mhurhangee/ep-ind-claims huggingface dataset:
Quick-adjustment compass having a threaded adjustment spindle, which passes through the compass arms (2, 3) in threaded sleeves (6', 6") mounted therein, and having a centrally arranged adjustment wheel, which is connected in a rotationally fixed manner to the threaded adjustment spindle, characterized in that the threaded adjustment spindle is designed to accompany the movement of the compass and can be blocked in the threaded sleeves (6', 6") by means of at least one locking screw (11, 11'), which passes through a compass arm (2, 3) at least in part, or by means of at least one cap nut, wherein the threaded adjustment spindle can have its thread pushed directly onto a blocking member (12, 18) by way of the locking screw (11, 11') or the cap nut, wherein a blocking pin which passes through the threaded sleeve in a direction transverse to the threaded bore for the threaded adjustment spindle, and is designed in the form of a blocking member, is pushed into the thread of the threaded adjustment spindle by the locking screw (11, 11'), the blocking pin being the threaded pin of the locking screw (11, 11'), which can be screwed into a transversely threaded bore of the threaded sleeve, or a blocking pin which passes through the threaded sleeve (6") in a direction transverse to the threaded bore for the threaded adjustment spindle, and is designed in the form of a blocking member, is pushed into the thread of the threaded adjustment spindle by the cap nut.
An image forming apparatus comprising: a body; a power supply to output an operation voltage; a controller to control the output of the operation voltage from the power supply, based on whether a replaceable unit is installed within the body; and a cover that covers the body; characterised by comprising a high voltage generating part to receive the operation voltage from the power supply and output a high voltage as a high charging voltage, high developing voltage and/or a high transfer voltage; and a cover switch that is connected to an input terminal of the high voltage generating part, interlocks with the cover, and has an OFF state in which the operation voltage is not supplied to the high voltage generating part and an ON state in which the operation voltage is supplied to the high voltage generating part; wherein the controller detects whether the cover switch is in one of the OFF state and the ON state by detecting a voltage at the input terminal of the high voltage generating part. a body; a power supply to output an operation voltage; a controller to control the output of the operation voltage from the power supply, based on whether a replaceable unit is installed within the body; and a cover that covers the body; characterised by comprising a high voltage generating part to receive the operation voltage from the power supply and output a high voltage as a high charging voltage, high developing voltage and/or a high transfer voltage; and a cover switch that is connected to an input terminal of the high voltage generating part, interlocks with the cover, and has an OFF state in which the operation voltage is not supplied to the high voltage generating part and an ON state in which the operation voltage is supplied to the high voltage generating part; wherein the controller detects whether the cover switch is in one of the OFF state and the ON state by detecting a voltage at the input terminal of the high voltage generating part.
A method for capturing one or more digital images of a subject using a mobile device including a front-facing image sensor and a front-facing display, the method comprising: receiving a command to capture the one or more digital images of the subject; displaying, on the front-facing display, an illumination image including one or more illumination regions (482, 484) and a preview image of the subject; adjusting a color of one or more of the one or more illumination regions based, at least in part, on a comparison between an average chrominance value of the subject in the preview image and a target chrominance value to generate an adjusted illumination image; and capturing the one or more digital images of the subject using the front-facing image sensor while the scene is illuminated by the adjusted illumination image. receiving a command to capture the one or more digital images of the subject; displaying, on the front-facing display, an illumination image including one or more illumination regions (482, 484) and a preview image of the subject; adjusting a color of one or more of the one or more illumination regions based, at least in part, on a comparison between an average chrominance value of the subject in the preview image and a target chrominance value to generate an adjusted illumination image; and capturing the one or more digital images of the subject using the front-facing image sensor while the scene is illuminated by the adjusted illumination image.
