mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a solution of ammonium carbamate, the method comprising: providing a reactor comprising a solution of ammonia; feeding carbon dioxide through the solution of ammonia to form a mixture; and combining a solution of sodium hydroxide and the mixture to form ammonium carbamate. providing a reactor comprising a solution of ammonia; feeding carbon dioxide through the solution of ammonia to form a mixture; and combining a solution of sodium hydroxide and the mixture to form ammonium carbamate.
Medical device comprising a main body and only two electrodes for acquiring an ECG signal, wherein each electrode comprises a base which has an adhesive surface for adhering and electrically contacting to a medical subject and one of said electrodes comprises an arm which projects from the base, the arm being attached, at one end, to the respective electrode base and, at the other end, to an electrode attachment of the main body, wherein said arm is both, rotatably attached about the respective base and about the respective electrode attachment of the main body, such that the distance between the two electrode bases is variable when attached to the medica subject. wherein each electrode comprises a base which has an adhesive surface for adhering and electrically contacting to a medical subject and one of said electrodes comprises an arm which projects from the base, the arm being attached, at one end, to the respective electrode base and, at the other end, to an electrode attachment of the main body, wherein said arm is both, rotatably attached about the respective base and about the respective electrode attachment of the main body, such that the distance between the two electrode bases is variable when attached to the medica subject.
A method for synthesizing polyoxymethylene dimethyl ethers, comprising performing a synthesis reaction using paraformaldehyde or trioxane together with methylal as feedstock in the presence of an acidic catalyst, characterized in that, an initial temperature of reaction is controlled at 100-120°C, then the temperature is reduced to 50-70 °C by successive stepwise cooling or programmed cooling, reaction pressure is controlled at 0.1-4.0MPa, and a molar ratio of paraformaldehyde or trioxane, metered in formaldehyde units, to methylal in the feedstock is 1.5:1-8:1.
A load sensing assembly for a surgical device comprising: a sensor body including a pocket defined therein; a load sensor circuit disposed within the pocket and coupled to the sensor body; a signal processing circuit disposed within the pocket and electrically coupled to the load sensor circuit; a cover defining a cavity and disposed over the pocket and enclosing the load sensor circuit and the signal processing circuit therein, the cover being coupled to the sensor body thereby forming a first hermetic seal therebetween; and a thermal management material disposed within the cavity and in contact with the load sensor circuit and the signal processing circuit. a sensor body including a pocket defined therein; a load sensor circuit disposed within the pocket and coupled to the sensor body; a signal processing circuit disposed within the pocket and electrically coupled to the load sensor circuit; a cover defining a cavity and disposed over the pocket and enclosing the load sensor circuit and the signal processing circuit therein, the cover being coupled to the sensor body thereby forming a first hermetic seal therebetween; and a thermal management material disposed within the cavity and in contact with the load sensor circuit and the signal processing circuit.
A method, comprising: generating, by a non-access stratum, NAS, module (208, 704) of a mobile device, a service request in response to a connection request from a user application; in response to the service request; determining by a radio resource control, RRC, module (210, 706) of the mobile device, a type of mobile originating, MO, traffic for the user application generating the connection request; and performing, by the RRC module of the mobile device, an access class barring check to determine that access to a network for the connection request is barred based on the type of MO traffic; the performing including receiving, at the NAS module of the mobile device, an indication of a failure of or a rejection to the service request due to access class barring; in response to the determination that access to the network for the connection request is barred by receiving the indication of the failure or the rejection, preventing a retry of the service request until expiration of an access-class-barring timer; and determining a timeout value based on the access-class-barring timer, wherein the access-class-barring timer is used to bar access to the network based on access class; and sending, from the NAS module of the mobile device to the user application, the timeout value that is determined based on the access-class-barring timer. generating, by a non-access stratum, NAS, module (208, 704) of a mobile device, a service request in response to a connection request from a user application; in response to the service request; determining by a radio resource control, RRC, module (210, 706) of the mobile device, a type of mobile originating, MO, traffic for the user application generating the connection request; and performing, by the RRC module of the mobile device, an access class barring check to determine that access to a network for the connection request is barred based on the type of MO traffic; the performing including receiving, at the NAS module of the mobile device, an indication of a failure of or a rejection to the service request due to access class barring; in response to the determination that access to the network for the connection request is barred by receiving the indication of the failure or the rejection, preventing a retry of the service request until expiration of an access-class-barring timer; and determining a timeout value based on the access-class-barring timer, wherein the access-class-barring timer is used to bar access to the network based on access class; and sending, from the NAS module of the mobile device to the user application, the timeout value that is determined based on the access-class-barring timer.
