mhurhangee/ep-ind-claims huggingface dataset:
A device for the comminution of ore material and/or slag, which comprises an ore feed-in unit for feeding in ore to be crushed and a first pulverisation unit to which the ore to be crushed is fed from the ore feed unit, wherein the first pulverisation unit is constructed from at least two crushing elements (30, 40) movable towards each other, which together form at least one crushing space for the ore to be crushed such that due to a relative movement in form of a rotation about the rotary axis by at least one of the two crushing elements (30, 40) the ore to be crushed is at least partially pulverised in that one or more acceleration elements, in particular projections, are provided on at least one of the crushing elements (30, 40), which in particular are arranged on the face of one of the two crushing elements (30, 40) and which due to the rotation by one of the two crushing elements (30, 40) accelerate and crush the ore to be crushed, wherein a pressure application is applied to the ore to be crushed by a ramp area, which is configured in form of a screw and formed on one of the two crushing elements (30, 40), wherein a gap is provided between the two crushing elements (30, 40) and/or in at least one of the two crushing elements (30, 40), through which during the rotation the pulverised ore is transported outwards from the centre of rotation and away from the two crushing elements (30, 40), characterised in that at least one of the crushing elements (30, 40) is operatively connected to a spring arrangement, wherein the spring arrangement is configured in such a way that it supports the crushing element (30, 40) with which it is operatively connected in direction of the other crushing element (30, 40) in a variable manner, wherein at least one of the crushing elements (30, 40) is arranged on a shaft for driving the crushing element, wherein the spring arrangement is directly coupled to the shaft or the crushing element and pre-tensioned by the same, wherein the shaft and the crushing element arranged thereon can be moved against the spring force of the spring arrangement, wherein one of the crushing elements is arranged on a housing lid closing at least sometimes a housing of the device in extension direction of the rotary axis, wherein the housing lid is movable relative to the device and wherein the fixedly arranged crushing element is pressed against the other crushing element by means of a hydraulic unit connecting the housing lid to the device.
Use of an adhesive, more particularly a pressure-sensitive adhesive, based on polysiloxane for the adhesive bonding and manufacture of touch panels, the adhesive having an ASTM D 1003 transmittance of more than 86% and an ASTM D 1003 haze of less than 5%.
A method for improving competency of plant cells for bacterial-mediated transformation comprising contacting a mature plant embryo explant comprising the plant cells with an effective amount of a composition containing 10 to 50% by volume polyethylene glycol prior to transformation and rinsing the plant cells contacted with the polyethylene glycol in a non-PEG containing composition prior to transformation, wherein the plant cells are from cotton or soybean.
A device for inferior retrieval of a vena cava filter, the device comprising: an outer sheath with a first lumen longitudinally extending from a first proximal end to a first distal end, the outer sheath having a first radial window between the first proximal end and the first distal end, the first radial window being closer to the first distal end than the first proximal end; an inner sheath generally extending movably inside the lumen of the outer sheath, the inner sheath having a lumen extending from a second proximal end to a second distal end; and an engagement tool having an elongated guide element extending through the inner sheath and an engagement element distally attached to the guide element, the engagement element extendable outward from an opening in the inner sheath and outward through the first radial window in the outer sheath; wherein the opening in the inner sheath is a second radial window between the second proximal end and the second distal end, the second radial window being closer to the second distal end than the second proximal end; characterised in that: the second radial window has an edge which is disposed in a radial plane, with a flared edge portion that extends at least across a distal portion of the edge; wherein the flared edge portion protrudes outward from the first radial window when the flared edge portion resides in a longitudinal and angular position within the first radial window. an outer sheath with a first lumen longitudinally extending from a first proximal end to a first distal end, the outer sheath having a first radial window between the first proximal end and the first distal end, the first radial window being closer to the first distal end than the first proximal end; an inner sheath generally extending movably inside the lumen of the outer sheath, the inner sheath having a lumen extending from a second proximal end to a second distal end; and an engagement tool having an elongated guide element extending through the inner sheath and an engagement element distally attached to the guide element, the engagement element extendable outward from an opening in the inner sheath and outward through the first radial window in the outer sheath; wherein the opening in the inner sheath is a second radial window between the second proximal end and the second distal end, the second radial window being closer to the second distal end than the second proximal end; characterised in that: the second radial window has an edge which is disposed in a radial plane, with a flared edge portion that extends at least across a distal portion of the edge; wherein the flared edge portion protrudes outward from the first radial window when the flared edge portion resides in a longitudinal and angular position within the first radial window. the second radial window has an edge which is disposed in a radial plane, with a flared edge portion that extends at least across a distal portion of the edge; wherein the flared edge portion protrudes outward from the first radial window when the flared edge portion resides in a longitudinal and angular position within the first radial window.
