mhurhangee/ep-ind-claims huggingface dataset:
A curing station for curing a tread strip, comprising: a flat curing mold; a gripper which grips a portion of the cured tread strip inside the curing mold; an actuating device which, at the end of the curing process, moves the gripper to gradually extract the cured tread strip from the curing mold; and a guide device which, as the cured tread strip is extracted, is positioned over the curing mold, and comprises a main roller, about which the extracted part of the cured tread strip winds; the curing station being characterized in that the guide device comprises a secondary roller smaller in diameter than, and positioned parallel to and alongside, the main roller. a flat curing mold; a gripper which grips a portion of the cured tread strip inside the curing mold; an actuating device which, at the end of the curing process, moves the gripper to gradually extract the cured tread strip from the curing mold; and a guide device which, as the cured tread strip is extracted, is positioned over the curing mold, and comprises a main roller, about which the extracted part of the cured tread strip winds; the curing station being characterized in that the guide device comprises a secondary roller smaller in diameter than, and positioned parallel to and alongside, the main roller.
An apparatus, comprising: a feed source and a lens, wherein the lens covers the feed source, and an inner surface and/or an outer surface of the lens are/is curved surfaces/a curved surface, and wherein a body of the lens comprises a doping medium representing an impurity doped in a material of the lens, wherein the feed source is configured to provide a first beam; and the lens is configured to adjust the first beam to obtain the second beam such that a beam sweeping angle of the second beam is greater than a beam sweeping angle of the first beam, and a gain of the second beam is different from a gain of the first beam; and wherein doping densities of the doping medium at different positions of the lens are different, and wherein doping densities of the doping medium decrease with the increase in the zenith angle of the lens, the zenith angle being calculated from the normal line of the plane on which the feed source is located. a feed source and a lens, wherein the lens covers the feed source, and an inner surface and/or an outer surface of the lens are/is curved surfaces/a curved surface, and wherein a body of the lens comprises a doping medium representing an impurity doped in a material of the lens, wherein the feed source is configured to provide a first beam; and the lens is configured to adjust the first beam to obtain the second beam such that a beam sweeping angle of the second beam is greater than a beam sweeping angle of the first beam, and a gain of the second beam is different from a gain of the first beam; and wherein doping densities of the doping medium at different positions of the lens are different, and wherein doping densities of the doping medium decrease with the increase in the zenith angle of the lens, the zenith angle being calculated from the normal line of the plane on which the feed source is located.
A method comprising: shifting, by a shifter of a low-power key adjust circuit, an original key by a number of steps to shift to create a shifted key; providing, from the low-power key adjust circuit, a first key based on the shifted key to a scrambler of a high-power key adjust circuit; scrambling, at the scrambler of the high-power key adjust circuit, the first key to create a second key that is scrambled; and outputting, at the high-power key adjust circuit, either the first key or the second key from the high-power key adjust circuit based on a select field in a configuration register, wherein the low-power key adjust circuit and the high-power key adjust circuit are powered by different power sources. shifting, by a shifter of a low-power key adjust circuit, an original key by a number of steps to shift to create a shifted key; providing, from the low-power key adjust circuit, a first key based on the shifted key to a scrambler of a high-power key adjust circuit; scrambling, at the scrambler of the high-power key adjust circuit, the first key to create a second key that is scrambled; and outputting, at the high-power key adjust circuit, either the first key or the second key from the high-power key adjust circuit based on a select field in a configuration register, wherein the low-power key adjust circuit and the high-power key adjust circuit are powered by different power sources.
