mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement comprising a clamping spring , which acts as a pressure spring, for fixing an electrical conductor in the spring-force clamp , and a retaining spring for locking the clamping spring in an open position, such that the conductor can be introduced into a contact region in a shifting direction , wherein the clamping spring touches the retaining spring along a contact surface in the locked state and during the movement from the locking state R into an unlocking state E, characterized in that at least the contact surface has a lubricant-containing coating. and a retaining spring for locking the clamping spring in an open position, such that the conductor can be introduced into a contact region in a shifting direction , wherein the clamping spring touches the retaining spring along a contact surface in the locked state and during the movement from the locking state R into an unlocking state E, characterized in that at least the contact surface has a lubricant-containing coating.
Device for guiding a spring which is part of a control mechanism, this device comprising two elements which are able to slide in relation to one another and are respectively articulated to two pins, at least one of which is mechanically connected to an operating shaft, and a compression spring which is mounted around these two elements and bears by way of its two opposite ends respectively against the two aforementioned pins via respectively two bases, each of its bases being mounted articulated in relation to one of the aforementioned pins, this device comprising two rods , each rod being fixed by way of one of its ends to one of the aforementioned bases and being mounted slidingly by way of its opposite end in relation to the other one of the aforementioned bases , the two rods , respectively first and second rod, are fixed by way of one of their ends respectively to the two bases, respectively first base and second base , characterized in that each first and second base has a sleeve-forming portion that is able to slidingly receive the free end of, respectively, the second rod and the first rod such that, when these free ends are mounted in the corresponding sleeves , said rods extend substantially parallel to one another, the two aforementioned sleeve-forming portions making up, by way of their outer surface, a means for guiding the spring and the two aforementioned sleeve-forming portions extending over a length corresponding substantially to half of the length of the rods.
A composition for use in a method of treating an atypical teratoid/rhabdoid tumor comprising administering an effective amount of HydroxyUreaMethyl Acylfulvene to a subject in need thereof, wherein the cancer is marked by deletions or alterations of SMARCB1 and the HydroxyUreaMethyl Acylfulvene has a negative chirality.
A plumbing circuit including a cold water stream (CW) and a hot water stream (HW) respectively connected to the cold water valve and the hot water valve of a faucet assembly , an accumulator including a water receiving cavity therein, said accumulator flow connected to the cold water stream (CW) through a draining flow path (FP2 and FP4), a temperature actuated valve assembly interposed to receive said hot water stream (HW) for diverting said hot water stream (HW) into said accumulator if the temperature thereof is below a predetermined temperature and into an outlet flow path (FP7) flow connected to said hot water valve if the temperature thereof is above said predetermined temperature, characterized in that said faucet assembly is provided with a flow restrictor ; said accumulator includes a pressure biasing membrane therein, and said plumbing circuit further comprises a shuttle assembly interposed between said valve assembly and said accumulator for bypassing said accumulator during such periods when said accumulator is substantially full of water and to convey said hot water stream (HW) directly into said hot water valve , a second shuttle valve assembly connected to said accumulator and to said cold water stream (CW); said second shuttle valve assembly having a piston assembly shuttling within its interior and comprising a smaller exposed area piston opposing a valve seat of said second shuttle valve assembly for controlling the flow of water in the cold water stream (CW) through the second shuttle valve assembly and a larger exposed area piston that communicates with said accumulator through said draining flow path (FP2 and FP4); wherein when cold water valve is opened and when the total force on the larger exposed area piston exceeds the total force on the smaller exposed area piston , said piston assembly shuttles toward said valve seat favoring flow from accumulator through said draining flow path (FP2 and FP4) and said cold water valve ; and when cold water valve is opened and when the total force on the smaller exposed area piston exceeds the total force on the larger exposed area piston , said piston assembly shuttles away from the valve seat allowing water in the cold water stream (CW) to flow through said second shuttle valve assembly and to said cold water valve such that when the accumulator is close to empty, the smaller exposed area position shuttles away from the valve seat allowing cold water to flow through the shuttle valve assembly to said cold water valve ; the plumbing circuit further comprising an equalizer assembly flow connected to said outlet flow path (FP7) between said hot water valve and both said shuttle assembly and said temperature actuated valve assembly and to said cold water stream (WS) between said accumulator and said cold water valve for restricting the flow through said outlet flow path (FP7) to said hot water valve when the pressure in the cold water stream (WS) decreases to thereby concurrently increase the flow from said accumulator through said cold water valve .
