mhurhangee/ep-ind-claims huggingface dataset:
An optical waveguide device comprising: a substrate having an electro-optical effect; an optical waveguide section (12, 14) formed on the substrate; and a plurality of modulating electrodes (153, 154, 163, 164) for modulating optical waves propagating in the optical waveguide section (12, 14), wherein the optical waveguide section (12, 14) branches into two parts (141, 142) in a propagating direction of an optical wave, thus forming two main optical waveguides, and each of the main optical waveguides (141, 142) branches into two parts in the propagating direction of the optical waves, thus forming four sub optical waveguides (151, 152; 161, 162); and wherein the two main optical waveguides (141, 142) constitute a main Mach-Zehnder type optical waveguide, and the four sub optical waveguides (151, 152; 161, 162) are incorporated into the main Mach-Zehnder type optical waveguide to constitute two opposite sub Mach-Zehnder type optical waveguides (15, 16);wherein a heat conduction suppressing zone is defined on a portion of the substrate disposed between the two opposite sub Mach-Zehnder type optical waveguides (15, 16)) the optical waveguide device being characterised in that the heat conduction suppressing zone is provided with an additional metal plate as a heat sink. a substrate having an electro-optical effect; an optical waveguide section (12, 14) formed on the substrate; and a plurality of modulating electrodes (153, 154, 163, 164) for modulating optical waves propagating in the optical waveguide section (12, 14), wherein the optical waveguide section (12, 14) branches into two parts (141, 142) in a propagating direction of an optical wave, thus forming two main optical waveguides, and each of the main optical waveguides (141, 142) branches into two parts in the propagating direction of the optical waves, thus forming four sub optical waveguides (151, 152; 161, 162); and wherein the two main optical waveguides (141, 142) constitute a main Mach-Zehnder type optical waveguide, and the four sub optical waveguides (151, 152; 161, 162) are incorporated into the main Mach-Zehnder type optical waveguide to constitute two opposite sub Mach-Zehnder type optical waveguides (15, 16);wherein a heat conduction suppressing zone is defined on a portion of the substrate disposed between the two opposite sub Mach-Zehnder type optical waveguides (15, 16)) the optical waveguide device being characterised in that the heat conduction suppressing zone is provided with an additional metal plate as a heat sink.
A printing device comprising: a printing machine that is configured to discharge ink to a print medium; a color developing machine that is configured to heat the print medium, on which the ink discharged by the printing machine is attached, to color develop the ink, and a control unit that is configured to adjust at least one of a heating time and a heating temperature of the print medium by the color developing machine according to at least one of an amount of discharged ink and a transporting speed of the print medium transported from the printing machine; wherein the color developing machine is arranged so as to be adjacent on the downstream side, with respect to a transporting direction of the print medium, of the printing machine; the color developing machine further comprises a heater that is configured to generate heat by electrical conduction and to heat the print medium; characterized in that the control unit includes a storage unit that stores three parameters, namely a preset and recommended temperature of a transportation path in the color developing machine, a heating time of the print medium, and an ink density, the control unit is configured to adjust a conducting amount to the heater according to at least one of the amount of discharged ink and the transporting speed of the print medium, so as to match the three parameters stored in the storage unit. a printing machine that is configured to discharge ink to a print medium; a color developing machine that is configured to heat the print medium, on which the ink discharged by the printing machine is attached, to color develop the ink, and a control unit that is configured to adjust at least one of a heating time and a heating temperature of the print medium by the color developing machine according to at least one of an amount of discharged ink and a transporting speed of the print medium transported from the printing machine; wherein the color developing machine is arranged so as to be adjacent on the downstream side, with respect to a transporting direction of the print medium, of the printing machine; the color developing machine further comprises a heater that is configured to generate heat by electrical conduction and to heat the print medium; characterized in that the control unit includes a storage unit that stores three parameters, namely a preset and recommended temperature of a transportation path in the color developing machine, a heating time of the print medium, and an ink density, the control unit is configured to adjust a conducting amount to the heater according to at least one of the amount of discharged ink and the transporting speed of the print medium, so as to match the three parameters stored in the storage unit.
