mhurhangee/ep-ind-claims huggingface dataset:
An exercise apparatus with selectable target objects (12 1, 12 2,..., 12 6) arranged to register hits by a movable playing object, the apparatus comprising: - a plurality of target objects (12 1, 12 2,..., 12 6) being arranged on a wall, wherein the wall is formed from several wall sections (11 1, 11 2,..., 11 6), at least some of the wall sections (11 1, 11 2,..., 11 6) being provided with a target object (12 1, 12 2,..., 12 6), wherein each target object (12 1, 12 2,..., 12 6) is provided with a respective indicator (13 1, 13 2,..., 13 6) connected to and arranged at said target object (12 1, 12 2,..., 12 6), and - a control unit connected to the plurality of target objects (12 1, 12 2,..., 12 6) and to the indicators (13 1, 13 2,..., 13 6), the control unit being arranged for first selecting and then activating the target objects (12 1, 12 2,..., 12 6) by activating the corresponding indicator (13 1, 13 2,..., 13 6) for a period determined by the control unit, the indicator (13 1, 13 2,..., 13 6) being arranged to identify the activated target object (12 1, 12 2,..., 12 6), characterized in that each indicator (13 1, 13 2,..., 13 6) is arranged separate from and above the target object (12 1, 12 2,..., 12 6), wherein the height above ground of the indicators (13 1, 13 2,..., 13 6) reasonably corresponds to the height of a player using the exercise apparatus, wherein the control unit is at least arranged to indicate the target object (12 1, 12 2,..., 12 6) at which the player is to aim in his/her next move, by the respective indicator (13 1, 13 2,..., 13 6) being activated for a certain time period. - a plurality of target objects (12 1, 12 2,..., 12 6) being arranged on a wall, wherein the wall is formed from several wall sections (11 1, 11 2,..., 11 6), at least some of the wall sections (11 1, 11 2,..., 11 6) being provided with a target object (12 1, 12 2,..., 12 6), wherein each target object (12 1, 12 2,..., 12 6) is provided with a respective indicator (13 1, 13 2,..., 13 6) connected to and arranged at said target object (12 1, 12 2,..., 12 6), and - a control unit connected to the plurality of target objects (12 1, 12 2,..., 12 6) and to the indicators (13 1, 13 2,..., 13 6), the control unit being arranged for first selecting and then activating the target objects (12 1, 12 2,..., 12 6) by activating the corresponding indicator (13 1, 13 2,..., 13 6) for a period determined by the control unit, the indicator (13 1, 13 2,..., 13 6) being arranged to identify the activated target object (12 1, 12 2,..., 12 6), characterized in that each indicator (13 1, 13 2,..., 13 6) is arranged separate from and above the target object (12 1, 12 2,..., 12 6), wherein the height above ground of the indicators (13 1, 13 2,..., 13 6) reasonably corresponds to the height of a player using the exercise apparatus, wherein the control unit is at least arranged to indicate the target object (12 1, 12 2,..., 12 6) at which the player is to aim in his/her next move, by the respective indicator (13 1, 13 2,..., 13 6) being activated for a certain time period.
An apparatus, the apparatus comprising: a two-part composite stent device comprising (i) an exterior, endothelializing support stent, and (ii) an interior stent within the exterior, endothelializing support stent; characterized in that the apparatus is an apparatus for occluding a blood vessel, in that the two-part composite stent device is a two-part composite stent occluder, in that the interior stent is an interior, occluding stent, and in that the interior, occluding stent comprises a skeleton and a loose weave fabric windsock for clotting off with blood for occluding the blood vessel. (i) an exterior, endothelializing support stent, and (ii) an interior stent within the exterior, endothelializing support stent;
A method for reducing or preventing injury or damage to non-target plants, crops or desirable vegetation from exposure to a herbicidal composition, the method comprising the application of the herbicidal composition comprising the reaction product of a herbicidal carboxylic acid selected from the group consisting of triclopyr, aminopyralid, clopyralid, fluroxypyr, picloram, cyhalofop, fluazifop, haloxyfop, clodinafop, fenoxaprop, dicamba, glufosinate or glyphosate, and a (tetraalkyl)ammonium hydroxide; in which the (tetraalkyl)ammonium hydroxide is a compound of the formula: wherein R 1, R 2 and R 3 independently represents (C 1 -C 16) alkyl or any two of R 1, R 2 and R 3 represent -(CH 2) n - where n is an integer from 3-5 and R 4 represents ((C 1 -C 16) alkyl or arylalkyl), to undesirable vegetation or to the locus thereof or to the soil prior to emergence of the undesirable vegetation.
