mhurhangee/ep-ind-claims huggingface dataset:
A fixed constant velocity universal joint including an outer member on which eight ball grooves extending in an axial direction are formed on an inner spherical surface, an inner member on which eight ball grooves extending in an axial direction are formed on an outer spherical surface, torque transmission balls incorporated between the ball grooves on the outer member and the ball grooves on the inner member that form pairs, and a cage that is interposed between the inner spherical surface of the outer member and the outer spherical surface of the inner member and holds the torque transmission balls characterized in that a) among frontal sections being adjacent to the inner spherical surface on an outer member opening side, presented between adjacent ball grooves formed on the inner spherical surface, and forming a smallest inner diameter of an outer member opening, any one or any two mutually opposing frontal sections are retracted from the smallest inner diameter in an outward radius direction by a distance required to allow insertion of the cage through the one or two frontal sections in a state in which a cage axial line is perpendicular to an outer member axial line, b) a dimensional relationship is set such that the one or two frontal sections of the outer member and an outer border adjacent surface of a ball holding window forming a smallest outer diameter of the cage do not interfere with each other, c) the cage being insertable into the outer member along the outer member axial line in a state in which the cage is tilted by 90 degrees to the outer member a) among frontal sections being adjacent to the inner spherical surface on an outer member opening side, presented between adjacent ball grooves formed on the inner spherical surface, and forming a smallest inner diameter of an outer member opening, any one or any two mutually opposing frontal sections are retracted from the smallest inner diameter in an outward radius direction by a distance required to allow insertion of the cage through the one or two frontal sections in a state in which a cage axial line is perpendicular to an outer member axial line, b) a dimensional relationship is set such that the one or two frontal sections of the outer member and an outer border adjacent surface of a ball holding window forming a smallest outer diameter of the cage do not interfere with each other, c) the cage being insertable into the outer member along the outer member axial line in a state in which the cage is tilted by 90 degrees to the outer member
An electrical overstress protection device comprising: an anode terminal and a cathode terminal; a first silicon controlled rectifier comprising a first PNP bipolar transistor and a first NPN bipolar transistor that are cross-coupled with a base of the first PNP bipolar transistor connected to a collector of the first NPN bipolar transistor and with a base of the first NPN bipolar transistor is connected to a collector of the first PNP bipolar transistor, wherein an emitter of the first NPN bipolar transistor is connected to the cathode terminal; a second NPN bipolar transistor including a base connected to the anode terminal and an emitter connected to an emitter of the first PNP bipolar transistor; and a second PNP bipolar transistor including an emitter connected to an emitter of the second NPN bipolar transistor and a base connected to the base of the first PNP bipolar transistor, wherein two or more paths for current conduction are present during a positive overstress transient that increases a voltage of the anode terminal relative to the cathode terminal, including a first path through the first SCR and a second path through the second NPN bipolar transistor and the second PNP bipolar transistor. an anode terminal and a cathode terminal; a first silicon controlled rectifier comprising a first PNP bipolar transistor and a first NPN bipolar transistor that are cross-coupled with a base of the first PNP bipolar transistor connected to a collector of the first NPN bipolar transistor and with a base of the first NPN bipolar transistor is connected to a collector of the first PNP bipolar transistor, wherein an emitter of the first NPN bipolar transistor is connected to the cathode terminal; a second NPN bipolar transistor including a base connected to the anode terminal and an emitter connected to an emitter of the first PNP bipolar transistor; and a second PNP bipolar transistor including an emitter connected to an emitter of the second NPN bipolar transistor and a base connected to the base of the first PNP bipolar transistor, wherein two or more paths for current conduction are present during a positive overstress transient that increases a voltage of the anode terminal relative to the cathode terminal, including a first path through the first SCR and a second path through the second NPN bipolar transistor and the second PNP bipolar transistor.
Arrangement with a plate or a block or whatever geometry of a component made of concrete, cement-based mineral or steel, which is stabilized with the help of fiber materials, characterized in that an intermediate layer of a stone material is placed between the concrete, cement-based mineral or steel and the fiber material, with a coefficient of thermal expansion oft he stone material, which lies between the coefficient of thermal expansion of the concrete or steel and the coefficient of expansion of the respective fiber being used.
