mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical instrument, comprising: an end effector comprising a first jaw member and a second jaw member, the first and second jaw members being movable relative to one another from a first, open position to a second, closed position for grasping tissue therebetween, wherein at least one of the jaw members (216a/b) is adapted to connect to an electrosurgical energy source such that electrosurgical energy may be selectively communicated through tissue held between the jaw members to effect a tissue seal; at least one of the first or second jaw members (216a/b) including a knife channel defined therein configured to reciprocate a knife therealong for severing tissue held between the first and second jaw members; and a two-stage articulation joint coupled to the end effector, the two-stage articulation joint operatively coupled to first and second articulation bands (208a/b) configured to articulate the end effector, the two-stage articulation joint comprising: an outer cut metal tube comprising a plurality of articulation sections with hinge and locking features that closes and opens the first and second jaw members (216a/b); and a solid but flexible inner core positioned within the outer cut metal tube. an end effector comprising a first jaw member and a second jaw member, the first and second jaw members being movable relative to one another from a first, open position to a second, closed position for grasping tissue therebetween, wherein at least one of the jaw members (216a/b) is adapted to connect to an electrosurgical energy source such that electrosurgical energy may be selectively communicated through tissue held between the jaw members to effect a tissue seal; at least one of the first or second jaw members (216a/b) including a knife channel defined therein configured to reciprocate a knife therealong for severing tissue held between the first and second jaw members; and a two-stage articulation joint coupled to the end effector, the two-stage articulation joint operatively coupled to first and second articulation bands (208a/b) configured to articulate the end effector, the two-stage articulation joint comprising: an outer cut metal tube comprising a plurality of articulation sections with hinge and locking features that closes and opens the first and second jaw members (216a/b); and a solid but flexible inner core positioned within the outer cut metal tube. an outer cut metal tube comprising a plurality of articulation sections with hinge and locking features that closes and opens the first and second jaw members (216a/b); and a solid but flexible inner core positioned within the outer cut metal tube.
A puncture punching method for producing labels in the shape of a butterfly or a cross, in particular paper labels, wherein a stack of sheet-shaped punching material is pressed against a blade of a frame-shaped punching knife that receives the punching material in its interior space and the stack of sheet-shaped punching material and the punching knife are moved relative to each other, whereby the punching process is effected and waste on the outside of the punching knife is displaced, wherein two punching processes are carried out for producing a final shape of the label, to be precise a pre-punching process for producing at least rounded cut-outs (20, 20', 20", 20''') and a post-punching process for producing the final shape of the label, characterised in that a sequential cutting knife is provided that carries out the pre-punching process in a first area that is first to reach the punching material and the post-punching process in a second area that does not reach the punching material until after the pre-punching process, as a result of which the label is produced in a single puncture punching travel.
A mixing unit for use in a mixing apparatus for mixing treatment media in liquid or gaseous state into a fiber suspension, which apparatus comprises a housing defining a mixing chamber, a first inlet for feeding a fiber suspension to the mixing chamber, a second inlet for feeding treatment media into the mixing chamber, a drive shaft connected to a drive device for rotation of the drive shaft in operation, and an outlet for discharging the mixture of fiber suspension and treatment media, said unit for mixing being adapted to be installed in the mixing apparatus and comprising - a rotor comprising a rotor shaft being adapted to be connected to the drive shaft for, in operation, simultaneous rotation with the drive shaft, - at least two rotor bodies (11b, 11c) arranged on the rotor shaft, each having a radial extension, the bodies being arranged to be axially separated from each other along the rotor shaft, - at least one stator body arranged to be placed, seen in the axial direction of the rotor shaft axis, between the rotor bodies (11b, 11c), the rotor and stator bodies being adapted to interact to produce a turbulent zone in between them so as to form multiple mixing zones within the mixing chamber, characterized in that the respective configurations of the rotor and stator bodies (11b,11c,13a) in their radial extension are adapted to enable insertion and/or removal of at least one of the rotor bodies (11b, 11c) past at least one stator body or where the respective configurations of the rotor and stator bodies (11b, 11c, 13a) in their radial extension are adapted to enable insertion and/or removal of the at least one stator body past the rotor bodies (11b, 11c), wherein the rotor bodies (11b, 11c) comprise flow-restraining discs comprising concentric rings interconnected by rotor bars extending radially. - a rotor comprising a rotor shaft being adapted to be connected to the drive shaft for, in operation, simultaneous rotation with the drive shaft, - at least two rotor bodies (11b, 11c) arranged on the rotor shaft, each having a radial extension, the bodies being arranged to be axially separated from each other along the rotor shaft, - at least two rotor bodies (11b, 11c) arranged on the rotor shaft, each having a radial extension, the bodies being arranged to be axially separated from each other along the rotor shaft, - at least one stator body arranged to be placed, seen in the axial direction of the rotor shaft axis, between the rotor bodies (11b, 11c),
