mhurhangee/ep-ind-claims huggingface dataset:
A secondary element for being used in a filter system having a longitudinal direction and two opposite ends (62, 64) along the longitudinal direction, comprising a filter medium disposed around the longitudinal direction, wherein one of the ends is open and the opposing end is tightly sealed with a closed end disc, wherein the end disc features a first connecting means which, when assembled in accordance with the intended use, is provided to interact with a complementary second connecting means of a central tube of the filter system in order to fix the secondary element on the central tube, wherein the first connecting means features snap-fit elements with radially inwardly directed snap-fit hooks disposed in a distributed manner over an outer circumference of the end disc, wherein the filter medium surrounds the snap-fit elements, and wherein a distance between two directly adjacent snap-fit elements along the outer circumference of the end disc is larger than a dimension in the circumferential direction of a deflector element disposed on a collar of the central tube, said deflector element being disposed on the collar of the central tube so as to point outwardly in the radial direction. wherein one of the ends is open and the opposing end is tightly sealed with a closed end disc, wherein the end disc features a first connecting means which, when assembled in accordance with the intended use, is provided to interact with a complementary second connecting means of a central tube of the filter system in order to fix the secondary element on the central tube, wherein the first connecting means features snap-fit elements with radially inwardly directed snap-fit hooks disposed in a distributed manner over an outer circumference of the end disc, wherein the filter medium surrounds the snap-fit elements, and wherein a distance between two directly adjacent snap-fit elements along the outer circumference of the end disc is larger than a dimension in the circumferential direction of a deflector element disposed on a collar of the central tube, said deflector element being disposed on the collar of the central tube so as to point outwardly in the radial direction.
An RFID device for integration into a tire, comprising: a printed circuit board having top and bottom surfaces delineated by opposed end portions and opposed side portions; a plurality of conductive traces on the top surface of said PCB; a pair of arms (182, 186) extending from one end of said PCB forming a notch; a plated through via piercing the PCB from the top surface to the bottom surface; a conductive trace element surrounding said via at the top surface of said PCB, the trace element electrically coupled to the plurality of conductive traces; and, a helically wound antenna element (110, 112) having an end portion positioned within said notch and within a plane defined by the top surface of the PCB, wherein said helically wound antenna element (110, 112) is wound with a predetermined pitch, characterized in that said pair of arms (182, 186) are asymmetric and differ in length by one half the predetermined pitch, and that an end of each of the arms (182, 186) of said pair of asymmetric arms (182, 186) extends so that it ends adjacent to the nearest approach of said helically wound antenna element (110, 112). a printed circuit board having top and bottom surfaces delineated by opposed end portions and opposed side portions; a plurality of conductive traces on the top surface of said PCB; a pair of arms (182, 186) extending from one end of said PCB forming a notch; a plated through via piercing the PCB from the top surface to the bottom surface; a conductive trace element surrounding said via at the top surface of said PCB, the trace element electrically coupled to the plurality of conductive traces; and, a helically wound antenna element (110, 112) having an end portion positioned within said notch and within a plane defined by the top surface of the PCB, wherein said helically wound antenna element (110, 112) is wound with a predetermined pitch, characterized in that said pair of arms (182, 186) are asymmetric and differ in length by one half the predetermined pitch, and that an end of each of the arms (182, 186) of said pair of asymmetric arms (182, 186) extends so that it ends adjacent to the nearest approach of said helically wound antenna element (110, 112).
Porous composite particles, in particular for thermal insulation, comprising at least one porous carrier material, characterized in that the open pores of the porous carrier material comprise at least one silica aerogel, wherein the porous carrier material is selected from the group of expanded perlite, expanded vermiculite and mixtures thereof and the porous carrier material has been subjected to a treatment to increase the open pore volume by mechanical and/or chemical treatment, wherein the aerogel is hydrophobized, wherein the composite particles have a bulk density in the range of 60 to 100 kg/m 3 and wherein the composite particles in bulk have a thermal conductivity at 25 °C in the range of 0.020 to 0.045 W/(mK). wherein the porous carrier material is selected from the group of expanded perlite, expanded vermiculite and mixtures thereof and the porous carrier material has been subjected to a treatment to increase the open pore volume by mechanical and/or chemical treatment, wherein the aerogel is hydrophobized, wherein the composite particles have a bulk density in the range of 60 to 100 kg/m 3 and wherein the composite particles in bulk have a thermal conductivity at 25 °C in the range of 0.020 to 0.045 W/(mK).
