mhurhangee/ep-ind-claims huggingface dataset:
Control member for a welding or cutting device with a hand grip, said control member comprising means for the mechanical connection to said device and first electric connection means suited to be coupled with corresponding second electrical connection means belonging to said device; said mechanical connection means comprising a rapid coupling/uncoupling systems, for example, locking screws, joint systems or pins, adapted to be received in a housing of said control member so as to lock said control member in its final working position inside a corresponding seat and at least one projection element extending from said control member and suited to fit in a seat created in said seat; wherein said mechanical connection means are suited to allow said control,member to be applied to said device in said corresponding seat, without removing said hand grip or one of its parts (503a, 503b); said control member characterized in that said mechanical connection means are shaped so as to allow said control member to be applied to said device in said seat, by moving first said control member along a first direction toward said seat and by subsequently moving said control member along a second direction substantially perpendicular to said first direction, thus, disposing said control member in its final working position inside said seat, and in that said first electrical connection means are shaped so as to be electrically connected with said electrical connection means when said control member is moved along said second direction.
A beam position monitor for performing calculation processing of the state of a charged particle beam that has been accelerated by an accelerator and scanned by a scanning electromagnet (2, 3), the beam position monitor comprising: a plurality of position monitors for detecting a passing position of the charged particle beam through a plurality of detection channels; and a beam data processing device for performing calculation processing of the state of the charged particle beam, based on a plurality of analogue signals outputted from the plurality of position monitors, wherein the beam data processing device includes a plurality of channel data conversion units for performing AD conversion processing in which each of the plurality of analogue signals outputted from the position monitors is converted into a digital signal; a position size processing unit, for each of the position monitors, for calculating a beam position, which is a passing position of the charged particle beam in the position monitor, based on a plurality of voltage information items obtained through processing by the plurality of channel data conversion units; and an integrated control unit for controlling the plurality of channel data conversion units, characterized in that the integrated control unit is configured to output processing start signals (sigcm) for starting the AD conversion processing of the respective data conversion units at different timings for the respective position monitors, while the charges particle beam is irradiated onto an irradiation subject. a plurality of position monitors for detecting a passing position of the charged particle beam through a plurality of detection channels; and a beam data processing device for performing calculation processing of the state of the charged particle beam, based on a plurality of analogue signals outputted from the plurality of position monitors, wherein the beam data processing device includes a plurality of channel data conversion units for performing AD conversion processing in which each of the plurality of analogue signals outputted from the position monitors is converted into a digital signal; a position size processing unit, for each of the position monitors, for calculating a beam position, which is a passing position of the charged particle beam in the position monitor, based on a plurality of voltage information items obtained through processing by the plurality of channel data conversion units; and an integrated control unit for controlling the plurality of channel data conversion units, characterized in that the integrated control unit is configured to output processing start signals (sigcm) for starting the AD conversion processing of the respective data conversion units at different timings for the respective position monitors, while the charges particle beam is irradiated onto an irradiation subject.
Evaluation circuit for evaluating the electrical signals of an optoelectronic detector during the recording of fluorescence events with excitation by means of light pulses, the said optoelectronic detector being designed to detect photons, comprising - an analogue-to-digital converter having an input for connection to an output of the detector and having an output for outputting a digital value (a), a shift register having at least one data input, a clock input, a plurality of register stages and at least one data output, wherein the output of the analogue-to-digital converter is connected to the data input of the shift register, - wherein the evaluation circuit is configured such that light intensities recorded at different times during an illumination cycle by means of the detector and in the form of the digital values output by means of the analogue-to-digital converter are stored independently of one another in the stages of the shift register by virtue of the digital values being applied to the data input of the shift register and the contents of the register stages being shifted to the respective next register stage, the shift register is three or more bits wide in binary logic and a plurality of simultaneously detected fluorescence events are stored in the same register stage, characterized - in that a single bit for a marking value is reserved in each register stage of the shift register a plurality of bits wide, while the remaining bits are available for recording the digital values, with two time windows within an illumination cycle being defined by the marking value. - an analogue-to-digital converter having an input for connection to an output of the detector and having an output for outputting a digital value (a), a shift register having at least one data input, a clock input, a plurality of register stages and at least one data output, wherein the output of the analogue-to-digital converter is connected to the data input of the shift register, - wherein the evaluation circuit is configured such that light intensities recorded at different times during an illumination cycle by means of the detector and in the form of the digital values output by means of the analogue-to-digital converter are stored independently of one another in the stages of the shift register by virtue of the digital values being applied to the data input of the shift register and the contents of the register stages being shifted to the respective next register stage, the shift register is three or more bits wide in binary logic and a plurality of simultaneously detected fluorescence events are stored in the same register stage, characterized - in that a single bit for a marking value is reserved in each register stage of the shift register a plurality of bits wide, while the remaining bits are available for recording the digital values, with two time windows within an illumination cycle being defined by the marking value.