Transport container for transporting temperature-sensitive goods to be transported, comprising an interior space for receiving the goods to be transported and a shell which encloses the interior space and comprises a thermal insulation, at least one latent heat storage and at least one active temperature control element being provided in order to control the temperature of the interior space, the shell being of multilayer design, wherein the thermal insulation, the latent heat storage and the active temperature control element are formed as layers (7, 8, 9) of the shell which are separate from one another and superimposed, and the insulating layer is arranged between the active temperature control layer lying further outward and the latent heat storage layer lying further inward.
A system for refloating a grounded vessel having a hull, a hull bottom, a deck, and a bow portion, the system comprising: a plurality of inflatable buoyant rollers positionable under the hull bottom while deflated and supporting the hull above ground when inflated; a source of pressurized air (62, 64) for inflating the inflatable buoyant rollers; and a means connected to the bow portion for exerting a pulling force on the hull while the grounded vessel is being propelled seaward on inflated inflatable buoyant rollers; characterized in that it further comprises a computer-based wireless control unit regulating delivery and release of pressurized air into each of the inflatable buoyant rollers; a plurality of video input devices (40, 42) on the deck of the grounded vessel communicating with the computer-based wireless control unit and providing live feedback to the computer-based wireless control unit as the grounded vessel is refloated. a plurality of inflatable buoyant rollers positionable under the hull bottom while deflated and supporting the hull above ground when inflated; a source of pressurized air (62, 64) for inflating the inflatable buoyant rollers; and a means connected to the bow portion for exerting a pulling force on the hull while the grounded vessel is being propelled seaward on inflated inflatable buoyant rollers; characterized in that it further comprises a computer-based wireless control unit regulating delivery and release of pressurized air into each of the inflatable buoyant rollers; a plurality of video input devices (40, 42) on the deck of the grounded vessel communicating with the computer-based wireless control unit and providing live feedback to the computer-based wireless control unit as the grounded vessel is refloated.
An exhaust device of an internal combustion engine, the exhaust device being adapted to discharge exhaust gas of the engine through an exhaust pipe, comprising: a sound-deadening and pressure-dissipating device connected to a downstream end of the exhaust pipe; wherein the sound-deadening and pressure-dissipating device includes a spherical member having an opening portion opening toward a downstream edge of the exhaust pipe and being closed toward a downstream side of the sound-deadening and pressure-dissipating device, and exhaust gas from the exhaust pipe is made to be reflected by an inner spherical surface of the spherical member to reduce exhaust pressure in the spherical member and then is discharged from the opening portion, characterized in that the sound-deadening and pressure-dissipating device includes a plurality of said spherical members arranged in series along the flow of exhaust gas, wherein an upstream opening portion of a downstream spherical member is disposed at a position on the upstream side of a downstream end of an upstream spherical member as viewed from the side, and an end portion, on the exhaust pipe side, of the sound-deadening and pressure-dissipating device is formed in a tapered shape. a sound-deadening and pressure-dissipating device connected to a downstream end of the exhaust pipe; wherein the sound-deadening and pressure-dissipating device includes a spherical member having an opening portion opening toward a downstream edge of the exhaust pipe and being closed toward a downstream side of the sound-deadening and pressure-dissipating device, and exhaust gas from the exhaust pipe is made to be reflected by an inner spherical surface of the spherical member to reduce exhaust pressure in the spherical member and then is discharged from the opening portion, characterized in that the sound-deadening and pressure-dissipating device includes a plurality of said spherical members arranged in series along the flow of exhaust gas, wherein an upstream opening portion of a downstream spherical member is disposed at a position on the upstream side of a downstream end of an upstream spherical member as viewed from the side, and an end portion, on the exhaust pipe side, of the sound-deadening and pressure-dissipating device is formed in a tapered shape.
