mhurhangee/ep-ind-claims huggingface dataset:
A pool cleaner, comprising: a first filter assembly comprising: a first housing defining a first chamber, wherein the first housing is provided with a first water inlet and a first water outlet; and a first filter device disposed in the first chamber configured to perform a first filtration to water from the first water inlet; and a second filter assembly comprising: a second housing defining a second chamber, wherein the second housing is provided with a second water inlet, and the second water inlet is connected with the first water outlet; and a second filter device disposed in the second chamber configured to perform a second filtration to the first filtered water; charaterized in that the first housing is detachably connected with the second housing and a bottom portion of the first housing is detachably connected with a side wall of the second housing via a first connector. a first filter assembly comprising: a first housing defining a first chamber, wherein the first housing is provided with a first water inlet and a first water outlet; and a first filter device disposed in the first chamber configured to perform a first filtration to water from the first water inlet; and a first housing defining a first chamber, wherein the first housing is provided with a first water inlet and a first water outlet; and a first filter device disposed in the first chamber configured to perform a first filtration to water from the first water inlet; and a second filter assembly comprising: a second housing defining a second chamber, wherein the second housing is provided with a second water inlet, and the second water inlet is connected with the first water outlet; and a second filter device disposed in the second chamber configured to perform a second filtration to the first filtered water; a second housing defining a second chamber, wherein the second housing is provided with a second water inlet, and the second water inlet is connected with the first water outlet; and a second filter device disposed in the second chamber configured to perform a second filtration to the first filtered water; charaterized in that the first housing is detachably connected with the second housing and a bottom portion of the first housing is detachably connected with a side wall of the second housing via a first connector.
Method for controlling a feeder of a saddle stitching machine, wherein signatures are individually separated one after another, by means of at least one gripper (22, 26, 35-37), from a stack of a magazine and are laid on a transport device, wherein opening and closing of the gripper (22, 26) and actuating of a stitcher is remotely controlled by control signals of a control device (18, 50), characterised in that the control signals are generated from data regarding the dimensions and the page count of the signatures.
Transduced T-Rapa cells for use in a method of treating a lysosomal storage disorder in a subject, the method comprising the steps of: (a) conditioning T-cells from the subject or suitable donor with rapamycin ex vivo to generate T-Rapa cells; (b) transducing the T-Rapa cells in vitro with a vector comprising a transgene of interest that encodes an enzyme associated with lysosomal storage disorder; and (c) administering the transduced T-Rapa cells to the subject, wherein the T-Rapa cells express the enzyme associated with lysosomal storage disorder in the subject and reduce one or more symptoms of the lysosomal storage disorder. (a) conditioning T-cells from the subject or suitable donor with rapamycin ex vivo to generate T-Rapa cells; (b) transducing the T-Rapa cells in vitro with a vector comprising a transgene of interest that encodes an enzyme associated with lysosomal storage disorder; and (c) administering the transduced T-Rapa cells to the subject, wherein the T-Rapa cells express the enzyme associated with lysosomal storage disorder in the subject and reduce one or more symptoms of the lysosomal storage disorder.
A data acquisition circuit, comprising: a plurality of data channels comprising a plurality of amplifiers; a biasing circuit for providing a first bias voltage and a second bias voltage to the plurality of amplifiers, the biasing circuit comprising a reference current generator including a first current source for supplying reference current to a master bias generator, the master bias generator generating the first bias voltage; and a bias noise compensator including a second current source, coupled to the master bias generator for generating the second bias voltage proportional to the first bias voltage so as to reduce correlated low frequency noise in the plurality of amplifiers; and a tuning circuit for tuning the biasing circuit to reduce bias voltage variations due to process and temperature drift, the tuning circuit including means for comparing the currents from the first and second current sources against a third current source and adjusting the currents from said first and second current sources, said third current source being less sensitive to process and temperature variations than said first and second current sources. a plurality of data channels comprising a plurality of amplifiers; a biasing circuit for providing a first bias voltage and a second bias voltage to the plurality of amplifiers, the biasing circuit comprising a reference current generator including a first current source for supplying reference current to a master bias generator, the master bias generator generating the first bias voltage; and a bias noise compensator including a second current source, coupled to the master bias generator for generating the second bias voltage proportional to the first bias voltage so as to reduce correlated low frequency noise in the plurality of amplifiers; and a tuning circuit for tuning the biasing circuit to reduce bias voltage variations due to process and temperature drift, the tuning circuit including means for comparing the currents from the first and second current sources against a third current source and adjusting the currents from said first and second current sources, said third current source being less sensitive to process and temperature variations than said first and second current sources.