A device for sewing a toe of a tubular knitted article (G1, G2), comprising a continuous flexible member, configured and arranged to press with a branch thereof an end portion of the tubular knitted article (G1, G2) against a supporting surface and to feed the tubular knitted article (G1, G2) along a feed path from an insertion position toward and through a sewing area in which a sewing machine is arranged for sewing the toe of the tubular knitted article (G1, G2); wherein in the insertion position said branch of the continuous flexible member forms a first curve (7A; 7B); characterized in that in the sewing area the continuous flexible member co-acts with a convex deflector profile, which imparts to the continuous flexible member a curvature with a convexity facing the same side as the convexity of the first curve (7A; 7B) of the continuous flexible member.
A welding or additive manufacturing system, comprising: a power supply with a controller, where said controller is configured to control said power supply to output a current waveform; and a contact tip assembly having a first exit orifice suitable to direct a first consumable through said first exit orifice to a deposition operation, and second exit orifice suitable to direct a second consumable through said second exit orifice to said deposition operation, and where a distance exists between said first and second exit orifices (201, 203); characterized in that said current waveform has a peak current level, and background current level and a bridging current level; and said bridging current level is configured to form a bridging droplet which couples said first and second consumable (E1, E2) before said bridging droplet is transferred to a puddle during said deposition operation. a power supply with a controller, where said controller is configured to control said power supply to output a current waveform; and a contact tip assembly having a first exit orifice suitable to direct a first consumable through said first exit orifice to a deposition operation, and second exit orifice suitable to direct a second consumable through said second exit orifice to said deposition operation, and where a distance exists between said first and second exit orifices (201, 203); characterized in that said current waveform has a peak current level, and background current level and a bridging current level; and said bridging current level is configured to form a bridging droplet which couples said first and second consumable (E1, E2) before said bridging droplet is transferred to a puddle during said deposition operation.
A drug delivery system, comprising: a hydrogel formed from cyclodextrin and an amphiphilic triblock copolymer including a B polymer block mid-segment and two A polymer block end segments, wherein the copolymer includes an A polymer block comprising a poly(alkylene oxide) and a B polymer block comprising a poly(hydroxyalkanoate); and a therapeutically effective amount of at least one therapeutic agent intimately contained within the hydrogel; the poly(hydroxyalkanoate) B block polymer is selected from the group consisting of: poly[ -3-hydroxybutyrate]; poly[ -4-hydroxybutyrate]; poly[ -3-hydroxyvalerate]; poly[ -3-hydroxybutyrate]-co-Poly[ -3-hydroxyvalerate]; poly[ -3-hydroxyhexanoate]; Poly[ -3-hydroxyheptanoate]; enantiomers of each of such enantiomers; racemic mixtures of such and enantiomers; and mixtures. a hydrogel formed from cyclodextrin and an amphiphilic triblock copolymer including a B polymer block mid-segment and two A polymer block end segments, wherein the copolymer includes an A polymer block comprising a poly(alkylene oxide) and a B polymer block comprising a poly(hydroxyalkanoate); and a therapeutically effective amount of at least one therapeutic agent intimately contained within the hydrogel;
A method for reprocessing aircraft de-icing agents comprising glycol, in which the used aircraft de-icing agent, possibly contaminated with runway de-icing agent, is collected in a suitable device, the thus collected used aircraft de-icing agent is subsequently brought to a glycol content between 50 and 75% by weight without, or after only coarse, prior separation off of solid or suspended impurities, by expelling water, and the thus obtained concentrate is separated by means of a thin-film evaporator into a water/glycol mixture and a residue, and the water/glycol mixture is collected. the used aircraft de-icing agent, possibly contaminated with runway de-icing agent, is collected in a suitable device, the thus collected used aircraft de-icing agent is subsequently brought to a glycol content between 50 and 75% by weight without, or after only coarse, prior separation off of solid or suspended impurities, by expelling water, and the thus obtained concentrate is separated by means of a thin-film evaporator into a water/glycol mixture and a residue, and the water/glycol mixture is collected.
