mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an information processing system (100, 200) which includes an image pickup apparatus operatively connected to a microscope which has a stage configured to support an observation target object, the stage being in a first position and a memory device having a buffer which has a free capacity to store data, the method comprising: determining whether the stage moves or not; determining whether the image pickup apparatus is in a standby state or not; determining whether the free capacity of the buffer is larger than a predetermined capacity to store data; if the stage does not move, the image pickup apparatus is in a standby state, and the free capacity of the buffer is larger than a predetermined capacity to store data: causing the image pickup apparatus to capture an image of the observation target by transferring image data to a memory of the image pickup apparatus, thereafter causing the stage to move from the first position to a second, different position and causing transfer of the image data from the memory to the buffer for image processing, while the stage is moving; wherein the above steps are continuously repeated; and if it is determined that the free capacity of the buffer is smaller than the predetermined capacity to store data, causing the image pickup apparatus to suspend capturing of images until the free capacity of the buffer becomes again larger than the predetermined capacity to store data by releasing image data from the buffer. determining whether the stage moves or not; determining whether the image pickup apparatus is in a standby state or not; determining whether the free capacity of the buffer is larger than a predetermined capacity to store data; if the stage does not move, the image pickup apparatus is in a standby state, and the free capacity of the buffer is larger than a predetermined capacity to store data: causing the image pickup apparatus to capture an image of the observation target by transferring image data to a memory of the image pickup apparatus, thereafter causing the stage to move from the first position to a second, different position and causing transfer of the image data from the memory to the buffer for image processing, while the stage is moving; wherein causing the image pickup apparatus to capture an image of the observation target by transferring image data to a memory of the image pickup apparatus, thereafter causing the stage to move from the first position to a second, different position and causing transfer of the image data from the memory to the buffer for image processing, while the stage is moving; wherein the above steps are continuously repeated; and if it is determined that the free capacity of the buffer is smaller than the predetermined capacity to store data, causing the image pickup apparatus to suspend capturing of images until the free capacity of the buffer becomes again larger than the predetermined capacity to store data by releasing image data from the buffer.
A solar cell sealing film consisting of a composition comprising ethylene-polar monomer copolymer and a cross-linker, wherein the composition further contains silane-coupling agent A and silane-coupling agent B, the silane-coupling A having three alkoxysilyl groups in its molecule, and the silane-coupling agent B having one alkoxysilyl group in its molecule.
A mooring buoy comprising a buoyant body, an attachment point for attaching the buoy to a marine vessel, a controller, an RF communication device for receiving a vessel ID identifying the marine vessel, wherein the buoyant body comprises an upper body portion and a lower body portion, wherein the lower body portion is arranged to be at least partially submerged in use, the mooring buoy being characterised in that it further comprises a movement sensor arranged to detect the orientation of the mooring buoy, and in that the attachment point is attached to the lower body portion for mooring the marine vessel to the attachment point, wherein a location of the attachment point on the mooring buoy causes the body of the mooring buoy to tilt in the water upon the marine vessel being moored to the attachment point, and wherein the controller is arranged to determine when the marine vessel is moored to the mooring buoy based on the received vessel ID and the output of the movement sensor.
A method of generating a Positioning Reference Signal, PRS, sequence for a system comprising a plurality of physical transmitting antenna elements serving a single cell, the method comprising: assigning a distinct Physical Antenna Port, PAP, identifier, ID, to each of the plurality of physical transmitting antenna elements; and generating PRS sequences for a subset of the plurality of physical transmitting antenna elements, wherein each PRS sequence corresponds to a physical transmitting antenna element in the subset of the plurality of physical transmitting antenna elements, and a function f(PAPh) is added to a seed for a length-31 Gold sequence used to generate a PRS sequence for a corresponding physical transmitting antenna element, the function f(PAPh) being based on the PAP ID (h) of the corresponding physical transmitting antenna element, where PAPh corresponds to physical antenna port h, for 0≦h≦η pap, and η pap is the number of physical antenna ports serving the single cell. assigning a distinct Physical Antenna Port, PAP, identifier, ID, to each of the plurality of physical transmitting antenna elements; and generating PRS sequences for a subset of the plurality of physical transmitting antenna elements, wherein each PRS sequence corresponds to a physical transmitting antenna element in the subset of the plurality of physical transmitting antenna elements, and a function f(PAPh) is added to a seed for a length-31 Gold sequence used to generate a PRS sequence for a corresponding physical transmitting antenna element, the function f(PAPh) being based on the PAP ID (h) of the corresponding physical transmitting antenna element, where PAPh corresponds to physical antenna port h, for 0≦h≦η pap, and η pap is the number of physical antenna ports serving the single cell.
