mhurhangee/ep-ind-claims huggingface dataset:
A vehicle body structure comprising: a frame of a vehicle; a guard bar that extends in a vehicle width direction, and is fixed to the frame; and a tank that is disposed right above the guard bar, and adapted to store an additive for exhaust purification of the vehicle, characterized in that: the vehicle body structure further comprises a spare tire that is fixed to the frame; that the guide bar extends behind the spare tire; that the tank is disposed behind the spare tire; that the tank has a laterally long section that is disposed to be parallel to the guard bar above the guard bar; and that the tank has a pair of triangular sections that is formed in a triangular shape corresponding to a gap between the spare tire and the frame when viewed from a bottom and is disposed at both ends of the laterally long section. a frame of a vehicle; a guard bar that extends in a vehicle width direction, and is fixed to the frame; and a tank that is disposed right above the guard bar, and adapted to store an additive for exhaust purification of the vehicle, characterized in that: the vehicle body structure further comprises a spare tire that is fixed to the frame; that the guide bar extends behind the spare tire; that the tank is disposed behind the spare tire; that the tank has a laterally long section that is disposed to be parallel to the guard bar above the guard bar; and that the tank has a pair of triangular sections that is formed in a triangular shape corresponding to a gap between the spare tire and the frame when viewed from a bottom and is disposed at both ends of the laterally long section. the vehicle body structure further comprises a spare tire that is fixed to the frame; that the guide bar extends behind the spare tire; that the tank is disposed behind the spare tire; that the tank has a laterally long section that is disposed to be parallel to the guard bar above the guard bar; and that the tank has a pair of triangular sections that is formed in a triangular shape corresponding to a gap between the spare tire and the frame when viewed from a bottom and is disposed at both ends of the laterally long section.
A computer implemented method for processing a set of multiple serially acquired magnetic resonance spectroscopy, MRS, free induction decay, FID, frames from a multi-frame MRS acquisition series from a region of interest in a subject, and for providing a post-processed MRS spectrum, comprising: associating first and second groups of FID frames within the set with first and second different relative phases, respectively, of a phase step cycle along the MRS acquisition series; processing the first and second groups separately; averaging the first and second groups separately to form first and second average interim spectra; and averaging the first and second average interim spectra. associating first and second groups of FID frames within the set with first and second different relative phases, respectively, of a phase step cycle along the MRS acquisition series; processing the first and second groups separately; averaging the first and second groups separately to form first and second average interim spectra; and averaging the first and second average interim spectra.
A gas dissolution supply apparatus comprising: a gas supply unit that is configured to supply a gas that is a raw material of a gas dissolution; a liquid supply unit that is configured to supply a liquid that is a raw material of the gas dissolution; a gas dissolving unit that is configured to dissolve the gas supplied from the gas supply unit in the liquid supplied from the liquid supply unit to produce the gas dissolution; a gas dissolution tank that is configured to store the gas dissolution produced in the gas dissolving unit; a supply pipe for supplying the gas dissolution from the gas dissolution tank to a use point; a return pipe for returning gas dissolution to be supplied to the use point to the gas dissolving unit; a flow rate measurement unit that is configured to measure a flow rate of the gas dissolution returned to the gas dissolving unit, the flow rate measurement unit being provided on the return pipe; a pressure adjustment unit that is configured to keep a pressure in the supply pipe constant, the pressure adjustment unit being provided on the return pipe; and a flow rate adjustment unit that is configured to adjust a flow rate of liquid supplied from the liquid supply unit to the gas dissolving unit based on a result of the measurement by the flow rate measurement unit. a gas supply unit that is configured to supply a gas that is a raw material of a gas dissolution; a liquid supply unit that is configured to supply a liquid that is a raw material of the gas dissolution; a gas dissolving unit that is configured to dissolve the gas supplied from the gas supply unit in the liquid supplied from the liquid supply unit to produce the gas dissolution; a gas dissolution tank that is configured to store the gas dissolution produced in the gas dissolving unit; a supply pipe for supplying the gas dissolution from the gas dissolution tank to a use point; a return pipe for returning gas dissolution to be supplied to the use point to the gas dissolving unit; a flow rate measurement unit that is configured to measure a flow rate of the gas dissolution returned to the gas dissolving unit, the flow rate measurement unit being provided on the return pipe; a pressure adjustment unit that is configured to keep a pressure in the supply pipe constant, the pressure adjustment unit being provided on the return pipe; and a flow rate adjustment unit that is configured to adjust a flow rate of liquid supplied from the liquid supply unit to the gas dissolving unit based on a result of the measurement by the flow rate measurement unit.
