mhurhangee/ep-ind-claims huggingface dataset:
A maskless electron beam lithography system arranged to transfer a pattern onto the surface of a target, comprising: - at least one beam generator (50, 52, 53) arranged to generate a plurality of beamlets, wherein said beam generator comprises an electron beam generating means; - modulation means comprising an aperture plate comprising a plurality of modulators arranged to modulate the magnitude of a beamlet, wherein each of said modulators comprises at least one electrostatic deflector arranged to deflect electron beamlets passing through the apertures in the aperture plate by turning the deflectors on and off; - a control unit arranged to control each of the modulators, wherein the control unit is configured to generate and deliver pattern data to said modulation means to control the magnitude of each individual beamlet, the control unit comprising: - at least one data converter arranged to convert the pattern data into at least one modulated light beam holding part of the pattern data to control one ore more modulators; characterised in that each modulator of the modulation means comprises a light sensitive element, each electrostatic deflector being coupled to a light sensitive element; and in that the control unit further comprises an optical transmitter comprising projectors arranged to project said at least one modulated light beam on said light sensitive elements via free space optical interconnects; the light sensitive elements being arranged to convert said at least one modulated light beam into a signal arranged to turn the deflectors on and off. - at least one beam generator (50, 52, 53) arranged to generate a plurality of beamlets, wherein said beam generator comprises an electron beam generating means; - modulation means comprising an aperture plate comprising a plurality of modulators arranged to modulate the magnitude of a beamlet, wherein each of said modulators comprises at least one electrostatic deflector arranged to deflect electron beamlets passing through the apertures in the aperture plate by turning the deflectors on and off; - a control unit arranged to control each of the modulators, wherein the control unit is configured to generate and deliver pattern data to said modulation means to control the magnitude of each individual beamlet, the control unit comprising: - at least one data converter arranged to convert the pattern data into at least one modulated light beam holding part of the pattern data to control one ore more modulators; - at least one data converter arranged to convert the pattern data into at least one modulated light beam holding part of the pattern data to control one ore more modulators;
Cardboard bottle carrier for carrying bottles, each bottle comprising a neck (2.1) and a mouth (2.2) arranged following said neck (2.1), the cardboard bottle carrier being formed from a quadrangular cardboard sheet (1.1) symmetrically with respect to a transverse axis thus forming two symmetrical parts, characterised in that each symmetrical part comprises at least from a first outer side (1.11) and in sequence a first face (1.12) in which a first hole (1.13) is made having a diameter similar to that of the neck (2.1) of the bottle, followed by and connected to a second hole (1.14) having a diameter larger than that of the mouth (2.2) of the bottle, such that the neck (2.1) can pass from the second hole (1.14) to the first hole (1.13), a first transverse fold line (1.15), a second transverse fold line (1.16), a second face (1.17) with a third hole (1.18) having a diameter similar to that of the neck (2.1) of the bottle, followed by and connected to a fourth hole (1.19) having a diameter larger than that of the mouth (2.2) of the bottle, such that the neck (2.1) can pass from the fourth hole (1.19) to the third hole (1.18); a third fold line (1.20), a third face (1.21), up to the transverse axis that configures a fourth fold line, such that when forming the cardboard bottle carrier the neck (2.1) of each bottle is introduced through the fourth hole (1.19) and through the second hole (1.14) thanks to the fold along the second fold line (1.16), making the first face (1.12) coincide with the second face (1.17); wherein, by pulling on the first face (1.12) in a direction coplanar with the first face (1.12) and the second face, so as to make them coincide through the first fold line (1.15) only, whereby said first face (1.12) slides on the second face (1.17) to pass from the second fold line (1.16) to the first fold line (1.15), the neck (2.1) of each bottle is surrounded by the first hole (1.13) and third hole (1.18); wherein by the fold along the transverse axis the third faces (1.21) of each symmetrical part are made to coincide thus making a handle.
An Ni base forged alloy having solid solution temperature of a precipitation strengthening phase lower than or equal to 970°C, difference in the solid solution temperature between a δ-phase and the precipitation strength phase larger than or equal to 50°C, Al of 0.5 to 1.0%, Cr of 17 to 21%, Fe of 17 to 19%, Nb of 4.5 to 5.5%, Ti of 0.8 to 1.3%, W of 3.0 to 6.0%, B of 0.001 to 0.03%, C of 0.001 to 0.1% and Mo of 1.0% or less in mass percentage [%] and remainder made of Ni and inevitable impurities.