A method for forming a structural panel defining lateral, longitudinal and vertical directions that are perpendicular to each other, the method comprising: forming a core structure that includes a plurality of corrugated ribbons and a plurality of walls, each of the corrugated ribbons laterally between a respective adjacent pair of the walls, each of the corrugated ribbons including a plurality of baffles and a plurality of porous septums, and each of the porous septums longitudinally between a respective adjacent pair of the baffles; the forming of the core structure comprising bonding a first of the walls to a first of the corrugated ribbons and subsequently bonding a second of the walls to the first of the corrugated ribbons; bonding the core structure to a first skin; and bonding the core structure to a second skin; wherein the core structure is vertically between the first skin and the second skin, and the first skin is configured with a plurality of perforations; characterised in that: the forming of the core structure further comprises bonding the second of the walls to a second of the corrugated ribbons and subsequently performing the bonding of the second of the walls to the first of the corrugated ribbons. forming a core structure that includes a plurality of corrugated ribbons and a plurality of walls, each of the corrugated ribbons laterally between a respective adjacent pair of the walls, each of the corrugated ribbons including a plurality of baffles and a plurality of porous septums, and each of the porous septums longitudinally between a respective adjacent pair of the baffles; the forming of the core structure comprising bonding a first of the walls to a first of the corrugated ribbons and subsequently bonding a second of the walls to the first of the corrugated ribbons; bonding the core structure to a first skin; and bonding the core structure to a second skin; wherein the core structure is vertically between the first skin and the second skin, and the first skin is configured with a plurality of perforations; characterised in that: the forming of the core structure further comprises bonding the second of the walls to a second of the corrugated ribbons and subsequently performing the bonding of the second of the walls to the first of the corrugated ribbons.
An orthopedic sandal for prevention of plurality of health problems in foot, ankle, and spine that comprises a sole and mounted straps that secure the sole to a wearer's foot; there are six different said straps, four of them hold the front of the foot, and two of them hold the ankle; said straps pass through the edge of the said sole to create 12 extensions underneath the sole; each of the extension is about 1 to 3 centimeters long; said straps are made of rubber that generates high friction; said sole consists of two different layers - an outer layer and an inner layer; said outer layer is made of rubber mixed with nylon fibers; said outer layer has an empty inside that expands from the front portion of the outer layer that is under the wearer's toes to the end portion of the outer layer that is under the wearer's heel; said empty inside is divided sidewardly by 3 dividers into 4 compartments; in each said compartment, there is a thin rubber layer that horizontally divides said compartment into two; said inner layer is a pouch made of soft rubber that is in contact with the wearer's foot; said pouch is filled with special soft gel that has physical stability, including stability of viscosity, under the change of temperature and pressure; said inner layer is pre-shaped to ergonomically fit the wearer's sole; said inner layer is able to reshape under the gravity force of the wearer's body;
Agricultural sprayer, in particular a field sprayer, comprising at least one detection device which is designed to detect vegetation (N2, N3), in particular in the form of weed and/or wild growth, on an agricultural surface, at least one first and second discharge element (30, 40) which are arranged on a spray boom and are designed to apply spray liquid to the agricultural work surface, in particular to the vegetation (N2, N3) thereof, depending on an operating state (B1-B3), the operating state (B1-B3) being selectable depending on the detected vegetation (N2, N3), and at least one adjusting device by means of which the impact area of the spray liquid which can be applied by the at least one first and/or second discharge element (30, 40) can be adjusted, the spray liquid being applicable via the at least one first discharge element in a first operating state and via the at least one second discharge element in a second operating state, characterized in that the at least one first and second discharge element (30, 40) have different spray profiles, the at least one first discharge element having a spray profile suitable for treating individual plants and the at least one second discharge element having a spray profile suitable for treating a surface.
Covering element for a floor, wall or ceiling covering or for use as a furniture component, in particular a panel body or a foil, having a carrier layer and having at least one functional layer, wherein at least one negative mask layer is provided for compensating for projecting contours, in particular a printed circuit, of the functional layer, wherein the negative mask layer has at least one recess for receiving projecting contours of the functional layer, and wherein the negative mask layer is formed at least partially by a part of the carrier layer, characterized in that the carrier layer has at least one milled and/or cut recess for receiving projecting contours of the functional layer.
