mhurhangee/ep-ind-claims huggingface dataset:
Drinking straw including a plastic wall having a first end and a second end, the plastic wall comprising: - a first tubular end portion adjacent the first end and defining a single passage; - a first branched portion spaced apart from the first end and defining at least three parallel passages formed around a longitudinal axis of the drinking straw and being in fluid communication with the single passage of the first tubular end portion; - a second tubular end portion adjacent the second end and defining a single passage; - a second branched portion spaced apart from the second end and defining at least three parallel passages formed around a longitudinal axis of the drinking straw and being in fluid communication with the single passage of the second tubular end portion; and - a hollow elongate middle portion providing fluid communication between the parallel passages of the first branched portion and the parallel passages of the second branched portion; the parallel passages of the first and second branched portions (2a, 2b) are defined by neighbouring recesses formed in the wall and a common inner seam connecting the neighbouring recesses along the longitudinal axis of the drinking straw; fillers containing active ingredients are arranged within the middle portion for progressively adding the active ingredients to a liquid drawn through the straw and the dimensions of the fillers and the cross section of the parallel passages are chosen such as to prevent the fillers from passing through the parallel passages of the first and second branched portion (2a, 2b). - a first tubular end portion adjacent the first end and defining a single passage; - a first branched portion spaced apart from the first end and defining at least three parallel passages formed around a longitudinal axis of the drinking straw and being in fluid communication with the single passage of the first tubular end portion; - a second tubular end portion adjacent the second end and defining a single passage; - a second branched portion spaced apart from the second end and defining at least three parallel passages formed around a longitudinal axis of the drinking straw and being in fluid communication with the single passage of the second tubular end portion; and - a hollow elongate middle portion providing fluid communication between the parallel passages of the first branched portion and the parallel passages of the second branched portion;
A method of forming an axially-mountable package housing a semiconductor chip, comprising: electrically and mechanically connecting a lower die pad to a lower electrical contact of a semiconductor chip, the lower die pad extending in a first plane; electrically and mechanically connecting an upper die pad to an upper electrical contact of the semiconductor chip, the upper die pad extending in a second plane; electrically and mechanically connecting a first axially extending electrical lead to the lower die pad, said first lead extending in a first axial direction parallel to the first and second planes; electrically and mechanically connecting a second axially extending electrical lead to the upper die pad, said second lead extending in a second axial direction that is opposite to the first axial direction; encapsulating the semiconductor chip, the upper and lower die pads (130, 120) and a portion of the first and second axially extending leads (125, 135) in packaging material using a molding process; and wherein the first and second leads (125, 135) extend along a common longitudinal axis, wherein the first and second leads (125, 135) extend from said packaging material. electrically and mechanically connecting a lower die pad to a lower electrical contact of a semiconductor chip, the lower die pad extending in a first plane; electrically and mechanically connecting an upper die pad to an upper electrical contact of the semiconductor chip, the upper die pad extending in a second plane; electrically and mechanically connecting a first axially extending electrical lead to the lower die pad, said first lead extending in a first axial direction parallel to the first and second planes; electrically and mechanically connecting a second axially extending electrical lead to the upper die pad, said second lead extending in a second axial direction that is opposite to the first axial direction; encapsulating the semiconductor chip, the upper and lower die pads (130, 120) and a portion of the first and second axially extending leads (125, 135) in packaging material using a molding process; and
A method performed by a network node in a wireless communication network, the method comprising: determining (105, 205, 305) one or more environmental conditions under which a measurement has been, is being, or will be performed by a radio node in the wireless communication network; and accounting (115, 210, 310) for an effect of the one or more environmental conditions on the measurement, characterized in that said accounting comprises at least one of (a) configuring the measurement to be performed over different bandwidths, over different carrier frequencies, over different periodicities, during different total time intervals and/or on different cells under different environmental conditions according to a defined mapping of environmental conditions to measurement configurations, and (b) applying different compensation factors or offsets to the result of the measurement, or to a reference measurement to which said result is compared, under different environmental conditions in order to compensate for those environmental conditions. determining (105, 205, 305) one or more environmental conditions under which a measurement has been, is being, or will be performed by a radio node in the wireless communication network; and accounting (115, 210, 310) for an effect of the one or more environmental conditions on the measurement, characterized in that said accounting comprises at least one of (a) configuring the measurement to be performed over different bandwidths, over different carrier frequencies, over different periodicities, during different total time intervals and/or on different cells under different environmental conditions according to a defined mapping of environmental conditions to measurement configurations, and (b) applying different compensation factors or offsets to the result of the measurement, or to a reference measurement to which said result is compared, under different environmental conditions in order to compensate for those environmental conditions. (a) configuring the measurement to be performed over different bandwidths, over different carrier frequencies, over different periodicities, during different total time intervals and/or on different cells under different environmental conditions according to a defined mapping of environmental conditions to measurement configurations, and (b) applying different compensation factors or offsets to the result of the measurement, or to a reference measurement to which said result is compared, under different environmental conditions in order to compensate for those environmental conditions.
