mhurhangee/ep-ind-claims huggingface dataset:
A rotation angle sensor for attachment to a shaft for measuring an absolute angle of the shaft within a range of a plurality of resolutions thereof, comprising: a coarse measuring means and a fine measuring means for measuring singular rotation of the shaft, said coarse measuring means being configured to output a coarse signal and said fine measuring means being configured to output a fine signal; and a calculating means for calculating the absolute angle of the shaft based on coarse signal measurement data and fine signal measurement data converted from the coarse signal and the fine signal respectively; wherein said calculating means comprises an abnormal data detecting and eliminating means (39-5a, 39-5b, 39-6a, 39-6b) which detects and eliminates abnormal data deviating from a predetermined range of the measurement data; characterised in that said calculating means comprises a data interpolation processing means (39-7a, 39-7b) for calculating an average value of data immediately before and after the abnormal data is eliminated from the measured data and for interpolating the average value as a substitute for the eliminated abnormal data. a coarse measuring means and a fine measuring means for measuring singular rotation of the shaft, said coarse measuring means being configured to output a coarse signal and said fine measuring means being configured to output a fine signal; and a calculating means for calculating the absolute angle of the shaft based on coarse signal measurement data and fine signal measurement data converted from the coarse signal and the fine signal respectively; wherein said calculating means comprises an abnormal data detecting and eliminating means (39-5a, 39-5b, 39-6a, 39-6b) which detects and eliminates abnormal data deviating from a predetermined range of the measurement data; characterised in that said calculating means comprises a data interpolation processing means (39-7a, 39-7b) for calculating an average value of data immediately before and after the abnormal data is eliminated from the measured data and for interpolating the average value as a substitute for the eliminated abnormal data.
Method for cooling a heated mould (12, 14, 16) of a device for blow-moulding thermoplastic containers, the device comprising: - a mould (12, 14, 16) having an internal face which delimits a moulding cavity and which comprises an external face (20, 28) which surrounds the moulding cavity; - heating means for heating the mould to a determined temperature and which are deactivated when the cooling method is implemented; characterized in that the mould (12, 14, 16) is cooled by circulating a heat-transfer fluid directly in contact with the external face (20, 28) thereof. - a mould (12, 14, 16) having an internal face which delimits a moulding cavity and which comprises an external face (20, 28) which surrounds the moulding cavity; - heating means for heating the mould to a determined temperature and which are deactivated when the cooling method is implemented;
A device for energy generation from variable hydrostatic pressure, which is a piezoelectric reactor of renewable energy under the conditions of variable hydrostatic pressure, where the device consists of the following elements: a hydraulic chamber with liquid, the chamber contains a horizontal "liquid plate" and a vertical "liquid column", which are interconnected; wherein the "liquid plate" is exposed to the variable atmospheric pressure; the "liquid column" is located in a pipe with a closed upper end; one or more one-sided piezoelectric collectors are located on the underside and / or the sides of the "liquid plate", and/or one or more two-sided piezoelectric collectors are located inside the "liquid plate"; all piezoelectric collectors (7, 8) are connected via an electrical network to one or more accumulator devices for storing the generated energy; at the upper end of pipe, in which the "liquid column" is located, there is a certain volume of vacuum. characterized by the fact that the pipe, containing the "liquid column", is flexible and is connected to a motor-driven oscillating mechanism by means of a hinged connection, the oscillating mechanism draws energy from the electric grid and / or from the one or more accumulator devices. a hydraulic chamber with liquid, the chamber contains a horizontal "liquid plate" and a vertical "liquid column", which are interconnected; wherein the "liquid plate" is exposed to the variable atmospheric pressure; the "liquid column" is located in a pipe with a closed upper end; one or more one-sided piezoelectric collectors are located on the underside and / or the sides of the "liquid plate", and/or one or more two-sided piezoelectric collectors are located inside the "liquid plate"; all piezoelectric collectors (7, 8) are connected via an electrical network to one or more accumulator devices for storing the generated energy; at the upper end of pipe, in which the "liquid column" is located, there is a certain volume of vacuum. characterized by the fact that the pipe, containing the "liquid column", is flexible and is connected to a motor-driven oscillating mechanism by means of a hinged connection, the oscillating mechanism draws energy from the electric grid and / or from the one or more accumulator devices.
