mhurhangee/ep-ind-claims huggingface dataset:
An engine, comprising: an engine block including a cylinder, the cylinder defining a front of the engine; a blower housing coupled to the engine block and defining an interior cavity, a hot half positioned adjacent the front of the engine, and a cool half opposite the hot half; and an electric starting system positioned within the interior cavity, the electric starting system comprising: a starter mount assembly coupled to the blower housing; an electric starter motor retained by the starter mount assembly and positioned in the cool half; and a battery mounted to the blower housing and positioned in the cool half, the battery electrically coupled to the electric starter motor, wherein the battery is integrated into the blower housing within the interior cavity, such that the battery is configured to be removed from the engine along with the blower housing during maintenance or installation. an engine block including a cylinder, the cylinder defining a front of the engine; a blower housing coupled to the engine block and defining an interior cavity, a hot half positioned adjacent the front of the engine, and a cool half opposite the hot half; and an electric starting system positioned within the interior cavity, the electric starting system comprising: a starter mount assembly coupled to the blower housing; an electric starter motor retained by the starter mount assembly and positioned in the cool half; and a battery mounted to the blower housing and positioned in the cool half, the battery electrically coupled to the electric starter motor, wherein the battery is integrated into the blower housing within the interior cavity, such that the battery is configured to be removed from the engine along with the blower housing during maintenance or installation. a starter mount assembly coupled to the blower housing; an electric starter motor retained by the starter mount assembly and positioned in the cool half; and a battery mounted to the blower housing and positioned in the cool half, the battery electrically coupled to the electric starter motor, wherein the battery is integrated into the blower housing within the interior cavity, such that the battery is configured to be removed from the engine along with the blower housing during maintenance or installation.
Shaft hoisting plant having a conveying means and an overwind brake device for the conveying means, a travel path for the conveying means extending in a longitudinal direction, and an overwind path adjoining a lower end and/or an upper end of the travel path, wherein the overwind brake device comprises: - a pair of retaining elements arranged at a distance from one another which are executed as retaining strips (6.1, 6.2) and which extend in the longitudinal direction, - energy-absorbing material in the form of plates arranged between the retaining strips (6.1, 6.2), - wherein the plates are arranged one above another in the longitudinal direction between the retaining strips (6.1, 6.2), - a plough which is arranged so as to be movable relative to the retaining strips (6.1, 6.2) in such a manner that, upon overwinding of the conveying means, the plough deforms and/or destroys the energy-absorbing material between the retaining strips (6.1, 6.2), - wherein either the plough is movable and the retaining strips (6.1, 6.2) are stationary on the overwind path or the plough is stationary on the overwind path and the retaining strips (6.1, 6.2) are arranged to be movable. - a pair of retaining elements arranged at a distance from one another which are executed as retaining strips (6.1, 6.2) and which extend in the longitudinal direction, - energy-absorbing material in the form of plates arranged between the retaining strips (6.1, 6.2), - wherein the plates are arranged one above another in the longitudinal direction between the retaining strips (6.1, 6.2), - a plough which is arranged so as to be movable relative to the retaining strips (6.1, 6.2) in such a manner that, upon overwinding of the conveying means, the plough deforms and/or destroys the energy-absorbing material between the retaining strips (6.1, 6.2), - wherein either the plough is movable and the retaining strips (6.1, 6.2) are stationary on the overwind path or the plough is stationary on the overwind path and the retaining strips (6.1, 6.2) are arranged to be movable.
An ultrasonic probe, comprising a frame to constitute a part of a cubicle, a first arm with one end fixed on a first shaft member, and a second arm with one end rotatably connected to the other end of said first arm via a coupling shaft and provided with an ultrasonic element to mutually convert electric signals and ultrasonic signals on the other end, said second arm is designed as slidable on a second shaft member via a slide bearing unit, a swinging mechanism containing said first arm and said second arm is disposed in a cubicle surrounded by an ultrasonic window and said frame, and an acoustic coupling liquid is sealed so that said ultrasonic element is swung and scanned characterized in that the second shaft member is fixed to the frame.