A crystalline form of trans-1{4-[2-[4-(2,3-dichlorophenyl)-piperazin-1-yl]-ethyl]-cyclohexyl}-3,3-dimethyl-urea hydrochloride (Form III) having a X-ray powder diffraction pattern (CuKα radiation) comprising characteristic peaks at 4.1, 12.3, 16.5, and 17.4 ± 0.2 degrees 2θ.
A rotary cutting tool insert comprising: an annular rake face provided with at least one recess portion, each of the at least one recess portion being sandwiched between flat portions of the rake face as viewed in a radial cross section of the rotary cutting tool insert; and a cutting edge formed at an outer circumference of the rake face, the cutting edge being configured to rotate around an axis of the rotary cutting tool insert, the recess portion having a width of more than or equal to 1.2 mm and less than or equal to 3.0 mm in a circumferential direction of the rake face, a distance between the cutting edge and an end of the recess portion at the outer circumference side of the rake face being more than or equal to 0.1 mm and less than or equal to 0.5 mm, wherein the recess portion has a maximum depth of more than or equal to 0.15mm and less than or equal to 0.25mm wherein a level difference is provided at an inner circumferential side of the rake face. an annular rake face provided with at least one recess portion, each of the at least one recess portion being sandwiched between flat portions of the rake face as viewed in a radial cross section of the rotary cutting tool insert; and a cutting edge formed at an outer circumference of the rake face, the cutting edge being configured to rotate around an axis of the rotary cutting tool insert, the recess portion having a width of more than or equal to 1.2 mm and less than or equal to 3.0 mm in a circumferential direction of the rake face, a distance between the cutting edge and an end of the recess portion at the outer circumference side of the rake face being more than or equal to 0.1 mm and less than or equal to 0.5 mm, wherein the recess portion has a maximum depth of more than or equal to 0.15mm and less than or equal to 0.25mm wherein a level difference is provided at an inner circumferential side of the rake face.
Method of producing esters by carbonylation, characterized in that it is carried out i) using at least one palladium-containing compound, ii) at least one olefinically unsaturated compound, iii) at least one phosphorus-containing ligand, iv) at least one formate, v) at least one alcohol, vi) at least one acid, vii) in a temperature range of 80°C to 120°C, viii) at a reaction pressure of 0.1 to 0.6 MPa, wherein the acid is selected from the group of sulphonic acids. i) using at least one palladium-containing compound, ii) at least one olefinically unsaturated compound, iii) at least one phosphorus-containing ligand, iv) at least one formate, v) at least one alcohol, vi) at least one acid, vii) in a temperature range of 80°C to 120°C, viii) at a reaction pressure of 0.1 to 0.6 MPa,
A prosthetic wrist implant comprising: a radial implant component comprising a tray having a distal bearing surface and a proximal surface having an elongated radial stem extending therefrom adapted for attachment to a radius bone, the tray comprising radial and ulnar sides and volar and dorsal sides; characterised in that the distal bearing surface of the radial implant component has a flexion/extension radius of curvature that varies along the radial/ulnar direction, wherein the flexion/extension radius of curvature on the ulnar side is larger than the flexion/extension radius of curvature on the radial side. a radial implant component comprising a tray having a distal bearing surface and a proximal surface having an elongated radial stem extending therefrom adapted for attachment to a radius bone, the tray comprising radial and ulnar sides and volar and dorsal sides; the distal bearing surface of the radial implant component has a flexion/extension radius of curvature that varies along the radial/ulnar direction, wherein the flexion/extension radius of curvature on the ulnar side is larger than the flexion/extension radius of curvature on the radial side.
