mhurhangee/ep-ind-claims huggingface dataset:
A method for producing, filling and closing bags - in which a tube material is formed from a flat web material comprising a first material component, - in which tube pieces are formed by the transverse separation of tube material, which tube pieces have a longitudinal axis, - in which the tube pieces are provided with a bottom seam by means of a first transverse joining process, so that bags are produced, - in which the bags are filled through their remaining opening, - and in which the remaining opening of the bags is provided with a top seam by means of a second transverse joining process, characterized in - that at least one second material component (45, 48) is added to the flat web material before the bags are formed, - that the addition of the at least two components (43; 45, 48) of the flat web material is not completely carried out in the direction of the tube axis so that the quality of the tube material formed from the flat web material varies in the direction of the tube axis, at least in partial areas of the tube width, wherein the at least one further material component in the form of pieces of paper is added to the flat web material, whereby the pieces of paper are attached at the upper and lower end of the bag on the inner surface. - in which a tube material is formed from a flat web material comprising a first material component, - in which tube pieces are formed by the transverse separation of tube material, which tube pieces have a longitudinal axis, - in which the tube pieces are provided with a bottom seam by means of a first transverse joining process, so that bags are produced, - in which the bags are filled through their remaining opening, - in which the bags are filled through their remaining opening, - and in which the remaining opening of the bags is provided with a top seam by means of a second transverse joining process, - that at least one second material component (45, 48) is added to the flat web material before the bags are formed, - that the addition of the at least two components (43; 45, 48) of the flat web material is not completely carried out in the direction of the tube axis so that the quality of the tube material formed from the flat web material varies in the direction of the tube axis, at least in partial areas of the tube width, wherein the at least one further material component in the form of pieces of paper is added to the flat web material, whereby the pieces of paper are attached at the upper and lower end of the bag on the inner surface.
A ventilator configured to control a pressure and gas mixture for an air flow, the ventilator comprising: a gas source; a proportional valve configured to control a gas flow rate from the gas source; a blower with a motor; a mix controller in communication with the proportional valve, wherein the mix controller is configured to monitor a flow of gas through the blower, and further configured to control a percentage of oxygen in output flow; and a blower motor controller configured to control a speed of the blower motor using a blower speed feedback loop configured to generate a speed output signal, a flow feedback loop, and a pressure feedback loop, wherein the blower motor controller comprises a complimentary filter configured to blend a machine pressure signal and a proximal pressure signal into a single feedback signal, and wherein the pressure feedback loop is configured to receive as input: (i) a pressure trajectory, (ii) the single feedback signal from the complimentary filter, and (iii) the speed output signal from the blower speed feedback loop. a gas source; a proportional valve configured to control a gas flow rate from the gas source; a blower with a motor; a mix controller in communication with the proportional valve, wherein the mix controller is configured to monitor a flow of gas through the blower, and further configured to control a percentage of oxygen in output flow; and a blower motor controller configured to control a speed of the blower motor using a blower speed feedback loop configured to generate a speed output signal, a flow feedback loop, and a pressure feedback loop, wherein the blower motor controller comprises a complimentary filter configured to blend a machine pressure signal and a proximal pressure signal into a single feedback signal, and wherein the pressure feedback loop is configured to receive as input: (i) a pressure trajectory, (ii) the single feedback signal from the complimentary filter, and (iii) the speed output signal from the blower speed feedback loop.
Goods shelf glazing comprising pivoted doors which are pivotally fixed to a goods shelf by means of pin joints, the pin joints being fixed to at least one support device (5, 7-10) which is displaceably guided so as to be lockable, fixable and releasable in at least one fixed position on or in at least one guide rail of the goods shelf glazing, characterised in that at least one locking element is provided to produce a latching lock between the support device (5, 7-10) and the guide rail in the at least one fixed position in the guide rail, from which fixed position the support device (5, 7-10) can be displaced, when the casements are open, along the guide rail after the locking element has been unlocked, and can be displaced back into the support device (5, 7-10) to be latched and locked.
