mhurhangee/ep-ind-claims huggingface dataset:
A cleaner head comprising: a cleaner-head body that includes a suction port disposed at a bottom face of the cleaner-head body, a suction chamber spatially connected with the suction port, and a discharge port spatially connected with the suction port through the suction chamber; a brushbar that is disposed in the suction chamber, is rotatably supported by the cleaner-head body, and is provided with plurality of brush hairs extending in a normal direction of the brushbar; an electric motor accommodated in the cleaner-head body; a power transmission mechanism that transmits driving force from the electric motor to the brushbar; and a brush-hair dust-remover that protrudes from an inner wall face of the suction chamber to be in contact with part of the plurality of brush hairs and restricts air to be sucked into the discharge port, characterized in that the discharge port is disposed at the rear center of the suction chamber; and wherein a contact surface of the brush-hair dust-remover becomes narrower from the right and left sides of the suction chamber toward the discharge port such that a length of the contact surface becomes shorter as it is closer to the discharge port in a direction along a rotation center line of the brushbar. a cleaner-head body that includes a suction port disposed at a bottom face of the cleaner-head body, a suction chamber spatially connected with the suction port, and a discharge port spatially connected with the suction port through the suction chamber; a brushbar that is disposed in the suction chamber, is rotatably supported by the cleaner-head body, and is provided with plurality of brush hairs extending in a normal direction of the brushbar; an electric motor accommodated in the cleaner-head body; a power transmission mechanism that transmits driving force from the electric motor to the brushbar; and a brush-hair dust-remover that protrudes from an inner wall face of the suction chamber to be in contact with part of the plurality of brush hairs and restricts air to be sucked into the discharge port, characterized in that the discharge port is disposed at the rear center of the suction chamber; and wherein a contact surface of the brush-hair dust-remover becomes narrower from the right and left sides of the suction chamber toward the discharge port such that a length of the contact surface becomes shorter as it is closer to the discharge port in a direction along a rotation center line of the brushbar.
A method of operating a wireless communication system having a radio interface which has limited radio resources, comprising arranging for one or more communication devices of a first type to communicate data to and from a first type of data source via the radio interface, the source of data of the first type being a machine type communication, MTC, data source, and the one or more communication devices of the first type being MTC communication devices; arranging for one or more communication devices of a second type to communicate data to and from a second type of data source via the radio interface, the source of data of the second type being a human-to-human, H2H, data source, and the one or more communication devices of the second type being H2H communication devices; restricting use of the radio resources by the one or more communication devices of the second type during a specified data transmission period by allocating more of the radio resources to the first type of communication devices than the communication devices of the second type; and restricting use of the radio resources by the one or more communication devices of the first type outside of the specified data transmission period by allocating more of the radio resources to the second type of communication devices than the communication devices of the first type, and the specified data transmission period occuring at a predetermined time and for predetermined length of time based on predicted levels of H2H data transmission.
A filter circuit for suppressing a signal distortion, comprising a current-to-voltage converter, a frequency crossover and a compensation circuit assembly, the frequency crossover having at least one input for a signal source, a first output and a second output, the input of the frequency crossover having a first impedance in a first frequency band and a second impedance in a second frequency band, and the second frequency band having a higher frequency than the first frequency band, the first output having a third impedance in the first frequency band and a fourth impedance in the second frequency band, and the absolute value of the fourth impedance being greater than or equal to the absolute value of the third impedance, the second output having a fifth impedance in the first frequency band and a sixth impedance in the second frequency band, and the absolute value of the fifth impedance being greater than the absolute value of the sixth impedance, an input of the current-to-voltage converter being connected to the second output of the frequency crossover, the compensation circuit assembly being configured to detect a first signal current between the input and the first output of the frequency crossover, the signal current creating a distortion current between the input of the current-to-voltage converter and the second output of the frequency crossover, characterized in that the compensation circuit assembly is configured to couple a compensation current within the current-to-voltage converter such that the compensation current is opposite and equal in magnitude to the distortion current, and to thus compensate the distortion current such that a distortion-free output signal is provided at the output of the current-to-voltage converter.