A measurement method for measuring, in an electron microscope including a segmented detector having a detection plane segmented into a plurality of detection regions, a direction of each of the plurality of detection regions in a scanning transmission electron microscope (STEM) image, the measurement method comprising: shifting an electron beam incident on a sample under a state where the detection plane is conjugate to a plane shifted from a diffraction plane to shift the electron beam on the detection plane, and measuring a shift direction of the electron beam on the detection plane with the segmented detector; and obtaining the direction of each of the plurality of detection regions in the STEM image from the shift direction. shifting an electron beam incident on a sample under a state where the detection plane is conjugate to a plane shifted from a diffraction plane to shift the electron beam on the detection plane, and measuring a shift direction of the electron beam on the detection plane with the segmented detector; and obtaining the direction of each of the plurality of detection regions in the STEM image from the shift direction.
L-arginine for use in adoptive T cell therapy for the treatment of cancer, wherein the T cells are expanded ex vivo in the presence of L-arginine.
A laminar air flow cabinet of the type comprising a laminar flow zone and two adjacent zones, a first adjacent zone located above the laminar zone and a second adjacent zone located beneath the laminar flow zone, the cabinet comprising: - at least one fan driving air from the first of said adjacent zones through a first filter to the laminar flow zone, and - a second filter located in the second of said adjacent zones; the first adjacent zone being connected to the second adjacent zone through an air recycling duct, the cabinet also comprising: - at least one spray located in the laminar flow zone; - a hydraulic pump which injects fluid through the spray; and - at least one impermeable surface located between said second filter and the laminar flow zone; a second air duct connecting the second adjacent zone to the air recycling duct via the second filter being located beneath the impermeable surface, characterised in that the impermeable surface has a gradient which directs the cleaning fluid to a drain and in that a perforated plate is located between the impermeable surface and the laminar flow zone, the perforated plate comprising a perforated region and a region free of perforations and the impermeable surface having at least one air duct beneath the perforation-free region of the plate and through which the air travelling to the second filter can pass. - at least one fan driving air from the first of said adjacent zones through a first filter to the laminar flow zone, and - a second filter located in the second of said adjacent zones; - at least one spray located in the laminar flow zone; - a hydraulic pump which injects fluid through the spray; and - at least one impermeable surface located between said second filter and the laminar flow zone;
Method for measuring and calculating a track position, having a track-mountable track measuring carriage (A) having at least two wheel axles supported on a machine frame , and having a device for pressing the wheels against the rail , characterised in that firstly a measuring run is carried out with the track-mountable track measuring carriage (A) which is equipped with an inertial navigation unit (INS, 5) and of which the wheels are pressed against the rails , wherein an arc length (s) of the rail is measured with an odometer , the angular position (Δψ, ΔΦ, ΔΘ) of the inertial navigation unit (INS, IMU, 5) is measured and stored relative to a Cartesian reference coordinate system (x, y, z), and in that after the measuring run coordinate points (P i ) of the track (λ e i , P i ) of the navigation unit (INS, 5) are calculated in space from the stored angular positions (Δψ, ΔΦ, ΔΘ) by means of compensation calculation and from the thus optimised coordinate points (Pi) of the track (λ e i , P i ) a location image is formed by zeroing the z-components and a longitudinal section is formed by zeroing the x-components, after which a curve determined by means of mathematical connection functions is plotted through the coordinate points (P i ).
A pharmaceutical composition for use in delaying the onset of pulmonary fibrosis and/or treating pulmonary fibrosis, comprising an active ingredient selected from the group consisting of a compound of formula , a compound of formula , a pharmaceutically acceptable salt thereof, and combinations thereof:
A retaining ring assembly for a gas turbine engine , comprising: a first engine component ; a second engine component ; and a retaining ring disposed between the first engine component and the second engine component , wherein the retaining ring is circumferentially discontinuous and includes a first terminal portion having a tapered geometry, and a second terminal portion having a tapered geometry, wherein the tapered geometry of the first terminal portion defines an axial gap between the retaining ring and the first engine component , and the tapered geometry of the second terminal portion defines an axial gap between the retaining ring and the second engine component characterised in that : a first terminal edge of the first terminal portion and a second terminal edge of the second terminal portion of the retaining ring define an opening extending radially and completely through the retaining ring . a first engine component ; a second engine component ; and a retaining ring disposed between the first engine component and the second engine component , wherein the retaining ring is circumferentially discontinuous and includes a first terminal portion having a tapered geometry, and a second terminal portion having a tapered geometry, wherein the tapered geometry of the first terminal portion defines an axial gap between the retaining ring and the first engine component , and the tapered geometry of the second terminal portion defines an axial gap between the retaining ring and the second engine component characterised in that : a first terminal edge of the first terminal portion and a second terminal edge of the second terminal portion of the retaining ring define an opening extending radially and completely through the retaining ring .
