mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical electrode to be used for surgery performed on a living tissue, the electrosurgical electrode comprising: a principal body capable of emitting a high-frequency energy, a surface of the principal body including a coating portion A coated with a resin coating having a thickness of not less than 10 μm and a region B uncoated or coated with an oxide coating and/or a resin coating having a thickness of not more than 1.0 μm, characterised in that: (i) the region B is an effective surface capable of dispersing the high-frequency energy from the principal body to the living tissue, and a ratio βl/αl of an area βl of the region B to an area αl of the coating portion A is in a range of 0.01 to 0.5; or, (ii) one end of the principal body is an end connecting to an electrical connection portion, and the other end of the principal body is a leading end portion which is closest to the living tissue to perform incision and/or hemostasis on the living tissue, and the region B is an effective surface capable of dispersing the high-frequency energy from the principal body to the living tissue, and includes the leading end portion of the principal body and a region bounded by a first line in contact with the operating region and by a second line resulting from a translational shift of at least 2.0 mm from the first line towards the connecting portion of the principal body. a principal body capable of emitting a high-frequency energy, a surface of the principal body including a coating portion A coated with a resin coating having a thickness of not less than 10 μm and a region B uncoated or coated with an oxide coating and/or a resin coating having a thickness of not more than 1.0 μm, characterised in that: (i) the region B is an effective surface capable of dispersing the high-frequency energy from the principal body to the living tissue, and a ratio βl/αl of an area βl of the region B to an area αl of the coating portion A is in a range of 0.01 to 0.5; or, (ii) one end of the principal body is an end connecting to an electrical connection portion, and the other end of the principal body is a leading end portion which is closest to the living tissue to perform incision and/or hemostasis on the living tissue, and (i) the region B is an effective surface capable of dispersing the high-frequency energy from the principal body to the living tissue, and a ratio βl/αl of an area βl of the region B to an area αl of the coating portion A is in a range of 0.01 to 0.5; or, (ii) one end of the principal body is an end connecting to an electrical connection portion, and the other end of the principal body is a leading end portion which is closest to the living tissue to perform incision and/or hemostasis on the living tissue, and the region B is an effective surface capable of dispersing the high-frequency energy from the principal body to the living tissue, and includes the leading end portion of the principal body and a region bounded by a first line in contact with the operating region and by a second line resulting from a translational shift of at least 2.0 mm from the first line towards the connecting portion of the principal body.
A radial press having a housing provided with a jacket portion and an annular bracing disk on the end face, an annular structure guided said housing displaceably along a press axis, and several press jaws, which are disposed around the press axis are braced in radially displaceably guided manner on the bracing disk, and on which the annular structure acts by means of control faces, which are inclined relative to the press axis and which bear on mating faces of the press jaws constructed as sliding faces, wherein the angle of inclination of the control faces is changed along their run in axial direction in such a way that the axial movement of the annular structure and the resulting radial movement of the press jaws are in different ratios relative to one another over the maximum movement path of the annular structure, characterized in the annular structure has a base structure and, received therein, exchangeable control members with control faces constructed thereon, wherein the characteristic of the relation between the axial movement of the annular structure and the radial movement of the press jaws is defined by the three-dimensional geometry of the control members and wherein in planes perpendicular to the press axis, the control faces respectively lie on a polygon with corners disposed respectively between two press jaws adjacent to one another.
Device for balancing the charge of an electrical power storage device including a plurality of electrical storage elements (Et 1,... Et k) connected in series, characterized in that it comprises: - at least two current-limiting DC/DC converters (30 i), each having: ∘ an input for receiving an output voltage setpoint of the converter; ∘ an input intended to be connected to the terminals of a respective storage element (Et i); ∘ an output intended to be connected to an electrical network; - a control module: ∘ determining the respective residual charges of the elements (Et i) connected to the inputs; ∘ applying a higher voltage setpoint to the converter connected to the element having the highest residual charge; characterized in that the output has a voltage regulated to a lower level than the voltage across the terminals of the storage device. - at least two current-limiting DC/DC converters (30 i), each having: ∘ an input for receiving an output voltage setpoint of the converter; ∘ an input intended to be connected to the terminals of a respective storage element (Et i); ∘ an output intended to be connected to an electrical network; ∘ an input for receiving an output voltage setpoint of the converter; ∘ an input intended to be connected to the terminals of a respective storage element (Et i); ∘ an output intended to be connected to an electrical network; - a control module: ∘ determining the respective residual charges of the elements (Et i) connected to the inputs; ∘ applying a higher voltage setpoint to the converter connected to the element having the highest residual charge; characterized in that the output has a voltage regulated to a lower level than the voltage across the terminals of the storage device. ∘ determining the respective residual charges of the elements (Et i) connected to the inputs; ∘ applying a higher voltage setpoint to the converter connected to the element having the highest residual charge; characterized in that the output has a voltage regulated to a lower level than the voltage across the terminals of the storage device.