An integrated heat exchanger for a vehicle comprising: an exhaust gas heat exchanging part that exchanges heat between a coolant and an exhaust gas; and an oil heat exchanging part that exchanges heat between the coolant and oil, wherein the exhaust gas heat exchanging part has a housing, to one side of which a coolant inflow pipe into which the coolant flows is connected, and a plurality of exhaust gas tubes which are stacked in the housing at regular intervals, in which respective exhaust gas channels are formed, and between the neighboring ones of which first coolant channels communicating with the coolant inflow pipe are formed; the oil heat exchanging part has a plurality of plates which are stacked at regular intervals and between which a plurality of oil channels and a plurality of second coolant channels are alternately formed, and a coolant discharge pipe through which the coolant is discharged and which is connected to one side of an upper end thereof; characterised in that a lower end of the oil heat exchanging part and an upper surface of the housing of the exhaust gas heat exchanging part are coupled via at least one mounting plate (51, 52); and the first coolant channels of the exhaust gas heat exchanging part and the second coolant channels of the oil heat exchanging part are sealed against the mounting plate (51, 52) and communicate with each other, and the second coolant channels communicate with the coolant discharge pipe. an exhaust gas heat exchanging part that exchanges heat between a coolant and an exhaust gas; and an oil heat exchanging part that exchanges heat between the coolant and oil,
A composition comprising a bacterial strain of the species Enterococcus faecium having a 16s rRNA sequence that is at least 99% identical to SEQ ID NO: 2, for use in a method of treating or preventing an inflammatory or autoimmune disease, wherein the composition does not comprise a bacterial strain of the species Bacillus subtilis, and wherein the amount of the bacterial strain is from about 1 × 10 6 to about 1 × 10 11 colony forming units per gram with respect to a weight of the composition.
Device for locating metallic objects, comprising exactly one transmitting coil and a receiving turns system (112, 114; 212, 214), comprising at least one receiving coil (112, 114; 212, 214), which are inductively coupled to one another, and comprising electrical switching means (1 to 8, 1'a, 2'a, 3'a; 1'b, 2'b, 3'b), which make it possible to vary the number of turns of the receiving turns system (112, 114; 212, 214), characterized in that the number of turns of the receiving turns system (112, 114; 212, 214) is variable by connecting up or disconnecting inductive compensation modules in the form of conductor loops or fractions of such conductor loops, wherein the switching means (1,..., 8; 1'a, 2'a, 3'a, 1'b, 2'b, 3'b) are arranged between turns (113, 213) of a first receiving coil (112, 212) and turns (115, 215) of a second receiving coil (114, 214).
Turbine housing for an exhaust-gas turbocharger, having a bearing housing attachment flange, having an exhaust-gas inlet duct, having a spiral duct, having an exhaust-gas inlet gap, having a sealing contour region, and having an exhaust-gas outlet connector, said turbine housing having multiple interconnected housing parts, which include a central, unipartite contoured component formed as a cast component or as a forged component which is connected to the housing parts adjacent thereto, which are formed at least partially as sheet-metal molded parts, characterized in that the bearing housing attachment flange is a sheet-metal molded part, - a part, which faces towards the bearing housing attachment flange, of the spiral housing forming the spiral duct forms a half-shell of the spiral housing and is formed as a sheet-metal molded part, - the central, unipartite contoured component is provided in the turbine housing on that side of the spiral duct which faces away from the bearing housing attachment flange, and forms a further half-shell of the spiral housing, and - the central, unipartite contoured component has a wall region, situated on the side facing away from the bearing housing attachment flange, of the spiral duct, a boundary wall, adjoining said wall region, of the exhaust-gas inlet gap, and the sealing contour region adjoining said wall region. - a part, which faces towards the bearing housing attachment flange, of the spiral housing forming the spiral duct forms a half-shell of the spiral housing and is formed as a sheet-metal molded part, - the central, unipartite contoured component is provided in the turbine housing on that side of the spiral duct which faces away from the bearing housing attachment flange, and forms a further half-shell of the spiral housing, and - the central, unipartite contoured component has a wall region, situated on the side facing away from the bearing housing attachment flange, of the spiral duct, a boundary wall, adjoining said wall region, of the exhaust-gas inlet gap, and the sealing contour region adjoining said wall region.
