mhurhangee/ep-ind-claims huggingface dataset:
Ventilation system (10, 15), - having a piping system (12, 52) which is configured to convey an air flow (14, 54) and to provide the air flow (14, 54) via an outlet (16, 56) of the piping system (12, 52) for supplying a room (18, 58) during a normal operation, - wherein the ventilation system (10, 15) is designed as an air conditioning system and comprises a heat exchanger, which is configured to cool an air flow (14, 54) conveyed in the piping system (12, 52) during the normal operation, - wherein the ventilation system (10, 50) comprises a generating unit (34, 66, 100, 170), which is configured to generate reactive oxygen species during a cleaning operation and to feed these to the air flow (14, 54) conveyed in the piping system (12, 52), characterised in - that the generation unit (34, 66, 100, 170) is configured to generate reactive oxygen species by means of an electrical discharge in a working gas, preferably by means of a dielectric barrier discharge, and - that the generating unit (34, 66, 100, 170) is arranged and configured in such a way that reactive oxygen species generated with the generating unit (34, 66, 100, 170) reach the heat exchanger. - having a piping system (12, 52) which is configured to convey an air flow (14, 54) and to provide the air flow (14, 54) via an outlet (16, 56) of the piping system (12, 52) for supplying a room (18, 58) during a normal operation, - wherein the ventilation system (10, 15) is designed as an air conditioning system and comprises a heat exchanger, which is configured to cool an air flow (14, 54) conveyed in the piping system (12, 52) during the normal operation, - wherein the ventilation system (10, 50) comprises a generating unit (34, 66, 100, 170), which is configured to generate reactive oxygen species during a cleaning operation and to feed these to the air flow (14, 54) conveyed in the piping system (12, 52), characterised in - that the generation unit (34, 66, 100, 170) is configured to generate reactive oxygen species by means of an electrical discharge in a working gas, preferably by means of a dielectric barrier discharge, and - that the generating unit (34, 66, 100, 170) is arranged and configured in such a way that reactive oxygen species generated with the generating unit (34, 66, 100, 170) reach the heat exchanger.
A monitoring system for sensing and transmitting sounds in a child's vicinity, and sensing and transmitting data indicating a measured temperature of the child, the monitoring system comprising: child-unit means comprising a housing, said child-unit means being configured for measuring a temperature of the child and comprising a transmitter configured for transmitting associated temperature data indicating a measured child temperature; a base unit comprising a housing enclosing a microphone, configured to detect the sounds in the child's vicinity, a receiver for receiving temperature data indicating the measured child temperature transmitted by the child-unit means, and a transmitter configured to transmit associated temperature data indicating the measured child temperature and to transmit sound data indicating the detected sounds; and a remote parent unit comprising a housing enclosing a receiver configured to receive the temperature data and the sound data transmitted by the base unit and a speaker configured to output an indication of the sensed sounds based on the received sound data, characterized in that the child-unit means comprise an armband sensor configured to sense a body temperature of the child wearing the child-unit means, and a comfort-fit armband arranged to interconnect the housing of the child-unit and the armband sensor to provide means for retaining the housing and the armband sensor on the arm of a child wearing the child-unit means, wherein the armband sensor is located on a concave inner surface of the comfort-fit armband. child-unit means comprising a housing, said child-unit means being configured for measuring a temperature of the child and comprising a transmitter configured for transmitting associated temperature data indicating a measured child temperature; a base unit comprising a housing enclosing a microphone, configured to detect the sounds in the child's vicinity, a receiver for receiving temperature data indicating the measured child temperature transmitted by the child-unit means, and a transmitter configured to transmit associated temperature data indicating the measured child temperature and to transmit sound data indicating the detected sounds; and a remote parent unit comprising a housing enclosing a receiver configured to receive the temperature data and the sound data transmitted by the base unit and a speaker configured to output an indication of the sensed sounds based on the received sound data, characterized in that the child-unit means comprise an armband sensor configured to sense a body temperature of the child wearing the child-unit means, and a comfort-fit armband arranged to interconnect the housing of the child-unit and the armband sensor to provide means for retaining the housing and the armband sensor on the arm of a child wearing the child-unit means, wherein the armband sensor is located on a concave inner surface of the comfort-fit armband.
