mhurhangee/ep-ind-claims huggingface dataset:
A refuse bag roll with a plurality of refuse bags (10-1, 10-2; 10, 10', 10'', 10′′′) rolled up one behind the other, which may be separated from one another by material weakenings extending in the transverse direction of the refuse bag roll, and wherein each of the refuse bags (10-1, 10-2; 10, 10', 10'', 10′′′) has at least one filling opening for refuse and at least two refuse bag areas (16-1, 16-2; 16'-1, 16'-2; 16''-1, 16''-2; 16′′′-1, 16′′′-2, 16'''-3), which may be filled via the at least one filling opening, wherein the refuse bag areas (16-1, 16-2; 16'-1, 16'-2; 16"-1, 16''-2; 16′′′-1, 16′′′-2, 16′′′-3) may each be separated from the refuse bag in a non-destructive manner, so that the refuse bag areas (16-1, 16-2; 16'-1, 16'-2; 16"-1, 16''-2; 16′′′-1, 16′′′-2, 16′′′-3) each form separate refuse bags after separation from the refuse bag, characterised in that each refuse bag (10, 10'') has a main bag wall (14, 14') on which at least one connecting wall (22-1, 22-2) is provided, by means of which refuse bag areas (16-1, 16-2; 16'-1, 16'-2; 16''-1, 16''-2) are formed, wherein the at least one connecting wall extends at least in portions in the longitudinal direction, and wherein a material weakening (20, 20', 20'') for non-destructive separation is formed on the at least one connecting wall.
Printing device for printing on containers, comprising: a drivable rotor having a plurality of container receptacles which are rotatable about individual rotational axes oriented in parallel with the rotational axis of the rotor, with which rotor the containers are rotatably moved between at least one feed conveyor and at least one discharge conveyor; at least one print head for applying a print image to the container; at least one curing station for curing a print image applied to a container outer surface of a container, said curing station being arranged in the periphery of the rotor in a stationary manner and downstream in rotation of the position in which the print image is applied to the container; and at least one protective device; wherein at least one container receptacle and the protective device are designed such that an enclosure is formed for at least one container entrained by the container receptacle by relative movement of the container receptacle and at least a part of the protective device in the region of the curing station; and wherein the container receptacle is designed such that it at least partially closes the formed enclosure in the region of the curing station in an axial direction of the rotor. a drivable rotor having a plurality of container receptacles which are rotatable about individual rotational axes oriented in parallel with the rotational axis of the rotor, with which rotor the containers are rotatably moved between at least one feed conveyor and at least one discharge conveyor; at least one print head for applying a print image to the container; at least one curing station for curing a print image applied to a container outer surface of a container, said curing station being arranged in the periphery of the rotor in a stationary manner and downstream in rotation of the position in which the print image is applied to the container; and at least one protective device; wherein at least one container receptacle and the protective device are designed such that an enclosure is formed for at least one container entrained by the container receptacle by relative movement of the container receptacle and at least a part of the protective device in the region of the curing station; and wherein the container receptacle is designed such that it at least partially closes the formed enclosure in the region of the curing station in an axial direction of the rotor.
Fiber bundle for reinforcement of mortars or concrete comprising a plurality of polymer monofilaments having a twist degree of the fiber bundle ranging from 0 to 50 t/m; wherein the diameter of each monofilament ranges from 0.5 to 0.7 mm; wherein the length of the fiber bundle ranges from 18 to 65 mm; wherein the weight of each monofilament ranges between 1500 and 3000 den; wherein each monofilament comprises mechanical indentation wherein the mechanical indentation of said monofilaments causes an amplitude from 0.01-1 mm. a plurality of polymer monofilaments having a twist degree of the fiber bundle ranging from 0 to 50 t/m; wherein the diameter of each monofilament ranges from 0.5 to 0.7 mm; wherein the length of the fiber bundle ranges from 18 to 65 mm; wherein the weight of each monofilament ranges between 1500 and 3000 den; wherein each monofilament comprises mechanical indentation wherein the mechanical indentation of said monofilaments causes an amplitude from 0.01-1 mm.
Method of supplying an air separation unit by means of a gas turbine, wherein inlet air is taken in (by 16, 54) in an inlet of said separation unit, at least one fraction of said inlet air from said gas turbine is supplied (by 16), and two gas streams are extracted (by 20, 24, 32, 36) from the separation unit enriched with nitrogen and oxygen, respectively, characterised in that a significant decrease in the flow of the fraction of air flow coming from the turbine gas is detected (by 18), then at least one portion of at least one of the two gas streams is recycled (by 28, 42), towards the inlet of the separation unit, and wherein the substantial decrease in the flow of said fraction of air coming from (by 16) the gas turbine is detected, by detecting the passage of this flow below a predetermined value, the predetermined value corresponding to an instantaneous decrease by at least 5% of the flow of the fraction of inlet air coming from the gas turbine or the significant reduction in the flow of said fraction of air coming from the gas turbine is detected, by detecting a stop of the gas turbine.
