mhurhangee/ep-ind-claims huggingface dataset:
An electrode assembly including: a plurality of medical electrode members (110, 120, 130, 140); and at least two covering sheets (152, 154) removably attached to the plurality of medical electrode members (110, 120, 130, 140), wherein the at least two covering sheets (152, 154) includes: a first covering sheet removably attached to one side of each of the plurality of medical electrode members (110, 120, 130, 140); and a second covering sheet removably attached to an opposite side of each of the plurality of medical electrode members (110, 120, 130, 140), characterized in that one of the at least two covering sheets (152, 154) holds a first of the plurality of medical electrode members (110, 120, 130, 140) in a predetermined position relative to a second of the plurality of medical electrode members (110, 120, 130 and 140); and each of the plurality of medical electrode members (110, 120, 130, 140) has a connector for connecting to a corresponding medical electrode connecting portion (510, 520, 530, 540) on a medical device. a plurality of medical electrode members (110, 120, 130, 140); and at least two covering sheets (152, 154) removably attached to the plurality of medical electrode members (110, 120, 130, 140), wherein the at least two covering sheets (152, 154) includes: a first covering sheet removably attached to one side of each of the plurality of medical electrode members (110, 120, 130, 140); and a second covering sheet removably attached to an opposite side of each of the plurality of medical electrode members (110, 120, 130, 140), a first covering sheet removably attached to one side of each of the plurality of medical electrode members (110, 120, 130, 140); and a second covering sheet removably attached to an opposite side of each of the plurality of medical electrode members (110, 120, 130, 140), one of the at least two covering sheets (152, 154) holds a first of the plurality of medical electrode members (110, 120, 130, 140) in a predetermined position relative to a second of the plurality of medical electrode members (110, 120, 130 and 140); and each of the plurality of medical electrode members (110, 120, 130, 140) has a connector for connecting to a corresponding medical electrode connecting portion (510, 520, 530, 540) on a medical device.
Assembly of a detachable motor part and a device for loosening of the detachable motor part, such as an injection nozzle or similar, that is jammed in a cylinder head (2, 3) of a motor, comprising a socket wrench with an hexagonal recess that is known as such, as well as at least two insert pieces that can be inserted in the recess of the socket wrench for adapting the size of the socket wrench to the motor part, wherein each insert piece comprises a surface that during use of the device for loosening the motor part is in contact therewith, and is shaped in conformity to at least part of the external circumference of the motor part, the motor part comprising an external circumference that is essentially cylindrically shaped comprising recesses for an open-end wrench, characterized in that the surface of each insert piece comprises a first surface part that forms at least a part of a cylindric casing, and contiguous to this first surface part a second surface part (4") that fittingly is insertable in at least one of the recesses.
A cardiac stimulation system adapted to provide cardiac resynchronization therapy for a patient heart, the stimulation system comprising: a pulse generator (70, 72); a stimulating electrode (16, 19) coupled to the pulse generator (70, 72) and configured to be disposed in proximity to a His bundle of the patient heart; an implantable sensing electrode (25, 26) coupled to the pulse generator (70, 72) and adapted to sense electrical activity of a left ventricle of the patient heart; a processor communicatively coupled to the pulse generator (70, 72); and a memory communicatively coupled to the processor, the memory including instructions executable by the processor that, when executed by the processor, cause the processor to apply, using the pulse generator (70, 72) and through the stimulating electrode (16, 19), a His bundle pacing impulse having a first impulse energy, characterized in the instructions further cause the processor to: measure, using the implantable sensing electrode (25, 26), an LV activation time in response to the HBP impulse; and automatically modify, based on the LV activation time, at least one setting of the pulse generator (70, 72) stored in the at least one memory such that a subsequent HBP impulse to be provided by the pulse generator (70, 72) via the stimulating electrode (16, 19) has a second impulse energy different from the first impulse energy. a pulse generator (70, 72); a stimulating electrode (16, 19) coupled to the pulse generator (70, 72) and configured to be disposed in proximity to a His bundle of the patient heart; an implantable sensing electrode (25, 26) coupled to the pulse generator (70, 