A male touch fastener product, comprising a resin surface; an array of spaced-apart male touch fastener elements carried on the surface, each touch fastener element comprising a stem extending from the surface; and a head disposed at a distal end of the stem, and forming with the stem and the surface a contiguous mass of resin, the head extending laterally from the stem to a distal edge overhanging the surface; wherein the distal edge comprises multiple toes extending laterally outward and varying in shape and size about the edge, characterized by adjacent toes having facing, free-form resin surfaces defining crevices there between, the crevices being narrower than the adjacent toes. a resin surface; an array of spaced-apart male touch fastener elements carried on the surface, each touch fastener element comprising a stem extending from the surface; and a head disposed at a distal end of the stem, and forming with the stem and the surface a contiguous mass of resin, the head extending laterally from the stem to a distal edge overhanging the surface; a stem extending from the surface; and a head disposed at a distal end of the stem, and forming with the stem and the surface a contiguous mass of resin, the head extending laterally from the stem to a distal edge overhanging the surface; wherein the distal edge comprises multiple toes extending laterally outward and varying in shape and size about the edge, characterized by adjacent toes having facing, free-form resin surfaces defining crevices there between, the crevices being narrower than the adjacent toes.
Method for controlling a robot, in particular a cleaning robot, which comprises a motion control unit for moving the robot across a floor surface, and a processing unit for processing the travelled floor surface, wherein the method comprises the following steps: - detecting an operating state of the processing unit; - determining that the detected operating state negatively affects the processing; and - controlling the motion control unit, in order to move the robot to a predetermined position which is assigned to the detected operating state, wherein the position is located in particular in a region of a rubbish bin, characterised by the steps - detecting that the operating state no longer negatively affects the floor cleaning while the robot is located at the predetermined position, and - then processing the floor surface in a region about the predetermined position. - detecting an operating state of the processing unit; - determining that the detected operating state negatively affects the processing; and - controlling the motion control unit, in order to move the robot to a predetermined position which is assigned to the detected operating state, wherein the position is located in particular in a region of a rubbish bin, - detecting that the operating state no longer negatively affects the floor cleaning while the robot is located at the predetermined position, and - then processing the floor surface in a region about the predetermined position.
A pressure sensitive adhesive article comprising (a) a substrate (Sa), (b) in contact with said substrate (Sa), a layer (Lb) of a composition (Cb) that comprises one or more acrylic polymer (POLb) having Tg of -10°C or lower as measured according to ASTM D7426-08, and (c) in contact with said layer (Lb), a layer (Lc) of a composition (Cc) that comprises one or more acrylic polymer (POLc) that comprises 20% to 90% polymerized units of one or more high-aliphatic vinyl monomer, by weight based on the weight of said polymer (POLc), wherein said one or more high-aliphatic vinyl monomer is a monomer that contains a carbon-carbon double bond that is capable of free-radical polymerization and also contains one or more high-aliphatic group selected from iso-butyl, tert-butyl, 2-ethylhexyl, alkyl groups having 8 to 18 carbon atoms, stearyl, isobornyl, and mixtures thereof. (a) a substrate (Sa), (b) in contact with said substrate (Sa), a layer (Lb) of a composition (Cb) that comprises one or more acrylic polymer (POLb) having Tg of -10°C or lower as measured according to ASTM D7426-08, and (c) in contact with said layer (Lb), a layer (Lc) of a composition (Cc) that comprises one or more acrylic polymer (POLc) that comprises 20% to 90% polymerized units of one or more high-aliphatic vinyl monomer, by weight based on the weight of said polymer (POLc), wherein said one or more high-aliphatic vinyl monomer is a monomer that contains a carbon-carbon double bond that is capable of free-radical polymerization and also contains one or more high-aliphatic group selected from iso-butyl, tert-butyl, 2-ethylhexyl, alkyl groups having 8 to 18 carbon atoms, stearyl, isobornyl, and mixtures thereof.
A medical device, the surface of the medical device comprising a metal having a native oxide surface, and a functionalizing layer disposed thereon, wherein the functionalizing layer comprises a functionalized organophosphonate covalently bonded to the native oxide surface, a quaternary ammonium anti-infective agent covalently bonded to the functionalized organophosphonate, wherein the functionalized organophosphonate is a hydroxyl, amino or thiol omega-functionalized organophosphonate, wherein the organo group is a linear or branched, saturated or unsaturated, substituted or unsubstituted, aliphatic or aromatic alkylene hydrocarbon of from 2 to 40 carbon atoms, and wherein the quaternary ammonium anti-infective agent is bonded to the organo group of the organophosphonate via a urethane, car-bonate, urea, thiocarbonate or thiourea group.