System for testing the correct sequence and transmission of balise and/or loop telegrams (16, 18), which are provided for an on-board unit provided for control of a vehicle, in particular as part of rail-bound traffic according to ETCS, comprising: a) a control unit with a telegram storage unit for storing the series of balise telegrams provided for a train journey along a route section or for storing series of telegram codes representing said balise telegrams; b) a programmable signal generator, which edits the balise telegrams for emission by a balise, wherein the signal generator has at least one telegram generator instance (30a to 30e), the output signal of which can be connected through to the balise in a multiplexable manner as a balise telegram and converts the telegram code into the corresponding balise telegram beforehand where appropriate; c) a balise provided for emission of the connectedthrough balise telegrams; d) a first antenna loop for receiving the balise telegram emitted by the balise; e) a second antenna loop for emitting the balise telegram received by the first antenna loop, wherein a controllable RF element is connected between the first and the second antenna loop (34, 36) for the controllable activation of the transmission of the balise telegram to the second antenna loop; f) a vehicle antenna that can be associated with the onboard unit for detecting the balise telegrams emitted by the second antenna loop; and g) an analysis unit, which compares the series of balise telegrams received by the vehicle antenna with the provided series of balise telegrams. a) a control unit with a telegram storage unit for storing the series of balise telegrams provided for a train journey along a route section or for storing series of telegram codes representing said balise telegrams; b) a programmable signal generator, which edits the balise telegrams for emission by a balise, wherein the signal generator has at least one telegram generator instance (30a to 30e), the output signal of which can be connected through to the balise in a multiplexable manner as a balise telegram and converts the telegram code into the corresponding balise telegram beforehand where appropriate; c) a balise provided for emission of the connectedthrough balise telegrams; d) a first antenna loop for receiving the balise telegram emitted by the balise; e) a second antenna loop for emitting the balise telegram received by the first antenna loop, wherein a controllable RF element is connected between the first and the second antenna loop (34, 36) for the controllable activation of the transmission of the balise telegram to the second antenna loop; f) a vehicle antenna that can be associated with the onboard unit for detecting the balise telegrams emitted by the second antenna loop; and g) an analysis unit, which compares the series of balise telegrams received by the vehicle antenna with the provided series of balise telegrams.
Basic body for cleaning or disinfecting an article, in particular a medical device, for example a medical or dental instrument or a dental impression, having a plurality of nozzles for dispensing a cleaning medium, wherein the basic body is constructed in layers from a plurality of plates (26, 38, 40, 42) arranged one after another, comprising: a. a cover plate which is connectable to a feed line for a cleaning medium, b. a distributor plate which is fluidically connected downstream of the cover plate and which is provided with feed lines for distributing the cleaning medium to the nozzles, c. a nozzle plate which is provided with the nozzles, wherein the nozzles are fluidically connected to the feed lines of the distributor plate and are open towards one side of the nozzle plate, and d. a terminating cover plate, characterized in that the cover plate and the nozzle plate each have a central through-aperture which has a shape corresponding to the peripheral contour of the article to be cleaned, wherein the nozzles are arranged one after another in a row around the inner periphery of the nozzle plate and are open towards the through-aperture. a. a cover plate which is connectable to a feed line for a cleaning medium, b. a distributor plate which is fluidically connected downstream of the cover plate and which is provided with feed lines for distributing the cleaning medium to the nozzles, c. a nozzle plate which is provided with the nozzles, wherein the nozzles are fluidically connected to the feed lines of the distributor plate and are open towards one side of the nozzle plate, and d. a terminating cover plate,
A life support litter comprising: a bed assembly comprising a mattress connected to a mattress frame; a chassis assembly connected to and supporting the mattress frame, the chassis assembly comprising a first upper horizontal tube connected to a first lower horizontal tube by a first plurality of vertical chassis supports and a second upper horizontal tube connected to a second lower horizontal tube by a second plurality of vertical chassis supports, wherein the first upper and lower horizontal tubes (31, 32) are connected to the second upper and lower horizontal tubes (33, 34) by a plurality of crossbars; characterised in that the life support litter further comprises a plurality of vibration dampeners disposed at a plurality of mattress frame connections between the chassis assembly and the mattress frame, wherein the plurality of vibration dampeners are operable to reduce vibrations of a plurality of frequencies; and in that the life support litter further comprises a first standardized mounting track disposed between the first upper horizontal tube and the first lower horizontal tube and a second standardized mounting track disposed between the second upper horizontal tube and the second lower horizontal tube, the first and second standardized mounting tracks being operable to engage standardized mounting pins used to mount medical equipment. a bed assembly comprising a mattress connected to a mattress frame; a chassis assembly connected to and supporting the mattress frame, the chassis assembly comprising a first upper horizontal tube connected to a first lower horizontal tube by a first plurality of vertical chassis supports and a second upper horizontal tube connected to a second lower horizontal tube by a second plurality of vertical chassis supports, wherein the first upper and lower horizontal tubes (31, 32) are connected to the second upper and lower horizontal tubes (33, 34) by a plurality of crossbars; characterised in that the life support litter further comprises a plurality of vibration dampeners disposed at a plurality of mattress frame connections between the chassis assembly and the mattress frame, wherein the plurality of vibration dampeners are operable to reduce vibrations of a plurality of frequencies; and in that the life support litter further comprises a first standardized mounting track disposed between the first upper horizontal tube and the first lower horizontal tube and a second standardized mounting track disposed between the second upper horizontal tube and the second lower horizontal tube, the first and second standardized mounting tracks being operable to engage standardized mounting pins used to mount medical equipment.