A fastener for fastening a wheel rim to a wheel hub, the fastener comprising: - a main body that extends along a central axis thereof, and that has an abutting portion and an extending portion that extends from said abutting portion along the central axis; and - a sleeve that is retained on said abutting portion of said main body, and that has a contacting surface; wherein the fastener is suitable for a fastening condition in which the fastener is fastening a wheel rim to a wheel hub, the wheel rim having a plurality of hole-defining walls that respectively define a plurality of installation holes, wherein in said fastening condition the fastener engages the wheel hub and said abutting portion extends into a corresponding one of the installation holes and corresponds in shape to said corresponding one of the installation holes, and said contacting surface abuts against a corresponding one of the hole-defining walls defining the corresponding one of the installation holes, wherein - said abutting portion has a first end, a second end opposite to said first end, a third section that extends from said first end toward said second end and that has an outer diameter larger than an outer diameter of said extending portion of said main body, and a fourth section that extends from said third section to said second end, wherein - in said fastening condition of the fastener said fourth section presses said sleeve against the corresponding one of the hole-defining walls; characterized in that; - said sleeve corresponds in shape to said abutting portion of said main body and has two flange portions that respectively abut against said first and second ends (123, 124) of said abutting portion such that said sleeve is positioned on said abutting portion. - a main body that extends along a central axis thereof, and that has an abutting portion and an extending portion that extends from said abutting portion along the central axis; and - a sleeve that is retained on said abutting portion of said main body, and that has a contacting surface; - said abutting portion has a first end, a second end opposite to said first end, a third section that extends from said first end toward said second end and that has an outer diameter larger than an outer diameter of said extending portion of said main body, and a fourth section that extends from said third section to said second end, wherein - in said fastening condition of the fastener said fourth section presses said sleeve against the corresponding one of the hole-defining walls; characterized in that; - said sleeve corresponds in shape to said abutting portion of said main body and has two flange portions that respectively abut against said first and second ends (123, 124) of said abutting portion such that said sleeve is positioned on said abutting portion.
Insertion diode comprising a chip which can be connected via solder layers to a first part, which forms a diode base, and a second part, which forms a head wire, and has a plastic jacket and a sleeve, at least in the region of the chip, which form the mechanical connection as a clamp fitting, and at least one part has a predefined projection or undercut which projects into the plastic jacket, characterized in that the plastic jacket is made of a plastic which is solid in a first temperature range and is soft in a higher temperature range, in that the thermal expansion of the plastic is 30 ppm/K, in that the material of the diode base is copper, and in that the undercut is at most 0.05 mm, so that when the plastic is solid, clamping between the diode base and the head wire is ensured and, when the plastic is soft, loosening of the clamping occurs and the connection between the two parts, diode base and head wire, is released.
A process for introducing a catalyst into a polymerization zone, wherein a catalyst feed stream is upstream of the polymerization zone, the process comprising: detecting one or a combination of: i) a change in a concentration of the catalyst in the catalyst feed stream, ii) a change in a concentration of monomer in the polymerization zone, and iii) a change in a polymer production rate of the polymerization zone; adjusting a first catalyst flow rate of the catalyst in the catalyst feed stream to a second catalyst flow rate based on the one or a combination of i), ii), and iii), wherein adjusting a first catalyst flow rate comprises: measuring the concentration of one or more catalyst components; and increasing, decreasing, or maintaining the flow rate in response to the concentration measurement; and introducing the catalyst into the polymerization zone downstream of a location in the catalyst feed stream where the step of adjusting is performed, wherein each of the first catalyst flow rate and the second catalyst flow rate is a value of 0.3 lb/h (0.14 kg/h) to 120 lb/h (54.4 kg/h). detecting one or a combination of: i) a change in a concentration of the catalyst in the catalyst feed stream, ii) a change in a concentration of monomer in the polymerization zone, and iii) a change in a polymer production rate of the polymerization zone; i) a change in a concentration of the catalyst in the catalyst feed stream, ii) a change in a concentration of monomer in the polymerization zone, and iii) a change in a polymer production rate of the polymerization zone; adjusting a first catalyst flow rate of the catalyst in the catalyst feed stream to a second catalyst flow rate based on the one or a combination of i), ii), and iii), wherein adjusting a first catalyst flow rate comprises: measuring the concentration of one or more catalyst components; and increasing, decreasing, or maintaining the flow rate in response to the concentration measurement; and measuring the concentration of one or more catalyst components; and increasing, decreasing, or maintaining the flow rate in response to the concentration measurement; and introducing the catalyst into the polymerization zone downstream of a location in the catalyst feed stream where the step of adjusting is performed, wherein each of the first catalyst flow rate and the second catalyst flow rate is a value of 0.3 lb/h (0.14 kg/h) to 120 lb/h (54.4 kg/h).
