mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an industrial actuator, the method comprising: - receiving a manual input in the form of a displacement (50a-50d) of an input element (30a-30d), the input element (30a-30d) being movable in each of a first input direction and a second input direction from a neutral position; - in response to the manual input being a displacement (50c, 50d) of the input element (30a-30d) from the neutral position in the first input direction, controlling the industrial actuator to move in a forward direction along a programmed movement path (32a, 32b) and with a speed corresponding to a magnitude or a speed of the displacement (50c, 50d) from the neutral position; and - in response to the manual input being a displacement (50a, 50b) of the input element (30a-30d) from the neutral position in the second input direction, controlling the industrial actuator to move in a backward direction along the programmed movement path (32a, 32b) and with a speed corresponding to a magnitude or a speed of the displacement (50a, 50b) from the neutral position. - receiving a manual input in the form of a displacement (50a-50d) of an input element (30a-30d), the input element (30a-30d) being movable in each of a first input direction and a second input direction from a neutral position; - in response to the manual input being a displacement (50c, 50d) of the input element (30a-30d) from the neutral position in the first input direction, controlling the industrial actuator to move in a forward direction along a programmed movement path (32a, 32b) and with a speed corresponding to a magnitude or a speed of the displacement (50c, 50d) from the neutral position; and - in response to the manual input being a displacement (50a, 50b) of the input element (30a-30d) from the neutral position in the second input direction, controlling the industrial actuator to move in a backward direction along the programmed movement path (32a, 32b) and with a speed corresponding to a magnitude or a speed of the displacement (50a, 50b) from the neutral position.
The method for 3D measurement of the object using structured backlighting consists of projecting a predetermined image having at least two parallel lines along one of the longitudinal axes onto the controlled object, recording the light emitted by the projection unit and reflected from the object using at least two cameras installed at different distances from the projection unit forming different triangulation angles between the central beam of the projection unit and the central beams of the cameras, subsequently identifying each line projected by the projection unit and formed by the reflected light received by each camera by comparing the coordinates of the lines received by the cameras, with the triangulation angle between the central beam of the projection unit and the central beam of the first camera located at the minimum distance from the projection unit assumed equal to the arctangent of the ratio between the distance between the projected bands and the focal depth of this camera's lens, determining the longitudinal coordinates of the line centers and vertical coordinates as the quotient of longitudinal coordinate by the tangent of the triangulation angle between the central beam of the projection unit and the central beam of the first camera in the image from the first camera, and using the vertical coordinate value obtained using the second camera located at a larger triangulation angle than that of the first camera to adjust the vertical coordinate, wherefore the positions of the same lines in the image from the second camera are identified as the closest to the longitudinal coordinates calculated as the product of the above vertical coordinate determined using the first camera and the tangent of the second camera triangulation angle, after which the adjusted values of the longitudinal and vertical coordinates are determined for these lines.
A rear door heat exchanger having a multiplicity of coolant conducting loops each connected at one end to a common inlet or upstream header of the exchanger and at its other end to a common outlet or downstream header of the exchanger, characterised in that respective nozzles having respective orifices are provided at the ends of the loops which are connected to the inlet header, each orifice having a diameter appropriate for receiving coolant as a liquid and changing it to a liquid/gas bi-phase coolant.
A polishing apparatus for polishing a substrate having a film formed on a surface thereof, said apparatus comprising: a polishing table having a polishing surface; a top ring configured to press the substrate against said polishing table by applying pressing forces independently to first plural zones on the substrate; a sensor configured to detect a state of the film at plural measuring points; a monitoring device configured to produce monitoring signals for second plural zones on the substrate, respectively, from an output signal of said sensor; a storage device configured to store plural reference signals each indicating a relationship between reference values of each monitoring signal and polishing times; and a controller (53, 54) configured to operate the pressing forces against the first plural zones such that the monitoring signals, corresponding respectively to the second plural zones, converge on the corresponding plural reference signals, respectively. a polishing table having a polishing surface; a top ring configured to press the substrate against said polishing table by applying pressing forces independently to first plural zones on the substrate; a sensor configured to detect a state of the film at plural measuring points; a monitoring device configured to produce monitoring signals for second plural zones on the substrate, respectively, from an output signal of said sensor; a storage device configured to store plural reference signals each indicating a relationship between reference values of each monitoring signal and polishing times; and a controller (53, 54) configured to operate the pressing forces against the first plural zones such that the monitoring signals, corresponding respectively to the second plural zones, converge on the corresponding plural reference signals, respectively.
