mhurhangee/ep-ind-claims huggingface dataset:
A vehicle body side structure comprising: a side sill extending in a longitudinal direction of a vehicle at a side bottom of the vehicle and having a recess sagging inward in a width direction of the vehicle and extending in the longitudinal direction; a door being hollow, having a door bottom portion disposed so as to overlap the side sill when seen from a side, and being arranged at an outer side of the side sill in the width direction; and a force transferring member (4, 40) having a projection (4f, 40f) protruding inward in the width direction, being disposed in a hollow interior of the door bottom portion, and being configured to transfer force acting inward in the width direction to the side sill, wherein the projection (4f, 40f) fits into the recess when the vehicle has a side collision. a side sill extending in a longitudinal direction of a vehicle at a side bottom of the vehicle and having a recess sagging inward in a width direction of the vehicle and extending in the longitudinal direction; a door being hollow, having a door bottom portion disposed so as to overlap the side sill when seen from a side, and being arranged at an outer side of the side sill in the width direction; and a force transferring member (4, 40) having a projection (4f, 40f) protruding inward in the width direction, being disposed in a hollow interior of the door bottom portion, and being configured to transfer force acting inward in the width direction to the side sill, wherein the projection (4f, 40f) fits into the recess when the vehicle has a side collision.
A computer-implemented method for identifying a most likely source language of a snippet comprising: receiving an indication of the snippet; determining two or more possible source languages for the snippet; generating two or more translations of the snippet using a machine translation engine, each having a specified translation source language, wherein at least one of the two or more translations of the snippet is generated having a first of the two or more possible source languages for the snippet set as the specified translation source language, and wherein at least another of the two or more translations of the snippet is generated having a second of the two or more possible source languages for the snippet other than the first of the two or more possible source languages for the snippet set as the specified translation source language; computing accuracy scores for at least two of the generated two or more translations of the snippet; producing a confidence factor for each of at least two selected possible source languages for the snippet, wherein the confidence factor for each selected possible source language is produced based on one or more of the computed accuracy scores that has a source language corresponding to the selected possible source language; and selecting, as the most likely source language, the possible source language for the snippet that is associated with a highest confidence factor. receiving an indication of the snippet; determining two or more possible source languages for the snippet; generating two or more translations of the snippet using a machine translation engine, each having a specified translation source language, wherein at least one of the two or more translations of the snippet is generated having a first of the two or more possible source languages for the snippet set as the specified translation source language, and wherein at least another of the two or more translations of the snippet is generated having a second of the two or more possible source languages for the snippet other than the first of the two or more possible source languages for the snippet set as the specified translation source language; computing accuracy scores for at least two of the generated two or more translations of the snippet; producing a confidence factor for each of at least two selected possible source languages for the snippet, wherein the confidence factor for each selected possible source language is produced based on one or more of the computed accuracy scores that has a source language corresponding to the selected possible source language; and selecting, as the most likely source language, the possible source language for the snippet that is associated with a highest confidence factor.
A detection device comprising: a reference member; a moving member which moves relative to the reference member; an incremental encoder which increases or decreases a count value each time the moving member moves relative to the reference member by a predetermined amount; a driving source which drives relative movement between the reference member and the moving member based on the count value of the incremental encoder; a dog which is disposed on one of the reference member and the moving member and which includes multiple slits, in which at least one of a separation distance between adjacent slits and a width of the slits themselves varies; a sensor which is disposed on the other of the reference member and the moving member and detects presence or absence of the slits; a count position acquisition section which acquires a count start position and a count end position corresponding to the separation distance between the adjacent slits or the width of the slits themselves based on detection results of the sensor in a case in which the moving member moves relative to the reference member; and a state detection section which acquires the count value increase or decrease number from the count start position to the count end position and detects the state of the moving member based on the acquired count value increase or decrease number. a reference member; a moving member which moves relative to the reference member; an incremental encoder which increases or decreases a count value each time the moving member moves relative to the reference member by a predetermined amount; a driving source which drives relative movement between the reference member and the moving member based on the count value of the incremental encoder; a dog which is disposed on one of the reference member and the moving member and which includes multiple slits, in which at least one of a separation distance between adjacent slits and a width of the slits themselves varies; a sensor which is disposed on the other of the reference member and the moving member and detects presence or absence of the slits; a count position acquisition section which acquires a count start position and a count end position corresponding to the separation distance between the adjacent slits or the width of the slits themselves based on detection results of the sensor in a case in which the moving member moves relative to the reference member; and a state detection section which acquires the count value increase or decrease number from the count start position to the count end position and detects the state of the moving member based on the acquired count value increase or decrease number.
