mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula: wherein: R 1, R 3, and R 4 are each individually chosen from hydrogen and methyl; R 2 is chosen from hydrogen, methyl, and -CH 2 CH 2 OH; n is 1 or 2; R 5 is chosen from methyl, ethyl, and -CH 2 OR 8; R 6 is chosen from methyl, chlorine, and fluorine; R 7 is selected from methyl, ethyl, and cyclopropyl; and R 8 is selected from methyl, ethyl, and benzyl; or a pharmaceutically acceptable salt thereof. R 1, R 3, and R 4 are each individually chosen from hydrogen and methyl; R 2 is chosen from hydrogen, methyl, and -CH 2 CH 2 OH; n is 1 or 2; R 5 is chosen from methyl, ethyl, and -CH 2 OR 8; R 6 is chosen from methyl, chlorine, and fluorine; R 7 is selected from methyl, ethyl, and cyclopropyl; and R 8 is selected from methyl, ethyl, and benzyl; or a pharmaceutically acceptable salt thereof.
Telescopic actuator including a cylinder having a closed end and an open end for passing a hollow rod mounted to slide axially in the cylinder, the actuator including a central support that extends from the closed end of the cylinder inside the rod and that carries obstacles that are movable radially between a retracted position leaving the rod free to slide and a projecting position in which the obstacles are engaged in a groove in the rod in order to lock the rod axially relative to the cylinder, the obstacles being arranged at the ends of spring blades extending longitudinally and arranged to urge the obstacles from the retracted position to the projecting position, characterised in that the flanks of the obstacles and of the groove are shaped so as to prevent any retraction of the obstacles by movement of the rod, the central support carrying controlled means for flexing the blades in order to cause the obstacles to be retracted toward the retracted position.
Self-venting package for packing a food preparation and warming it up comprising: - at least one flexible film with a venting hole forming a first wall comprising a sealant layer and a support layer, said flexible film being sealed by a peripheral seal onto a second wall or on itself, thereby forming a main enclosure confining the food preparation; - a rupturable seal isolating the venting hole from said main enclosure, said rupturable seal being arranged for opening, in use, a path to the venting hole upon internal pressure increase in said main enclosure, characterised in that a specific region of the rupturable seal is weakened by means of a welded area with a reduced sealant layer thickness, said welded area guiding, in use, the rupture of said rupturable seal to the venting hole. - at least one flexible film with a venting hole forming a first wall comprising a sealant layer and a support layer, said flexible film being sealed by a peripheral seal onto a second wall or on itself, thereby forming a main enclosure confining the food preparation; - a rupturable seal isolating the venting hole from said main enclosure, said rupturable seal being arranged for opening, in use, a path to the venting hole upon internal pressure increase in said main enclosure,
A method of monitoring the navigating an automated guided vehicle in an object handling mode of operation, said automated guided vehicle comprises a fork, a primary sensor, a secondary sensor and a controller controlling movement of said automated guided vehicle, the method comprise the steps of: • monitoring movement of said automated guided vehicle operated in a normal mode between a first position and a second position, • monitoring movement of said automated guided vehicle operated in said object handling mode between said second position and a target position, wherein the method is characterized in that said monitoring in said object handling mode includes: • establishing a change of distance between said automated guided vehicle and said object in a time period between two points in time, based on distance measurements obtained by said primary sensor, • measuring a representation of distance travelled by said automated guided vehicle during said time period by said secondary sensor, • comparing said established change of distance and said measured representation of distance and based on the comparing result determine if correction of the motion of said automated guided vehicle is needed. • monitoring movement of said automated guided vehicle operated in a normal mode between a first position and a second position, • monitoring movement of said automated guided vehicle operated in said object handling mode between said second position and a target position, • establishing a change of distance between said automated guided vehicle and said object in a time period between two points in time, based on distance measurements obtained by said primary sensor, • measuring a representation of distance travelled by said automated guided vehicle during said time period by said secondary sensor, • comparing said established change of distance and said measured representation of distance and based on the comparing result determine if correction of the motion of said automated guided vehicle is needed.