A system for supporting homogenous fabric attributes to reduce subnet administrator, SA, access in a high performance computing environment, comprising: one or more microprocessors; a first subnet, the first subnet comprising a plurality of switches, the plurality of switches comprising at least a leaf switch, wherein each of the plurality of switches comprise at least one switch port of a plurality of switch ports, a plurality of host channel adapters, wherein each of the host channel adapters comprise at least one host channel adapter port of a plurality of host channel adapter ports, and wherein the plurality of host channel adapters are interconnected via the plurality of switches, and a subnet manager, the subnet manager running on one of the plurality of switches and the plurality of host channel adapters; wherein the subnet manager is configured to determine that a set of the plurality of host channel adapter ports and a set of the plurality of switches support a same set of capabilities; and wherein upon the subnet manager determining that the plurality of hosts and the plurality of switches support a same set of capabilities, the subnet manager is configured to use one or more subnet management packets to configure a subnet management agent, SMA, flag, the flag indicating that a condition can be set for a set of the plurality of host channel adapter ports. one or more microprocessors; a first subnet, the first subnet comprising a plurality of switches, the plurality of switches comprising at least a leaf switch, wherein each of the plurality of switches comprise at least one switch port of a plurality of switch ports, a plurality of host channel adapters, wherein each of the host channel adapters comprise at least one host channel adapter port of a plurality of host channel adapter ports, and wherein the plurality of host channel adapters are interconnected via the plurality of switches, and a subnet manager, the subnet manager running on one of the plurality of switches and the plurality of host channel adapters; wherein the subnet manager is configured to determine that a set of the plurality of host channel adapter ports and a set of the plurality of switches support a same set of capabilities; and wherein upon the subnet manager determining that the plurality of hosts and the plurality of switches support a same set of capabilities, the subnet manager is configured to use one or more subnet management packets to configure a subnet management agent, SMA, flag, the flag indicating that a condition can be set for a set of the plurality of host channel adapter ports.
A device for the production and transfer of heating and cooling power, comprising at least one first capacitor with a dielectric of electrocaloric material and an electrical resonant circuit having at least one first inductor connected to said at least one first capacitor, wherein said resonant circuit comprises a variable electrical power supply section to power said resonant circuit with a working frequency corresponding to the resonance frequency of the circuit, wherein the electrical power supply section to power said resonant circuit comprises a constant voltage source and at least one pulse source with a predetermined duty cycle for modulating said constant voltage.
Operating device having an operating lever for controlling a vehicle, in particular for controlling a locomotive or a traction vehicle, wherein the operating device has a control device which allows a position-dependent operating mode (BA=0) and a time-dependent operating mode (BA=1) of the operating device, characterised in that - a selection device that allows the operator to select the position-dependent operating mode or the time-dependent operating mode of the operating device is connected to the control device, and - as a function of the selected operating mode and the respective position of the operating lever, the control device is suitable for generating a control signal on the output side, which specifies the respective operating command of the operating lever. - a selection device that allows the operator to select the position-dependent operating mode or the time-dependent operating mode of the operating device is connected to the control device, and - as a function of the selected operating mode and the respective position of the operating lever, the control device is suitable for generating a control signal on the output side, which specifies the respective operating command of the operating lever.
A semiconductor component (1, 20, 30) having a semiconductor substrate comprising silicon carbide and having separate electrodes (4, 5) applied thereto, said electrodes each comprising at least one monolayer of epitaxial graphene on silicon carbide, in such a way that a current channel is formed between the electrodes (4, 5) through the semiconductor substrate.