A venting valve for removing air from a vulcanising mould of a vehicle tyre, wherein the venting valve comprises: a valve body comprising a first end configured to face towards an interior of the mould and a second end configured to face away from the interior of the mould ; a venting channel passing longitudinally through the valve body ; a movable valve stem arranged inside the venting channel and comprising a first end provided with a valve member for opening and closing the venting channel , and a second end provided with a collar ; a spring element for pressing the valve stem in opening direction (B) towards an opening position wherein air flow (C) through the venting channel is allowed; and a locking element which is located at a second end of the valve body and is configured to limit the movement of the valve stem in the opening direction (B); characterized in that the locking element is an external retaining ring ; the second end part of the valve body is provided with a retaining groove on its outer surface for receiving the retaining ring ; bottom of the retaining groove is provided with at least two slits forming openings extending to the venting channel ; and the retaining ring mounted inside the retaining groove is configured to partly protrude inside the venting channel whereby the protruding parts of the retaining ring are configured to form retaining surfaces preventing the collar to pass them. a valve body comprising a first end configured to face towards an interior of the mould and a second end configured to face away from the interior of the mould ; a venting channel passing longitudinally through the valve body ; a movable valve stem arranged inside the venting channel and comprising a first end provided with a valve member for opening and closing the venting channel , and a second end provided with a collar ; a spring element for pressing the valve stem in opening direction (B) towards an opening position wherein air flow (C) through the venting channel is allowed; and a locking element which is located at a second end of the valve body and is configured to limit the movement of the valve stem in the opening direction (B); characterized in that the locking element is an external retaining ring ; the second end part of the valve body is provided with a retaining groove on its outer surface for receiving the retaining ring ; bottom of the retaining groove is provided with at least two slits forming openings extending to the venting channel ; and the retaining ring mounted inside the retaining groove is configured to partly protrude inside the venting channel whereby the protruding parts of the retaining ring are configured to form retaining surfaces preventing the collar to pass them.
An apparatus comprising: means for forming a basis code vector by combining vector components of a sub vector pointed to by a first pointer with vector components of a sub vector pointed to by a second pointer, wherein the sub vector pointed to by the first pointer and the sub vector pointed to by the second pointer are contained in a table comprising a plurality of sub vectors, wherein each entry of the table is a sub vector and each sub vector has vector components of a basis code vector, wherein the basis code vector is a leader class of a structured codebook for an audio or speech codec operating in a plurality of operating modes or operating coding rates, wherein the leader class comprises a leader vector and permutations of the leader vector, wherein the first pointer and the second pointer are contained in a further table wherein an entry of the further table comprises the first pointer and the second pointer, wherein a value of the first pointer pointing to a sub vector in the table and a value of the second pointer pointing to a sub vector in the table are integers of modulo n, wherein n is related to the maximum value of the data type assigned for storage of the value of the first pointer and the value of the second pointer, and wherein the apparatus is characterized in that when the value of the first pointer is greater than or equal to the value of the second pointer the first pointer points to a sub vector in the table at the location given by the value of the first pointer, and wherein when the value of the first pointer is less than the value of the second pointer the first pointer points to a sub vector in the table at the location given by addition of the value of the first pointer to n.
A polyolefin fiber in a form of a multifilament consisting of a plurality of single fibers, wherein each of the fibers is made of a polyolefin having a weight-average molecular weight of 180,000 to 300,000, and has a compressive strength of 30 to 51 MPa calculated by the following formula 1 when compressed and deformed by 30 % with respect to a fiber diameter in a direction perpendicular to the fiber axis in each single fiber, St = 2 P / π × L × d St: Compressive strength (MPa), P: Testing force (N) d: Single fiber diameter (mm), L: Diameter of indenter (mm); and wherein the compressive strength was measured in accordance with the section "Method for Measuring Compressive Strength" of the specification; wherein the weight-average molecular weight was measured in accordance with the section "weight-average molecular weight" of the specification. St: Compressive strength (MPa), P: Testing force (N) d: Single fiber diameter (mm), L: Diameter of indenter (mm); and wherein the compressive strength was measured in accordance with the section "Method for Measuring Compressive Strength" of the specification; wherein the weight-average molecular weight was measured in accordance with the section "weight-average molecular weight" of the specification.
