mhurhangee/patent-ind-claim-en huggingface dataset:
A front floor panel of a metal of an automotive body having a floor tunnel formed to be oriented in a longitudinal direction of the automotive body in a center in an automotive width direction of the automotive body, upright flanges disposed left and right formed at left and right end portions in the automotive width direction to be joined to side sills , and left and right plane portions formed between the upright flanges disposed left and right and longitudinal wall portions of the floor tunnel disposed left and right wherein the front floor panel has an convex-concave part described below that is formed in a loop-shaped area including an outer edge portion of the plane portion, and has a flat sheet-shaped portion formed in a remaining area except for the loop-shaped area; wherein the convex-concave part : when based on three reference planes that are a first reference plane, an intermediate reference plane, and a second reference plane that are three planes sequentially arranged in parallel to be spaced from one another, a first unit area and a second unit area that are virtual squares are spread all over with the intermediate reference plane as a reference, and one of two directions along two sides orthogonal to each other of the virtual square is defined as a lateral direction, whereas the other one is defined as a longitudinal direction, the first unit area is divided into three at an optional ratio of A:B:A in the lateral direction, as a result, is divided into first divided areas that are two areas divided at a ratio A, and a second divided area that is one area divided at a ratio B, the second unit area is divided into three at an optional ratio of A:B:A in the longitudinal direction, as a result, is divided into second divided areas that are two areas divided at the ratio A, and a first divided area that is one area divided at the ratio B, with the intermediate reference plane as a reference, the first unit areas and the second unit areas are alternately disposed with respect to the longitudinal direction and the lateral direction respectively, a first reference area having a substantially I shape formed of the adjacent first divided areas , and a second reference area having a substantially I shape formed of the adjacent second divided areas are included, the convex-concave part is a shape part having a first area protruding toward the first reference plane from the first reference area , and a second area protruding toward the second reference plane from the second reference area defined on the intermediate reference plane, the first area has a first top surface obtained by projecting the first reference area into the first reference plane at either unity or reduction magnification, and a first side surface that connects a contour of the first top surface and a contour of the first reference area , and the second area has a second top surface obtained by projecting the second reference area into the second reference plane at either unity or reduction magnification, and a second side surface that connects a contour of the second top surface and a contour of the second reference area .
A solid oral pharmaceutical formulation in tablet form, which comprises: an inner phase which is a solid dispersion comprising amorphous (S)-methyl (1-((4-(3-(5-chloro-2-fluoro-3-(methylsulfonamido)phenyl)-1-isopropyl-1H-pyrazol-4-yl)pyrimidin-2-yl)amino)propan-2-yl)carbamate (Compound A), a hydrophilic binder, and a surfactant; and an external phase which comprises one or more of an acidifier, a filler, a disintegrant, a flow enhancer and a lubricant. an inner phase which is a solid dispersion comprising amorphous (S)-methyl (1-((4-(3-(5-chloro-2-fluoro-3-(methylsulfonamido)phenyl)-1-isopropyl-1H-pyrazol-4-yl)pyrimidin-2-yl)amino)propan-2-yl)carbamate (Compound A), a hydrophilic binder, and a surfactant; and an external phase which comprises one or more of an acidifier, a filler, a disintegrant, a flow enhancer and a lubricant.
A method for controlling operating modes of a tire pressure monitoring system, wherein the tire pressure monitoring system is mounted to a wheel of a vehicle, wherein the tire pressure monitoring system has at least one pressure measurement device, a sending device for the radio transmission of pressure measurement data to a receiving device of a central control unit of the vehicle, storage means for pressure data, comparison means for comparing pressure values, and a motion sensor, wherein the tire pressure monitoring system can assume at least two operating modes, wherein the tire pressure is measured repeatedly in first time intervals in a first operating mode, wherein the tire pressure is measured in second time intervals in a second operating mode, wherein the second time intervals are shorter than the first time intervals, and wherein pressure measurement data are sent out by the tire pressure monitoring system in the second operating mode, wherein the system switches from the first operating mode to the second operating mode when a measured value deviates from a stored first reference value by more than a first threshold value, characterized in that a first reference value is calculated from previously sent pressure values upon entry into the first operating mode, said first reference value then being stored in the storage means of the tire pressure monitoring system, in that a timer in the tire pressure monitoring system is started, said timer monitoring a time interval up to a first defined decay time, and in that , upon expiration of the first defined decay time, the most recently measured pressure value is stored as a first reference value.
