mhurhangee/ep-ind-claims huggingface dataset:
A packaging unit for producing sealed packages containing a pourable food product from a tube of packaging material; said packaging unit comprising: - at least two jaws (10, 11) configured to advance said tube along a first axis, arranged on opposite sides of the first axis itself and movable between a closed position, in which they grip and seal said tube of packaging material at one of a plurality of equally spaced cross sections, and an open position, in which they are detached from said tube; - at least two forming members arranged on opposite sides of said first axis and supported by the respective jaws (10, 11) in a movable manner between a first operating position, in which, in relation to the position of the jaws (10, 11), the forming members have the maximum distance from one another, and a second operating position, in which, in relation to the closed position of the jaws (10, 11), the forming members mate with one another and cooperate with said tube to define the volume of the package being formed between each two consecutive said cross sections; and - actuator means to produce movement of said forming members between said first operating position and said second operating position; characterized in that said actuator means comprise at least one mover connected to at least one respective forming member in any position of the jaws (10, 11) and selectively activated to perform opposite strokes, along which the mover itself produces the movement of the respective forming member in opposite directions; said packaging unit further comprising control means to control said strokes of said mover. - at least two jaws (10, 11) configured to advance said tube along a first axis, arranged on opposite sides of the first axis itself and movable between a closed position, in which they grip and seal said tube of packaging material at one of a plurality of equally spaced cross sections, and an open position, in which they are detached from said tube; - at least two forming members arranged on opposite sides of said first axis and supported by the respective jaws (10, 11) in a movable manner between a first operating position, in which, in relation to the position of the jaws (10, 11), the forming members have the maximum distance from one another, and a second operating position, in which, in relation to the closed position of the jaws (10, 11), the forming members mate with one another and cooperate with said tube to define the volume of the package being formed between each two consecutive said cross sections; and - actuator means to produce movement of said forming members between said first operating position and said second operating position;
Method of secured viewing on a screen of an electronic terminal, characterized in that it comprises the following steps: • a step for determining the mode of operation, whether secured or open, of said terminal; • a step for displaying at least one default indicator representing said determined mode of operation of said terminal; • a step for modifying the display of said indicator, said step for modifying display taking account of at least one predetermined action of said user on said terminal, said at least one predetermined action belonging to the group comprising: an entry on a physical keypad; an entry on a touchpad; an entry via a biometric sensor; a voice entry, said steps for determining the mode of operation, displaying and modifying display being controlled by at least one secured processor of said terminal, and in that it comprises, when the terminal is used in open mode to make at least a first and a second entry on said terminal: • a first implementation of said step of modifying the display of said indicator when the user makes said first entry on said terminal; and • a second implementation of said step of modifying the display of said indicator so as to make the indicator even more visible when the user makes said second entry on said terminal. • a step for determining the mode of operation, whether secured or open, of said terminal; • a step for displaying at least one default indicator representing said determined mode of operation of said terminal; • a step for modifying the display of said indicator, said step for modifying display taking account of at least one predetermined action of said user on said terminal, said at least one predetermined action belonging to the group comprising: an entry on a physical keypad; an entry on a touchpad; an entry via a biometric sensor; a voice entry, said steps for determining the mode of operation, displaying and modifying display being controlled by at least one secured processor of said terminal, • a first implementation of said step of modifying the display of said indicator when the user makes said first entry on said terminal; and • a second implementation of said step of modifying the display of said indicator so as to make the indicator even more visible when the user makes said second entry on said terminal.
Cooling unit for a vehicle, having an evaporator, a condenser, a fan and a channel with an inlet opening, wherein a flow direction for air through the channel is predefined, wherein arranged in the channel are the condenser and, after the condenser in the flow direction of the air, the fan, provision being made of a bypass channel which connects in terms of flow that portion of the channel which is arranged before the condenser in the flow direction of the air to that portion of the channel which is arranged after the fan in the flow direction of the air, provision being made of a closure element which is arranged in the bypass channel, wherein the closure element is adjustable between an open position and a closed position, and, when the closure element is in its open position, the bypass channel for the air flow providing a bypass around the condenser and around the fan, characterized by a control unit which is configured to control the position of the closure element in a manner dependent on a pressure difference between an ambient pressure (p 0) prevailing at the inlet opening from the outside and an exit pressure (p 2) prevailing in the channel after the fan in the flow direction, and/or in a manner dependent on a pressure difference between an entry pressure (p 1) prevailing in the channel before the condenser in the flow direction and the exit pressure (p 2) prevailing in the channel after the fan in the flow direction. having an evaporator, a condenser, a fan and a channel with an inlet opening, wherein a flow direction for air through the channel is predefined, wherein arranged in the channel are the condenser and, after the condenser in the flow direction of the air, the fan, provision being made of a bypass channel which connects in terms of flow that portion of the channel which is arranged before the condenser in the flow direction of the air to that portion of the channel which is arranged after the fan in the flow direction of the air, provision being made of a closure element which is arranged in the bypass channel, wherein the closure element is adjustable between an open position and a closed position, and, when the closure element is in its open position, the bypass channel for the air flow providing a bypass around the condenser and around the fan, characterized by a control unit which is configured to control the position of the closure element in a manner dependent on a pressure difference between an ambient pressure (p 0) prevailing at the inlet opening from the outside and an exit pressure (p 2) prevailing in the channel after the fan in the flow direction, and/or in a manner dependent on a pressure difference between an entry pressure (p 1) prevailing in the channel before the condenser in the flow direction and the exit pressure (p 2) prevailing in the channel after the fan in the flow direction.