A fiber optic connector comprising: a housing sized to fit within a fiber optic receptacle and having an opening and a longitudinal passage for receiving a fiber optic terminus; and a deflectable locking member including a base having an opening that aligns with the opening in the housing for attaching to the housing, and a deflectable portion, characterized by the deflectable portion having a first end extending from the base and a second end wider than the first end in a lateral direction orthogonal to the longitudinal passage, and ledges extending downward from the second end of the deflectable portion toward the longitudinal passage for engaging with a wall of the fiber optic receptacle to prevent accidental rearward separation of the housing from the receptacle, and a planar portion extending axially from a bottom of the ledges away from the base towards a flange and configured to abut an underside of a portion of the receptacle to prevent upward movement of the deflectable locking member when installed in the receptacle. a housing sized to fit within a fiber optic receptacle and having an opening and a longitudinal passage for receiving a fiber optic terminus; and a deflectable locking member including a base having an opening that aligns with the opening in the housing for attaching to the housing, and a deflectable portion, characterized by the deflectable portion having a first end extending from the base and a second end wider than the first end in a lateral direction orthogonal to the longitudinal passage, and ledges extending downward from the second end of the deflectable portion toward the longitudinal passage for engaging with a wall of the fiber optic receptacle to prevent accidental rearward separation of the housing from the receptacle, and a planar portion extending axially from a bottom of the ledges away from the base towards a flange and configured to abut an underside of a portion of the receptacle to prevent upward movement of the deflectable locking member when installed in the receptacle.
A subsea well intervention method implemented on a well from a floating vessel, said floating vessel not comprising a derrick, the method comprising the following steps: - connecting a blowout preventer module onto a subsea tree, - connecting a lubricator module onto the blowout preventer module, - connecting a power line directly between a remotely operated vehicle and the blowout preventer module for powering the blowout preventer module, the remotely operated vehicle being connected to a control unit located on the floating vessel via a remotely operated vehicle umbilical, - running down in water an assembly of a tool and a pressure control head, said tool being suspended by a wire line from a first crane of the floating vessel, - running the tool inside the lubricator module, - connecting the pressure control head onto the lubricator module, - operating a test procedure of at least one of the pressure control head, the lubricator module and the blowout preventer module by the control unit and via the remotely operated vehicle and its power line, - opening valves of the blowout preventer module, and - running the tool down inside the well. - connecting a blowout preventer module onto a subsea tree, - connecting a lubricator module onto the blowout preventer module, - connecting a power line directly between a remotely operated vehicle and the blowout preventer module for powering the blowout preventer module, the remotely operated vehicle being connected to a control unit located on the floating vessel via a remotely operated vehicle umbilical, - running down in water an assembly of a tool and a pressure control head, said tool being suspended by a wire line from a first crane of the floating vessel, - running the tool inside the lubricator module, - connecting the pressure control head onto the lubricator module, - operating a test procedure of at least one of the pressure control head, the lubricator module and the blowout preventer module by the control unit and via the remotely operated vehicle and its power line, - opening valves of the blowout preventer module, and - running the tool down inside the well.
Method for transporting preforms in the area of a blow moulding machine for blow moulding containers from a thermoplastic material along a sorting device configured as a roller sorter with two conveyor rollers especially rotating in opposite directions to one another, wherein at least one sensor arranged in the area of the sorting device detects at least one preform transported in its detection area and generates a sensor signal, wherein the sensor signal is transmitted to a control system for processing, the control system evaluates the sensor signal and generates at least one control signal as a function thereof, and wherein a process parameter of the sorting device and/or of a conveying device upstream of the sorting device for supplying the preforms to the sorting device is adjusted as a function of at least one of the control signals, wherein a section of the sorting device is detected by at least one of the sensors, the sensor signal of this sensor containing data on at least one gap between a pair of preforms being transported successively in the detection area of this sensor, and wherein the control signals for adjusting a process parameter of the conveying device and/or of the sorting device are, at least for certain periods of time, dependent on the acquired gap data, characterised in that - a gap position and/or a gap distance between individual pairs of successive preforms is determined from the acquired gap data. - a gap position and/or a gap distance between individual pairs of successive preforms is determined from the acquired gap data.
