mhurhangee/ep-ind-claims huggingface dataset:
A terminal bending unit comprising: a frame; and a bending tool pivotally mounted on the frame, a row of receiving slots being formed in a bottom surface of the bending tool, the receiving slots being adapted to receive and position terminals to be bent, wherein the bending tool is adapted to bend the terminals received in the corresponding receiving slots under press when the bending tool is rotated, and wherein the terminal bending unit further comprises driving mechanisms (130, 140) which are mounted on the frame and are adapted to drive the bending tool to rotate, wherein the driving mechanisms (130, 140) comprise: a slider slidably mounted on the frame; and a linear actuator fixedly mounted on the frame and adapted to urge the slider to slide on the frame, wherein the slider is driven to press the bending tool so that the bending tool rotates when the linear actuator urges the slider to slide on the frame, characterized in that a smooth curved surface is formed on a front face of the bending tool, and the slider slides along the smooth curved surface of the bending tool with respect to the bending tool during the rotation of the bending tool driven by the drive mechanism (130, 140). a frame; and a bending tool pivotally mounted on the frame, a row of receiving slots being formed in a bottom surface of the bending tool, the receiving slots being adapted to receive and position terminals to be bent, wherein the bending tool is adapted to bend the terminals received in the corresponding receiving slots under press when the bending tool is rotated, and wherein the terminal bending unit further comprises driving mechanisms (130, 140) which are mounted on the frame and are adapted to drive the bending tool to rotate, wherein the driving mechanisms (130, 140) comprise: a slider slidably mounted on the frame; and a linear actuator fixedly mounted on the frame and adapted to urge the slider to slide on the frame, a slider slidably mounted on the frame; and a linear actuator fixedly mounted on the frame and adapted to urge the slider to slide on the frame, wherein the slider is driven to press the bending tool so that the bending tool rotates when the linear actuator urges the slider to slide on the frame, characterized in that a smooth curved surface is formed on a front face of the bending tool, and the slider slides along the smooth curved surface of the bending tool with respect to the bending tool during the rotation of the bending tool driven by the drive mechanism (130, 140).
A process for the preparation of rilpivirine of formula I: or a pharmaceutically acceptable salt thereof, which comprises: a. reacting the 2,4-dichloropyrimidine of formula II: with -3-(4-amino-3,5-dimethylphenyl)acrylonitrile hydrochloride of formula III: in the presence of tertiary amine and a suitable solvent to give -3-(4-(2-chloropyrimidin-4-ylamino)-3,5-dimethylphenyl)acrylonitrile of formula IV; and b. reacting the -3-(4-(2-chloropyrimidin-4-ylamino)-3,5-dimethylphenyl)acrylonitrile of formula IV with 4-aminobenzonitrile of formula V in an acid and a solvent to give rilpivirine of formula I and optionally converting rilpivirine formed into the pharmaceutically acceptable acid addition salt of rilpivirine. a. reacting the 2,4-dichloropyrimidine of formula II: with -3-(4-amino-3,5-dimethylphenyl)acrylonitrile hydrochloride of formula III: in the presence of tertiary amine and a suitable solvent to give -3-(4-(2-chloropyrimidin-4-ylamino)-3,5-dimethylphenyl)acrylonitrile of formula IV; and b. reacting the -3-(4-(2-chloropyrimidin-4-ylamino)-3,5-dimethylphenyl)acrylonitrile of formula IV with 4-aminobenzonitrile of formula V in an acid and a solvent to give rilpivirine of formula I and optionally converting rilpivirine formed into the pharmaceutically acceptable acid addition salt of rilpivirine.
An assembly comprising an internal assembly and a support assembly for supporting the internal assembly in a casing of a turbomachine, characterized in that: the support assembly comprises a support member slidably disposed in a recess formed in the internal assembly, a pocket extending radially inward from the recess, the support member configured to engage an inner surface of the casing; the assembly further comprising: an accumulator fluidly coupled with the pocket and configured to direct a hydraulic fluid to the pocket to thereby apply a biasing force to a piston of the support member slidably disposed in the pocket. the support assembly comprises a support member slidably disposed in a recess formed in the internal assembly, a pocket extending radially inward from the recess, the support member configured to engage an inner surface of the casing; the assembly further comprising: an accumulator fluidly coupled with the pocket and configured to direct a hydraulic fluid to the pocket to thereby apply a biasing force to a piston of the support member slidably disposed in the pocket.