A device actuation system for actuating a treatment device, comprising: a gear system couplable to a treatment device, including: a first drive gear rotatably mountable to the treatment device; a coupler rail slidably mountable to the treatment device; a second drive gear rotatably mounted to the coupler rail; a coupler gear rotatably mountable to the treatment device and engaged with the coupler rail; a drive rail located between the first drive gear and the second drive gear of the gear system; the coupler gear being rotatable to move the coupler rail in a manner maintaining the second drive gear in continuous engagement with the drive rail against the first drive gear; and the first drive gear and the second drive gear being rotatable in a manner causing at least one of translation and rotation of the treatment device relative to the drive rail. a gear system couplable to a treatment device, including: a first drive gear rotatably mountable to the treatment device; a coupler rail slidably mountable to the treatment device; a second drive gear rotatably mounted to the coupler rail; a coupler gear rotatably mountable to the treatment device and engaged with the coupler rail; a first drive gear rotatably mountable to the treatment device; a coupler rail slidably mountable to the treatment device; a second drive gear rotatably mounted to the coupler rail; a coupler gear rotatably mountable to the treatment device and engaged with the coupler rail; a drive rail located between the first drive gear and the second drive gear of the gear system; the coupler gear being rotatable to move the coupler rail in a manner maintaining the second drive gear in continuous engagement with the drive rail against the first drive gear; and the first drive gear and the second drive gear being rotatable in a manner causing at least one of translation and rotation of the treatment device relative to the drive rail.
A slurry distributing device, wherein the slurry distributing device is supplyable with slurry from at least one mixing device, the speed of the slurry is adapted to a conveying device speed and the slurry is distributed uniformly over a desired width and the distributed slurry is deliverable onto a lower layer, wherein the slurry distributing device comprises a roller conveyor, characterised in that three or more rollers are disposed in parallel with one another in a common plane, the rollers are rotatably mounted about their longitudinal axes and are disposed essentially perpendicular to a delivery direction of the slurry, wherein the rollers are in close physical contact with one another, so that lateral surfaces of the cylindrical rollers slide past one another during rotation and the spacing between the individual rollers is less than 0.02 mm, and wherein the distributing device also comprises at least one last roller in the delivery direction, which has a smaller diameter than the other rollers wherein the last roller is disposed beneath the plane of the other rollers, and wherein the slurry distributing device comprises at least one controllable drive for driving and controlling the rollers to actively transport the slurry.
A method for selecting an antenna, the method comprising: transmitting a signal using a first antenna with a first transmit power and a radio frequency, RF, chain for a first dwelling period; adjusting the first transmit power based on a first power control bit received from a base station; switching to transmitting the signal using a second antenna with a second transmit power for a first testing period, wherein the second antenna uses the same RF chain as the first antenna; adjusting the second transmit power based on a second power control bit received from the base station; comparing the adjusted first transmit power with the adjusted second transmit power to determine which one of the first antenna and the second antenna has the lower transmit power; and selecting the antenna (112a, 112b) with the lower transmit power as the optimal antenna for transmitting the signal; characterised in that the first dwelling period is adapted according to channel variations and is: • increased by a dwelling period extension scaling factor if the first antenna is consecutively selected as the optimal antenna and the first dwelling period is not a maximum dwelling period; or • decreased by a dwelling period reduction scaling factor if a different antenna was selected as the optimal antenna for the previous dwelling period, and the first dwelling period is not a minimum dwelling period. transmitting a signal using a first antenna with a first transmit power and a radio frequency, RF, chain for a first dwelling period; adjusting the first transmit power based on a first power control bit received from a base station; switching to transmitting the signal using a second antenna with a second transmit power for a first testing period, wherein the second antenna uses the same RF chain as the first antenna; adjusting the second transmit power based on a second power control bit received from the base station; comparing the adjusted first transmit power with the adjusted second transmit power to determine which one of the first antenna and the second antenna has the lower transmit power; and selecting the antenna (112a, 112b) with the lower transmit power as the optimal antenna for transmitting the signal; characterised in that the first dwelling period is adapted according to channel variations and is: • increased by a dwelling period extension scaling factor if the first antenna is consecutively selected as the optimal antenna and the first dwelling period is not a maximum dwelling period; or • decreased by a dwelling period reduction scaling factor if a different antenna was selected as the optimal antenna for the previous dwelling period, and the first dwelling period is not a minimum dwelling period. • increased by a dwelling period extension scaling factor if the first antenna is consecutively selected as the optimal antenna and the first dwelling period is not a maximum dwelling period; or • decreased by a dwelling period reduction scaling factor if a different antenna was selected as the optimal antenna for the previous dwelling period, and the first dwelling period is not a minimum dwelling period.
