mhurhangee/ep-ind-claims huggingface dataset:
A system for treating a wall of a lung passageway comprising: a catheter comprising at least one electrode disposed near its distal end, wherein the at least one electrode is configured to be positioned within a lumen of the lung passageway so that the at least one electrode is able to transmit energy to a treatment area of the wall of the lung passageway having a collagen matrix structure; and a generator in electrical communication with the at least one electrode, wherein the generator includes at least one energy delivery algorithm configured to provide an electric signal of the energy for a treatment duration to the treatment area while maintaining the collagen matrix structure within the treatment area so as to provide a treatment of a condition of the lung passageway, and characterized in that the electric signal has a waveform comprising distinct energy packets. a catheter comprising at least one electrode disposed near its distal end, wherein the at least one electrode is configured to be positioned within a lumen of the lung passageway so that the at least one electrode is able to transmit energy to a treatment area of the wall of the lung passageway having a collagen matrix structure; and a generator in electrical communication with the at least one electrode, wherein the generator includes at least one energy delivery algorithm configured to provide an electric signal of the energy for a treatment duration to the treatment area while maintaining the collagen matrix structure within the treatment area so as to provide a treatment of a condition of the lung passageway, and characterized in that the electric signal has a waveform comprising distinct energy packets.
A treatment planning apparatus for planning a uniform scan in which a dose distribution uniform in lateral directions is formed by scanning a charged particle beam with electromagnets, wherein: the treatment planning apparatus comprises a treatment planning operation unit that is adapted to determine a shape of a collimator aperture in accordance with a shape of the target volume, characterised in that the treatment planning operation unit is adapted to calculate an optimum scan path in the lateral directions in consideration of the collimator aperture determined in accordance with the shape of the target volume to enable irradiation of only an area of the collimator aperture with the uniform dose distribution. the treatment planning apparatus comprises a treatment planning operation unit that is adapted to determine a shape of a collimator aperture in accordance with a shape of the target volume, characterised in that the treatment planning operation unit is adapted to calculate an optimum scan path in the lateral directions in consideration of the collimator aperture determined in accordance with the shape of the target volume to enable irradiation of only an area of the collimator aperture with the uniform dose distribution.
A pressing device for press-joining a tubular or hose-shaped workpiece with a fitting and/or a ferrule, comprising, around the circumference, in each case at least two pressing members (3, 6) that interact in the radial direction on outer or inner surface regions, one of the pressing members (3, 6) being part of a multiplicity of inner pressing members, furthermore each inner pressing member, seen in the pressing direction, having inner and outer surface regions, the outer surface regions (9, 10) extending in a straight line as seen in a plan view onto the device perpendicular to the pressing device, moreover these regions extending at an angle relative to one another in this plan view with an angle of less than 180°, furthermore the inner pressing members being arranged next to one another in the manner of a circle in the circumferential direction and being connected to one another to form an inner linkage, furthermore at least three outer pressing members (2, 3, 5) being provided, each of which has inner and outer surface regions as seen in the pressing direction, the inner surface regions (7, 8) of an outer pressing member (2, 3, 5) running in a straight line as seen in the plan view onto the device perpendicular to the pressing direction, and in this plan view being also angled with respect to one another at an angle of less than 180°, furthermore the outer pressing members (2, 3, 5) being arranged next to one another in the circumferential direction and being connected to one another to form an outer linkage; furthermore action being able to take place on each inner pressing member on its outer surface region by way of two inner surface regions (7, 8) of one or more outer pressing members (2, 3, 5), for transmitting pressing force, moreover, the inner linkage being arranged within the outer linkage and the inner and outer pressing members being movable relative to one another in the circumferential direction; characterized that the pressing device is chain-like and that it is being possible for the inner and outer linkage of the plurality of pressing members (6, 2, 3, 5) to be opened to place around an arrangement of parts to be press-joined to one another and the outer pressing members (2, 3, 5)being connected to each other in such a way that in the opened state, they can be pivoted relative to one another in the opening or closing direction.