72) and adapted to sense electrical activity of a left ventricle of the patient heart; a processor communicatively coupled to the pulse generator (70, 72); and a memory communicatively coupled to the processor, the memory including instructions executable by the processor that, when executed by the processor, cause the processor to apply, using the pulse generator (70, 72) and through the stimulating electrode (16, 19), a His bundle pacing impulse having a first impulse energy, characterized in the instructions further cause the processor to: measure, using the implantable sensing electrode (25, 26), an LV activation time in response to the HBP impulse; and automatically modify, based on the LV activation time, at least one setting of the pulse generator (70, 72) stored in the at least one memory such that a subsequent HBP impulse to be provided by the pulse generator (70, 72) via the stimulating electrode (16, 19) has a second impulse energy different from the first impulse energy. measure, using the implantable sensing electrode (25, 26), an LV activation time in response to the HBP impulse; and automatically modify, based on the LV activation time, at least one setting of the pulse generator (70, 72) stored in the at least one memory such that a subsequent HBP impulse to be provided by the pulse generator (70, 72) via the stimulating electrode (16, 19) has a second impulse energy different from the first impulse energy.
A frequency shifted proportional-integral controller configured to: band-shift a feedback signal by a frequency of interest into parsed sine and cosine components and multiply the feedback signal by each of the sine and cosine components; perform proportional-integral control of a control value band-shifted sine component and a control value band-shifted cosine component, characterized by the following features: The proportional-integral control is configured to at least one of eliminate and reduce a disturbance on the output of the system by rejecting a DC disturbance in a band-shifted control value; inverse band-shift the sine component back to its original band; inverse band-shift the cosine component back to its original band; and sum the inverse band-shifted sine component and the inverse band-shifted cosine component together to result in a controller output. band-shift a feedback signal by a frequency of interest into parsed sine and cosine components and multiply the feedback signal by each of the sine and cosine components; perform proportional-integral control of a control value band-shifted sine component and a control value band-shifted cosine component, characterized by the following features: The proportional-integral control is configured to at least one of eliminate and reduce a disturbance on the output of the system by rejecting a DC disturbance in a band-shifted control value; inverse band-shift the sine component back to its original band; inverse band-shift the cosine component back to its original band; and sum the inverse band-shifted sine component and the inverse band-shifted cosine component together to result in a controller output.
A method for measuring and evaluating surface variations of a tire component, comprising: measuring data points relative to a given surface (302, 304) of the tire component, wherein said data points comprise at least first and second coordinates; characterized by the tire component comprising a brushed finished surface or a buffed tire casing, electronically calculating the slope at a plurality of different locations along the measured surface of the tire component by determining the degree of steepness between selected ones of the at least first and second coordinates measured along the given surface of the tire component; electronically comparing at least one slope-based parameter to one or more predetermined levels to determine a characterization defining one or more of surface adhesion fitness of said brushed finished surface or of said buffed tire casing, finishing brush wear level and brush bristle placement location; and visually displaying the determined characterization as output. measuring data points relative to a given surface (302, 304) of the tire component, wherein said data points comprise at least first and second coordinates; characterized by the tire component comprising a brushed finished surface or a buffed tire casing, electronically calculating the slope at a plurality of different locations along the measured surface of the tire component by determining the degree of steepness between selected ones of the at least first and second coordinates measured along the given surface of the tire component; electronically comparing at least one slope-based parameter to one or more predetermined levels to determine a characterization defining one or more of surface adhesion fitness of said brushed finished surface or of said buffed tire casing, finishing brush wear level and brush bristle placement location; and visually displaying the determined characterization as output.