An electric power steering apparatus wherein a current command value (Iref2) is calculated based on at least a steering torque, and a motor is controlled by a current control value calculated based on said current command value (Iref2) to provide a steering assist force to a steering mechanism, a friction compensator (120, 120A-120C) calculates a friction compensation value (Fc) for compensating a friction to said steering mechanism on the basis of said steering torque, said current command value (Iref2) is corrected by said friction compensation value (Fc) said apparatus characterized in that the friction compensator (120, 120A-120C) sets a steering torque target value range which has a predetermined range based on said steering torque, and calculates said friction compensation value (Fc) in accordance with a difference between said steering torque and an intermediate value of said steering torque target value range.
A method of monitoring the mean arterial pressure of a patient having a blood pump, comprising identifying a segment of time associated with diastole of the patient's cardiac cycle, determining a first parameter of the blood pump corresponding to the identified segment of time, and estimating the mean arterial pressure of the patient based at least in part on the first parameter, further comprising determining an amount of pressure head exerted by the pump based at least in part on the first parameter, determining an amount of pressure loss at an outlet of the pump based at least in part on the first parameter, determining the mean arterial pressure of the patient based at least in part on the pressure head and pressure loss amounts.
A battery system, comprising: a system frame with a pair of first frame beams extending in a first direction and being connected to a pair of second frame beams extending in a second direction substantially perpendicular to the first direction; a plurality of traverses spaced apart in the first direction and assembled to the pair of first frame beams; a plurality of battery modules, each battery module comprising a first plurality of aligned battery cells stacked in the second direction and a second plurality of aligned battery cells stacked in the second direction, wherein the first and second pluralities of aligned battery cells of each battery module are spaced apart in the first direction and are mechanically and electrically connected to each other via a respective dual module connection unit, wherein each battery module is assembled to one traverse being inserted into a gap between the first and second plurality of aligned battery cells, the width of the gap corresponding to the width of the inserted traverse, wherein thermal pads are disposed between at least one side wall of each battery cell and a traverse, and wherein the first frame beams comprise coolant supply lines and at least one traverse comprises a coolant duct that is fluidly connected to the coolant supply lines. a system frame with a pair of first frame beams extending in a first direction and being connected to a pair of second frame beams extending in a second direction substantially perpendicular to the first direction; a plurality of traverses spaced apart in the first direction and assembled to the pair of first frame beams; a plurality of battery modules, each battery module comprising a first plurality of aligned battery cells stacked in the second direction and a second plurality of aligned battery cells stacked in the second direction, wherein the first and second pluralities of aligned battery cells of each battery module are spaced apart in the first direction and are mechanically and electrically connected to each other via a respective dual module connection unit, wherein each battery module is assembled to one traverse being inserted into a gap between the first and second plurality of aligned battery cells, the width of the gap corresponding to the width of the inserted traverse, wherein thermal pads are disposed between at least one side wall of each battery cell and a traverse, and wherein the first frame beams comprise coolant supply lines and at least one traverse comprises a coolant duct that is fluidly connected to the coolant supply lines.
An antitheft for a motor vehicle steering column comprising: - a bolt movable between a locking position in which the bolt blocks the steering column and an unlocking position in which said bolt lets the steering column free to rotate, - a lock, - a cam driven in rotation about an axis of rotation via the lock and configured to drive the bolt in movement in the locking and unlocking positions, the antitheft being characterized in that it comprises: - a blocking element disposed at the end of the cam facing the bolt so as to block the bolt in the locking position and to authorize the displacement of said bolt out of the locking position of the bolt, said blocking element being disposed between the cam and the bolt, said blocking element being movable in rotation about an axis collinear with the axis of rotation of the cam. - a bolt movable between a locking position in which the bolt blocks the steering column and an unlocking position in which said bolt lets the steering column free to rotate, - a lock, - a cam driven in rotation about an axis of rotation via the lock and configured to drive the bolt in movement in the locking and unlocking positions, - a blocking element disposed at the end of the cam facing the bolt so as to block the bolt in the locking position and to authorize the displacement of said bolt out of the locking position of the bolt, said blocking element being disposed between the cam and the bolt, said blocking element being movable in rotation about an axis collinear with the axis of rotation of the cam.