A method of manufacturing a ceramic component of a medicinal pressurized metered dose dispenser, said method comprising the steps of: a) providing a mold for the component, b) injecting into the mold a feedstock of ceramic particles and/or ceramic-precursor particles in a binder to provide a green part; c) removing binder to provide a brown part; and d) sintering the brown part; characterized in that the ceramic particles and/or ceramic precursor particles are selected such that the manufactured component is made of a ceramic nitride or a ceramic nitride-containing composite. a) providing a mold for the component, b) injecting into the mold a feedstock of ceramic particles and/or ceramic-precursor particles in a binder to provide a green part; c) removing binder to provide a brown part; and d) sintering the brown part;
A pharmaceutical composition comprising stauntonia hexaphylla crude leaf extract or non-polar solvent soluble leaf extract as an active ingredient, for use in promoting bone or cartilage tissue formation in a subject in need thereof, wherein the promotion of bone formation is by increasing direct osteoblast differentiation and osteoblast activity.
A computer-implemented method comprising: receiving, from a server system, message information representing a set of new messages, the message information including snippet information including one or more portions of text in message body sections of each message in the set of new messages, and information identifying respective senders of each message of the set of new messages, wherein transmission of full message body information is deferred; determining, based on a corresponding sender of each message of the set of new messages, a respective importance score for each message of the set of new messages; determining, based on the respective importance scores for the set of new messages, whether the set of new messages includes one or more unread priority messages; in response to determining that the set of new messages includes the one or more unread priority messages, presenting a new mail notification, including displaying a snippet of at least one unread priority message of the one or more priority messages, wherein the snippet includes one or more portions of text in a message body of the at least one unread priority message, in response to sending a user command to view the at least one unread priority message, receiving the full message body information of the at least one unread priority message; and in response to determining that the set of new messages does not include any unread priority messages, foregoing presenting the new mail notification. receiving, from a server system, message information representing a set of new messages, the message information including snippet information including one or more portions of text in message body sections of each message in the set of new messages, and information identifying respective senders of each message of the set of new messages, wherein transmission of full message body information is deferred; determining, based on a corresponding sender of each message of the set of new messages, a respective importance score for each message of the set of new messages; determining, based on the respective importance scores for the set of new messages, whether the set of new messages includes one or more unread priority messages; in response to determining that the set of new messages includes the one or more unread priority messages, presenting a new mail notification, including displaying a snippet of at least one unread priority message of the one or more priority messages, wherein the snippet includes one or more portions of text in a message body of the at least one unread priority message, in response to sending a user command to view the at least one unread priority message, receiving the full message body information of the at least one unread priority message; and in response to determining that the set of new messages does not include any unread priority messages, foregoing presenting the new mail notification.
A gas turbine engine having a lubrication system, the lubrication system comprising: a main pump for moving a lubricant through a main conduit from a lubricant tank to an engine component; a flow scheduling valve positioned in the main conduit between the main pump and the engine component; and a processor connected to the flow scheduling valve and to a sensor (125/127) that provides a measured value that the processor uses to calculate an engine load, characterized in that: the processor is configured to selectively control the flow scheduling valve to limit flow of the lubricant to the engine component and redirect excess lubricant through a return conduit to the lubricant tank in response to the engine load being less than a maximum load threshold, and the processor is configured to selectively control the flow scheduling valve to allow complete flow of the lubricant to the engine component in response to the engine load being equal to or greater than the maximum load threshold. a main pump for moving a lubricant through a main conduit from a lubricant tank to an engine component; a flow scheduling valve positioned in the main conduit between the main pump and the engine component; and a processor connected to the flow scheduling valve and to a sensor (125/127) that provides a measured value that the processor uses to calculate an engine load, characterized in that: the processor is configured to selectively control the flow scheduling valve to limit flow of the lubricant to the engine component and redirect excess lubricant through a return conduit to the lubricant tank in response to the engine load being less than a maximum load threshold, and the processor is configured to selectively control the flow scheduling valve to allow complete flow of the lubricant to the engine component in response to the engine load being equal to or greater than the maximum load threshold. the processor is configured to selectively control the flow scheduling valve to limit flow of the lubricant to the engine component and redirect excess lubricant through a return conduit to the lubricant tank in response to the engine load being less than a maximum load threshold, and the processor is configured to selectively control the flow scheduling valve to allow complete flow of the lubricant to the engine component in response to the engine load being equal to or greater than the maximum load threshold.
