mhurhangee/ep-ind-claims huggingface dataset:
Method for the Reply-Charging functionality when transmitting a message, in particular a multimedia message, via a communications network from a transmitting application (MMS User Agent A, MMS Client A) to a receiving application (MMS User Agent B, MMS Client B) using an originator network unit (MMS Relay/Server A, MMS Proxy-Relay A) and a recipient network unit (MMS Relay/Server B, MMS Proxy-Relay B), the originator network unit and the recipient network unit being identical or different than one another and being situated in the domain of one or two service providers (MMS Service Provider), and the message containing information regarding the readiness of the originator to accept the costs for the reply message from the recipient (Reply-Charging), characterized in that the transmitting application, the originator network unit, the recipient network unit and/or the receiving application transmit and receive information about the maximum permissible size of the reply message.
A screwing device for applying and/or transmitting a torque to a screw partner and for interacting with a drive torque generating means, the screwing device comprising geared offset head means having an output which can be connected to the screw partner in a detachable manner and a drive to which a drive torque can be manually or mechanically applied, an output gearwheel which can be driven by the geared offset head means, a mechanical interface for selective direct or indirect connection to the drive torque generating means for introducing the torque, characterized in that the screwing device furthermore comprises a compensation unit configured to store and process compensation data comprising a torque curve specific to the output gearwheel and/or an efficiency curve specific to the output gearwheel for offsetting said data against a value of an actual output torque in order to generate a value of a compensated output torque, and a data interface configured to transmit compensation data to a drive torque generating means. for applying and/or transmitting a torque to a screw partner and for interacting with a drive torque generating means, the screwing device comprising geared offset head means having an output which can be connected to the screw partner in a detachable manner and a drive to which a drive torque can be manually or mechanically applied, an output gearwheel which can be driven by the geared offset head means, a mechanical interface for selective direct or indirect connection to the drive torque generating means for introducing the torque, characterized in that the screwing device furthermore comprises a compensation unit configured to store and process compensation data comprising a torque curve specific to the output gearwheel and/or an efficiency curve specific to the output gearwheel for offsetting said data against a value of an actual output torque in order to generate a value of a compensated output torque, and a data interface configured to transmit compensation data to a drive torque generating means.
A method for assisting in arranging a plurality of objects (44, 46, 48) in an operating room using a guidance station having a display (28, 29), a control unit and including an optical sensor, said method comprising: determining a desired placement of each of a plurality of anatomy tracking devices (44, 46) with respect to a patient by the guidance station based on surgical procedure information provided to the guidance station, wherein each of the plurality of anatomy tracking devices (44, 46) is capable of communication with the guidance station; and said method being characterized in that it further comprises the step of displaying guiding instructions on the placement of a first of the plurality of anatomy tracking devices (44, 46) and of a second of the plurality of anatomy tracking devices (44, 46) with respect to the patient according to the desired placement of the first and second anatomy tracking devices (44, 46) by the guidance station on the display (28, 29) of the guidance station to a user to avoid obstructions to line-of-sight between the first and second anatomy tracking devices (44, 46) and the optical sensor. determining a desired placement of each of a plurality of anatomy tracking devices (44, 46) with respect to a patient by the guidance station based on surgical procedure information provided to the guidance station, wherein each of the plurality of anatomy tracking devices (44, 46) is capable of communication with the guidance station; and said method being characterized in that it further comprises the step of displaying guiding instructions on the placement of a first of the plurality of anatomy tracking devices (44, 46) and of a second of the plurality of anatomy tracking devices (44, 46) with respect to the patient according to the desired placement of the first and second anatomy tracking devices (44, 46) by the guidance station on the display (28, 29) of the guidance station to a user to avoid obstructions to line-of-sight between the first and second anatomy tracking devices (44, 46) and the optical sensor.
A polarized-wave-multiplexing optical transmitter comprising: an optical combiner generating a polarized-wave-multiplexed optical signal by polarized-wave-multiplexing a first optical modulation signal and a second optical modulation signal; an optical power fluctuation portion fluctuating optical power of the first optical modulation signal and the second optical modulation signal periodically, a total-optical-power detection portion detecting fluctuation amount of total optical power of the polarized-wave-multiplexed optical signal; and an optical power controller reducing an optical power difference between the first optical modulation signal and the second optical modulation signal based on detection result of the total-optical-power detection portion. an optical combiner generating a polarized-wave-multiplexed optical signal by polarized-wave-multiplexing a first optical modulation signal and a second optical modulation signal; an optical power fluctuation portion fluctuating optical power of the first optical modulation signal and the second optical modulation signal periodically, a total-optical-power detection portion detecting fluctuation amount of total optical power of the polarized-wave-multiplexed optical signal; and an optical power controller reducing an optical power difference between the first optical modulation signal and the second optical modulation signal based on detection result of the total-optical-power detection portion.
