mhurhangee/ep-ind-claims huggingface dataset:
A coil packaging system comprising: a first robot arm having a grappling portion adapted to grip a wrapping material; a second robot arm having a grappling portion adapted to grip the wrapping material; a coil rotating means adapted to carry and rotate a coil about a coil axis; the first robot arm is movable along a first horizontal axis, the second robot arm is movable along a second horizontal axis, the second horizontal axis being parallel to the first horizontal axis, and along a third horizontal axis, the third horizontal axis being perpendicular to the second horizontal axis, wherein the robot arms are adapted to pass the wrapping material between one another, characterized in that the first robot arm is only movable along a first horizontal axis in a process of wrapping the coil which, in an operating position, coincides with the coil axis. a first robot arm having a grappling portion adapted to grip a wrapping material; a second robot arm having a grappling portion adapted to grip the wrapping material; a coil rotating means adapted to carry and rotate a coil about a coil axis; the first robot arm is movable along a first horizontal axis, the second robot arm is movable along a second horizontal axis, the second horizontal axis being parallel to the first horizontal axis, and along a third horizontal axis, the third horizontal axis being perpendicular to the second horizontal axis, wherein the robot arms are adapted to pass the wrapping material between one another, characterized in that the first robot arm is only movable along a first horizontal axis in a process of wrapping the coil which, in an operating position, coincides with the coil axis.
A debubbler for installing on a ship, comprising: a housing container that is installed in a ship and in which sample liquid is housed; a liquid introduction port for introducing the sample liquid into the housing container through a liquid introduction line; an ultrasonic transducer that applies ultrasonic vibration to the sample liquid in the housing container; a bubble discharge port for discharging bubbles produced in the sample liquid by the ultrasonic vibration to an outside from an upper part of the housing container; a liquid lead-out port for leading the sample liquid from which the bubbles are removed in the housing container to an analysis device configured to analyze water quality of the sample liquid, a first valve that is provided in a bubble discharge line connected to the bubble discharge port; and a second valve that is provided in a liquid lead-out line connected to the liquid lead-out port, wherein the first valve and the second valve have opening levels such that of the sample liquid is adapted to be discharged also from the bubble discharge port together with the bubbles, thereby filling an inside of the housing container with the sample liquid. a housing container that is installed in a ship and in which sample liquid is housed; a liquid introduction port for introducing the sample liquid into the housing container through a liquid introduction line; an ultrasonic transducer that applies ultrasonic vibration to the sample liquid in the housing container; a bubble discharge port for discharging bubbles produced in the sample liquid by the ultrasonic vibration to an outside from an upper part of the housing container; a liquid lead-out port for leading the sample liquid from which the bubbles are removed in the housing container to an analysis device configured to analyze water quality of the sample liquid, a first valve that is provided in a bubble discharge line connected to the bubble discharge port; and a second valve that is provided in a liquid lead-out line connected to the liquid lead-out port, wherein the first valve and the second valve have opening levels such that of the sample liquid is adapted to be discharged also from the bubble discharge port together with the bubbles, thereby filling an inside of the housing container with the sample liquid.
A lithographic pellicle comprising a pellicle frame, a pellicle film stretched over one end face of the pellicle frame via a pellicle film adhesive, and an exposure master plate adhesive provided on the other end face, wherein corners formed between a pellicle film adhesion face and exposure master plate adhesion face of the pellicle frame and inside and outside faces of the frame are subjected to C chamfering which is defined by the chamfered portion in millimetre in which the corner defined by two planes is chamfered so that the angles between the chamfer plane and the two planes defining the corner are 45° respectively, and the chamfer dimension (d-di) on the exposure master plate adhesion face is greater than C0.35 but no grater than C0.55, characterized in that the chamfer dimension (d-uu, d-ui) on the pellicle film adhesion face of the pellicle frame is at least C0.15 but no greater than C0.25, and the pellicle frame has a frame thickness of 1.85 to 2.05 mm.