A mattress having at least three zones or areas of different hardnesses for the different parts of the user's body, wherein - the elastic elements in the mattress are vertical coil springs, which are located asymmetrically such that in the mattress there are at least three zones or areas of different hardnesses, - three zones (22, 24, 25) or areas.of different hardnesses are located such that the first zone or area is located between the midpoint of the mattress and one end, the second zone or area is located between the midpoint of the mattress and the other end, and the third zone is located between the first zone and the second zone, - the zones (22, 24, 25) or areas are of different hardnesses such that the first zone is softer than the second zone, and the third zone is harder than both the first zone and the second zone, characterized in that - there are surface layers (31, 32) of different hardnesses in opposite surfaces of the mattress such that corresponding asymmetric zones or areas of different hardnesses are formed in both sides of the mattress, and - the zones or areas in one side of the mattress are softer than the corresponding zones or areas in the other side of the mattress. - the elastic elements in the mattress are vertical coil springs, which are located asymmetrically such that in the mattress there are at least three zones or areas of different hardnesses, - three zones (22, 24, 25) or areas.of different hardnesses are located such that the first zone or area is located between the midpoint of the mattress and one end, the second zone or area is located between the midpoint of the mattress and the other end, and the third zone is located between the first zone and the second zone, - the zones (22, 24, 25) or areas are of different hardnesses such that the first zone is softer than the second zone, and the third zone is harder than both the first zone and the second zone, characterized in that - there are surface layers (31, 32) of different hardnesses in opposite surfaces of the mattress such that corresponding asymmetric zones or areas of different hardnesses are formed in both sides of the mattress, and - the zones or areas in one side of the mattress are softer than the corresponding zones or areas in the other side of the mattress.
A control device comprising: a position determination unit that is configured to: repeatedly acquire position related data related to a control object from a drive device, which is configured to move the control object, by using an encoder, acquire measurement data obtained at a calculation time by measuring a positional relationship between the control object and a target position by image processing from an image captured at an imaging time before the calculation time, at a time interval that is longer than an acquisition interval of the position-related data, and to determine an estimated position of the control object by using the position-related data and the measurement data; and a feedback control unit that is configured to control data for aligning the control object at the target position to the drive device by using the estimated position determined by the position determination unit, characterized in that, the position determination unit is configured to estimate the position-related data at the imaging time of the image used in the image processing, and to determine the estimated position at the calculation time by adding a difference between the position-related data at the calculation time and the position-related data at the imaging time to the measurement data. repeatedly acquire position related data related to a control object from a drive device, which is configured to move the control object, by using an encoder, acquire measurement data obtained at a calculation time by measuring a positional relationship between the control object and a target position by image processing from an image captured at an imaging time before the calculation time, at a time interval that is longer than an acquisition interval of the position-related data, and to determine an estimated position of the control object by using the position-related data and the measurement data; and a feedback control unit that is configured to control data for aligning the control object at the target position to the drive device by using the estimated position determined by the position determination unit, characterized in that, the position determination unit is configured to estimate the position-related data at the imaging time of the image used in the image processing, and to determine the estimated position at the calculation time by adding a difference between the position-related data at the calculation time and the position-related data at the imaging time to the measurement data.
Method for providing an identification card of a person with a cryptographic certificate, the identification card having an optical feature of the person, comprising: Transmitting a prestored personal datum to an electronic certification server by a data processing system; Generating a cryptographic key by the identification card; Transmitting the generated cryptographic key from the identification card to the electronic certification server; Generating the cryptographic certificate by the electronic certification server on the basis of the cryptographic key and the personal datum; and Transmitting the cryptographic certificate by the electronic certification server to the identification card in order to provide the identification card with the cryptographic certificate, Generating a cryptographic secret by the electronic certification server, the cryptographic secret being associated with the personal datum; Transmitting the cryptographic secret from the electronic certification server to the person; Authenticating the person vis-à-vis the electronic certification server on the basis of the transmitted cryptographic secret; and Establishing a communication link between the electronic certification server and the identification card in response to the authentication of the person, wherein the identification card generates the cryptographic key after the authentication of the person. Transmitting a prestored personal datum to an electronic certification server by a data processing system; Generating a cryptographic key by the identification card; Transmitting the generated cryptographic key from the identification card to the electronic certification server; Generating the cryptographic certificate by the electronic certification server on the basis of the cryptographic key and the personal datum; and Transmitting the cryptographic certificate by the electronic certification server to the identification card in order to provide the identification card with the cryptographic certificate, Generating a cryptographic secret by the electronic certification server, the cryptographic secret being associated with the personal datum; Transmitting the cryptographic secret from the electronic certification server to the person; Authenticating the person vis-à-vis the electronic certification server on the basis of the transmitted cryptographic secret; and Establishing a communication link between the electronic certification server and the identification card in response to the authentication of the person, wherein the identification card generates the cryptographic key after the authentication of the person.