A syringe for retaining and mixing first and second substances comprising - a barrel comprising a sealable and/or closable distal outlet and a vacuum chamber, for holding a first substance under vacuum, - a plunger for sealable engagement inside the barrel and configured to be axially displaced in relation to the vacuum chamber, the plunger incorporating a reservoir chamber for holding a second substance, and - a valve separating the vacuum chamber inside the barrel and the reservoir chamber inside the plunger, the valve configured for controlling and/or establishing a fluid connection between the vacuum chamber and the reservoir chamber, characterized in that the syringe is configured such that in a first configuration corresponding to a first locked axial position of the plunger inside the barrel, the plunger is restricted from axial displacement in a distal direction and the first substance can be retained under vacuum in the vacuum chamber such that said first configuration is a storage condition of the syringe, and in a second configuration the plunger is unlocked and the vacuum in the vacuum chamber draws the plunger in a distal axial direction such that the valve is engaged to provide a fluid passageway between the reservoir chamber and the vacuum chamber. - a barrel comprising a sealable and/or closable distal outlet and a vacuum chamber, for holding a first substance under vacuum, - a plunger for sealable engagement inside the barrel and configured to be axially displaced in relation to the vacuum chamber, the plunger incorporating a reservoir chamber for holding a second substance, and - a valve separating the vacuum chamber inside the barrel and the reservoir chamber inside the plunger, the valve configured for controlling and/or establishing a fluid connection between the vacuum chamber and the reservoir chamber,
A neutron detector for detecting neutrons, the neutron detector including: an exterior shell bounding and sealing an interior volume, the exterior shell serving as a cathode; a central structure extending longitudinally within the exterior shell, the central structure serving as an anode and being electrically connected to a power supply and maintained at a first voltage; an insulating portion extending radially between the central structure and the exterior shell, an inner surface of the insulating portion extending circumferentially around an outer surface of the central structure, the insulating portion extending longitudinally past a shell end of the exterior shell towards a structure end of the central structure; and a guard structure extending circumferentially around an outer insulating surface of the insulating portion, the guard structure being positioned on the insulating portion between the shell end and the structure end, wherein the guard structure is electrically connected to the power supply and maintained at a second voltage, the guard structure being maintained at a similar voltage to the central structure such that a leakage current on the outer insulating surface of the insulating portion is absorbed by the guard structure. an exterior shell bounding and sealing an interior volume, the exterior shell serving as a cathode; a central structure extending longitudinally within the exterior shell, the central structure serving as an anode and being electrically connected to a power supply and maintained at a first voltage; an insulating portion extending radially between the central structure and the exterior shell, an inner surface of the insulating portion extending circumferentially around an outer surface of the central structure, the insulating portion extending longitudinally past a shell end of the exterior shell towards a structure end of the central structure; and a guard structure extending circumferentially around an outer insulating surface of the insulating portion, the guard structure being positioned on the insulating portion between the shell end and the structure end, wherein the guard structure is electrically connected to the power supply and maintained at a second voltage, the guard structure being maintained at a similar voltage to the central structure such that a leakage current on the outer insulating surface of the insulating portion is absorbed by the guard structure.
A device for optical network loss measurements and light source characterization, characterized in that it comprises: a single optical interrogation system including a single interrogating laser source, a single optical interferometric interrogator network and a single optical detection circuitry; and an operational mode controller arranged to permit selective configuration of the single optical interrogation system to perform optical frequency-domain reflectometry, OFDR, in a first operational mode and to perform swept-heterodyne optical spectrum analysis, SHOSA, in a second operational mode. a single optical interrogation system including a single interrogating laser source, a single optical interferometric interrogator network and a single optical detection circuitry; and an operational mode controller arranged to permit selective configuration of the single optical interrogation system to perform optical frequency-domain reflectometry, OFDR, in a first operational mode and to perform swept-heterodyne optical spectrum analysis, SHOSA, in a second operational mode.
Sanitary outlet fitting having a water outlet and having a jet regulator, wherein the jet regulator has a jet regulator housing which is releasably inserted into the water outlet and is held therein in frictionally engaging fashion and without a thread, characterized in that the jet regulator is, as viewed in the flow direction, positioned directly downstream of a cross-sectional enlargement in a flow guide of the outlet fitting, in that, at a distance upstream of the jet regulator as viewed in the flow direction, in a partial region of the flow guide which is narrowed in relation to said jet regulator, there is provided a throughflow rate regulator or a throughflow limiter, in that the jet regulator has a distributor surface with a multiplicity of throughflow holes for the distribution of the water jet, and in that the distributor surface has an impingement surface arranged in a central region of the jet cross section and is followed downstream by a plurality of flow-guiding walls which are oriented in the flow direction.
