mhurhangee/ep-ind-claims huggingface dataset:
A method for uploading a file, comprising: receiving, by a router, a target file for uploading to a target server which is transmitted from a terminal; determining, by the router, a feature value of the target file; obtaining, by the router, a list of feature values of files for the target server, in which the feature value of each file stored in the target server is recorded; transmitting, by the router, the target file to the target server, if the feature value of the target file is not in the list of feature values of files; and transmitting, by the router, the feature value of the target file to the target server, if the feature value of the target file is in the list of feature values of files, characterized in that if the target server receives the target file transmitted by the router, storing, by the target server, the target file and recording, by the target server, the target file as an uploading file of a login account of the terminal; and if the target server receives the feature value of the target file transmitted by the router, recording, by the target server, a target file corresponding to the received feature value which is already stored in the target server as the uploading file of the login account of the terminal. receiving, by a router, a target file for uploading to a target server which is transmitted from a terminal; determining, by the router, a feature value of the target file; obtaining, by the router, a list of feature values of files for the target server, in which the feature value of each file stored in the target server is recorded; transmitting, by the router, the target file to the target server, if the feature value of the target file is not in the list of feature values of files; and transmitting, by the router, the feature value of the target file to the target server, if the feature value of the target file is in the list of feature values of files, characterized in that if the target server receives the target file transmitted by the router, storing, by the target server, the target file and recording, by the target server, the target file as an uploading file of a login account of the terminal; and if the target server receives the feature value of the target file transmitted by the router, recording, by the target server, a target file corresponding to the received feature value which is already stored in the target server as the uploading file of the login account of the terminal. if the target server receives the target file transmitted by the router, storing, by the target server, the target file and recording, by the target server, the target file as an uploading file of a login account of the terminal; and if the target server receives the feature value of the target file transmitted by the router, recording, by the target server, a target file corresponding to the received feature value which is already stored in the target server as the uploading file of the login account of the terminal.
A method for determining a contour data set of a spectacle frame rim comprising the step of: a) providing a plurality of three dimensionally measured points along a contour of the spectacle frame rim; characterized in that the method further comprises the steps of: b) calculating a plurality of best tori, each best torus of said plurality fitting P points included among the N measured points and where P is equal to or more than 4; c) selecting T points among the N measured points that deviate from one of the best tori more than a threshold value; d) forming the contour data set with (N-T) three dimensionally measured points where the T selected points of step c) are excluded from the three dimensionally measured points of step a). a) providing a plurality of three dimensionally measured points along a contour of the spectacle frame rim; b) calculating a plurality of best tori, each best torus of said plurality fitting P points included among the N measured points and where P is equal to or more than 4; c) selecting T points among the N measured points that deviate from one of the best tori more than a threshold value; d) forming the contour data set with (N-T) three dimensionally measured points where the T selected points of step c) are excluded from the three dimensionally measured points of step a).
A microparticle comprising a strained polymeric material, wherein the polymeric material is formed from a thermoplastic composition containing a continuous phase that includes a thermoplastic matrix polymer and a polymeric microinclusion additive and a polymeric nanoinclusion additive dispersed within the continuous phase in the form of discrete domains, further wherein a porous network is defined in the material that contains a plurality of nanopores and micropores; wherein the micropores have an average cross-sectional dimension of from 0.5 to 30 micrometers; wherein the nanopores have an average cross-sectional dimension of from 1 to 500 nanometers; wherein the microinclusion additive constitutes from 1 wt.% to 30 wt.% of the composition, based on the weight of the continuous phase; wherein the nanoinclusion additive constitutes from 0.05 wt.% to 20 wt.% of the composition, based on the weight of the continuous phase; wherein the discrete domains of nanoinclusion additive have an average cross-sectional dimension of from 1 to 500 nanometers; and wherein the discrete domains of microinclusion additive have an average cross-sectional dimension of from 0.5 to 50 micrometers.