Modified diene elastomer comprising: a) at least 70% by weight, with respect to the total weight of the modified diene elastomer, of a linear diene elastomer functionalized predominantly at a chain end by an alkoxysilane group, optionally partially or completely hydrolysed to give silanol, the alkoxysilane group bearing another functional group capable of interacting with a reinforcing filler chosen from isocyanates, imines, cyanos, thiols, carboxylates, epoxides and primary, secondary or tertiary phosphines, the alkoxysilane group being connected to the diene elastomer via the silicon atom, the said functionalized diene elastomer exhibiting a polydispersity index before functionalization of less than or equal to 1.6, b) more than 0 and up to 30% by weight, with respect to the total weight of the modified diene elastomer, of a star-branched diene elastomer exhibiting a polydispersity index before star-branching of less than or equal to 1.6, the Mooney viscosity of the said modified diene elastomer varying from 30 to 80. a) at least 70% by weight, with respect to the total weight of the modified diene elastomer, of a linear diene elastomer functionalized predominantly at a chain end by an alkoxysilane group, optionally partially or completely hydrolysed to give silanol, the alkoxysilane group bearing another functional group capable of interacting with a reinforcing filler chosen from isocyanates, imines, cyanos, thiols, carboxylates, epoxides and primary, secondary or tertiary phosphines, the alkoxysilane group being connected to the diene elastomer via the silicon atom, the said functionalized diene elastomer exhibiting a polydispersity index before functionalization of less than or equal to 1.6, b) more than 0 and up to 30% by weight, with respect to the total weight of the modified diene elastomer, of a star-branched diene elastomer exhibiting a polydispersity index before star-branching of less than or equal to 1.6, the Mooney viscosity of the said modified diene elastomer varying from 30 to 80.
Spark plug electrode, comprising a main body and a noble metal pin which is arranged on the main body, - wherein the main body and the noble metal pin are connected to one another by a connecting zone, and - wherein the connecting zone has at least one first weld seam and one second weld seam, - wherein the first weld seam is arranged between the noble metal pin and the main body, wherein the second weld seam is arranged between the first weld seam and the noble metal pin, and a noble metal concentration in the first weld seam is lower than a noble metal concentration in the second weld seam, or - wherein the second weld seam is arranged between the first weld seam and the main body and a noble metal concentration in the first weld seam is higher than a noble metal concentration in the second weld seam, characterized in that the noble metal concentration in the connecting zone changes at most by 40% by mass in the longitudinal direction (X-X) of the spark plug electrode for each interval of 100 μm of length of the connecting zone. - wherein the main body and the noble metal pin are connected to one another by a connecting zone, and - wherein the connecting zone has at least one first weld seam and one second weld seam, - wherein the first weld seam is arranged between the noble metal pin and the main body, wherein the second weld seam is arranged between the first weld seam and the noble metal pin, and a noble metal concentration in the first weld seam is lower than a noble metal concentration in the second weld seam, or - wherein the second weld seam is arranged between the first weld seam and the main body and a noble metal concentration in the first weld seam is higher than a noble metal concentration in the second weld seam,
A drill body for chip removing machining, comprising, on one hand, an envelope surface, which is concentric with a centre axis around which the drill body is rotatable, and transforms into a front end surface, and on the other hand a front cutting edge adjacent to a chip flute, which is countersunk in the envelope surface, more precisely, in the area in front of the cutting edge as viewed in the direction of rotation of the drill body, and runs out into the front end surface, wherein, in the front part of the chip flute, a depression in the form of a chute is formed, the chute being situated beside the cutting edge and not interfering with the cutting edge, the chute including two part surfaces (21, 22), wherein the individual chip flute is helicoidal and delimited by a cross-sectionally concave limiting surface to which the chute, at a rear end thereof, is delimited via a curved borderline, characterized in that the two part surfaces (21, 22) extend at an obtuse angle (α) to each other, one of the two part surfaces forms a bottom surface in the chute, and the other one is facing the cutting edge that is rotationally behind said other one part surface in order to form a stop face for a chip removed by the cutting edge, the obtuse angle (α) amounting to at most 135° and at least 110°, and wherein the stop face of the chute runs at an acute angle of at most 30° in relation to the centre axis of the drill body.
