mhurhangee/ep-ind-claims huggingface dataset:
Method for forming a container from a preform and filling said container with an end product, said end product being obtained by mixing a cleanable liquid with a concentrated liquid, the method comprising the steps of: - placing the preform in a forming station comprising an injection device such that the preform is placed in fluidic communication with an outlet of the injection device, - forming the container by expanding the preform during a forming step, said forming step comprising at least an injection step, wherein a forming liquid is injected in the preform through the outlet of the injection device to expend the preform into the container,the forming liquid of said forming step being said cleanable liquid, - transferring the formed container containing said cleanable liquid to a concentrate filling station, said concentrate filling station being separate from the forming station, and - filling the concentrated liquid in the container already containing said cleanable liquid, said filling the concentrated liquid being performed in the concentrate filling station, the forming station being moved in rotation around a first axis during the forming step and the concentrate filling station being moved in rotation around a second axis, different from the first axis and substantially parallel to said first axis, during the step of filling the concentrated liquid, characterized in that the volumetric concentrate concentration is determined depending on the rotation speed of the forming station such that the first volume injected with cleanable liquid by the forming station leaves a free headspace at the top of the container which is large enough to prevent the cleanable liquid from overflowing out of the container during transferring the container from the forming station to the concentrate filling station. - placing the preform in a forming station comprising an injection device such that the preform is placed in fluidic communication with an outlet of the injection device, - forming the container by expanding the preform during a forming step, said forming step comprising at least an injection step, wherein a forming liquid is injected in the preform through the outlet of the injection device to expend the preform into the container,the forming liquid of said forming step being said cleanable liquid, - transferring the formed container containing said cleanable liquid to a concentrate filling station, said concentrate filling station being separate from the forming station, and - filling the concentrated liquid in the container already containing said cleanable liquid, said filling the concentrated liquid being performed in the concentrate filling station,
A device for a distribution mast, wherein the device comprises: - a line, wherein the line has a mast line portion and a loose rotating line portion, wherein the rotating line portion is rotatably connected to the mast line portion, and - a line portion mounting, wherein the line portion mounting has a loose rotating holding element and a rotary bearing, wherein the rotating holding element holds the rotating line portion remote from the mast line portion, and wherein the rotary bearing is configured to be mounted by a mast segment for the distribution mast and for rotatably connecting the rotating holding element to the mast segment, - wherein the device comprises a rotary coupling being different from the rotating holding element and the rotary bearing, wherein the rotary coupling rotatably connects the rotating line portion to the mast line portion, characterized in that the rotary bearing defines a circle, wherein the line runs through the circle. - a line, wherein the line has a mast line portion and a loose rotating line portion, wherein the rotating line portion is rotatably connected to the mast line portion, and - a line portion mounting, wherein the line portion mounting has a loose rotating holding element and a rotary bearing, wherein the rotating holding element holds the rotating line portion remote from the mast line portion, and wherein the rotary bearing is configured to be mounted by a mast segment for the distribution mast and for rotatably connecting the rotating holding element to the mast segment, - wherein the device comprises a rotary coupling being different from the rotating holding element and the rotary bearing, wherein the rotary coupling rotatably connects the rotating line portion to the mast line portion,
A processor comprising: a first source register to store a first 256-bit integer operand; a second source register to store a second 256-bit integer operand; and multiplication logic comprising: decode logic to decode a 256-bit multiplication instruction specifying the first source register, the second source register, and an immediate value to select the first 256-bit integer operand from the first source register and the second 256-bit integer operand from the second source register in accordance with the immediate value; and responsive to the 256-bit multiplication instruction, a set of multipliers and adders to perform a multiplication of the first and second 256-bit integer operands to generate a 512-bit result, wherein the multiplication is to convert a radix representation of the first and second 256-bit integer operands from a first radix representation to a second radix representation selected based on a size of the multipliers and adders used to perform the multiplication and generate a result, and then to convert the result back to the first radix representation. a first source register to store a first 256-bit integer operand; a second source register to store a second 256-bit integer operand; and multiplication logic comprising: decode logic to decode a 256-bit multiplication instruction specifying the first source register, the second source register, and an immediate value to select the first 256-bit integer operand from the first source register and the second 256-bit integer operand from the second source register in accordance with the immediate value; and responsive to the 256-bit multiplication instruction, a set of multipliers and adders to perform a multiplication of the first and second 256-bit integer operands to generate a 512-bit result, wherein the multiplication is to convert a radix representation of the first and second 256-bit integer operands from a first radix representation to a second radix representation selected based on a size of the multipliers and adders used to perform the multiplication and generate a result, and then to convert the result back to the first radix representation. decode logic to decode a 256-bit multiplication instruction specifying the first source register, the second source register, and an immediate value to select the first 256-bit integer operand from the first source register and the second 256-bit integer operand from the second source register in accordance with the immediate value; and responsive to the 256-bit multiplication instruction, a set of multipliers and adders to perform a multiplication of the first and second 256-bit integer operands to generate a 512-bit result, wherein the multiplication is to convert a radix representation of the first and second 256-bit integer operands from a first radix representation to a second radix representation selected based on a size of the multipliers and adders used to perform the multiplication and generate a result, and then to convert the result back to the first radix representation.