A computer-implemented method for modifying at least one shader program of one or more shader programs to improve memory performance for data transmitted between the shader programs, the method comprising: identifying a first shader program and a second shader program for analysis based on graphics pipeline state; first determining, including determining whether there are data points output by the first shader program that are not input to the second shader program; second determining, including determining whether identification of data points output by the first shader program but not input to the second shader program cannot be performed at compile time and can be performed at runtime; modifying the first shader program based on the first determining and the second determining to generate a compiled first shader program; and outputting the compiled first shader program for execution in the graphics processing pipeline. identifying a first shader program and a second shader program for analysis based on graphics pipeline state; first determining, including determining whether there are data points output by the first shader program that are not input to the second shader program; second determining, including determining whether identification of data points output by the first shader program but not input to the second shader program cannot be performed at compile time and can be performed at runtime; modifying the first shader program based on the first determining and the second determining to generate a compiled first shader program; and outputting the compiled first shader program for execution in the graphics processing pipeline.
A plasmonic device to enhance optical processes in samples lying on or in the proximity of the surface of the device, wherein the device comprises: - a substrate, - a plasmonic structure (003, 004) comprising: o a full metal layer and o a metal grating in connection with the full metal layer, wherein the metal grating comprises elongated metal stripes and elongated empty spacing or grooves between the stripes, wherein the periodicity of the adjacent elongated metal stripes in the metal grating comprises the sum of the width of one elongated metal stripe and the width of the empty spacing or grooves of two adjacent elongated metal stripes, characterized in that the thickness of the full metal layer is 50 nm - 100 nm and in that the periodicity is selected to resonate with either the molecular vibrational frequency of a substance in the sample or a frequency of laser light or narrow frequency band LED light used to excite optical processes in the sample or both of them. - a substrate, - a plasmonic structure (003, 004) comprising: o a full metal layer and o a metal grating in connection with the full metal layer, wherein the metal grating comprises elongated metal stripes and elongated empty spacing or grooves between the stripes, wherein the periodicity of the adjacent elongated metal stripes in the metal grating comprises the sum of the width of one elongated metal stripe and the width of the empty spacing or grooves of two adjacent elongated metal stripes, o a full metal layer and o a metal grating in connection with the full metal layer, wherein the metal grating comprises elongated metal stripes and elongated empty spacing or grooves between the stripes, wherein the periodicity of the adjacent elongated metal stripes in the metal grating comprises the sum of the width of one elongated metal stripe and the width of the empty spacing or grooves of two adjacent elongated metal stripes,
A unit cell transfer apparatus for arranging and delivering unit cells to a folding device, which is used in a continuous process for manufacturing a stack/folding type electrode assembly having a structure of planar unit cells wound up over a separate film, comprising: a unit cell feeder to introduce unit cells in sequential order; a position checking part that captures an image of a position of the unit cell in the unit cell feeder to acquire an image signal and then transmits the image signal to a control part described below; the control part that confirms aligned conditions of the unit cells on the basis of image signals received by the checking part to control behavior of grippers described below; two or more grippers (410, 420), each of which grips unit cells fed from the cell feeder one unit at a time and then delivers the unit cells to a transfer part described above, after position compensation of the unit cell according to a position compensation signal provided by the control part; and the unit cell transfer part for delivering the unit cells described above to a folding device, characterized in that the unit cell transfer part has a pair of conveyer belts (510, 520) arranged to face each other while rotating in opposite directions, and wherein the unit cell is inserted between the conveyer belts and delivered. a unit cell feeder to introduce unit cells in sequential order; a position checking part that captures an image of a position of the unit cell in the unit cell feeder to acquire an image signal and then transmits the image signal to a control part described below; the control part that confirms aligned conditions of the unit cells on the basis of image signals received by the checking part to control behavior of grippers described below; two or more grippers (410, 420), each of which grips unit cells fed from the cell feeder one unit at a time and then delivers the unit cells to a transfer part described above, after position compensation of the unit cell according to a position compensation signal provided by the control part; and the unit cell transfer part for delivering the unit cells described above to a folding device, characterized in that the unit cell transfer part has a pair of conveyer belts (510, 520) arranged to face each other while rotating in opposite directions, and wherein the unit cell is inserted between the conveyer belts and delivered.