A stabilizing arrangement for transporting a switch cabinet, comprising a switch cabinet having a frame of vertical and horizontal struts, and a switch cabinet door attached to a door side of the frame via at least one hinge, so that the switch cabinet door can be pivoted back and forth between an open position, in which it is pivoted away from the door side, and a closed position, in which it rests against the door side, at least one form-fitting piece being fastened to the door side which extends with its free end away from the door side and has an undercut at its free end, the switch cabinet door having a form-fitting receptacle into which the form-fitting piece projects with its free end in the closed position and which is engaged behind by the undercut in the closed position and wherein the at least one form-fitting piece is detachably fastened to the door side and is configured in such a way that it is removed again after transport, that is to say after the switch cabinet has reached its final position.
A carbon material dispersion, comprising: - a fluorinated carbon material having a fluorinated surface formed by bringing a treatment gas with a fluorine concentration of 0.01 to 100 vol.-% into contact with a carbon material under conditions at 150 °C to 600 °C thereby introducing a carbon-fluorine bond into the surface; and - a dispersion medium in which the fluorinated carbon material is dispersed, the fluorinated carbon material having undergone the fluorination followed by vacuum evacuation of the treatment gas so as to prevent fluorine gas from absorbing and remaining on the surface of the carbon material, then followed by the introduction of an inert gas to reach the atmospheric pressure. - a fluorinated carbon material having a fluorinated surface formed by bringing a treatment gas with a fluorine concentration of 0.01 to 100 vol.-% into contact with a carbon material under conditions at 150 °C to 600 °C thereby introducing a carbon-fluorine bond into the surface; and - a dispersion medium in which the fluorinated carbon material is dispersed, the fluorinated carbon material having undergone the fluorination followed by vacuum evacuation of the treatment gas so as to prevent fluorine gas from absorbing and remaining on the surface of the carbon material, then followed by the introduction of an inert gas to reach the atmospheric pressure.
Polymer product, preferably a vehicle tyre having two sidewalls, wherein at least one depiction is arranged on the outer surface of the polymer product, wherein the depiction has an extensive region that is covered by a pattern, - wherein the pattern is a two-dimensional dot pattern, - wherein each dot of the pattern is a three-dimensional element that is in the form of a recess in the surface, - wherein each element has a base area parallel to the surface and extends from there to its peak height, - wherein the pattern has elements with a peak height of 0.10 mm to 0.4 mm, preferably from 0.20 mm to 0.30 mm, and - wherein the pattern has elements, the spacing of which from the respectively next neighbour is 0.10 mm to 0.50 mm, preferably 0.15 mm to 0.25 mm, wherein the spacings are measured between the centroids of the base areas of the elements, characterized in that - the maximum linear extent of the base area of each of the elements of the pattern is 0.1 mm to 0.35 mm, preferably 0.22 mm to 0.28 mm, and - in that elements of the pattern have a substructure, in particular a substructure formed by discretization of the height profiles of the elements. - wherein the pattern is a two-dimensional dot pattern, - wherein each dot of the pattern is a three-dimensional element that is in the form of a recess in the surface, - wherein each element has a base area parallel to the surface and extends from there to its peak height, - wherein the pattern has elements with a peak height of 0.10 mm to 0.4 mm, preferably from 0.20 mm to 0.30 mm, and - wherein the pattern has elements, the spacing of which from the respectively next neighbour is 0.10 mm to 0.50 mm, preferably 0.15 mm to 0.25 mm, wherein the spacings are measured between the centroids of the base areas of the elements, characterized in that - the maximum linear extent of the base area of each of the elements of the pattern is 0.1 mm to 0.35 mm, preferably 0.22 mm to 0.28 mm, and - in that elements of the pattern have a substructure, in particular a substructure formed by discretization of the height profiles of the elements.
