mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical device for puncturing a tissue comprising: an elongate member having a longitudinal axis and defining a lumen for fluid; a distal portion which includes an electrode and a distal face; the distal face defining at least one aperture; wherein a distal end of the elongate member is asymmetrically truncated such that the distal face of the elongate member is stepped having a leading portion and a recessed portion, the recessed portion of the distal face including at least one non-cutting portion, the leading portion of the distal face including at least one cutting portion configured to deliver energy forming a non-circular puncture in the tissue wherein a distal surface of the electrode forms the at least one cutting portion; the at least one cutting portion of the leading portion partially surrounding a circumference of the at least one aperture and at least a portion of the at least one cutting portion defining a flat tip which has a surface, the surface defining a plane perpendicular to the longitudinal axis of the elongate member; and wherein the elongate member includes a shaft with a tapered portion to dilate tissue when being advanced through a puncture created by the cutting portion. an elongate member having a longitudinal axis and defining a lumen for fluid; a distal portion which includes an electrode and a distal face; the distal face defining at least one aperture; wherein a distal end of the elongate member is asymmetrically truncated such that the distal face of the elongate member is stepped having a leading portion and a recessed portion, the recessed portion of the distal face including at least one non-cutting portion, the leading portion of the distal face including at least one cutting portion configured to deliver energy forming a non-circular puncture in the tissue wherein a distal surface of the electrode forms the at least one cutting portion; the at least one cutting portion of the leading portion partially surrounding a circumference of the at least one aperture and at least a portion of the at least one cutting portion defining a flat tip which has a surface, the surface defining a plane perpendicular to the longitudinal axis of the elongate member; and wherein the elongate member includes a shaft with a tapered portion to dilate tissue when being advanced through a puncture created by the cutting portion.
An intermediate nanocomposite for positive or negative electrodes of rechargeable lithium batteries, said nanocomposite being an open porous material, comprising homogeneously distributed nanoparticulate electronically active material and nanoparticulate electronically conductive binder material, the nanoparticles of the electronically active material being coated with a conductive layer and the nanoparticles of the electronically conductive binder material being in the form of nanostubs or being about spherical, with the average particle sizes of the nanoparticles of the electronically active material and the average particle sizes of the nanoparticulate electronically conductive binder material both differing not more than +100%/-50% and/or both being in the range of 5 to 500 nm, characterized in that said intermediate nanocomposite further comprises sacrificial nanoparticles homogeneously distributed with said nanoparticulate electronically active material and said particle size of the nanoparticulate electronically conductive binder material and the particle size of the sacrificial nanoparticles being in the range of 200 to 500 nm.
A cutting plotter film with anti-counterfeit effect, comprising: a heat-resistant layer which is a heat-resistant film; a stripe-embossed layer bonded on the heat-resistant layer, a surface of the stripe-embossed layer distal from the heat-resistant layer being embossed with stripes to form a stripe-embossed surface; a character film layer disposed on the stripe-embossed surface of the stripe-embossed layer, the character film layer having a contact surface in contact with the stripe-embossed surface, the contact surface of the character film layer being formed with an anti-counterfeit surface, the anti-counterfeit surface having anti-counterfeit stripes, the character film layer being releasable from the stripe-embossed layer; and a heat bonding layer disposed on the character film layer, when heated, the heat bonding layer becoming adhesive. a heat-resistant layer which is a heat-resistant film; a stripe-embossed layer bonded on the heat-resistant layer, a surface of the stripe-embossed layer distal from the heat-resistant layer being embossed with stripes to form a stripe-embossed surface; a character film layer disposed on the stripe-embossed surface of the stripe-embossed layer, the character film layer having a contact surface in contact with the stripe-embossed surface, the contact surface of the character film layer being formed with an anti-counterfeit surface, the anti-counterfeit surface having anti-counterfeit stripes, the character film layer being releasable from the stripe-embossed layer; and a heat bonding layer disposed on the character film layer, when heated, the heat bonding layer becoming adhesive.
Method for testing and inspecting containers coated by means of a plasma treatment, e.g. plastic bottles, which are coated for instance with amorphous silicon oxide or carbon compounds, the method comprising that the containers are tested inline, i.e. at the speed at which they run through the production process and treatment process, by a measuring device trace-gas-analytically, e.g. mass-spectrometrically, for undesired foreign substances, such as acetaldehyde and/or antimony, escaping from the container material after a plasma coating treatment.