A light emitting apparatus, comprising: a body including a cavity, wherein a stepped section is formed on the inner surface of the body forming the cavity; an electrode of which one end is disposed in the cavity by penetrating the body and the other end is disposed outside of the body, wherein the one end of the electrode is disposed at the stepped section; a heat radiating member including a main frame and a sub frame (52, 53) which extends from the main frame, wherein the main frame is coupled with the body to form the bottom of the cavity and of which at least a part protrudes downwards from the bottom of the body, wherein the main frame includes a first part and a second part protruding toward the lower side from the first part, wherein the bottom of the second part is disposed below the bottom of the body, wherein the sub frame (52, 53) includes a slope, and wherein the slope of the sub frame (52, 53) is inclined upwards from the main frame, and a light emitting diode chip installed on the top surface of the first part and electrically connected with the electrode, characterized in that the top surface of the first part has a larger area than the bottom surface of the second part, the bottom of the first part is disposed on the same horizontal surface as the bottom of the body and the sub frame (52, 53) is exposed toward the side of the body. a body including a cavity, wherein a stepped section is formed on the inner surface of the body forming the cavity; an electrode of which one end is disposed in the cavity by penetrating the body and the other end is disposed outside of the body, wherein the one end of the electrode is disposed at the stepped section; a heat radiating member including a main frame and a sub frame (52, 53) which extends from the main frame, wherein the main frame is coupled with the body to form the bottom of the cavity and of which at least a part protrudes downwards from the bottom of the body, wherein the main frame includes a first part and a second part protruding toward the lower side from the first part, wherein the bottom of the second part is disposed below the bottom of the body, wherein the sub frame (52, 53) includes a slope, and wherein the slope of the sub frame (52, 53) is inclined upwards from the main frame, and a light emitting diode chip installed on the top surface of the first part and electrically connected with the electrode, characterized in that the top surface of the first part has a larger area than the bottom surface of the second part, the bottom of the first part is disposed on the same horizontal surface as the bottom of the body and the sub frame (52, 53) is exposed toward the side of the body.
A ceramic filter comprising: a porous substrate, an ultrafiltration membrane, which is formed on the porous substrate and has an average thickness of 0.1 to 1.0 μm and an average pore size of 2 to 20 nm, and a ceramic porous membrane, which is formed on the ultrafiltration membrane; wherein the ceramic porous membrane is a silica membrane; wherein the porous substrate is a microfiltration membrane; wherein the ultrafiltration membrane is a titania ultrafiltration membrane; wherein the average pore size of the ceramic porous membrane is smaller than that of the ultrafiltration membrane; wherein a part of the ceramic porous membrane has penetrated into pores of the ultrafiltration membrane, such that the average value of the weight ratio of ceramic porous membrane material / ultrafiltration membrane material is 0.1 or more and that the standard deviation is 0.035 or less when measurement is performed at 10 points selected at random in the ultrafiltration membrane by spot analysis by EDX element analysis. a porous substrate, an ultrafiltration membrane, which is formed on the porous substrate and has an average thickness of 0.1 to 1.0 μm and an average pore size of 2 to 20 nm, and a ceramic porous membrane, which is formed on the ultrafiltration membrane; wherein the ceramic porous membrane is a silica membrane; wherein the porous substrate is a microfiltration membrane; wherein the ultrafiltration membrane is a titania ultrafiltration membrane; wherein the average pore size of the ceramic porous membrane is smaller than that of the ultrafiltration membrane; wherein a part of the ceramic porous membrane has penetrated into pores of the ultrafiltration membrane, such that the average value of the weight ratio of ceramic porous membrane material / ultrafiltration membrane material is 0.1 or more and that the standard deviation is 0.035 or less when measurement is performed at 10 points selected at random in the ultrafiltration membrane by spot analysis by EDX element analysis.
A sealing configuration for an axially forward section of a bearing compartment of a gas turbine engine, comprising: a seal plate, comprising: a first seal plate surface axially opposite a second seal plate surface; a plurality of cooling holes in fluid communication with a fluid cavity, each cooling hole defining a channel through the first seal plate surface into the fluid cavity; characterised by: the fluid cavity defining a void on the second forward seal plate surface, wherein the fluid cavity is configured to receive a lubricating fluid from a lubricating spray nozzle in the bearing compartment; and a bellows spring configured to interface with the first forward seal plate surface of the seal plate, wherein the forward bellows spring is configured to provide an axial force against the first forward seal plate surface of the forward seal plate; wherein the seal plate is disposed axially forward of a bearing in the bearing compartment. a first seal plate surface axially opposite a second seal plate surface; a plurality of cooling holes in fluid communication with a fluid cavity, each cooling hole defining a channel through the first seal plate surface into the fluid cavity; characterised by: the fluid cavity defining a void on the second forward seal plate surface, wherein the fluid cavity is configured to receive a lubricating fluid from a lubricating spray nozzle in the bearing compartment; and a bellows spring configured to interface with the first forward seal plate surface of the seal plate, wherein the forward bellows spring is configured to provide an axial force against the first forward seal plate surface of the forward seal plate; the fluid cavity defining a void on the second forward seal plate surface, wherein the fluid cavity is configured to receive a lubricating fluid from a lubricating spray nozzle in the bearing compartment; and a bellows spring configured to interface with the first forward seal plate surface of the seal plate, wherein the forward bellows spring is configured to provide an axial force against the first forward seal plate surface of the forward seal plate; wherein the seal plate is disposed axially forward of a bearing in the bearing compartment.
