mhurhangee/ep-ind-claims huggingface dataset:
Composite heat insulation system for building facades comprising - an insulating material layer (16, 16') for arrangement on a wall, in particular a building wall (12, 12'), - an embedding compound layer applied on the insulating material layer (16, 16'), said embedding compound layer being designed as a single layer or multiple layers and having an exposed front side (22, 22'), a reinforcement fabric layer (24, 24') embedded in the embedding compound layer, and - a layer (21, 21') which absorbs bending stresses and distributes impact forces acting on the front side (22, 22') of the embedding compound layer, and which consists of adjacent, rigid, perforated plates (28, 28'), - wherein the rigid layer (21, 21') is arranged between the insulating material layer (16, 16') on the one hand and the front side (22, 22') of the embedding compound layer on the other hand, characterized in that - the material of the embedding compound layer extends through the perforations of the plates (28, 28') and, by this embedding, causes the anchoring of the plates (28, 28') and - the material of the embedding compound layer fully adjoins the plates (28, 28') on both sides thereof. - an insulating material layer (16, 16') for arrangement on a wall, in particular a building wall (12, 12'), - an embedding compound layer applied on the insulating material layer (16, 16'), said embedding compound layer being designed as a single layer or multiple layers and having an exposed front side (22, 22'), a reinforcement fabric layer (24, 24') embedded in the embedding compound layer, and - a layer (21, 21') which absorbs bending stresses and distributes impact forces acting on the front side (22, 22') of the embedding compound layer, and which consists of adjacent, rigid, perforated plates (28, 28'), - wherein the rigid layer (21, 21') is arranged between the insulating material layer (16, 16') on the one hand and the front side (22, 22') of the embedding compound layer on the other hand, - the material of the embedding compound layer extends through the perforations of the plates (28, 28') and, by this embedding, causes the anchoring of the plates (28, 28') and - the material of the embedding compound layer fully adjoins the plates (28, 28') on both sides thereof.
Flat luminaire, like a flat outdoor luminaire, comprising: a flat, three-dimensional luminaire body, a lighting electronic, a light source being operably connected to the lighting electronic, a luminaire cover having a light transmission section to allow light to pass through and a receiving section for at least partially receiving the lighting electronic, and an attachment element for attaching the luminaire to a mounting feature, wherein the luminaire cover is attached to the luminaire body such that the light transmission section covers the light source so that light of the light source can emit through the light transmission section, wherein the attachment element comprises a fixing section forming a mounting opening for receiving the mounting feature to attach the luminaire, characterized in that the luminaire body is made of a metal sheet, the fixing section comprises a stepped section facing towards the mounting opening so as to allow for receipt of mounting features having different diameters. a flat, three-dimensional luminaire body, a lighting electronic, a light source being operably connected to the lighting electronic, a luminaire cover having a light transmission section to allow light to pass through and a receiving section for at least partially receiving the lighting electronic, and an attachment element for attaching the luminaire to a mounting feature, wherein the luminaire cover is attached to the luminaire body such that the light transmission section covers the light source so that light of the light source can emit through the light transmission section, wherein the attachment element comprises a fixing section forming a mounting opening for receiving the mounting feature to attach the luminaire, characterized in that the luminaire body is made of a metal sheet, the fixing section comprises a stepped section facing towards the mounting opening so as to allow for receipt of mounting features having different diameters.
Process for producing a diagnostic tape cassette for carrying out blood sugar tests in which disposable test units for blood sugar tests, in the form of analytical elements, are applied to a rollable transport tape, and in which the transport tape is wound onto an unwinding spool and is connected to a take-up spool such that the test units can be successively made available to a user by winding on the transport tape, and in which the leading end of the transport tape is connected to the take-up spool by means of an auxiliary tape, characterized in that the test units are examined for rejects and a corresponding part of the transport tape containing defective material is cut out, and thereafter the remaining sections of the transport tape are joined together at a connecting site by means of a piece of adhesive tape, and that the trailing end of the transport tape is connected by means of the auxiliary tape to the unwinding spool.
