mhurhangee/ep-ind-claims huggingface dataset:
A slatted frame for a reclining or seating furniture article, including: - a frame for receiving at least two zone elements, wherein at least one slat is arranged on the zone elements, - at least one elastic longitudinal bracing means, wherein the zone elements by way of the longitudinal bracing means are connected together and/or are connected to a transverse side of the frame, - at least one carrier means fixed to the frame for mounting the at least two zone elements along a longitudinal extent of the frame, characterised in that there is provided at least one elastic transverse bracing means, wherein the zone elements are connected to a longitudinal side of the frame by way of at least one transverse bracing means. - a frame for receiving at least two zone elements, wherein at least one slat is arranged on the zone elements, - at least one elastic longitudinal bracing means, wherein the zone elements by way of the longitudinal bracing means are connected together and/or are connected to a transverse side of the frame, - at least one carrier means fixed to the frame for mounting the at least two zone elements along a longitudinal extent of the frame,
A method of providing a roof window at a roof structure of a building, wherein the method comprises the steps of: - providing a frame arrangement (10, 20) wherein said provided frame arrangement (10, 20) comprises a fixation frame and a movable frame for holding at least one insulated glass unit (2, 3), wherein the movable frame is configured to be movably connected to the fixation frame by means of a hinge arrangement and wherein the movable frame comprises structural elongated profiles comprising an elongated top profile, an elongated bottom profile and parallel, elongated side profiles (21c, 21d), and - providing at least one insulated glass unit (2, 3) for installation in the movable frame, the method further comprising the consecutive steps of - installing the frame arrangement (10, 20) in the roof structure, - arranging the at least one insulated glass unit (2, 3) in the movable frame of the installed frame arrangement, and - securing said at least one insulated glass unit (2, 3) to the movable frame of the installed frame arrangement by means of a releasable, mechanical holding system (40, 50, 60). - providing a frame arrangement (10, 20) wherein said provided frame arrangement (10, 20) comprises a fixation frame and a movable frame for holding at least one insulated glass unit (2, 3), wherein the movable frame is configured to be movably connected to the fixation frame by means of a hinge arrangement and wherein the movable frame comprises structural elongated profiles comprising an elongated top profile, an elongated bottom profile and parallel, elongated side profiles (21c, 21d), and - providing at least one insulated glass unit (2, 3) for installation in the movable frame, - installing the frame arrangement (10, 20) in the roof structure, - arranging the at least one insulated glass unit (2, 3) in the movable frame of the installed frame arrangement, and - securing said at least one insulated glass unit (2, 3) to the movable frame of the installed frame arrangement by means of a releasable, mechanical holding system (40, 50, 60).
System for processing food items such as pieces of meat, said system comprising: - a primary conveyor means, - at least two workstations, and - a computer system (8, 20), arranged for - providing a stream of food items by means of the primary conveyor means, - allocating at least partly by means of the computer system (8, 20) one or more of said items to one of the at least two workstations where said items are processed, e.g. cut and/or trimmed, resulting in one or more processed items, - registering in said computer system (8, 20) information about a return of at least one of said one or more processed items to said primary conveyor means, and - returning said at least one of said one or more processed items to said primary conveyor means in accordance with said information about a return, characterized in that the computer system is arranged for being informed when an item is processed and ready for being put back on the conveyor and wherein the computer system is further arranged for then planning when it will be a suitable time to put the item back on the conveyor according to its knowledge of other items already present on the conveyor, and the distance between them. - a primary conveyor means, - at least two workstations, and - a computer system (8, 20), arranged for - providing a stream of food items by means of the primary conveyor means, - allocating at least partly by means of the computer system (8, 20) one or more of said items to one of the at least two workstations where said items are processed, e.g. cut and/or trimmed, resulting in one or more processed items, - registering in said computer system (8, 20) information about a return of at least one of said one or more processed items to said primary conveyor means, and - returning said at least one of said one or more processed items to said primary conveyor means in accordance with said information about a return,
A breathing mask comprising: a mask base body limiting an interior of a mask, a respiratory gas supply portion for supplying respiratory gas to the interior of the mask, and a resilient sealing means for sealing the mask base body, wherein the sealing means comprises a cushioning body limited by an elastomeric wall material wherein the cushioning body extends along a mask contact area in the form of a tubular cushion, and wherein a sealing lip formed integrally with the cushioning body is provided, the sealing lip extending from the exterior of the mask inwards, characterized in that the sealing lip is made from a silicone material having a high cross-linking degree and that the cushioning body is made from a silicone material having a low cross-linking degree. a mask base body limiting an interior of a mask, a respiratory gas supply portion for supplying respiratory gas to the interior of the mask, and a resilient sealing means for sealing the mask base body, wherein the sealing means comprises a cushioning body limited by an elastomeric wall material wherein the cushioning body extends along a mask contact area in the form of a tubular cushion, and wherein a sealing lip formed integrally with the cushioning body is provided, the sealing lip extending from the exterior of the mask inwards, characterized in that the sealing lip is made from a silicone material having a high cross-linking degree and that the cushioning body is made from a silicone material having a low cross-linking degree.