A compressor comprising a casing; a suction muffler that provides the attenuation of the noise originated from the refrigerant fluid and that is disposed in the casing; an inlet tube that carries the refrigerant fluid coming from the evaporator in the refrigeration cycle; an opening that is arranged at the point where the inlet tube is mounted to the casing and that provides the entry of the refrigerant fluid passing through the inlet tube into the casing, and a muffler tube with one end connected to the opening and the other end opening into the suction muffler, characterized in that an insulation tube is disposed in the inlet tube so that at least one insulation chamber remains between the inlet tube and the insulation tube, wherein one end of the insulation tube passes through the opening so as to open into the muffler tube.
A dispenser pump comprising: first and second pump body components (2, 3) opposed and joined together to define a pump chamber of variable volume therebetween; an inlet for product from a container to enter the pump chamber;an inlet valve;an outlet from the pump chamber to an outlet passage with an external discharge opening; an outlet valve; wherein said first component is a closure component which mounts on a container neck in use and said second component is a diaphragm component including a deformable wall which can be deformed to change the volume of the pump chamber in a dispensing stroke of the pump; wherein the inlet is defined by the first body component; wherein the outlet is defined by one or both of the first and second body components (2, 3); wherein the inlet valve has a respective movable valve element formed integrally with the first or second pump body component (2, 3); wherein the outlet valve has a respective movable valve element formed integrally with the first and/or second pump body component (2, 3); wherein the inlet valve comprises an inlet valve flap formed integrally with a floor plate of the closure component adjacent an inlet opening thereof; and the dispenser pump being characterized by further comprising an integral retaining projection from said floor plate, said integral retaining projection engaging the inlet valve flap to hold said inlet valve flap folded down against the floor plate at the inlet opening. first and second pump body components (2, 3) opposed and joined together to define a pump chamber of variable volume therebetween; an inlet for product from a container to enter the pump chamber;an inlet valve;an outlet from the pump chamber to an outlet passage with an external discharge opening; an outlet valve; wherein said first component is a closure component which mounts on a container neck in use and said second component is a diaphragm component including a deformable wall which can be deformed to change the volume of the pump chamber in a dispensing stroke of the pump; wherein the inlet is defined by the first body component; wherein the outlet is defined by one or both of the first and second body components (2, 3); wherein the inlet valve has a respective movable valve element formed integrally with the first or second pump body component (2, 3); wherein the outlet valve has a respective movable valve element formed integrally with the first and/or second pump body component (2, 3); wherein the inlet valve comprises an inlet valve flap formed integrally with a floor plate of the closure component adjacent an inlet opening thereof; and the dispenser pump being characterized by further comprising an integral retaining projection from said floor plate, said integral retaining projection engaging the inlet valve flap to hold said inlet valve flap folded down against the floor plate at the inlet opening.
A device for lowering flow noises, comprising a first connection piece, a second connection piece facing away from the first connection piece, an outer sleeve arranged between the first connection piece and the second connection piece, and an inner sleeve arranged between the connection pieces (2, 3), wherein at least two volume chambers (7, 8, 9, 10) separated from each other by at least one peripherally extending radial collar (6, 6') are arranged between the inner sleeve and the outer sleeve, which volume chambers are connected to the line space enclosed by the inner sleeve by means of openings in the wall of the inner sleeve, wherein the radial collar has a sealing ring at the free end of the radial collar, which is designed as a resilient ring cap reaching over the collar and lying against a wall surface of the sleeve (4, 5) adjacent to the free end of the collar in a sealing manner by means of a peripherally extending outer lateral surface of an overlap, and wherein the sealing ring, with an annular radial contact surface of a ring wall extending parallel to the radial collar, said ring wall merging into the overlap of the ring cap, lies under tension in a sealing manner against a first side surface of the collar facing toward the ring wall characterized in that the sealing ring has, on its overlap formed by the lateral surfaces (21, 23), at the end facing away from the radial contact surface, a plurality of clamp profiles (29, 30) which in the mounted state abut under tension the second lateral surface of the collar facing away from the first side surface and by means of which the contact surface of the ring cap is tensioned with corresponding tension against the first side surface facing toward the contact surface.