A microelectromechanical sensor (MEMS) package, comprising: a first cavity enclosed by a first cavity seal, wherein the first cavity seal provides a barrier between a first cavity pressure within the first cavity and an external pressure; a second cavity enclosed by a second cavity seal, wherein the second cavity seal is located entirely within the first cavity seal to provide a barrier between a second cavity pressure within the second cavity and the first cavity pressure; a MEMS accelerometer located within the second cavity and configured to measure one or more linear accelerations; and a MEMS gyroscope (308, 200) located within the first cavity and configured to measure one or more angular velocities, wherein the MEMS gyroscope (308, 200) is further configured to sense a change in pressure within the first cavity when at least one of the first cavity seal or the second cavity seal has been broken; and processing circuitry coupled to the MEMS gyroscope (308, 200) to identify a failure based on the change in pressure sensed by the MEMS gyroscope (308, 200). a first cavity enclosed by a first cavity seal, wherein the first cavity seal provides a barrier between a first cavity pressure within the first cavity and an external pressure; a second cavity enclosed by a second cavity seal, wherein the second cavity seal is located entirely within the first cavity seal to provide a barrier between a second cavity pressure within the second cavity and the first cavity pressure; a MEMS accelerometer located within the second cavity and configured to measure one or more linear accelerations; and a MEMS gyroscope (308, 200) located within the first cavity and configured to measure one or more angular velocities, wherein the MEMS gyroscope (308, 200) is further configured to sense a change in pressure within the first cavity when at least one of the first cavity seal or the second cavity seal has been broken; and processing circuitry coupled to the MEMS gyroscope (308, 200) to identify a failure based on the change in pressure sensed by the MEMS gyroscope (308, 200).
A method performed by a user equipment, LTE, the method comprising: communicating with a first base station and a second base station using a 3 rd Generation Partnership Project, 3GPP, radio technology; communicating with a wireless communication device using at least one other radio technology; detecting in-device-coexistence, IDC, interference arising with respect to the second base station as a result of coexistence of the 3GPP radio technology and the at least one other radio technology within the UE; sending, to the first base station, in a case where the IDC interference cannot be solved by the LTE, IDC assistance information via a dedicated radio resource control, RRC, message including information identifying at least one of a Global Navigation Satellite System, GNSS, a wireless local area network, WLAN, and a Bluetooth radio technology to which in-device-coexistence, IDC, interference is caused from the 3GPP radio technology; receiving from at least one of the first base station and the second base station, responsive to providing the IDC assistance information, control information for resolving the IDC interference; and resolving the IDC interference by controlling communication with at least one of the first base station and the second base station based on the control information. communicating with a first base station and a second base station using a 3 rd Generation Partnership Project, 3GPP, radio technology; communicating with a wireless communication device using at least one other radio technology; detecting in-device-coexistence, IDC, interference arising with respect to the second base station as a result of coexistence of the 3GPP radio technology and the at least one other radio technology within the UE; sending, to the first base station, in a case where the IDC interference cannot be solved by the LTE, IDC assistance information via a dedicated radio resource control, RRC, message including information identifying at least one of a Global Navigation Satellite System, GNSS, a wireless local area network, WLAN, and a Bluetooth radio technology to which in-device-coexistence, IDC, interference is caused from the 3GPP radio technology; receiving from at least one of the first base station and the second base station, responsive to providing the IDC assistance information, control information for resolving the IDC interference; and resolving the IDC interference by controlling communication with at least one of the first base station and the second base station based on the control information.
Method for controlling the stability of a utility vehicle, in which an anti-tilt control method is carried out in which at least one lateral acceleration signal (ay), one steering wheel angle signal and one vehicle speed signal (v) are received and control signals (S1, S2) for vehicle interventions are formed therefrom and output, and a yaw control method is carried out during which the steering wheel angle signal, the lateral acceleration signal (ay) and the vehicle speed signal (v) are received, a yaw rate setpoint value signal (ψs) and a yaw rate actual value signal (ψi) are determined and compared with one another, and a yaw control process is carried out during which control signals (S3, S4, S5) for vehicle interventions are formed and output, wherein the yaw rate actual value signal (ψi) is determined, in particular estimated, from at least the lateral acceleration signal (ay) and the vehicle speed signal (v) without using a yaw rate sensor or a yaw rate measurement signal, and wherein a yaw rate setpoint value signal (ψs) and the yaw rate actual value signal (ψi) are compared and a yaw controller is actuated as a function of the comparison, characterized in that the yaw rate setpoint value signal (ψs) is determined from the steering wheel angle signal and the vehicle speed signal (v) and the yaw control method is carried out only when understeering of the utility vehicle or an inclination of the utility vehicle to understeer is detected.