An apparatus for heating a liquefied stream, comprising a closed circuit for cycling a heat transfer fluid, the closed circuit comprising a first heat transfer zone, a second heat transfer zone, and a downcomer, all arranged in an ambient, wherein the first heat transfer zone comprises a first heat transfer surface across which a liquefied stream that is to be heated is brought in a first indirect heat exchanging contact with the heat transfer fluid, wherein the second heat transfer zone is located gravitationally lower than the first heat transfer zone and where the second heat transfer zone comprises a second heat transfer surface across which the heat transfer fluid is brought in a second indirect heat exchanging contact with the ambient, and wherein the downcomer fluidly connects the first heat transfer zone with the second heat transfer zone, characterised in that the downcomer is thermally insulated from the ambient with an amount whereby heat in leak into the heat transfer fluid as it passes through the downcomer, due to a temperature differential between the heat transfer fluid inside the downcomer and the outside of the downcomer will not cause any vaporization of the heat transfer fluid inside the downcomer, wherein the second heat transfer zone comprises at least one riser tube fluidly connected to the first heat transfer zone, whereby in operation circulation of the heat transfer fluid is maintained by gravity only whereby the heat transfer fluid circulation rate is higher than the evaporation rate in the second heat transfer zone.
Arrangement (14, 15) with a cooking appliance component and a rail pull-out facility for a carrier for items to be cooked, with a first rail, which has a fastening facility for fastening the rail pull-out facility to the cooking appliance component, and with a second rail which is embodied to receive the carrier for items to be cooked, wherein the rails (21, 24) are moveable relative to each other, and the fastening facility has a spring element, which forms a sprung stop on the cooking appliance component for the first rail and, by way of the spring element, in the fastened state of the two rails to the cooking appliance component, a damped movement of the rail pull-out facility relative to the cooking appliance component can be carried out in the direction of movement of the two rails (21, 24) relative to each other, wherein the relative movement is limited between a normal position and a removal position, wherein an operating element is arranged on the first rail for releasing the fastening apparatus from the cooking appliance component, characterised in that the operating element has an actuation surface and wherein an actuation mark is arranged on the actuation surface.
A control panel for a laundry machine comprising the control panel, said control panel comprising: a screen to display information on laundry and at least one input value of washing information; an information input unit to input a plurality of types of laundry by a user; and a control unit to determine the at least one input value of the washing information based on information inputted to said input unit, wherein at least one of the amount of the laundry, a color of the laundry and a soil level of the laundry is additionally inputted to said information input unit, wherein the control unit is configured to determine if it is inappropriate to perform a washing course according to the inputted type of the laundry or the inputted color of the laundry. a screen to display information on laundry and at least one input value of washing information; an information input unit to input a plurality of types of laundry by a user; and a control unit to determine the at least one input value of the washing information based on information inputted to said input unit, wherein at least one of the amount of the laundry, a color of the laundry and a soil level of the laundry is additionally inputted to said information input unit, wherein the control unit is configured to determine if it is inappropriate to perform a washing course according to the inputted type of the laundry or the inputted color of the laundry.
Retention device for the retention of at least one part to be retained in a vehicle body manufacturing system, characterized in that the retention device has an overload protection coupling, wherein the overload protection coupling has a first and a second coupling unit (3, 4), wherein one of the first and second coupling units (3, 4) has a connecting means, which is able to be releasably coupled to the other coupling unit (4, 3), and wherein the other coupling unit (4, 3) has at least one clamping element, to which an element is associated for producing a clamping force which creates a connection between the clamping element and the connecting means, such that the connection is able to be automatically released by a release force which overcomes the clamping force, wherein one of the two coupling units (3, 4) has at least one coupling element and the other coupling unit (3, 4) has at least one complementary counter-coupling element, wherein the coupling element and the counter-coupling element engage positively in one another perpendicular to a main plane.