A method of analyzing layer thickness of a multilayer component, the method comprising: creating an opening having a predefined geometry partially into the multilayer component at a selected location on a surface of the multilayer component, wherein the multilayer component includes a plurality of material layers including a substrate and a bond coat and the opening exposes each of the plurality of material layers including the substrate; characterized by creating an image of the exposed plurality of material layers in the opening using a digital microscope; and calculating at least a thickness of the bond coat and/or a depletion layer, where present, of the exposed plurality of material layers from the image and based on the predefined geometry of the opening, and determining a life expectancy of the bond coat based on the at least one of the thickness of the depletion layer and the thickness of the bond coat. creating an opening having a predefined geometry partially into the multilayer component at a selected location on a surface of the multilayer component, wherein the multilayer component includes a plurality of material layers including a substrate and a bond coat and the opening exposes each of the plurality of material layers including the substrate; characterized by creating an image of the exposed plurality of material layers in the opening using a digital microscope; and calculating at least a thickness of the bond coat and/or a depletion layer, where present, of the exposed plurality of material layers from the image and based on the predefined geometry of the opening, and determining a life expectancy of the bond coat based on the at least one of the thickness of the depletion layer and the thickness of the bond coat.
A refractive-index sensor, comprising: a substrate having a top surface; a microfluidic chip on the top surface and having a non-planar bottom surface that forms a channel between the top surface and the non-planar bottom surface, the channel having a channel depth in a direction perpendicular to the top surface; characterized in that the refractive-index sensor includes: a plurality of dielectric resonators forming a metasurface (130,430,1030) on the top surface, each of the plurality of dielectric resonators extending into the channel to a height above the top surface that is less than the channel depth, the metasurface having an electric dipole resonance and a magnetic dipole resonance that are either (i) spectrally overlapping or (ii) spectrally adjacent; and a light source configured to illuminate the metasurface with illumination incident on the top surface at an incidence angle, the illumination having a center wavelength λ 0 exceeding the height, a width of each of the plurality of dielectric resonators, and a unit cell size of the metasurface. a substrate having a top surface; a microfluidic chip on the top surface and having a non-planar bottom surface that forms a channel between the top surface and the non-planar bottom surface, the channel having a channel depth in a direction perpendicular to the top surface; characterized in that the refractive-index sensor includes: a plurality of dielectric resonators forming a metasurface (130,430,1030) on the top surface, each of the plurality of dielectric resonators extending into the channel to a height above the top surface that is less than the channel depth, the metasurface having an electric dipole resonance and a magnetic dipole resonance that are either (i) spectrally overlapping or (ii) spectrally adjacent; and a light source configured to illuminate the metasurface with illumination incident on the top surface at an incidence angle, the illumination having a center wavelength λ 0 exceeding the height, a width of each of the plurality of dielectric resonators, and a unit cell size of the metasurface. a plurality of dielectric resonators forming a metasurface (130,430,1030) on the top surface, each of the plurality of dielectric resonators extending into the channel to a height above the top surface that is less than the channel depth, the metasurface having an electric dipole resonance and a magnetic dipole resonance that are either (i) spectrally overlapping or (ii) spectrally adjacent; and a light source configured to illuminate the metasurface with illumination incident on the top surface at an incidence angle, the illumination having a center wavelength λ 0 exceeding the height, a width of each of the plurality of dielectric resonators, and a unit cell size of the metasurface.
A conveyor and conveyor drive for filling a combine grain tank comprising: a chain and paddle conveyor disposed inside a generally vertical housing: an intermediate chamber in communication with the chain and paddle conveyor to receive grain from the chain and paddle conveyor; a gearbox that is fixed to and extends into the intermediate chamber, the gearbox driving a first coupling element around a first rotational axis, wherein the first coupling element is disposed inside the intermediate chamber, is generally circular, and has a first face defining a first plurality of teeth and a second opposing face; and an auger conveyor having an inlet and an outlet, wherein the auger conveyor comprises a conveyor tube and an auger disposed inside the conveyor tube, wherein the conveyor tube and the auger are dimensioned such that rotation of the auger within the conveyor tube conveys grain from the inlet to the outlet and wherein the auger is coupled to and driven by a second coupling element that is generally circular, and has a first face defining a second plurality of teeth; wherein each of the teeth of first coupling element is configured to engage with a corresponding tooth of the second coupling element to communicate torque from the first coupling element to the second coupling element and to drive the auger in rotation, characterized in that each of the teeth of the first coupling element defines a through-hole extending completely through from the first face to the second opposing face of said each of the teeth, and further wherein the through hole is large enough to permit grain being conveyed by the auger conveyor to pass therethrough. an intermediate chamber in communication with the chain and paddle conveyor to receive grain from the chain and paddle conveyor; a gearbox that is fixed to and extends into the intermediate chamber, the gearbox driving a first coupling element around a first rotational axis, wherein the first coupling element is disposed inside the intermediate chamber, is generally circular, and has a first face defining a first plurality of teeth and a second opposing face; and an auger conveyor having an inlet and an outlet, wherein the auger conveyor comprises a conveyor tube and an auger disposed inside the conveyor tube, wherein the conveyor tube and the auger are dimensioned such that rotation of the auger within the conveyor tube conveys grain from the inlet to the outlet and wherein the auger is coupled to and driven by a second coupling element that is generally circular, and has a first face defining a second plurality of teeth; wherein each of the teeth of first coupling element is configured to engage with a corresponding tooth of the second coupling element to communicate torque from the first coupling element to the second coupling element and to drive the auger in rotation, characterized in that each of the teeth of the first coupling element defines a through-hole extending completely through from the first face to the second opposing face of said each of the teeth, and further wherein the through hole is large enough to permit grain being conveyed by the auger conveyor to pass therethrough.