Electrical circuit for equipment, in particular railway equipment, supplied with an alternating electrical current, called primary current, said electrical circuit comprising at least one component (114, 116) supplied with said primary current and generating, in said electrical circuit, at least one undesired alternating current, called harmonic current, said circuit being characterized in that it further comprises an attenuation module comprising: - at least one induction means, which is galvanically coupled to said electrical circuit, such that, for each of said primary and harmonic currents, a proportional current of the same frequency is induced in said induction means; and - at least one filtration means, which is connected in series to said induction means, for filtering the primary current induced in said induction means and allowing the induced harmonic current to pass; said at least one induction means comprising a coupling coil, which is galvanically wound around a portion of an arm of said electrical circuit, said portion of the arm comprising an insulating shell, arranged around an electrical wire of said electrical circuit. - at least one induction means, which is galvanically coupled to said electrical circuit, such that, for each of said primary and harmonic currents, a proportional current of the same frequency is induced in said induction means; and - at least one filtration means, which is connected in series to said induction means, for filtering the primary current induced in said induction means and allowing the induced harmonic current to pass;
A fuel cell catalyst particle, comprising: a core comprising a material that is different from platinum; and a shell on the core, the shell comprising platinum, the shell having a plurality of facets, characterized in that the majority of the facets are platinum alloy facets. a core comprising a material that is different from platinum; and a shell on the core, the shell comprising platinum, the shell having a plurality of facets, characterized in that the majority of the facets are platinum alloy facets.
A compliant mechanism for extending a rod in a manually controlled medical grasper instrument, comprising: an inner rod with a compliant section that comprises an upper slit and a lower slit which are preferably essentially parallel, the slits running through the compliant section substantially along the axial direction of the rod, the slits each having on respective opposite ends a bent section (3,4) that leads into a slit opening (8,9), the upper slit having an opening in a lower surface of the rod and the lower slit having an opening in an upper surface of the rod, thereby forming a generally S-shaped form in the compliant section in the rod, such that when one or both ends of the rod are pulled at in the axial direction, the S-shaped form allows an extension of the rod in the axial direction by compliant bending; an outer sleeve enclosing the inner rod, characterised in that at least one notch is placed on the outer surface of the rod, adjacent to a respective slit opening and on the side of the opening closer to the center of the compliant section; and in that the outer sleeve having on its inner surface one or more groove or teeth facing the at least one notch on the rod surface, such that when the rod is extended, the notch engages with said groove or tooth to create a clicking haptic feedback. an inner rod with a compliant section that comprises an upper slit and a lower slit which are preferably essentially parallel, the slits running through the compliant section substantially along the axial direction of the rod, the slits each having on respective opposite ends a bent section (3,4) that leads into a slit opening (8,9), the upper slit having an opening in a lower surface of the rod and the lower slit having an opening in an upper surface of the rod, thereby forming a generally S-shaped form in the compliant section in the rod, such that when one or both ends of the rod are pulled at in the axial direction, the S-shaped form allows an extension of the rod in the axial direction by compliant bending; an outer sleeve enclosing the inner rod, characterised in that at least one notch is placed on the outer surface of the rod, adjacent to a respective slit opening and on the side of the opening closer to the center of the compliant section; and in that the outer sleeve having on its inner surface one or more groove or teeth facing the at least one notch on the rod surface, such that when the rod is extended, the notch engages with said groove or tooth to create a clicking haptic feedback.
Method for detecting a locking device (LOCK) on a movable object, wherein the locking device (LOCK) is designed to lock a plurality of movable objects to one another and/or to lock on an object carrier, wherein the locking device (LOCK) is designed to be arranged in a locking region of the movable object, wherein the movable object is designed to be moved by means of a loading device, wherein the locking region can be sensed in a sensing region (SCAN) of at least one camera (K1, K2), characterised in that an image processing unit evaluates a signal of the camera (K1, K2) in order to detect locking devices (LOCK) in a locking region of the movable object, wherein the image processing unit outputs an error message if a locking device (LOCK) has been identified, wherein the image processing unit evaluates the signal of the camera (K1, K2) in order to check the correct position of the movable object.
A T-cell epitope composition which engages and activates pre-existing natural Treg cells comprising at least one isolated T-cell polypeptide consisting of an amino acid sequence comprising one or more conserved amino acid substitutions of a sequence selected from any of: SEQ ID NOS: 25 to 37.