Method for the forming of a fluid-tight separating closure of a conduit involving the following steps: - providing of a conduit with a sleeve, - positioning of the conduit with the sleeve in a closure unit having a die and a stamp - compressing of the sleeve by a relative movement between the die and the stamp in order to form a closure; - severing of the closure in a compressed region by a relative movement between the closure unit and a separating unit. - providing of a conduit with a sleeve, - positioning of the conduit with the sleeve in a closure unit having a die and a stamp - compressing of the sleeve by a relative movement between the die and the stamp in order to form a closure; - severing of the closure in a compressed region by a relative movement between the closure unit and a separating unit.
Foldable child stroller, including at least one push-arm capable of sliding with respect to at least one connection part defining a guide tunnel in which said push-arm can circulate, wherein said guide tunnel comprises at least two sets of rolling elements (41, 42), an upper set in the vicinity of the upper portion of said connection part and a lower set in the vicinity of the lower portion of said connection part, characterized in that each set of rolling elements comprises at least three rolling elements mounted so as to provide a clearance between said tunnel and said push-arm, said guide tunnel and said push-arm being curved, according to the sliding axis.
A cable protection tube for receiving cables, such as electric wires, fiber-optic cables or optical fibers, comprising two tube segments (3, 5) which define free joining edges (7, 9) in a pre-assembly state and are movable from the pre-assembly state into an assembly end state in which the free joining edges are joined together for forming the closed cable protection tube, characterized in that one of the joining edges (7, 9) comprise a sealing that forms at least sectionwise the outside of the cable protection tube, wherein one of the tube segments (3, 5) comprises a seating for the sealing that exposes to the external of the cable protection tube, wherein the seating for the sealing is formed by at least one section of one of the tube segments with reduced wall thickness, and that one of the tube segments (3, 5) comprises an over-gripping joining edge, and that the other tube segment (3, 5) comprises an under-gripping joining edge, wherein in the assembly state, said joining edges interlock such that a substantially ideal-cylindrical crossover is formed between the tube segments (3, 5) at the outside of the cable protection tube, and that the tube segments (3, 5) restrict a substantially ideal-cylindrical cable receiving room.
Process for dispensing a flowable material comprising a volatile solvent into a mold, in particular a material for forming an ophthalmic lens, e.g. a contact lens, the process comprising the steps of: - providing a mold; - providing a dispensing means (40,41,42); - arranging the mold underneath the dispensing means (40,41,42); - dispensing the flowable material comprising the volatile solvent into the mold, the step of dispensing being performed in a local gas atmosphere substantially preventing the solvent from evaporating from the flowable material, characterized in that - the local gas atmosphere is provided in the interior of a housing where the dispensing means is arranged and where the step of dispensing the flowable material into the mold is performed - means are provided for measuring the oxygen content in the interior of the housing, and means for venting the interior of the housing with an inert gas in case the measured oxygen content exceeds a predetermined threshold. - providing a mold; - providing a dispensing means (40,41,42); - arranging the mold underneath the dispensing means (40,41,42); - dispensing the flowable material comprising the volatile solvent into the mold, the step of dispensing being performed in a local gas atmosphere substantially preventing the solvent from evaporating from the flowable material, - the local gas atmosphere is provided in the interior of a housing where the dispensing means is arranged and where the step of dispensing the flowable material into the mold is performed - means are provided for measuring the oxygen content in the interior of the housing, and means for venting the interior of the housing with an inert gas in case the measured oxygen content exceeds a predetermined threshold.
A needle safety assembly comprising: a needle safety element slidably mounted on a needle shaft (1.1) having a needle tip (1.2), the needle safety element comprising: a proximal wall (2.1) having an opening (2.2), a moveable distal wall, and two movable arms (2.3, 2.4); a frame surrounding, at least in part, the needle safety element comprising: a first stay and a second stay connected to a bracket and lugs formed on the proximal end of the stays (3a, 3b) characterized in that the two movable arms (2.3, 2.4) are generally parallel and do not intersect and extend along opposite sides of the needle shaft. a needle safety element slidably mounted on a needle shaft (1.1) having a needle tip (1.2), the needle safety element comprising: a proximal wall (2.1) having an opening (2.2), a moveable distal wall, and two movable arms (2.3, 2.4); a proximal wall (2.1) having an opening (2.2), a moveable distal wall, and two movable arms (2.3, 2.4); a frame surrounding, at least in part, the needle safety element comprising: a first stay and a second stay connected to a bracket and lugs formed on the proximal end of the stays (3a, 3b) a first stay and a second stay connected to a bracket and lugs formed on the proximal end of the stays (3a, 3b) characterized in that the two movable arms (2.3, 2.4) are generally parallel and do not intersect and extend along opposite sides of the needle shaft.