mhurhangee/ep-ind-claims huggingface dataset:
A stanchion system for a commercial vehicle bodywork or trailer roof bodywork, comprising: - a stanchion provided with an elongate main beam with at least one row of holes aligned in the longitudinal direction of the main beam, the row of holes comprising a plurality of keyhole-shaped holes, each consisting of a circular hole having a hole diameter, and an elongated hole having a width smaller than the hole diameter, and - at least one board support for a side board of the body work, which board support can be hooked up in the stanchion by means of two suspension bolts, wherein each suspension bolt is provided with a bolt shank having a bolt shank diameter smaller than the width of an elongate hole, the end of the bolt shank being provided with a bolt head having a head diameter greater than the bolt shank diameter, but smaller than the hole diameter and larger than the slot width of a hole of the row of holes in the main beam. - a stanchion provided with an elongate main beam with at least one row of holes aligned in the longitudinal direction of the main beam, the row of holes comprising a plurality of keyhole-shaped holes, each consisting of a circular hole having a hole diameter, and an elongated hole having a width smaller than the hole diameter, and - at least one board support for a side board of the body work, which board support can be hooked up in the stanchion by means of two suspension bolts, wherein each suspension bolt is provided with a bolt shank having a bolt shank diameter smaller than the width of an elongate hole, the end of the bolt shank being provided with a bolt head having a head diameter greater than the bolt shank diameter, but smaller than the hole diameter and larger than the slot width of a hole of the row of holes in the main beam.
Pet fountain comprising: a housing comprised of a cover having at least one liquid-holding drinking bowl formed therein and a base that carries the cover, the base including a basin that holds a supply of water discharged by a pump through an inlet in the cover into the at least one liquid-holding drinking bowl, characterized by the inlet including an upwardly extending tubular discharge spout that receives water from the pump and discharges the water as a free flowing stream, the spout comprising an elongate curved tube having an inner diameter at an intake end of the spout that is smaller than an inner diameter of a discharge opening of the spout. a housing comprised of a cover having at least one liquid-holding drinking bowl formed therein and a base that carries the cover, the base including a basin that holds a supply of water discharged by a pump through an inlet in the cover into the at least one liquid-holding drinking bowl, characterized by the inlet including an upwardly extending tubular discharge spout that receives water from the pump and discharges the water as a free flowing stream, the spout comprising an elongate curved tube having an inner diameter at an intake end of the spout that is smaller than an inner diameter of a discharge opening of the spout.
Optoelectronic component comprising - a connection carrier comprising an electrically insulating film at a top side of the connection carrier, - an optoelectronic semiconductor chip at the top side of the connection carrier, - a cutout in the electrically insulating film, which encloses the optoelectronic semiconductor chip in a frame-like manner, and - a potting body surrounding the optoelectronic semiconductor chip, wherein - the cutout does not penetrate through the electrically insulating film at any point, - the potting body extends at least in places as far as an outer edge of the cutout facing the optoelectronic semiconductor chip, - and the cutout is at least regionally free of the potting body. - a connection carrier comprising an electrically insulating film at a top side of the connection carrier, - an optoelectronic semiconductor chip at the top side of the connection carrier, - a cutout in the electrically insulating film, which encloses the optoelectronic semiconductor chip in a frame-like manner, and - a potting body surrounding the optoelectronic semiconductor chip, wherein - the cutout does not penetrate through the electrically insulating film at any point, - the potting body extends at least in places as far as an outer edge of the cutout facing the optoelectronic semiconductor chip, - and the cutout is at least regionally free of the potting body.