Protective helmet comprising a shell (2, 102) provided with an outer surface (3, 103) and an inner surface (4, 104), at least one pad (7, 107) which protrudes from said inner surface (4, 104) towards the inside of said protective helmet on the side opposite said outer surface (3, 103), said at least one pad (7, 107) having at least one first surface (8, 108), in use proximal to said inner surface (4, 104), one second surface (9, 109) in use distal from said inner surface (4, 104), said second surface (9, 109) being configured in use for firm abutment against said head of a user, said protective helmet comprising means (10, 110) for connecting said at least one pad (7, 107) to said shell (2, 102), wherein said connecting means (10, 110) are associated or associable with said at least one first surface (8, 108), characterized in that said at least one pad (7, 107) is configured as a laminar body (11, 111) and is associated or associable with at least one layer deformable by shearing (12, 112) in response to the forces acting on said shell (2, 102) following an impact, wherein said at least one layer deformable by shearing (12, 112) is in turn associated or associable with said shell (2, 102) via said connecting means (10, 110), so as to allow the sliding and/or the relative rotation of said shell (2, 102) with respect to said second surface (9, 109) and to dissipate through its deformation at least part of the energy associated with circumferential/rotational components of said forces, wherein said at least one pad (7, 107) comprises at least one further layer (13, 113) associated or associable with said at least one layer (12, 112) and wherein said at least one layer is configured as a membrane which can be associated with said at least one further layer through dissipation means configured to dissipate part of the energy released following an impact, or wherein said at least one layer is configured as a membrane which can be associated with said at least one further layer through further connection means. wherein said at least one layer is configured as a membrane which can be associated with said at least one further layer through dissipation means configured to dissipate part of the energy released following an impact, or wherein said at least one layer is configured as a membrane which can be associated with said at least one further layer through further connection means.
Method for the generation of methanol and for providing output power (E5, E7, E8) in a plant, comprising the process steps: - carrying out a water electrolysis process producing oxygen gas and hydrogen gas, - providing a combustion gas composition comprising at least 40 vol.-% hydrocarbon gas and at least 25 vol.-% carbon dioxide, - at an input side of a combustion chamber, feeding said combustion gas composition and said oxygen gas into the combustion chamber, - maintaining an oxygen-based combustion process for the combustion of the combustion gas composition in said combustion chamber in order to provide output power, said combustion process releasing a flue gas at an output side which contains more than 65 vol.-% carbon dioxide, - combining said carbon dioxide and said hydrogen gas to form a gas mixture, - feeding said gas mixture into a catalytic reactor, - in said catalytic reactor carrying out a catalytic process which processes said gas mixture in order to provide methanol, wherein at least part of said flue gas or of said carbon dioxide is fed back from said output side to said input side of the combustion chamber in order to increase the amount of carbon dioxide at the input side, and wherein means (111, 205) for removing water (H 2 O) from said flue gas are employed. - carrying out a water electrolysis process producing oxygen gas and hydrogen gas, - providing a combustion gas composition comprising at least 40 vol.-% hydrocarbon gas and at least 25 vol.-% carbon dioxide, - at an input side of a combustion chamber, feeding said combustion gas composition and said oxygen gas into the combustion chamber, - maintaining an oxygen-based combustion process for the combustion of the combustion gas composition in said combustion chamber in order to provide output power, said combustion process releasing a flue gas at an output side which contains more than 65 vol.-% carbon dioxide, - combining said carbon dioxide and said hydrogen gas to form a gas mixture, - feeding said gas mixture into a catalytic reactor, - in said catalytic reactor carrying out a catalytic process which processes said gas mixture in order to provide methanol, wherein at least part of said flue gas or of said carbon dioxide is fed back from said output side to said input side of the combustion chamber in order to increase the amount of carbon dioxide at the input side, and wherein means (111, 205) for removing water (H 2 O) from said flue gas are employed.