Steering actuator for a steering system for a motor vehicle, comprising an actuator rod which can be displaced in translation in the longitudinal direction thereof and a position sensor apparatus which is constructed to detect the linear position of the actuator rod, wherein the position sensor apparatus comprises a rotation sensor which has a sensor shaft which can be rotated about an axis and which has a running wheel which is fitted in a rotationally secure manner to the sensor shaft and which can roll on a corresponding linear track of the actuator rod in order to convert a translational movement of the actuator rod into a rotation of the sensor shaft, characterised in that the rotation sensor is arranged or configured so as to be flexible transversely relative to the track. wherein the position sensor apparatus comprises a rotation sensor which has a sensor shaft which can be rotated about an axis and which has a running wheel which is fitted in a rotationally secure manner to the sensor shaft and which can roll on a corresponding linear track of the actuator rod in order to convert a translational movement of the actuator rod into a rotation of the sensor shaft, characterised in that the rotation sensor is arranged or configured so as to be flexible transversely relative to the track.
An image sensor that is coupled to an external device, comprising: a pixel array that has a plurality of pixels each having a photodetector receiving light, the pixel array generating a first image from the plurality of pixels and a second image from the plurality of pixels, wherein the second image begins to be generated from the pixel array after the pixel array begins to generate the first image and before the pixel array ends the generation of the first image; a circuit that receives the first image and the second image from the pixel array; a first image buffer (28, 30) coupled to the circuit and arranged to store pixel data for the first image; a second image buffer (32, 34) coupled to the circuit and arranged to store pixel data for the second image; and, a memory controller coupled to the first and second image buffers (28, 30; 32, 34), the memory controller being arranged to control transfers of the pixel data for the first image and the pixel data for the second image from the first and second image buffers (28, 30; 32, 34) respectively to the external device in an interleaving manner, in which pixel data for the first image are transferred alternately with pixel data for the second image in time. a pixel array that has a plurality of pixels each having a photodetector receiving light, the pixel array generating a first image from the plurality of pixels and a second image from the plurality of pixels, wherein the second image begins to be generated from the pixel array after the pixel array begins to generate the first image and before the pixel array ends the generation of the first image; a circuit that receives the first image and the second image from the pixel array; a first image buffer (28, 30) coupled to the circuit and arranged to store pixel data for the first image; a second image buffer (32, 34) coupled to the circuit and arranged to store pixel data for the second image; and, a memory controller coupled to the first and second image buffers (28, 30; 32, 34), the memory controller being arranged to control transfers of the pixel data for the first image and the pixel data for the second image from the first and second image buffers (28, 30; 32, 34) respectively to the external device in an interleaving manner, in which pixel data for the first image are transferred alternately with pixel data for the second image in time.
A laminated glass having one end, and the other end being at an opposite side of the one end and having a thickness larger than a thickness of the one end, the laminated glass including a first lamination glass member, a second lamination glass member, and an interlayer film arranged between the first lamination glass member and the second lamination glass member, the first lamination glass member having a wedge angle of 0.10 mrad or more, the wedge angle of the first lamination glass member being equal to a wedge angle of the interlayer film or larger than the wedge angle of the interlayer film, the interlayer film containing a heat shielding substance, a visible light transmittance at a position of 20 cm from the other end toward the one end is 70% or more, measured with the method disclosed in the description, a color difference ΔE*ab between the position of 20 cm from the one end toward the other end and the position of 20 cm from the other end toward the one end is 2 or less, measured with the method disclosed in the description. the laminated glass including a first lamination glass member, a second lamination glass member, and an interlayer film arranged between the first lamination glass member and the second lamination glass member, the first lamination glass member having a wedge angle of 0.10 mrad or more, the wedge angle of the first lamination glass member being equal to a wedge angle of the interlayer film or larger than the wedge angle of the interlayer film, the interlayer film containing a heat shielding substance, a visible light transmittance at a position of 20 cm from the other end toward the one end is 70% or more, measured with the method disclosed in the description, a color difference ΔE*ab between the position of 20 cm from the one end toward the other end and the position of 20 cm from the other end toward the one end is 2 or less, measured with the method disclosed in the description.