A rationality diagnostic device for diagnosing the rationality of an alcohol concentration sensor that measures the alcohol concentration of fuel used in an internal combustion engine, the rationality diagnostic device comprising: a capacitance-type remaining fuel amount sensor configured to determine an output value in accordance with the amount of fuel remaining in a fuel tank and the alcohol concentration of the fuel; sensor output correction means for correcting the output value of the remaining fuel amount sensor in accordance with the output value of the alcohol concentration sensor; and rationality judgment means configured to verify the accuracy of the corrected output value of the remaining fuel amount sensor to judge whether the rationality of the alcohol concentration sensor is maintained. a capacitance-type remaining fuel amount sensor configured to determine an output value in accordance with the amount of fuel remaining in a fuel tank and the alcohol concentration of the fuel; sensor output correction means for correcting the output value of the remaining fuel amount sensor in accordance with the output value of the alcohol concentration sensor; and rationality judgment means configured to verify the accuracy of the corrected output value of the remaining fuel amount sensor to judge whether the rationality of the alcohol concentration sensor is maintained.
A speaker dome comprising: a dome body formed of a material of high stiffness with a Young's modulus greater than 50 GPa and having respective inner and outer surfaces; and a coating on at least one side of the dome body, wherein the coating comprises an optically refractive layer which is semi-transparent and which forms one or more colours via interference of reflected light from front and rear surfaces of the layer, wherein the dome body is formed of polycrystalline diamond material, and characterized in that the optically refractive layer consists of a metal compound. a dome body formed of a material of high stiffness with a Young's modulus greater than 50 GPa and having respective inner and outer surfaces; and a coating on at least one side of the dome body, wherein the coating comprises an optically refractive layer which is semi-transparent and which forms one or more colours via interference of reflected light from front and rear surfaces of the layer, wherein the dome body is formed of polycrystalline diamond material, and characterized in that the optically refractive layer consists of a metal compound.
A calibrating bar having a neutral plane, for calibrating a multi-roll leveller for metal strips, said calibrating bar - having a thickness from 1.0 mm to 2.0 mm and a yield strength from 1000 MPa to 2000 MPa, - comprising - a first groove on a first face wherein a first optical fibre is embedded by means of an adhesive, - a second groove on a second face, being opposite to said first face, wherein a second optical fibre is embedded by means of an adhesive, - said first optical fibre and said second optical fibre comprising a fibre Bragg grating, being essentially parallel, - said first optical fibre and said second optical fibre being located at the same distance from said neutral plane, - said first embedded optical fibre and said second embedded optical fibre being configured such that they can be connected to an optical coupler and such that it has a sufficient length to extend over all the rolls of said multi-roll leveller. - having a thickness from 1.0 mm to 2.0 mm and a yield strength from 1000 MPa to 2000 MPa, - comprising - a first groove on a first face wherein a first optical fibre is embedded by means of an adhesive, - a second groove on a second face, being opposite to said first face, wherein a second optical fibre is embedded by means of an adhesive, - a first groove on a first face wherein a first optical fibre is embedded by means of an adhesive, - a second groove on a second face, being opposite to said first face, - said first optical fibre and said second optical fibre comprising a fibre Bragg grating, being essentially parallel, - said first optical fibre and said second optical fibre being located at the same distance from said neutral plane, - said first embedded optical fibre and said second embedded optical fibre being configured such that they can be connected to an optical coupler and such that it has a sufficient length to extend over all the rolls of said multi-roll leveller.
A fan system, the fan system comprising: (a) a hub, wherein the hub is configured to rotate; (b) a plurality of fan blades mounted to the hub; (c) a drive system, wherein the drive system comprises a rotatable hollow output shaft, wherein the hollow output shaft is in communication with the hub, wherein the drive system is operable to rotate the hub via the hollow output shaft; and (d) a stationary tube inserted through the hollow output shaft, wherein the stationary tube is configured to remain stationary as the hollow output shaft rotates, wherein the stationary tube defines a longitudinal opening. wherein the drive system comprises a motor coupled with a gearbox, characterized in that the gearbox has a housing with a top portion and a bottom portion, wherein the stationary tube is engaged with the top portion of the housing of the gearbox. (a) a hub, wherein the hub is configured to rotate; (b) a plurality of fan blades mounted to the hub; (c) a drive system, wherein the drive system comprises a rotatable hollow output shaft, wherein the hollow output shaft is in communication with the hub, wherein the drive system is operable to rotate the hub via the hollow output shaft; and (d) a stationary tube inserted through the hollow output shaft, wherein the stationary tube is configured to remain stationary as the hollow output shaft rotates, wherein the stationary tube defines a longitudinal opening.