Driver's cab of a commercial vehicle, a first rotary shaft, which has a functional rotary column and is arranged on a floor surface of the driver's cab, extending within the driver's cab, and an angle (α) being formed between a first longitudinal axis of the first rotary shaft and the orientation of the floor surface, characterised in that the first rotary shaft forms a shaft which is mounted so as to be able to rotate relative to the floor surface by means of at least two roller bearings arranged above and/or below the floor surface in at least one support element, the at least one support element being mechanically rigidly connected to the floor surface, or in that the first rotary shaft is mechanically rigidly connected to the floor surface by means of a flange connection and the functional rotary column is mounted with respect to the first rotary shaft by means of roller bearings, the functional rotary column being formed as a cylinder or hollow cylinder and being arranged so as to be aligned with the first rotary shaft.
A dispenser for storing and launching countermeasures, comprising an elongate body provided with at least one launch opening and adapted for storing the countermeasures in cartridges, where the dispenser comprises a plurality of cartridges forming a magazine, where each cartridge comprises an opening and a centre axis, where the dispenser is adapted to be mounted on an aircraft with a longitudinal direction of the elongate body essentially coinciding with the direction of motion of the aircraft, wherein the cartridges are arranged to each other in a slidable manner in a direction coinciding with the centre axis, and where the cartridges of the magazine are adapted to be tilted by a tilting means in a selected angle with reference to the direction of motion of the aircraft and on the relative azimuth and elevation angle to an incoming threat, such that the openings of the cartridges can be directed in a selected direction.
Ventilating valve for ventilating a liquid tank, comprising: a valve housing which delimits a housing interior and comprises a ventilation opening for ventilating the housing interior; and a rotatably mounted closing lever for closing the ventilating opening, wherein the closing lever comprises a floating body and a closing body for fluid-tightly closing the ventilating opening, wherein the closing body is pressable against the ventilating opening by a rotation of the closing lever in order to fluid-tightly close the ventilating opening, and wherein a liquid flowing into the housing interior can act on the floating body for rotating the closing lever, characterized by, that the closing body is configured as a hollow cylinder closed on one side by a cylinder surface. a valve housing which delimits a housing interior and comprises a ventilation opening for ventilating the housing interior; and a rotatably mounted closing lever for closing the ventilating opening, wherein the closing lever comprises a floating body and a closing body for fluid-tightly closing the ventilating opening, wherein the closing body is pressable against the ventilating opening by a rotation of the closing lever in order to fluid-tightly close the ventilating opening, and wherein a liquid flowing into the housing interior can act on the floating body for rotating the closing lever, characterized by, that the closing body is configured as a hollow cylinder closed on one side by a cylinder surface.
An uplink power control method, comprising: obtaining, by a terminal, a power control impact factor, wherein the power control impact factor comprises beamforming information and a subcarrier spacing, there are at least two uplink channels, the beamforming information is transmitted on at least one of the uplink channels, each uplink channel is carried by one resource, and each resource corresponds to one subcarrier spacing; determining, by the terminal, transmit powers of the at least two uplink channels based on the power control impact factor; and determining, by the terminal, whether a sum of the transmit powers of the uplink channels is greater than a maximum uplink transmit power; the method further comprising: when the sum of the transmit powers of the uplink channels is greater than the maximum uplink transmit power and the at least two different uplink channels are sent simultaneously: determining, by the terminal, priorities of the at least two uplink channels in power control based on power control impact factors corresponding to the at least two uplink channels; performing, by the terminal, power control on the transmit powers of the at least two uplink channels based on the priorities of the at least two uplink channels in power control; and sending, by the terminal, the at least two uplink channels at transmit powers of the at least two uplink channels resulting from performing the power control. obtaining, by a terminal, a power control impact factor, wherein the power control impact factor comprises beamforming information and a subcarrier spacing, there are at least two uplink channels, the beamforming information is transmitted on at least one of the uplink channels, each uplink channel is carried by one resource, and each resource corresponds to one subcarrier spacing; determining, by the terminal, transmit powers of the at least two uplink channels based on the power control impact factor; and determining, by the terminal, whether a sum of the transmit powers of the uplink channels is greater than a maximum uplink transmit power; the method further comprising: when the sum of the transmit powers of the uplink channels is greater than the maximum uplink transmit power and the at least two different uplink channels are sent simultaneously: determining, by the terminal, priorities of the at least two uplink channels in power control based on power control impact factors corresponding to the at least two uplink channels; performing, by the terminal, power control on the transmit powers of the at least two uplink channels based on the priorities of the at least two uplink channels in power control; and sending, by the terminal, the at least two uplink channels at transmit powers of the at least two uplink channels resulting from performing the power control.