Mixtures comprising, as active components, 1) alpha-cypermethrin as insecticidal compound I; and 2) pyraclostrobin as compound II; in synergistic effective amounts. 1) alpha-cypermethrin as insecticidal compound I; and 2) pyraclostrobin as compound II;
Mandrel for sizing, smoothing or polishing stone materials with rotating abrasive heads, comprising: a sleeve within which a body of the mandrel is arranged slidingly which in its turn is provided with a shaft at whose end a rotating head with abrasive tools is applied; a pair of actuating cylinders for the positioning of said mandrel, that is to say, of the head connected to it, on the supporting metal structure; a pair of electric motors for the activation in rotation of the mandrel and a drive from said motors to the shaft of the mandrel; wherein said motors are coupled in rotation with the shaft of the mandrel with a belt drive; characterised in that it has the coupling between a supporting plate of the belt drive connected to the body of the mandrel arranged slidingly within said adjustable sleeve, realized by a disjointable coupling in which screws clamp radial lobes of the body of the mandrel to lugs, which are made in the centre of the supporting plate; the radial lobes are alternated with ports to allow the passage with clearance of the lugs, during the disjointing of the coupling with the rotation of the supporting plate with respect to said lobes.
Fitting for connecting a secondary plastic pipeline of a double pipe system, the fitting containing two half-shells composed of plastic, wherein in each case each of the half-shells has an integrated heating wire, wherein the heating wire is arranged in each case in the regions of the connecting pieces of the half-shells and the heating wire has several meandering windings, wherein the heating wire is arranged in each case in a groove provided for this in the half-shell and have connecting elements which connect the two half-shells, wherein the fitting has distance elements arranged on the inner circumference of the half-shells for concentric arrangement of the fitting with respect to a primary pipeline, characterized in that the connecting elements are formed as separate snap connections arranged on the fitting.
A damping casing for the motor of a lavatory and bath extractor to secure the motor of the corresponding appliance with a support capable of preventing the vibrations from said motor being transmitted to the general body of the appliance, comprising an essentially cylindrical body closed at the ends by means of elastic elements in the manner of covers, on which elements the motor in question is able to be secured at its two ends, said body being adapted to house said motor inside the body, said elements forming supports of an elastic nature vis-à-vis the two ends of the motor, which is adapted to absorb the pulsating moment of the motor, characterized in that the elastic elements have a structural assembly formed by at least two concentric parts (6.1, 6.2), joined together by means of ridges (6.3), the outer concentric part (6.2) being secured on the body of the casing, whereas the motor in question is able to be secured on the inner concentric part (6.1), wherein the inner concentric part (6.1) of the elastic elements has a rigid core forming projecting pegs with which the motor in question is able to be secured by means of insertion in the holes of the structure of the motor.
System with at least one uninterruptible power supply with - a first mains connection to a first electrical supply network, - a second mains connection to a second electrical supply network which is different from the first electrical supply network, - a load connection for an electrical load, and - an energy storage, - wherein a converter is arranged between the energy store and the first mains connection, and an inverter is arranged between the energy storage and the load connection, and - an electrical switching component (20a, 20b) is arranged between the second mains connection and the load connection, - so that the first mains connection and the second mains connection are electrically connected to the load connection, wherein - the converter, the inverter and the switching component (20a, 20b) are connected such that an electric power flow is conducted between the energy storage and at least one of the mains connections (2, 6), characterized in that - the electrical switching component (20a, 20b) contains a series circuit comprising a rectifier and an inverter, and the first and second electrical supply networks (4, 8) being connected to a higher-level supply network via two transformers (4a, 8a) operated separately from one another or being connected to a transformer via a common feed point. - a first mains connection to a first electrical supply network, - a second mains connection to a second electrical supply network which is different from the first electrical supply network, - a load connection for an electrical load, and - an energy storage, - wherein a converter is arranged between the energy store and the first mains connection, and an inverter is arranged between the energy storage and the load connection, and - an electrical switching component (20a, 20b) is arranged between the second mains connection and the load connection, - so that the first mains connection and the second mains connection are electrically connected to the load connection, wherein - the converter, the inverter and the switching component (20a, 20b) are connected such that an electric power flow is conducted between the energy storage and at least one of the mains connections (2, 6), - the electrical switching component (20a, 20b) contains a series circuit comprising a rectifier and an inverter, and the first and second electrical supply networks (4, 8) being connected to a higher-level supply network via two transformers (4a, 8a) operated separately from one another or being connected to a transformer via a common feed point.