Detection device of fungal contamination in an interior environment, including: - a preconcentration module; - a separation module including a chromatographic microcolumn downstream of the preconcentration module; and - a detection module including a sensor matrix downstream of the separation module, - flow generating means, preferably at least one pump, The device includes at least one first solenoid valve upstream of the detection module characterized in that the first solenoid valve is placed between the separation module and the detection module, enabling either to direct a flow containing target molecules toward the detection module, or to direct a flow filtered by a first filtering means enabling the detection module to be cleaned when the flow does not contain the target molecules. - a preconcentration module; - a separation module including a chromatographic microcolumn downstream of the preconcentration module; and - a detection module including a sensor matrix downstream of the separation module, - flow generating means, preferably at least one pump,
A vehicle (1, 1A) comprising, a vehicular component comprising an illumination device (4, 4A) installed on a roof part (30, 30A) of the vehicle and configured to cover an interior space of the vehicle from above, characterised in that the illumination device (4, 4A) includes a light source unit and a plurality of light emitting units (300, 300A), wherein the light emitting units (300, 300A) are configured to emit light toward the outside of the vehicle by light emitted from the light source unit and are provided along an outer peripheral edge of the roof part (30, 30A) in a top view of the vehicle, wherein the vehicle is capable of travelling in an automatic driving mode, and wherein the vehicle is configured such that the light emitting units (300, 300A) are turned on during the automatic driving mode, wherein the light emitting units (300, 300A) of the illumination device are provided above any light emitting unit of a headlamp, a brake lamp and a turn signal lamp, wherein in a top view of the vehicle, the light source unit is provided on the center of the roof part with respect to the light emitting units (300, 300A), wherein a light guide member is provided between the light source unit and each of the light emitting units (300, 300A) wherein the light guide member guides the light emitted from the light source unit to each of the light emitting units (300, 300A), and wherein the light guide member is configured by an optical fiber or a plurality of optical fibers. a vehicular component comprising an illumination device (4, 4A) installed on a roof part (30, 30A) of the vehicle and configured to cover an interior space of the vehicle from above, characterised in that the illumination device (4, 4A) includes a light source unit and a plurality of light emitting units (300, 300A), wherein the light emitting units (300, 300A) are configured to emit light toward the outside of the vehicle by light emitted from the light source unit and are provided along an outer peripheral edge of the roof part (30, 30A) in a top view of the vehicle, wherein the vehicle is capable of travelling in an automatic driving mode, and wherein the vehicle is configured such that the light emitting units (300, 300A) are turned on during the automatic driving mode, wherein the light emitting units (300, 300A) of the illumination device are provided above any light emitting unit of a headlamp, a brake lamp and a turn signal lamp, wherein in a top view of the vehicle, the light source unit is provided on the center of the roof part with respect to the light emitting units (300, 300A), wherein a light guide member is provided between the light source unit and each of the light emitting units (300, 300A) wherein the light guide member guides the light emitted from the light source unit to each of the light emitting units (300, 300A), and wherein the light guide member is configured by an optical fiber or a plurality of optical fibers.
An input device comprising: a base member including a first hollow support body; an operation body supported so as to at least freely rotate relative to the first hollow support body, the operation body including - an operation knob formed in a cylindrical shape with a bottom and having a top surface portion, wherein a second hollow cylindrical support body is configured to rotationally hold the operation knob through a bearing portion, and - a plate-shaped capacitance type touch pad provided on a back side of the top surface portion for detecting approach or contact of a finger with respect to the top surface portion; and wherein the second hollow cylindrical support body is mounted on the base member for supporting the capacitance type touch pad, the second hollow cylindrical support body supporting the capacitance type touch pad through an elastic body which elastically urges the capacitance type touch pad against the back side of the top surface portion, wherein the second hollow cylindrical support body is arranged to freely reciprocate relative to the first hollow support body together with the operation knob. a base member including a first hollow support body; an operation body supported so as to at least freely rotate relative to the first hollow support body, the operation body including - an operation knob formed in a cylindrical shape with a bottom and having a top surface portion, wherein a second hollow cylindrical support body is configured to rotationally hold the operation knob through a bearing portion, and - a plate-shaped capacitance type touch pad provided on a back side of the top surface portion for detecting approach or contact of a finger with respect to the top surface portion; and - an operation knob formed in a cylindrical shape with a bottom and having a top surface portion, wherein a second hollow cylindrical support body is configured to rotationally hold the operation knob through a bearing portion, and - a plate-shaped capacitance type touch pad provided on a back side of the top surface portion for detecting approach or contact of a finger with respect to the top surface portion; and wherein the second hollow cylindrical support body is mounted on the base member for supporting the capacitance type touch pad, the second hollow cylindrical support body supporting the capacitance type touch pad through an elastic body which elastically urges the capacitance type touch pad against the back side of the top surface portion, wherein the second hollow cylindrical support body is arranged to freely reciprocate relative to the first hollow support body together with the operation knob.