(-)-Epigallocatechin-3-gallate (EGCG) for use as a topical agent for improving cutaneous scarring, wherein the agent is for use in pre-emptive priming of skin at a potential surgical site pre-injury, and wherein the pre-emptive priming is commenced at least 3 days prior to surgery.
Depositing device for depositing poultry from a pile of one or more stacked crates to a poultry conveyor, wherein the depositing device comprises a tilting unit and a chute, wherein the tilting unit is configured for tilting the pile of one or more stacked crates around a tilt axis between a receiving position, in which the pile of one or more stacked crates is received, and a depositing position, in which poultry is transferred from the pile of one or more stacked crates to the poultry conveyor via the chute, characterized in that the chute is tiltable between the receiving position and the depositing position independently to the tilting unit.
A device for brewing coffee, comprising at least one portion capsule as well as a coffee machine with a first brewing module part and a second brewing module part movable relative to the first brewing module part, wherein the first and the second brewing module form a discharge device for discharging an extraction product out of the capsule and an injector for introducing an extraction fluid into the capsule and the brewing chamber, which, with regard to the shape, is matched to the shape of the capsule, said brewing chamber at least partly surrounding the capsule with the brewing procedure, wherein the discharge device and the injector each comprise at least one perforation element, wherein the capsule comprises a plastic capsule wall, wherein the capsule wall surrounds a closed inner space which is filled with coffee powder, wherein the capsule wall moreover can be perforated by the perforation elements when the capsule is inserted into the brewing chamber, by way of closing the brewing chamber for introducing an extraction fluid under pressure and for discharging coffee which has arisen in the inside of the capsule after the brewing procedure, wherein the capsule with the exception of a possible, peripheral edge projecting lateral maximally by 1.5 mm has the shape of a cube or cuboid, wherein the capsule is designed to be able to withstand an overpressure in its interior.
A method for downlink signal transmission, applied to a terminal device, comprising: determining a number of bits of a target information indication field in downlink control information, DCI, according to configuration of Control Resource Sets, CORESETs configured at the terminal device, the configuration comprising each of zero or more first parameter(s) which is(are) CORESET pool index(es) among the parameter(s) of the CORESET(s) configured at the terminal device, wherein the determining the number of bits of the target information indication field in DCI according to the configuration comprises determining the number of bits of the target information indication field according to a quantity of the first parameter(s), wherein the target information indication field comprises a downlink assignment index, DAI; detecting the DCI based on the number of bits of the target information indication field in the DCI; and sending or receiving signals scheduled by the DCI according to the DCI; and wherein the number of bits of the target information indication field when the quantity is a first value is different from the number of bits of the target information indication field when the quantity is a second value. determining a number of bits of a target information indication field in downlink control information, DCI, according to configuration of Control Resource Sets, CORESETs configured at the terminal device, the configuration comprising each of zero or more first parameter(s) which is(are) CORESET pool index(es) among the parameter(s) of the CORESET(s) configured at the terminal device, wherein the determining the number of bits of the target information indication field in DCI according to the configuration comprises determining the number of bits of the target information indication field according to a quantity of the first parameter(s), wherein the target information indication field comprises a downlink assignment index, DAI; detecting the DCI based on the number of bits of the target information indication field in the DCI; and sending or receiving signals scheduled by the DCI according to the DCI; and wherein the number of bits of the target information indication field when the quantity is a first value is different from the number of bits of the target information indication field when the quantity is a second value.