Method for loading a content for an application implemented by a client device, comprising the following steps: • publishing, in accordance with a communication protocol used to transmit said data of the content to the client device, a reception window size defining the size of part of a receive buffer memory that is available for receiving data; • receiving data of the content in the receive buffer memory of the client device; • transferring data of the content received in the receive buffer memory of the client device to a buffer memory of the application; characterized in that at least part of the data of the content of the receive buffer memory of the client device is transferred to the buffer memory of the application without freeing the corresponding part of the receive buffer memory. • publishing, in accordance with a communication protocol used to transmit said data of the content to the client device, a reception window size defining the size of part of a receive buffer memory that is available for receiving data; • receiving data of the content in the receive buffer memory of the client device; • transferring data of the content received in the receive buffer memory of the client device to a buffer memory of the application;
A medical needle cover arrangement comprising: - a syringe having a syringe barrel provided with a needle hub at the forward end thereof; - a medical needle having a sharp tip mounted on the hub to project forwardly therefrom; - a needle shield in the form of a sleeve configured to be fitted directly or indirectly on the syringe in an initial shielding position, wherein the needle shield is configured for sliding movement with respect to the syringe between the initial shielding position and a non-shielding position spaced axially rearwardly with respect to the syringe of the initial shielding position, the needle shield being blocked against forward movement with respect to the syringe when the needle shield is at the initial shielding position; - a soft needle cover overlying the needle, there being a profile on a rearward end face of the needle cover and a complementary or matching profile on the hub to effect a substantially airtight seal therebetween, characterised in that: - the needle shield is configured to engage the needle cover at a location spaced forwardly from the rear end thereof to resist movement of the needle cover forwardly away from the syringe; wherein the needle shield has at its forward end a circular opening within which is located the soft needle cover, the needle cover having a forward portion of the needle cover extending beyond the needle shield and a rearward portion of the needle cover disposed within the needle shield; and the length of the needle cover from that end face of the needle cover to the engagement location with the needle shield, is such that by fitting the needle shield and needle cover to the syringe, the rearward portion of the needle cover is subjected to an axial compression force, thereby ensuring a substantially airtight seal between the resiliently urged end face of the needle cover and the hub of the syringe. - a syringe having a syringe barrel provided with a needle hub at the forward end thereof; - a medical needle having a sharp tip mounted on the hub to project forwardly therefrom; - a needle shield in the form of a sleeve configured to be fitted directly or indirectly on the syringe in an initial shielding position, wherein the needle shield is configured for sliding movement with respect to the syringe between the initial shielding position and a non-shielding position spaced axially rearwardly with respect to the syringe of the initial shielding position, the needle shield being blocked against forward movement with respect to the syringe when the needle shield is at the initial shielding position; - a soft needle cover overlying the needle, there being a profile on a rearward end face of the needle cover and a complementary or matching profile on the hub to effect a substantially airtight seal therebetween, - the needle shield is configured to engage the needle cover at a location spaced forwardly from the rear end thereof to resist movement of the needle cover forwardly away from the syringe;
WC cistern having a wall which forms a water tank, and having an inflow which is routed through the wall and by way of which the water tank is able to be filled, wherein a shut-off valve is arranged in the inflow, said shut-off valve interacting with a shut-off device upon attainment of a shut-off fill level in the water tank, characterized in that an injector is arranged in the water tank in a structural space above the shut-off fill level, in that an outflow-side outlet of the injector is routed out of the water tank, in that the injector is able to be fed from the inflow provided for filling the water tank, and in that the injector is able to be shut off on the inflow side by a valve (25, 36) of the WC cistern.
A method for forming a lens over a light emitting diode die comprising the following steps in the stated order: providing the LED die attached to a support structure; filling a first indentation in a first mold with a liquid first lens material; creating a vacuum seal between the periphery of the support structure and the first mold and pressing the first mold and the support structure together so that the LED die is within the liquid first lens material and the liquid first lens material is under compression; curing the liquid first lens material; and removing the support structure from the first mold so that a first lens formed from the cured first lens material overlies the LED die. providing the LED die attached to a support structure; filling a first indentation in a first mold with a liquid first lens material; creating a vacuum seal between the periphery of the support structure and the first mold and pressing the first mold and the support structure together so that the LED die is within the liquid first lens material and the liquid first lens material is under compression; curing the liquid first lens material; and removing the support structure from the first mold so that a first lens formed from the cured first lens material overlies the LED die.