Apparatus for applying viscous material to workpieces, having at least two material outlets, wherein a needle valve is assigned to each material outlet, by means of the valve needle of which the corresponding material outlet can be closed off at a valve seat, and wherein a cylinder (16a, 16b, 16c) is assigned to each valve needle, in the piston chamber of which cylinder a piston can be moved by means of a fluid, by applying pressure, and which cylinder has a piston rod that is connected with the piston, is passed through out of the piston chamber at an end face that faces the valve seats, and extends in a longitudinal direction, for applying force to the corresponding valve needle, characterized in that the cylinders (16a, 16b, 16c) are arranged one behind the other in the longitudinal direction, and that the piston rod of at least one of the cylinders (16b, 16c) is passed through the piston chamber of at least one further cylinder (16a, 16b) arranged closer to the valve seats in a sealed off manner.
Light-emitting diode arrangement, comprising a light-emitting diode and a coding resistor (R C) for coding the light-emitting diode, wherein the coding resistor (R C) comprises a plurality of interconnected resistors (R 1, R 2, R 3), comprising a carrier comprising an uppermost layer and a further layer, wherein the light-emitting diode is arranged on the uppermost layer, characterized in that one or more of the resistors (R 1, R 2, R 3) are buried in the carrier, comprising one or more supply lines (9, 10, 11) connected to the resistors (R 1, R 2, R 3) buried in the carrier, wherein the supply lines (9, 10, 11) each have a first portion that is arranged on the uppermost layer laterally of the light-emitting diode and each have a second portion that is embodied in the form of a via, wherein the coding resistor (R C) is implemented for coding by the implementation of an interruption or the non-implementation of an interruption of the respective first portions of the supply lines (12, 13, 14). wherein the light-emitting diode is arranged on the uppermost layer, characterized in that one or more of the resistors (R 1, R 2, R 3) are buried in the carrier, comprising one or more supply lines (9, 10, 11) connected to the resistors (R 1, R 2, R 3) buried in the carrier, wherein the supply lines (9, 10, 11) each have a first portion that is arranged on the uppermost layer laterally of the light-emitting diode and each have a second portion that is embodied in the form of a via, wherein the coding resistor (R C) is implemented for coding by the implementation of an interruption or the non-implementation of an interruption of the respective first portions of the supply lines (12, 13, 14).
A mould part for a mould system for manufacture of a component for a wind turbine blade, the mould part having a moulding surface with a primary side section, a secondary side section, and a central portion between the primary side section and the secondary side section, the mould part having a primary connection interface configured to abut a secondary connection interface of a second mould part, the primary connection interface comprises a primary connection surface, the primary connection interface comprising an outlet configured to be connected to a vacuum source, the primary connection interface comprising a sealing path surrounding the outlet, and wherein the sealing path comprises a sealing part (132, 134, 136, 138) configured for receiving a sealant paste formed by a bevelled edge between the moulding surface and the primary connection surface. the mould part having a moulding surface with a primary side section, a secondary side section, and a central portion between the primary side section and the secondary side section, the mould part having a primary connection interface configured to abut a secondary connection interface of a second mould part, the primary connection interface comprises a primary connection surface, the primary connection interface comprising an outlet configured to be connected to a vacuum source, the primary connection interface comprising a sealing path surrounding the outlet, and wherein the sealing path comprises a sealing part (132, 134, 136, 138) configured for receiving a sealant paste formed by a bevelled edge between the moulding surface and the primary connection surface.