A ladder cord for a Venetian blind, comprising two stringers (3, 5) arranged to run in parallel, namely an inner stringer and an outer stringer, each created from a single crocheted thread (3'. 5'), and ridges formed in regular intervals, each made from two threads which run adjacent to each other, which are each tied to the inner stringer and the outer stringer and which connect the two stringers (3, 5), characterized in that the ridges are designed in a single continuous manner from the thread from which the inner stringer is created.
An automated assembly sensor cable comprising: a generally wide and flat elongated body; a conductor set means (310, 320) disposed within the body for transmitting drive currents to sensor LEDs and for receiving currents from sensor photodiodes; a registration means for identifying the relative locations of the conductor set means (310, 320) so as to automate attachment of connectors and circuitry; an inner jacket means for mechanically surrounding and electrically shielding the conductor set means (310, 320); a conductive means embedded within the inner jacket means for draining electrical charge from the body; and an outer jacket means for enclosing and protecting the body generally surrounding the inner jacket means, wherein the registration means comprises a printed line configured to be optically sensed. a generally wide and flat elongated body; a conductor set means (310, 320) disposed within the body for transmitting drive currents to sensor LEDs and for receiving currents from sensor photodiodes; a registration means for identifying the relative locations of the conductor set means (310, 320) so as to automate attachment of connectors and circuitry; an inner jacket means for mechanically surrounding and electrically shielding the conductor set means (310, 320); a conductive means embedded within the inner jacket means for draining electrical charge from the body; and an outer jacket means for enclosing and protecting the body generally surrounding the inner jacket means, wherein the registration means comprises a printed line configured to be optically sensed.
A method comprising: a) hybridizing genomic DNA to an adaptor, wherein the adaptor comprises: a double stranded region containing a nucleotide sequence for subsequent enzymatic processing; and a single stranded region comprising a 5' overhang; wherein the 5' overhang hybridizes to the genomic DNA to produce a substrate for a flap endonuclease; b) cleaving said substrate using said flap endonuclease to produce a product comprising said adaptor and a flap endonuclease-generated fragment of said genomic DNA that is hybridized to said 5' overhang and ligatable to the recessed end of said double stranded region; c) ligating the recessed end of said double stranded region to said fragment to produce an adaptor-ligated DNA; d) denaturing said adaptor-ligated DNA; e) intramolecularly ligating the ends of said adaptor-ligated DNA to produce a circular DNA molecule; and f) enzymatically processing said circular DNA molecule using an oligonucleotide that hybridizes to said adaptor and an enzyme. a) hybridizing genomic DNA to an adaptor, wherein the adaptor comprises: a double stranded region containing a nucleotide sequence for subsequent enzymatic processing; and a single stranded region comprising a 5' overhang; wherein the 5' overhang hybridizes to the genomic DNA to produce a substrate for a flap endonuclease; a double stranded region containing a nucleotide sequence for subsequent enzymatic processing; and a single stranded region comprising a 5' overhang; wherein the 5' overhang hybridizes to the genomic DNA to produce a substrate for a flap endonuclease; b) cleaving said substrate using said flap endonuclease to produce a product comprising said adaptor and a flap endonuclease-generated fragment of said genomic DNA that is hybridized to said 5' overhang and ligatable to the recessed end of said double stranded region; c) ligating the recessed end of said double stranded region to said fragment to produce an adaptor-ligated DNA; d) denaturing said adaptor-ligated DNA; e) intramolecularly ligating the ends of said adaptor-ligated DNA to produce a circular DNA molecule; and f) enzymatically processing said circular DNA molecule using an oligonucleotide that hybridizes to said adaptor and an enzyme.
Method for washing laundry in a washing machine, preferably a horizontal axis washing machine, comprising a drum rotatably mounted in a tub, a recirculation pump for recirculating a washing liquid on the laundry and a heating device for heating washing liquid, characterized in that it comprises increasing the drum speed up to a predetermined low spin speed while recirculation pump is switched off in order to increase water level in the tub and assuring that the heating device is fully submerged and then switching on the heating device.