A method of providing mobile terminal capability reporting, the method comprising, at a mobile terminal: receiving an inquiry message for mobile terminal capability information in advance of a handover from a first network operating in accordance with one type of radio access technology to a second network operating in accordance with a different type of radio access technology, wherein the inquiry message includes an indication as to one of a plurality of mobile terminal capability groups that is utilized by the second network; identifying, based upon one or more predefined criteria, one of a plurality of mobile terminal capability groups supported by said mobile terminal to be utilized following the handover to said second network; and causing the mobile terminal capability information to be provided responsive to the inquiry message including the one of the plurality of capability groups that has been identified, characterized in that the indication provided by the inquiry message identifies whether the second network has frequency division duplex, FDD, system coverage or time division duplex, TDD, system coverage, and the mobile terminal capability information identifies the one of FDD system coverage or TDD system coverage consistent with the indication provided by the inquiry message. receiving an inquiry message for mobile terminal capability information in advance of a handover from a first network operating in accordance with one type of radio access technology to a second network operating in accordance with a different type of radio access technology, wherein the inquiry message includes an indication as to one of a plurality of mobile terminal capability groups that is utilized by the second network; identifying, based upon one or more predefined criteria, one of a plurality of mobile terminal capability groups supported by said mobile terminal to be utilized following the handover to said second network; and causing the mobile terminal capability information to be provided responsive to the inquiry message including the one of the plurality of capability groups that has been identified, characterized in that the indication provided by the inquiry message identifies whether the second network has frequency division duplex, FDD, system coverage or time division duplex, TDD, system coverage, and the mobile terminal capability information identifies the one of FDD system coverage or TDD system coverage consistent with the indication provided by the inquiry message.
Extruder with a housing having at least two conveyor shafts (2, 3) with two conveying cross-sections stripping each other which are arranged in at least two housing bores (11, 12) so as to be capable of being driven in the same direction, with said housing bores (11, 12) having a cylindrical or conical shape and the axes thereof being arranged parallel or at an angle to each other, wherein the distance of the axes of the two housing bores (11, 12) from each other is greater than D/1,4142, wherein D is the diameter of the cylindrical bore or the greatest diameter of the conical bore, and wherein a clearance (a') is provided between the housing bores (11, 12) and the outer diameter of the conveyor shafts (2, 3), characterized in that each conveyor shaft (2, 3) has a plurality of conveying sections (29a to 29d; 30a to 30d) and the conveying sections (29a to 29d; 30a to 30d) are each formed by two dividing plates (31a, 31b, 38a, 38b) of a cam disk (29a, 30a), wherein the two dividing plates (31a, 31b, 38a, 38b) of each cam disk (29a, 30a) are arranged on the respective conveyor shaft (2, 3) such that they are rotated through 180 degrees in relation to each other, wherein the centre of the cross-sectional profile of each conveying section (29a to 29d; 30a to 30d) is eccentrically offset in relation to the centre of the housing bore (11, 12) and the centre of rotation of the conveyor shafts (2, 3), respectively, wherein the centre of the cross-sectional profile of each conveyor shaft (2, 3) is formed by the intersection point of the two planes of symmetry (x, y) of the cross-sectional profile of the conveyor shaft (2, 3).
A staple cartridge assembly for use with a surgical stapler, comprising: a cartridge body having a plurality of staple cavities, each staple cavity having a surgical staple disposed therein; a biocompatible adjunct material releasably retained on the cartridge body and configured to be delivered to tissue by deployment of the staples in the cartridge body, the adjunct material being in the form of a fiber lattice, the fiber lattice having at least two distinct heterogeneous fiber lattice sections, each of the fiber lattice sections of the adjunct material being arranged in a pattern configured to promote organized tissue remodeling in a desired manner; wherein the fiber lattice section having the most closely spaced fibers is located along a staple line; and an effective amount of at least one medicant disposed within and releasable from the adjunct material, each of the at least one medicants being effective to provide a desired effect on tissue in-growth in a predetermined manner, and each of the at least one medicants being releasable from the adjunct material in a homogeneous manner. a cartridge body having a plurality of staple cavities, each staple cavity having a surgical staple disposed therein; a biocompatible adjunct material releasably retained on the cartridge body and configured to be delivered to tissue by deployment of the staples in the cartridge body, the adjunct material being in the form of a fiber lattice, the fiber lattice having at least two distinct heterogeneous fiber lattice sections, each of the fiber lattice sections of the adjunct material being arranged in a pattern configured to promote organized tissue remodeling in a desired manner; wherein the fiber lattice section having the most closely spaced fibers is located along a staple line; and an effective amount of at least one medicant disposed within and releasable from the adjunct material, each of the at least one medicants being effective to provide a desired effect on tissue in-growth in a predetermined manner, and each of the at least one medicants being releasable from the adjunct material in a homogeneous manner.