A watch winder of the type comprising: a fixed assembly having a central shaft; a rotatable assembly rotatably mounted to the central shaft and comprising a housing having distal end configured to receive a watch; and a drive assembly mounted on the fixed assembly to and configured to rotate the rotatable assembly about the central shaft and comprising a motor and a drive gear (8, 30, 32, 33), wherein the drive assembly and fixed assembly are mounted within the housing of the rotatable assembly, and the central shaft extends proximally of the housing to mount the watch winder to a support, characterised in that the drive assembly comprises a battery assembly (9,10) operatively connected to the motor and the housing is axially mounted on the central shaft by means of a distal bearing plate and a spaced apart proximal bearing plate, wherein the drive assembly is fixed to the central shaft between the two spaced apart bearings plates. a fixed assembly having a central shaft; a rotatable assembly rotatably mounted to the central shaft and comprising a housing having distal end configured to receive a watch; and a drive assembly mounted on the fixed assembly to and configured to rotate the rotatable assembly about the central shaft and comprising a motor and a drive gear (8, 30, 32, 33), wherein the drive assembly and fixed assembly are mounted within the housing of the rotatable assembly, and the central shaft extends proximally of the housing to mount the watch winder to a support, characterised in that the drive assembly comprises a battery assembly (9,10) operatively connected to the motor and the housing is axially mounted on the central shaft by means of a distal bearing plate and a spaced apart proximal bearing plate, wherein the drive assembly is fixed to the central shaft between the two spaced apart bearings plates.
Valve system having at least two compressed air valves for an object which can be pressurized/inflated by means of compressed air, having at least two air chambers, in particular a mattress, which are independent of one another, wherein at least one compressed-air valve can be associated with each air chamber, wherein the at least one compressed-air valve is arranged on a first surface of a printed circuit board, and a second surface of the printed circuit board opposite the first surface is designed as a sealing surface for at least one compressed-air inlet, wherein a substantially plate-shaped distributing element having a first surface is provided, wherein a connection for the supply of compressed air is provided at the distributing element which is in fluid connection with the at least one compressed-air inlet, wherein the at least one compressed-air inlet is arranged on the first surface of the distributing element, wherein the at least one compressed-air inlet is in fluid connection with the at least one compressed-air valve via at least one supply opening in the printed circuit board, characterised in that at least one outlet bore is provided in the printed circuit board, wherein the at least one outlet bore connects the at least one compressed-air valve in a fluid-tight manner to at least one outlet conduit arranged within the distributing element via at least one outlet opening arranged in the distributing element, and wherein the at least one outlet conduit arranged within the distributing element can be connected to the object that can be pressurized/inflated by means of compressed air.
A microfluidic system comprising: a microchannel; a micropump; and electrical connection means for application of an electric field across a segment of said microchannel, wherein the electrical connection means comprises electrodes positioned to apply the electric field across the segment, wherein said segment comprises at least one conducting means, wherein each conducting means has a characteristic dimension of d char which is its dimension measured parallel to the electric field, and a characteristic radius a char which equals 0.5 times d char, and wherein the space between the conducting means and the walls of the microchannel, and between different conducting means, is between 0a char and 2a char, and wherein a surface portion of said conducting means is curved, or inclined, with respect to the electric field, whereby, in use, the electric field has a component tangential to the surface portion and a component normal to the surface portion, such that liquid transport is induced in said microchannel segment under the action of secondary electroosmosis.