A joint structure for a fiber reinforced resin and a metal, in which end portions of a fiber reinforced plastic (12, 13, 14, 15) and a metallic material are joined via a step-shaped joint surface, with a plurality of single elements each constituted by the metallic material, which includes a step-shaped structure having an end portion that gradually becomes thinner in a direction of an end surface of the end portion so as to form the step-shaped joint surface, the fiber reinforced plastic (12, 13, 14, 15) being laminated such that respective end portions thereof covers the step-shaped structure, wherein the metallic material and the fiber reinforced plastic (12, 13, 14, 15) are adhered to each other, and wherein adjacent elements are joined to each other by superposed surfaces thereof, characterized in that the plurality of single elements are laminated such that the step-shaped structures are superposed in a thickness direction.
A coating film transfer tool comprising: a casing that houses a feeding reel around which a transferable tape before transferring a coating film is wound and a winding reel that winds the transferable tape after transferring the coating film; and a transfer head having a main body portion arranged in a front side which is one side of a front-rear direction of the casing to extend in a left-right direction perpendicular to the front-rear direction in a front end portion and provided with a pressing edge portion for transferring the coating film to a transfer target surface, wherein the casing or a base member housed in the casing has a protruding tip that extends to the transfer head side and is connected to the transfer head, and the protruding tip presses a part of an area including a center of the left-right direction of the main body portion to the transfer target surface side in the event of a transfer, wherein a hole portion extending from a rear side to a front side of the front-rear direction is provided in a part of the area including the center of the left-right direction of the main body portion, and wherein the protruding tip is inserted into the hole portion, characterized in that the transfer head has a pair of tape guides (51, 52) arranged in left and right sides of the main body portion, and the protruding tip is getting narrower toward its front end, wherein the front tip of the protruding tip is narrower than a space between the tape guides (51, 52). a casing that houses a feeding reel around which a transferable tape before transferring a coating film is wound and a winding reel that winds the transferable tape after transferring the coating film; and a transfer head having a main body portion arranged in a front side which is one side of a front-rear direction of the casing to extend in a left-right direction perpendicular to the front-rear direction in a front end portion and provided with a pressing edge portion for transferring the coating film to a transfer target surface, wherein the casing or a base member housed in the casing has a protruding tip that extends to the transfer head side and is connected to the transfer head, and the protruding tip presses a part of an area including a center of the left-right direction of the main body portion to the transfer target surface side in the event of a transfer, wherein a hole portion extending from a rear side to a front side of the front-rear direction is provided in a part of the area including the center of the left-right direction of the main body portion, and wherein the protruding tip is inserted into the hole portion, characterized in that the transfer head has a pair of tape guides (51, 52) arranged in left and right sides of the main body portion, and the protruding tip is getting narrower toward its front end, wherein the front tip of the protruding tip is narrower than a space between the tape guides (51, 52).
