mhurhangee/ep-ind-claims huggingface dataset:
Packaging containing an amount of a consumable, the packaging containing an amount of a consumable comprising: a container comprising: an opening; a closed end; and an elastic side wall disposed between the opening and the closed end, the elastic side wall being in a compressed state; and a closure closing the opening; wherein the container and the closure define a cavity having a first volume; the consumable is located in the cavity; the elastic side wall has sufficient elasticity such that, on at least partially removing the closure from the opening, the elastic side wall expands, unaided, from the compressed state to an uncompressed state; and when the elastic side wall is in the uncompressed state, the container has a second volume, the second volume being greater than the first volume; characterised in that the container is made of a compound comprising 90-95% low density polyethylene and 5-10% high density polyethylene. a container comprising: an opening; a closed end; and an elastic side wall disposed between the opening and the closed end, the elastic side wall being in a compressed state; and an opening; a closed end; and an elastic side wall disposed between the opening and the closed end, the elastic side wall being in a compressed state; and a closure closing the opening; wherein the container and the closure define a cavity having a first volume; the consumable is located in the cavity; the elastic side wall has sufficient elasticity such that, on at least partially removing the closure from the opening, the elastic side wall expands, unaided, from the compressed state to an uncompressed state; and when the elastic side wall is in the uncompressed state, the container has a second volume, the second volume being greater than the first volume; characterised in that the container is made of a compound comprising 90-95% low density polyethylene and 5-10% high density polyethylene.
Body for pressing a part against a surface of a support, the pressing body being in particular arranged to be mounted in a power electronic power unit, said body comprising: - a plate having an elongate form along a longitudinal axis (Δ), - at least two elastically deformable first tabs, each tab comprising a connection edge connecting the tab to the plate and a free end edge, such that the two free end edges face one another and are located on either side of the longitudinal axis (Δ) of the plate, and means designed for fixing the body on the support, comprising at least one wall extending substantially perpendicularly from a periphery of the plate, characterized in that said wall terminates in a cutout defining two lateral tabs extending from the side of the wall which is opposite the plate so as to form an acute angle with the plane of the wall. - a plate having an elongate form along a longitudinal axis (Δ), - at least two elastically deformable first tabs, each tab comprising a connection edge connecting the tab to the plate and a free end edge, such that the two free end edges face one another and are located on either side of the longitudinal axis (Δ) of the plate, and
Tarpaulin covering device for a container with an upper loading opening, preferably a freight transport container, in particular a dump body, of a freight transport vehicle, the tarpaulin covering device having a tarpaulin, an elongated winding core and a tarpaulin tensioning device (7, 17, 21, 25), wherein the tarpaulin is fastened or is to be fastened on the one hand to a first side of the container and on the other hand to the winding core, so that it can be wound onto the winding core and unwound from the winding core in order to expose or cover the loading opening when mounted as intended on the container, the tensioning device having at least one tensioning hook section to be mounted on a second side of the container opposite to the first side of the container, so that the tarpaulin can be moved over the tension hook section when unwinding the winding core and the winding core can be hooked therein and further rotated in the hooked-in state in order to rewind the tarpaulin a little way and thereby tension it, the tarpaulin tensioning device (7, 17, 21, 25) comprising a ratchet mechanism (21, 25, 28) with a locking device (21, 25) for locking the winding core in a winding core rotating position in which the tarpaulin is tensioned, and the locking device having at least two engagement means (21, 25) which are to be interlocked and engaged with one another in order to lock the winding core, of which one is provided on the winding core - or on an element connected or to be connected to the winding core so that they rotate together - and the other is to be fastened to the container, wherein the tension hook section is to be mounted on the second side of the container so as to project outwards therefrom, and wherein the engagement means of the locking device to be fastened to the container is movably secured to a retaining means between a winding core locking position and a winding core release position, characterised in that the engagement means to be secured to the container is resiliently biased to the winding core locking position, the ratchet mechanism having at least one sprocket section as the engagement means of the locking device on the winding core side, a plate with a hole cutout as the engagement element on the container side, and a handle for manually moving the plate into the winding core release position, wherein a lower edge of the hole cutout of the plate is removed from the sprocket section.