A radio communication system that conducts a communication between abase station andapluralityof terminals wirelessly, wherein the base station comprises a multiple-beam antenna made up of a plurality of antennas, and emits radio waves having the same frequency at the same timing from the multiple-beam antenna toward a plurality of specific areas corresponding to the plurality of antennas without overlapping by time division to form a plurality of spot beams, wherein radio frames transmitted between the base station and the terminals each comprise a plurality of beacon channels which are channels from the base station to all of the terminals and are allocated for each of the antennas, a plurality of request channels which are channels from all of the terminals to the base station and are allocated for each of the antennas, and a downlink channel and an uplink channel allocated to a request terminal, wherein the base station transmits broadcast information including information for identifying the antenna from each of the antennas through the plurality of beacon channels, wherein when a terminal that exists in any one of the plurality of specific areas receives the broadcast information through the beacon channel, the terminal selects an optimum beacon channel, and transmits a communication establishment request including information for identifying the antenna and a bandwidth request including a desired communication bandwidth to the base station through a request channel which, among the plurality of request channels, corresponds to the information for identifying the antenna, which is included in the broadcast information received through the selected optimum beacon channel, and wherein when the base station receives the communication establishment request and the bandwidth request through the request channel, the base station determines whether or not a channel is to be allocated to the frame for the request terminal, and when the channel is allocated, the base station schedules a modulation scheme and an encoding scheme for communicating with the request terminal, and a channel allocation time including the downlink data channel and the uplink data channel.
A stroke detection apparatus comprising: a data processing device comprising a processor, at least one wearable sensor (20, 20a, 20b) configured to be worn by a user and configured to transmit a movement data of the user to the data processing device, the data processing device configured to receive the movement data, process the movement data to determine a probability of a user stroke, characterized in that the data processing device is configured to store the movement data at a fidelity dependent on a probability of a user stroke, wherein the fidelity of the stored movement data comprises at least one of a sample rate, a sample size, a bit rate, and a number of dimensions of the movement data, wherein where the probability of a user stroke is determined to be below a first threshold, the stroke detection apparatus is configured to operate in a first mode where the movement data is stored at a first fidelity, and wherein where the probability of a user stroke is determined to be above the first threshold, the stroke detection apparatus is configured to operate in a second mode where the movement data is stored at a second fidelity, wherein the second fidelity is higher than a first fidelity. a data processing device comprising a processor, at least one wearable sensor (20, 20a, 20b) configured to be worn by a user and configured to transmit a movement data of the user to the data processing device, the data processing device configured to receive the movement data, process the movement data to determine a probability of a user stroke, characterized in that the data processing device is configured to store the movement data at a fidelity dependent on a probability of a user stroke, wherein the fidelity of the stored movement data comprises at least one of a sample rate, a sample size, a bit rate, and a number of dimensions of the movement data, wherein where the probability of a user stroke is determined to be below a first threshold, the stroke detection apparatus is configured to operate in a first mode where the movement data is stored at a first fidelity, and wherein where the probability of a user stroke is determined to be above the first threshold, the stroke detection apparatus is configured to operate in a second mode where the movement data is stored at a second fidelity, wherein the second fidelity is higher than a first fidelity.
A gun stock with adjustable comb comprising a stock body having an adjustable comb; wherein said comb comprises a cheek rest member associated to a supporting structure associated to said stock body; said supporting structure comprising a hollow guide body slideable along a pin associated to said stock body; said guide body sliding with respect to said pin in contrast to an elastic member; said guide body being engaged by a drive means that comprises a button accessible from the outside of said stock body; a height of said comb with respect to said stock body being adjusted by acting on said button for engagement and disengagement of said guide body with respect to said pin associated to said stock body.