An ultrasound probe assembly comprising: - an ultrasound probe including: - a probe body having a mounting area and a flexible lip around said mounting area for sealing a space between the mounting area and a subject contacted by the ultrasound probe; and - an active area comprising a plurality of ultrasound transducer elements mounted in the mounting area; and - a pliable cover adapted to be applied over the active area of the ultrasound probe comprising a polymer layer (2, 2') for containing a coupling agent for coupling the ultrasound transducer elements to a body surface of the subject and a regular pattern of channels extending through the pliable cover for evacuating air from between the pliable cover and the body surface, wherein the channels are positioned such that when the pliable cover is applied over the active area, the channels are arranged in between the ultrasound transducer elements, and wherein the mounting area is flexible such that it may be deformed to conform to the body surface of the subject. - an ultrasound probe including: - a probe body having a mounting area and a flexible lip around said mounting area for sealing a space between the mounting area and a subject contacted by the ultrasound probe; and - an active area comprising a plurality of ultrasound transducer elements mounted in the mounting area; and - a probe body having a mounting area and a flexible lip around said mounting area for sealing a space between the mounting area and a subject contacted by the ultrasound probe; and - an active area comprising a plurality of ultrasound transducer elements mounted in the mounting area; and - a pliable cover adapted to be applied over the active area of the ultrasound probe comprising a polymer layer (2, 2') for containing a coupling agent for coupling the ultrasound transducer elements to a body surface of the subject and a regular pattern of channels extending through the pliable cover for evacuating air from between the pliable cover and the body surface,
Assembly comprising a stabiliser and an instrument to be positioned in or around a passage surrounded by body tissue, in particular vascular tissue, wherein the stabiliser comprises a working duct with a suction section at its distal end, which suction section can be operationally connected to suction means in order to suck tightly to tissue close to and around said passage, which may still have to be made; wherein the instrument is adapted to be inserted into the working duct and has a head section for performing operations on vascular tissue, characterized in that the suction section has one suction mouth opening (8, 102, 129, 414, 435, 452, 472, 606, 612) running in the shape of a loop along the entire periphery of the working duct.
Gas washout vent for use in a medical mask adapted to supply pressurized gas to the user's airways, the vent comprising: an air-permeable porous portion having an entry surface and an exit surface, the entry surface being formed of or coated with a hydrophobic material or hydrophilic material and the exit surface being formed of or coated with the other of the hydrophobic material and the hydrophilic material. an air-permeable porous portion having an entry surface and an exit surface, the entry surface being formed of or coated with a hydrophobic material or hydrophilic material and the exit surface being formed of or coated with the other of the hydrophobic material and the hydrophilic material.
The use of a composition for the removal of label(s) from a labeled article, said composition comprising: • from 1 % to 3% by weight of at least one organic or mineral base, • from 2% to 10% by weight of at least one water-miscible organic solvent, preferably from 3% to 8%, more preferably from 4% to 6%, and • water, the amount of which is determined so as to form the remainder of the total composition (100% by weight). • from 1 % to 3% by weight of at least one organic or mineral base, • from 2% to 10% by weight of at least one water-miscible organic solvent, preferably from 3% to 8%, more preferably from 4% to 6%, and • water, the amount of which is determined so as to form the remainder of the total composition (100% by weight).