A heat exchanger comprising: a heat transfer pipe for guiding a refrigerant; and a plurality of fins which respectively have a through-hole through which the heat transfer pipe passes and are disposed spaced apart from each other to allow air to pass in a first direction, wherein the fin comprises: a corrugated form portion having an inclination with the first direction which is an air flow direction; a sheet portion comprising a surface parallel to the first direction around the through hole; and a connecting portion connecting the corrugated form portion and the sheet portion, wherein the sheet portion has a first length in the first direction which is an air flow direction, and has a second length longer than the first length in a second direction perpendicular to the air flow direction, wherein the connecting portion has an inclination with respect to a third direction orthogonal to the first direction and the second dire ction, and characterised in that the connection portion is formed to surround the seat portion. a heat transfer pipe for guiding a refrigerant; and a plurality of fins which respectively have a through-hole through which the heat transfer pipe passes and are disposed spaced apart from each other to allow air to pass in a first direction, wherein the fin comprises: a corrugated form portion having an inclination with the first direction which is an air flow direction; a sheet portion comprising a surface parallel to the first direction around the through hole; and a connecting portion connecting the corrugated form portion and the sheet portion, wherein the sheet portion has a first length in the first direction which is an air flow direction, and has a second length longer than the first length in a second direction perpendicular to the air flow direction, wherein the connecting portion has an inclination with respect to a third direction orthogonal to the first direction and the second dire ction, and characterised in that the connection portion is formed to surround the seat portion. a corrugated form portion having an inclination with the first direction which is an air flow direction; a sheet portion comprising a surface parallel to the first direction around the through hole; and a connecting portion connecting the corrugated form portion and the sheet portion, wherein the sheet portion has a first length in the first direction which is an air flow direction, and has a second length longer than the first length in a second direction perpendicular to the air flow direction, wherein the connecting portion has an inclination with respect to a third direction orthogonal to the first direction and the second dire ction, and characterised in that the connection portion is formed to surround the seat portion.
A method for cleaning a semiconductor wafer, including: supplying a semiconductor wafer whose surface has an oxide film formed thereon with a cleaning solution capable of removing the oxide film; and cleaning, while rotating, the semiconductor wafer to remove the oxide film formed on the surface of the semiconductor wafer, wherein the oxide film is removed such that a rotational speed of the semiconductor wafer is 300 rpm or more before the contact angle between the semiconductor wafer and pure water exceeds 5°, and then the rotational speed of the semiconductor wafer is changed to 100 rpm or less to completely remove the oxide film, wherein the semiconductor wafer is a silicon wafer, and the cleaning solution capable of removing the oxide film is hydrofluoric acid. supplying a semiconductor wafer whose surface has an oxide film formed thereon with a cleaning solution capable of removing the oxide film; and cleaning, while rotating, the semiconductor wafer to remove the oxide film formed on the surface of the semiconductor wafer, wherein the oxide film is removed such that a rotational speed of the semiconductor wafer is 300 rpm or more before the contact angle between the semiconductor wafer and pure water exceeds 5°, and then the rotational speed of the semiconductor wafer is changed to 100 rpm or less to completely remove the oxide film, wherein the semiconductor wafer is a silicon wafer, and the cleaning solution capable of removing the oxide film is hydrofluoric acid.
A toolpath evaluation method evaluating a toolpath when a rotary tool moves relative to a workpiece while processing the workpiece, the toolpath evaluation method comprising: a calculation step of using a predetermined target toolpath and a shape of the workpiece before processing by the target toolpath as a basis to calculate a size of a contact area predicted to actually be in contact with the workpiece during processing by the target toolpath; and a judging step of judging that the target toolpath is unsuitable when the size of the contact area exceeds a predetermined threshold value; wherein: the calculated contact area is on a bottom surface portion of the rotary tool intersecting a rotational axis of the tool, and in that the bottom surface portion of the rotary tool is in the form of a flat shaped end face or is in the form of a curved end face included within a virtual cone having a vertex on the rotational axis of the rotary tool. a calculation step of using a predetermined target toolpath and a shape of the workpiece before processing by the target toolpath as a basis to calculate a size of a contact area predicted to actually be in contact with the workpiece during processing by the target toolpath; and a judging step of judging that the target toolpath is unsuitable when the size of the contact area exceeds a predetermined threshold value; wherein: the calculated contact area is on a bottom surface portion of the rotary tool intersecting a rotational axis of the tool, and in that the bottom surface portion of the rotary tool is in the form of a flat shaped end face or is in the form of a curved end face included within a virtual cone having a vertex on the rotational axis of the rotary tool.