Device for measuring the electric power delivered to a railway vehicle by a high voltage electric supply line, comprising: current sensing means connected operationally to said supply line, a resistive voltage divider connected operationally between said supply line and an electric earthing terminal (22; 32c), first processing means connected to said current sensing means and designed to generate signals or data indicating the intensity of the current drawn by the vehicle from the supply line, and second processing means connected to the output of said voltage divider and designed to generate signals or data indicating the voltage of said supply line, said current sensing means and the associated first processing means, as well as the voltage divider being arranged in a cavity inside a line insulator, wherein the terminal with the lowest potential of the voltage divider is connected to a plate-like member made of electrically conductive material that extends outside the cavity of said insulator, characterised in that at a lower end of said insulator there is connected a hollow body made of electrically conductive material, adapted to be connected to earth and in which there are arranged said second processing means, said hollow body including a plate-like wall arranged to face said plate-like member at a predetermined distance therefrom, such as to form therewith a discharger capable of generating an electric discharge when the voltage at the ends of same exceeds a predetermined value. current sensing means connected operationally to said supply line, a resistive voltage divider connected operationally between said supply line and an electric earthing terminal (22; 32c), first processing means connected to said current sensing means and designed to generate signals or data indicating the intensity of the current drawn by the vehicle from the supply line, and second processing means connected to the output of said voltage divider and designed to generate signals or data indicating the voltage of said supply line, said current sensing means and the associated first processing means, as well as the voltage divider being arranged in a cavity inside a line insulator, wherein the terminal with the lowest potential of the voltage divider is connected to a plate-like member made of electrically conductive material that extends outside the cavity of said insulator, characterised in that at a lower end of said insulator there is connected a hollow body made of electrically conductive material, adapted to be connected to earth and in which there are arranged said second processing means, said hollow body including a plate-like wall arranged to face said plate-like member at a predetermined distance therefrom, such as to form therewith a discharger capable of generating an electric discharge when the voltage at the ends of same exceeds a predetermined value.
A composite plate for the loading floor, for walls or for the roof of a commercial vehicle, comprising a core from balsa wood which is connected to multilayer structural plywood, wherein the structural plywood has an inner ply close to the core, an outer ply and at least one intermediate ply (11b, 11c, 11d) arranged therebetween, wherein the fibers of the inner ply and the fibers of the outer ply are each oriented in a first direction and the fibers of the at least one intermediate ply (11b, 11c, 11d) are oriented in a second direction that runs perpendicular to the first direction, wherein at least one ply made from a GFRP- and/or CFRP-mat and/or from a natural-fiber mat is provided.
A washing machine comprising: a drum rotationally arranged for containing laundry a door; a motion detector configured to detect a motion of the laundry; and a controller configured to control a rotation speed of the drum based on the detected motion such that the laundry shows a predetermined motion, characterized in that the motion detector comprises a first laundry detection sensor installed on an upper position of a center of the door and a second laundry detection sensor installed at the center of the door. a drum rotationally arranged for containing laundry a door; a motion detector configured to detect a motion of the laundry; and a controller configured to control a rotation speed of the drum based on the detected motion such that the laundry shows a predetermined motion, characterized in that the motion detector comprises a first laundry detection sensor installed on an upper position of a center of the door and a second laundry detection sensor installed at the center of the door.
A method for manufacturing a unit cell, the method comprising: a step of continuously conveying and supplying, in a longitudinal direction, a lower separator which is located at a relatively lower position; a step of applying an adhesive to a portion of a top surface of the lower separator; a step of mounting, on the lower separator, one electrode of a negative electrode or a positive electrode which is cut into a predetermined size and located on one side of the lower separator; a step of continuously conveying and supplying an upper separator which is located at a relatively upper position; and a step of applying an adhesive to a portion of one surface of the upper separator, wherein the upper separator is supplied from the upper side in a direction perpendicular to a traveling direction of the lower separator, and is horizontally conveyed while the adhesive is applied so that the adhesive is applied vertically from the upper side, and wherein the upper separator is stacked on the electrode such that one surface of the upper separator on which the adhesive has been applied is placed on a top surface of the electrode. a step of applying an adhesive to a portion of a top surface of the lower separator; a step of mounting, on the lower separator, one electrode of a negative electrode or a positive electrode which is cut into a predetermined size and located on one side of the lower separator; a step of continuously conveying and supplying an upper separator which is located at a relatively upper position; and a step of applying an adhesive to a portion of one surface of the upper separator, wherein the upper separator is supplied from the upper side in a direction perpendicular to a traveling direction of the lower separator, and is horizontally conveyed while the adhesive is applied so that the adhesive is applied vertically from the upper side, and wherein the upper separator is stacked on the electrode such that one surface of the upper separator on which the adhesive has been applied is placed on a top surface of the electrode.