A panel heater comprising: • a housing (25,26,27), • a panel having a front heat-radiating surface and a back surface and • a heat source (4,6,21) in thermal contact with the back surface of the panel, the panel and heat source forming a package having opposite side edges (10,20), wherein said package is held by at least two brackets, characterized by each bracket having: • a longitudinal body running from one edge to the opposite edge of the package, and • a pair of lateral portions configured to grip or retain the respective edges (10,20) of the package, and wherein: - the brackets are removably mounted in the housing, - the package has a concave curvature between the opposite side edges (10,20) gripped by the brackets, so that the package has a concave heat-emitting surface, - the material of the panel and the brackets are chosen such that a thermal expansion of the panel takes place with respect to the brackets, - the package is maintained by said lateral portions so as to be in a stressed condition with respect to the brackets when the panel is heated, as a consequence of thermal expansion of the panel with respect to the brackets, - the package is configured so that the stressed condition improves the thermal contact between the panel and the heat source (4,6,21) compared to the non-stressed condition. • a housing (25,26,27), • a panel having a front heat-radiating surface and a back surface and • a heat source (4,6,21) in thermal contact with the back surface of the panel, • a longitudinal body running from one edge to the opposite edge of the package, and • a pair of lateral portions configured to grip or retain the respective edges (10,20) of the package, - the brackets are removably mounted in the housing, - the package has a concave curvature between the opposite side edges (10,20) gripped by the brackets, so that the package has a concave heat-emitting surface, - the material of the panel and the brackets are chosen such that a thermal expansion of the panel takes place with respect to the brackets, - the package is maintained by said lateral portions so as to be in a stressed condition with respect to the brackets when the panel is heated, as a consequence of thermal expansion of the panel with respect to the brackets, - the package is configured so that the stressed condition improves the thermal contact between the panel and the heat source (4,6,21) compared to the non-stressed condition.
An apparatus, comprising: an input system including: an acoustic input; and a GMR sensor adapted to detect a magnetic field strength and information modulated on a time varying magnetic field; an acoustic output system; a signal processing circuit connected to the input system and the acoustic output system, the signal processing circuit adapted to process signals from the input system and to present processed signals to the acoustic output system; and a switch circuit adapted to switch the input system from the acoustic input to the GMR sensor when the magnetic field strength detected is above a threshold, the switch circuit comprising a filter to prevent false triggering of the switch circuit, and wherein the GMR sensor is adapted to provide a signal to the signal processing circuit including the information modulated on the time varying magnetic field. an input system including: an acoustic input; and a GMR sensor adapted to detect a magnetic field strength and information modulated on a time varying magnetic field; an acoustic output system; a signal processing circuit connected to the input system and the acoustic output system, the signal processing circuit adapted to process signals from the input system and to present processed signals to the acoustic output system; and a switch circuit adapted to switch the input system from the acoustic input to the GMR sensor when the magnetic field strength detected is above a threshold, the switch circuit comprising a filter to prevent false triggering of the switch circuit, and wherein the GMR sensor is adapted to provide a signal to the signal processing circuit including the information modulated on the time varying magnetic field. an acoustic input; and a GMR sensor adapted to detect a magnetic field strength and information modulated on a time varying magnetic field; an acoustic output system; a signal processing circuit connected to the input system and the acoustic output system, the signal processing circuit adapted to process signals from the input system and to present processed signals to the acoustic output system; and a switch circuit adapted to switch the input system from the acoustic input to the GMR sensor when the magnetic field strength detected is above a threshold, the switch circuit comprising a filter to prevent false triggering of the switch circuit, and wherein the GMR sensor is adapted to provide a signal to the signal processing circuit including the information modulated on the time varying magnetic field.
A method (1400, 1500, 1600, 1700) for wireless communication by a vehicle user equipment, v-UE, comprising: performing an attach procedure by establishing a first connection to a base station and by transmitting to said base station a request to attach for wireless communications with a network that supports vehicle based communications; identifying, based on signalling received from the base station, a boundary time associated with the base station, wherein the boundary time is associated with a periodic schedule and wherein the boundary time indicates a time when v-UEs connected to the base station and participating in the vehicle based communication over the network perform a disconnect procedure and a reattach procedure; and performing (1415, 1520, 1615) the disconnect procedure and the reattach procedure substantially at the boundary time in accordance with the periodic schedule, wherein the disconnect procedure comprises the v-UE disconnecting the first connection to the base station and wherein the v-UE establishes a second connection to the base station to perform the reattach procedure. performing an attach procedure by establishing a first connection to a base station and by transmitting to said base station a request to attach for wireless communications with a network that supports vehicle based communications; identifying, based on signalling received from the base station, a boundary time associated with the base station, wherein the boundary time is associated with a periodic schedule and wherein the boundary time indicates a time when v-UEs connected to the base station and participating in the vehicle based communication over the network perform a disconnect procedure and a reattach procedure; and performing (1415, 1520, 1615) the disconnect procedure and the reattach procedure substantially at the boundary time in accordance with the periodic schedule, wherein the disconnect procedure comprises the v-UE disconnecting the first connection to the base station and wherein the v-UE establishes a second connection to the base station to perform the reattach procedure.