A fuel tank with a fuel pump unit for a vehicle, wherein a unit case holding a fuel pump main body penetrates a unit installing port of the fuel tank and is attached to the fuel tank, a flange portion (53L-c) opposite to the outer periphery portion of said unit installing port is provided on an exposed portion of said unit case to the outside of said fuel tank, said flange portion (53L-c) is pressed and fixed on the outer periphery portion of said unit installing port while an annular seal member is sandwiched between said flange portion (53L-c) and the outer periphery portion of said unit installing port, an engage convex portion is provided on a part of said flange portion (53L-c) opposite to the outer periphery portion of said unit installing port, said seal member having a fitting portion fitted into said engage convex portion; an annular fuel seal portion being provided for preventing the fuel leakage from said unit installing port on the inside of said fitting portion in the radial direction and an annular dust seal portion being provided for preventing the dust from entering from the outside on the outside of said fitting portion in the radial direction; said fitting portion, said fuel seal portion, and said dust seal portion being integrally formed; characterised in that said dust seal portion is formed on an approximately same outer diameter as said flange portion (53L-c), a hollow portion (27a-2) recessed stepwise to the upper direction side is provided on the outer periphery portion of said unit installing port in the bottom wall of said fuel tank, a part of said dust seal portion abuts on a bottom of said hollow portion (27a-2), said hollow portion (27a-2) is continuously formed on the outer periphery portion of said unit installing port of said fuel tank through a slope portion (27a-3), and a part of said dust seal portion abuts on said slope portion (27a-3).
A chilled air distribution system for an aircraft galley service cart, comprising: an aircraft galley service cart having a front door, a pair of side walls, a top surface, a bottom surface, and rear wall; characterized by a first plenum duct along the top surface configured to direct chilled air from a chilled air source over the top surface of said aircraft galley service cart; a pair of diverting curved vanes along a vertical surface of the front door configured to divert air from the surface of the front door to adjacent surfaces of said side walls and said bottom surface of the aircraft galley service cart; a pair of rub strips (16, 18) horizontally along the adjacent surfaces of said side walls configured to guide air to an adjacent surface of said rear wall; and a return plenum duct along said rear wall configured to recirculate the chilled air to the first plenum duct. an aircraft galley service cart having a front door, a pair of side walls, a top surface, a bottom surface, and rear wall; characterized by a first plenum duct along the top surface configured to direct chilled air from a chilled air source over the top surface of said aircraft galley service cart; a pair of diverting curved vanes along a vertical surface of the front door configured to divert air from the surface of the front door to adjacent surfaces of said side walls and said bottom surface of the aircraft galley service cart; a pair of rub strips (16, 18) horizontally along the adjacent surfaces of said side walls configured to guide air to an adjacent surface of said rear wall; and a return plenum duct along said rear wall configured to recirculate the chilled air to the first plenum duct.