An optical keypad comprising at least one transparent panel comprising a plurality of apertures surrounded by closed areas, wherein the optical keypad comprises a plurality of light transmitting diodes, LEDs, adapted for emitting modulated light and at least one photo detector diode adapted for receiving modulated light, wherein the photo detector diode is placed in relation to the apertures, such that the light from the LEDs is transmitted through the transparent panel and reflected by scattering from a tool or fingertip employing a keystroke on the transparent panel, wherein the reflected light is transmitted back through the transparent panel and back to the photo detector diode for demodulation, wherein the emitted modulated light from each LED is controlled by a combination of the following parameters: -a: a modulation frequency of the emitted light from the transmitting LEDs -b: a sequence in which the transmitting LEDs are lit, -c: a time interval between lighting of the individual transmitting LEDs where the parameters are varied randomly, and where a detection of the reflected light is performed by a synchronous detection of the current flowing through the detecting photo diode, and the detection compares a received signal with a randomly coded signal transmitted from the transmitting LEDs. -a: a modulation frequency of the emitted light from the transmitting LEDs -b: a sequence in which the transmitting LEDs are lit, -c: a time interval between lighting of the individual transmitting LEDs where the parameters are varied randomly, and
An apparatus, comprising: an outer shell comprising an opening comprising one or more outer shell lobe slits, the opening configured to allow a nut comprising one or more deformable lobes to pass through the opening and into an interior portion of the outer shell; a gauge ring configured to be placed inside the interior portion of the outer shell, the gauge ring comprising: a bottom surface configured to face the opening of the outer shell; a top surface opposite the bottom surface; and a keyhole comprising one or more gauge ring lobe slits and a sloped entry; and a spring configured to be coupled to the gauge ring and configured to cause the gauge ring to rotate from a first position to a second position; wherein the gauge ring is configured to rotate to the first position as the nut passes through the opening of the outer shell and contacts the sloped entry of the gauge ring, the first position permitting the nut to pass through the gauge ring and into a socket by aligning the one or more gauge ring lobe slits with the one or more outer shell lobe slits and the one or more deformable lobes of the nut; wherein the spring is configured to rotate the gauge ring to the second position after the nut passes through the gauge ring and into the socket, the second position preventing the nut from exiting the socket by preventing alignment of the one or more gauge ring lobe slits with the one or more outer shell lobe slits. an outer shell comprising an opening comprising one or more outer shell lobe slits, the opening configured to allow a nut comprising one or more deformable lobes to pass through the opening and into an interior portion of the outer shell; a gauge ring configured to be placed inside the interior portion of the outer shell, the gauge ring comprising: a bottom surface configured to face the opening of the outer shell; a top surface opposite the bottom surface; and a keyhole comprising one or more gauge ring lobe slits and a sloped entry; and a bottom surface configured to face the opening of the outer shell; a top surface opposite the bottom surface; and a keyhole comprising one or more gauge ring lobe slits and a sloped entry; and a spring configured to be coupled to the gauge ring and configured to cause the gauge ring to rotate from a first position to a second position; wherein the gauge ring is configured to rotate to the first position as the nut passes through the opening of the outer shell and contacts the sloped entry of the gauge ring, the first position permitting the nut to pass through the gauge ring and into a socket by aligning the one or more gauge ring lobe slits with the one or more outer shell lobe slits and the one or more deformable lobes of the nut; wherein the spring is configured to rotate the gauge ring to the second position after the nut passes through the gauge ring and into the socket, the second position preventing the nut from exiting the socket by preventing alignment of the one or more gauge ring lobe slits with the one or more outer shell lobe slits.
A fuel for use in a combustion chamber of a direct-injection, compression ignition or diesel type engine, the fuel including carbonaceous particles suspended in an aqueous solvent, characterised in that the fuel has a viscosity that is greater than or equal to 1000 mPa.s at 25 °C for shear rates of up to 750/s and greater than or equal to 4000 mPa.s at 25 °C at a shear rate of 1/s, and wherein the mass fraction of the carbonaceous particles in the fuel is greater than or equal to 45 wt%.