System for planning an arterial stenosis therapy comprising: - a processor configured to - receive a first volumetric data set of at least part of an artery, said part comprising a stenosis; - receive at least one two-dimensional data of the stenosis; - receive first arterial pressure drop information, said first arterial pressure drop information being an arterial pressure drop around the stenosis; - register the first volumetric data set with the at least one two-dimensional data to obtain a second volumetric data set; - generate a third volumetric data set (41, 41', 41", 42, 42', 42") by modifying a geometry of the stenosis in the second volumetric data set; and - estimate a second arterial pressure drop around the stenosis in the third volumetric data set. - a processor configured to - receive a first volumetric data set of at least part of an artery, said part comprising a stenosis; - receive at least one two-dimensional data of the stenosis; - receive first arterial pressure drop information, said first arterial pressure drop information being an arterial pressure drop around the stenosis; - register the first volumetric data set with the at least one two-dimensional data to obtain a second volumetric data set; - generate a third volumetric data set (41, 41', 41", 42, 42', 42") by modifying a geometry of the stenosis in the second volumetric data set; and - estimate a second arterial pressure drop around the stenosis in the third volumetric data set.
A printing apparatus comprising: a printhead including a plurality of nozzles each configured to discharge ink and a plurality of sensors, corresponding to the plurality of nozzles, for detecting a discharge state of ink from the plurality of nozzles; a print means arranged to print, based on print data, an image by driving the printhead under a first drive condition to discharge ink from the printhead to a first area, and discharge ink to a second area different from the first area by driving the printhead, based on inspection data, under a second drive condition different from the first drive condition; and characterized by a judgment means arranged to judge a discharge state of each of the plurality of nozzles, based on an output from each of the plurality of sensors at a timing of driving the printhead by the print means under the second drive condition. a printhead including a plurality of nozzles each configured to discharge ink and a plurality of sensors, corresponding to the plurality of nozzles, for detecting a discharge state of ink from the plurality of nozzles; a print means arranged to print, based on print data, an image by driving the printhead under a first drive condition to discharge ink from the printhead to a first area, and discharge ink to a second area different from the first area by driving the printhead, based on inspection data, under a second drive condition different from the first drive condition; and characterized by a judgment means arranged to judge a discharge state of each of the plurality of nozzles, based on an output from each of the plurality of sensors at a timing of driving the printhead by the print means under the second drive condition.
Apparatus for producing three-dimensional work pieces, the apparatus comprising: - a carrier, - a powder application device for applying a raw material powder onto the carrier, - an irradiation device for selectively irradiating a laser beam onto the raw material powder applied onto the carrier, and - a control unit which is adapted to control the operation of the powder application device and the irradiation device in dependence on the crystallization behavior of the raw material powder, in order to tailor the microstructure of a work piece made of said raw material powder by an additive layer construction method, wherein the irradiation device comprises: - at least one radiation source and - at least one optical unit for guiding and/or processing the laser beam emitted by the radiation source, the optical unit comprising a scanner unit for changing and adapting a position of a focus of the laser beam both in a direction of a beam path of the laser beam and in a plane perpendicular to the beam path, wherein the control unit is adapted to control the radiation source and/or the optical unit so as to adjust the beam size of the laser beam irradiated onto the raw material powder applied onto the carrier so as to emit the laser beam having a diameter of more than 200 μm in order to obtain a substantially single crystalline or directionally/dendritically solidified microstructure in the generated work piece. - a carrier, - a powder application device for applying a raw material powder onto the carrier, - an irradiation device for selectively irradiating a laser beam onto the raw material powder applied onto the carrier, and - a control unit which is adapted to control the operation of the powder application device and the irradiation device in dependence on the crystallization behavior of the raw material powder, in order to tailor the microstructure of a work piece made of said raw material powder by an additive layer construction method, - at least one radiation source and - at least one optical unit for guiding and/or processing the laser beam emitted by the radiation source, the optical unit comprising a scanner unit for changing and adapting a position of a focus of the laser beam both in a direction of a beam path of the laser beam and in a plane perpendicular to the beam path,
Method for operating a hydraulic system of a self-propelled road paver, comprising feeding hydraulic oil into a closed hydraulic circuit, wherein at least one hydraulic motor is driven by the hydraulic circuit by means of at least one operating pump, and wherein a quantity of hydraulic oil is removed from the closed hydraulic circuit during operation per unit of time for cooling and/or filtering purposes and a quantity of hydraulic oil is fed back to the hydraulic circuit at another location per unit of time, characterized in that the feeding of hydraulic oil into the closed hydraulic circuit occurs by means of a feed pump configured as a variable displacement pump, the delivery rate of which is variable and regulated by at least one operating parameter in a need-based manner, and that, moreover, a scavenger circuit is present with a scavenger pump configured as a fixed displacement pump, via which, independently of the closed hydraulic circuit, a continuous flushing and/or cooling of the at least one operating pump and/or the at least one hydraulic motor occurs for cooling and/or lubricating purposes.