An electrical machinery and apparatus comprising: an insulated bar formed by assembling a plurality of strands, each of the strands being made up of a rectangular wire and having a strand insulation formed on the outer periphery thereof, wherein a ground wall insulation is formed on the outer periphery of the assembly of strands; a rotor; a stator; and a temperature sensor; each strand having a storage space formed along an extension direction of the strand; and the temperature sensor being stored in the storage space of the strands, characterized in that the storage space is a groove formed on a wide-width surface side of the rectangular wire of each strand by excavating the strand insulation together with material of the strand along the extension direction of the strand, and the insulated bar is provided as a part of the rotor, and the wide-width surface sides provided with the groove, of the rectangular wires of the strands face to the inside diameter side of the rotor. an insulated bar formed by assembling a plurality of strands, each of the strands being made up of a rectangular wire and having a strand insulation formed on the outer periphery thereof, wherein a ground wall insulation is formed on the outer periphery of the assembly of strands; a rotor; a stator; and a temperature sensor; each strand having a storage space formed along an extension direction of the strand; and the temperature sensor being stored in the storage space of the strands, characterized in that the storage space is a groove formed on a wide-width surface side of the rectangular wire of each strand by excavating the strand insulation together with material of the strand along the extension direction of the strand, and the insulated bar is provided as a part of the rotor, and the wide-width surface sides provided with the groove, of the rectangular wires of the strands face to the inside diameter side of the rotor.
Traction motor with a housing which has closed and/or open cooling ducts for cooling a closed air cooling circuit present within the dynamoelectric machine, characterised in that a stator laminated core has a diameter of greater than 250 mm, wherein the housing has individual, identical segments in the peripheral direction, which, when combined, form a force-fit press fit of the stator laminated core, wherein the axial length of the individual segments corresponds at least to the axial length of the stator laminated core, wherein an axially running joint is embodied between two fitted segments, wherein means for sealing the joint are provided on the opposing surfaces of the two adjacent segments which form the joint, wherein the individual segments are connected to one another in assembly recesses and clearance holes by way of their joints by means of clamping elements, in particular screws, wherein burls are present in the respective segments, which allow engagement of a thread.
A method comprising: receiving, from a client device of a posting user of an online system, a script for a voice-based content item; retrieving a voice synthesis model stored in a user profile of the posting user, the voice synthesis model trained at least based on a plurality of voice samples of the posting user; wherein the script comprises an indication of a mood for the voice-based content item, and wherein retrieving the voice synthesis model comprises selecting the voice synthesis model from a plurality of candidate voice synthesis models stored in the user profile of the posting user, each different candidate voice synthesis models trained using training data corresponding to a different mood, the selection of the voice synthesis model selected from the plurality of candidate voice synthesis models based on the indication of the mood for the voice-based content item matching a mood with which the voice synthesis model's training data was labelled; generating a synthetic audio stream using the retrieved voice synthesis model and based on the received script; presenting the generated synthetic audio stream to the posting user; receiving posting user originating instructions for modifying the synthetic audio stream; generating a second audio stream based on the received instructions; composing the voice-based content item based on the generated second audio stream; and presenting the voice-based content item to a viewing user of the online system. receiving, from a client device of a posting user of an online system, a script for a voice-based content item; retrieving a voice synthesis model stored in a user profile of the posting user, the voice synthesis model trained at least based on a plurality of voice samples of the posting user; wherein the script comprises an indication of a mood for the voice-based content item, and wherein retrieving the voice synthesis model comprises selecting the voice synthesis model from a plurality of candidate voice synthesis models stored in the user profile of the posting user, each different candidate voice synthesis models trained using training data corresponding to a different mood, the selection of the voice synthesis model selected from the plurality of candidate voice synthesis models based on the indication of the mood for the voice-based content item matching a mood with which the voice synthesis model's training data was labelled; generating a synthetic audio stream using the retrieved voice synthesis model and based on the received script; presenting the generated synthetic audio stream to the posting user; receiving posting user originating instructions for modifying the synthetic audio stream; generating a second audio stream based on the received instructions; composing the voice-based content item based on the generated second audio stream; and presenting the voice-based content item to a viewing user of the online system.