A device for determining an absorption capacity of a metal-based oxygen absorber, preferably in the form of a sachet, comprising: a detector for detecting an electromagnetic field while the metal-based oxygen absorber is placed therein or moved relative thereto, preferably in uniform manner; and an evaluation unit which is configured to determine the absorption capacity of the metal-based oxygen absorber on the basis of the measurement signal detected by the detector, characterized by: a position and/or orientation sensing device which is configured to detect a position and/or an orientation of the metal-based oxygen absorber relative to the electromagnetic field; wherein the evaluation unit is configured to correct the measurement signal on the basis of the detected position and/or orientation of the metal-based oxygen absorber. a detector for detecting an electromagnetic field while the metal-based oxygen absorber is placed therein or moved relative thereto, preferably in uniform manner; and an evaluation unit which is configured to determine the absorption capacity of the metal-based oxygen absorber on the basis of the measurement signal detected by the detector, characterized by: a position and/or orientation sensing device which is configured to detect a position and/or an orientation of the metal-based oxygen absorber relative to the electromagnetic field; wherein the evaluation unit is configured to correct the measurement signal on the basis of the detected position and/or orientation of the metal-based oxygen absorber. a position and/or orientation sensing device which is configured to detect a position and/or an orientation of the metal-based oxygen absorber relative to the electromagnetic field; wherein the evaluation unit is configured to correct the measurement signal on the basis of the detected position and/or orientation of the metal-based oxygen absorber.
A longitudinal adjusting device for a vehicle seat with a floor rail for fastening to a vehicle floor, the floor rail having a base wall for resting on the vehicle floor, with a seat rail which is displaceable with respect to the floor rail, with a spindle which is rigidly coupled to the floor rail, with a gear, which has a spindle nut, which is in engagement with the spindle, and is axially rigidly coupled to the seat rail, and with fastening means (22a, b), which are guided through fastening openings (20a, b) on a fastening wall of the seat rail for fastening the gear on the seat rail, the fastening wall being arranged at an angle to the base wall, the seat rail having a side wall arranged substantially parallel to the fastening wall, the side wall having side openings (21a, b) which are flush with the fastening openings (20a, b) and the fastening means (22a, b) being guided through the side openings (21a, b), characterized in that the gear has a gear holder with a central part and with side parts (15a, b) flanking the central part for fastening the gear to the seat rail and in that the side parts (15a, b) in each case have a holder opening (19a, b), through which the fastening means (22a, b) are guided in each case. the side wall having side openings (21a, b) which are flush with the fastening openings (20a, b) and the fastening means (22a, b) being guided through the side openings (21a, b), characterized in that the gear has a gear holder with a central part and with side parts (15a, b) flanking the central part for fastening the gear to the seat rail and in that the side parts (15a, b) in each case have a holder opening (19a, b), through which the fastening means (22a, b) are guided in each case.
A device for generating an aerosol, comprising: a liquid reservoir for holding a liquid; a tube including one or more tube outlets; a heater around the tube; and a pump positioned to pump liquid from the reservoir through the tube, out through the tube outlets, and onto the heater. a liquid reservoir for holding a liquid; a tube including one or more tube outlets; a heater around the tube; and a pump positioned to pump liquid from the reservoir through the tube, out through the tube outlets, and onto the heater.
Turbocharger - with a compressor, which has a compressor wheel which is fixed on one end of a rotor shaft; - with a turbine, which has a turbine rotor, which comprises a turbine wheel which has a connecting journal which can be connected to a connecting section of the rotor shaft, and - with at least one piston ring groove (11, 11'), which is provided on the turbine rotor; characterized in that - two piston ring grooves (11, 11') are arranged on the connecting journal, and in that - the connecting journal of the turbine wheel has a cylindrical cavity, the depth of which is smaller than a length of the connecting journal, measured from an axial shaft-side end face of the rotor shaft to a wheel back of the turbine wheel. - with a compressor, which has a compressor wheel which is fixed on one end of a rotor shaft; - with a turbine, which has a turbine rotor, which comprises a turbine wheel which has a connecting journal which can be connected to a connecting section of the rotor shaft, and - with at least one piston ring groove (11, 11'), which is provided on the turbine rotor; characterized in that - two piston ring grooves (11, 11') are arranged on the connecting journal, and in that - the connecting journal of the turbine wheel has a cylindrical cavity, the depth of which is smaller than a length of the connecting journal, measured from an axial shaft-side end face of the rotor shaft to a wheel back of the turbine wheel.
Dispersing agent comprising the reaction product of A one or more polyisocyanates having an average functionality of from 2.0 to 5, with B a mixture from B1 monohydroxyl compounds, and B2 monohydroxy-, monocarboxylic acid compounds to form an intermediate, followed by reacting the intermediate with C an unsaturated monohydroxy functional anchoring group that is nitrogen free. A one or more polyisocyanates having an average functionality of from 2.0 to 5, with B a mixture from B1 monohydroxyl compounds, and B2 monohydroxy-, monocarboxylic acid compounds to form an intermediate, followed by reacting the intermediate with C an unsaturated monohydroxy functional anchoring group that is nitrogen free.