A composite comprising a discontinuous phase dispersed in a continuous polymer phase: (a) the discontinuous phase comprising fibers, the fibers free of a particulate, the fibers having a length of from 0.1-150 mm and a diameter greater than 0.8 microns, the fibers having an exterior coating that is an interfacial modifier; and (b) the continuous polymer phase comprising a thermoplastic vinyl polymer; wherein the composite comprises greater than 40 wt. % of the discontinuous fiber phase; the composite has a flexural modulus as measured by ASTM D790 of greater than 8 GPa; wherein the interfacial modifier is an organo-metallic material that does not attach or bond the fibers to the fibers or the polymers to the fibers and which has the formula: M(R 1) n (R 2) m wherein M is a central atom selected from Co, Fe, Ni, Ti, Al, Sr, Nd, Y, Zn or Zr; R 1 is an alkoxy group having less than 12 carbon atoms; R 2 is an organic group including between 6-30 carbon atoms, and optionally including one or more hetero atoms selected from the group consisting of N, O, S and P; and wherein n is an integer ≥ 1, m is an integer ≥ 1 and the sum of m + n equals the coordination number of the central atom. (a) the discontinuous phase comprising fibers, the fibers free of a particulate, the fibers having a length of from 0.1-150 mm and a diameter greater than 0.8 microns, the fibers having an exterior coating that is an interfacial modifier; and (b) the continuous polymer phase comprising a thermoplastic vinyl polymer; wherein the composite comprises greater than 40 wt. % of the discontinuous fiber phase; the composite has a flexural modulus as measured by ASTM D790 of greater than 8 GPa; wherein the interfacial modifier is an organo-metallic material that does not attach or bond the fibers to the fibers or the polymers to the fibers and which has the formula: M(R 1) n (R 2) m wherein M is a central atom selected from Co, Fe, Ni, Ti, Al, Sr, Nd, Y, Zn or Zr; R 1 is an alkoxy group having less than 12 carbon atoms; R 2 is an organic group including between 6-30 carbon atoms, and optionally including one or more hetero atoms selected from the group consisting of N, O, S and P; and wherein n is an integer ≥ 1, m is an integer ≥ 1 and the sum of m + n equals the coordination number of the central atom.
Filler-containing polyol formulation consisting of i) a polyol component having a number-average OH number of 250 to 600 mg KOH/g and a number-average functionality of 2.5 to 5, containing at least one or more than one polyol, ii) optionally chain extenders and/or crosslinkers, iii) optionally catalysts and/or activators, iv) optionally assistants and/or additives, v) optionally blowing agents, vi) at least one filler from the group consisting of calcium carbonate, kaolinite, aluminum hydroxide and talc in an amount of 50% to 75% by weight, based on the polyol formulation, wherein a coarse fraction of filler particles having d 50 of 30 to 80 μm in an amount of 80% to 97.5% by weight, based on the filler, and a fine fraction of filler particles having d 50 of 0.5 to 2 μm in an amount of 2.5% to 20% by weight, based on the filler, are present in the at least one filler and the filler does not sediment for up to 40 days at 20°C, and wherein the viscosity of the polyol formulation at 70°C is below 5000 mPas (to DIN EN ISO 2555). i) a polyol component having a number-average OH number of 250 to 600 mg KOH/g and a number-average functionality of 2.5 to 5, containing at least one or more than one polyol, ii) optionally chain extenders and/or crosslinkers, iii) optionally catalysts and/or activators, iv) optionally assistants and/or additives, v) optionally blowing agents, vi) at least one filler from the group consisting of calcium carbonate, kaolinite, aluminum hydroxide and talc in an amount of 50% to 75% by weight, based on the polyol formulation,
An apparatus comprising: a first plurality of upconversion units configured to upconvert a baseband signal to a first plurality of radio frequency, RF, signals, wherein the upconversion units of the first plurality of upconversion units are upconversion units of a second plurality of upconversion units that are turned on, and wherein the remaining upconversion units of the second plurality of upconversion units are turned off; a plurality of baluns for a plurality of wireless bands; and multiplexing circuitry coupled to the plurality of baluns, wherein the second plurality of upconversion units is coupled to each balun through the multiplexing circuitry, and wherein the multiplexing circuitry is configured to multiplex the first plurality of RF signals to one of the plurality of baluns based on a wireless band being used. a first plurality of upconversion units configured to upconvert a baseband signal to a first plurality of radio frequency, RF, signals, wherein the upconversion units of the first plurality of upconversion units are upconversion units of a second plurality of upconversion units that are turned on, and wherein the remaining upconversion units of the second plurality of upconversion units are turned off; a plurality of baluns for a plurality of wireless bands; and multiplexing circuitry coupled to the plurality of baluns, wherein the second plurality of upconversion units is coupled to each balun through the multiplexing circuitry, and wherein the multiplexing circuitry is configured to multiplex the first plurality of RF signals to one of the plurality of baluns based on a wireless band being used.