A method for burning fuel in a cylindrical combustion chamber, comprising, in this combustion chamber, - a projection, from a burner, of a jet of pulverulent solid fuel, carried by a conveying air, and possibly of a flow of primary air, and - a supply of an oxidising gas in a direction of propagation such as to form a stream of oxidising gas around the jet of fuel projected by the burner, at a temperature that causes combustion of the fuel, characterised in that the jet of solid fuel has an axial component of projection in a same direction as said direction of propagation of the oxidising gas in the cylindrical combustion chamber, and in that the ratio between the specific momentum rate of the burner and the specific momentum rate of the oxidising gas is equal to or less than 1.0 and greater than zero. - a projection, from a burner, of a jet of pulverulent solid fuel, carried by a conveying air, and possibly of a flow of primary air, and - a supply of an oxidising gas in a direction of propagation such as to form a stream of oxidising gas around the jet of fuel projected by the burner, at a temperature that causes combustion of the fuel,
B-cell activating factor for use in a method of increasing mucosal immunity in the gastrointestinal tract of infants or sucklings characterized in that it is administered perorally in a preparation comprising 200 to 3500 pg of B-cell activating factor /ml of the preparation.
An anti-siphon valve for a fluid tank, in particular for an oil tank, comprising: - a body with an inlet, an outlet and a passage for the fluid, the passage connecting the inlet to the outlet; - a movable obturator cooperating with a seat in order to close the passage, the obturator being normally in the closed position and configured to open the passage in the presence of a pressure difference between the inlet and the outlet greater than a positive limit value; - an auxiliary control device (54, 56) for moving the obturator towards a position in which the passage is open; characterized in that the anti-siphon valve comprises connecting means (70, 72) configured to transmit a movement from the auxiliary control device (54, 56) to the obturator only in the direction of opening of the passage, so as to enable said obturator to move in the opening direction under the effect of the pressure difference, independently of said device. - a body with an inlet, an outlet and a passage for the fluid, the passage connecting the inlet to the outlet; - a movable obturator cooperating with a seat in order to close the passage, the obturator being normally in the closed position and configured to open the passage in the presence of a pressure difference between the inlet and the outlet greater than a positive limit value; - an auxiliary control device (54, 56) for moving the obturator towards a position in which the passage is open;
A method for fabricating a modular brace designed to be virtually fitted on a portion of a patient's body to be braced prior to fabrication comprising: obtaining a digital representation of the portion of the patient's body; creating a first section design and a second section design of the modular brace having a mating edge seam between the first section and the second section that extends along a curved line on the digital representation of the portion of the patient, and fabricating the first section of the modular brace from the first section design and fabricating the second section of the modular brace from the second section design using a three dimensional fabrication machine that binds a liquid or powder particles together to sequentially form solid planar portions of the first section and the second section of the modular brace, characterized in that the first section design is releasably coupled to the second section with a plurality of fasteners each comprising a plurality of tabs (993, 994) extending from both inner surfaces and outer surfaces of the first section of the modular brace on the mating edge seam and a plurality of grooves (995, 996) formed in both inner and outer surfaces of the second section of the modular brace on the mating edge seam;. obtaining a digital representation of the portion of the patient's body; creating a first section design and a second section design of the modular brace having a mating edge seam between the first section and the second section that extends along a curved line on the digital representation of the portion of the patient, and fabricating the first section of the modular brace from the first section design and fabricating the second section of the modular brace from the second section design using a three dimensional fabrication machine that binds a liquid or powder particles together to sequentially form solid planar portions of the first section and the second section of the modular brace, characterized in that the first section design is releasably coupled to the second section with a plurality of fasteners each comprising a plurality of tabs (993, 994) extending from both inner surfaces and outer surfaces of the first section of the modular brace on the mating edge seam and a plurality of grooves (995, 996) formed in both inner and outer surfaces of the second section of the modular brace on the mating edge seam;.