A method for producing a strapped pack, in which at least two liquid containers are held together by means of at least one strapping band tensioned horizontally around the liquid containers, wherein the method provides at least the following steps: - assembling a defined number of liquid containers in a defined spatial arrangement relative to one another, - looping at least one strapping band around the at least two liquid containers, with the at least one strapping band having two band ends (28, 30) laid overlapping one another, whereby a joint of defined length is formed at the overlap point, at which joint two overlapping band ends (28, 30) are joined together - by introducing at least one incision and/or at least one folded edge with an adjacent folded-over or bent-over section into each of the two band ends (28, 30) at the joint, wherein the incisions and/or folded edges of the two band ends (28, 30) lie on top of each other at the joint, - and wherein the folded-over or bent-over sections of the band ends (28, 30) lying on top of each other lie at least partially against each other and join the band ends (28, 30) to each other at the joint in a form-fitting and adhesive manner, - wherein the joints are arranged in an area between adjacent liquid containers during the production of the strapped packs, and - wherein the strapping band is displaced in its longitudinal extension direction after the joint has been produced such that the joint rests on the outer surface of a liquid container of the strapped pack. - assembling a defined number of liquid containers in a defined spatial arrangement relative to one another, - looping at least one strapping band around the at least two liquid containers, with the at least one strapping band having two band ends (28, 30) laid overlapping one another, whereby a joint of defined length is formed at the overlap point, at which joint two overlapping band ends (28, 30) are joined together - by introducing at least one incision and/or at least one folded edge with an adjacent folded-over or bent-over section into each of the two band ends (28, 30) at the joint, wherein the incisions and/or folded edges of the two band ends (28, 30) lie on top of each other at the joint, - and wherein the folded-over or bent-over sections of the band ends (28, 30) lying on top of each other lie at least partially against each other and join the band ends (28, 30) to each other at the joint in a form-fitting and adhesive manner, - wherein the joints are arranged in an area between adjacent liquid containers during the production of the strapped packs, and - wherein the strapping band is displaced in its longitudinal extension direction after the joint has been produced such that the joint rests on the outer surface of a liquid container of the strapped pack.
A pen or autoinjector delivery device containing a pharmaceutical formulation, wherein the pharmaceutical formulation comprises: (i) a human antibody that specifically binds to human interleukin-6 receptor (hIL-6R), wherein the antibody comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:18 and a light chain variable region comprising the amino acid sequence of SEQ ID NO:26; (ii) histidine at a concentration of from 10 mM to 25 mM; (iii) arginine at a concentration of from 25 mM to 50 mM; (iv) sucrose in an amount of from 5% to 10% w/v; and (v) polysorbate 20 in an amount of from 0.1% to 0.2% w/v. (i) a human antibody that specifically binds to human interleukin-6 receptor (hIL-6R), wherein the antibody comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:18 and a light chain variable region comprising the amino acid sequence of SEQ ID NO:26; (ii) histidine at a concentration of from 10 mM to 25 mM; (iii) arginine at a concentration of from 25 mM to 50 mM; (iv) sucrose in an amount of from 5% to 10% w/v; and (v) polysorbate 20 in an amount of from 0.1% to 0.2% w/v.
