mhurhangee/ep-ind-claims huggingface dataset:
Device for incinerating hazardous solid waste comprising a rotary kiln, a feed hopper for supplying hazardous waste to the rotary kiln, a post-combustion chamber, a steam boiler and a gas scrubbing installation, wherein the device comprises at least one injection lance for direct injection of liquid waste into the post-combustion chamber, characterized in that the injection lance comprises a longitudinal supply channel for supplying liquid waste materials, wherein the injection lance comprises a gas channel concentrically around the supply channel for supplying a gas, wherein a spray head is arranged on the injection lance, wherein the spray head comprises an internal mixing chamber, wherein the supply channel and the gas channel open into the internal mixing chamber, wherein the device comprises sensors for measuring, in the active state of the device, the temperature, flow rate and density of liquid hazardous waste to the at least one injection lance, the device further comprising a control valve for regulating the flow rate of the gas to the gas channel of the at least one injection lance, wherein the control valve comprises a controller and wherein the controller of the control valve is coupled to said sensors.
An accessory (100; 100'), comprising: a façade plate presenting an opening; an accessory support that is mounted to tilt through said opening between a lowered position in which it extends below the façade plate, and a raised position in which a major portion thereof extends above the façade plate; a pivot system for pivoting the accessory support that includes a rotary drive shaft, at least one damper and at least one torsion spring under stress associated with the rotary drive shaft, and two parallel tabs (265; 265') that are arranged so as to transmit the rotary movement of the rotary drive shaft to said accessory support, wherein the pivoting system comprises a rigid single-piece transmission part (260; 260') which is in the form of a U with a longitudinal portion and two side portions, the longitudinal portion extending along the rotary drive shaft and said side portions extending on either side of the ends thereof so that the transmission part (260; 260') surrounds the rotary drive shaft, the rotary drive shaft being connected to said single-piece transmission part, to the root of the two side portions the free ends of which form said tabs (265; 265') and cooperate in slidable manner with said accessory support. a façade plate presenting an opening; an accessory support that is mounted to tilt through said opening between a lowered position in which it extends below the façade plate, and a raised position in which a major portion thereof extends above the façade plate; a pivot system for pivoting the accessory support that includes a rotary drive shaft, at least one damper and at least one torsion spring under stress associated with the rotary drive shaft, and two parallel tabs (265; 265') that are arranged so as to transmit the rotary movement of the rotary drive shaft to said accessory support,
A method for increasing the measurement accuracy in a particle imaging device comprising: - illuminating a particle using a first light source; - creating a first image by taking a first measurement of light emitted from the particle in response to the first light source using a light detector; - creating a second image by interpolating the first image, where the second image has higher resolution than the first image; and characterized in that the method further comprises: - determining a difference between intensities of pixels of the second image and an expected distribution; and - discarding the first measurement of light if the difference is above a predetermined threshold. - illuminating a particle using a first light source; - creating a first image by taking a first measurement of light emitted from the particle in response to the first light source using a light detector; - creating a second image by interpolating the first image, where the second image has higher resolution than the first image; and - determining a difference between intensities of pixels of the second image and an expected distribution; and - discarding the first measurement of light if the difference is above a predetermined threshold.
A linear motion guide device comprising a guide rail, a slider, and a plurality of balls, wherein the guide rail and the slider include respective raceway grooves (10, 11) at positions opposed to each other to form a rolling passage for the balls, the respective raceway grooves (10, 11) extend in a longitudinal direction of the guide rail, the balls are placed in the rolling passage, the slider is guided by the guide rail so as to be movable in the longitudinal direction through rolling of the balls in the rolling passage, and a flank included in the raceway grooves (10, 11) includes a main arc portion having an arc sectional shape and placed in a center of the flank in a width direction, a groove shoulder side sub-arc portion having an arc sectional shape and formed continuously from a groove shoulder side of the main arc portion, and a groove bottom side sub-arc portion having an arc sectional shape and formed continuously from a groove bottom side of the main arc portion, characterized in that a curvature radius r2p of the groove shoulder side sub-arc portion is different from a curvature radius r2m of the groove bottom side sub-arc portion.