Vehicle electric system in a motor vehicle with at least one safety-relevant consumer, having a starter battery, a generator and a storage arrangement for electric energy, wherein the storage arrangement is suitable and fit for the provision of the energy for the safety-relevant consumer in case of a failure of the generator and/ or the starter battery, wherein the storage arrangement has an energy storage, an input (U2ein) and an output (U2aus) and wherein the storage arrangement is suitable and fit for drawing electric energy from the vehicle electric system via the input (U2ein) for storage in the energy storage and for feeding electric energy from the energy storage via the output (U2aus) into a part of the vehicle electric system connected to an output (U2aus), wherein the storage arrangement has at least one electric voltage transformer (DC/DC), which is suitable and fit for the transport of electric energy between the input (U2ein) and/ or the output (U2aus) on one hand and the energy storage on the other hand, wherein an output of the generator is connected to one of the inputs of the storage arrangement and the starter battery, characterized in that the output of the generator is connected to a first input of the safety-critical consumer and the output (U2aus) of the storage arrangement is connected to a second, redundant input of the safety-critical consumer.
Pouch-type reservoir, for a container dispensing under pressure, comprising a dome, a dish holding a valve and a pouch, wherein the dome receives the dish provided with the valve and is secured to the pouch, wherein the dome comprises a peripheral collar suitable for being applied to a top rim of the container in order to close the container, wherein the bottom part of the dome on which a neck of the pouch is welded is a base for the reception and sealed fixing of the neck of the pouch, the external face of the base receiving the internal wall of the neck of the pouch, said base, which forms a tubular foot of the dome, is formed by a continuous wall perpendicular to the peripheral collar defining a central tubular opening of the dome, and wherein said dome receiving the dish comprises a bowl for receiving the valve-holder dish, the base and the bowl being in communication through the central tubular opening for filling the pouch and discharging the product, the bowl of the dome comprising a peripheral wall provided with a projecting edge forming a protrusion for crimping a collar of the dish.
A detector for detecting x-radiation of an energy in the range of 10 keV to 300 keV, said detector having at least one detector element, which detector element comprises a semiconductor detector material in a detector area, at least one set of line-shaped electrodes, which electrodes extend in the detector area and are conductively connected to at least one surface of the semiconductor detector material, and signal processors communicating with said line-shaped electrodes, wherein the semiconductor detector material comprises at least one constituent metallic element having an atomic number higher than 14, and the individual set of line-shaped electrodes comprises a plurality of line-shaped electrodes, characterized in that the line-shaped electrodes in the individual set are distributed with a strip pitch (s) of less than 2 μm, that the semiconductor detector material in the detector area has a thickness (t) of at the most three times the strip pitch (s) of said line-shaped electrodes, and that the signal processors comprise signal collecting means and signal readout means, which signal readout means have a read out capability of at least 8.000 frames per second (8 kfps).
An optical coupling apparatus for coupling an optical fiber to a photonic chip, the optical coupling apparatus comprising: • a collimating microlens for collimating light from the optical fiber, • a polarization splitting beam displacer for separating light collimated by the collimating microlens into orthogonally polarized X and Y component beams, • a single focusing microlens for directing the X component beam onto a first surface grating coupler, first SGC, and for directing the Y component beam onto a second SGC, wherein a central ray of the X component beam and a central ray of the Y component beam do not propagate on an optical axis of the focusing microlens, • wherein the first and second SGCs (110a, 110b) are orthogonally disposed on the photonic chip and configured to operate in a same polarization state to couple the X and Y component beams respectively to the photonic chip. • a collimating microlens for collimating light from the optical fiber, • a polarization splitting beam displacer for separating light collimated by the collimating microlens into orthogonally polarized X and Y component beams, • a single focusing microlens for directing the X component beam onto a first surface grating coupler, first SGC, and for directing the Y component beam onto a second SGC, wherein a central ray of the X component beam and a central ray of the Y component beam do not propagate on an optical axis of the focusing microlens, • wherein the first and second SGCs (110a, 110b) are orthogonally disposed on the photonic chip and configured to operate in a same polarization state to couple the X and Y component beams respectively to the photonic chip.
A fluidized bed incinerating method for sludge, comprising the steps of: feeding the sludge into a fluidized bed incinerator; thermally decomposing the sludge at a temperature of 550 to 750°C while fluidizing the sludge in a pyrolysis zone into which fluidizing air having an air ratio of 1.1 or less is supplied together with fuel to combust the fuel to fluidize the sludge; blowing only combustion air having an air ratio of 0.1 to 0.3 into pyrolysis gas at a position above the pyrolysis zone to form a local high temperature place of 850 to 1000°C in an over bed combustion zone, to decompose N 2 O in the pyrolysis gas; and blowing air into a top portion serving as a perfect combustion zone above said over bed combustion zone to perfectly combust unburned contents. feeding the sludge into a fluidized bed incinerator; thermally decomposing the sludge at a temperature of 550 to 750°C while fluidizing the sludge in a pyrolysis zone into which fluidizing air having an air ratio of 1.1 or less is supplied together with fuel to combust the fuel to fluidize the sludge; blowing only combustion air having an air ratio of 0.1 to 0.3 into pyrolysis gas at a position above the pyrolysis zone to form a local high temperature place of 850 to 1000°C in an over bed combustion zone, to decompose N 2 O in the pyrolysis gas; and blowing air into a top portion serving as a perfect combustion zone above said over bed combustion zone to perfectly combust unburned contents.