A method for feeding a sliver end of a sliver deposited in a can to a spinning station of a spinning machine , - wherein the spinning machine comprises a plurality of adjacently arranged spinning stations including cans located under the spinning stations in at least one row, and - wherein a robot grasps the sliver end with the aid of a sliver gripper and feeds it to a spinning station to be supplied, characterized in that - the robot is moved along the spinning machine and is stationed with respect to the spinning station to be supplied or with respect to the spinning station adjacent thereto - the sliver end is sought by the sliver gripper in an area (Ba) of the spinning station to be supplied and of at least one of the adjacent spinning stations , the sliver gripper seeks the sliver on the top side of the can and/or on the circumference of the can and - is then fed to the spinning station to be supplied. - wherein the spinning machine comprises a plurality of adjacently arranged spinning stations including cans located under the spinning stations in at least one row, and - wherein a robot grasps the sliver end with the aid of a sliver gripper and feeds it to a spinning station to be supplied, - the robot is moved along the spinning machine and is stationed with respect to the spinning station to be supplied or with respect to the spinning station adjacent thereto - the sliver end is sought by the sliver gripper in an area (Ba) of the spinning station to be supplied and of at least one of the adjacent spinning stations , the sliver gripper seeks the sliver on the top side of the can and/or on the circumference of the can and - is then fed to the spinning station to be supplied.
An aqueous adhesive dispersion comprising at least one adhesive polymer dispersed in water and at least one tackifier polymer dispersed in water, where the tackifier polymer is a polymer having a weight-average molecular weight of less than 50 000 and a glass transition temperature, measured by Differential Scanning Calorimetry according to ASTM 3418/82 as midpoint temperature at a heating rate of 20 K/min, of greater than or equal to -40°C to less than 0°C, preparable by emulsion polymerization in the presence of at least one chain transfer agent and preparable from a monomer mixture comprising (a) at least 40% by weight of at least one C1 to C20 alkyl (meth)acrylate, (b) 0% to 30% by weight of at least one vinylaromatic, (c) at least 0.1% by weight and up to 7% by weight of at least one acid monomer, (d) 0% to 50% by weight of further monomers, the figures for the monomer amounts being based in each case on the sum of all the monomers, where the theoretical glass transition temperature of the tackifier polymer, calculated for a polymerization without chain transfer agent, is greater than -25°C, and where the at least one chain transfer agent is an organic compound which comprises sulfur in bound form and the chain transfer agent is used in an amount of at least 1 part by weight per 100 parts by weight of monomers. (a) at least 40% by weight of at least one C1 to C20 alkyl (meth)acrylate, (b) 0% to 30% by weight of at least one vinylaromatic, (c) at least 0.1% by weight and up to 7% by weight of at least one acid monomer, (d) 0% to 50% by weight of further monomers,
An extension ladder comprising: a base section having a first base rail and a second base rail in parallel and spaced relationship with the first base rail and rungs attached to and between the first and second base rails; a fly section having a first fly rail and a second fly rail in parallel and spaced relationship with the first fly rail and rungs attached to and between the first and second fly rails , the fly section in sliding engagement with the base section ; and a force applicator attached to the base section and the fly section which offsets some or all weight of the fly section , characterized in that the force applicator includes a tension gas spring , a fixed pulley block and a moving pulley block , the tension gas spring is attached to a lower end of the first base rail , a base pulley is attached to an upper end of the first base rail , an axle of the fixed pulley block is attached to the first base rail , the moving pulley block is attached to an end of a tension gas spring piston rod , a cable has one end attached to the fixed pulley block , the cable passes back and forth between the fixed and moving pulley blocks, the cable extends to the base pulley , passes around the base pulley , and is attached to the fly section at a fly cable attachment. a base section having a first base rail and a second base rail in parallel and spaced relationship with the first base rail and rungs attached to and between the first and second base rails; a fly section having a first fly rail and a second fly rail in parallel and spaced relationship with the first fly rail and rungs attached to and between the first and second fly rails , the fly section in sliding engagement with the base section ; and a force applicator attached to the base section and the fly section which offsets some or all weight of the fly section , characterized in that the force applicator includes a tension gas spring , a fixed pulley block and a moving pulley block , the tension gas spring is attached to a lower end of the first base rail , a base pulley is attached to an upper end of the first base rail , an axle of the fixed pulley block is attached to the first base rail , the moving pulley block is attached to an end of a tension gas spring piston rod , a cable has one end attached to the fixed pulley block , the cable passes back and forth between the fixed and moving pulley blocks, the cable extends to the base pulley , passes around the base pulley , and is attached to the fly section at a fly cable attachment.