A lighting device for providing a homogeneous luminous intensity distribution in relation to an optical axis of said lighting device, said lighting device comprising: a plurality of solid state light sources mounted on a single substrate circumferentially around the optical axis; a housing arranged to enclose said solid state light sources, said housing comprising an at least partly transparent housing portion being arranged in parallel to said optical axis of the lighting device, said housing being at least partly reflective; and a reflector arranged inside and in contact with said housing, said housing and said reflector being part of a single light mixing chamber, wherein said reflector is arranged to reflect light from said solid state light sources away from said optical axis of the lighting device towards the at least partly transparent housing portion, and wherein said reflector extends to be in contact with said single substrate and be surrounded by said plurality of solid state light sources, so that said reflector acts as a cooling element for the substrate. a plurality of solid state light sources mounted on a single substrate circumferentially around the optical axis; a housing arranged to enclose said solid state light sources, said housing comprising an at least partly transparent housing portion being arranged in parallel to said optical axis of the lighting device, said housing being at least partly reflective; and a reflector arranged inside and in contact with said housing, said housing and said reflector being part of a single light mixing chamber, wherein said reflector is arranged to reflect light from said solid state light sources away from said optical axis of the lighting device towards the at least partly transparent housing portion, and wherein said reflector extends to be in contact with said single substrate and be surrounded by said plurality of solid state light sources, so that said reflector acts as a cooling element for the substrate.
A laser processing device for carrying out laser processing on a workpiece attached with a protective film, comprising: a control device consisting of a computer having a CPU to which a ROM and a RAM are connected; a laser oscillator, such that the laser oscillator oscillates a laser beam in response to instruction from the control device; being characterised by an external data server connected to the CPU, such that the control device is supplied with processing information including a processing program from the external data server, and further characterised in that the control device is configured to determine, based on the processing information including the processing program, whether or not there is a common part (37,39,41,49) that requires laser processing to cut the protective film, the common part (37,39,41,49) being a part (37,41,49) of the workpiece where, in a processing process of the workpiece after laser processing, a different component comes into contact with the workpiece or a part of the workpiece where, in the processing process of the workpiece after laser processing, another part of the workpiece comes into contact with the workpiece, and to add a laser processing process for the common part (37,39,41,49) that requires the laser processing to cut the protective film to the processing program, when there is the common part (37,39,41,49) that requires the laser processing to cut the protective film. a control device consisting of a computer having a CPU to which a ROM and a RAM are connected; a laser oscillator, such that the laser oscillator oscillates a laser beam in response to instruction from the control device; being characterised by an external data server connected to the CPU, such that the control device is supplied with processing information including a processing program from the external data server, and further characterised in that the control device is configured to determine, based on the processing information including the processing program, whether or not there is a common part (37,39,41,49) that requires laser processing to cut the protective film, the common part (37,39,41,49) being a part (37,41,49) of the workpiece where, in a processing process of the workpiece after laser processing, a different component comes into contact with the workpiece or a part of the workpiece where, in the processing process of the workpiece after laser processing, another part of the workpiece comes into contact with the workpiece, and to add a laser processing process for the common part (37,39,41,49) that requires the laser processing to cut the protective film to the processing program, when there is the common part (37,39,41,49) that requires the laser processing to cut the protective film.
An exhaust system for an internal combustion engine; the exhaust system comprises at least one first exhaust duct which originates from the internal combustion engine and has an end part which ends with a first outlet opening through which the exhaust gases are released into the atmosphere; wherein the end part of the first exhaust duct has at least one movable wall which can be moved to different positions to vary the width of the outlet opening; and the exhaust system is characterized in that: the end part of the first exhaust duct has two mutually opposite movable walls; it is provided a motor-driven actuator device, which can be electronically controlled and is configured to actively move the movable walls together in opposite directions so as to move the two movable walls apart or to move the movable walls close to each other; and it is provided a control unit, which is configured to vary, by controlling the actuator device, the position of the movable walls depending on a rotation speed of the internal combustion engine and on an engine load of the internal combustion engine. the exhaust system comprises at least one first exhaust duct which originates from the internal combustion engine and has an end part which ends with a first outlet opening through which the exhaust gases are released into the atmosphere; wherein the end part of the first exhaust duct has at least one movable wall which can be moved to different positions to vary the width of the outlet opening; and the exhaust system is characterized in that: the end part of the first exhaust duct has two mutually opposite movable walls; it is provided a motor-driven actuator device, which can be electronically controlled and is configured to actively move the movable walls together in opposite directions so as to move the two movable walls apart or to move the movable walls close to each other; and it is provided a control unit, which is configured to vary, by controlling the actuator device, the position of the movable walls depending on a rotation speed of the internal combustion engine and on an engine load of the internal combustion engine. the end part of the first exhaust duct has two mutually opposite movable walls; it is provided a motor-driven actuator device, which can be electronically controlled and is configured to actively move the movable walls together in opposite directions so as to move the two movable walls apart or to move the movable walls close to each other; and it is provided a control unit, which is configured to vary, by controlling the actuator device, the position of the movable walls depending on a rotation speed of the internal combustion engine and on an engine load of the internal combustion engine.