A pre-vapor formulation of an e-vaping device, the pre-vapor formulation comprising: one or more polyol compounds, wherein the one or more polyol compounds are one or more of mannitol, erythritol, xylitol and sorbitol, and wherein the concentration of the one or more polyol compounds is equal to or greater than 0.2 percent and equal to or smaller than 8 percent by weight; one or more chelating agents comprising one or more of ethylenediaminetetraacetic acid (EDTA), diethylene triamine pentaacetic acid (DTPA), and nitrilotriacetic acid (NTA), wherein the concentration of the one or more chelating agents is equal to or greater than 0.001 percent and equal to or smaller than 0.05 percent by weight; nicotine; and a vapor former configured to form a vapor of the pre-vapor formulation, wherein the vapor former is at least one of propylene glycol and glycerol or glycerine. one or more polyol compounds, wherein the one or more polyol compounds are one or more of mannitol, erythritol, xylitol and sorbitol, and wherein the concentration of the one or more polyol compounds is equal to or greater than 0.2 percent and equal to or smaller than 8 percent by weight; one or more chelating agents comprising one or more of ethylenediaminetetraacetic acid (EDTA), diethylene triamine pentaacetic acid (DTPA), and nitrilotriacetic acid (NTA), wherein the concentration of the one or more chelating agents is equal to or greater than 0.001 percent and equal to or smaller than 0.05 percent by weight; nicotine; and a vapor former configured to form a vapor of the pre-vapor formulation, wherein the vapor former is at least one of propylene glycol and glycerol or glycerine.
A method of wireless communication by a user equipment, UE , the method comprising: receiving (S1402) scheduling related information including resource allocation information to be used for uplink data communication, wherein the scheduling related information is pre-allocated to the UE through higher layer signaling prior to the uplink data communication is triggered; receiving (S1404), prior to performing the uplink data communication, a trigger signal indicating whether or not the uplink data communication based on the pre-allocated scheduling related information is triggered for the UE; and performing the uplink data communication by transmitting (S1406) an uplink data signal according to the pre-allocated scheduling related information, based on that the uplink data communication has been triggered by the trigger signal, wherein the trigger signal is downlink control information, DCI, received through a physical downlink control channel, PDCCH, and the method being characterized in that the UE receives the trigger signal based on a scrambling radio network temporary identifier, RNTI, for the trigger signal and a monitoring periodicity and a time offset for the trigger signal. receiving (S1402) scheduling related information including resource allocation information to be used for uplink data communication, wherein the scheduling related information is pre-allocated to the UE through higher layer signaling prior to the uplink data communication is triggered; receiving (S1404), prior to performing the uplink data communication, a trigger signal indicating whether or not the uplink data communication based on the pre-allocated scheduling related information is triggered for the UE; and performing the uplink data communication by transmitting (S1406) an uplink data signal according to the pre-allocated scheduling related information, based on that the uplink data communication has been triggered by the trigger signal, wherein the trigger signal is downlink control information, DCI, received through a physical downlink control channel, PDCCH, and the method being characterized in that the UE receives the trigger signal based on a scrambling radio network temporary identifier, RNTI, for the trigger signal and a monitoring periodicity and a time offset for the trigger signal.
Crosslinked glycosaminoglycans, wherein said glycosaminoglycans are crosslinked via an alkoxyboronate ester anion formed between a diol portion of a diol-functional moiety grafted to a first glycosaminoglycan and a boronate hemiester grafted to a second glycosaminoglycan.
An ignition-quenching cover configured to quench an ignition event in a combustible environment triggered by an ignition source associated with a fastener stack , the ignition-quenching cover comprising: a porous body that is gas permeable and that has pores sized to quench ignition in the combustible environment ; and a cover attachment feature configured to mate with a fastener attachment feature of the fastener stack ; wherein the ignition-quenching cover is configured to cover the fastener stack , wherein the fastener stack is associated with a potential ignition source that may produce the ignition event in the combustible environment ; and wherein the porous body includes one or more porous elements , wherein each porous element independently is a mass of sintered polymer particles, a salt-templated polymer, an inverse-cast polymer, a mesh, a woven fabric, a non-woven fabric, or a felt fabric, wherein the porous body is flexible and includes a seam at a tip of the ignition-quenching cover , and wherein the porous body is formed by sealing an open-topped porous body with the seam . a porous body that is gas permeable and that has pores sized to quench ignition in the combustible environment ; and a cover attachment feature configured to mate with a fastener attachment feature of the fastener stack ; wherein the ignition-quenching cover is configured to cover the fastener stack , wherein the fastener stack is associated with a potential ignition source that may produce the ignition event in the combustible environment ; and wherein the porous body includes one or more porous elements , wherein each porous element independently is a mass of sintered polymer particles, a salt-templated polymer, an inverse-cast polymer, a mesh, a woven fabric, a non-woven fabric, or a felt fabric, wherein the porous body is flexible and includes a seam at a tip of the ignition-quenching cover , and wherein the porous body is formed by sealing an open-topped porous body with the seam .