A temperature sensing device capable of automatically switching operational mode, comprising: a control unit configured to determine that the temperature sensing device is selectively to enter or to leave from a first mode, or to enter a temperature measurement mode; and a power circuit, electrically connected to the control unit for power supply, comprising a power supply unit configured to provide power required by the temperature sensing device; characterized in that the power circuit further comprises a touch sensing circuit and a shake sensing circuit, wherein the touch sensing circuit and the shake sensing circuit are electrically connected to the control unit respectively, and, under the first mode, the touch sensing circuit is configured to detect when the temperature sensing device is touched by a user, and then enable the control unit to determine that the temperature sensing device is to leave from the first mode, wherein, when the temperature sensing device is not in the first mode, the shake sensing circuit is configured to detect whether the temperature sensing device is shaken by the user, and then enable the control unit to determine that the temperature sensing device is to enter the temperature measurement mode or return to the first mode. a control unit configured to determine that the temperature sensing device is selectively to enter or to leave from a first mode, or to enter a temperature measurement mode; and a power circuit, electrically connected to the control unit for power supply, comprising a power supply unit configured to provide power required by the temperature sensing device; characterized in that the power circuit further comprises a touch sensing circuit and a shake sensing circuit, wherein the touch sensing circuit and the shake sensing circuit are electrically connected to the control unit respectively, and, under the first mode, the touch sensing circuit is configured to detect when the temperature sensing device is touched by a user, and then enable the control unit to determine that the temperature sensing device is to leave from the first mode, wherein, when the temperature sensing device is not in the first mode, the shake sensing circuit is configured to detect whether the temperature sensing device is shaken by the user, and then enable the control unit to determine that the temperature sensing device is to enter the temperature measurement mode or return to the first mode.
A nanotextured platform composition comprising a polymer substrate comprising: a. a nanotextured array of parallel grooves and ridges that organizes cultured cardiomyocytes in an anisotropic manner; and b. in vitro -differentiated human cardiomyocytes cultured on said nanotextured array, wherein: (i) said in vitro -differentiated human cardiomyocytes are differentiated from human embryonic stem cells (ESCs) or from induced pluripotent stem cells (iPSCs); and (ii) said in vitro -differentiated human cardiomyocytes have a more mature phenotype on said nanotextured array than said in vitro -differentiated human cardiomyocytes when cultured on a polymer substrate of the same composition but substantially lacking said array of parallel grooves and ridges; wherein said grooves have a depth of 50-500nm and width of 200-1000nm, and said ridges, between said grooves, have a width of 200-1000nm. a. a nanotextured array of parallel grooves and ridges that organizes cultured cardiomyocytes in an anisotropic manner; and b. in vitro -differentiated human cardiomyocytes cultured on said nanotextured array, wherein: (i) said in vitro -differentiated human cardiomyocytes are differentiated from human embryonic stem cells (ESCs) or from induced pluripotent stem cells (iPSCs); and (ii) said in vitro -differentiated human cardiomyocytes have a more mature phenotype on said nanotextured array than said in vitro -differentiated human cardiomyocytes when cultured on a polymer substrate of the same composition but substantially lacking said array of parallel grooves and ridges; (i) said in vitro -differentiated human cardiomyocytes are differentiated from human embryonic stem cells (ESCs) or from induced pluripotent stem cells (iPSCs); and (ii) said in vitro -differentiated human cardiomyocytes have a more mature phenotype on said nanotextured array than said in vitro -differentiated human cardiomyocytes when cultured on a polymer substrate of the same composition but substantially lacking said array of parallel grooves and ridges;
A method of making acrylic acid, acrylic acid derivatives, or mixtures thereof comprising contacting a stream comprising lactic acid, lactic acid derivatives, or mixtures thereof with a bicomponent catalyst comprising perrhenic acid and a compound having an oxophilic metal, wherein said oxophilic metal is selected from the group consisting of Be, Mg, Ca, Sr, Ba, Sc, Y, lanthanides, actinides, Ti, Zr, Hf, Rf, V Nb, Ta, Db, Cr, Mo, W, Sg, Mn, Tc, Re, and Bh.
A bedplate (8, 18) of a wind turbine comprising a tower, said bedplate (8, 18) comprising a composite material, characterised in that said material comprises a resin matrix reinforced by fibres as well as steel or plastic bars.
A building or construction material comprising a fluorinated polymer system that comprises a polymer having a fluorine modified surface layer, and an adhesive or a coating layer, wherein the adhesive or coating layer is applied to the fluorine modified surface layer, and wherein the polymer comprises a thermoplastic polyolefin, the TPO comprises at least one of a propylene/ethylene copolymer, a blend of propylene/ethylene copolymer and polypropylene and a blend of propylene/ethylene copolymer and polypropylene/ethylene propylene diene monomer and any combination thereof.