A positive pressure ventilation elbow for accessing the oral cavity of a patient wearing a PPV mask under pressure, comprising: a housing forming an elbow and defining an air-supply conduit extending between an air supply inlet and an air supply outlet the air supply conduit configured to deliver pressurized air from the inlet to the outlet; a mask connector configured to attach to a positive pressure ventilation mask; an access port formed through the housing into the conduit, the access port providing access to the mouth of a patient wearing the mask with the elbow connected thereto; characterized by an access valve positioned in the port the access valve configured to self-seal under pressure from a ventilator. a housing forming an elbow and defining an air-supply conduit extending between an air supply inlet and an air supply outlet the air supply conduit configured to deliver pressurized air from the inlet to the outlet; a mask connector configured to attach to a positive pressure ventilation mask; an access port formed through the housing into the conduit, the access port providing access to the mouth of a patient wearing the mask with the elbow connected thereto; characterized by an access valve positioned in the port the access valve configured to self-seal under pressure from a ventilator.
Filtering device intended to be coupled to a suction turbine for suctioning faeces, comprising: - an outer body intended to be coupled to a suction turbine, the outer body comprising: an open front end, a rear end connected to at least one orifice for allowing the passage of an air flow from the outer body towards the suction turbine; and a surface that joins both ends (13, 14); the device being characterised in that it further comprises - a disposable cartridge comprising: ∘ an open front end, outwardly projecting in longitudinal direction from the outer body for suctioning the faeces, a closed rear end located inside the outer body; and a surface that joins the front and rear ends; ∘ at least one window-shaped opening disposed on the surface for allowing the passage of an air flow from the interior of the cartridge to the interior of the outer body; and ∘ filtering material covering the opening so as to prevent the passage of faeces through said opening, and - a ring-shaped space defined between the surfaces (28, 15) of the outer body and the cartridge for allowing the circulation of the air flow from the first end of the cartridge towards the suction turbine. - an outer body intended to be coupled to a suction turbine, the outer body comprising: an open front end, a rear end connected to at least one orifice for allowing the passage of an air flow from the outer body towards the suction turbine; and a surface that joins both ends (13, 14); - a disposable cartridge comprising: ∘ an open front end, outwardly projecting in longitudinal direction from the outer body for suctioning the faeces, a closed rear end located inside the outer body; and a surface that joins the front and rear ends; ∘ at least one window-shaped opening disposed on the surface for allowing the passage of an air flow from the interior of the cartridge to the interior of the outer body; and ∘ filtering material covering the opening so as to prevent the passage of faeces through said opening, and ∘ an open front end, outwardly projecting in longitudinal direction from the outer body for suctioning the faeces, a closed rear end located inside the outer body; and a surface that joins the front and rear ends; ∘ at least one window-shaped opening disposed on the surface for allowing the passage of an air flow from the interior of the cartridge to the interior of the outer body; and ∘ filtering material covering the opening so as to prevent the passage of faeces through said opening, and - a ring-shaped space defined between the surfaces (28, 15) of the outer body and the cartridge for allowing the circulation of the air flow from the first end of the cartridge towards the suction turbine.
A carbon fibre boom structure for an agricultural sprayer boom, said boom structure comprising: - an elongated upper carbon fibre tube, - at least one elongated lower carbon fibre tube (15, 20) and - a carbon fibre/resin matrix uniting structure bonded to each of said carbon fibre tubes (10, 15, 20) to hold the tubes (10, 15, 20) in a spaced apart position; the carbon fibre boom structure being characterised in that said uniting structure is formed in a winding operation by applying windings of a carbon fibre string with a liquid resin around portions of said tubes (10, 15, 20), said windings and resin matrix define an inner primary layer and an outer primary layer of said uniting structure, wherein a portion of said inner primary layer is bonded to a surface portion of each tube (10, 15, 20) that is oriented towards the inside of the uniting structure while a portion of said outer primary layer is bonded to a remaining surface portion of each tube (10, 15, 20) to completely, or essentially completely, envelope each tube (10, 15, 20) by the said portions of said two primary layers (70, 80). - an elongated upper carbon fibre tube, - at least one elongated lower carbon fibre tube (15, 20) and - a carbon fibre/resin matrix uniting structure bonded to each of said carbon fibre tubes (10, 15, 20) to hold the tubes (10, 15, 20) in a spaced apart position; said uniting structure is formed in a winding operation by applying windings of a carbon fibre string with a liquid resin around portions of said tubes (10, 15, 20), said windings and resin matrix define an inner primary layer and an outer primary layer of said uniting structure, wherein a portion of said inner primary layer is bonded to a surface portion of each tube (10, 15, 20) that is oriented towards the inside of the uniting structure while a portion of said outer primary layer is bonded to a remaining surface portion of each tube (10, 15, 20) to completely, or essentially completely, envelope each tube (10, 15, 20) by the said portions of said two primary layers (70, 80).