A LED tube for retrofitting in a fluorescent tube lighting fixture having a preheat phase during which the fluorescent tube lighting fixture is arranged to preheat filaments of a fluorescent tube, the LED tube comprising: an array of LEDs, a LED driver for driving the array of LEDs, a first pair of contact pins (8, 10) at a first end of the LED tube and a second pair of contact pins (14, 16) at a second end of the LED tube for connecting the LED tube electronically and mechanically to the fluorescent tube lighting fixture, the first pair of contact pins (8, 10) being connected forming a first circuitry, the second pair of contact pins (14, 16) being connected forming a second circuitry, the LED driver being connected between the first circuitry and the second circuitry, characterized in that it comprises a temperature controlled switch having an open state and a closed state, and being arranged to adopt the closed state when heated, such that a current path between the first circuitry and the second circuitry is obtained, wherein a preheat current passing between the first pair of contact pins (8, 10) during the preheat phase of the fluorescent tube lighting fixture is arranged to heat the temperature controlled switch. an array of LEDs, a LED driver for driving the array of LEDs, a first pair of contact pins (8, 10) at a first end of the LED tube and a second pair of contact pins (14, 16) at a second end of the LED tube for connecting the LED tube electronically and mechanically to the fluorescent tube lighting fixture, the first pair of contact pins (8, 10) being connected forming a first circuitry, the second pair of contact pins (14, 16) being connected forming a second circuitry, the LED driver being connected between the first circuitry and the second circuitry, characterized in that it comprises a temperature controlled switch having an open state and a closed state, and being arranged to adopt the closed state when heated, such that a current path between the first circuitry and the second circuitry is obtained, wherein a preheat current passing between the first pair of contact pins (8, 10) during the preheat phase of the fluorescent tube lighting fixture is arranged to heat the temperature controlled switch.
A method for providing access to identity information stored in an electronic chip associated with an animal, said animal being tagged with said electronic chip and provided with a transponder configured to read said electronic chip and to receive and respond to information request messages from a first device, the method comprising: reading an identity code from said electronic chip using said transponder; storing the identity code in memory in said transponder; receiving, in said transponder, an instruction from the first device to activate a beacon signal; transmitting said identity code as a beacon signal that can be received by one or more second devices (5, 11) in the vicinity of the transponder. reading an identity code from said electronic chip using said transponder; storing the identity code in memory in said transponder; receiving, in said transponder, an instruction from the first device to activate a beacon signal; transmitting said identity code as a beacon signal that can be received by one or more second devices (5, 11) in the vicinity of the transponder.
A hose and/or cable tray for carrying cables and hoses and of the type made of wire material with U-bent wires which define a bottom and sides of the hose and/or cable tray, respectively, and longitudinal wires fastened thereto at the bottom and the sides, characterised in that the bottom of the tray is reinforced by means of the bottom comprising at least one zigzag bent wire.
A wastegate valve device for a supercharging device, in particular for an exhaust gas turbocharger, having a valve disc, which is connected to an actuator device by means of a drive train, wherein at least one damping element is provided between the valve disc and the actuator device, wherein the drive train has in an inner section of the drive train, which is arranged inside a fluid path of a driving fluid, a spindle arm, which is connected to a spindle and is connected to the valve disc, wherein the spindle is connected to an operating arm, which is arranged in an outer section of the drive train, which is arranged outside the fluid path, and is connected to an operating rod, which is connected to the actuator device, wherein the damping element is arranged in a connection region between said constituents, characterised in that the operating rod has a coupling member, which is connected to the operating arm, the damping element comprises a sleeve, which surrounds a coupling section of the operating rod and the coupling member with prestress, at least one damping material of the damping element is arranged between the sleeve and the coupling section and/or between the sleeve and the coupling member, the damping element is produced at least partially from metal fleece and/or from plastic (21 "), in particular from polytetrafluoroethylene and/or from an elastomer.