A smoke or fire barrier for closing an opening in a building, the opening having a floor, the barrier including:- • a curtain for closing the opening; • means for deploying and retracting the curtain; • a bottom bar attached to a lower end of the curtain, for weighing the curtain for deployment, and maintaining contact with the floor on deployment, the bottom bar including:- • a foot connected along the length of the lower end of the curtain for weighting the curtain; • a shoe extending the length of the foot for resting on the floor after deployment, the shoe being connected to the foot by: • fusible links adapted to separate at elevated temperature, characterised in that the fusible links hold the foot and shoe together prior to deployment and on deployment, but allow separation thereof in the heat of a fire; and in that an additional length of curtain is connected between the foot and the shoe, for closing any gap between the foot and the shoe after separation of the fusible links if the foot deforms in the heat of the fire. • a curtain for closing the opening; • means for deploying and retracting the curtain; • a bottom bar attached to a lower end of the curtain, for weighing the curtain for deployment, and maintaining contact with the floor on deployment, the bottom bar including:- • a foot connected along the length of the lower end of the curtain for weighting the curtain; • a shoe extending the length of the foot for resting on the floor after deployment, the shoe being connected to the foot by: • fusible links adapted to separate at elevated temperature, characterised in that the fusible links hold the foot and shoe together prior to deployment and on deployment, but allow separation thereof in the heat of a fire; and in that an additional length of curtain is connected between the foot and the shoe, for closing any gap between the foot and the shoe after separation of the fusible links if the foot deforms in the heat of the fire. • a foot connected along the length of the lower end of the curtain for weighting the curtain; • a shoe extending the length of the foot for resting on the floor after deployment, the shoe being connected to the foot by: • fusible links adapted to separate at elevated temperature, characterised in that the fusible links hold the foot and shoe together prior to deployment and on deployment, but allow separation thereof in the heat of a fire; and in that an additional length of curtain is connected between the foot and the shoe, for closing any gap between the foot and the shoe after separation of the fusible links if the foot deforms in the heat of the fire. • fusible links adapted to separate at elevated temperature, characterised in that the fusible links hold the foot and shoe together prior to deployment and on deployment, but allow separation thereof in the heat of a fire; and in that an additional length of curtain is connected between the foot and the shoe, for closing any gap between the foot and the shoe after separation of the fusible links if the foot deforms in the heat of the fire.
Curtain kit comprising a box-shaped rigid support, which is substantially parallelepiped in shape, a curtain associated with said rigid support, a pair of preferably identical pieces of rectilinear profile, said pieces being shaped and sized to be removably associated, to substantially act as a cap, with the respective opposite side ends of said rigid support, at least one portion of adhesive of predetermined length that is fixed or can be fixed to an outer wall of each of said pieces, at least one projection formed in an inner wall of each of said pieces at a predetermined distance from an end thereof, said projection constituting an end support for said rigid support, characterized in that said pieces of profile have a substantially U-shaped cross section, in that said projections are foreseen at a wing of each of said pieces of profile, and in that said rigid support comprises a protruding edge extending substantially as an extension wall of said rigid support at a lower portion and from a lower corner thereof, said protruding edge being extended substantially for the entire length of said rigid support and being suitable for cooperating with said projections of said pieces.
A formulation for use in a method for treating bacterial vaginosis comprising administering the formulation to the vagina, wherein the formulation is an isolated cervicovaginal secretion comprising healthy vaginal microbiota, wherein at least 50% of the healthy vaginal microbiota is Lactobacillus crispatus, having no evidence of sexually transmitted disease and having an acidic pH <4.0.