A lubricating oil composition for a sliding guide surface, which contains a base oil belonging to group III in the API base oil categories, a secondary phosphite represented by formula 1 wherein R 1 denotes a saturated or unsaturated alkyl group having 9-18 carbon atoms, and a fatty acid represented by formula 2 R 2 COOH wherein R 2 denotes a saturated or unsaturated alkyl group having 9-17 carbon atoms, wherein the secondary phosphite is contained at a quantity of between 0.05 mass% and 3 mass% relative to the overall quantity of the composition, and the fatty acid is contained at a quantity of between 0.01 mass% and 2 mass% relative to the overall quantity of the composition. wherein R 1 denotes a saturated or unsaturated alkyl group having 9-18 carbon atoms, and a fatty acid represented by formula 2 R 2 COOH wherein R 2 denotes a saturated or unsaturated alkyl group having 9-17 carbon atoms, wherein the secondary phosphite is contained at a quantity of between 0.05 mass% and 3 mass% relative to the overall quantity of the composition, and the fatty acid is contained at a quantity of between 0.01 mass% and 2 mass% relative to the overall quantity of the composition.
A projector clustering method comprising the steps of: (a) arranging projection areas of a plurality of projectors 2. to be overlapped with each other; (b) setting a reference projector among the plurality of projectors; and (c) calculating relative transformation information between the reference projector and the other projectors; (d) calculating relative transformation information between the reference projector and an image area; (e) calculating relative transformation information between the image area and the other projectors based on the relative transformation information between the reference projector and the other projectors and the relative transformation information between the reference projector and the image area; wherein a correspondence relation between a pixel included in the image area and a pixel included in a projection area of a specific projector is calculated based on relative transformation information between the image area and the specific projector; the method being characterized in that if the projection area of the specific projector is not in a rectangular shape, a reference area of a rectangular shape is set using a maximum value and a minimum value of the projection area, and a position of a pixel included in the projection area is expressed based on the set reference area. (a) arranging projection areas of a plurality of projectors 2. to be overlapped with each other; (b) setting a reference projector among the plurality of projectors; and (c) calculating relative transformation information between the reference projector and the other projectors; (d) calculating relative transformation information between the reference projector and an image area; (e) calculating relative transformation information between the image area and the other projectors based on the relative transformation information between the reference projector and the other projectors and the relative transformation information between the reference projector and the image area;
Vehicle comprising a front bonnet able to open and to close by means of a rotation about a transverse axis placed at the rear of the said bonnet, the bonnet being extended at the front by a shock-absorbing element situated in a position in which it is contiguous with at least one fixed element of the body of the vehicle, in particular an air inlet grille and/or a bumper, when the said bonnet is in a closed position, characterized in that the absorbing element has an anchoring region intended to support a decorative component comprising a motif which is characteristic of the marque of the vehicle.
A patch for determining and tracking one or more activity/inactivity patterns, polysomnographic patterns and circadian states of a subject, the patch comprising: a microcontroller, volatile and non-volatile memory, a communications interface, and a battery; one or more electrical pads (10, 114) configured to contact skin of the subject and collect and monitor polysomnographic data and actigraphy data for the subject; the microcontroller estimating or determining a circadian phase of the subject based on the collected and polysomnographic data and actigraphy data; one or more actuating devices delivering one or more agents through at least one nozzle in controlled transdermal delivery, by the one or more actuating devices, to the skin of the subject based on the estimated or determined circadian phase; wherein the delivery of the one or more agents modulate the circadian phase and/or consciousness patterns comprising sleep/wake patterns of the subject in response to the subject's environment; and a container (12, 122) encasing the microcontroller, the volatile and non-volatile memory, the communications interface, the battery, the one or more electrical pads, the one or more actuating devices, and the at least one nozzle; wherein the activity/inactivity patterns are monitored by one or more sensors measuring rest and activity cycles via actigraphy. a microcontroller, volatile and non-volatile memory, a communications interface, and a battery; one or more electrical pads (10, 114) configured to contact skin of the subject and collect and monitor polysomnographic data and actigraphy data for the subject; the microcontroller estimating or determining a circadian phase of the subject based on the collected and polysomnographic data and actigraphy data; one or more actuating devices delivering one or more agents through at least one nozzle in controlled transdermal delivery, by the one or more actuating devices, to the skin of the subject based on the estimated or determined circadian phase; wherein the delivery of the one or more agents modulate the circadian phase and/or consciousness patterns comprising sleep/wake patterns of the subject in response to the subject's environment; and a container (12, 122) encasing the microcontroller, the volatile and non-volatile memory, the communications interface, the battery, the one or more electrical pads, the one or more actuating devices, and the at least one nozzle; wherein the activity/inactivity patterns are monitored by one or more sensors measuring rest and activity cycles via actigraphy.