Anti-slip device for a motor vehicle wheel, incorporating: • a travel track (3, 4) intended to be pressed against the tread of a vehicle wheel tire; • radial arms for maintaining the said travel track on the tread of the said tire, with the said arms being connected to a central assembly connectable to one of the nuts of the said rim, and being composed of:. a securing bolt on the said nut endowed with a ring-shaped groove near its free extremity (22, 29);. a torque arm being reversibly integral with the free extremity of the said bolt, and being oriented perpendicularly to the axis of turning of the bolt;. a traction device being integral near the other extremity of the said arm; characterized in that the torque arm is endowed with means (17; 32; 33; 34) able to interact with the ring-shaped groove, in order to connect/disconnect the securing bolt to and from the torque arm. • a travel track (3, 4) intended to be pressed against the tread of a vehicle wheel tire; • radial arms for maintaining the said travel track on the tread of the said tire, with the said arms being connected to a central assembly connectable to one of the nuts of the said rim, and being composed of:. a securing bolt on the said nut endowed with a ring-shaped groove near its free extremity (22, 29);. a torque arm being reversibly integral with the free extremity of the said bolt, and being oriented perpendicularly to the axis of turning of the bolt;. a traction device being integral near the other extremity of the said arm; characterized in that the torque arm is endowed with means (17; 32; 33; 34) able to interact with the ring-shaped groove, in order to connect/disconnect the securing bolt to and from the torque arm.. a securing bolt on the said nut endowed with a ring-shaped groove near its free extremity (22, 29);. a torque arm being reversibly integral with the free extremity of the said bolt, and being oriented perpendicularly to the axis of turning of the bolt;. a traction device being integral near the other extremity of the said arm; characterized in that the torque arm is endowed with means (17; 32; 33; 34) able to interact with the ring-shaped groove, in order to connect/disconnect the securing bolt to and from the torque arm.
Apparatus for manufacturing coil screens, comprising a working surface and a joining device with which coils can be deposited on the working surface and which can be moved over the working surface in a direction of movement from a first edge of the working surface to a second edge of the working surface, wherein the joining device comprises a displacement spur which displaces the coils already positioned on the working surface when the joining device is moved over the working surface to create a clear space for the newly to be displaced coils, characterized in that in the region of the first edge, a slider is arranged on the working surface which can be moved perpendicularly to the direction of movement of the joining device, to displace the end adjacent to the first edge of the coils already deposited on the working surface before the joining device starts depositing a new coil.
Expanded beads of thermoplastic polyurethane in which a water-soluble anionic surfactant is attached in an attachment amount per surface area of 50 mg/m 2 to 1,000 mg/m 2 onto the surfaces of expanded beads of thermoplastic polyurethane having a dispersant attached thereto, wherein the attachment amount of the anionic surfactant is calculated on the basis of the total organic carbon analysis as described in the specification,
An upwind wind turbine comprising: a tower; a rotor; and characterised by a pressure sensing device configured to sense air pressure and provide a signal indicative of the sensed air pressure to a wind turbine controller for use in controlling the rotor of the wind turbine, wherein the pressure sensing device is supported by the tower at a location within the wake of the rotor. a tower; a rotor; and characterised by a pressure sensing device configured to sense air pressure and provide a signal indicative of the sensed air pressure to a wind turbine controller for use in controlling the rotor of the wind turbine, wherein the pressure sensing device is supported by the tower at a location within the wake of the rotor.
Process for purifying gases, in which an untreated gas is purified by condensing and/or freezing out impurities to form a pure gas with the aid of a first stream of coolant in at least one first heat exchanger, in which process the first stream of coolant is routed separately from the untreated gas in the first heat exchanger, and the warmed first stream of coolant, after it has left the first heat exchanger, is at least partially returned to the first heat exchanger in a circuit through at least one second heat exchanger in the circuit, the second heat exchanger being cooled by a second stream of coolant, and in which process the pure gas is at least partially fed to the first stream of coolant, characterized in that the second stream of coolant is liquid nitrogen.