A circuit for sensing current conducting in a power transistor (FP_FET) coupled between an input power supply (USB_IN) and a power regulator , the circuit comprising: a first current loop comprising a first current sensing transistor (SFET_Chg) coupled between a first node, the first node configured to be coupled to a first terminal of the power transistor (FP_FET), and a current sensing circuit node coupled to a current sensing circuit, the first current loop configured to sense current conducting in the power transistor (FP_FET) during a forward current mode of the circuit ; a second current loop comprising a second current sensing transistor (SFET_RB) coupled between the current sensing circuit node and a second node, the second node configured to be coupled to a second terminal of the power transistor (FP_FET), the second current loop configured to sense current conducting in the power transistor (FP_FET) during a reverse current mode of the circuit , wherein the circuit comprises means configured to activate only one of the first current sensing loop and the second current sensing loop at a time based on whether the circuit is in the forward current mode or the circuit is in the reverse current mode. a first current loop comprising a first current sensing transistor (SFET_Chg) coupled between a first node, the first node configured to be coupled to a first terminal of the power transistor (FP_FET), and a current sensing circuit node coupled to a current sensing circuit, the first current loop configured to sense current conducting in the power transistor (FP_FET) during a forward current mode of the circuit ; a second current loop comprising a second current sensing transistor (SFET_RB) coupled between the current sensing circuit node and a second node, the second node configured to be coupled to a second terminal of the power transistor (FP_FET), the second current loop configured to sense current conducting in the power transistor (FP_FET) during a reverse current mode of the circuit , wherein the circuit comprises means configured to activate only one of the first current sensing loop and the second current sensing loop at a time based on whether the circuit is in the forward current mode or the circuit is in the reverse current mode.
Device for dewatering, defibrating and conveying waste paper, pulp or wood chips, comprising a rotor , a stator and a housing , the rotor being in the form of a circular cylinder or truncated cone, wherein a plurality of baffle plates is detachably mounted on a circumferential surface of the rotor and wherein the stator comprises a plurality of exchangeable stator plates , characterized in that the stator is in the form of a regular prism or a regular truncated pyramid.
Collection device for collecting elements on at least one bevel of a circular plate (W), comprising: - a base comprising a collection groove intended to receive a collection liquid, - a plate-carrier able to rotate the plate (W) about itself and such that the outer periphery of the plate (W) penetrates into the collection groove , Said device being characterized in that it also comprises : - means (22 for visualising the interior of the collection groove , enabling at least one image to be acquired of the contact region between the collection liquid and at least one of the two faces of the plate. - a base comprising a collection groove intended to receive a collection liquid, - a plate-carrier able to rotate the plate (W) about itself and such that the outer periphery of the plate (W) penetrates into the collection groove , Said device being characterized in that it also comprises : - means (22 for visualising the interior of the collection groove , enabling at least one image to be acquired of the contact region between the collection liquid and at least one of the two faces of the plate.
A system including at least one printing apparatus and a management server configured to manage a color of an image output by a printing apparatus , the system comprising: acquisition means configured to acquire setting information set for a print job to be executed by the printing apparatus , the setting information including information about at least a sheet to be used for printing and image processing to be executed on the print job; generation means configured to generate, based on the acquired setting information, a profile to be used in a color check process, the profile having information about at least a type of the sheet and the image processing; and executing means configured to, based on receiving an instruction to execute a print job, apply the image processing to chart data, print the chart data obtained by applying the image processing on a sheet of the type, and execute a color check process using the generated profile by measuring colors of the printed chart data; and printing means configured to print an image obtained by applying the image processing on the print job on a sheet of the type based on a result of executing the color check process by the executing means . acquisition means configured to acquire setting information set for a print job to be executed by the printing apparatus , the setting information including information about at least a sheet to be used for printing and image processing to be executed on the print job; generation means configured to generate, based on the acquired setting information, a profile to be used in a color check process, the profile having information about at least a type of the sheet and the image processing; and executing means configured to, based on receiving an instruction to execute a print job, apply the image processing to chart data, print the chart data obtained by applying the image processing on a sheet of the type, and execute a color check process using the generated profile by measuring colors of the printed chart data; and printing means configured to print an image obtained by applying the image processing on the print job on a sheet of the type based on a result of executing the color check process by the executing means .