A wearable harness having a plurality of straps comprising: a first shoulder strap and a second shoulder strap, wherein at least one of the first shoulder strap and the second shoulder strap comprises a tubular webbing; and an energy absorbing element integrated with at least one of the first shoulder strap and the second shoulder strap, wherein the energy absorbing element is at least partially encased within the tubular webbing and comprises a tearable webbing material with at least two bound webbing components configured to tear from one another when the first shoulder strap and the second shoulder strap are subjected to a force that exceeds a predetermined threshold during a fall event. a first shoulder strap and a second shoulder strap, wherein at least one of the first shoulder strap and the second shoulder strap comprises a tubular webbing; and an energy absorbing element integrated with at least one of the first shoulder strap and the second shoulder strap, wherein the energy absorbing element is at least partially encased within the tubular webbing and comprises a tearable webbing material with at least two bound webbing components configured to tear from one another when the first shoulder strap and the second shoulder strap are subjected to a force that exceeds a predetermined threshold during a fall event.
Use of a combination of three specific binding molecules of kidney cancer blood biomarkers in the in vitro diagnosis of kidney cancer, characterized in that the three specific binding molecules are selected from antibodies and aptamers and consist of: (i) a molecule binding specifically to a kidney cancer blood biomarker NNMT (Nicotinamide N-methyltransferase), (ii) a molecule binding specifically to a kidney cancer blood biomarker LCP1 (L-Plastin), and (iii) a molecule binding specifically to a kidney cancer blood biomarker NM23A (Non-metastatic cells 1 protein), wherein in the in vitro diagnosis of kidney cancer a scoring method is used that uses blood concentrations of the kidney cancer blood biomarkers NNMT (Nicotinamide N-methyltransferase), LCP1 (L-Platin) and NM23A (Non-metastatic cells 1 protein), detected by the three specific binding molecules, and wherein, according to the scoring method, individuals are assigned score 1 where the blood concentration of each kidney cancer blood biomarker exceeds a cut-off point (criterion), which is determined as a point where accuracy of a receiver operating characteristic curve of each biomarker is maximum, and score 0 where the blood concentration of each kidney cancer blood biomarker is equal to or less than the cut-off point (criterion), finally assigned a score ranging from 0 at minimum to 3 at maximum as the sum of 3 markers, with respect to a combination of the three biomarkers, wherein a cut-off value is given to score 1, and individuals are classified into kidney cancer patients where the score is higher than score 1 and into normal persons where the score is equal to or less than score 1.
A method for manufacturing a solar cell from a silicon wafer comprising a step of etching the silicon wafer with a gas mixture consisting of 0.1 to 20 vol% F 2, 2.5 to 1000 ppmv HF, optionally a further gas with one or more inert gases being the balance to 100 vol%.