A method used in a User Equipment for Access Node search, the method including: determining an initial receiving time-spatial sweeping pattern based on a current state of the UE, which comprises: determining one or more AN search requirements based on the current state of the UE,wherein determining one or more AN search requirements based on the current state of the UE is characterized by: determining an AN search requirement as minimizing searching time if the UE is in a powering up state; determining an AN search requirement as minimizing searching time if the UE is in an idle state or connected state and Reference Signal Received Power (RSRP) of the UE is lower than a predetermined threshold; and determining an AN search requirement as minimizing power consumption for the UE, if the UE is in an idle state or connected state and RSRP of the UE is larger than or equal to the predetermined threshold; and selecting a receiving time-spatial sweeping pattern as the initial receiving time-spatial sweeping pattern from a predetermined receiving time-spatial sweeping pattern information table according to the determined one or more AN search requirements; and performing AN search by using the initial receiving time-spatial sweeping pattern. determining one or more AN search requirements based on the current state of the UE,wherein determining one or more AN search requirements based on the current state of the UE is characterized by: determining an AN search requirement as minimizing searching time if the UE is in a powering up state; determining an AN search requirement as minimizing searching time if the UE is in an idle state or connected state and Reference Signal Received Power (RSRP) of the UE is lower than a predetermined threshold; and determining an AN search requirement as minimizing power consumption for the UE, if the UE is in an idle state or connected state and RSRP of the UE is larger than or equal to the predetermined threshold; determining an AN search requirement as minimizing searching time if the UE is in a powering up state; determining an AN search requirement as minimizing searching time if the UE is in an idle state or connected state and Reference Signal Received Power (RSRP) of the UE is lower than a predetermined threshold; and determining an AN search requirement as minimizing power consumption for the UE, if the UE is in an idle state or connected state and RSRP of the UE is larger than or equal to the predetermined threshold; and selecting a receiving time-spatial sweeping pattern as the initial receiving time-spatial sweeping pattern from a predetermined receiving time-spatial sweeping pattern information table according to the determined one or more AN search requirements; and performing AN search by using the initial receiving time-spatial sweeping pattern.
A method implemented in a computer system, said method comprising the steps of: identifying a structured data object from a plurality of structured data objects, wherein the structured data object is configured to represent structured data, the structured data object is configured to be accessed by an application and a messaging system, and the structured data object comprises a request element, and a response element; transferring the structured data to the messaging system; said method being characterized by further further comprising the steps of: determining if the transferring to the messaging system is successful, wherein the transferring is performed in a messaging session, and the messaging session is configured to use the structured data object; if the transferring to the messaging system is successful: generating a message, wherein the message comprises the structured data; and sending the message, wherein the sending comprises transferring the message via the messaging system; and if the transferring to the messaging system is unsuccessful, switching the messaging session to a text-based messaging session. identifying a structured data object from a plurality of structured data objects, wherein the structured data object is configured to represent structured data, the structured data object is configured to be accessed by an application and a messaging system, and the structured data object comprises a request element, and a response element; the structured data object is configured to represent structured data, the structured data object is configured to be accessed by an application and a messaging system, and the structured data object comprises a request element, and a response element; a request element, and a response element; transferring the structured data to the messaging system; said method being characterized by further further comprising the steps of: determining if the transferring to the messaging system is successful, wherein the transferring is performed in a messaging session, and the messaging session is configured to use the structured data object; if the transferring to the messaging system is successful: generating a message, wherein the message comprises the structured data; and sending the message, wherein the sending comprises transferring the message via the messaging system; and if the transferring to the messaging system is unsuccessful, switching the messaging session to a text-based messaging session. the transferring is performed in a messaging session, and the messaging session is configured to use the structured data object; if the transferring to the messaging system is successful: generating a message, wherein the message comprises the structured data; and sending the message, wherein the sending comprises transferring the message via the messaging system; and generating a message, wherein the message comprises the structured data; and sending the message, wherein the sending comprises transferring the message via the messaging system; and if the transferring to the messaging system is unsuccessful, switching the messaging session to a text-based messaging session.