A multi-processing unit comprising: a plurality of movable tools (145, 152, 200, 300), which are installed or mounted in and on a central body, for manipulating or processing workpieces by handling, machining, joining and assembling; and at least one central drive, - wherein the machining tools (145, 152) are either in a retracted parking position or in an extended working position in the central body, - wherein multiple machining tools (145, 152) - combined mechanically or by software to form a group - can be brought into a working position simultaneously, - wherein the machining tools (145, 152) are different types or sizes for cutting manufacturing methods, - wherein one or more tools are present for each tool type, - wherein at least one handling tool is a gripping tool (170, 240, 320), and - characterised in that the gripping tool is a panel-gripping device, which has two parallel gripping devices (181, 182) fastened rigidly to an adapter wedge, for gripping furniture panels. - wherein the machining tools (145, 152) are either in a retracted parking position or in an extended working position in the central body, - wherein multiple machining tools (145, 152) - combined mechanically or by software to form a group - can be brought into a working position simultaneously, - wherein the machining tools (145, 152) are different types or sizes for cutting manufacturing methods, - wherein one or more tools are present for each tool type, - wherein at least one handling tool is a gripping tool (170, 240, 320), and - characterised in that
A centrifugal rotation machine comprising: a rotation shaft that rotates around an axis; a plurality of impellers that rotate along with the rotation shaft to send out a fluid; a casing that is installed to surround the rotation shaft and the plurality of impellers and defines a return flow channel configured to guide the fluid from the front-stage impeller to the rear-stage impeller; and a plurality of return vanes that are installed in the return flow channel at intervals in the circumferential direction of the axis, wherein the return flow channel includes a return bend section that guides the fluid, which has been sent out from the front-stage impeller to the outside in the radial direction, to the inside in the radial direction, wherein the return bend section includes a first curved portion and a second curved portion connected to the downstream side of the first curved portion, and wherein the radius of curvature of an inside wall surface of the second curved portion in the radial direction is greater than the radius of curvature of an inside wall surface of the first curved portion in the radial direction, characterized in that a leading edge of each return vane is located in the second curved portion of the return bend section and is formed in a downstream convex shape. a rotation shaft that rotates around an axis; a plurality of impellers that rotate along with the rotation shaft to send out a fluid; a casing that is installed to surround the rotation shaft and the plurality of impellers and defines a return flow channel configured to guide the fluid from the front-stage impeller to the rear-stage impeller; and a plurality of return vanes that are installed in the return flow channel at intervals in the circumferential direction of the axis, wherein the return flow channel includes a return bend section that guides the fluid, which has been sent out from the front-stage impeller to the outside in the radial direction, to the inside in the radial direction, wherein the return bend section includes a first curved portion and a second curved portion connected to the downstream side of the first curved portion, and wherein the radius of curvature of an inside wall surface of the second curved portion in the radial direction is greater than the radius of curvature of an inside wall surface of the first curved portion in the radial direction, characterized in that a leading edge of each return vane is located in the second curved portion of the return bend section and is formed in a downstream convex shape.
Shuttering for use in casting a slab/beam over a substrate, comprising a hollow support structure including a plurality of spaced apart walls (6,7) and defining a multiplicity of cells, the support structure being able to be placed on the substrate to support the slab/beam during casting, the support structure being formed with its spaced apart walls (6,7) by a moulding process and being moulded from expanded plastics material, characterised in that the thickness of the spaced apart walls (6,7) moulded from the expanded plastics material is less than 15mm and in that the support structure has a first supporting condition in which the depth of the support structure is D and a second collapsed condition in which the depth of the support structure is d, wherein d is less than 0.38D.
A liquid thermosetting resin composition, comprising: - a thermosetting resin; - a nanocarbon; - an organic additive that has functional groups reactive with the thermosetting resin and the nanocarbon at molecular ends thereof, has an -N=N- structure in a molecule thereof and undergoes thermal degradation at 50 °C or more and 100 °C or less to generate a nitrogen gas and carbon radicals, to thereby cause a radical reaction with the nanocarbon; - a polymerizable unsaturated monomer; and - a polymerization initiator for the polymerizable unsaturated monomer, wherein content of the nanocarbon is 0.1 mass% or more and 10 mass% or less with respect to the liquid thermosetting resin composition. - a thermosetting resin; - a nanocarbon; - an organic additive that has functional groups reactive with the thermosetting resin and the nanocarbon at molecular ends thereof, has an -N=N- structure in a molecule thereof and undergoes thermal degradation at 50 °C or more and 100 °C or less to generate a nitrogen gas and carbon radicals, to thereby cause a radical reaction with the nanocarbon; - a polymerizable unsaturated monomer; and - a polymerization initiator for the polymerizable unsaturated monomer, wherein content of the nanocarbon is 0.1 mass% or more and 10 mass% or less with respect to the liquid thermosetting resin composition.