Component having a shape-variable surface, in particular in the form of part of an interior trim of a vehicle, wherein the component has a component carrier as a supporting structure or substructure and a surface covering of a multi-layered form arranged thereon, characterized in that the surface covering has at least the following layers: - a cover layer, preferably a coated cover layer, arranged on the outer side of the component, - a flexible elastomeric layer, preferably of silicone or latex, arranged under the cover layer, - an elastic and structurally air-permeable carrier layer, arranged under the flexible elastomeric layer and connected on the rear side to the component carrier, wherein the structurally air-permeable elastic carrier layer is at least partially divided with respect to its flat extent into discrete cells or segments which are bounded by air-impermeable cell walls, respectively enclose and separate from one another in an airtight manner a partial area of the carrier layer, wherein the component carrier is provided with hollow chambers, the internal pressure of which can be controlled individually or in groups and which correspond with the cells or segments of the elastic carrier layer via openings and/or valves in such a manner that the cells or segments can be pressurized or vented, characterized in that the structurally air-permeable carrier layer is a woven or knitted spacer fabric. - a cover layer, preferably a coated cover layer, arranged on the outer side of the component, - a flexible elastomeric layer, preferably of silicone or latex, arranged under the cover layer, - an elastic and structurally air-permeable carrier layer, arranged under the flexible elastomeric layer and connected on the rear side to the component carrier,
A method for processing media streaming, performed by at least one processor, the method comprising: obtaining an event message track configured to be processed by a Dynamic Adaptive Streaming over HyperText Transfer Protocol, DASH, client for displaying media content; obtaining a scheme identifier box from the event message track identifying one or more event schemes that appear in the event message track, wherein each event scheme of the one or more event schemes specifies at least one parameter for processing an event included in the event message track, and wherein the scheme identifier box includes a flag indicating whether event schemes that are not identified in the scheme identifier box are allowed to occur in the event message track; and providing the event message track to the DASH client or displaying media content based on the event message track according to the one or more event schemes. obtaining an event message track configured to be processed by a Dynamic Adaptive Streaming over HyperText Transfer Protocol, DASH, client for displaying media content; obtaining a scheme identifier box from the event message track identifying one or more event schemes that appear in the event message track, wherein each event scheme of the one or more event schemes specifies at least one parameter for processing an event included in the event message track, and wherein the scheme identifier box includes a flag indicating whether event schemes that are not identified in the scheme identifier box are allowed to occur in the event message track; and providing the event message track to the DASH client or displaying media content based on the event message track according to the one or more event schemes.
An apparatus for processing a medical instrument by passing one or both of a detergent and a disinfectant through a plurality of channels (304, 306) defined by the medical instrument, wherein the apparatus comprises: (a) a detection system configured to automatically detect a type of instrument disposed in the apparatus, the detection system configured to collect information regarding the plurality of channels (304, 306) of the medical instrument and determine a fluid parameter for each channel of the plurality of channels (304, 306); (b) a set of instrument profiles stored in a memory; and (c) a control system configured to identify, based at least in part on the fluid parameter for each channel in the plurality of channels (304, 306), an instrument profile associated with the medical instrument, and pass one or both of a detergent and a disinfectant through the channels (304, 306) of the medical instrument based at least in part on the identified instrument profile selected from the set of instrument profiles. (a) a detection system configured to automatically detect a type of instrument disposed in the apparatus, the detection system configured to collect information regarding the plurality of channels (304, 306) of the medical instrument and determine a fluid parameter for each channel of the plurality of channels (304, 306); (b) a set of instrument profiles stored in a memory; and (c) a control system configured to identify, based at least in part on the fluid parameter for each channel in the plurality of channels (304, 306), an instrument profile associated with the medical instrument, and pass one or both of a detergent and a disinfectant through the channels (304, 306) of the medical instrument based at least in part on the identified instrument profile selected from the set of instrument profiles.