A printing form precursor having an anodised metal oxide printing surface, the printing surface being hydrophobic and capable of being made hydrophilic by electromagnetic radiation having a pulse duration of not greater than 1 x 10 -10 seconds and fluence of at least 10 mJ/cm 2, wherein the metal oxide printing surface has a weight of at least 3.5 gm -2.
System comprising a floor drain and a fire protection insert without barrier water for the floor drain, wherein the fire protection insert has an insert element with a main body and holding arms extending outwardly from the main body, wherein the fire protection insert is inserted into the floor drain so that the main body is held centrally in the floor drain at a distance from an inner wall of the floor drain via the holding arms, so that, in case of fire, an intumescent arranged in the main body evenly foams up from the inside to the outside, starting from the center of the floor drain, and closes the floor drain.
A microfoam for use in sclerotherapy, comprising: a physiologically acceptable blood dispersible gas capable of being substantially completely dissolved in or absorbed by blood, wherein the physiologically acceptable blood dispersible gas includes less than 40% v/v nitrogen and comprises at least 50% oxygen or carbon dioxide; and an aqueous sclerosant liquid suitable for use in sclerotherapy, said aqueous sclerosant liquid being aqueous polidocanol or sodium tetradecyl sulphate; characterised in that the microfoam has a density of from 0.07 to 0.19 g/cm 3 and is capable of being passed down a 21 gauge needle such that 50% or more by number of its gas bubbles of at least 25 μm are of 150 μm diameter or less and at least 95% of these bubbles are of 280 μm diameter or less. a physiologically acceptable blood dispersible gas capable of being substantially completely dissolved in or absorbed by blood, wherein the physiologically acceptable blood dispersible gas includes less than 40% v/v nitrogen and comprises at least 50% oxygen or carbon dioxide; and an aqueous sclerosant liquid suitable for use in sclerotherapy, said aqueous sclerosant liquid being aqueous polidocanol or sodium tetradecyl sulphate;
A germination box comprising: a container for receiving grain, wherein the container has a base, a beam arranged inside the container, and a conveying device, in particular a screw, arranged horizontally to the base for loading and unloading the container, wherein the conveying device is movable in the vertical direction, and wherein the conveying device is fastened to the beam, and a plurality of turning screws arranged on the beam vertically to the base, wherein the turning screws are operated in pairs in opposite directions to turn the grain, characterized in that a stripping tool is arranged at an end of each of the turning screws facing the base, and the turning screws are configured to be operated in the same direction for emptying the germination box. a container for receiving grain, wherein the container has a base, a beam arranged inside the container, and a conveying device, in particular a screw, arranged horizontally to the base for loading and unloading the container, wherein the conveying device is movable in the vertical direction, and wherein the conveying device is fastened to the beam, and a plurality of turning screws arranged on the beam vertically to the base, wherein the turning screws are operated in pairs in opposite directions to turn the grain, a stripping tool is arranged at an end of each of the turning screws facing the base, and the turning screws are configured to be operated in the same direction for emptying the germination box.
A glass plate module to be attached at a position adjacent to a door of a vehicle that can be opened and closed, a part of the door being configured to be arranged in a door arrangement portion of the vehicle, the glass plate module comprising: a glass plate; a window assembly that is fixed to a peripheral edge of the glass plate; and a molding portion that includes a tubular molding portion main body provided with a through hole extending along the window assembly and that is fixed to the window assembly, wherein the molding portion main body is configured to protrude from the door arrangement portion toward the vehicle exterior side, and to come into contact with a portion of the closed door and to be flattened when the door is closed, the glass plate module being characterised in that a cutout portion that extends along the window assembly is formed in an inner wall surface of the through hole of the molding portion main body. a glass plate; a window assembly that is fixed to a peripheral edge of the glass plate; and a molding portion that includes a tubular molding portion main body provided with a through hole extending along the window assembly and that is fixed to the window assembly, wherein the molding portion main body is configured to protrude from the door arrangement portion toward the vehicle exterior side, and to come into contact with a portion of the closed door and to be flattened when the door is closed, the glass plate module being characterised in that a cutout portion that extends along the window assembly is formed in an inner wall surface of the through hole of the molding portion main body.
Bicycle helmet with a Bluetooth interface, wherein the bicycle helmet comprises a helmet body with a chin strap which has two belt straps which are arranged laterally at the helmet body and are connected with a catch, wherein the bicycle helmet has a device for sound transmission via bone sound or bone conduction, which is connected to a power supply, and that an adjusting unit is provided with which the device for sound transmission can be operated, characterized in that the device for sound transmission via bone sound or bone conduction is detachably attached to the helmet body, and in that a fastening receptacle with a latching mechanism is provided in the interior of the helmet body and the device for sound transmission via bone sound or bone conduction has a corresponding latching mechanism, so that it can be latched into the fastening receptacle.