An apparatus for automatically testing a plurality of smart cards, the apparatus comprising: a processor for controlling a test of the plurality of smart cards; a serial test line having a plurality of test positions (6, 16, 20, 24, 28, 38), the serial test line controlled by the processor, the plurality of test positions comprising: at least one optical surface reading assembly (26, 56) for comparing a template image with an image of each smart card; a card input means for feeding the plurality of smart cards into the serial test line; and a sorting means for sorting the plurality of smart cards, wherein the sorting means is controllable by the processor, characterised in that the apparatus further comprises: at least one write antenna for writing a first test pattern to each smart card of the plurality of smart cards; at least one read antenna arranged to read the first test pattern from each smart card; and at least one flexion means arranged to flex each smart card after writing the first test pattern to the smart card and prior to reading the first test pattern from the smart card, the flexion means providing a mechanical integrity test of each smart card. a processor for controlling a test of the plurality of smart cards; a serial test line having a plurality of test positions (6, 16, 20, 24, 28, 38), the serial test line controlled by the processor, the plurality of test positions comprising: at least one optical surface reading assembly (26, 56) for comparing a template image with an image of each smart card; a card input means for feeding the plurality of smart cards into the serial test line; and at least one optical surface reading assembly (26, 56) for comparing a template image with an image of each smart card; a card input means for feeding the plurality of smart cards into the serial test line; and a sorting means for sorting the plurality of smart cards, wherein the sorting means is controllable by the processor, characterised in that the apparatus further comprises: at least one write antenna for writing a first test pattern to each smart card of the plurality of smart cards; at least one read antenna arranged to read the first test pattern from each smart card; and at least one flexion means arranged to flex each smart card after writing the first test pattern to the smart card and prior to reading the first test pattern from the smart card, the flexion means providing a mechanical integrity test of each smart card. at least one write antenna for writing a first test pattern to each smart card of the plurality of smart cards; at least one read antenna arranged to read the first test pattern from each smart card; and at least one flexion means arranged to flex each smart card after writing the first test pattern to the smart card and prior to reading the first test pattern from the smart card, the flexion means providing a mechanical integrity test of each smart card.
Process for the manufacturing of a multilayer drug delivery construct comprising at least one drug loaded film manufactured by the following steps: (a) dissolving the polymer in a solvent, (b) mixing the dissolved polymer with a drug, (c) laminating the mixture between at least two polymeric sheets, whereby at least one polymeric sheet is permeable to the solvent, (d) removing the sheets to provide the drug loaded film, (e) layering the drug loaded film, (f) fusing the layered film into a multilayer construct. (a) dissolving the polymer in a solvent, (b) mixing the dissolved polymer with a drug, (c) laminating the mixture between at least two polymeric sheets, whereby at least one polymeric sheet is permeable to the solvent, (d) removing the sheets to provide the drug loaded film, (e) layering the drug loaded film, (f) fusing the layered film into a multilayer construct.
A method performed by a source base station of handing over a wireless device from the source base station to a target base station, said method comprising: determining that the wireless device is to be handed over from the source base station to the target base station, characterized in that the method further comprises: sending, to the target base station in a handover signaling message, a current mapping between two or more flow identifiers and a first data radio bearer used for communication between the wireless device and the source base station; and receiving, from the target base station, an indication that the current mapping should be used. sending, to the target base station in a handover signaling message, a current mapping between two or more flow identifiers and a first data radio bearer used for communication between the wireless device and the source base station; and receiving, from the target base station, an indication that the current mapping should be used.
An exercise device comprising a load element (6, 69) intended to be displaced by the force of a user, an electric actuator (1, 76) comprising a moving part, the load element (6, 69) being linked to the moving part and the load element being able to displace the moving part, a computer (12, 80) suitable for computing a force to be exerted by the electric actuator and for generating a control signal for the electric actuator as a function of the computed force to be exerted, in such a way that the force exerted by the electric actuator in response to the control signal corresponds to the computed force to be exerted and an acceleration sensor coupled to the moving part for measuring the acceleration of the moving part and for transmitting the measured acceleration to the computer (12, 80), the electric actuator being able to exert a force on the load element (6, 69) via the moving part in response to the control signal, in which the computer (12, 80) is able to compute the force to be exerted as a function of the acceleration measured by the acceleration sensor, characterized in that the device also comprises: - a memory of the computer in which is stored a coefficient of proportionality between the measured acceleration and an additive contribution of artificial inertia, and - a human-machine interface enabling a user to set the coefficient of proportionality, the computer being able to compute the additive contribution of artificial inertia as a function of the measured acceleration and of the coefficient of proportionality, the force to be exerted computed by the computer as a function of the measured acceleration including the additive contribution of artificial inertia proportional to the measured acceleration obtained by the computer as the result of a multiplication of the measured acceleration by the coefficient of proportionality stored in the memory, in such a way that the force exerted by the electric actuator (1, 76) in response to the control signal includes the additive contribution of artificial inertia proportional to the acceleration measured by the acceleration sensor and to the coefficient of proportionality stored in the memory. - a memory of the computer in which is stored a coefficient of proportionality between the measured acceleration and an additive contribution of artificial inertia, and - a human-machine interface enabling a user to set the coefficient of proportionality,