A method of detecting the presence of a cold end coating, the method comprising: applying a composition for detecting the presence of a cold end coating, the composition including at least one UV optical brightener selected from the group consisting of stilbenes, coumarines, azolines, CBS-X (CAS# 27344-41-8), CXDP (CAS# 10128-55-9), and combinations thereof onto a glass surface; directing UV light to the surface after applying the composition; and reviewing the surface for one or more visual indicators; or applying a composition for detecting the presence of a cold end coating, the composition including a forensic indicator selected from the group consisting of ninhydrin, ninhydrin derivatives, potassium permanganate, 1,8-diazafluorene-9-one, 1,2-indanedione, and combinations thereof onto a glass surface in question; and reviewing the surface for development and visual indication of the forensic indicator. applying a composition for detecting the presence of a cold end coating, the composition including at least one UV optical brightener selected from the group consisting of stilbenes, coumarines, azolines, CBS-X (CAS# 27344-41-8), CXDP (CAS# 10128-55-9), and combinations thereof onto a glass surface; directing UV light to the surface after applying the composition; and reviewing the surface for one or more visual indicators; or applying a composition for detecting the presence of a cold end coating, the composition including a forensic indicator selected from the group consisting of ninhydrin, ninhydrin derivatives, potassium permanganate, 1,8-diazafluorene-9-one, 1,2-indanedione, and combinations thereof onto a glass surface in question; and reviewing the surface for development and visual indication of the forensic indicator.
Electric contact for an electric connector, made of a piece of stamped and bent sheet metal, the electric contact comprising a latching tongue, for fastening the electric contact within a housing, and a body, the latching tongue being connected to the body at a base and having a free end opposite the base, the electric contact further comprising a limit stop, wherein the latching tongue is spaced apart from the limit stop in a resting position and, in a deflected position, rests upon the limit stop and wherein the latching tongue comprises at least one embossing, the embossing elongating the latching tongue in a direction away from the base to form an overlap on which the latching tongue rests on the limit stop, characterized in that the embossing tapers out in the direction in which the elongation is to be effected.
A molding system comprising a heating and cooling module and a mold cavity, the heating and cooling module comprising a die insert (12, 72, 92, 132, 202, 222, 242, 262) including a mold surface (18, 78, 120, 137, 158, 178, 249, 276) defining a part of the mold cavity, and a cooling unit (14, 52, 74, 94, 112, 134, 154, 172, 208, 228, 244, 264, 272, 280, 300) for cooling the mold surface, characterized in that the heating and cooling module further comprises a layered heater (16, 76, 96, 114, 136, 152, 174, 206, 226, 246, 266, 400) including functional layers formed directly on a surface of the cooling unit or a surface of the die insert opposite to the mold surface by using layered or layering processes selected from a group consisting of thick film, thin film, thermal spray and sol-gel processes for heating the mold surface, wherein the layered heater (16, 76, 96, 114, 136, 152, 174, 206, 226, 246, 266, 400) is disposed between the die insert (12, 72, 92, 132, 202, 222, 242, 262) and the cooling unit (14, 52, 74, 94, 112, 134, 154, 172, 208, 228, 244, 264, 272, 280, 300). characterized in that the heating and cooling module further comprises a layered heater (16, 76, 96, 114, 136, 152, 174, 206, 226, 246, 266, 400) including functional layers formed directly on a surface of the cooling unit or a surface of the die insert opposite to the mold surface by using layered or layering processes selected from a group consisting of thick film, thin film, thermal spray and sol-gel processes for heating the mold surface, wherein the layered heater (16, 76, 96, 114, 136, 152, 174, 206, 226, 246, 266, 400) is disposed between the die insert (12, 72, 92, 132, 202, 222, 242, 262) and the cooling unit (14, 52, 74, 94, 112, 134, 154, 172, 208, 228, 244, 264, 272, 280, 300).