Application of working materials in steam power plants with a steam generator for generating steam from the working materials, a pump for generating increased pressure in the steam from the working materials, an expansion machine for generating mechanical and/or electrical activity by expanding the equipment from an increased pressure to a decreased pressure level during operation and a condenser for condensing the equipment, whereby the equipment contains a lubricant, characterised in that the equipment selects acetone and lubricant from the polyalphaolefin, polyalkylene glycol, silicone oil, ester or polyethylene glycol groups, and/or mixtures of them containing an amount of between 2% by mass and 20% by mass, preferably between 10% by mass and 20% by mass and most preferably between 15% by mass and 20% by mass.
An image editing apparatus configured to perform ganging of a plurality of content images on a printing plate capable of transferring ink onto an output medium, comprising: a region dividing unit that two-dimensionally divides a predetermined region on the printing plate into a plurality of sub regions; a priority order giving unit that gives an order of priority of disposition to each of the sub regions divided by the region dividing unit in a descending order of relative transfer amounts of the ink onto the output medium; a usage amount estimating unit that estimates respective usage amounts of the ink according to two or more content images out of the plurality of content images; and a disposition determining unit that determines respective disposing positions of the content images according to a disposition rule for sequentially disposing the content images of which the usage amount is estimated to be large by the usage amount estimating unit in the sub regions having high priorities given by the priority order giving unit. a region dividing unit that two-dimensionally divides a predetermined region on the printing plate into a plurality of sub regions; a priority order giving unit that gives an order of priority of disposition to each of the sub regions divided by the region dividing unit in a descending order of relative transfer amounts of the ink onto the output medium; a usage amount estimating unit that estimates respective usage amounts of the ink according to two or more content images out of the plurality of content images; and a disposition determining unit that determines respective disposing positions of the content images according to a disposition rule for sequentially disposing the content images of which the usage amount is estimated to be large by the usage amount estimating unit in the sub regions having high priorities given by the priority order giving unit.
Root-crop conveyor for cleaning and/or separating root crops, in particular in the form of potatoes, comprising at least two adjacent roller groups, which have at least two rollers, which each rotate about an axis of rotation and of which the axes of rotation form a roller-group plane, and comprising an adjusting device, which is provided with at least one adjusting means, wherein at least the rollers of at least one roller group are mounted, on one side, in at least one side part (12, 14), which interacts with the adjusting means, such that actuation of the adjusting means can give rise to movement of the at least one roller-group plane relative to a frame in which the root-crop conveyor can be arranged, wherein the adjusting device is designed in order to pivot the roller-group plane in particular in relation to an axis of rotation of a roller of an adjacent roller group, characterized in that the rollers of a roller group are connected to one another via a scissors mechanism.
A method of operating a system at an operation site, the operation site comprising a surface; wherein the operation site is a wind turbine with a wind turbine blade, and the surface is a surface of the wind turbine blade; wherein the system comprises - an unmanned robot, wherein the robot comprises a base and an arm extending from the base, the arm comprising a remote end configured for movement of the remote end relatively to the base; - a dispenser tool attached to the remote end of the arm and configured for dispensing viscous material on the surface; wherein the dispenser tool holds multiple cartridges containing viscous material, each cartridge comprising a respective nozzle; wherein method comprises - locating the robot at the surface; - selecting one of the multiple cartridges in the dispenser tool for dispensing viscous material from the selected cartridge, - bringing the nozzle of the selected cartridge into the vicinity of the surface by the arm and orienting the dispenser tool relatively to the surface such that the nozzle of the corresponding selected cartridge is at the surface; activating the dispenser tool and providing viscous material onto the surface only from the selected cartridge while moving the nozzle of the selected cartridge along the surface. - an unmanned robot, wherein the robot comprises a base and an arm extending from the base, the arm comprising a remote end configured for movement of the remote end relatively to the base; - a dispenser tool attached to the remote end of the arm and configured for dispensing viscous material on the surface; wherein the dispenser tool holds multiple cartridges containing viscous material, each cartridge comprising a respective nozzle; - locating the robot at the surface; - selecting one of the multiple cartridges in the dispenser tool for dispensing viscous material from the selected cartridge, - bringing the nozzle of the selected cartridge into the vicinity of the surface by the arm and orienting the dispenser tool relatively to the surface such that the nozzle of the corresponding selected cartridge is at the surface; activating the dispenser tool and providing viscous material onto the surface only from the selected cartridge while moving the nozzle of the selected cartridge along the surface.