An acoustic transducer comprising: an acoustic transducing unit which is cylindrical and configured to be formed to have an inner diameter almost the same as an inner diameter of an ear canal of a person and to have an expanding and contracting action, wherein the acoustic transducing unit is formed of a cylindrical sheet-shaped flexible device having an expanding and contracting action according to an electric signal, wherein metal layers (302, 303) are disposed on both surfaces of the sheet-shaped flexible device, wherein, when the electric signal is applied between the metal layers (402, 403), the area of the sheet-shaped flexible device is enlarged or reduced according to a polarity of the electric signal, wherein the sheet-shaped flexible device expands and contracts in a radial direction, wherein an acoustic material is inserted into the sheet-shaped flexible device so that the cylinder of the sheet-shaped flexible device is closed, and wherein the acoustic material is movable in a longitudinal direction of the cylinder of the sheet-shaped flexible device; and a part configured to be inserted into an ear canal, provided at at least one end of the acoustic transducing unit. an acoustic transducing unit which is cylindrical and configured to be formed to have an inner diameter almost the same as an inner diameter of an ear canal of a person and to have an expanding and contracting action, wherein the acoustic transducing unit is formed of a cylindrical sheet-shaped flexible device having an expanding and contracting action according to an electric signal, wherein metal layers (302, 303) are disposed on both surfaces of the sheet-shaped flexible device, wherein, when the electric signal is applied between the metal layers (402, 403), the area of the sheet-shaped flexible device is enlarged or reduced according to a polarity of the electric signal, wherein the sheet-shaped flexible device expands and contracts in a radial direction, wherein an acoustic material is inserted into the sheet-shaped flexible device so that the cylinder of the sheet-shaped flexible device is closed, and wherein the acoustic material is movable in a longitudinal direction of the cylinder of the sheet-shaped flexible device; and a part configured to be inserted into an ear canal, provided at at least one end of the acoustic transducing unit.
A solar cell module comprising: a solar cell string in which a plurality of rectangular solar cells (101, 102, 103) each having a light-receiving surface and a back surface are electrically connected along a first direction, the light-receiving surface having a black color; a light-transmissive light-receiving-surface protection member disposed on a light-receiving side of the solar cell string; a back-surface protection member disposed on a back side of the solar cell string; and an encapsulant arranged between the light-receiving-surface protection member and the back-surface protection member to encapsulate the solar cell string, wherein the solar cell has no metal electrode on the light-receiving surface, and has a metal electrode only on the back surface, the solar cell string includes a cell connecting member positioned between solar cells adjacent in a first direction, a principal surface of the back-surface protection member on the light-receiving side has a black color, and a portion of the cell connecting member exposed to the light-receiving surface has a black color, characterized in that a lateral surface at a second direction end of the cell connecting member has a black color, and is situated in line with the lateral surface of the solar cell, wherein the second direction is orthogonal to the first direction. a solar cell string in which a plurality of rectangular solar cells (101, 102, 103) each having a light-receiving surface and a back surface are electrically connected along a first direction, the light-receiving surface having a black color; a light-transmissive light-receiving-surface protection member disposed on a light-receiving side of the solar cell string; a back-surface protection member disposed on a back side of the solar cell string; and an encapsulant arranged between the light-receiving-surface protection member and the back-surface protection member to encapsulate the solar cell string, wherein the solar cell has no metal electrode on the light-receiving surface, and has a metal electrode only on the back surface, the solar cell string includes a cell connecting member positioned between solar cells adjacent in a first direction, a principal surface of the back-surface protection member on the light-receiving side has a black color, and a portion of the cell connecting member exposed to the light-receiving surface has a black color, characterized in that a lateral surface at a second direction end of the cell connecting member has a black color, and is situated in line with the lateral surface of the solar cell, wherein the second direction is orthogonal to the first direction.
Gasket (1, 1', 1") for the head of support columns of raised floors, comprising a block that has a lower face, which is intended to rest on the resting head of a support column of raised floors, an upper face, that is substantially parallel to said lower face and that is intended to act as a rest for the panels of said raised floors, at least one cavity for housing the end of a cross-member, said cavity being open at said upper face and at the perimeter edge of said block, and means for holding said end of cross-member that are defined at said cavity, said gasket (1, 1', 1") being characterised in that said cavity comprises a resting base of said end of cross-member and that is intended to be arranged between said resting head and said end of cross-member, said resting base having two side walls and a bottom wall rising from it, and in that said holding means comprise at least one pin that projects perpendicularly from said resting base and that is intended to be inserted into a corresponding hole formed in said end of cross-member and at least one elastic tab or tongue that is defined at at least one of said side or bottom walls and that is suitable for engaging with said end of cross-member.