A light emitting diode module comprising: a light source device, said light source device comprising a remote phosphor element; a cover for said light source device, the cover being arranged to connect to an optical device; characterized in that said cover comprises a heat conducting part (24, 34) which has an at least one order of magnitude higher thermal conductivity than the remaining part of the cover and which is arranged to thermally connect said light source device with said optical device; and wherein said heat conducting part (24, 34) is arranged to thermally connect said remote phosphor element with said optical device. a light source device, said light source device comprising a remote phosphor element; a cover for said light source device, the cover being arranged to connect to an optical device; characterized in that said cover comprises a heat conducting part (24, 34) which has an at least one order of magnitude higher thermal conductivity than the remaining part of the cover and which is arranged to thermally connect said light source device with said optical device; and wherein said heat conducting part (24, 34) is arranged to thermally connect said remote phosphor element with said optical device.
A system, comprising: an implantable medical device, comprising: a first coil for receiving a magnetic field for providing power to the implantable medical device; and at least one switch for modulating an impedance of the first coil during receipt of the magnetic field; and an external charger, comprising: a second coil for producing the magnetic field; a detector for receiving an electrical parameter of the second coil, wherein the detector determines at least a magnitude of a change in the electrical parameter caused by modulation of the impedance of the first coil; and charging circuitry coupled to the second coil, wherein the charging circuitry controls a strength of the magnetic field at least in accordance with the magnitude of the change. an implantable medical device, comprising: a first coil for receiving a magnetic field for providing power to the implantable medical device; and at least one switch for modulating an impedance of the first coil during receipt of the magnetic field; and a first coil for receiving a magnetic field for providing power to the implantable medical device; and at least one switch for modulating an impedance of the first coil during receipt of the magnetic field; and an external charger, comprising: a second coil for producing the magnetic field; a detector for receiving an electrical parameter of the second coil, wherein the detector determines at least a magnitude of a change in the electrical parameter caused by modulation of the impedance of the first coil; and charging circuitry coupled to the second coil, wherein the charging circuitry controls a strength of the magnetic field at least in accordance with the magnitude of the change. a second coil for producing the magnetic field; a detector for receiving an electrical parameter of the second coil, wherein the detector determines at least a magnitude of a change in the electrical parameter caused by modulation of the impedance of the first coil; and charging circuitry coupled to the second coil, wherein the charging circuitry controls a strength of the magnetic field at least in accordance with the magnitude of the change.
Driver assistance device for assisting with driving, on a roadway, a vehicle driven by a driver, said device comprising: - means for receiving streams of signals from a set of sensors (C1, C2, C3... Cn), a first subset of sensors providing a view of the situation surrounding said vehicle; - a semantic analysis module suited to detecting objects within said view and to classifying said detected objects; - a reaction analysis module for analysing the reactions of said driver and of said vehicle, on the basis of a second subset of sensors; - an interpretation module suited to matching, by means of a learning mechanism, the objects detected and classified by said semantic analysis module and data provided by said reaction analysis module in order to provide a danger estimate for said situation; - and a consequence interpretation module suited to providing a danger measurement based on signals originating from a third subset of sensors; said danger measurement being compared with said danger estimate in order to provide a signal configuring said learning mechanism of said interpretation module. - means for receiving streams of signals from a set of sensors (C1, C2, C3... Cn), a first subset of sensors providing a view of the situation surrounding said vehicle; - a semantic analysis module suited to detecting objects within said view and to classifying said detected objects; - a reaction analysis module for analysing the reactions of said driver and of said vehicle, on the basis of a second subset of sensors; - an interpretation module suited to matching, by means of a learning mechanism, the objects detected and classified by said semantic analysis module and data provided by said reaction analysis module in order to provide a danger estimate for said situation; - and a consequence interpretation module suited to providing a danger measurement based on signals originating from a third subset of sensors; said danger measurement being compared with said danger estimate in order to provide a signal configuring said learning mechanism of said interpretation module.