A notification method, performed by a central unit, CU, in a CU-distributed unit, DU, architecture, wherein the method comprises: sending, by the CU, a first message to the DU, wherein the first message comprises an identifier, ID, of a first data radio bearer, DRB, on which bearer type change occurs and first indication information indicating the DU to perform layer 2, L2, handling; or the first message comprises an ID of the first DRB and second indication information indicating that bearer type change occurs, wherein the bearer type of the first DRB changes between any two of the following bearer types: master node, MN, terminated master cell group, MCG, bearer, MN terminated secondary cell group, SCG, bearer, MN terminated split bearer, secondary node, SN, terminated MCG bearer, SN terminated SCG bearer, SN terminated split bearer, wherein the MCG bearer is a data-plane radio bearer that occupies only air interface resources on an MCG side, the SCG bearer is a data-plane radio bearer that occupies only air interface resources on an SCG side, the split bearer is a data-plane radio bearer that occupies air interface resources on the MCG and SCG sides and that is served by an MN and an SN, the MN terminated indicates a packet data convergence protocol, PDCP, entity in the MN, and the SN terminated indicates a PDCP entity in the SN; and receiving, by the CU, a second message sent by the DU, wherein the second message comprises a cell group configuration of the L2 handling. sending, by the CU, a first message to the DU, wherein the first message comprises an identifier, ID, of a first data radio bearer, DRB, on which bearer type change occurs and first indication information indicating the DU to perform layer 2, L2, handling; or the first message comprises an ID of the first DRB and second indication information indicating that bearer type change occurs, wherein the bearer type of the first DRB changes between any two of the following bearer types: master node, MN, terminated master cell group, MCG, bearer, MN terminated secondary cell group, SCG, bearer, MN terminated split bearer, secondary node, SN, terminated MCG bearer, SN terminated SCG bearer, SN terminated split bearer, wherein the MCG bearer is a data-plane radio bearer that occupies only air interface resources on an MCG side, the SCG bearer is a data-plane radio bearer that occupies only air interface resources on an SCG side, the split bearer is a data-plane radio bearer that occupies air interface resources on the MCG and SCG sides and that is served by an MN and an SN, the MN terminated indicates a packet data convergence protocol, PDCP, entity in the MN, and the SN terminated indicates a PDCP entity in the SN; and receiving, by the CU, a second message sent by the DU, wherein the second message comprises a cell group configuration of the L2 handling.
Grid-voltage-independent residual current protective switching device, - having an insulating-material housing, which has a first and a second current path region, which are separated from one another by a housing partition, - having a first primary conductor, which is part of a first current path arranged in the first current path region, and having a second primary conductor, which is part of a second current path arranged in the second current path region, and - having a summation current transformer, which is received in an opening of the housing partition, wherein the first primary conductor and the second primary conductor are fed through the summation current transformer, - wherein a first end of the first primary conductor is electrically conductively connected to a first contact-connection element, associated with said end, of the protective switching device by means of a joining connection resistant to high temperature, formed by welding or hard soldering, characterized - in that the summation current transformer together with the first primary conductor fed through and the first contact-connection element fastened thereto forms a preassembled component, and - in that a first and a second end of the second primary conductor are electrically conductively connected in each case to a contact-connection element, associated with the respective end (N1, N2), of the protective switching device by means of joining connections not resistant to high temperature, formed by soft soldering. - having an insulating-material housing, which has a first and a second current path region, which are separated from one another by a housing partition, - having a first primary conductor, which is part of a first current path arranged in the first current path region, and having a second primary conductor, which is part of a second current path arranged in the second current path region, and - having a summation current transformer, which is received in an opening of the housing partition, wherein the first primary conductor and the second primary conductor are fed through the summation current transformer, - wherein a first end of the first primary conductor is electrically conductively connected to a first contact-connection element, associated with said end, of the protective switching device by means of a joining connection resistant to high temperature, formed by welding or hard soldering, characterized - in that the summation current transformer together with the first primary conductor fed through and the first contact-connection element fastened thereto forms a preassembled component, and - in that a first and a second end of the second primary conductor are electrically conductively connected in each case to a contact-connection element, associated with the respective end (N1, N2), of the protective switching device by means of joining connections not resistant to high temperature, formed by soft soldering.