Test apparatus for testing a first and/or a second electrical machine, wherein the test apparatus comprises: - a torque transmitter for transmitting a torque between a first electrical machine and a second electrical machine, wherein the torque transmitter has a torque connection for the first electrical machine and a torque connection for the second electrical machine; - an electrical shaft which has a first electrical connection for the first electrical machine and a second electrical connection for the second electrical machine; wherein the electrical shaft is designed to transmit, between the first electrical connection and the second electrical connection, as much electrical power, at least by a factor v, as the maximum electrical energy from an external electrical energy source (72, 74, 76, 78) that injection devices (72, 74, 76) of the test apparatus are designed to inject into the electrical shaft, wherein the factor v is at least 5 and it is assumed that the factor v has the specified minimum value if the test apparatus does not comprise such an injection device (72, 74, 76) characterised in that the test apparatus comprises a mechanical drive device for coupling mechanical power (P mech) into the first and/or into the second electrical machine and/or into the torque transmitter. - a torque transmitter for transmitting a torque between a first electrical machine and a second electrical machine, wherein the torque transmitter has a torque connection for the first electrical machine and a torque connection for the second electrical machine; - an electrical shaft which has a first electrical connection for the first electrical machine and a second electrical connection for the second electrical machine;
An aerosol-generating system comprising: a liquid storage portion comprising a container for holding a liquid aerosol-generating substrate and defining an opening; a heater assembly, wherein the heater assembly comprises at least one electrically operated heating element and, wherein the heating element extends across the opening along a transverse plane; and a first channel defining a first flow route, wherein a portion of the first channel is arranged with respect to the transverse plane such that the at least a portion of the first channel directs air originating from outside the system to impinge against a center portion of the at least one heating element and across a surface portion of the at least one heating element to provide an airflow over the heating element in a radially outward direction, wherein the portion of the first channel which directs air into impingement against and across the surface portion of the at least one heating element is orthogonal to the transverse plane, characterized in that the portion of the first channel and the liquid storage portion are located on opposite sides of the heating element. a liquid storage portion comprising a container for holding a liquid aerosol-generating substrate and defining an opening; a heater assembly, wherein the heater assembly comprises at least one electrically operated heating element and, wherein the heating element extends across the opening along a transverse plane; and a first channel defining a first flow route, wherein a portion of the first channel is arranged with respect to the transverse plane such that the at least a portion of the first channel directs air originating from outside the system to impinge against a center portion of the at least one heating element and across a surface portion of the at least one heating element to provide an airflow over the heating element in a radially outward direction, wherein the portion of the first channel which directs air into impingement against and across the surface portion of the at least one heating element is orthogonal to the transverse plane, characterized in that the portion of the first channel and the liquid storage portion are located on opposite sides of the heating element.
Method for optimizing the relative position of at least two printing-unit cylinders (21, 37, 40), in which the relative position of the at least two printing-unit cylinders is set on the basis of measured values, the measured values comprising first values relating to the size of the surface area with which at least one of the printing-unit cylinders makes contact with a further body (5, 25, 40), and the measured values comprising second values relating to at least one second physical variable, characterized in that the first values for their part comprise measured values which are obtained on the basis of the recording of electromagnetic radiation (6, 13), wherein the electromagnetic radiation (6, 13) is reflected from a printing forme (1, 45), an ink transfer surface of a printing-unit cylinder (21, 37, 40) or a body which makes contact (3, 39) with the printing forme or the ink transfer surface of a cylinder (21, 37, 40) involved in the printing process, before the recording of the radiation is carried out.
Tread profile of a vehicle tyre - in particular of a passenger motor vehicle tyre - having profile elements which are separated from one another by channels and which are delimited radially to the outside by a radially outer surface, and having sipes which are formed in profile elements and which, in the radially outer surface and in the section planes parallel to the radially outer surface as far as a depth T 1, extend in each case along a main line of extent g extending substantially in an axial direction A of the vehicle tyre and which, at least in one region of extent, are formed from multiple first, second, third and fourth sections of extent, wherein the first and third sections of extent are oriented so as to run in each case parallel to the main line of extent g and are arranged one behind the other in an alternating sequence along the main line of extent g, and wherein the first sections of extent and the third sections of extent are arranged spaced apart from one another both in a direction of extent and perpendicular to the direction of extent, wherein, along the extent of the sipe proceeding from the beginning of the region of extent as far as the end of extent thereof, in each case one second rectilinear section of extent connects the end of a first section of extent to the start of the subsequent third section of extent, and a fourth section of extent connects the end of a third section of extent to the start of the subsequent first section of extent, wherein the main line of extent g formed centrally between the first and third sections of extent forms a zero line of the oscillating course of the sipe formed by the first, second, third and fourth sections of extent, which zero line is intersected by the second and fourth sections of extent, wherein the sipe, at least within the region of extent along its extent across first, second, third and fourth sections of extent, in the section planes formed perpendicular to the main line of extent g from the radially outer surface as far as the depth T 1, has a cut profile which extends substantially in a radial direction R, characterized in that the sipe, at least in a first, radially outer section of extent of the extent height (h a) proceeding from the radially outer surface, is formed so as to be substantially rectilinear in the radial direction R, and, in a second section of extent, adjoining this to the inside in the radial direction R, of the extent height h m, where h m > h a, is formed with a bulge pointing to one side away from the radial, wherein the side of the bulge is the same in the section planes of the region of extent formed one behind the other along the extent of the main direction of extent g.