 and steam, and a gaseous phase that is compressed and thus heated, and introduced into the regenerator as stripping steam.