Method for automatically determining positions of sensors (12-20; 22-26; 40) of an automatic door system, in particular of an automatic sliding-door system, having a plurality of sensors (12-20; 22-26; 40), which serve in particular for protection purposes, comprise at least one transmission device for emitting light and at least one detector device for detecting light, and are embodied in each case such that it is ascertainable, based on the respectively detected light, from which side of the sensor the detected light was received, wherein the sensors (12-20; 22-26; 40) and a control unit form subscribers of a data transmission system and are interconnected thereby, and wherein the control unit is embodied such that, initially for ascertaining the positions of the sensors (12-20; 22-26; 40) relative to one another, the transmission devices of the different sensors (12-20; 22-26; 40) are controlled successively with a changed clock frequency and/or transmission frequency and/or a changed modulation, and/or the transmission devices of the different sensors (12-20; 22-26; 40) are switched off successively, and it is detected, via the detector device of a respective sensor that is not controlled with a changed clock frequency or transmission frequency or with a changed modulation, from which side light of the sensor that is controlled with a changed clock frequency and/or transmission frequency or a changed modulation is possibly received, or it is detected, via the detector device of the sensor with a switched-off transmission device, from which side light of another sensor is possibly received, and subsequently the respective absolute position of the sensors (12-20; 22-26; 40) is determined on the basis of the ascertained positions of the sensors (12-20; 22-26; 40) relative to one another, wherein the monitoring regions of adjoining sensors (12-20; 22-26; 40) partially overlap.
A method for making a membrane-supported thermoelectric subassembly, comprising: providing a porous membrane having a top face and a bottom face; dispensing a thermoelectric powder or slurry of powder into a plurality of selected areas in the top face or bottom face of the porous membrane so as to place the powder in electrically isolated columns extending to the top face and the bottom face of the membrane; and sintering the thermoelectric powder in the membrane to form a plurality of consolidated thermoelectric elements, characterized in that sintering is caused by irradiance from a pulsed lamp assembly. providing a porous membrane having a top face and a bottom face; dispensing a thermoelectric powder or slurry of powder into a plurality of selected areas in the top face or bottom face of the porous membrane so as to place the powder in electrically isolated columns extending to the top face and the bottom face of the membrane; and sintering the thermoelectric powder in the membrane to form a plurality of consolidated thermoelectric elements, characterized in that sintering is caused by irradiance from a pulsed lamp assembly.
A container for storing a powder mixture during heat treatment in a furnace, wherein the container is bounded by a lateral wall having a bottom edge and a top edge, characterized in that the lateral wall comprises a plurality of receptacles passing through the wall from the bottom edge to the top edge, for releasable fastening of spacers, which in the installed state allow contactless stacking of a plurality of containers one above the other, in that the spacers project beyond the wall of the container at the top edge and at the bottom edge in the installed state, and can be locked within the receptacle. wherein the container is bounded by a lateral wall having a bottom edge and a top edge, characterized in that the lateral wall comprises a plurality of receptacles passing through the wall from the bottom edge to the top edge, for releasable fastening of spacers, which in the installed state allow contactless stacking of a plurality of containers one above the other, in that the spacers project beyond the wall of the container at the top edge and at the bottom edge in the installed state, and can be locked within the receptacle.
A method of screening biochemical entities, the method comprising: (a) providing a library comprising 6 or more candidate biochemical entities; (b) measuring a first conformational state of an intrinsically disordered protein, thereby generating a baseline; (c) contacting each of the candidate biochemical entities with the same intrinsically disordered protein; (d) measuring a second conformational state of the intrinsically disordered protein; (e) determining a signature for at least a first and a second candidate biochemical entity using the second conformational state (f) comparing the signature of the first candidate biochemical entity to the signature of the second candidate biochemical entity; and (g) selecting, based on the comparison in (f), one or more biochemical entities from the candidate biochemical entities, wherein the candidate biochemical entities are small molecules that share a common scaffold core, and wherein the measuring steps comprise measurements of second harmonic generation. (a) providing a library comprising 6 or more candidate biochemical entities; (b) measuring a first conformational state of an intrinsically disordered protein, thereby generating a baseline; (c) contacting each of the candidate biochemical entities with the same intrinsically disordered protein; (d) measuring a second conformational state of the intrinsically disordered protein; (e) determining a signature for at least a first and a second candidate biochemical entity using the second conformational state (f) comparing the signature of the first candidate biochemical entity to the signature of the second candidate biochemical entity; and (g) selecting, based on the comparison in (f), one or more biochemical entities from the candidate biochemical entities,
A method of driving a display device during a touch sensing period (Touch) of a frame comprising the touch sensing period and an image display period, the method comprising: connecting a plurality of data lines, formed in a panel of the display device, to ground during a touch preparation period when the touch sensing period begins and until before a plurality of sensing pulses are supplied to a plurality of driving electrodes of a touch panel which is built into the panel; and after the touch preparation period, repeatedly: floating the plurality of data lines in a sensing pulse output period while the plurality of sensing pulses are supplied to the plurality of driving electrodes in said sensing pulse output period, and connecting the plurality of data lines to ground in a sensing pulse non-output period where the plurality of sensing pulses are not supplied to the plurality of driving electrodes, until the touch sensing period is ended. connecting a plurality of data lines, formed in a panel of the display device, to ground during a touch preparation period when the touch sensing period begins and until before a plurality of sensing pulses are supplied to a plurality of driving electrodes of a touch panel which is built into the panel; and after the touch preparation period, repeatedly: floating the plurality of data lines in a sensing pulse output period while the plurality of sensing pulses are supplied to the plurality of driving electrodes in said sensing pulse output period, and connecting the plurality of data lines to ground in a sensing pulse non-output period where the plurality of sensing pulses are not supplied to the plurality of driving electrodes, until the touch sensing period is ended.
