mhurhangee/patent-ind-claim-en huggingface dataset:
A compound according to formula I, or a pharmaceutically acceptable salt thereof, wherein R 1 is H or -C(=O)-O-R 3 and R 2 is H or -C(=O)-O-R 4 , provided R 1 and R 2 are not both H; and R 3 and R 4 are each independently selected from the group consisting of alkyl, substituted alkyl, alkenyl, substituted alkenyl, alkynyl, substituted alkynyl, aryl, substituted aryl, arylalkyl, substituted arylalkyl, cycloalkyl, substituted cycloalkyl, cycloheteroalkyl and substituted cycloheteroalkyl. wherein R 1 is H or -C(=O)-O-R 3 and R 2 is H or -C(=O)-O-R 4 , provided R 1 and R 2 are not both H; and R 3 and R 4 are each independently selected from the group consisting of alkyl, substituted alkyl, alkenyl, substituted alkenyl, alkynyl, substituted alkynyl, aryl, substituted aryl, arylalkyl, substituted arylalkyl, cycloalkyl, substituted cycloalkyl, cycloheteroalkyl and substituted cycloheteroalkyl.
Imaging catoptric EUV projection optical unit - with at least four mirrors (M1 to M4; M1 to M6), which image an object field in an object plane into an image field in an image plane , - with a first chief ray plane (yz), which is defined by propagation of a chief ray of a central object field point during the reflection at a mirror (M1, M2; M5, M6), - with a second chief ray plane (xy; xz), which is defined by propagation of the chief ray of the central object field point during the reflection at one of the other mirrors (M2; M3, M4), characterized in that the two chief ray planes (yz, xy; yz, xz) include an angle that differs from 0. - with at least four mirrors (M1 to M4; M1 to M6), which image an object field in an object plane into an image field in an image plane , - with a first chief ray plane (yz), which is defined by propagation of a chief ray of a central object field point during the reflection at a mirror (M1, M2; M5, M6), - with a second chief ray plane (xy; xz), which is defined by propagation of the chief ray of the central object field point during the reflection at one of the other mirrors (M2; M3, M4),
One polypeptide of the sequence as shown in the following general formula (I) or a mixture of two or more polypeptides of the sequences as shown in the following general formula (I) in any proportion for use in lowering blood glucose and/or blood lipid level in a mammal, or preventing and/or treating diabetes and/or hyperlipidemia in a mammal: X 1 SCNGVCSPFX 2 X 3 PPCGX 4 X 5 X 6 CRCIPX 7 GLX 8 X 9 GX 10 CRNPX 11 G (I) wherein, X 1 -X 11 is independently selected from the group consisting of A, C, D, E, F, G, H, I, K, L, M, N, P, Q, R, S, T, V, W, Y and M ox , whereby said mammal is preferably a human being, and said diabetes is preferably type 2 diabetes. wherein, X 1 -X 11 is independently selected from the group consisting of A, C, D, E, F, G, H, I, K, L, M, N, P, Q, R, S, T, V, W, Y and M ox , whereby said mammal is preferably a human being, and said diabetes is preferably type 2 diabetes.
An article of footwear comprising: an upper ; a tensioning grip disposed at an outer surface of the upper and configured as a loop; a tensioning cable coupled with the tensioning grip and operable to move the upper into one of a tightened state and a loosened state, the tensioning cable movable in a tightening direction to move the upper into the tightened state and movable in a loosening direction to move the upper into the loosened state; and a first conduit (325-3, 310g) including an inner diameter that is greater than an outer diameter of the tensioning cable and receiving a portion of the tensioning cable therein, the first conduit (325-4, 310g) operable to accommodate bunching by the tensioning cable following movement of the tensioning cable in one of the tightening direction and the loosening direction , and characterized in that the tensioning grip integrally forms a passage for guiding and enclosing portions of the tensioning cable , and wherein the tensioning grip (310f, 311g includes a fabric material that imparts elastic properties. an upper ; a tensioning grip disposed at an outer surface of the upper and configured as a loop; a tensioning cable coupled with the tensioning grip and operable to move the upper into one of a tightened state and a loosened state, the tensioning cable movable in a tightening direction to move the upper into the tightened state and movable in a loosening direction to move the upper into the loosened state; and a first conduit (325-3, 310g) including an inner diameter that is greater than an outer diameter of the tensioning cable and receiving a portion of the tensioning cable therein, the first conduit (325-4, 310g) operable to accommodate bunching by the tensioning cable following movement of the tensioning cable in one of the tightening direction and the loosening direction , and characterized in that the tensioning grip integrally forms a passage for guiding and enclosing portions of the tensioning cable , and wherein the tensioning grip (310f, 311g includes a fabric material that imparts elastic properties.