A valve seat processing machine configured to process a valve seat in a valve device including a valve body portion which forms a flow passage of fluid and a valve drive portion which is detachably provided on the valve body portion and which opens and closes the flow passage by driving a valve element capable of tightly engaging with the valve seat in the valve body portion, wherein the valve seat processing machine comprises: a base portion configured to be attached to the valve body portion; a main body portion provided on the base portion; a support portion provided on the main body portion and movable relative to the main body portion in a drive direction of the valve element; and a main spindle provided on the support portion and rotatable relative to the support portion about an axis parallel to the drive direction of the valve element; and a tool holder provided on the main spindle and configured to hold a tool for processing the valve seat, characterised in that the tool holder is movable relative to the main spindle in a direction intersecting the drive direction of the valve element; the main body portion is movable relative to the base portion in two different axial directions; a controller is configured to perform control of moving the support portion or the main spindle in the drive direction of the valve element and to perform control of moving the tool holder relative to the main spindle in the direction intersecting the drive direction of the valve element, and the main body portion includes pressing means for pressing the base portion to form a gap between the main body portion and the base portion from a state in which the main body portion and the base portion are in contact with each other. a base portion configured to be attached to the valve body portion; a main body portion provided on the base portion; a support portion provided on the main body portion and movable relative to the main body portion in a drive direction of the valve element; and a main spindle provided on the support portion and rotatable relative to the support portion about an axis parallel to the drive direction of the valve element; and a tool holder provided on the main spindle and configured to hold a tool for processing the valve seat, characterised in that the tool holder is movable relative to the main spindle in a direction intersecting the drive direction of the valve element; the main body portion is movable relative to the base portion in two different axial directions; a controller is configured to perform control of moving the support portion or the main spindle in the drive direction of the valve element and to perform control of moving the tool holder relative to the main spindle in the direction intersecting the drive direction of the valve element, and the main body portion includes pressing means for pressing the base portion to form a gap between the main body portion and the base portion from a state in which the main body portion and the base portion are in contact with each other.
A thermoplastic resin composition for cleaning a molding processing machine, comprising: an olefin-based resin, a thermoplastic resin which is not compatible with the olefin-based resin of the component, a thermoplastic resin for making the olefin-based resin of the component and the thermoplastic resin of the component compatible with each other, an alkaline metal salt of a fatty acid, a nonionic surfactant, and a metal salt of an acidic phosphoric ester. an olefin-based resin, a thermoplastic resin which is not compatible with the olefin-based resin of the component, a thermoplastic resin for making the olefin-based resin of the component and the thermoplastic resin of the component compatible with each other, an alkaline metal salt of a fatty acid, a nonionic surfactant, and a metal salt of an acidic phosphoric ester.
A thruster for propelling a marine vessel, the thruster comprising: an upper housing; a lower housing, the lower housing being arranged to rotate relative to the upper housing; a first body arranged within the upper housing, the first body comprising at least one first inductor (76 1-4) to provide a magnetic field; and a second body arranged within the lower housing, the second body comprising at least one second inductor (78 1-4) to generate an electrical current from the magnetic field to transmit power between the first and second bodies, wherein each of the first and second bodies comprises a ring, and the first and second bodies are configured to provide a substantially constant degree of overlap at all relative rotational positions such that, in use, the power transmission between the first and second bodies is continuous and at least substantially constant at all relative rotational positions, and wherein the at least one first inductor (76 1-4) is tuned to resonate within a predetermined frequency band and the at least one second inductor (78 1-4) is tuned to resonate within a predetermined frequency band, the frequency band of the at least one second inductor (78 1-4) at least partially overlapping with the frequency band of the at least one first inductor (76 1-4). an upper housing; a lower housing, the lower housing being arranged to rotate relative to the upper housing; a first body arranged within the upper housing, the first body comprising at least one first inductor (76 1-4) to provide a magnetic field; and a second body arranged within the lower housing, the second body comprising at least one second inductor (78 1-4) to generate an electrical current from the magnetic field to transmit power between the first and second bodies, wherein each of the first and second bodies comprises a ring, and the first and second bodies are configured to provide a substantially constant degree of overlap at all relative rotational positions such that, in use, the power transmission between the first and second bodies is continuous and at least substantially constant at all relative rotational positions, and wherein the at least one first inductor (76 1-4) is tuned to resonate within a predetermined frequency band and the at least one second inductor (78 1-4) is tuned to resonate within a predetermined frequency band, the frequency band of the at least one second inductor (78 1-4) at least partially overlapping with the frequency band of the at least one first inductor (76 1-4).