A musical performance evaluating device comprising: a memory which stores a plurality of musical notation data that respectively express each note constituting a song and include a musical performance technique type and an identification flag; an identifying section (13, SB1∼SB8, SD1∼SD20, SC1∼SC10) which identifies musical notation data of a note corresponding to music playing data played and inputted, from the plurality of musical notation data stored in the memory; a flag setting section (1, SE7∼SE8) which sets the identification flag in the identified musical notation data to a flag value indicating that the note has been correctly played, when a pitch of the identified musical notation data of the note and a pitch of the music playing data match; an accuracy rate calculating section (13, SF3∼SF10) which calculates an accuracy rate for each musical performance technique type from number of occurrences and number of times a note has been correctly played for each musical performance technique type which are extracted based on the musical performance technique type and the identification flag included in each of the plurality of musical notation data stored in the memory; and an achievement level acquiring section (13, SF9~SF15) which acquires an achievement level based on a difficulty level of the song by accumulating achievement levels for each musical performance technique type which are acquired based on the calculated accuracy rate for each musical performance technique type and a difficulty level according to the musical performance technique type. a memory which stores a plurality of musical notation data that respectively express each note constituting a song and include a musical performance technique type and an identification flag; an identifying section (13, SB1∼SB8, SD1∼SD20, SC1∼SC10) which identifies musical notation data of a note corresponding to music playing data played and inputted, from the plurality of musical notation data stored in the memory; a flag setting section (1, SE7∼SE8) which sets the identification flag in the identified musical notation data to a flag value indicating that the note has been correctly played, when a pitch of the identified musical notation data of the note and a pitch of the music playing data match; an accuracy rate calculating section (13, SF3∼SF10) which calculates an accuracy rate for each musical performance technique type from number of occurrences and number of times a note has been correctly played for each musical performance technique type which are extracted based on the musical performance technique type and the identification flag included in each of the plurality of musical notation data stored in the memory; and an achievement level acquiring section (13, SF9~SF15) which acquires an achievement level based on a difficulty level of the song by accumulating achievement levels for each musical performance technique type which are acquired based on the calculated accuracy rate for each musical performance technique type and a difficulty level according to the musical performance technique type.
A slide assembly comprising: a first rail including a path defined along a longitudinal direction of the first rail, an opening located adjacent to an end of the first rail and a stop face defined on a wall of the opening; a second rail movably located in the path of the first rail and extendable through the end with the opening; a bearing assembly located between the first and second rails (10, 24), the bearing assembly having a bearing retainer which has a first contact portion; a stop base located between the first and second rails (10, 24), the stop base located adjacent to the opening of the first rail and corresponding to the bearing assembly; and an engaging member having a fixing potion, a resilient portion, a second contact portion and an engaging portion, the fixing portion fixed to the second rail, the resilient portion extending longitudinally from the fixing portion and being bent an angle relative to the fixing portion, the second contact portion extending transversely from the fixing portion and located corresponding to the first contact portion of the bearing retainer, the engaging portion extending from the resilient portion and moving toward the first rail by the resilient portion; wherein when the second rail is pulled relative to the first rail, the bearing retainer is moved with the second rail by engagement between the first contact portion and the second contact portion; wherein when the second rail moves to a position relative to the first rail, the engaging portion of the engaging member contacts the stop face of the first rail. a first rail including a path defined along a longitudinal direction of the first rail, an opening located adjacent to an end of the first rail and a stop face defined on a wall of the opening; a second rail movably located in the path of the first rail and extendable through the end with the opening; a bearing assembly located between the first and second rails (10, 24), the bearing assembly having a bearing retainer which has a first contact portion; a stop base located between the first and second rails (10, 24), the stop base located adjacent to the opening of the first rail and corresponding to the bearing assembly; and an engaging member having a fixing potion, a resilient portion, a second contact portion and an engaging portion, the fixing portion fixed to the second rail, the resilient portion extending longitudinally from the fixing portion and being bent an angle relative to the fixing portion, the second contact portion extending transversely from the fixing portion and located corresponding to the first contact portion of the bearing retainer, the engaging portion extending from the resilient portion and moving toward the first rail by the resilient portion; wherein when the second rail is pulled relative to the first rail, the bearing retainer is moved with the second rail by engagement between the first contact portion and the second contact portion; wherein when the second rail moves to a position relative to the first rail, the engaging portion of the engaging member contacts the stop face of the first rail.