A method for operating a first apparatus, the method comprising: determining a delay period based on a measurement cycle of a distance between the first apparatus and a second apparatus; transmitting, to a second apparatus, information for indicating said delay period; transmitting, to the second apparatus, a first sound wave by using an output unit; receiving, from the second apparatus, a second sound wave by using an input unit, wherein the second sound wave is transmitted when the indicated delay period elapses after the first sound wave is received by the second apparatus; and determining a distance between the first apparatus and the second apparatus based on the delay period and a difference between a timing when the first sound wave is transmitted by the first apparatus and a timing when the second sound wave is received by the first apparatus in the measurement cycle; determining (7207-1, 7207-2) whether the determined distance is within a threshold or not in the measurement cycle; and if the determined distance is within the threshold, transmitting (7211, 7213), to the second apparatus, a wireless signal to control the second apparatus to log on. determining a delay period based on a measurement cycle of a distance between the first apparatus and a second apparatus; transmitting, to a second apparatus, information for indicating said delay period; transmitting, to the second apparatus, a first sound wave by using an output unit; receiving, from the second apparatus, a second sound wave by using an input unit, wherein the second sound wave is transmitted when the indicated delay period elapses after the first sound wave is received by the second apparatus; and determining a distance between the first apparatus and the second apparatus based on the delay period and a difference between a timing when the first sound wave is transmitted by the first apparatus and a timing when the second sound wave is received by the first apparatus in the measurement cycle; determining (7207-1, 7207-2) whether the determined distance is within a threshold or not in the measurement cycle; and if the determined distance is within the threshold, transmitting (7211, 7213), to the second apparatus, a wireless signal to control the second apparatus to log on.
A soft magnetic resin composition comprising: flat soft magnetic particles, a resin component, and an organic rheology control agent, characterised in that the organic rheology control agent contains at least one kind selected from the group consisting of modified urea and urea-modified polyamide. flat soft magnetic particles, a resin component, and an organic rheology control agent, characterised in that the organic rheology control agent contains at least one kind selected from the group consisting of modified urea and urea-modified polyamide.
Apparatus for reducing or eliminating tail shake in form of a lateral vibration of a helicopter generated on the structure of the helicopter by the wake of a main rotor hub, and a mast and/or engine cowling interacting with a tail structure of the helicopter, comprising: a tail shake detection means for detecting at least one parameter indicative of an excited tail shake and for generating a detection signal representative of said parameter, a calculating unit configured to generate a command signal on basis of the detection signal wherein the command signal is configured to counteract the tail shake by actuating at least one actuating means, and the at least one actuating means controllable by the command signal, characterized in that the at least one actuating means is a main rotor rotation speed influencing means for changing the rotation speed of the main rotor. a tail shake detection means for detecting at least one parameter indicative of an excited tail shake and for generating a detection signal representative of said parameter, a calculating unit configured to generate a command signal on basis of the detection signal wherein the command signal is configured to counteract the tail shake by actuating at least one actuating means, and the at least one actuating means controllable by the command signal, characterized in that the at least one actuating means is a main rotor rotation speed influencing means for changing the rotation speed of the main rotor.
An electric cable comprising: one or more electrode connectors at a first end of the cable, at least one of the electrode connectors comprising a pair of clamp arms (500, 502) connected at an axis of rotation and movable relative to each other about the axis of rotation, only a first one of the clamp arms comprising a post protruding from the clamp arm parallel to and spaced from the axis of rotation for reception by a mating bore of a hollow-post electrode, and only a second one of the clamp arms comprising, at an inner surface thereof opposite to the post, an electrically conductive contact surface that is electrically connected to a wire running within the electric cable and configured for engaging a portion of an exterior surface of the hollow-post electrode.
Protective cover for the protection against contamination from body and/or irrigation fluid during the treatment of wounds or ulcers, where said protective cover comprises a first opening to be placed on a body part of a patient and a second opening adapted for the insertion of a handpiece for wound or ulcer treatment, where said protective cover comprises a fluid-tight and flexible hollow body which in the interior defines a treatment chamber having a shape that adapts to the motion of said handpiece, where said hollow body is formed having a funnel shape and its larger opening forms said first opening, where said hollow body is provided with at least one stiffening element for maintaining said first opening in an open state during treatment, characterized in that said stiffening element extends around the longitudinal axis of said funnel-shaped hollow body in a helical or circular shape over at least part of the length of its shell.