A propeller spinner comprising an external surface exposed in use to an oncoming airstream, and a protective polymeric film applied over substantially the entire exposed external surface of the propeller spinner, characterised in that: the protective polymeric film comprises a plurality of axially extending, circumferentially overlapping arms extending from a tip of the spinner.
A fusion reactor comprising: a plurality of internal magnetic coils suspended within an enclosure; one or more center magnetic coils coaxial with the plurality of internal magnetic coils; a plurality of encapsulating magnetic coils coaxial with the internal magnetic coils, wherein the encapsulating magnetic coils in operation maintain a magnetic wall that prevents plasma within the enclosure from expanding; and a plurality of mirror magnetic coils coaxial with the internal magnetic coils. a plurality of internal magnetic coils suspended within an enclosure; one or more center magnetic coils coaxial with the plurality of internal magnetic coils; a plurality of encapsulating magnetic coils coaxial with the internal magnetic coils, wherein the encapsulating magnetic coils in operation maintain a magnetic wall that prevents plasma within the enclosure from expanding; and a plurality of mirror magnetic coils coaxial with the internal magnetic coils.
An energy transfer system comprising: a plurality of rotatable drive input shafts of an input side, each having a drive receiving end and a second end, the drive receiving end being operatively coupled to a plurality of drive sources; a rotatable drive output shaft of the input side, operatively coupled to a pinion; an energy storage medium configured to store energy generated from the rotating movement of the rotatable drive output shaft of the input side; characterized in that, a plurality of rolling friction gears coupled to the second end of the plurality of the rotatable drive input shafts of the input side, the plurality of rolling friction gears having circular gear teeth that mesh with circular gear teeth of the pinion for transferring rotating movements of the plurality of the rotatable drive input shafts of the input side into rotating movement of the rotatable drive output shaft of the input side, wherein each of the plurality of the rolling friction gears houses a freewheeling clutch acting upon the pinion; and wherein the energy storage medium drives a plurality of driven sources operatively coupled through a rotatable output shaft of an output side. a plurality of rotatable drive input shafts of an input side, each having a drive receiving end and a second end, the drive receiving end being operatively coupled to a plurality of drive sources; a rotatable drive output shaft of the input side, operatively coupled to a pinion; an energy storage medium configured to store energy generated from the rotating movement of the rotatable drive output shaft of the input side; characterized in that, a plurality of rolling friction gears coupled to the second end of the plurality of the rotatable drive input shafts of the input side, the plurality of rolling friction gears having circular gear teeth that mesh with circular gear teeth of the pinion for transferring rotating movements of the plurality of the rotatable drive input shafts of the input side into rotating movement of the rotatable drive output shaft of the input side, wherein each of the plurality of the rolling friction gears houses a freewheeling clutch acting upon the pinion; and
An antitumor aqueous solution manufacturing device configured to manufacture an antitumor aqueous solution having an antitumor effect, comprising: a holding portion, in the form of a stage, configured to hold a raw material solution in which a raw material of the antitumor aqueous solution is dissolved, wherein the holding portion is configured to hold the raw material solution in a stationary state or in a repetitive circulation state; a plasma generating device configured to generate plasma to be radiated on the raw material solution in the holding portion, wherein the plasma generating device is configured to radiate plasma from above a solution surface of the raw material solution held in the holding portion; a hydrogen peroxide detection sensor configured to measure a hydrogen peroxide concentration in the raw material solution in the holding portion; and a control device configured to control the plasma generating device, wherein the control device is configured to control the plasma generating device such that the hydrogen peroxide concentration measured by the hydrogen peroxide detection sensor falls within a predetermined range. a holding portion, in the form of a stage, configured to hold a raw material solution in which a raw material of the antitumor aqueous solution is dissolved, wherein the holding portion is configured to hold the raw material solution in a stationary state or in a repetitive circulation state; a plasma generating device configured to generate plasma to be radiated on the raw material solution in the holding portion, wherein the plasma generating device is configured to radiate plasma from above a solution surface of the raw material solution held in the holding portion; a hydrogen peroxide detection sensor configured to measure a hydrogen peroxide concentration in the raw material solution in the holding portion; and a control device configured to control the plasma generating device, wherein the control device is configured to control the plasma generating device such that the hydrogen peroxide concentration measured by the hydrogen peroxide detection sensor falls within a predetermined range.