A process of manufacturing a compound of the formula from a compound of the formula by photooxidation using oxygen and a photosensitizer of the formula wherein R 8, R 8', R 8" and R 8′′′ independently from each other represent either a H, or a C 1-4 alkyl group; or wherein R 8 and R 8' and/or R 8" and R 8′′′ form together with N a five or six membered ring; with the proviso that at least one of the residues R 8, R 8', R 8" and R 8′′′ is different from H; and X- represents an anion; in a solvent mixture of water and at least one C 1-8 alkanol or at least one C 2-4 alkylene diol; and using light which has a peak wavelength (λ max) in its spectrum in the range of between 580 and 780 nm. using oxygen and a photosensitizer of the formula wherein R 8, R 8', R 8" and R 8′′′ independently from each other represent either a H, or a C 1-4 alkyl group; or wherein R 8 and R 8' and/or R 8" and R 8′′′ form together with N a five or six membered ring; with the proviso that at least one of the residues R 8, R 8', R 8" and R 8′′′ is different from H; and X- represents an anion; wherein R 8, R 8', R 8" and R 8′′′ independently from each other represent either a H, or a C 1-4 alkyl group; or wherein R 8 and R 8' and/or R 8" and R 8′′′ form together with N a five or six membered ring; with the proviso that at least one of the residues R 8, R 8', R 8" and R 8′′′ is different from H; and X- represents an anion; in a solvent mixture of water and at least one C 1-8 alkanol or at least one C 2-4 alkylene diol; and using light which has a peak wavelength (λ max) in its spectrum in the range of between 580 and 780 nm.
Limiter mechanism for an injection device, the mechanism comprising a housing (10, 30, 40; 40'), a dose setting member, which during dose setting rotates relative to the housing (10, 30, 40; 40') in a first direction and which during dose dispensing rotates relative to the housing (10, 30, 40; 40') in a second opposite direction, and a limiting element limiting the rotational movement of the dose setting member between a zero dose position and a maximum dose position, characterized in that the limiting element is a nut with an internal thread engaging an external thread on the dose setting member which is guided in the housing (10, 30, 40; 40') is movable on a first path axially displaceable relative to the housing (10, 30, 40; 40') and is movable on a second, helical path relative to the dose setting member, wherein at least one of one of the first path and the second path has an end stop (54, 55) limiting the relative movement of the limiting element, and wherein the dose setting member is provided with markings visible from the outside of the housing (10, 30, 40; 40') adapted for providing a visual indication of a set dose, and is axially constrained within the housing (10, 30, 40; 40').
A reflective image display device, comprising: a transparent front sheet (102, 202) comprising convex protrusions or embedded spherical beads through which a viewer views the display; a front electrode (106, 206); a rear support (108, 208); a rear electrode (110, 210); an optically transparent fluid medium (114, 214); a plurality of electrophoretically mobile particles (116, 216) suspended in the optically transparent fluid medium (114, 214); and a voltage source (112, 212) for applying a bias across the optically transparent fluid medium (114, 214) to move at least one of the electrophoretically mobile particles (116, 216), characterised by a dielectric layer (118, 218) located on the surface of at least one electrode, wherein the dielectric layer comprises parylene or halogenated parylene. a transparent front sheet (102, 202) comprising convex protrusions or embedded spherical beads through which a viewer views the display; a front electrode (106, 206); a rear support (108, 208); a rear electrode (110, 210); an optically transparent fluid medium (114, 214); a plurality of electrophoretically mobile particles (116, 216) suspended in the optically transparent fluid medium (114, 214); and a voltage source (112, 212) for applying a bias across the optically transparent fluid medium (114, 214) to move at least one of the electrophoretically mobile particles (116, 216), characterised by a dielectric layer (118, 218) located on the surface of at least one electrode, wherein the dielectric layer comprises parylene or halogenated parylene.
Device for detecting and signalling malfunctions in use of electrical appliances comprising a cyclical or continuous central measuring and processing unit connected to two input/output ports (19, 19') for the connection between a source of electrical power (20, 20') and an electrical appliance (30, 30') respectively, said central unit being connected to at least one signalling means (11, 12, 12', 13) controlled by a malfunction occurrence signal processed by said central unit, said central measuring and processing unit comprising means for measuring a plurality of parameters of said source of electrical power (20, 20') and of said electrical appliances (30, 30'), the parameters of said source of electrical power (20,20') comprising at least a supply voltage (Vr) and means for processing the measured parameters so as to determine the presence of malfunctions and to output said malfunction occurrence signal to said at least one signalling means (11, 12, 12', 13), characterized in that said means for processing the measured parameters comprise means for processing the measured supply voltage (Vr) so as to identify the presence of a malfunction of the source of electrical power (20,20') in case the measured supply voltage (V r) is greater than a maximum preset threshold (V max) or lower than a minimum preset threshold (V min).