A pneumatic tire with bead portions having enhanced stiffness each comprising: bead cores in which multi-layered bead wire cords are coiled; bead fillers adhering to the bead cores having at least two rows; and at least one carcass ply disposed between the bead cores of the bead fillers, the carcass ply being disposed to have a linear shape without a turn-up structure in order to prevent residual stress of the carcass ply, wherein the bead portions are arranged symmetrically on either side of the pneumatic tire, wherein a first bead filler disposed in an inner direction of the tire based on the carcass ply and a second bead filler disposed in an outer direction of the tire based on the carcass ply comprising the bead cores including the bead wire cords are disposed at both sides of the carcass ply, the diameter of each of the bead wire cords is decreased upward from the bead base such that the bead wire cords having different diameters are disposed to be extended along each of the first and second bead fillers (12a, 12b), characterized in that the first and second bead fillers (12a, 12b) have a triangular profile in order to enhance stiffness of the bead and the sidewall of the tire. bead cores in which multi-layered bead wire cords are coiled; bead fillers adhering to the bead cores having at least two rows; and at least one carcass ply disposed between the bead cores of the bead fillers, the carcass ply being disposed to have a linear shape without a turn-up structure in order to prevent residual stress of the carcass ply, wherein the bead portions are arranged symmetrically on either side of the pneumatic tire, wherein a first bead filler disposed in an inner direction of the tire based on the carcass ply and a second bead filler disposed in an outer direction of the tire based on the carcass ply comprising the bead cores including the bead wire cords are disposed at both sides of the carcass ply, the diameter of each of the bead wire cords is decreased upward from the bead base such that the bead wire cords having different diameters are disposed to be extended along each of the first and second bead fillers (12a, 12b), characterized in that the first and second bead fillers (12a, 12b) have a triangular profile in order to enhance stiffness of the bead and the sidewall of the tire.
A sausage casing with binding elements, spirally arranged on the surface of the casing and forming, with each turn of the spiral, longitudinal sections that are arranged in parallel to the casing axis, characterized in that the laterally arranged longitudinal sections of the binding elements are interconnected and form longitudinal elements on the outside of the casing surface, each of which being formed by the longitudinal sections of a binding element.
A resin-coated carrier for an electrophotographic developer, wherein the surface of a magnetic particle is coated with a mixed resin composed of two resins, and when the two resins are denoted by the resin 1 and the resin 2, respectively, the relative difference between the respective adsorbed moisture amounts of the resin 1 and the resin 2 at a temperature of 30°C and a relative humidity of 80% satisfies the following formula: 1 ≤ ax − b 100 − x ≤ 10 a: the adsorbed moisture content (% by weight) of the resin 1 b: the adsorbed moisture content (% by weight) of the resin 2 x: the content percentage by weight of the resin 1 (0<x<100). a: the adsorbed moisture content (% by weight) of the resin 1 b: the adsorbed moisture content (% by weight) of the resin 2 x: the content percentage by weight of the resin 1 (0<x<100).
An air conditioner that includes an indoor unit, an outdoor unit, a power line and a communication line and is capable of being operated either under an indoor-unit power receiving system, in which a commercial power supply supplied to the indoor unit is supplied to the outdoor unit via the power line, or under an outdoor-unit power receiving system, in which the commercial power supply supplied to the outdoor unit is supplied to the indoor unit via the power line, wherein the indoor unit includes an indoor-unit-side communication circuit configured to perform a predetermined communication with the outdoor unit via the communication line, the air conditioner being characterized in that the indoor unit further includes: a relay configured to be able to stop the supply of the commercial power supply to the outdoor unit via the power line when the air conditioner is operated under the indoor-unit power receiving system, and an indoor-unit-side power-supply control circuit configured to control shorting and opening of the relay and to determine, when power starts to be received by the indoor unit, whether communication with the outdoor unit by the indoor-unit-side communication circuit is possible while the relay is open, the indoor-unit-side power-supply control circuit being further configured, in case said communication is possible, to determine that the air conditioner is operated under the outdoor-unit power receiving system and to perform power-supply control accordingly, and, in case said communication is not possible, to determine that the air conditioner is operated under the indoor-unit power receiving system and to perform power-supply control accordingly. a relay configured to be able to stop the supply of the commercial power supply to the outdoor unit via the power line when the air conditioner is operated under the indoor-unit power receiving system, and an indoor-unit-side power-supply control circuit configured to control shorting and opening of the relay and to determine, when power starts to be received by the indoor unit, whether communication with the outdoor unit by the indoor-unit-side communication circuit is possible while the relay is open, the indoor-unit-side power-supply control circuit being further configured, in case said communication is possible, to determine that the air conditioner is operated under the outdoor-unit power receiving system and to perform power-supply control accordingly, and, in case said communication is not possible, to determine that the air conditioner is operated under the indoor-unit power receiving system and to perform power-supply control accordingly.