A radio frequency identification, RFID, device , comprising: - a first power domain ; - a second power domain ; - a first processing unit ; - a second processing unit ; wherein the first processing unit is configured to execute one or more first operations and the second processing unit is configured to execute one or more second operations; characterized in that the first operations have a higher complexity than the second operations and output intermediate data which are used as input for the second operations; and wherein the first processing unit is configured to operate in the first power domain and the second processing unit is configured to operate in the second power domain , said first power domain having a larger amount of available power than the second power domain . - a first power domain ; - a second power domain ; - a first processing unit ; - a second processing unit ; wherein the first processing unit is configured to execute one or more first operations and the second processing unit is configured to execute one or more second operations; characterized in that the first operations have a higher complexity than the second operations and output intermediate data which are used as input for the second operations; and wherein the first processing unit is configured to operate in the first power domain and the second processing unit is configured to operate in the second power domain , said first power domain having a larger amount of available power than the second power domain .
A system for variably resisting flow of a fluid composition in a subterranean well wherein the fluid composition has a ratio of desired fluid to undesired fluid wherein the system comprises: at least a flow path selection device and multiple flow passages which direct the fluid composition to the flow path selection device that selects which of multiple flow paths a majority of the fluid composition flows through from the flow path selection device , based on the viscosity of the fluid composition , wherein the flow path selection device includes a first control port , and wherein a flow rate of the fluid composition through the first control port affects which of the multiple flow paths the majority of fluid flows through from the flow path selection device , and wherein the flow path selection device further includes a second control port , and wherein the flow path selection device selects which of the multiple flow paths the majority of fluid flows through from the flow path selection device , based on a ratio of the flow rates of the fluid composition through the first and second control ports , wherein the system further comprises a vortex chamber and control passage , terminating to the first control port , such that, in use, fluid flowing through the flow passage flows through the vortex chamber prior to being discharged into the control passage of the flow path selection device , and wherein the chamber has a cylindrical shape with a central outlet. at least a flow path selection device and multiple flow passages which direct the fluid composition to the flow path selection device that selects which of multiple flow paths a majority of the fluid composition flows through from the flow path selection device , based on the viscosity of the fluid composition , wherein the flow path selection device includes a first control port , and wherein a flow rate of the fluid composition through the first control port affects which of the multiple flow paths the majority of fluid flows through from the flow path selection device , and wherein the flow path selection device further includes a second control port , and wherein the flow path selection device selects which of the multiple flow paths the majority of fluid flows through from the flow path selection device , based on a ratio of the flow rates of the fluid composition through the first and second control ports , wherein the system further comprises a vortex chamber and control passage , terminating to the first control port , such that, in use, fluid flowing through the flow passage flows through the vortex chamber prior to being discharged into the control passage of the flow path selection device , and wherein the chamber has a cylindrical shape with a central outlet.
A medicament delivery device comprising: a needle for delivering a medicament; and an insertion mechanism configured to urge the needle in a first direction parallel to a longitudinal axis of the needle ; wherein the insertion mechanism comprises a driving mechanism which is configured to exert a force in a second direction perpendicular to the first direction, and a cam which is coupled to the needle and is configured to receive a force from the driving mechanism and move in the first direction in response to the received force, and wherein the driving mechanism comprises a driving plunger having an angled surface and characterized in that it makes contact with an angled surface of the cam and exert a force on the cam . a needle for delivering a medicament; and an insertion mechanism configured to urge the needle in a first direction parallel to a longitudinal axis of the needle ; wherein the insertion mechanism comprises a driving mechanism which is configured to exert a force in a second direction perpendicular to the first direction, and a cam which is coupled to the needle and is configured to receive a force from the driving mechanism and move in the first direction in response to the received force, and wherein the driving mechanism comprises a driving plunger having an angled surface and characterized in that it makes contact with an angled surface of the cam and exert a force on the cam .
Method for feeding flat sheet-metal panels to a printing unit or coating unit of a sheet-metal coating machine in a positionally accurate manner, wherein the sheet-metal panels are transported one behind the other in a horizontal position and are aligned as they are being transported, wherein, in order to correct an inclination, the inclination of the respective flat sheet-metal panel is sensed and a first transport device , as the flat sheet-metal panel held by the first transport device is being transported, is rotated about an axis, which extends perpendicular to the transport plane, as a function of the sensed inclination and is displaced transversely to the transport direction , and, in order to correct the lateral position, the lateral position of the respective flat sheet-metal panel is sensed and a second transport device , as the flat sheet-metal panel held by the second transport device is being transported, is displaced transversely to the transport direction , characterized in that the first transport device is displaced transversely to the transport direction by a distance corresponding to the displacement of a respective flat sheet-metal panel transversely to the transport direction that results from the rotation of the first transport device as the respective flat sheet-metal panel is being transported.