A method for making a treated super-hard structure, the method including: providing a super-hard structure comprising sintered polycrystalline cubic boron nitride (PCBN) material joined to a substrate comprising cemented carbide material; the method characterised by subjecting the super-hard structure to heat treatment at a treatment temperature of greater than 700 degrees centigrade at a treatment pressure of at most 2GPa at which the PCBN is not thermodynamically stable, for a treatment period of at least 5 minutes to produce the treated super-hard structure. providing a super-hard structure comprising sintered polycrystalline cubic boron nitride (PCBN) material joined to a substrate comprising cemented carbide material; the method characterised by subjecting the super-hard structure to heat treatment at a treatment temperature of greater than 700 degrees centigrade at a treatment pressure of at most 2GPa at which the PCBN is not thermodynamically stable, for a treatment period of at least 5 minutes to produce the treated super-hard structure.
A composition comprising a culture of probiotic bacteria Lactobacillus salivarius DSM 22775, deposited on 23.07.2009 at Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH-DSMZ, for use in the preventive and/or curative treatment of pathologies selected from the group consisting of allergies, atopy, allergic rhinitis, food hypersensitivity, atopic dermatitis, eczema, asthma or immunodeficiency.
A method of manufacturing a silicon carbide semiconductor device having an electrical contact formed between a p-type silicon carbide semiconductor region and a metal electrode, the method comprising: a first process of forming on a surface of the p-type silicon carbide semiconductor region, a graphene layer that reduces an electrical potential drop generated in a conjunction interface between the p-type silicon carbide semiconductor region and the metal electrode; a second process of forming an insulator layer comprising a hexagonal boron nitride on a surface of the graphene layer; and a third process of forming the metal electrode on a surface of the insulation layer. a first process of forming on a surface of the p-type silicon carbide semiconductor region, a graphene layer that reduces an electrical potential drop generated in a conjunction interface between the p-type silicon carbide semiconductor region and the metal electrode; a second process of forming an insulator layer comprising a hexagonal boron nitride on a surface of the graphene layer; and a third process of forming the metal electrode on a surface of the insulation layer.
A method for checking the functionality of an antenna coil for a contactlessly communicating portable data carrier, comprising the steps of: - exciting the antenna coil to oscillate; characterized in that the antenna coil is excited inductively by one single magnetic field pulse; and - detecting the free, damped oscillation of the antenna coil in response to the excitation; - evaluating the free damped oscillation of the antenna coil. - exciting the antenna coil to oscillate; - detecting the free, damped oscillation of the antenna coil in response to the excitation; - evaluating the free damped oscillation of the antenna coil.
A hydrogen production apparatus comprising: an anode; a cathode; a solid oxide electrolyte membrane on two surfaces of which the anode and the cathode are respectively placed, the solid oxide electrolyte membrane being protonically conductive; and a power supply configured to apply voltage between the anode and the cathode; characterized in that the anode includes a first porous metal body; the hydrogen production apparatus is configured to introduce steam to the anode including the first porous metal body; the first porous metal body includes a porous metal body S and another porous metal body H other than the porous metal body S, the porous metal body S being arranged to oppose a supply port of the steam, and having a three-dimensional mesh-like skeleton, and the porous metal body H having a three-dimensional mesh-like skeleton; a porosity Ps of the porous metal body S and a porosity Ph of the porous metal body H satisfy a relationship: Ps < Ph; and the porous metal body S and the porous metal body H are combined and are bonded with one another by entanglement of their skeletons at their interfaces. an anode; a cathode; a solid oxide electrolyte membrane on two surfaces of which the anode and the cathode are respectively placed, the solid oxide electrolyte membrane being protonically conductive; and a power supply configured to apply voltage between the anode and the cathode; characterized in that the anode includes a first porous metal body; the hydrogen production apparatus is configured to introduce steam to the anode including the first porous metal body; the first porous metal body includes a porous metal body S and another porous metal body H other than the porous metal body S, the porous metal body S being arranged to oppose a supply port of the steam, and having a three-dimensional mesh-like skeleton, and the porous metal body H having a three-dimensional mesh-like skeleton; the porous metal body S being arranged to oppose a supply port of the steam, and having a three-dimensional mesh-like skeleton, and the porous metal body H having a three-dimensional mesh-like skeleton; a porosity Ps of the porous metal body S and a porosity Ph of the porous metal body H satisfy a relationship: Ps < Ph; and the porous metal body S and the porous metal body H are combined and are bonded with one another by entanglement of their skeletons at their interfaces.