A method of detecting intact fibrinogen in a sample containing at least some fibrinogen, comprising the steps of: a) Solubilizing the sample in a solubilizing solution that inhibits thrombin activity; b) Transferring a portion of said sample to a gel and subjecting said portion to electrophoresis; c) Transferring a fraction of said portion of the sample from said gel to a protein-binding membrane and immobilizing the fibrinogen on said membrane; d) Subjecting said membrane to at least one blocking step; e) Reacting the fibrinogen immobilized on said membrane with a primary monoclonal antibody capable of binding to fibrinopeptide A moiety or fibrinopeptide B moiety to form a fibrinogen-antibody complex; f) Subjecting said membrane to at least one washing step to remove any unbound primary monoclonal antibody; g) Reacting said monoclonal antibody that formed the fibrinogen-antibody complex with a secondary antibody having a marker; h) Subjecting said membrane to at least one washing step to remove any unbound secondary antibody having a marker; and i) Detecting the quantity of intact fibrinogen in the sample by quantifying the amount of the marker. a) Solubilizing the sample in a solubilizing solution that inhibits thrombin activity; b) Transferring a portion of said sample to a gel and subjecting said portion to electrophoresis; c) Transferring a fraction of said portion of the sample from said gel to a protein-binding membrane and immobilizing the fibrinogen on said membrane; d) Subjecting said membrane to at least one blocking step; e) Reacting the fibrinogen immobilized on said membrane with a primary monoclonal antibody capable of binding to fibrinopeptide A moiety or fibrinopeptide B moiety to form a fibrinogen-antibody complex; f) Subjecting said membrane to at least one washing step to remove any unbound primary monoclonal antibody; g) Reacting said monoclonal antibody that formed the fibrinogen-antibody complex with a secondary antibody having a marker; h) Subjecting said membrane to at least one washing step to remove any unbound secondary antibody having a marker; and i) Detecting the quantity of intact fibrinogen in the sample by quantifying the amount of the marker.
A formulation, comprising a crystalline particle or particle aggregate encapsulated within a biocompatible amphiphilic block copolymer comprising poly(ethylene glycol-block- n -butyl acrylate) (PEG-PnBA) or poly(ethylene glycol-block-D,L-lactic acid) (PEG-PLA), wherein said particle is a calcium tungstate (CaWO 4) nanoparticle.
A system comprising: a radar antenna array; a hardware logic component; and a computing device, wherein the hardware logic component and the computing device are configured to collectively perform acts comprising: responsive to receipt of radar data that is indicative of a radar return received by the radar antenna array from a field of view, FOV, of the radar antenna array, encoding the radar data into a first embedding (125, 228) in a first latent space; transforming the first embedding (125, 228) to a second embedding (130, 230) by providing the first embedding (125, 228) as input to a neural network, wherein the second embedding (130, 230) is included in output of the neural network; and decoding the second embedding (130, 230) to generate beamformed radar data, wherein the beamformed radar data is indicative of a partial radar return received by the radar antenna array from a subset of the FOV of the radar antenna array. a radar antenna array; a hardware logic component; and a computing device, wherein the hardware logic component and the computing device are configured to collectively perform acts comprising: responsive to receipt of radar data that is indicative of a radar return received by the radar antenna array from a field of view, FOV, of the radar antenna array, encoding the radar data into a first embedding (125, 228) in a first latent space; transforming the first embedding (125, 228) to a second embedding (130, 230) by providing the first embedding (125, 228) as input to a neural network, wherein the second embedding (130, 230) is included in output of the neural network; and decoding the second embedding (130, 230) to generate beamformed radar data, wherein the beamformed radar data is indicative of a partial radar return received by the radar antenna array from a subset of the FOV of the radar antenna array. responsive to receipt of radar data that is indicative of a radar return received by the radar antenna array from a field of view, FOV, of the radar antenna array, encoding the radar data into a first embedding (125, 228) in a first latent space; transforming the first embedding (125, 228) to a second embedding (130, 230) by providing the first embedding (125, 228) as input to a neural network, wherein the second embedding (130, 230) is included in output of the neural network; and decoding the second embedding (130, 230) to generate beamformed radar data, wherein the beamformed radar data is indicative of a partial radar return received by the radar antenna array from a subset of the FOV of the radar antenna array.