An agricultural working machine having a track planning unit and a sensor unit connected to the track planning unit for detecting a row crop on a field to be worked, characterised in that when the agricultural working machine moves to the row crop determination of an entry position into the row crop by the track planning unit is based on an analysis of the row crop by means of the sensor unit and at least one machine-specific parameter, in particular a working width (b) of the working machine, and the track planning unit is adapted to generate an entry travel track for the working machine having regard to the entry position and at least one machine-specific parameter of the working machine.
A crimping device comprising: a stationary plate having a plurality of first slots; a movable member having a plurality of second slots, wherein the individual second slots are aligned with a portion of the corresponding individual first slots; a plurality of movable blades arranged circumferentially to form a channel having a central axis extending therethrough, wherein each blade has a first end portion and a second end portion, and wherein the second end portion is radially farther from the central axis than the first end portion, each blade includes a pin projecting from the second end portion of the blade, and each pin extends through one of the first slots and a corresponding one of the second slots; and an actuator device operably coupled to the movable member and configured to move the movable member relative to the stationary plate, wherein movement of the movable member drives the plurality of pins along a path defined by the first and second slots such that the plurality of blades move radially inward to decrease a diameter of the channel, and wherein the radial inward movement of the blades is configured to reduce a diameter of a medical device positioned within the channel to accommodate sizing of a delivery capsule for implanting the medical device using a minimally invasive procedure. a stationary plate having a plurality of first slots; a movable member having a plurality of second slots, wherein the individual second slots are aligned with a portion of the corresponding individual first slots; a plurality of movable blades arranged circumferentially to form a channel having a central axis extending therethrough, wherein each blade has a first end portion and a second end portion, and wherein the second end portion is radially farther from the central axis than the first end portion, each blade includes a pin projecting from the second end portion of the blade, and each pin extends through one of the first slots and a corresponding one of the second slots; and each blade has a first end portion and a second end portion, and wherein the second end portion is radially farther from the central axis than the first end portion, each blade includes a pin projecting from the second end portion of the blade, and each pin extends through one of the first slots and a corresponding one of the second slots; and an actuator device operably coupled to the movable member and configured to move the movable member relative to the stationary plate, wherein movement of the movable member drives the plurality of pins along a path defined by the first and second slots such that the plurality of blades move radially inward to decrease a diameter of the channel, and wherein the radial inward movement of the blades is configured to reduce a diameter of a medical device positioned within the channel to accommodate sizing of a delivery capsule for implanting the medical device using a minimally invasive procedure.
A device for individual quenching of the gears, pinions, bearing rings and other similar components of technical devices, comprising a vacuum furnace with a quenching chamber, which is fitted with tightly-sealed doors for workpiece loading/unloading, and a cooling system, characterised in that the quenching chamber comprises a movable carrier table on which a single workpiece is placed, surrounded by a set of movable nozzles, wherein the placement and parameters of the table and the set of the nozzles are each time adjusted to the shape of the workpiece cooled down in the quenching process, owing to which a uniform and optimum inflow of a cooling medium is obtained, while at the inlet of the quenching chamber, there is the tank supplying the cooling medium to the nozzles, whereas the outlet of the quenching chamber is connected to the inlet of the tank that collects expanded the cooling medium from the quenching chamber, wherein, between tanks and, there is connected a compressor ensuring closed-loop flow of the cooling medium.
A solution for the application of a contrast pattern to a surface of an object to be imaged in three dimensions, comprising: - a plurality of particles suspended in the solution, some of the particles consists of titanium dioxide spherical particles; - a propellant; - an intermediary solvent soluble in the propellant; and - a polymeric bonder adapted to bond the plurality of particles to the surface of the object, the polymeric bonder being soluble in the intermediary solvent, - wherein the plurality of particles consists of said titanium dioxide spherical particles and of vitreous carbon spherical particles. - a plurality of particles suspended in the solution, some of the particles consists of titanium dioxide spherical particles; - a propellant; - an intermediary solvent soluble in the propellant; - a polymeric bonder adapted to bond the plurality of particles to the surface of the object, the polymeric bonder being soluble in the intermediary solvent, - wherein the plurality of particles consists of said titanium dioxide spherical particles and of vitreous carbon spherical particles.
Use of a cosmetic preparation comprising, based on the total weight of the cosmetic preparation, a. cetyl diglyceryl tris(trimethylsiloxy)silylethyl dimethicone and b. 8% by weight to 40% by weight silicone oils for faster soaking of the preparation into application means containing cellulose, which are advantageously wipes and/or pads. a. cetyl diglyceryl tris(trimethylsiloxy)silylethyl dimethicone and b. 8% by weight to 40% by weight silicone oils for faster soaking of the preparation into application means containing cellulose,