A volume and resistance compensator device for use in inhaler testing, the device comprising a variable volume chamber with an inlet and an outlet, at least one of the inlet and outlet being adjustable to vary the resistance to gas flow through the chamber, characterised in that the variable volume chamber comprises a cylinder and a piston movable, via a shaft, within the cylinder, and wherein at least one of the inlet and outlet is configured to receive a removable choke plate to reduce the diameter of the flow path through the inlet and/or outlet, and further comprising one or more choke plates, the or each choke plate comprising a through hole of a set diameter.
A pharmaceutical composition comprising a samdori2 protein consisting of amino acid sequence of SEQ ID NO: 5 as active ingredients for use in preventing or treating a mental disease.
A method of peening a lap fillet welded joint, comprising knocking a weld toe of the lap fillet welded joint using a knocking pin attached to a tip of a knocking tool, wherein the knocking pin has, on its tip, a curvature radius in a vertical cross section in a direction orthogonal to a welding direction of 0.05 mm to 0.50 mm and equal to or less than a curvature radius of the weld toe, the knocking pin is continuously knocked as a series of knocking toward a direction inclined relative to the welding direction across the weld toe, the series of knocking is repeatedly performed in the welding direction, at that time, a knocking mark group made of a plurality of knocking marks formed by the series of knocking is superimposed on at least a part of an adjacent knocking mark group, while an end part in the direction orthogonal to the welding direction of the knocking mark group is separated from an end part in the direction orthogonal to the welding direction of the adjacent knocking mark group. the knocking pin has, on its tip, a curvature radius in a vertical cross section in a direction orthogonal to a welding direction of 0.05 mm to 0.50 mm and equal to or less than a curvature radius of the weld toe, the knocking pin is continuously knocked as a series of knocking toward a direction inclined relative to the welding direction across the weld toe, the series of knocking is repeatedly performed in the welding direction, at that time, a knocking mark group made of a plurality of knocking marks formed by the series of knocking is superimposed on at least a part of an adjacent knocking mark group, while an end part in the direction orthogonal to the welding direction of the knocking mark group is separated from an end part in the direction orthogonal to the welding direction of the adjacent knocking mark group.
A method for determining remaining life of engine oil in an engine, the method comprising: determining, by a reference engine data apparatus, reference engine parameters of a reference engine (170, 171, 172) based on sensor data obtained from at least one sensor integrated to the reference engine (170, 171, 172); generating, by the reference engine data apparatus, reference engine profile data based on the reference engine parameters; determining, by the reference engine data apparatus, reference engine oil lubrication data based on mechanical testing of an oil sample from the reference engine (170, 171, 172); generating, by a server apparatus, a reference model by associating the reference engine profile data received from the reference engine data apparatus with the reference engine oil lubrication data received from the reference engine data apparatus; receiving, by an engine apparatus, the reference model from the server apparatus; measuring, by the engine apparatus, engine parameters of an engine of the engine apparatus; and determining, by the engine apparatus, remaining life of engine oil in the engine of the engine apparatus using the reference model and the engine parameters. determining, by a reference engine data apparatus, reference engine parameters of a reference engine (170, 171, 172) based on sensor data obtained from at least one sensor integrated to the reference engine (170, 171, 172); generating, by the reference engine data apparatus, reference engine profile data based on the reference engine parameters; determining, by the reference engine data apparatus, reference engine oil lubrication data based on mechanical testing of an oil sample from the reference engine (170, 171, 172); generating, by a server apparatus, a reference model by associating the reference engine profile data received from the reference engine data apparatus with the reference engine oil lubrication data received from the reference engine data apparatus; receiving, by an engine apparatus, the reference model from the server apparatus; measuring, by the engine apparatus, engine parameters of an engine of the engine apparatus; and determining, by the engine apparatus, remaining life of engine oil in the engine of the engine apparatus using the reference model and the engine parameters.
Method for providing uniform brightness from a light projector on an image area to be exposed in direct imaging lithography applications, the method comprising the following steps; - capturing a first image from the light projector representing the brightness distribution over the image area, - subdividing the first image into a number of columns - calculating an averaged brightness value for each column, - creating a brightness image profile, wherein, if the image to be exposed is divided in sub images for higher resolution, the brightness image profile is subdivided into a number of image sub profiles (401, 402, 403, 404) corresponding to the number of sub images, and - superimposing the brightness image profile on the image to be exposed by the light projector. - capturing a first image from the light projector representing the brightness distribution over the image area, - subdividing the first image into a number of columns - calculating an averaged brightness value for each column, - creating a brightness image profile, wherein, if the image to be exposed is divided in sub images for higher resolution, the brightness image profile is subdivided into a number of image sub profiles (401, 402, 403, 404) corresponding to the number of sub images, and - superimposing the brightness image profile on the image to be exposed by the light projector.