An oil-in-water emulsified composition comprising the following ingredients -: 1-3 wt% of potassium 4-methoxysalicylate POE alkyl ether surfactant as hydrophilic nonionic surfactant N-long chain acyl acidic amino acid mono salt two or more types of higher fatty acids and alkali that constitutes higher fatty acid soap higher alcohol oil component water, characterized by miniaturization of the emulsified particles by means of high pressure emulsification under a pressure of 50 MPa or more down to an emulsified particle range of 0.03-0.15 μm, wherein the viscosity of the oil-in-water emulsified composition is 5-50 mPa·s, as measured by a B type viscosimeter at 60 rpm, 1 min, 30° C. 1-3 wt% of potassium 4-methoxysalicylate POE alkyl ether surfactant as hydrophilic nonionic surfactant N-long chain acyl acidic amino acid mono salt two or more types of higher fatty acids and alkali that constitutes higher fatty acid soap higher alcohol oil component water,
A conveyorized impingement oven, comprising: a first blower having a first blower wheel for circulating temperature controlled gas within said apparatus, said blower wheel having an intake opening; a second blower having a second blower wheel for circulating temperature controlled gas within said apparatus, said blower wheel having an intake opening adjacent said intake opening of said first blower wheel; a motor operably connected to and which rotates a shaft, each of said first blower wheel and said second blower wheel being connected to said shaft for rotation of said blower wheels (300,302) by said shaft; and at least one vane mounted adjacent and spanning said intake opening of said first blower wheel and adjacent and spanning said intake opening of said second blower wheel.
A vertically reciprocating cradle, comprising a mattress for bearing a baby and an elastic support structure for supporting the mattress; wherein the elastic support structure comprises a limiting plate, a middle connector and two elastic frames, and wherein each of the two elastic frames comprises an upper support frame and a lower limiting frame, the upper support frames of the two elastic frames are connected with the middle connector, and a limiting unit is formed on the limiting plate, and the two elastic frames are positioned on the limiting plate, respectively, and the two lower limiting frames are matched with the limiting unit; and wherein a connecting unit is formed at one end of a lower end surface of the mattress and connected with the middle connector, and the other end of the mattress is inclined downwards.
Remote-controlled underwater vehicle for extracting oil from the underside of a closed ice cover, wherein the remote-controlled underwater vehicle has drive means, wherein the remote-controlled underwater vehicle has at least one pump, wherein the pump is designed for extracting fluid, wherein the remote-controlled underwater vehicle has at least one means for localizing oil (20, 22), wherein the remote-controlled underwater vehicle has a means for connection to a parent ship, wherein the connection means has at least one first connection for communication, a second connection for supplying power to the remote-controlled underwater vehicle, and a third connection for conveying extracted fluid to the parent ship, wherein the remote-controlled underwater vehicle has at least one first floatation panel, wherein the remote-controlled underwater vehicle has underwater buoyancy.
A table tool, comprising: a table with a workplane on which a workpiece is placed; a saw blade acting on the workpiece; a motor for driving the saw blade to rotate; a controller for controlling the motor; a first switch for a user to select a working mode from at least two working modes of the table tool; a second switch operable by the user; wherein when the table tool is in a first working mode of the at least two working modes, the controller is configured to adjust a rotational speed of the motor to be a first rotational speed based on an unloading signal of the workpiece; wherein when the table tool is in the first working mode or a second working mode of the at least two working modes, the controller is configured to, when the second switch is in an on state, output a control signal to a driver circuit to drive the motor to rotate; characterized in that when the table tool is in the second working mode, the controller is configured to, when the second switch is in an off state, control the motor to stop. a table with a workplane on which a workpiece is placed; a saw blade acting on the workpiece; a motor for driving the saw blade to rotate; a controller for controlling the motor; a first switch for a user to select a working mode from at least two working modes of the table tool; a second switch operable by the user; wherein when the table tool is in a first working mode of the at least two working modes, the controller is configured to adjust a rotational speed of the motor to be a first rotational speed based on an unloading signal of the workpiece; wherein when the table tool is in the first working mode or a second working mode of the at least two working modes, the controller is configured to, when the second switch is in an on state, output a control signal to a driver circuit to drive the motor to rotate; characterized in that when the table tool is in the second working mode, the controller is configured to, when the second switch is in an off state, control the motor to stop.
Method for data transmission in a voice communication line card (10; 10'), wherein components (20a, 20b, 20c, 20d, 40) of the voice communication line card are coupled to one another by means of an Ethernet link, characterized in that the components (20a, 20b, 20c, 20d, 40) comprise at least one signal processor (20a, 20b, 20c, 20d, 40) for processing voice data, which signal processor has an Ethernet switch (26, 46) having at least two Ethernet interfaces (28, 28', 48, 48') via which the signal processor (20a, 20b, 20c, 20d, 40) is coupled in a daisy-chain arrangement with the further components (20a, 20b, 20c, 20d, 40) of the voice communication line card (10; 10').