An integrated self-sustainable power supply (100, 200) comprising: a piezoelectric energy harvesting beam - referred to as a PEH beam; a power management unit circuit, referred to as a PMU circuit (134, 202), including electrical inputs/outputs (136, 226); a rechargeable battery (138, 204) including a negative access pad (146, 234) and a positive access pad (148, 236), the negative access pad (146, 234) and the positive access pad (148, 236) in electrical communication with the electrical inputs/outputs (136, 226) of the PMU circuit (134, 202); and a positive regulated power supply output and a negative regulated power supply output in electrical communication with the electrical inputs/outputs (136, 226) of the PMU circuit (134, 202); the integrated self-sustainable power supply (100, 200) being characterised in that the PMU circuit (134, 202) and the rechargeable battery (138, 204) are located on the PEH beam. a piezoelectric energy harvesting beam - referred to as a PEH beam; a power management unit circuit, referred to as a PMU circuit (134, 202), including electrical inputs/outputs (136, 226); a rechargeable battery (138, 204) including a negative access pad (146, 234) and a positive access pad (148, 236), the negative access pad (146, 234) and the positive access pad (148, 236) in electrical communication with the electrical inputs/outputs (136, 226) of the PMU circuit (134, 202); and a positive regulated power supply output and a negative regulated power supply output in electrical communication with the electrical inputs/outputs (136, 226) of the PMU circuit (134, 202);
An intraocular lens for implantation into a capsular bag of an eye, comprising: an adjustable central optic having an axial thickness through the center thereof; and a haptic partly embedded within the adjustable optic comprised of a central plate on one side of the optic midplane and a plurality of legs radiating outward therefrom, each leg having outermost convex curves to conform to the capsular bag, and a circular array of teeth that project from the central plate generally in axial directions and across the optic midplane, the teeth being embedded in the optic, whereby the haptic is configured to transmit forces to alter at least one of the shape and the thickness of the adjustable optic an adjustable central optic having an axial thickness through the center thereof; and a haptic partly embedded within the adjustable optic comprised of a central plate on one side of the optic midplane and a plurality of legs radiating outward therefrom, each leg having outermost convex curves to conform to the capsular bag, and a circular array of teeth that project from the central plate generally in axial directions and across the optic midplane, the teeth being embedded in the optic, whereby the haptic is configured to transmit forces to alter at least one of the shape and the thickness of the adjustable optic
Current source module for joining methods with current-generated heat support, in particular for welding guns, including a base body formed monolithically as a single component, which has a first immovable attachment means for connecting a first joining tool and at least one first formed receiving space, wherein in the first receiving space a control element is disposed including a linearly movable second attachment means for connecting to a second joining tool, and in the first or a further receiving space a transformer unit is disposed for electrical supplying of the joining, characterized in that the transformer unit is cast in the receiving space in a materially-bonded manner with the base body.
A medical device for removing an object in a body lumen, the medical device comprising: a rotatable tubular driving shaft; a cylindrical-shaped first cutting part (40, 810) that is provided on a distal side of the driving shaft, and that rotates together with the driving shaft, and cuts the object; and a second cutting part that is disposed near the distal side of the driving shaft, inward of the first cutting part (40, 810), wherein a distal end of the second cutting part is located proximal to a distal end of the first cutting part (40, 810), characterized in that the second cutting part is fixed to a spiral shaped carrier contacting an inner surface of the rotatable tubular driving shaft, and a lumen of the second cutting part extends through the spiral shaped carrier. a rotatable tubular driving shaft; a cylindrical-shaped first cutting part (40, 810) that is provided on a distal side of the driving shaft, and that rotates together with the driving shaft, and cuts the object; and a second cutting part that is disposed near the distal side of the driving shaft, inward of the first cutting part (40, 810), wherein a distal end of the second cutting part is located proximal to a distal end of the first cutting part (40, 810), characterized in that the second cutting part is fixed to a spiral shaped carrier contacting an inner surface of the rotatable tubular driving shaft, and a lumen of the second cutting part extends through the spiral shaped carrier.
Process for the production of cast polyamides via polymerization of lactams in the presence of at least one activator and of at least one catalyst, characterized in that a) at most 5% by weight of the activator is added at temperatures of from 70 to 120°C to a lactam melt, and this is homogenized, isolated, optionally dried, subjected to a process such as pulverization or comminution, and stored, or pastillated on a pastillating belt or flaked on a flaking roll, b) at most 5% by weight of the catalyst is added at temperatures of from 70 to 120°C to a lactam melt, and this is homogenized, and then pastillated on a pastillating belt or flaked on a flaking roll, the melts from a) and b) are mixed together and then are polymerized in the casting mould at temperatures of from 100 to 140°C. a) at most 5% by weight of the activator is added at temperatures of from 70 to 120°C to a lactam melt, and this is homogenized, isolated, optionally dried, subjected to a process such as pulverization or comminution, and stored, or pastillated on a pastillating belt or flaked on a flaking roll, b) at most 5% by weight of the catalyst is added at temperatures of from 70 to 120°C to a lactam melt, and this is homogenized, and then pastillated on a pastillating belt or flaked on a flaking roll,