A process for recovering hydrocarbons from a hydrocarbon bearing formation, the process comprising the steps of: providing a production well extending to the hydrocarbon bearing formation; providing at least one injection well located in proximity to the production well and extending to or near the hydrocarbon bearing formation, the injection well having a well casing comprising a conductive metal pipe; lowering a tool having a plurality of electrodes down the at least one injection well to or near the hydrocarbon bearing formation, the plurality of electrodes comprising a central injection electrode, a first monitoring electrode, a second monitoring electrode, and a bucking electrode; providing an injection power amplifier to provide power to the central injection electrode; providing a bucking power amplifier to provide power to the bucking electrode; creating an equi-potential surface over at least the length of the tool and over a surface of the well casing and emanating outwardly parallel to the surface of the well casing of the at least one injection well; developing a heat beam by focusing the currents of the central injection electrode and bucking electrode to heat a region containing hydrocarbons; and recovering hydrocarbons from the production well. providing a production well extending to the hydrocarbon bearing formation; providing at least one injection well located in proximity to the production well and extending to or near the hydrocarbon bearing formation, the injection well having a well casing comprising a conductive metal pipe; lowering a tool having a plurality of electrodes down the at least one injection well to or near the hydrocarbon bearing formation, the plurality of electrodes comprising a central injection electrode, a first monitoring electrode, a second monitoring electrode, and a bucking electrode; providing an injection power amplifier to provide power to the central injection electrode; providing a bucking power amplifier to provide power to the bucking electrode; creating an equi-potential surface over at least the length of the tool and over a surface of the well casing and emanating outwardly parallel to the surface of the well casing of the at least one injection well; developing a heat beam by focusing the currents of the central injection electrode and bucking electrode to heat a region containing hydrocarbons; and recovering hydrocarbons from the production well.
Method for operating a dual-clutch transmission of a motor vehicle, wherein - a first clutch is operated in closed mode by means of a filled first clutch hydraulic system and thus drives a first gear branch, in which a current actual gear is set, such that a torque (Mm) is transmitted from a crankshaft of a motor to a gear output, - a second clutch is operated in open mode by means of a second clutch hydraulic system emptied up to an abutment position, and - in a preselection phase for a gearchange into a nominal gear in a second gear branch a rotational movement of the nominal gear is synchronised with the gear output and the synchronised nominal gear is unlocked and engaged, and - at the second clutch the second clutch hydraulic system is filled and thus the second clutch up to a contact point, after which the second clutch transmits a torque from the crankshaft onto the second gear branch and is in addition closed, wherein the filling of the second clutch hydraulic system is already begun during the preselection phase and the second clutch hydraulic system is filled in the preselection phase at most up until reaching the contact point of the second clutch, characterised in that the second clutch hydraulic system is filled in stepwise manner with at least one interim stage, in which a nominal filling pressure (P2soll) is constant. - a first clutch is operated in closed mode by means of a filled first clutch hydraulic system and thus drives a first gear branch, in which a current actual gear is set, such that a torque (Mm) is transmitted from a crankshaft of a motor to a gear output, - a second clutch is operated in open mode by means of a second clutch hydraulic system emptied up to an abutment position, and - in a preselection phase for a gearchange into a nominal gear in a second gear branch a rotational movement of the nominal gear is synchronised with the gear output and the synchronised nominal gear is unlocked and engaged, and - at the second clutch the second clutch hydraulic system is filled and thus the second clutch up to a contact point, after which the second clutch transmits a torque from the crankshaft onto the second gear branch and is in addition closed,
A pet guard to transport pets in a boot of a motorcar, the latter having a cabin communicating with the boot, the pet guard comprising: - a barrier for the reciprocal separation of the boot and the cabin of the motorcar; - means to removably anchor said separating barrier to the motorcar; wherein said separating barrier includes at least one substantially continuous optically transparent element to allow the driver of the motocar to see behind the latter therethrough; characterized in that said optically transparent element is a plate, said anchoring means comprising a single elongated support bar to be removably fastened to the motorcar which comprises at least one removable fastening element (2 3', 23 ") to removably fasten the plate to said support bar. - a barrier for the reciprocal separation of the boot and the cabin of the motorcar; - means to removably anchor said separating barrier to the motorcar; wherein said separating barrier includes at least one substantially continuous optically transparent element to allow the driver of the motocar to see behind the latter therethrough; characterized in that said optically transparent element is a plate, said anchoring means comprising a single elongated support bar to be removably fastened to the motorcar which comprises at least one removable fastening element (2 3', 23 ") to removably fasten the plate to said support bar.