A packaging material for a lithium ion battery, comprising: a base material layer having a thickness of 15 to 40 μm, the base material layer being a single-layer film constituted by a polyamide film or a laminated film in which a polyester film and a polyamide film are laminated from an outer side; and sequentially laminated on one surface of the base material layer, a first adhesive layer, a metal foil layer, a corrosion prevention-treated layer, a second adhesive layer, and a sealant layer, wherein said first adhesive layer is a layer formed from a two-liquid curable urethane-based adhesive which allows bifunctional or more aromatic or aliphatic isocyanate, which serves as a curing agent, to act on a main agent including polyol, characterized in that a molar ratio (NCO/OH) between an isocyanate group of the curing agent and a hydroxyl group of the main agent is 20 to 40. a base material layer having a thickness of 15 to 40 μm, the base material layer being a single-layer film constituted by a polyamide film or a laminated film in which a polyester film and a polyamide film are laminated from an outer side; and sequentially laminated on one surface of the base material layer, a first adhesive layer, a metal foil layer, a corrosion prevention-treated layer, a second adhesive layer, and a sealant layer, a first adhesive layer, a metal foil layer, a corrosion prevention-treated layer, a second adhesive layer, and a sealant layer, wherein said first adhesive layer is a layer formed from a two-liquid curable urethane-based adhesive which allows bifunctional or more aromatic or aliphatic isocyanate, which serves as a curing agent, to act on a main agent including polyol, characterized in that a molar ratio (NCO/OH) between an isocyanate group of the curing agent and a hydroxyl group of the main agent is 20 to 40.
An arrangement for surveillance of delamination propagation in a composite structure in a wind turbine component, the arrangement comprising: - at least one mechanical fastener longitudinally positioned through layers of the composite structure to reinforce the composite structure, wherein the mechanical fastener is made of an electrically conductive material; characterized in that it further comprises: - a current source electrically connected to a first end of the mechanical fastener and configured to provide an electrical current to the mechanical fastener through the first end of the mechanical fastener; and - a current measurement device electrically connected to a second end of the mechanical fastener and configured to determine the electrical current exiting the mechanical fastener through the second end of the mechanical fastener. - at least one mechanical fastener longitudinally positioned through layers of the composite structure to reinforce the composite structure, wherein the mechanical fastener is made of an electrically conductive material; - a current source electrically connected to a first end of the mechanical fastener and configured to provide an electrical current to the mechanical fastener through the first end of the mechanical fastener; and - a current measurement device electrically connected to a second end of the mechanical fastener and configured to determine the electrical current exiting the mechanical fastener through the second end of the mechanical fastener.
Machine for the production and distribution of ice particles, having a frame comprising a refrigerator group evaporator and forming means for forming said ice particles, said machine further having a distributing device for distributing said ice particles and comprising a closed housing for storing said ice particles, said distributing device being located outside of said frame, wherein that said distributing device comprises dispensing means for dispensing said ice particles from said housing, and said dispensing means comprise an agitator located within said housing, characterised by said distributing device being activated on demand independently from said forming means each time a pre-set amount of ice is requested.
Arrangement, comprising a fastening device for a function unit, wherein the fastening device comprises: - a housing, - a suction region which is arranged on the housing at the outside and with which the fastening device can be releasably fastened to an underlay, - a fastening interface for fastening the function unit, and - an electrically operated vacuum unit which is arranged in the housing and which is designed to provide a vacuum in the suction region, wherein the arrangement comprises the function unit, characterized in that the function unit comprises a guide device, namely a guide rail, a router guide, a milling template and/or a roll guide rail. - a housing, - a suction region which is arranged on the housing at the outside and with which the fastening device can be releasably fastened to an underlay, - a fastening interface for fastening the function unit, and - an electrically operated vacuum unit which is arranged in the housing and which is designed to provide a vacuum in the suction region, wherein the arrangement comprises the function unit, characterized in that the function unit comprises a guide device, namely a guide rail, a router guide, a milling template and/or a roll guide rail.
An article of footwear comprising: an adjustable pressure bladder; a constant pressure reservoir; a first valve being an electronically controlled valve, and having a fluid port in fluid communication with the bladder and a fluid port in fluid communication with the reservoir; a pressure sensor configured to output bladder pressure values; a second valve in fluid communication with the bladder and an exterior of the article of footwear; and an electronic control unit configured to iteratively transfer gas between the bladder and the reservoir. an adjustable pressure bladder; a constant pressure reservoir; a first valve being an electronically controlled valve, and having a fluid port in fluid communication with the bladder and a fluid port in fluid communication with the reservoir; a pressure sensor configured to output bladder pressure values; a second valve in fluid communication with the bladder and an exterior of the article of footwear; and an electronic control unit configured to iteratively transfer gas between the bladder and the reservoir.
A sliding bearing formed cylindrically by engaging both peripheral ends of a pair of semicircular half bearings (11 12) with each other, characterized in that an axial width of the half bearings is small in both peripheral ends and a peripheral central part and is large in a quarter part positioned therebetween, and end surfaces of both axial ends of the half bearings are finished by cutting processing.