An apparatus comprising: at least one gain transistor configured to receive an input radio frequency, RF, signal; and a plurality of cascode transistors for a plurality of band groups coupled to the at least one gain transistor and configured to provide an output RF signal for one of the plurality of band groups; the at least one gain transistor comprising a plurality of gain transistors for the plurality of band groups; the plurality of gain transistors having different transistor sizes, or different bias currents, or both; the at least one gain transistor comprising a first gain transistor for a first band group and a second gain transistor for a second band group, and the plurality of cascode transistors comprising a first cascode transistor for the first band group and a second cascode transistor for the second band group; and characterized in further comprising: an inductor coupled between a source of the first gain transistor and circuit ground and comprising a tap coupled to the second gain transistor . at least one gain transistor configured to receive an input radio frequency, RF, signal; and a plurality of cascode transistors for a plurality of band groups coupled to the at least one gain transistor and configured to provide an output RF signal for one of the plurality of band groups; the at least one gain transistor comprising a plurality of gain transistors for the plurality of band groups; the plurality of gain transistors having different transistor sizes, or different bias currents, or both; the at least one gain transistor comprising a first gain transistor for a first band group and a second gain transistor for a second band group, and the plurality of cascode transistors comprising a first cascode transistor for the first band group and a second cascode transistor for the second band group; and characterized in further comprising: an inductor coupled between a source of the first gain transistor and circuit ground and comprising a tap coupled to the second gain transistor .
A method for producing a sintered R-T-B based magnet, the method comprising the steps of: providing a sintered R-T-B based magnet body; providing an RH diffusion source including a metal or an alloy of a heavy rare-earth element RH, which is at least one of Dy and Tb; loading the sintered R-T-B based magnet body and the RH diffusion source into a processing chamber so that the magnet body and the diffusion source are movable relative to each other and brought in contact with each other; and performing an RH diffusion process by conducting a heat treatment on the sintered R-T-B based magnet body and the RH diffusion source at a temperature of 500°C to 850°C for at least 10 minutes while moving the magnet body and the diffusion source either continuously or discontinuously in the processing chamber, characterized in that the RH diffusion process includes rotating, rocking or shaking the processing chamber, thereby changing the point of contact between the sintered R-T-B based magnet body and the RH diffusion source. providing a sintered R-T-B based magnet body; providing an RH diffusion source including a metal or an alloy of a heavy rare-earth element RH, which is at least one of Dy and Tb; loading the sintered R-T-B based magnet body and the RH diffusion source into a processing chamber so that the magnet body and the diffusion source are movable relative to each other and brought in contact with each other; and performing an RH diffusion process by conducting a heat treatment on the sintered R-T-B based magnet body and the RH diffusion source at a temperature of 500°C to 850°C for at least 10 minutes while moving the magnet body and the diffusion source either continuously or discontinuously in the processing chamber, characterized in that the RH diffusion process includes rotating, rocking or shaking the processing chamber, thereby changing the point of contact between the sintered R-T-B based magnet body and the RH diffusion source.
Device for vibration training, comprising - a platform , wherein the platform has a tread surface, which is configured to be stepped on by a device user , - a first actuator , which is configured to set the platform in a vibration movement , and - a second actuator , which is configured to set the platform in a rocking movement , wherein the second actuator has one or more gears which convert a rotation movement of a shaft into the rocking movement of the platform, characterized by a third actuator , which is configured to set the platform in a linear movement , wherein the third actuator is configured to move the platform within an at least substantially horizontal plane. - a platform , wherein the platform has a tread surface, which is configured to be stepped on by a device user , - a first actuator , which is configured to set the platform in a vibration movement , and - a second actuator , which is configured to set the platform in a rocking movement , wherein the second actuator has one or more gears which convert a rotation movement of a shaft into the rocking movement of the platform, characterized by a third actuator , which is configured to set the platform in a linear movement , wherein the third actuator is configured to move the platform within an at least substantially horizontal plane.