An apparatus for manufacturing an aircraft structure comprising: a motion platform configured to be positioned above a work surface of a structure to perform an operation on the work surface, wherein the motion platform is a hexapod; an overhead support system configured to carry the motion platform across a floor of a manufacturing environment from a first location to a second location; and an end effector on the hexapod, wherein the end effector is configured to simultaneously hold a plurality of tools and perform the operation using the plurality of tools. a motion platform configured to be positioned above a work surface of a structure to perform an operation on the work surface, wherein the motion platform is a hexapod; an overhead support system configured to carry the motion platform across a floor of a manufacturing environment from a first location to a second location; and an end effector on the hexapod, wherein the end effector is configured to simultaneously hold a plurality of tools and perform the operation using the plurality of tools.
A drug delivery device comprising: a capsule, a drug reservoir in the capsule for containing a drug, an entry point in fluid communication with the drug reservoir and through which the drug can exit the drug reservoir, at least one dispensing hole in fluid communication with the drug reservoir and through which the drug can exit the capsule, an actuator system for pushing the drug from the drug reservoir into the entry point and through the dispensing hole, at least one exit path for coupling the entry point with the dispensing hole, characterized in that the exit path being configured such that for any possible orientation of the drug delivery device a part of the exit path is arranged such that gravity causes drug contained in the exit path to travel in a direction away from the dispensing hole, toward the entry point, or gravity causes drug in the drug reservoir to move away from the entry point. a capsule, a drug reservoir in the capsule for containing a drug, an entry point in fluid communication with the drug reservoir and through which the drug can exit the drug reservoir, at least one dispensing hole in fluid communication with the drug reservoir and through which the drug can exit the capsule, an actuator system for pushing the drug from the drug reservoir into the entry point and through the dispensing hole, at least one exit path for coupling the entry point with the dispensing hole, characterized in that the exit path being configured such that for any possible orientation of the drug delivery device a part of the exit path is arranged such that gravity causes drug contained in the exit path to travel in a direction away from the dispensing hole, toward the entry point, or gravity causes drug in the drug reservoir to move away from the entry point.
Method for controlling pests and/or fungi in a wooden construction, characterized by the steps of: - arranging a number of supply channels with a diameter of a maximum of 6 mm at a centre-to-centre distance of at least about 5 cm in the wooden construction; - connecting the supply channels to a liquid reservoir using a supply system; and - supplying a liquid control agent to the supply channel either at an injection pressure between 0-3 bar or by means of the gravitational force at an injection pressure of 0 bar, and; - continuously supplying the liquid control agent at the injection pressure for a time interval of more than one day, and injecting the liquid control agent into the wooden construction for the purpose of providing a prolonged saturation. - arranging a number of supply channels with a diameter of a maximum of 6 mm at a centre-to-centre distance of at least about 5 cm in the wooden construction; - connecting the supply channels to a liquid reservoir using a supply system; and - supplying a liquid control agent to the supply channel either at an injection pressure between 0-3 bar or by means of the gravitational force at an injection pressure of 0 bar, and; - continuously supplying the liquid control agent at the injection pressure for a time interval of more than one day, and injecting the liquid control agent into the wooden construction for the purpose of providing a prolonged saturation.
Communications terminal (TERM1) including a module (COLL) for collecting information, which module includes: - means for automatically obtaining at least one item of information (I_GSM, I_ALERT, I_LOC) representative of a usage of at least one first application (M_GSM, M_ALERT, M_MSG, M_LOC) by said terminal (TERM1); and - means for automatically communicating said at least one item of usage information to a presence server that can be accessed by a second terminal (TERM2) in order to determine a presence status associated with at least one second application (M_VOIP, M_JEU) that can be used by said terminal (TERM1) which includes said collection module (COLL), with said second application and said first application not communicating with one another, said collection module (COLL) being integrated into an operating system of said terminal (TERM1), said collection module (COLL) offering an entry point to said at least one second application (M_JEU, M_VOIP). - means for automatically obtaining at least one item of information (I_GSM, I_ALERT, I_LOC) representative of a usage of at least one first application (M_GSM, M_ALERT, M_MSG, M_LOC) by said terminal (TERM1); and - means for automatically communicating said at least one item of usage information to a presence server that can be accessed by a second terminal (TERM2) in order to determine a presence status associated with at least one second application (M_VOIP, M_JEU) that can be used by said terminal (TERM1) which includes said collection module (COLL), with said second application and said first application not communicating with one another, said collection module (COLL) being integrated into an operating system of said terminal (TERM1), said collection module (COLL) offering an entry point to said at least one second application (M_JEU, M_VOIP).