Structure for supporting an information or surveillance device above a road, the structure comprising: - at least one post extending upwards from the ground to an elevated position, - at least one overhead beam which is supported by said post, the overhead beam extending over a horizontal distance above the road, - at least one information or surveillance device being connected to said overhead beam and being positioned above the road, - a catwalk extending along the overhead beam, characterized in that said catwalk comprises a guard rail assembly which is movable between: • an operating position in which the guard rail assembly extends upwardly from a floor of the catwalk and protects personnel from falling from the catwalk, and • a retracted, non-operating position in which the guard rail assembly is concealed behind the overhead beam when viewed from a direction of approaching traffic on the road. - at least one post extending upwards from the ground to an elevated position, - at least one overhead beam which is supported by said post, the overhead beam extending over a horizontal distance above the road, - at least one information or surveillance device being connected to said overhead beam and being positioned above the road, - a catwalk extending along the overhead beam, • an operating position in which the guard rail assembly extends upwardly from a floor of the catwalk and protects personnel from falling from the catwalk, and • a retracted, non-operating position in which the guard rail assembly is concealed behind the overhead beam when viewed from a direction of approaching traffic on the road.
Assembly of a dental implant and a prosthetic element, which dental implant comprises a body arranged to be implanted into the jawbone, which prosthetic element comprises an intra-implant part and an extra-implant part, which body comprises an internal cavity provided for receiving the intra-implant part of the prosthetic element, which prosthetic element being a single piece element of which the intra-implant part is formed by a tenon arranged to be sealed or glued in the cavity, said cavity having an entrance section configured as a polygon, said prosthetic element comprising at a height of the junction between the intra- and extra-implant parts a junction part configured as a polygon in such a manner that the junction part is provided to fit in the entry section, said intra-implant part having a smooth wall and is provided with at least one discharge groove, characterised in that the extra-implant part is configured in the form of an attachment member arranged so as to apply a dental prosthesis directly thereto, the at least one discharge groove further extends over said junction part and over a distance of less than 1 cm over the extra-implant part and is provided for clearing a surplus of cement or glue as well as air which is present at the sealing or gluing.
Pole for preferably viticulture or fruit-growing, having a wire tensioner which has a rotatable expansion shaft and at least two link guides (7, 8) which support the expansion shaft, which expansion shaft has an outer polygonal cross-sectional shape for a mouth of an open-end wrench, a holder (22, 23) for at least one wire (2, 3) and a latching structure at least in sections, wherein at least one of the two link guides (7, 8) has a counter-latching structure at least in sections, which counter-latching structure cooperates with the latching structure of the expansion shaft to form a latching lock, in order to block at least one direction of rotation of the expansion shaft, and having an open hollow profile which has a plurality of limbs (13, 14) and a hole in each of two opposite limbs (13, 14) of the hollow profile forming in each case the link guide (7, 8) for the expansion shaft of the wire tensioner, characterized in that the expansion shaft has the outer polygonal cross-sectional shape for the mouth of the open-end wrench between the two opposite limbs (13, 14) of the hollow profile.
A spring mechanism for a power device, the device including an electromagnet, the spring mechanism comprising: a housing; a spring connected to the housing, wherein at least two portions (116, 117) of said spring are movable with respect to said housing; a drive shaft that includes a first end having a magnet and a second end for attachment to a workpiece; and adjustable tuning elements (128, 129) connecting said drive shaft to each of said movable portions (116, 117) of said spring. a housing; a spring connected to the housing, wherein at least two portions (116, 117) of said spring are movable with respect to said housing; a drive shaft that includes a first end having a magnet and a second end for attachment to a workpiece; and adjustable tuning elements (128, 129) connecting said drive shaft to each of said movable portions (116, 117) of said spring.
An intradermal needle comprising: a needle tube that has a needle tip capable of puncturing a living body; a needle hub that holds the needle tube; a flange part that extends in a flange shape from the needle hub; and a ring projection that protrudes toward a leading end from a leading end surface of the flange part and is formed in a cylindrical shape to surround the needle tube, characterized in that the flange part has a cut portion (33, 84) formed smaller in width in a predetermined direction than the other flange portion wherein the cut portion (33, 84) is cut linearly. a needle tube that has a needle tip capable of puncturing a living body; a needle hub that holds the needle tube; a flange part that extends in a flange shape from the needle hub; and a ring projection that protrudes toward a leading end from a leading end surface of the flange part and is formed in a cylindrical shape to surround the needle tube, characterized in that the flange part has a cut portion (33, 84) formed smaller in width in a predetermined direction than the other flange portion wherein the cut portion (33, 84) is cut linearly.