A construction unit for a heating installation with two heating circuits, one for room heating and one for heating service water, with a fittings and pump housing (13, 18, 19) which is constructed from at least one fittings housing part (18, 19) and of a pump housing part of plastic injection moulding, wherein the fittings and pump housing (18, 19) is designed for the connection of a secondary heat exchanger for heating the service water, characterised in that means for the temperature control (32, 40, 49) of the service water are provided within the fittings and pump housing (13, 18, 19), said means comprising a controllable throttle location in the flow cross section in the service water conduit, and that a temperature sensor is arranged within the fittings and pump housing (13, 18, 19) in the service water conduit which is downstream of the secondary heat exchanger, the signal of said temperature sensor being led to an electronic control which controls the flow cross section of the throttle location.
Arrangement of at least two arc reactors for producing nanoparticles from a raw material melt having a common reactor housing, which in adjacent sections contains the elements of an arc reactor so that respectively one reactor housing forms a section of the common reactor housing of the arrangement, wherein in each arc reactor a crucible connected to an anode and a cathode spaced from the crucible are disposed, having a carrier gas feed entering into the housing below the crucible, and a carrier gas outlet exiting above the crucible, characterized in that at a distance above the crucible and separated from the crucible there is disposed a hood, the terminal cross-section of which hood spans at least over the opening of the crucible, so that the hood is connected to the carrier gas outlet by means of an exhaust pipe and in that the housing has at least one inlet for cooling gas directed towards the interstice between the crucible and the hood and in that each two carrier gas outlets are connected by a vertical outlet pipe each to a common horizontal primary connecting pipe disposed above the outlet pipes, the primary connecting pipe having a secondary horizontal outlet pipe connected at the same distance between the outlet pipes and disposed above the primary connecting pipe, wherein at least two of the carrier gas feeds, from which one each enters into the housing below a crucible, are connected to a common carrier gas line, from which feed lines branch off to each carrier gas feed, wherein the feed lines each have the same flow resistance and the same internal cross-section and no flow controller, and the outlet pipes are connected to a common outlet pipe, which is connected to a separating device for the separation of nanoparticles from gas, and the separating device has a gas outlet that is connected to a cooling device for gas, the gas outlet of which is connected to the common carrier gas line.
A cartridge that is operable to be attached to or detached from a main body of an image forming apparatus, comprising: a memory unit that includes a contact portion via which the cartridge is operable to be electrically connected to the main body to transmit information of the cartridge to the main body, characterised in that the cartridge comprises a slidably installed moving member on which the contact portion is mounted and a rotatable movement structure connected to the moving member, wherein rotational movement of the movement structure, via manual manipulation, is converted to sliding movement of the moving member for moving the contact portion to a first position in which the contact portion is accommodated inside the cartridge and to a second position in which the contact portion protrudes out of the cartridge in order to be electrically connectable to a connection portion provided in the main body. a memory unit that includes a contact portion via which the cartridge is operable to be electrically connected to the main body to transmit information of the cartridge to the main body, characterised in that the cartridge comprises a slidably installed moving member on which the contact portion is mounted and a rotatable movement structure connected to the moving member, wherein rotational movement of the movement structure, via manual manipulation, is converted to sliding movement of the moving member for moving the contact portion to a first position in which the contact portion is accommodated inside the cartridge and to a second position in which the contact portion protrudes out of the cartridge in order to be electrically connectable to a connection portion provided in the main body.
An electrolytic copper foil for use as an electrode for an electronic device, the electrolytic copper foil comprising copper or copper alloy, characterised in that the electrolytic copper foil has a 0.2% proof stress of 250 N/mm 2 or more after heat treatment at 200°C for 60 min in a nitrogen atmosphere, wherein at least one of the surfaces of the electrolytic copper foil has a concave-dominant surface profile having a Pv/Pp ratio of 1.2 or more, the Pv/Pp ratio being a ratio of a maximum profile valley depth Pv to a maximum profile peak height Pp as determined in a rectangular area of 181 μm by 136 μm in accordance with JIS B 0601-2001, and wherein the concave-dominant surface profile has an arithmetic mean roughness Ra of 60nm or less determined in accordance with JIS B 0601-2001.