Device for sharpening a blade of a manual cutting tool, in particular a knife, having a support provided with a slot, three sharpening levers (7, 8, 9) mounted to be rotatable around shafts (10, 11) secured to the support and placed in staggered arrangement on either side of the slot, wherein each lever (7, 8, 9) is equipped with a position-restoring element (14, 15, 16) in order to define a variable sharpening zone according to the position of the blade of the tool between the levers, characterised in that the position-restoring elements comprise elastic links (14, 15, 16) each braced between a part (72, 82, 92) of a lever (7, 8, 9) and the support.
Field device used in process automation for determining a process variable, a medium property and/or the composition of a medium, comprising at least a sensor unit, an energy harvester and a display unit, wherein the sensor unit and the display unit are arranged in separate locations at a distance from one another; wherein the display unit and the sensor unit have one or more means of communication (3, 10), which are designed to establish wireless data transfer between the display unit and the sensor unit of the field device; and wherein at least the means of communication of the sensor unit is operated by the energy harvester, characterized in that the field device has at least two operating modes, wherein I a first operating mode performs intermittent data transfer, wherein the intermittent data transfer is performed with intermissions, wherein the length of the intermissions can be defined by a control unit, wherein an energy limit value is used as the control variable; and II a second operating mode comprises a logout function in the event of deficient energy supply for one of the means of communication, wherein in said second operating mode the sensor unit logs out of the display unit in the event of a deficient energy supply. wherein the sensor unit and the display unit are arranged in separate locations at a distance from one another; wherein the display unit and the sensor unit have one or more means of communication (3, 10), which are designed to establish wireless data transfer between the display unit and the sensor unit of the field device; and wherein at least the means of communication of the sensor unit is operated by the energy harvester, characterized in that the field device has at least two operating modes, wherein I a first operating mode performs intermittent data transfer, wherein the intermittent data transfer is performed with intermissions, wherein the length of the intermissions can be defined by a control unit, wherein an energy limit value is used as the control variable; and II a second operating mode comprises a logout function in the event of deficient energy supply for one of the means of communication, wherein in said second operating mode the sensor unit logs out of the display unit in the event of a deficient energy supply.