A body structure of a vehicle, comprising: left and right rear wheel houses configured to cover left and right rear wheels of the vehicle, respectively; left and right rear damper supports configured to support upper ends of rear suspension dampers provided to the rear wheel houses; left and right rear side panels forming side walls of the vehicle, integrally with the rear wheel houses; a floor cross member coupling the left and right rear wheel houses in a vehicle width direction, forward and downward of the rear damper supports; a rear header forming upper edges of a back door opening of the vehicle; and left and right lower reinforcements coupled at lower ends thereof to the floor cross member and coupled at upper ends thereof to a region adj acent the rear damper supports, rearward of rear edges of side door openings of the vehicle; characterized by left and right upper reinforcements coupled at lower ends thereof to upper ends of the lower reinforcements and coupled at upper ends thereof to the rear header, wherein the rear side panels include openings formed between left and right side pillars, which form the rear edges of the side door openings, and the upper reinforcements. left and right rear wheel houses configured to cover left and right rear wheels of the vehicle, respectively; left and right rear damper supports configured to support upper ends of rear suspension dampers provided to the rear wheel houses; left and right rear side panels forming side walls of the vehicle, integrally with the rear wheel houses; a floor cross member coupling the left and right rear wheel houses in a vehicle width direction, forward and downward of the rear damper supports; a rear header forming upper edges of a back door opening of the vehicle; and left and right lower reinforcements coupled at lower ends thereof to the floor cross member and coupled at upper ends thereof to a region adj acent the rear damper supports, rearward of rear edges of side door openings of the vehicle; characterized by left and right upper reinforcements coupled at lower ends thereof to upper ends of the lower reinforcements and coupled at upper ends thereof to the rear header, wherein the rear side panels include openings formed between left and right side pillars, which form the rear edges of the side door openings, and the upper reinforcements.
A composition comprising an oncolytic poxvirus comprising a defective gene encoding the large subunit of ribonucleotide reductase (I4L) and/or the small subunit of ribonucleotide reductase (F4L) and a defective gene encoding thymidine kinase (J2R) and further comprising a suicide gene for use in treating cancer in combination with one or more substances effective in anticancer therapy, wherein the one or more substances effective in anticancer therapy are selected from irinotecan and oxaliplatin.
A tube weld X-ray inspection device, comprising: an X-ray support provided in a length direction so that the X-ray support is capable of being inserted into a tube; an X-ray source provided at a side of the X-ray support in the length direction thereof, for emitting X-rays; and at least one image plate, IP, fixing part for fixing an image plate in a direction perpendicular to an axis of the length direction of the X-ray support while being spaced a predetermined distance from the X-ray source, the image plate being configured to absorb the X-rays and store the X-rays in a form of energy, characterized in that a plurality of the IP fixing parts are provided such that the plurality of the IP fixing parts are spaced apart from each other by a predetermined distance. an X-ray support provided in a length direction so that the X-ray support is capable of being inserted into a tube; an X-ray source provided at a side of the X-ray support in the length direction thereof, for emitting X-rays; and at least one image plate, IP, fixing part for fixing an image plate in a direction perpendicular to an axis of the length direction of the X-ray support while being spaced a predetermined distance from the X-ray source, the image plate being configured to absorb the X-rays and store the X-rays in a form of energy, characterized in that a plurality of the IP fixing parts are provided such that the plurality of the IP fixing parts are spaced apart from each other by a predetermined distance.
Prefabricated wood panel for the construction of buildings, said panel comprising a multilayer structure assembled by press bonding, which panel comprises in order: - a first layer consisting of a solid wooden board, - a second layer consisting of a thermally insulating material in the form of boards or flat strips, interposed between parallel ribs, extending in a first direction, - a third layer consisting of parallel spacers, extending in a second direction perpendicular to the first direction, to create channels between the spacers, - a fourth layer consisting of a thermally insulating material in the form of boards or flat strips, interposed between parallel ribs, extending in said first direction, - a fifth layer consisting of a solid wooden board, and in that the ribs of the second layer and the ribs of the fourth layer are parallel to one another and offset against one another, in said second direction to avoid thermal bridges, said first and fifth layers (C1, C5) are arranged to form the bearing structure and the bracing of said panel, said second and fourth layers (C2, C4) are arranged to form the insulating structure of said panel, and said third layer is arranged to form the technical vacuum of said panel, said channels being empty, through-going and arranged to receive technical networks. - a first layer consisting of a solid wooden board, - a second layer consisting of a thermally insulating material in the form of boards or flat strips, interposed between parallel ribs, extending in a first direction, - a third layer consisting of parallel spacers, extending in a second direction perpendicular to the first direction, to create channels between the spacers, - a fourth layer consisting of a thermally insulating material in the form of boards or flat strips, interposed between parallel ribs, extending in said first direction, - a fifth layer consisting of a solid wooden board, and in that the ribs of the second layer and the ribs of the fourth layer are parallel to one another and offset against one another, in said second direction to avoid thermal bridges, said first and fifth layers (C1, C5) are arranged to form the bearing structure and the bracing of said panel, said second and fourth layers (C2, C4) are arranged to form the insulating structure of said panel, and said third layer is arranged to form the technical vacuum of said panel, said channels being empty, through-going and arranged to receive technical networks.