A roller shutter formwork box for forming a lost formwork for a door or window lintel, wherein the roller shutter formwork box is formed of a porous lightweight construction material and represents a substantially parallelepiped body having a ceiling wall, an outer first side wall, a first bottom wall and an inner second side wall, wherein it comprises a parallelepiped axial first recess in the ceiling wall, and the roller shutter formwork box comprises an accommodation area for accommodating a roller shutter device or venetian blind device, which is solid in the manufacturing state and comprises first and second slots (24, 25) for breaking out suitable portions for manufacturing a second recess for a roller shutter device or a venetian blind device, characterized in that an indentation is arranged in the area of the ceiling wall on both sides of the first recess, wherein in the area of the indentation on both sides of the first recess there is provided in each case at least one longitudinally extending, upwardly open first groove, wherein two or more first grooves are optionally also present in a surface created by the indentation between the first recess and the outer first side wall, wherein at least one stirrup is provided resting on the surface and projecting into the first grooves with protrusions, which, via the first grooves and the corresponding protrusions, spans the first recess at the top and interlocks the limiting wall sections with one another, and in that, in the first bottom wall and below the first recess, a first marking and/or a parallelepiped insert is arranged so as to be inserted in a corresponding second groove, wherein the first mark and/or the parallelepiped insert serves as a drilling mark for arranging a window frame, so that screws used for this purpose have a firm grip in the area of the first recess filled with concrete, but do not damage a reinforcement cage placed in the first recess.
Process for depositing TiO 2 on a substrate, comprising the following steps: a) providing a substrate; b) performing said deposition with TiCl 4 and water by atomic layer deposition on said substrate; and c) performing an annealing step; wherein step (b) is carried out at a temperature inferior to 50°C, preferentially at a temperature comprised between 20°C and 50°C, and wherein step (c) is carried out at a temperature comprised between 450°C and 600°C in ambient air. a) providing a substrate; b) performing said deposition with TiCl 4 and water by atomic layer deposition on said substrate; and c) performing an annealing step;
A method for transmitting a channel quality indicator, CQI, by a mobile station in a wireless communication system, the method comprising: identifying at least one sub-band for a CQI report, wherein the at least one sub-band among a total sub-bands is set between the mobile station and a base station; obtaining one sub-band CQI per identified sub-band based on corresponding sub-band, for the at least one sub-band; encoding a single CQI block, wherein each sub-band CQI for each of the at least one sub-band is included in the single CQI block; modulating the encoded CQI block based on one modulation scheme; mapping the modulated and encoded CQI block on an allocated physical channel; and transmitting, to the base station, the CQI block on the allocated physical channel at one time interval. identifying at least one sub-band for a CQI report, wherein the at least one sub-band among a total sub-bands is set between the mobile station and a base station; obtaining one sub-band CQI per identified sub-band based on corresponding sub-band, for the at least one sub-band; encoding a single CQI block, wherein each sub-band CQI for each of the at least one sub-band is included in the single CQI block; modulating the encoded CQI block based on one modulation scheme; mapping the modulated and encoded CQI block on an allocated physical channel; and transmitting, to the base station, the CQI block on the allocated physical channel at one time interval.
A drainage device, with - a tubular reservoir comprising a flexible wall and a rigid cover and a rigid bottom, and - at least one spring which exerts a force pushing the cover and the bottom apart from each other, wherein the cover is movable towards the bottom to bring the spring into an initial position, characterized in that the device comprises one or more magnets (11, 12) configured to apply an additional force on the reservoir in such a manner that a resulting force, pushing the cover and the bottom apart over that part of the spring deflection, does not exceed 50%, 40%, 30%, 20%, 10%, 5%, or 1% of the average amount of the force over that part of the spring deflection, or the force corresponds to a negative pressure in the reservoir that is in the range of between 20 and 40 mmHg (2.67 to 5.33 kPa) over that part of the spring deflection of the spring between the initial and final positions of the spring. - a tubular reservoir comprising a flexible wall and a rigid cover and a rigid bottom, and - at least one spring which exerts a force pushing the cover and the bottom apart from each other, wherein the cover is movable towards the bottom to bring the spring into an initial position,