Drilling machine comprising: - a lower unit, - an upper unit mounted in such a way to revolve relative to the lower unit around a vertical axis of rotation, - a mast connected to the upper unit, by means of an articulated system, - a rotary supported on the mast, - a drilling tool connected to a Kelly bar of telescopic type and driven into rotation by the rotary, and - a blocking system suitable for blocking the rotation of the upper unit relative to the lower unit, characterized in that said blocking system comprises: - a cylinder revolvingly mounted on a frame of the lower unit, in such a way to rotate around the axis of rotation of the upper unit, both relative to the lower unit and to the upper unit, - a plurality of vises mounted on the frame of the lower unit in such a way to block the cylinder integrally with the lower unit, and - an actuator mounted in said upper unit to actuate a blocking pin that is engaged in a hole of a bushing of a flange that protrudes radially outwards from said cylinder in such a way to integrally block the cylinder to the upper unit. - a lower unit, - an upper unit mounted in such a way to revolve relative to the lower unit around a vertical axis of rotation, - a mast connected to the upper unit, by means of an articulated system, - a rotary supported on the mast, - a drilling tool connected to a Kelly bar of telescopic type and driven into rotation by the rotary, and - a blocking system suitable for blocking the rotation of the upper unit relative to the lower unit, - a cylinder revolvingly mounted on a frame of the lower unit, in such a way to rotate around the axis of rotation of the upper unit, both relative to the lower unit and to the upper unit, - a plurality of vises mounted on the frame of the lower unit in such a way to block the cylinder integrally with the lower unit, and - an actuator mounted in said upper unit to actuate a blocking pin that is engaged in a hole of a bushing of a flange that protrudes radially outwards from said cylinder in such a way to integrally block the cylinder to the upper unit.
High-pressure fuel injection system for internal combustion engines, having a fuel distributor and multiple fuel injection valves, wherein each of the fuel injection valves is arranged at a cup of the fuel distributor and wherein at least one of the fuel injection valves is fastened by means of a retaining element to the associated cup, wherein the retaining element has an at least substantially straight first limb and an at least substantially straight second limb, wherein the cup has at least one aperture (7, 8) which extends through a wall of the cup, wherein the first limb and the second limb are led at least partially through the at least one aperture (7, 8), and wherein a connection sleeve of the fuel injection valve has a collar which, for the fastening of the fuel injection valve to the cup, is supported on the first limb of the retaining element and on the second limb of the retaining element, characterized in that two apertures (7, 8) are formed in the manner of passage bores which extend at least approximately in a plane, which is oriented perpendicular to an axis of the cup, on in each case two opposite sides of the wall, wherein the first limb and the second limb of the retaining element are, in an initial state, oriented non-parallel with respect to one another such that the limbs (5, 6) either converge on one another or diverge somewhat, whereby, by virtue of the limbs (5, 6) being correspondingly spread apart or pushed together, respectively, insertion into the passage bores (7, 8) formed parallel to one another is made possible, and a clamping force of the limbs (5, 6) with respect to the cup arises as a result in the installed state, and wherein, on the first limb of the retaining element, there is formed an abutment surface at which the collar of the connection sleeve of the fuel injection valve lies against the first limb, and wherein, on the second limb of the retaining element, there is formed an abutment surface at which the collar of the connection sleeve of the fuel injection valve lies against the second limb, and wherein the abutment surface of the first limb is formed by an embossment and the abutment surface of the second limb is formed by an embossment.
A bogie articulation mechanism for a landing gear system, said landing gear system having an airframe, an undercarriage, a strut, a housing, a bogie beam and a piston, said bogie articulation mechanism comprising: a pitch trimmer comprising an actuator having a first terminus and a second terminus, the first terminus adapted to be coupled to the undercarriage comprising a bogie beam; characterised by: a bell crank having a pivot point, a first coupling point and a second coupling point, the first coupling point coupled to the second terminus of the pitch trimmer; a link coupled to the second coupling point of the bell crank; wherein the link has a bell crank terminus and an airframe terminus; wherein the bell crank terminus of the link is coupled to the second coupling point of the bell crank; and wherein the airframe terminus of the link is adapted to be coupled to the airframe. a pitch trimmer comprising an actuator having a first terminus and a second terminus, the first terminus adapted to be coupled to the undercarriage comprising a bogie beam; characterised by: a bell crank having a pivot point, a first coupling point and a second coupling point, the first coupling point coupled to the second terminus of the pitch trimmer; a link coupled to the second coupling point of the bell crank; wherein the link has a bell crank terminus and an airframe terminus; wherein the bell crank terminus of the link is coupled to the second coupling point of the bell crank; and wherein the airframe terminus of the link is adapted to be coupled to the airframe. a bell crank having a pivot point, a first coupling point and a second coupling point, the first coupling point coupled to the second terminus of the pitch trimmer; a link coupled to the second coupling point of the bell crank; wherein the link has a bell crank terminus and an airframe terminus; wherein the bell crank terminus of the link is coupled to the second coupling point of the bell crank; and wherein the airframe terminus of the link is adapted to be coupled to the airframe.