A method for accessing a network resource comprising a user performing operations of filling in forms and registration with content information in a browser on a user terminal, submitting a post request to a destination web address containing the content information to request the resource, through a router, the method comprises: the router obtaining once from the browser, the destination web address and the content information; the router generating the post request in accordance with the content information; the router sending the post request to the destination web address; the router obtaining a return message returned from the destination web address in accordance with the post request; the router judging whether the return message is a predetermined return message of the network resource obtaining procedure; if the return message is not the predetermined return message, the router continuing to re-send the post request to the destination web address until the return message is the predetermined return message; and if the return message is the predetermined return message, generating a prompt message in accordance with the return message; and sending the prompt message to at least one predetermined receiving user terminal. the router obtaining once from the browser, the destination web address and the content information; the router generating the post request in accordance with the content information; the router sending the post request to the destination web address; the router obtaining a return message returned from the destination web address in accordance with the post request; the router judging whether the return message is a predetermined return message of the network resource obtaining procedure; if the return message is not the predetermined return message, the router continuing to re-send the post request to the destination web address until the return message is the predetermined return message; and if the return message is the predetermined return message, generating a prompt message in accordance with the return message; and sending the prompt message to at least one predetermined receiving user terminal.
An information processing apparatus, comprising: an acquisition unit that is configured to acquire vibration information for outputting intermittent vibration to an actuator; a calculation unit that is configured to calculate an index of intermittency of output vibration based on the vibration information, the index of the intermittency being an index indicating whether the intermittency of the output vibration is easily identified by the user based on the vibration information; and a setting unit that is configured to set an operation mode of a plurality of actuators capable of outputting vibration to the same user based on the vibration information as a first operation mode in which the same actuator continuously outputs each intermittent vibration based on the vibration information or as a second operation mode in which the plurality of actuators share the intermittent vibrations while the same actuator discontinuously outputs each of the intermittent vibrations based on the vibration information, with the setting unit being configured to set the operation mode based on the index of intermittency. an acquisition unit that is configured to acquire vibration information for outputting intermittent vibration to an actuator; a calculation unit that is configured to calculate an index of intermittency of output vibration based on the vibration information, the index of the intermittency being an index indicating whether the intermittency of the output vibration is easily identified by the user based on the vibration information; and a setting unit that is configured to set an operation mode of a plurality of actuators capable of outputting vibration to the same user based on the vibration information as a first operation mode in which the same actuator continuously outputs each intermittent vibration based on the vibration information or as a second operation mode in which the plurality of actuators share the intermittent vibrations while the same actuator discontinuously outputs each of the intermittent vibrations based on the vibration information, with the setting unit being configured to set the operation mode based on the index of intermittency.
Utility meter comprising a metering section, a communication interface, and a communication path providing a galvanic isolation between said metering section and said communication interface, wherein said communication path comprises a transformer having a primary side with a first primary terminal and a second primary terminal connected to said metering section and a secondary side connected to said communication interface, characterized in that means in form of an inverter arrangement connected to the primary side are provided supplying complementary signals to said transformer.