An oral pouched nicotine product comprising a filling material and a saliva-permeable pouch of a packaging material enclosing the filling material, said filling material comprising: (a) tobacco-free nicotine-containing particles formed from a carrier material, said carrier material comprising microcrystalline cellulose, said tobacco-free nicotine-containing particles comprising a nicotine source, said tobacco-free nicotine-containing particles having a sphericity from 0.8 to 1.0, and a diameter from 0.1 mm to 2.0 mm, and (b) optionally a tobacco material present in an amount within the range of from 0.05 wt% to 10 wt%, based on the total weight of said filling material with the proviso that said oral pouched nicotine product is free from or substantially free from a constituent comprising a coating comprising a nicotine source and a binder. said filling material comprising: (a) tobacco-free nicotine-containing particles formed from a carrier material, said carrier material comprising microcrystalline cellulose, said tobacco-free nicotine-containing particles comprising a nicotine source, said tobacco-free nicotine-containing particles having a sphericity from 0.8 to 1.0, and a diameter from 0.1 mm to 2.0 mm, and (b) optionally a tobacco material present in an amount within the range of from 0.05 wt% to 10 wt%, based on the total weight of said filling material (a) tobacco-free nicotine-containing particles formed from a carrier material, said carrier material comprising microcrystalline cellulose, said tobacco-free nicotine-containing particles comprising a nicotine source, said tobacco-free nicotine-containing particles having a sphericity from 0.8 to 1.0, and a diameter from 0.1 mm to 2.0 mm, and said carrier material comprising microcrystalline cellulose, said tobacco-free nicotine-containing particles comprising a nicotine source, said tobacco-free nicotine-containing particles having a sphericity from 0.8 to 1.0, and a diameter from 0.1 mm to 2.0 mm, and (b) optionally a tobacco material present in an amount within the range of from 0.05 wt% to 10 wt%, based on the total weight of said filling material with the proviso that said oral pouched nicotine product is free from or substantially free from a constituent comprising a coating comprising a nicotine source and a binder.
Fastening element for arrangement on a connecting element of a process container, in particular a reactor, preferably a bioreactor, most preferably a single-use bioreactor, wherein the fastening element has a nozzle and a fixing element, wherein the nozzle has a sensor opening for inserting a sensor into the nozzle and a measuring window on a side opposite the sensor opening, and wherein the fixing element is designed to arrange the nozzle on the connecting element of the process container, characterized in that the fixing element has at least one latching arm with a movable latching region in order to form a latching connection with the connecting element of the process container, and the fixing element has at least one securing element arranged displaceably on the fixing element, wherein the securing element and the fixing element are designed to interact in such a way that, when the securing element is in an insertion position, the latching region of the at least one latching arm is movable and, when the securing element is in a securing position, a movement of the latching region of the at least one latching arm is prevented by the securing element. wherein the fastening element has a nozzle and a fixing element, wherein the nozzle has a sensor opening for inserting a sensor into the nozzle and a measuring window on a side opposite the sensor opening, and wherein the fixing element is designed to arrange the nozzle on the connecting element of the process container, characterized in that the fixing element has at least one latching arm with a movable latching region in order to form a latching connection with the connecting element of the process container, and the fixing element has at least one securing element arranged displaceably on the fixing element, wherein the securing element and the fixing element are designed to interact in such a way that, when the securing element is in an insertion position, the latching region of the at least one latching arm is movable and, when the securing element is in a securing position, a movement of the latching region of the at least one latching arm is prevented by the securing element.