An apparatus for forming a component for a hearing device, the component comprising an earpiece having a housing, the housing comprising a wall made from a first material, wherein the wall of the housing comprises a second material surrounded by the first material, the apparatus comprising: a mold having an interior cavity for containing the first material and the second material; wherein the mold comprises a first port configured to receive the first material; wherein the mold comprises a second port configured to receive the second material, and a first channel for directing the second material to within an interior cavity of the first material, wherein the interior cavity of the first material is formed by displacement of some of the first material after the first material is delivered inside the mold, said displacement being provided using a medium delivered into the first material prior to provision of the second material into the interior cavity of the first material. a mold having an interior cavity for containing the first material and the second material; wherein the mold comprises a first port configured to receive the first material; wherein the mold comprises a second port configured to receive the second material, and a first channel for directing the second material to within an interior cavity of the first material, wherein the interior cavity of the first material is formed by displacement of some of the first material after the first material is delivered inside the mold, said displacement being provided using a medium delivered into the first material prior to provision of the second material into the interior cavity of the first material.
A dual channel gas collection system for collection of hot gas from an electrolysis process producing aluminium in a cell of Hall-Héroult type comprising PTS (Pot Tending Suction) channels (20, 30) with openings for collecting gas, said channels being arranged in the superstructure of the cell outside a gas hooding of the cell, and wherein inside the gas hooding there is arranged a DPS (Distributed Pot Suction) system, characterised in that the DPS (Distributed Pot Suction) system comprises a designed gas channel that runs along the extension of the hooding, where the channel is provided with gas collection balanced suction cap(s).
A method of producing a sealing seam connecting two material webs of a multilayer composite with a barrier layer, wherein the two material webs are positioned between sealing surfaces of a first and a second tool (1, 2) in such a way that the portions of the material web, that are to be connected together, lie upon each other and between the sealing surfaces, the two tools (1, 2) are moved towards each other so that the two sealing surfaces for producing the sealing seam are pressed towards each other, wherein the first tool is an ultrasonic sonotrode which is excited with an ultrasonic vibration while the two sealing surfaces are pressed towards each other and the sealing seam is produced with two mutually juxtaposed seams, a main seam and a secondary seam, wherein the sealing surfaces are so selected that in a main processing portion the maximum spacing between the two sealing surfaces is less than the maximum spacing between the two sealing surfaces in a first secondary processing portion, wherein the main processing portion and the secondary processing portion are in mutually juxtaposed relationship so that in the production of the main seam the two sealing surfaces exert a main welding pressure on the material webs and in the production of the secondary seam the two sealing surfaces exert a secondary welding pressure on the material webs, wherein the secondary welding pressure is at least portion-wise less than the main welding pressure, wherein the secondary seam produced by the secondary processing portion faces a product to be included in the material webs and the main seam produced by the main processing portion faces away from the product to be included in the material webs, wherein during the welding operation the material webs remain in their position and in the secondary processing portion at least one of the two sealing surfaces has structure elements.
Spark plug comprising: an insulator, a centre electrode, an electrical connection and an electrical connecting arrangement which connects the electrical connection to the centre electrode, wherein the electrical connecting arrangement comprises a line region composed of a sintered material and at least one part of the line region is provided in the form of a helix, characterized in that the line region is at least partially integrated into the insulator. an insulator, a centre electrode, an electrical connection and an electrical connecting arrangement which connects the electrical connection to the centre electrode, wherein the electrical connecting arrangement comprises a line region composed of a sintered material and at least one part of the line region is provided in the form of a helix, characterized in that the line region is at least partially integrated into the insulator.