A modular molten salt solar receiver, comprising: four heat transfer facets (350, 360, 370, 380), each facet comprising an inlet, an outlet, and a plurality of tube panels, each tube panel comprising at least one tube, an inlet header, and an outlet header; the four facets being arranged on an exterior of a support structure to form a NE flow quadrant, a NW flow quadrant, a SE flow quadrant, and a SW flow quadrant that are each defined by a single facet, the tube panels in each facet being oriented to locate the headers in an upper plane and a lower plane, wherein the headers in each plane are laterally separated from each other, and wherein the facets are fluidly connected so as to form two independent flow paths, one flow path including only the NE flow quadrant and the SW flow quadrant, and the other flow path including only the NW flow quadrant and the SE flow quadrant. four heat transfer facets (350, 360, 370, 380), each facet comprising an inlet, an outlet, and a plurality of tube panels, each tube panel comprising at least one tube, an inlet header, and an outlet header; the four facets being arranged on an exterior of a support structure to form a NE flow quadrant, a NW flow quadrant, a SE flow quadrant, and a SW flow quadrant that are each defined by a single facet, the tube panels in each facet being oriented to locate the headers in an upper plane and a lower plane, wherein the headers in each plane are laterally separated from each other, and wherein the facets are fluidly connected so as to form two independent flow paths, one flow path including only the NE flow quadrant and the SW flow quadrant, and the other flow path including only the NW flow quadrant and the SE flow quadrant.
A process of preparing carboxymethyl cellulose comprising the steps of a) suspending non-regenerated cellulose powder in a solvent/water mixture comprising water and isopropyl alcohol and adding an alkalizing agent either as a solid or as an aqueous solution and reacting the non-regenerated cellulose with the alkalization agent in the presence of water and isopropyl alcohol and b) then adding monohaloacetic acid or a salt thereof and reacting the alkalized cellulose with monohaloacetic acid or a salt thereof, wherein 1.0 to 1.6 mol of the alkalization agent and 15 to 30 mol of water are used in step (a) and 0.5 to 0.8 mol of monohaloacetic acid or a salt thereof are used in step (b), each based on 1 mol of anhydroglucose unit of the cellulose. a) suspending non-regenerated cellulose powder in a solvent/water mixture comprising water and isopropyl alcohol and adding an alkalizing agent either as a solid or as an aqueous solution and reacting the non-regenerated cellulose with the alkalization agent in the presence of water and isopropyl alcohol and b) then adding monohaloacetic acid or a salt thereof and reacting the alkalized cellulose with monohaloacetic acid or a salt thereof,
A hearing device, comprising at least one electronic component and at least two parts (2.1, 2.2) of a housing, at least one of them configured as a molded interconnect device comprising at least one electrically conductive trace (3.1, 3.2, 3.3) and at least one pin seat, the molded interconnect device mechanically connected to another one of the parts (2.1, 2.2) of the housing or to a frame by at least one assembly pin held in the at least one pin seat, characterized in that the at least one assembly pin also directly or indirectly electrically connects the at least one electrically conductive trace (3.1, 3.2, 3.3) to the at least one electronic component.
A method comprising: (a) providing a plurality of partitions, wherein a first partition of the plurality of partitions comprises a cell and a first bead, wherein the first bead is disruptable, and wherein the first bead comprises barcode molecules; (b) disrupting the first bead in the first partition to i) produce precursors in the first partition and ii) release the barcode molecules; (c) using the precursors to generate a second bead, wherein the second bead comprises the cell and the barcode molecules, wherein the second bead is within the first partition, and wherein the second bead is disruptable; (d) subjecting the second bead to conditions sufficient to lyse the cell, thereby generating cellular components in the second bead; (e) partitioning the second bead in a second partition comprising reagents for barcoding the cellular components; (f) disrupting the second bead in the second partition; and (g) barcoding the cellular components using the barcode molecules to generate barcoded cellular components. (a) providing a plurality of partitions, wherein a first partition of the plurality of partitions comprises a cell and a first bead, wherein the first bead is disruptable, and wherein the first bead comprises barcode molecules; (b) disrupting the first bead in the first partition to i) produce precursors in the first partition and ii) release the barcode molecules; (c) using the precursors to generate a second bead, wherein the second bead comprises the cell and the barcode molecules, wherein the second bead is within the first partition, and wherein the second bead is disruptable; (d) subjecting the second bead to conditions sufficient to lyse the cell, thereby generating cellular components in the second bead; (e) partitioning the second bead in a second partition comprising reagents for barcoding the cellular components; (f) disrupting the second bead in the second partition; and (g) barcoding the cellular components using the barcode molecules to generate barcoded cellular components.