A press, preferably pneumatic, for separating the solid and liquid parts, also called juice, from a material such as grapes, said press comprising a tank having a longitudinal axis (XX'), a support frame whereupon the tank is arranged substantially horizontally and is mounted to rotate about its longitudinal axis, and means for draining the juices, said tank having a tubular body closed at each of its opposite ends by a flange, one of the flanges of the tank being equipped with an axial filling orifice for filling of the tank with material to be pressed, said tank further being equipped with at least one pressurization orifice, said tank comprising at least one membrane, the membrane(s) sealingly separating the interior volume of the tank into a so-called treatment chamber, into which said axial filling orifice opens, and at least one so-called control chamber, into which the or one of the pressurization orifices opens, said treatment chamber being provided with drainage means arranged at least in one zone of the tubular body of the tank, the treatment chamber comprising at least one internal duct connected at the inlet to the axial filling orifice of the tank, the or at least one of the ducts inside the treatment chamber developing along the flange provided with the axial filling orifice from said axial filling orifice toward the drainage means to allow a transfer of the material to be pressed from the axial filling orifice toward the drainage means, this internal duct emerging at the outlet inside the treatment chamber at one or more outlet locations separated from the longitudinal axis (XX') of the tank, characterized in that the drainage means comprise several drains, in that each drain takes the form of a chute or similar portion of conduit, elongated, perforated, in that each drain is mounted in the tank along a generatrix of the tubular body of the tank, in that the or at least one of the internal ducts is a duct with a solid wall between its inlet and the or each of its outlet locations, in that the or at least one of the outlet locations of said internal duct is arranged between the drains or two of the drains of the drainage means and in that the distance between the or at least one of the outlet locations of said internal duct of the treatment chamber and the cylindrical body of the tank is less than the distance between said outlet location of the internal duct of the treatment chamber and the longitudinal axis (XX') of rotation of the tank.
Anti-condensation housing, comprising means for being connected to a diffusion head able to produce nebulisation of a product to be diffused contained in a bottle (110, 410), characterised in that it comprises: a. a conduit (131, 132, 431, 432, 730) comprising a curved part (133, 432) and an inlet for the nebulised product into the conduit, through a nebulisation nozzle between a diffusion end and a blowing end; b. at the diffusion end of said conduit, an outlet orifice; c. at the blowing end of said conduit a fan (140, 440) for generating an air flow between said end and the diffusion end of the conduit; d. a baffle inside said conduit, situated between the inlet for the nebulised conduit and the diffusion end, said baffle extending in a direction perpendicular to the direction of the air flow so as to create an obstacle in the progress of the flow in the conduit between the nebulisation nozzle and the curved part (133, 432); e. the baffle cooperating with the wall of said conduit in order to create in said conduit a retention zone for the nebulised product stopped by said baffle. a. a conduit (131, 132, 431, 432, 730) comprising a curved part (133, 432) and an inlet for the nebulised product into the conduit, through a nebulisation nozzle between a diffusion end and a blowing end; b. at the diffusion end of said conduit, an outlet orifice; c. at the blowing end of said conduit a fan (140, 440) for generating an air flow between said end and the diffusion end of the conduit; d. a baffle inside said conduit, situated between the inlet for the nebulised conduit and the diffusion end, said baffle extending in a direction perpendicular to the direction of the air flow so as to create an obstacle in the progress of the flow in the conduit between the nebulisation nozzle and the curved part (133, 432); e. the baffle cooperating with the wall of said conduit in order to create in said conduit a retention zone for the nebulised product stopped by said baffle.
A surgical instrument for use in a surgical procedure, said surgical instrument comprising: an interchangeable working assembly, comprising: an end effector; and a working assembly controller; a power assembly separably couplable to said working assembly, and comprising: a power source; and a power assembly controller, characterized in that said working assembly controller is configured to generate one or more signals to communicate with said power assembly controller by modulating power transmission from said power source to said working assembly, whereby the power transmitted from said power source to said working assembly forms discrete patterns or waveforms that represent said one or more signals, and said power assembly controller is configured to monitor the power transmission from said power assembly to said interchangeable working assembly for the one or more signals represented by said discrete patterns or waveforms. an interchangeable working assembly, comprising: an end effector; and a working assembly controller; an end effector; and a working assembly controller; a power assembly separably couplable to said working assembly, and comprising: a power source; and a power assembly controller, a power source; and a power assembly controller, characterized in that said working assembly controller is configured to generate one or more signals to communicate with said power assembly controller by modulating power transmission from said power source to said working assembly, whereby the power transmitted from said power source to said working assembly forms discrete patterns or waveforms that represent said one or more signals, and said power assembly controller is configured to monitor the power transmission from said power assembly to said interchangeable working assembly for the one or more signals represented by said discrete patterns or waveforms.
A surgical instrument comprising a handle portion or mounting portion and a functional portion and/or tip, wherein a display device is provided on the instrument and includes or enables displays which serve to assist in image-guided and/or navigation-assisted surgery, wherein the handle portion or mounting portion and/or the functional portion and in particular also components of the instrument which are attached to them are formed as sterile disposable items, in particular as sterilely packaged disposable items, specifically made of a plastic material, characterised in that the display device comprises an image display which displays tracking markings for a tracking system.