An eyewear comprising: a frame; a first electrode that abuts on a glabella of a wearer of the eyewear; characterised in that it further comprises: an electrode holding unit that holds the first electrode such that a distance between the frame and the first electrode is changeable, wherein the electrode holding unit has: a first member placed in the frame; and a second member that is electrically connected with the first member, and moves relative to the first member, and the first electrode is provided on a front surface of the second member and wherein the first member holds the second member by a screw structure such that the distance between the frame and the first electrode is changed by rotation of the second member. a frame; a first electrode that abuts on a glabella of a wearer of the eyewear; characterised in that it further comprises: an electrode holding unit that holds the first electrode such that a distance between the frame and the first electrode is changeable, wherein the electrode holding unit has: a first member placed in the frame; and a second member that is electrically connected with the first member, and moves relative to the first member, and the first electrode is provided on a front surface of the second member and wherein the first member holds the second member by a screw structure such that the distance between the frame and the first electrode is changed by rotation of the second member. an electrode holding unit that holds the first electrode such that a distance between the frame and the first electrode is changeable, wherein the electrode holding unit has: a first member placed in the frame; and a second member that is electrically connected with the first member, and moves relative to the first member, and a first member placed in the frame; and a second member that is electrically connected with the first member, and moves relative to the first member, and the first electrode is provided on a front surface of the second member and wherein the first member holds the second member by a screw structure such that the distance between the frame and the first electrode is changed by rotation of the second member.
A turbine vane, which is intended to be disposed around an axis of the turbine, extending radially relative to said turbine axis and including at a first radially inner end a root, at a second radially outer end, a top and a blade extending radially between the root and the top which is delimited by an axially upstream leading edge, an axially downstream trailing edge, a lower surface wall and an upper surface wall which connect the leading edge and the trailing edge to each other and at least one inner cavity extending between the root and the top, a fluid intake opening in the cavity located at a radially inner end of the cavity and at least one outlet opening of said fluid which opens out of the vane, the cavity including a plurality of deflectors which are carried by an inner face of the lower surface wall and by an inner face of the upper surface wall, the deflectors being alternatively disposed on the lower surface wall and on the upper surface wall along the radial direction of the cavity wherein each deflector extends in a transverse direction from the inner face of the lower surface wall or from the inner face of the upper surface wall, in the direction of the other one of the lower surface wall or the upper surface wall, and wherein the length of each deflector in the transverse direction is greater than half the transverse distance between the inner face of the lower surface wall and the inner face of the upper surface wall, on either side of the deflector, so that the free ends of the deflectors overlap transversely, wherein the deflectors are inclined relative to the transverse direction, characterized in that the deflectors which are carried by the internal face of the lower surface wall and/or the deflectors which are carried by the internal face of the upper surface wall are inclined relative to the transverse direction in the direction of flow of the fluid in the cavity. the cavity including a plurality of deflectors which are carried by an inner face of the lower surface wall and by an inner face of the upper surface wall, the deflectors being alternatively disposed on the lower surface wall and on the upper surface wall along the radial direction of the cavity wherein each deflector extends in a transverse direction from the inner face of the lower surface wall or from the inner face of the upper surface wall, in the direction of the other one of the lower surface wall or the upper surface wall, and wherein the length of each deflector in the transverse direction is greater than half the transverse distance between the inner face of the lower surface wall and the inner face of the upper surface wall, on either side of the deflector, so that the free ends of the deflectors overlap transversely, wherein the deflectors are inclined relative to the transverse direction, characterized in that the deflectors which are carried by the internal face of the lower surface wall and/or the deflectors which are carried by the internal face of the upper surface wall are inclined relative to the transverse direction in the direction of flow of the fluid in the cavity.
A cable termination device comprising first and second parts engageable (20, 30, 80, 90) with each other to grip between them a cable near its unsecured end, wherein at least one of the said parts (20, 30, 80, 90) incorporates gripping means characterised in that the gripping means comprise one or more resilient plate-like tongues arranged to extend across the cable longitudinal axis and to resiliently press against the cable and in that the said tongues are inclined at an angle in the direction of the incoming cable, within the range from 2° to 15° towards the cable in a sense pointing away from its terminated end such as to prevent the tongues from cutting into the cable sheath when the cable is pulled in a direction away from its terminated end.