Measuring device comprising - a protection device, - at least one switch disconnector, - at least one circuit breaker coupled to the protection device, - a measuring device arranged for aquiring network parameters, - at least one test earth electrode , - at least one operational earth electrode , - at least one connection line connected to the switch-disconnector and arranged for connecting with a phase of the supply network, and - at least one connecting line connecting the circuit breaker to the test earth electrode , wherein - the measuring device is mounted on a mobile frame , characterized in that, - the connecting line is led into an encapsulated cable field in which the switch disconnector is preferably arranged and/or - the measuring device is arranged in an encapsulated measuring field and/or - the circuit breaker is arranged in an encapsulated circuit breaker panel and/or - the protection device is arranged in an encapsulated control cabinet, and/or - the cable field, the measuring field, the circuit breaker field and the control cabinet are mounted together on the frame . - a protection device, - at least one switch disconnector, - at least one circuit breaker coupled to the protection device, - a measuring device arranged for aquiring network parameters, - at least one test earth electrode , - at least one operational earth electrode , - at least one connection line connected to the switch-disconnector and arranged for connecting with a phase of the supply network, and - at least one connecting line connecting the circuit breaker to the test earth electrode , wherein - the measuring device is mounted on a mobile frame , characterized in that, - the connecting line is led into an encapsulated cable field in which the switch disconnector is preferably arranged and/or - the measuring device is arranged in an encapsulated measuring field and/or - the circuit breaker is arranged in an encapsulated circuit breaker panel and/or - the protection device is arranged in an encapsulated control cabinet, and/or - the cable field, the measuring field, the circuit breaker field and the control cabinet are mounted together on the frame .
Electromechanically drivable spreading unit for a drum brake , comprising a housing and two first and second brake shoe holders which are arranged in a rotationally locked manner in relation to the housing , can be actuated linearly along an axis (A) away from one another in each case in a spreading direction (S, S') and towards one another in each case in a releasing direction (L, L'), and in each case act on a first and a second brake shoe provided in each case with a brake lining , the linear movement of the brake shoe holders being generated by way of two ball ramp apparatuses , a first ball ramp apparatus comprising a first actuating piston which is arranged such that it can be rotated about the axis (A), and a second ball ramp apparatus comprising a second actuating piston which is arranged such that it can be rotated about the axis (A), and an adjusting device for compensating for an increasing actuating travel as a result of wear of the brake linings being arranged in an axially centred manner and substantially between the actuating pistons within the housing , characterized in that the adjusting device comprises an adjusting piston , lying in the force flow with the first actuating piston , and a latching sleeve , in engagement with the adjusting piston via axial toothed rims , the latching sleeve being arranged in a rotationally locked manner with respect to the second brake shoe holder , in a displaceable manner to an axially limited extent with respect to the second actuating piston , and in an elastically preloaded manner against the adjusting piston .
A combustion system comprising: a combustion device which combusts a fuel; an exhaust channel (L1, R2) through which exhaust gas generated by the fuel combusting in the combustion device flows; a dust collector which is disposed in the exhaust channel (L1, R2), and collects ash dust in the exhaust gas; and a denitration device which is disposed in the exhaust channel (L1, R2), and removes nitrogen oxides from the exhaust gas by way of a denitration catalyst, wherein the denitration device is disposed on a downstream side of the dust collector in the exhaust channel, wherein the denitration catalyst contains vanadium oxide, the combustion system being characterized in that the denitration catalyst has a carbon content of at least 0.05 wt%, and has a defect site at which an oxygen deficiency occurs in a crystal structure, and by having the defect site at which the oxygen deficiency occurs indicates a ratio (P1/P2) of a peak intensity P2 of wavenumber 494 to 549 cm -1 originating form edge-sharing 3V-O c stretching vibration relative to a peak intensity P1 of wavenumber 462 to 494 cm -1 originating from crosslinked V-O B -V bending vibration being 0.98 or less, in infrared transmission spectrum of the denitration catalyst after normalizing with 1022 to 1016 cm -1 originated from terminal V=O stretching vibration of the denitration catalyst. a combustion device which combusts a fuel; an exhaust channel (L1, R2) through which exhaust gas generated by the fuel combusting in the combustion device flows; a dust collector which is disposed in the exhaust channel (L1, R2), and collects ash dust in the exhaust gas; and a denitration device which is disposed in the exhaust channel (L1, R2), and removes nitrogen oxides from the exhaust gas by way of a denitration catalyst, wherein the denitration device is disposed on a downstream side of the dust collector in the exhaust channel, wherein the denitration catalyst contains vanadium oxide, the combustion system being characterized in that the denitration catalyst has a carbon content of at least 0.05 wt%, and has a defect site at which an oxygen deficiency occurs in a crystal structure, and by having the defect site at which the oxygen deficiency occurs indicates a ratio (P1/P2) of a peak intensity P2 of wavenumber 494 to 549 cm -1 originating form edge-sharing 3V-O c stretching vibration relative to a peak intensity P1 of wavenumber 462 to 494 cm -1 originating from crosslinked V-O B -V bending vibration being 0.98 or less, in infrared transmission spectrum of the denitration catalyst after normalizing with 1022 to 1016 cm -1 originated from terminal V=O stretching vibration of the denitration catalyst.