A portable ambulatory infusion pump, comprising: a processor that controls operation of the pump in a plurality of operating modes that include an active mode in which multiple pump components are operated and a safe mode in which at least one pump component that is active in the active mode is deactivated and not operated; an input interface comprising a touchscreen through which the processor receives user touch input; and wherein the processor is configured to terminate the active mode and operate the pump in the safe mode in response to determining that a received user touch input was received in an out of bounds region of the touchscreen, the out of bounds region defined as an area of the touchscreen at which touch input for control of the portable ambulatory infusion pump is not intended to be received. a processor that controls operation of the pump in a plurality of operating modes that include an active mode in which multiple pump components are operated and a safe mode in which at least one pump component that is active in the active mode is deactivated and not operated; an input interface comprising a touchscreen through which the processor receives user touch input; and wherein the processor is configured to terminate the active mode and operate the pump in the safe mode in response to determining that a received user touch input was received in an out of bounds region of the touchscreen, the out of bounds region defined as an area of the touchscreen at which touch input for control of the portable ambulatory infusion pump is not intended to be received.
A library system comprising a pair of libraries comprising polynucleotides encoding zinc finger polypeptides, wherein the libraries encode overlapping zinc finger polypeptides, wherein overlapping zinc fingers are adjacent zinc fingers binding to overlapping quadruplets, such that when read 3' to 5' on the -strand of the nucleic acid, base 4 of a first quadruplet is base 1 of a second quadruplet, wherein each zinc finger has the general primary structure X a C X 2 − 4 C X 2 − 3 F X c X X X X L X X H X X X b H − linker − 1 1 2 3 4 5 6 7 8 9 wherein X including X a, X b and X c is any amino acid, each polypeptide comprising more than one zinc finger, wherein each polypeptide has been at least partially randomized, wherein randomization comprises randomization at at least position 6 of the first finger and position 2 of the second finger contacting the same base pair on a double stranded nucleic acid target, and wherein the polypeptides may be assembled after selection to form a multifinger zinc finger polypeptide, wherein the randomised positions are selected from positions -1, 1, 2, 3, 5 and 6 and wherein the randomisation of amino acid residues is restricted as follows: Position Possible Amino Acids -1 R, Q, H, N, D, A, or T 1 S, R, K, or N 2 D, A, R, Q, H, K, S, or N 3 H, N, S, T, V, A, or D 5 I, T, or K 6 R, Q, V, A, E, K, N, or T, and wherein a zinc finger is responsible for determining binding to a nucleic acid quadruplet in a nucleic acid binding sequence..
Method for use in a Lawful Intercept system comprising at least one Intercept Access Point, IAP, for intercepting communication traffic using User Datagram Protocol, UDP, and Transmission Control Protocol, TCP, packets in one or more communications networks and delivering said communication traffic as Communication Content, CC, to a Law Enforcement Agency, LEA, via a mediation functionality controlled by an administration functionality, wherein the method comprises: - receiving CC as UDP and TCP; - storing UDP and TCP CC in a buffer arrangement; - forwarding TCP CC or UDP CC via a first CC handover interface or via a second CC handover interface separated from the first CC handover interface to the LEA, wherein said method further comprises a synchronization process for retransmission of lost UDP packets, said process comprises the steps of: - receiving a request for synchronization of lost UDP CC packets; - achieving the lost UDP CC packets from the buffer arrangement; - sending the achieved lost UDP CC packets over the first CC handover interface as TCP CC packets. - receiving CC as UDP and TCP; - storing UDP and TCP CC in a buffer arrangement; - forwarding TCP CC or UDP CC via a first CC handover interface or via a second CC handover interface separated from the first CC handover interface to the LEA, wherein said method further comprises a synchronization process for retransmission of lost UDP packets, said process comprises the steps of: - receiving a request for synchronization of lost UDP CC packets; - achieving the lost UDP CC packets from the buffer arrangement; - sending the achieved lost UDP CC packets over the first CC handover interface as TCP CC packets.
A 2-cyanoacrylate based composition having magnetism, comprising (a) a 2-cyanoacrylic acid ester and (b) a magnetic powder dispersible in the 2-cyanoacrylic acid ester, the content of the magnetic powder (b) being 5 to 500 parts by weight relative to 100 parts by weight of the 2-cyanoacrylic acid ester (a), wherein the magnetic powder (b) is a stainless steel, which is at least one selected from the group consisting of martensitic stainless steel, ferritic stainless steel, austenite-ferrite two-phase stainless steel and precipitation hardening stainless steel.