A fluid flow structure, comprising a fluid dispensing micro device molded in a molding having a channel therein through which fluid may flow directly to the fluid dispensing micro device, the fluid dispensing micro device containing multiple fluid ejectors and multiple fluid chambers each near an ejector and each chamber having an inlet through which fluid from the channel may enter the chamber and an outlet through which fluid may be ejected from the chamber, a perimeter of the channel surrounding the inlets, wherein the channel, in a direction perpendicular to the fluid flow, is broader than the fluid dispensing micro device.
Device for cutting bread into slices with a) an insertion area into which a loaf of bread can be inserted, b) a cutting device comprising a swing arm rotatable about a first axis of rotation and a circular knife which is borne on the swing arm in a rotating manner about as second axis of rotation, wherein the second axis of rotation moves within a cutting cross-section, c) an advancing device with which the loaf of bread situated in the insertion area can be advanced towards the cutting device so that at the front end of the load of bread successive slices can be cut from this by way of the cutting device, d) a removal area in which the cut slices can be picked up, e) a transmission device arranged in an interior space of the swing arm housing for driving the circular blade, wherein at an end facing away from the first axis of rotation the swing arm housing terminates in a wedge-shaped manner in a longitudinal section orientated perpendicularly to a plane of the circular knife. characterised in that f) in a thickened area, in which the swing arm housing and the circular knife overlap, a thickness of the swing arm housing measured perpendicularly to the plane of the circular knife is greater than 20 mm and g) in a longitudinal section, the contour of which initially has a wedge-shaped section, then in the thickened area has a section with a maximum constant thickness and then a section with reduced thickness. a) an insertion area into which a loaf of bread can be inserted, b) a cutting device comprising a swing arm rotatable about a first axis of rotation and a circular knife which is borne on the swing arm in a rotating manner about as second axis of rotation, wherein the second axis of rotation moves within a cutting cross-section, c) an advancing device with which the loaf of bread situated in the insertion area can be advanced towards the cutting device so that at the front end of the load of bread successive slices can be cut from this by way of the cutting device, d) a removal area in which the cut slices can be picked up, e) a transmission device arranged in an interior space of the swing arm housing for driving the circular blade, wherein at an end facing away from the first axis of rotation the swing arm housing terminates in a wedge-shaped manner in a longitudinal section orientated perpendicularly to a plane of the circular knife. characterised in that f) in a thickened area, in which the swing arm housing and the circular knife overlap, a thickness of the swing arm housing measured perpendicularly to the plane of the circular knife is greater than 20 mm and g) in a longitudinal section, the contour of which initially has a wedge-shaped section, then in the thickened area has a section with a maximum constant thickness and then a section with reduced thickness.
A method of producing a fluorinated phosphorus-doped tin oxide powder comprising 0.5 to 5 parts by weight of phosphorus and 0.5 to 4.0 parts by weight of fluorine, based on 100 parts by weight of tin oxide, and having a specific surface area of 40 to 100 m 2 /g and a volume resistance of 100 Ω•cm or less, the method comprising the steps of: producing a phosphorus- and fluorine-containing tin hydroxide by hydrolysis of a tin salt or a stannate in the presence of a phosphorus compound and a fluorine compound; adsorbing a water-soluble polymer on the product; and then firing the product at 400 to 700°C under a reducing atmosphere. producing a phosphorus- and fluorine-containing tin hydroxide by hydrolysis of a tin salt or a stannate in the presence of a phosphorus compound and a fluorine compound; adsorbing a water-soluble polymer on the product; and then firing the product at 400 to 700°C under a reducing atmosphere.
Method for regulating a reluctance motor comprising a rotor and a stator, the stator having individual stator coils and a predefined current flowing in the coils depending on the load of the motor, the motor being multi-phase, characterised in that, when the motor is started when a reverse rotation of the rotor is initiated, which reverse rotation is detected by the electronic control system by means of a position sensor provided for each phase, there is no phase which is energised and a renewed start-up process is initiated by the electronic system, in that different regulation methods are applied depending on the number of revolutions of the rotor, specifically by specifying a fixed rotary field in the case of lower numbers of revolutions, and in that the rotor position is determined by means of a reflex light barrier as the position sensor, the reflection of the rotor being directly used for measurement by orienting the light source towards the rotor.