A copolymer of a monomer selected from the group consisting of 1,3-butadiene and isoprene, and a monomer of formula I wherein R 1 is phenylene or a linear or branched alkane diyl group containing of from 2 to 10 carbon atoms or a combination of one or more phenylene groups and one or more linear or branched alkane diyl groups containing of from 1 to 10 carbon atoms, R 2 and R 3 are independently selected from a phenyl or a linear or branched alkyl group containing of from 1 to 10 carbon atoms or one of R 2 and R 3 is hydrogen and the other is phenyl or a linear or branched alkyl group containing of from 1 to 10 carbon atoms or R 2 and R 3 taken together with the nitrogen atom represent a nitrogen containing heterocyclic group containing of from 4 to 12 carbon atoms, and R 4 is hydrogen or a linear or branched alkyl group containing of from 1 to 10 carbon atoms.
A method performed by data processing apparatus, the method comprising: initiating, by a first endpoint and through a call server, an audio call with a second endpoint; after the audio call is established, transmitting, by the first endpoint over a channel that bypasses the call server, first information specifying a video communication capability of the first endpoint that the call server did not setup in the established audio call, wherein said first information specifying a video communication capability of the first endpoint is transmitted over a real-time control protocol, RTCP, channel of the audio call; receiving, by the first endpoint, second information specifying that the second endpoint has the video communication capability; and establishing, by the first endpoint and based on the first information and second information, video communication between the first endpoint and the second endpoint over a channel that bypasses the call server. initiating, by a first endpoint and through a call server, an audio call with a second endpoint; after the audio call is established, transmitting, by the first endpoint over a channel that bypasses the call server, first information specifying a video communication capability of the first endpoint that the call server did not setup in the established audio call, wherein said first information specifying a video communication capability of the first endpoint is transmitted over a real-time control protocol, RTCP, channel of the audio call; receiving, by the first endpoint, second information specifying that the second endpoint has the video communication capability; and establishing, by the first endpoint and based on the first information and second information, video communication between the first endpoint and the second endpoint over a channel that bypasses the call server.
An abrasive belt comprising: an endless belt backing; an abrasive layer disposed on the belt backing, wherein at least a portion of the abrasive layer comprises abrasive elements secured to a major surface of the belt backing by at least one binder material, wherein the abrasive elements are disposed at contiguous intersections of horizontal lines and vertical lines of a rectangular grid pattern, wherein at least 70 percent of the intersections have one of the abrasive elements disposed thereat, wherein each of the abrasive elements has at least two triangular abrasive platelets, wherein each of the triangular abrasive platelets has respective top and bottom surfaces (132, 134) connected to each other, and separated by, three sidewalls, wherein, on a respective basis, one sidewall of at least 90 percent of the triangular abrasive platelets is disposed facing and proximate to the belt backing, wherein a first portion of the abrasive elements is arranged in alternating first rows wherein the triangular abrasive platelets in the first row are disposed lengthwise aligned within 10 degrees of the vertical lines, wherein a second portion of the abrasive elements is arranged in alternating second rows wherein the triangular abrasive platelets in the second row are disposed lengthwise aligned within 10 degrees of the horizontal lines, and wherein the first and second rows repeatedly alternate along the vertical lines, wherein spacing of the vertical lines and spacing of the horizontal lines are the same. an endless belt backing; an abrasive layer disposed on the belt backing, wherein at least a portion of the abrasive layer comprises abrasive elements secured to a major surface of the belt backing by at least one binder material, wherein the abrasive elements are disposed at contiguous intersections of horizontal lines and vertical lines of a rectangular grid pattern, wherein at least 70 percent of the intersections have one of the abrasive elements disposed thereat, wherein each of the abrasive elements has at least two triangular abrasive platelets, wherein each of the triangular abrasive platelets has respective top and bottom surfaces (132, 134) connected to each other, and separated by, three sidewalls, wherein, on a respective basis, one sidewall of at least 90 percent of the triangular abrasive platelets is disposed facing and proximate to the belt backing, wherein a first portion of the abrasive elements is arranged in alternating first rows wherein the triangular abrasive platelets in the first row are disposed lengthwise aligned within 10 degrees of the vertical lines, wherein a second portion of the abrasive elements is arranged in alternating second rows wherein the triangular abrasive platelets in the second row are disposed lengthwise aligned within 10 degrees of the horizontal lines, and wherein the first and second rows repeatedly alternate along the vertical lines, wherein spacing of the vertical lines and spacing of the horizontal lines are the same.