A method for detecting the severity of tuberculosis in a human subject and the titre of M. tuberculosis bacilli present in a sputum sample obtained from a subject, the method comprising: a.) adding reagents sulphanilic acid and N-(1-napthyl) ethylenediamine dihydrochloride to a sputum sample obtained from a subject; and b.) detecting color intensity of the solution obtained in step (a) and comparing the color intensity with color coded strips or standard color codes, wherein color intensity is proportional to nitrite present in the sputum sample, thereby detecting the titre of M. tuberculosis bacilli present in the sputum sample and hence the severity of tuberculosis in the subject, where magenta is an indicator of most severity with respect to the disease and faintly pink is least. a.) adding reagents sulphanilic acid and N-(1-napthyl) ethylenediamine dihydrochloride to a sputum sample obtained from a subject; and b.) detecting color intensity of the solution obtained in step (a) and comparing the color intensity with color coded strips or standard color codes, wherein color intensity is proportional to nitrite present in the sputum sample, thereby detecting the titre of M. tuberculosis bacilli present in the sputum sample and hence the severity of tuberculosis in the subject, where magenta is an indicator of most severity with respect to the disease and faintly pink is least.
Device for producing an impression of a surface feature, comprising a housing, comprising a displaceable punch which is mounted on or in the housing and can be pressed onto a surface, said punch comprising a blank carrier having a pressure surface which can be pressed onto a surface and on which an impression blank having an impression layer of a curable material can be detachably fixed, and comprising a curing means which is arranged on or in the housing and by means of which the curable material of the impression blank can be cured during the pressing onto the surface, characterised in that the device for producing an impression can be set up on a surface of which an impression is to be made, and in that the housing is adapted for manual use and handling.
Wind turbine, comprising a tower, a nacelle which is rotatable connected to the tower, a yaw motor for rotating the nacelle relatively to the tower, a yaw brake which is configured to fix the nacelle relatively to the tower and which is configured to be brought from an open position into a brake position and vice versa, wherein the yaw brake is pre-tensioned into the brake position, a switch which is electrically connected to the yaw motor and the yaw brake and which is configured to be brought from an open state into a closed state and vice versa, wherein, when the switch is brought from the closed state into the open state a power supply to the yaw brake and the yaw motor is interrupted and the yaw brake goes into the brake position by releasing at least partially the pre-tension.
Hydraulic directional valve having a valve housing and a filter element, - at least one groove which extends in the circumferential direction being provided on the valve housing, - the filter element being arranged in the groove and having at least one frame element and a filter fabric which is connected fixedly to said frame element, and - the groove having a groove bottom and two side walls which extend substantially in the radial direction and circumferential direction, - characterized in that at least one of the side walls has at least one axial bulge which extends in the direction of the frame element and acts on the frame element in a nonpositive manner. - at least one groove which extends in the circumferential direction being provided on the valve housing, - the filter element being arranged in the groove and having at least one frame element and a filter fabric which is connected fixedly to said frame element, and - the groove having a groove bottom and two side walls which extend substantially in the radial direction and circumferential direction, - characterized in that at least one of the side walls has at least one axial bulge which extends in the direction of the frame element and acts on the frame element in a nonpositive manner.
A device connectable to a vacuum component, the device comprising a plug connector (21; 121); a first and a second signal processing unit (40, 41); and a connection between the signal processing unit and the plug connector, wherein a switch (30; 130) is arranged in the connection between the plug connector and the signal processing unit, characterized in that the device comprises an association unit which is designed such that it measures currents and voltages applied to contacts of the plug connector from the outside and derives therefrom which signal processing unit (40, 41) is to be connected.
A testing device for testing printed circuit boards, in particular bare or partially populated printed circuit boards, the testing device comprising several testing fingers designed for contacting printed circuit board test points of a printed circuit board to be tested, and the testing fingers each being provided with a testing probe, the testing fingers being movable such that they are able to contact any points in a predetermined testing area with their testing probes, and a shuttle (5, 6) for conveying a printed circuit board between a receiving area and the testing area, characterized in that the shuttle is formed from two partial shuttles (5, 6) which are arranged to be movable in a plane in each case along a travel distance between the receiving area and the testing area, the travel distances extending parallel to each other and side by side and the partial shuttles (5, 6) each comprising a retaining area in which a printed circuit board can be held by means of one or more retaining elements, the partial shuttles (5, 6) have an open design at the side pointing toward the respectively other partial shuttle (5, 6), so that a printed circuit board can extend across both retaining areas and be simultaneously held by both partial shuttles (5, 6). a shuttle (5, 6) for conveying a printed circuit board between a receiving area and the testing area, characterized in that the shuttle is formed from two partial shuttles (5, 6) which are arranged to be movable in a plane in each case along a travel distance between the receiving area and the testing area, the travel distances extending parallel to each other and side by side and the partial shuttles (5, 6) each comprising a retaining area in which a printed circuit board can be held by means of one or more retaining elements, the partial shuttles (5, 6) have an open design at the side pointing toward the respectively other partial shuttle (5, 6), so that a printed circuit board can extend across both retaining areas and be simultaneously held by both partial shuttles (5, 6).