A method of determining a VIN based accelerometer threshold for a vehicular telemetry system using a telematic communication system, the telematic communication system comprising a server , a computer , a handheld device and a vehicle , and being configured to provide communication and exchange of data, information, commands and messages therebetween, wherein said vehicle includes a vehicular telemetry hardware system comprising an accelerometer and configured to receive data and information from a resident vehicle portion , and to send the same over a network to said server , said computer or said handheld device , the method comprising the steps of: receiving a VIN from the vehicular telemetry hardware system , using the telematic communication system, decoding said VIN to identify vehicle components, wherein said decoding comprises decoding said VIN into a first group and a second group, the first group including at least one vehicle component of a platform, model, body style, or engine type, and the second group including at least one vehicle component of installed options, engine, or transmission, analyzing said vehicle components of the first and second groups for associating a weight with each thereof, determining an accelerometer threshold based upon a sum of weight of all vehicle components, and setting the determined accelerometer threshold in the vehicular telemetry hardware system . receiving a VIN from the vehicular telemetry hardware system , using the telematic communication system, decoding said VIN to identify vehicle components, wherein said decoding comprises decoding said VIN into a first group and a second group, the first group including at least one vehicle component of a platform, model, body style, or engine type, and the second group including at least one vehicle component of installed options, engine, or transmission, analyzing said vehicle components of the first and second groups for associating a weight with each thereof, determining an accelerometer threshold based upon a sum of weight of all vehicle components, and setting the determined accelerometer threshold in the vehicular telemetry hardware system .
Actuation device having a fail-safe function for actuating an actuator for adjusting a process fluid flow of a process plant, comprising - an electric motor for providing a torque for actuating the actuator, - a torque transfer connection for coupling the electric motor to the actuator for transferring the torque form the electric motor to the actuator, wherein the torque transfer connection comprises a motor shaft , a gear and an output shaft and is free of a detachable coupling, and - a forced actuation means triggering a forced effect for bringing the actuator in a fail-safe position in the torque transfer connection , wherein the torque transfer connection comprises a multistage planetary gear, wherein the electric motor, the torque transfer connection , namely the motor shaft , the multistage planetary gear as well as the output shaft , and the forced actuation means are arranged coaxially to each other, wherein an eccentric is arranged coaxially on the torque transmission connection , in particular the output shaft , for linear actuation of the actuator, wherein the planetary gear comprises a rotation-translation gear in the form of the eccentric which rotates coaxially with an actuator drive axis (A). - an electric motor for providing a torque for actuating the actuator, - a torque transfer connection for coupling the electric motor to the actuator for transferring the torque form the electric motor to the actuator, wherein the torque transfer connection comprises a motor shaft , a gear and an output shaft and is free of a detachable coupling, and - a forced actuation means triggering a forced effect for bringing the actuator in a fail-safe position in the torque transfer connection ,
A smart module for equipping a passive panel (12; 12') carried by two side posts (16, 17; 16', 17') of a cabling closet, the passive panel (12; 12') including a front face (11; 11') provided with connection ports , this module comprising a small-ruler shaped body as well as two fastening lugs , the body including a series of diodes and a series of presence sensors, each fastening lug including at least one hole (21-24) enabling it to be rigidly fastened to a post (16, 17; 16', 17') by means of a screw, each end of the body being rigidly securable to a fastening lug by being sandwiched and/or snap fitted by this lug .
A drive shaft comprising: a drive shaft extending between axial ends and having at least one portion through which an outer diameter of said drive shaft changes through an infinite number of diameters, with at least one portion extending across at least 15% of an axial distance between said axial ends of said drive shaft, and said drive shaft having an outer diameter increasing in diameter through an infinite number of diameters from one of said axial ends to a midpoint, and then decreasing through an infinite number of diameters to an opposed axial end, or wherein said drive shaft having an outer diameter at one of said axial ends and decreasing through an infinite number of diameters from said one of said axial ends through a midpoint and then increasing in diameter through an infinite number of diameters to an opposed one of said axial ends, characterised in that there are local undulations along, at least a portion of said outer periphery between said axial ends such that if centers of the local undulations are connected they generate either a convex or a concave shape in an axial cross-sectional view of the drive shaft. a drive shaft extending between axial ends and having at least one portion through which an outer diameter of said drive shaft changes through an infinite number of diameters, with at least one portion extending across at least 15% of an axial distance between said axial ends of said drive shaft, and said drive shaft having an outer diameter increasing in diameter through an infinite number of diameters from one of said axial ends to a midpoint, and then decreasing through an infinite number of diameters to an opposed axial end, or wherein said drive shaft having an outer diameter at one of said axial ends and decreasing through an infinite number of diameters from said one of said axial ends through a midpoint and then increasing in diameter through an infinite number of diameters to an opposed one of said axial ends, characterised in that there are local undulations along, at least a portion of said outer periphery between said axial ends such that if centers of the local undulations are connected they generate either a convex or a concave shape in an axial cross-sectional view of the drive shaft.