Method of setting a correct alignment of a laser-scanning fluorescence microscope, in which an image of a pinhole aperture arranged in front of a fluorescence light detector of the laser-scanning fluorescence microscope coincides with an intensity maximum of excitation light and an intensity minimum of fluorescence inhibition light in a focus of an objective lens, wherein a structure marked with a fluorescence dye in the sample is scanned with the intensity maximum of the excitation light to generate pictures (A, B) of the sample comprising images (3, 30, 31, 32) of the structure, wherein the pictures generated correspond to different intensities of the fluorescence inhibition light, and wherein an offset between positions of the images (3, 30, 31, 32) of the structure in the pictures generated is calculated, characterised in that, for setting the correct alignment of the laser-scanning fluorescence microscope, the image of the pinhole aperture is shifted relative to the intensity minimum of the fluorescence inhibition light coinciding with the intensity maximum of the excitation light in the direction of the offset which the image of the structure has in a picture corresponding to a higher intensity of the fluorescence inhibition light with regard to the image of the structure in another picture corresponding to a lower intensity of the fluorescence inhibition light.
Valve cartridge for a magnet valve, having a capsule, an armature, which is movably guided within the capsule, a hollow-cylindrical valve insert, a first end of which is inserted into the capsule, and a valve body having a primary valve seat (9.1), which is inserted into a second end of the hollow-cylindrical valve insert, wherein the armature moves a plunger guided within the valve insert, said plunger having a main body and a closing body (11.1) having a closing element (11.2), which plunges into the primary valve seat (9.1) of the valve body in a sealing manner in order to carry out a sealing function, wherein at least one equalization groove is introduced into the main body of the plunger, said groove enabling a volume equalization between a sealing region (9.2) and an armature chamber, wherein the plunger has an axial recess, which has an overlap with the at least one equalization groove in the main body and is connected to the armature chamber via at least one radial recess, characterized in that the plunger has, at its end facing the armature, a closed encircling cylindrical outer contour, which forms a radial guide of the plunger in the valve insert.
An air data probe assembly, comprising, an air data probe that comprises a baseplate portion and a sensor portion, wherein the baseplate portion comprises one or more screw holes and one or more connectors on an underside of the baseplate portion; a baseplate gasket wrapped the underside and one or more edges of the baseplate portion, wherein the baseplate gasket comprises one or more holes corresponding to the one or more screw holes and the one or more connectors on the underside of the baseplate portion, wherein the baseplate portion is configured to be fastened to a recess in an aircraft skin, and the baseplate gasket is configured to create a moisture-resistant seal between the air data probe and the recess in the aircraft skin when the baseplate portion is fastened to the recess in the aircraft skin.
A method of ordering, paying for, and delivering goods and services using a mobile station, comprising: accessing through a telecommunications infrastructure a gateway by the mobile station and transmitting an identification code for the mobile station to the gateway; verifying the identity of the mobile station by the gateway by accessing an authentication center and comparing variables computed by the mobile station and variables computed by the gateway; verifying the legitimacy of the gateway by the mobile station by comparing variables computed by the gateway with variables computed by the mobile station; requesting a digital certificate by the mobile station through the telecommunications infrastructure from the gateway to be used to order and pay for a product or service from a seller; receiving a digital certificate at the mobile station from the gateway when the identity of the mobile station has been verified by the gateway; requesting by the mobile station a product or service from the seller; and transmitting through a different communications infrastructure a digital signature by the mobile station accompanied by the digital certificate for a signature verification key as payment to said seller. accessing through a telecommunications infrastructure a gateway by the mobile station and transmitting an identification code for the mobile station to the gateway; verifying the identity of the mobile station by the gateway by accessing an authentication center and comparing variables computed by the mobile station and variables computed by the gateway; verifying the legitimacy of the gateway by the mobile station by comparing variables computed by the gateway with variables computed by the mobile station; requesting a digital certificate by the mobile station through the telecommunications infrastructure from the gateway to be used to order and pay for a product or service from a seller; receiving a digital certificate at the mobile station from the gateway when the identity of the mobile station has been verified by the gateway; requesting by the mobile station a product or service from the seller; and transmitting through a different communications infrastructure a digital signature by the mobile station accompanied by the digital certificate for a signature verification key as payment to said seller.