An aqueous ink for ink jet comprising a resin particle, wherein the resin particle has a first layer and a second layer in this order from the inside to the outside thereof, wherein the first layer is composed of a first resin, a proportion of a unit derived from an aromatic-group-containing ethylenically unsaturated monomer in the first resin being 10% by mass or less, wherein the second layer has a tetrahydrofuran-insoluble fraction of 10% by mass or more, wherein the second layer is composed of a second resin having a unit derived from an aromatic-group-containing ethylenically unsaturated monomer, and a unit derived from an ionic-group-containing ethylenically unsaturated monomer, a proportion of the unit derived from the ionic-group-containing ethylenically unsaturated monomer in the second resin being 3% by mass or more to 70% by mass or less, and wherein the tetrahydrofuran-insoluble fraction is measureable as described in the description. wherein the resin particle has a first layer and a second layer in this order from the inside to the outside thereof, wherein the first layer is composed of a first resin, a proportion of a unit derived from an aromatic-group-containing ethylenically unsaturated monomer in the first resin being 10% by mass or less, wherein the second layer has a tetrahydrofuran-insoluble fraction of 10% by mass or more, wherein the second layer is composed of a second resin having a unit derived from an aromatic-group-containing ethylenically unsaturated monomer, and a unit derived from an ionic-group-containing ethylenically unsaturated monomer, a proportion of the unit derived from the ionic-group-containing ethylenically unsaturated monomer in the second resin being 3% by mass or more to 70% by mass or less, and a unit derived from an aromatic-group-containing ethylenically unsaturated monomer, and a unit derived from an ionic-group-containing ethylenically unsaturated monomer, a proportion of the unit derived from the ionic-group-containing ethylenically unsaturated monomer in the second resin being 3% by mass or more to 70% by mass or less, and wherein the tetrahydrofuran-insoluble fraction is measureable as described in the description.
A method for operating a cochlear implant hearing prosthesis comprising: performing a plurality of bipolar measurements on a plurality of electrodes configurable as bipolar electrode pairs; and determining, based on the bipolar measurements, a bipolar impedance value Z BP for each of a plurality of the bipolar electrode pairs; characterized by performing one or more common ground measurements at each of the plurality of bipolar electrode pairs, wherein common ground measurements measure an intra-cochlear electrode as an active electrode against all the other intra-cochlear electrodes connected together via a temporary short circuit so as to function as a collective indifferent electrode. performing a plurality of bipolar measurements on a plurality of electrodes configurable as bipolar electrode pairs; and determining, based on the bipolar measurements, a bipolar impedance value Z BP for each of a plurality of the bipolar electrode pairs; characterized by performing one or more common ground measurements at each of the plurality of bipolar electrode pairs, wherein common ground measurements measure an intra-cochlear electrode as an active electrode against all the other intra-cochlear electrodes connected together via a temporary short circuit so as to function as a collective indifferent electrode.
A control apparatus, characterized by comprising: a first acquisition part acquiring a first signal of a time series output from a first device; a recording part recording a part of the first signal acquired by the first acquisition part; a determination part determining a timing at which the recording part records the first signal based on a preset predetermined condition; and a second acquisition part acquiring a second signal output from a second device different from the first device, wherein the determination part determines a timing at which the recording part starts recording the first signal based on the second signal acquired by the second acquisition part, wherein the determination part determines the timing at which the recording part starts recording the first signal based on a timing at which the first signal satisfies a predetermined condition after the second signal acquired by the second acquisition part satisfies another predetermined condition. a first acquisition part acquiring a first signal of a time series output from a first device; a recording part recording a part of the first signal acquired by the first acquisition part; a determination part determining a timing at which the recording part records the first signal based on a preset predetermined condition; and a second acquisition part acquiring a second signal output from a second device different from the first device, wherein the determination part determines a timing at which the recording part starts recording the first signal based on the second signal acquired by the second acquisition part, wherein the determination part determines the timing at which the recording part starts recording the first signal based on a timing at which the first signal satisfies a predetermined condition after the second signal acquired by the second acquisition part satisfies another predetermined condition.