A system for polishing a rotor having a blade comprising: a first shield comprising a first shield disk and a first spar; a second shield comprising a second shield disk and a second spar, wherein the second shield is coupled to the first shield; and characterised by a rotor comprising a blade, wherein the rotor is located between the first shield and the second shield, and by the diameters of the first and second shield disks (412, 422) being substantially equal to the diameter of the rotor disk. a first shield comprising a first shield disk and a first spar; a second shield comprising a second shield disk and a second spar, wherein the second shield is coupled to the first shield; and characterised by a rotor comprising a blade, wherein the rotor is located between the first shield and the second shield, and by the diameters of the first and second shield disks (412, 422) being substantially equal to the diameter of the rotor disk.
Polymer encapsulated particulate material that is 100 microns or less in size, said particulate material being (a) a primary particle or an aggregate thereof, and (b) encapsulated in a substantially uniform and continuous coating of a polymer which has at least in part been formed under the control of a RAFT agent; wherein said polymer coating has a thickness of at least 2 nanometers, and wherein said particulate material is selected from pigments, magnetic materials, waxes, bioactive agents and combinations thereof.
A host system comprising a hardware processor configured to operate: a hypervisor configured to expose a virtual machine comprising a virtualized processor and a virtualized memory, the virtual machine configured to employ the virtualized processor to execute a target process, wherein exposing the virtual machine comprises configuring a data structure to store a current state of the virtualized processor, the data structure comprising an event injection field which, when set to a predetermined value, causes the virtualized processor to generate a page fault; and a memory introspection engine executing outside the virtual machine, wherein the host system is characterized by having the memory introspection engine configured to: determine according to a page table of the virtual machine whether a target page of a virtual memory space of the target process is swapped out of the virtualized memory; and in response, when the target page is swapped out of the virtualized memory, directly inject the page fault into the virtual machine, the page fault causing an operating system of the virtual machine to map the target page to a page of the virtualized memory, wherein directly injecting of the page fault comprises the memory introspection engine writing the predetermined value to the event injection field. a hypervisor configured to expose a virtual machine comprising a virtualized processor and a virtualized memory, the virtual machine configured to employ the virtualized processor to execute a target process, wherein exposing the virtual machine comprises configuring a data structure to store a current state of the virtualized processor, the data structure comprising an event injection field which, when set to a predetermined value, causes the virtualized processor to generate a page fault; and a memory introspection engine executing outside the virtual machine, wherein the host system is characterized by having the memory introspection engine configured to: determine according to a page table of the virtual machine whether a target page of a virtual memory space of the target process is swapped out of the virtualized memory; and in response, when the target page is swapped out of the virtualized memory, directly inject the page fault into the virtual machine, the page fault causing an operating system of the virtual machine to map the target page to a page of the virtualized memory, wherein directly injecting of the page fault comprises the memory introspection engine writing the predetermined value to the event injection field. determine according to a page table of the virtual machine whether a target page of a virtual memory space of the target process is swapped out of the virtualized memory; and in response, when the target page is swapped out of the virtualized memory, directly inject the page fault into the virtual machine, the page fault causing an operating system of the virtual machine to map the target page to a page of the virtualized memory, wherein directly injecting of the page fault comprises the memory introspection engine writing the predetermined value to the event injection field.
An automatic power adjusting headphone assembly comprising electronic components that can be in a powered up or powered down state, comprising: a battery; a headband; at least one ear cup attached to the headband; an electrically conductive switch mechanism, located in the headband, that is activated when the headband is stretched in an outward direction; characterised by: at least one sensor means in at least one ear cup, wherein the sensor means is configured to detect whether the headphones are located on a human head; wherein the headphone is configured to automatically power up when both the switch mechanism is activated and the at least one sensor detects that the headphones are located on a human head; and wherein the headphone is configured to automatically power down when both the switch mechanism is not activated and the at least one sensor does not detect that the headphones are located on a human head. a battery; a headband; at least one ear cup attached to the headband; an electrically conductive switch mechanism, located in the headband, that is activated when the headband is stretched in an outward direction; characterised by: at least one sensor means in at least one ear cup, wherein the sensor means is configured to detect whether the headphones are located on a human head; wherein the headphone is configured to automatically power up when both the switch mechanism is activated and the at least one sensor detects that the headphones are located on a human head; and wherein the headphone is configured to automatically power down when both the switch mechanism is not activated and the at least one sensor does not detect that the headphones are located on a human head. at least one sensor means in at least one ear cup, wherein the sensor means is configured to detect whether the headphones are located on a human head; wherein the headphone is configured to automatically power up when both the switch mechanism is activated and the at least one sensor detects that the headphones are located on a human head; and wherein the headphone is configured to automatically power down when both the switch mechanism is not activated and the at least one sensor does not detect that the headphones are located on a human head. wherein the headphone is configured to automatically power up when both the switch mechanism is activated and the at least one sensor detects that the headphones are located on a human head; and wherein the headphone is configured to automatically power down when both the switch mechanism is not activated and the at least one sensor does not detect that the headphones are located on a human head.