An adjustable support arm comprising: a) a base assembly; and b) an arm assembly (20, 30) releasably coupled to the base assembly; c) an adjustable panning insert positioned between the arm assembly (20, 30) and the base assembly, wherein the adjustable panning insert comprises an outer wall, an inner wall, a first end, a second end and characterized in that, the adjustable panning insert further comprises: first and second splines (710, 712) positioned in a stacked orientation around the inner wall of the adjustable panning insert; and first and second projections (715, 716) extending from the second end of the adjustable panning insert, wherein the first projection is spaced apart from the second projection. a) a base assembly; and b) an arm assembly (20, 30) releasably coupled to the base assembly; c) an adjustable panning insert positioned between the arm assembly (20, 30) and the base assembly, wherein the adjustable panning insert comprises an outer wall, an inner wall, a first end, a second end and characterized in that,
A recording apparatus comprising: a recording section configured to discharge a liquid onto a transported medium for recording; a corrugating section disposed on an upstream side of the recording section in a medium transport direction, the corrugating section being configured to form crests and troughs in the medium, wherein the crests and troughs are formed so as to alternate in a width direction which intersects the medium transport direction; a plurality of post-recording transport paths (13, 15, 24) disposed on a downstream side of the recording section, the post-recording transport paths having different destinations for the recorded medium; a relaxing section that can be switched between a relaxing position in which the corrugations formed by the corrugating section are relaxed and a maintaining position in which the corrugations are maintained with respect to the medium and that is between the recording section and branch points of the post-recording transport paths in the medium transport direction; and a controller configured to control the switching of the relaxing section between the relaxing position and the maintaining position, wherein the controller is configured to switch the relaxing section depending on to which one of the post-recording transport paths the recorded medium is to be transported. a recording section configured to discharge a liquid onto a transported medium for recording; a corrugating section disposed on an upstream side of the recording section in a medium transport direction, the corrugating section being configured to form crests and troughs in the medium, wherein the crests and troughs are formed so as to alternate in a width direction which intersects the medium transport direction; a plurality of post-recording transport paths (13, 15, 24) disposed on a downstream side of the recording section, the post-recording transport paths having different destinations for the recorded medium; a relaxing section that can be switched between a relaxing position in which the corrugations formed by the corrugating section are relaxed and a maintaining position in which the corrugations are maintained with respect to the medium and that is between the recording section and branch points of the post-recording transport paths in the medium transport direction; and a controller configured to control the switching of the relaxing section between the relaxing position and the maintaining position, wherein the controller is configured to switch the relaxing section depending on to which one of the post-recording transport paths the recorded medium is to be transported.
A light emitting device (10, 20) comprising: a board; a light emitting element mounted on a principal surface of the board, the light emitting element emitting light having a wavelength of 250 nm to 500 nm; a red fluorescent layer formed on the light emitting element; and a green fluorescent layer; wherein the red fluorescent layer includes a red phosphor expressed by composition, an outer circumference of the red fluorescent layer having a semicircular shape with a radius r in a section perpendicular to the principal surface; (M 1-x1 Eu x1) a Si b AlO c N d wherein, in the composition, M is an element that is selected from Group 1 elements, Group 2 elements, Group 3 elements, Group 13 elements except Al (Aluminum), rare-earth elements, and Group 14 elements, and x1, a, b, c, and d satisfy the following relationship: 0 < x 1 ≤ 1, 0.60 < a < 0.95, 2.0 < b < 3.9, 0.04 ≤ c ≤ 0.6, 4 < d < 5.7; characterised in that an intermediate layer is formed on the red fluorescent layer, the intermediate layer being made of transparent resin, an outer circumference of the intermediate layer having a semicircular shape with a radius D in a section perpendicular to the principal surface; and the green fluorescent layer is formed on the intermediate layer, the green fluorescent layer including a green phosphor, an outer circumference of the green fluorescent layer having a semicircular shape in a section perpendicular to the principal surface, wherein a relationship between the radius r and the radius D satisfies equation: 2.0 ⁢ r μm ≤ D ≤ r + 1000 μm. a board; a light emitting element mounted on a principal surface of the board, the light emitting element emitting light having a wavelength of 250 nm to 500 nm; a red fluorescent layer formed on the light emitting element; and a green fluorescent layer; wherein the red fluorescent layer includes a red phosphor expressed by composition, an outer circumference of the red fluorescent layer having a semicircular shape with a radius r in a section perpendicular to the principal surface; (M 1-x1 Eu x1) a Si b AlO c N d wherein, in the composition, M is an element that is selected from Group 1 elements, Group 2 elements, Group 3 elements, Group 13 elements except Al (Aluminum), rare-earth elements, and Group 14 elements, and x1, a, b, c, and d satisfy the following relationship: 0 < x 1 ≤ 1, 0.60 < a < 0.95, 2.0 < b < 3.9, 0.04 ≤ c ≤ 0.6, 4 < d < 5.7; characterised in that an intermediate layer is formed on the red fluorescent layer, the intermediate layer being made of transparent resin, an outer circumference of the intermediate layer having a semicircular shape with a radius D in a section perpendicular to the principal surface; and the green fluorescent layer is formed on the intermediate layer, the green fluorescent layer including a green phosphor, an outer circumference of the green fluorescent layer having a semicircular shape in a section perpendicular to the principal surface, wherein a relationship between the radius r and the radius D satisfies equation: 2.0 ⁢ r μm ≤ D ≤ r + 1000 μm.