An LED retrofit lamp for being connected to a high frequency electronic ballast, the high frequency electronic ballast being adapted for providing a voltage and a current to the LED retrofit lamp, the LED retrofit lamp comprising: - an LED unit, - an adapting unit for adapting the voltage and the current provided by the high frequency electronic ballast to a voltage and a current for operating the LED unit, - a detecting unit for detecting an electrical value that depends on the current provided by the high frequency electronic ballast, and - a ballast protection unit for performing, in dependence of the detected electrical value, an operation for protecting the high frequency electronic ballast from an overcurrent situation, wherein the adapting unit comprises an LC circuit comprising an inductor and a capacitor, characterised by the inductor of the LC circuit comprising an auxiliary winding and the detected electrical value being a voltage value derived from a voltage at the auxiliary winding. - an LED unit, - an adapting unit for adapting the voltage and the current provided by the high frequency electronic ballast to a voltage and a current for operating the LED unit, - a detecting unit for detecting an electrical value that depends on the current provided by the high frequency electronic ballast, and - a ballast protection unit for performing, in dependence of the detected electrical value, an operation for protecting the high frequency electronic ballast from an overcurrent situation,
Use of an active carotenoid-producing Sporidiobolus pararoseus for laccase production by a laccase-producing filamentous fungi selected from Pleurotus ferulae, Trametes versicolor, Pleurotus ostreatus, and Ganoderma Lucidum.
A liquid bleaching composition comprising a hypohalite bleach and a soil suspending agent selected from the group consisting of ethoxylated diamines having the formula: wherein X is selected from H, C 1 -C 4 alkyl or hydroxyalkyl ester or ether groups, SO 3 - or mixtures thereof; n is at least 6; a is from 0 to 4; and b is 1, wherein said hypohalite bleach is selected from the group consisting of sodium, potassium, magnesium, lithium and calcium hypochlorites, and mixtures thereof.
An elongated signal tape (10, 10', 10") comprising: a core material (22, 22') and protective material enclosing said core material; said protective material comprising a top sheet of thermoplastic material having a first predetermined length and a first predetermined width and a bottom sheet of thermoplastic material having a second predetermined length and a second predetermined width with said first and second predetermined lengths being approximately equal and with said first and second predetermined widths being approximately equal; said core material (22, 22') being positioned between said top and bottom thermoplastic sheets, said core material (22, 22') having: a predetermined third length, an outer surface, a maximum lateral dimension of approximately one inch (or approximately 2.54 cm), a minimum predetermined tensile strength, said core material (22, 22') having at least one smoke generator (12, 12', 12") fastened thereto along said predetermined third length; said at least one smoke generator (122, 12', 12") comprising a smoke producing composition and an igniter portion embedded in said smoke producing composition with an ignition wire having first and second ends with said first end embedded within said igniter portion, and with said second end attached to said core material (22, 22') such that relative motion between said core material (22, 22') and said smoke generator (12, 12', 12") will cause said igniter wire to be pulled out of said igniter portion, thus igniting said at least one smoke generator (12, 12', 12"); and, said elongated signal tape (10, 10', 10") further comprising adhesive, bonding at least one of the top or bottom sheet of thermoplastic material to a substantial portion of the outer surface of said core material (22, 22') and also bonding the outer edges of said top and bottom thermoplastic sheets together. a core material (22, 22') and protective material enclosing said core material; said protective material comprising a top sheet of thermoplastic material having a first predetermined length and a first predetermined width and a bottom sheet of thermoplastic material having a second predetermined length and a second predetermined width with said first and second predetermined lengths being approximately equal and with said first and second predetermined widths being approximately equal; said core material (22, 22') being positioned between said top and bottom thermoplastic sheets, a predetermined third length, an outer surface, a maximum lateral dimension of approximately one inch (or approximately 2.54 cm), a minimum predetermined tensile strength, said core material (22, 22') having at least one smoke generator (12, 12', 12") fastened thereto along said predetermined third length;
A batch composition for the formation of glass fibers, comprising: 61 to 68 weight percent SiO 2; 15 to 19 weight percent Al 2 O 3; 15 to 20 weight percent RO, where RO equals the sum of MgO, CaO, SrO and BaO in the batch composition; and 0 to 3 weight percent alkali metal oxides; wherein the composition comprises MgO. 61 to 68 weight percent SiO 2; 15 to 19 weight percent Al 2 O 3; 15 to 20 weight percent RO, where RO equals the sum of MgO, CaO, SrO and BaO in the batch composition; and 0 to 3 weight percent alkali metal oxides; wherein the composition comprises MgO.