A method for granting access for a device to a private local network with a gateway device, the method comprises: establishing, between the device and a server, a connection over the gateway device, wherein a request for accessing the private local network is transmitted from the device to the server by the gateway device, transmitting a request carrying information on the device requesting the access to the private local network from the server to a master device by the gateway device, receiving, by the gateway device from the master device, another request for preparing a setup of an authentication procedure, generating a pair of authentication keys by the gateway device, providing, by the gateway device, one of the generated authentication keys to the device requesting the access to the private local network, initiating, by the gateway device, the authentication procedure, wherein the one of the generated authentication keys is received from the device, granting access, by the gateway device, to the private local network for the device in response to a successful authentication procedure performed with the authentication keys. establishing, between the device and a server, a connection over the gateway device, wherein a request for accessing the private local network is transmitted from the device to the server by the gateway device, transmitting a request carrying information on the device requesting the access to the private local network from the server to a master device by the gateway device, receiving, by the gateway device from the master device, another request for preparing a setup of an authentication procedure, generating a pair of authentication keys by the gateway device, providing, by the gateway device, one of the generated authentication keys to the device requesting the access to the private local network, initiating, by the gateway device, the authentication procedure, wherein the one of the generated authentication keys is received from the device, granting access, by the gateway device, to the private local network for the device in response to a successful authentication procedure performed with the authentication keys.
A medical instrument comprising a main pipe and a side pipe having a branch flow path branching from a flow path of the main pipe, wherein speed reducing means is provided for reducing a speed, in an axial direction of the main pipe, of a portion of liquid that flows in the flow path of the main pipe, the portion being a portion that flows along a part of an inner circumferential surface of the main pipe, which is located on a side of the main pipe on which the branch flow path is located, characterized in that the speed reducing means has an opening formed in the inner circumferential surface of the main pipe and a step section, which forms a space between the opening and a tip, on the main pipe side, of the branch flow path, and wherein the flow path of the main pipe and the branch flow path of the side pipe communicate with each other by way of the opening. characterized in that the speed reducing means has an opening formed in the inner circumferential surface of the main pipe and a step section, which forms a space between the opening and a tip, on the main pipe side, of the branch flow path, and wherein the flow path of the main pipe and the branch flow path of the side pipe communicate with each other by way of the opening.
A curable composition comprising a polyoxyalkylene polymer containing a reactive silyl group represented by Formula: -SiR 1 a X 3-a wherein R 1 represents a substituted or unsubstituted C1 to C20 hydrocarbon group; X represents a hydroxy group or a hydrolyzable group; a represents 0 or 1; and R 1 s or Xs may be the same as or different from each other, the polyoxyalkylene polymer comprising: a polyoxyalkylene polymer having a reactive silyl group equivalent of 0.15 mmol/g to 1.5 mmol/g and having 1.6 or more reactive silyl groups of Formula on average, and a polyoxyalkylene polymer having a reactive silyl group equivalent of 0.010 to 0.14 mmol/g. a polyoxyalkylene polymer containing a reactive silyl group represented by Formula: -SiR 1 a X 3-a wherein R 1 represents a substituted or unsubstituted C1 to C20 hydrocarbon group; X represents a hydroxy group or a hydrolyzable group; a represents 0 or 1; and R 1 s or Xs may be the same as or different from each other, R 1 represents a substituted or unsubstituted C1 to C20 hydrocarbon group; X represents a hydroxy group or a hydrolyzable group; a represents 0 or 1; and R 1 s or Xs may be the same as or different from each other, the polyoxyalkylene polymer comprising: a polyoxyalkylene polymer having a reactive silyl group equivalent of 0.15 mmol/g to 1.5 mmol/g and having 1.6 or more reactive silyl groups of Formula on average, and a polyoxyalkylene polymer having a reactive silyl group equivalent of 0.010 to 0.14 mmol/g. a polyoxyalkylene polymer having a reactive silyl group equivalent of 0.15 mmol/g to 1.5 mmol/g and having 1.6 or more reactive silyl groups of Formula on average, and a polyoxyalkylene polymer having a reactive silyl group equivalent of 0.010 to 0.14 mmol/g.