A thermoplastic resin composition, comprising a polyester resin, a vinyl cyanide compound-conjugated diene compound-aromatic vinyl compound graft copolymer, an alpha-methylstyrene-vinyl cyanide compound copolymer, a maleimide-based polymer, and an amide-based lubricant.
Apparatus comprising: a solar cell arrangement comprising one or more solar cells arranged in a planar structure, the solar cell arrangement having a front surface and a rear surface, the solar cell arrangement being operable to produce electrical power in response to the incidence of light on the front surface; and an induction loop arrangement comprising one or more induction loops arranged in a planar structure, the induction loop arrangement being at least one of: a) configured to produce electrical power in response to the presence of a electric or electromagnetic field extending through the plane of the induction loop arrangement, and b) configured to generate a magnetic field through the plane of induction loop arrangement in response to being energised with alternating current electrical power; an induction power conversion module operable to provide electrical power to a power management chip, wherein the one or more induction loops are connected to the induction power conversion module, wherein each solar cell in the arrangement is substantially transparent to electromagnetic fields, wherein the induction loop arrangement is supported beneath the rear surface of the solar cell. a solar cell arrangement comprising one or more solar cells arranged in a planar structure, the solar cell arrangement having a front surface and a rear surface, the solar cell arrangement being operable to produce electrical power in response to the incidence of light on the front surface; and an induction loop arrangement comprising one or more induction loops arranged in a planar structure, the induction loop arrangement being at least one of: a) configured to produce electrical power in response to the presence of a electric or electromagnetic field extending through the plane of the induction loop arrangement, and b) configured to generate a magnetic field through the plane of induction loop arrangement in response to being energised with alternating current electrical power; a) configured to produce electrical power in response to the presence of a electric or electromagnetic field extending through the plane of the induction loop arrangement, and b) configured to generate a magnetic field through the plane of induction loop arrangement in response to being energised with alternating current electrical power; an induction power conversion module operable to provide electrical power to a power management chip, wherein the one or more induction loops are connected to the induction power conversion module, wherein each solar cell in the arrangement is substantially transparent to electromagnetic fields, wherein the induction loop arrangement is supported beneath the rear surface of the solar cell.
Method for operating a fuel system of an internal combustion engine, whereby the fuel system comprises a fuel tank and a venting device comprising at least one venting valve for ventilating the fuel tank, characterised in that in a first operating mode the venting valve for ventilating the fuel tank is adjusted exclusively as a function of a temperature when the internal combustion engine is deactivated, and/or the ventilating takes place over a defined period of time, including a predetermined period of time, when the internal combustion engine is deactivated.
A single-stranded EC motor with a winding strand with two winding terminals, comprising a current regulator in the winding strand between the winding terminals, wherein the current regulator is adapted to respectively regulate the winding current of the single-stranded EC motor to a constant amount with a positive current flow during a first commutation phase and with a negative current flow during a second commutation phase, wherein an amount of the mean output voltage u w (t) of the current regulator, which is applied between the two winding terminals of the EC motor, is used for determining the commutation time, characterized in that the current regulator is formed to determine the respective commutation time by comparing the mean output voltage u w (t) of the current regulator with a predetermined voltage limit value u WG and the voltage limit value u WG is proportional to the amplitude of the respective constant current at the commutation phases (A, B).
Method for checking a fuel mould comprising the following steps: - transporting the fuel mould on a transportation device; - checking, during the transportation, whether the fuel mould corresponds to at least one specification; and - separating the fuel mould from the transportation device if the fuel mould does not correspond to the specification, characterized in that the specification comprises at least the conditions: that a temperature of the fuel mould is below a pre-definable limiting temperature. - transporting the fuel mould on a transportation device; - checking, during the transportation, whether the fuel mould corresponds to at least one specification; and - separating the fuel mould from the transportation device if the fuel mould does not correspond to the specification, characterized in that the specification comprises at least the conditions: that a temperature of the fuel mould is below a pre-definable limiting temperature. that a temperature of the fuel mould is below a pre-definable limiting temperature.
A wound dressing composition comprising a pharmaceutically acceptable vehicle and a non-viable whole cell lysate, or a pellet fraction obtained by subjecting the whole cell lysate to centrifugation, or a supernatant fraction obtained by subjecting the whole cell lysate to centrifugation; the whole cell lysate being derived from a macrophage cell, wherein the said pharmaceutical acceptable vehicle is in the form of a solid sheet, a semi-solid ointment, an apertured solid sheet, a web, a woven fabric, a knitted fabric, a nonwoven fabric, a hydrophilic foam, a freeze-dried sponge or a solvent-dried sponge.