A method comprising: accessing, by a chromatographic alignment system, a target file including data representative of a plurality of chromatographic features detected from a first sample and a reference file including data representative of a plurality of chromatographic features detected from a second sample, identifying, by the chromatographic alignment system based on the target file and the reference file, a distinct retention time offset value for each chromatographic feature included in a first subset of the plurality of chromatographic features detected from the first sample, determining, based on the identified distinct retention time offset values for the chromatographic features included in the first subset and based on a machine learning model, a distinct predicted retention time offset value for each chromatographic feature included in a second subset of the plurality of chromatographic features detected from the first sample, and assigning, by the chromatographic alignment system, the distinct predicted retention time offset value for each chromatographic feature included in the second subset. accessing, by a chromatographic alignment system, a target file including data representative of a plurality of chromatographic features detected from a first sample and a reference file including data representative of a plurality of chromatographic features detected from a second sample, identifying, by the chromatographic alignment system based on the target file and the reference file, a distinct retention time offset value for each chromatographic feature included in a first subset of the plurality of chromatographic features detected from the first sample, determining, based on the identified distinct retention time offset values for the chromatographic features included in the first subset and based on a machine learning model, a distinct predicted retention time offset value for each chromatographic feature included in a second subset of the plurality of chromatographic features detected from the first sample, and assigning, by the chromatographic alignment system, the distinct predicted retention time offset value for each chromatographic feature included in the second subset.
An implantable medical device comprising: one or more electrodes (22, 24, 42) comprising a tissue-piercing electrode implantable from the triangle of Koch region of the right atrium through the right atrial endocardium and central fibrous body to deliver cardiac therapy to or sense electrical activity of the left ventricle in the basal region, septal region, or basal-septal region of the left ventricular myocardium of a patient's heart, and an imageable member comprising an imageable material coupled to a housing or a lead configured, when viewed using two-dimensional imaging, to provide orientation information in a third dimension orthogonal to the two dimensions; a therapy delivery circuit operably coupled to the one or more electrodes to deliver cardiac therapy to the patient's heart; a sensing circuit operably coupled to the one or more electrodes to sense electrical activity of the patient's heart; and a controller comprising processing circuitry operably coupled to the therapy delivery circuit and the sensing circuit, the controller configured to: sense electrical activity using the one or more electrodes; and deliver cardiac therapy based on the sensed electrical activity. one or more electrodes (22, 24, 42) comprising a tissue-piercing electrode implantable from the triangle of Koch region of the right atrium through the right atrial endocardium and central fibrous body to deliver cardiac therapy to or sense electrical activity of the left ventricle in the basal region, septal region, or basal-septal region of the left ventricular myocardium of a patient's heart, and an imageable member comprising an imageable material coupled to a housing or a lead configured, when viewed using two-dimensional imaging, to provide orientation information in a third dimension orthogonal to the two dimensions; a therapy delivery circuit operably coupled to the one or more electrodes to deliver cardiac therapy to the patient's heart; a sensing circuit operably coupled to the one or more electrodes to sense electrical activity of the patient's heart; and a controller comprising processing circuitry operably coupled to the therapy delivery circuit and the sensing circuit, the controller configured to: sense electrical activity using the one or more electrodes; and deliver cardiac therapy based on the sensed electrical activity. sense electrical activity using the one or more electrodes; and deliver cardiac therapy based on the sensed electrical activity.
Method for placing stackable storage devices, for example containers, pallets, cartons and similar, on a storage area, in particular stacked arrangements such as, for example, a so-called container stack, in which method in a depositing procedure with a storage device an edge of the storage device is detected by at least one radar sensor, and the depositing area specified for the storage device is detected, wherein at least one spacing between the edge, in particular at the lower end of the storage device in terms of the depositing procedure, and the depositing area is determined, and wherein controlling of the depositing procedure onto the depositing area is performed based on at least the determined spacing, characterized in that, for detecting the edge, an evaluation of a plurality of temporally successive radar images is performed, and wherein within the radar images at least two returned signals in which the reflection spacings decrease at a speed that is n-times the advancing speed are identified, and the current spacing from the depositing area is determined based on the difference of the identified returned signals.
Cap anchoring element arrangement comprising - an anchoring element on which there is a circumferential groove, - a cap for fastening dentures on the anchoring element, which cap has a projection facing radially inwards and a conical end, and - a die which is made of a resiliently elastic deformable material and is arranged in the cap only above the conical end, - wherein the projection interacts with the circumferential groove on the anchoring element as a retention element so that the cap can be or is releasably fastened to the anchoring element by means of the die, and wherein, in the fastened state, the conical end arranged below the retention element at least partially encloses a corresponding outer surface of the anchoring element. - an anchoring element on which there is a circumferential groove, - a cap for fastening dentures on the anchoring element, which cap has a projection facing radially inwards and a conical end, and - a die which is made of a resiliently elastic deformable material and is arranged in the cap only above the conical end, - wherein the projection interacts with the circumferential groove on the anchoring element as a retention element so that the cap can be or is releasably fastened to the anchoring element by means of the die, and wherein, in the fastened state, the conical end arranged below the retention element at least partially encloses a corresponding outer surface of the anchoring element.