An in vitro method for identifying a Th2 high molecular phenotype in a human asthma patient comprising; a) detecting in a biological sample obtained from a human asthma patient, nucleic acids harboring a combination of single nucleotide polymorphisms (SNPs) selected from 1) rs2786098 and rs2014202, or 2) rs2786098 and rs7522056, b) thereby identifying a Th2 high molecular phenotype in said patient. a) detecting in a biological sample obtained from a human asthma patient, nucleic acids harboring a combination of single nucleotide polymorphisms (SNPs) selected from 1) rs2786098 and rs2014202, or 2) rs2786098 and rs7522056, b) thereby identifying a Th2 high molecular phenotype in said patient.
A method of heating and melting a material in a vessel at least partially comprising a susceptor by supplying an alternating current to a lower induction coil located nearer the bottom of the vessel and an upper induction coil located nearer the top of the vessel, the method comprising the steps of: placing the charge of the material in the vessel; supplying the alternating current from a separate power source to each of the lower and upper induction coils, an output voltage of each of the separate power sources operating with a phase synchronization; and varying a magnitude of electric power to the lower and upper induction coils by an independent pulse width control of the output voltage of each of the separate power sources operating with the phase synchronization to heat and melt the material by initially supplying a ratio of at least 2 to 1 of a total power to the lower induction coil relative to the upper induction coil, and decreasing the ratio of at least 2 to 1 of the total power as the material transitions from a solid state to a molten state. placing the charge of the material in the vessel; supplying the alternating current from a separate power source to each of the lower and upper induction coils, an output voltage of each of the separate power sources operating with a phase synchronization; and varying a magnitude of electric power to the lower and upper induction coils by an independent pulse width control of the output voltage of each of the separate power sources operating with the phase synchronization to heat and melt the material by initially supplying a ratio of at least 2 to 1 of a total power to the lower induction coil relative to the upper induction coil, and decreasing the ratio of at least 2 to 1 of the total power as the material transitions from a solid state to a molten state.
An apparatus for manufacturing a vitreous silica crucible comprising: a mold for forming a silica powder layer to manufacture a crucible by supplying silica powder therein; an arc discharge unit having carbon electrodes and a power supply unit for heating and fusing the silica powder layer by arc discharge; and a temperature measurement unit for measuring temperature of a fused portion in the mold, wherein the temperature measurement unit is a radiation thermometer (Cam) for measuring temperature by detecting radiation energy of a wavelength of 4.8 to 5.2 μm, wherein the radiation thermometer (Cam) detects the radiation energy at a corner upper position (R-W) which position is a border between the corner portion and the cylindric wall portion of the vitreous silica crucible where the change of the curvature of the corner portion finishes and wherein the corner portion is a portion smoothly connecting the cylindrical wall portion and the bottom portion having a constant curvature and wherein the measurement diameter of the radiation thermometer (Cam) is 30 mm or less and a controller for controlling the fused state of vitreous silica by changing, based on the measurement result from the temperature measurement unit, any of the amount of current supplied to the carbon electrodes, the position of the carbon electrodes, the relative position of the mold and the carbon electrodes, and the position of the mold. a mold for forming a silica powder layer to manufacture a crucible by supplying silica powder therein; an arc discharge unit having carbon electrodes and a power supply unit for heating and fusing the silica powder layer by arc discharge; and a temperature measurement unit for measuring temperature of a fused portion in the mold, wherein the temperature measurement unit is a radiation thermometer (Cam) for measuring temperature by detecting radiation energy of a wavelength of 4.8 to 5.2 μm,
A work vehicle comprising a chassis, and a coupling apparatus for coupling an attachment to the work vehicle, the coupling apparatus comprising a first carrier element pivotally coupled to the chassis about a main transverse pivot axis extending transversely of the direction of normal forward motion of the work vehicle, and a second carrier element carrying a pair of transversely spaced apart first coupling elements, characterised in that the second carrier element is pivotally coupled to the chassis about the main transverse pivot axis and about a main longitudinal pivot axis, the main longitudinal pivot axis extends substantially perpendicularly to and through the main transverse pivot axis, and the second carrier element is pivotal relative to the first carrier element about the main longitudinal pivot axis.