A pharmaceutical composition comprising oxalate decarboxylase, for use in the therapeutic treatment of an oxalate-related condition by reducing an oxalate concentration in a human, wherein the composition is administered more than one time per day continuously every day for a period of months or years and wherein said oxalate-related condition is selected from the group consisting of hyperoxaluria, primary hyperoxaluria, idiopathic calcium oxalate kidney stone disease (urolithiasis) and enteric hyperoxaluria.
Coating composition for making a porous inorganic oxide coating on a substrate, the composition comprising an inorganic oxide precursor as binder, a solvent, and an organic synthetic polyampholyte, being a copolymer obtained from at least one comonomer having a positively charged group, at least one comonomer having a negatively charged group, and optionally at least one neutral comonomer, as pore forming agent, wherein the polyampholyte is present in the form of dispersed colloidal particles.
A process for preparing terpinene-4-ol of formula said process comprising contacting limonene-4-ol of formula with hydrogen in the presence of at least one nickel catalyst and at least one inert organic solvent selected from carboxylic acid esters.
A sensor module for use in an industrial process transmitter, the sensor module comprising: a differential pressure sensor for sensing a pressure differential in a process fluid; a base having a process fluid flow duct for receiving the process fluid, the flow duct extending from a first threaded coupling of the base through to a second threaded coupling of the base; a primary element positioned in the process fluid flow duct between the first threaded coupling and the second threaded coupling and for causing the pressure differential in the process fluid; first and second isolation diaphragm bases positioned on a non-mating face of the base facing away from the fluid flow duct; first and second impulse piping lines extending from the fluid flow duct on either side of the primary element, through the base, and to the first and second isolation diaphragm bases, respectively; first and second fill fluid passageways extending from the first and second isolation diaphragm bases, respectively, to connect the impulse piping lines (60A, 60B) with the differential pressure sensor; and first and second isolation diaphragms positioned within the first and second isolation diaphragm bases, respectively, to seal the first and second isolation diaphragm bases from the first and second impulse piping lines, respectively, wherein the isolation diaphragms (62A, 62B) are positioned internally within the base and mounted along the non-mating face of the base. a differential pressure sensor for sensing a pressure differential in a process fluid; a base having a process fluid flow duct for receiving the process fluid, the flow duct extending from a first threaded coupling of the base through to a second threaded coupling of the base; a primary element positioned in the process fluid flow duct between the first threaded coupling and the second threaded coupling and for causing the pressure differential in the process fluid; first and second isolation diaphragm bases positioned on a non-mating face of the base facing away from the fluid flow duct; first and second impulse piping lines extending from the fluid flow duct on either side of the primary element, through the base, and to the first and second isolation diaphragm bases, respectively; first and second fill fluid passageways extending from the first and second isolation diaphragm bases, respectively, to connect the impulse piping lines (60A, 60B) with the differential pressure sensor; and first and second isolation diaphragms positioned within the first and second isolation diaphragm bases, respectively, to seal the first and second isolation diaphragm bases from the first and second impulse piping lines, respectively, wherein the isolation diaphragms (62A, 62B) are positioned internally within the base and mounted along the non-mating face of the base.
An arrangement, comprising a matrix with (a) a plurality of programmable logic units and (b) a plurality of first one bit clocked storage elements, said programmable logic units and first one bit clocked storage elements being arranged in an array, the arrangement being adapted for sequential execution of at least two tasks, whereby for each of said first one bit clocked storage elements a data store and restore circuit is provided for local storing or restoring the respective values as computed during said tasks per task of said first one bit clocked storage elements, and a data memory, external to said matrix, wherein said data store and restore circuit is configured for (i) pre-loading values related to one task from said data memory into said data store and restore circuit and (ii) post-storing of values related to one task in said data store and restore circuit to said data memory, whereby said pre-loading and/or post-storing can be performed while another task is executed without disturbing said task execution.