A method of producing a three-dimensionally shaped object by selective laser sintering, the method comprising: a step of equipping an additive manufacturing apparatus with a plate; a step of forming a sintered support portion by depositing raw material powder on the plate and radiating light; a step of forming a three-dimensionally shaped object by depositing raw material powder on the support portion and radiating light; and a step of separating the three-dimensionally shaped object from the support portion, wherein, in the step of forming the support portion, a low-density support portion and a high-density support portion are formed, the low-density support portion having a lower density than a three-dimensionally shaped portion formed in the step of forming the three-dimensionally shaped object, the high-density support portion having a higher density than the low-density support portion; characterized in that the low-density support portion is formed in contact with the most part of a bottom surface of the three-dimensionally shaped portion. a step of equipping an additive manufacturing apparatus with a plate; a step of forming a sintered support portion by depositing raw material powder on the plate and radiating light; a step of forming a three-dimensionally shaped object by depositing raw material powder on the support portion and radiating light; and a step of separating the three-dimensionally shaped object from the support portion, wherein, in the step of forming the support portion, a low-density support portion and a high-density support portion are formed, the low-density support portion having a lower density than a three-dimensionally shaped portion formed in the step of forming the three-dimensionally shaped object, the high-density support portion having a higher density than the low-density support portion; characterized in that the low-density support portion is formed in contact with the most part of a bottom surface of the three-dimensionally shaped portion.
Method for allocating and for checking a unique code of acoustic identification of a timepiece, which includes a mechanical movement provided with at least one passive indicator element, which is a strip or blade or a plate fixed to a fixed support portion of a regulating member of the mechanical movement, and which is configured to vibrate according to one or more clearly defined vibration frequency components defining the unique code of identification following the vibration of the mechanical movement, characterized in that the method includes the steps of: - starting to operate the mechanical movement to induce shocks in the escapement wheel sets, - generating a vibration of the passive indicator element via the vibration of the mechanical movement to define an acoustic signature according to the vibration frequency components specific to the timepiece, and - checking the identification code of the timepiece by an acoustic measurement of vibration frequencies of the passive indicator element. - starting to operate the mechanical movement to induce shocks in the escapement wheel sets, - generating a vibration of the passive indicator element via the vibration of the mechanical movement to define an acoustic signature according to the vibration frequency components specific to the timepiece, and - checking the identification code of the timepiece by an acoustic measurement of vibration frequencies of the passive indicator element.
A product comprising: a flexible web having a surface that includes a texture having first, cured, micro- or nanoscale predetermined three-dimensional features and second, post-embossed, macro-scale three-dimensional features, the micro- or nanoscale features and macro-scale features being disposed on the same area of the web with the second, macro-scale three-dimensional features being superimposed over the first micro- or nanoscale predetermined three-dimensional features.
A method, comprising: receiving, by a first device deployed within an enterprise network and from a second device deployed outside the enterprise network, via a restricted access-controlled network path between the first device and the second device, a rule identifying a computing system condition and a criterion referencing the computing system condition; monitoring, by the first device, the computing system condition; determining, by the first device and based on the monitoring, that the criterion is met; installing or removing software at a network component of a plurality of network components of the enterprise network based on the determining, wherein the first device is communicatively coupled to the network component via the enterprise network; and providing, by the first device to the second device, via the restricted access-controlled network path, an indication of the installation or removal. receiving, by a first device deployed within an enterprise network and from a second device deployed outside the enterprise network, via a restricted access-controlled network path between the first device and the second device, a rule identifying a computing system condition and a criterion referencing the computing system condition; monitoring, by the first device, the computing system condition; determining, by the first device and based on the monitoring, that the criterion is met; installing or removing software at a network component of a plurality of network components of the enterprise network based on the determining, wherein the first device is communicatively coupled to the network component via the enterprise network; and providing, by the first device to the second device, via the restricted access-controlled network path, an indication of the installation or removal.