An aircraft electromechanical braking system comprising braking control means and at least one electromechanical brake fitted to at least one braked wheel of the aircraft, the brake being fitted with friction members and with at least one electromechanical actuator having a pusher suitable for being moved by means of an electric motor in order to selectively apply a pressing force against the friction members, the actuator also having a blocking member for blocking the pusher in position, the control means being adapted to cause the braking system to operate at least in a controlled mode in which the electric motor is controlled to selectively apply a pressing force in response to a braking setpoint, or in a parking mode in which the motor is controlled to bring the pusher into a position in which it exerts a parking force on the friction members, and then the blocking member is activated and the motor is deactivated, the system being characterized in that the control means are adapted to cause the braking system to operate in an additional braking mode referred to as "combined" mode, in which the motor is activated to bring the pusher into a position in which it exerts a given holding force, and then the blocking member is activated while activation of the motor is maintained in order to enable the pusher to develop an additional force above the holding force.
A method of communicating in a wireless network, comprising: pre-allocating (202, 206, 210), to a packet-switched real-time, interactive communications application, resources of at least one node (20A, 22, 30, 36) of the wireless network, where pre-allocating resources comprises: pre-allocating resources normally allocated in response to a call setup request, wherein the resources include at least a dedicated link (40, 42, 62, 67, 69) to be established between the node (20A, 22, 30, 36) and another node (20A, 22, 30,36); and storing a pointer associated with a mobile station or a group of mobile stations, wherein the pointer indicates that the resources are usable by the mobile station or group of mobile stations for call setup; receiving, from the mobile station or a member of the group of mobile stations, a first call setup request after pre-allocating the resources; and establishing, in response to the first call setup request, a packet-switched real-time, interactive communications session through the wireless network using the pre-allocated resources of the at least one node. pre-allocating (202, 206, 210), to a packet-switched real-time, interactive communications application, resources of at least one node (20A, 22, 30, 36) of the wireless network, where pre-allocating resources comprises: pre-allocating resources normally allocated in response to a call setup request, wherein the resources include at least a dedicated link (40, 42, 62, 67, 69) to be established between the node (20A, 22, 30, 36) and another node (20A, 22, 30,36); and storing a pointer associated with a mobile station or a group of mobile stations, wherein the pointer indicates that the resources are usable by the mobile station or group of mobile stations for call setup; pre-allocating resources normally allocated in response to a call setup request, wherein the resources include at least a dedicated link (40, 42, 62, 67, 69) to be established between the node (20A, 22, 30, 36) and another node (20A, 22, 30,36); and storing a pointer associated with a mobile station or a group of mobile stations, wherein the pointer indicates that the resources are usable by the mobile station or group of mobile stations for call setup; receiving, from the mobile station or a member of the group of mobile stations, a first call setup request after pre-allocating the resources; and establishing, in response to the first call setup request, a packet-switched real-time, interactive communications session through the wireless network using the pre-allocated resources of the at least one node.
An article comprising a decorative article, the decorative article comprising: a base; and a black hard coating film which is formed on the base, and which comprises diamond-like carbon, wherein a hydrogen content of a surface, reverse to a surface closer to the base, of the black hard coating film is more than a hydrogen content of the surface, closer to the base, of the black hard coating film; and the hydrogen content of the surface, reverse to the surface closer to the base, of the black hard coating film is 30.0 to 75.0 atm%; characterised in that the article comprising a decorative article is a timepiece, a necklace, a pendant, a brooch, or glasses.
Assembly for a turbine engine, said assembly including at least a first part and a second part, and at least one bolt including a screw cooperating with a nut, said screw extending throughout an orifice of the first part and an orifice of the second part, the bolt further including a bearing member comprising an annular flange mounted between the screw or the nut, on the one hand, and the first part, on the other hand, said flange including a bearing surface bearing, at least partially, on a complementary bearing surface of the first part, said bearing surface of the flange being frustoconical, characterized in that said bearing surface of the flange forms an angle (α) with the complementary bearing surface of the first part so that only an outer peripheral area of said bearing surface of the flange comes into contact with the complementary bearing surface of the first part, in an untightened state of the bolt, said flange being deformable so that, when tightening said nut on the screw, a larger area of the bearing surface of the flange bears on the complementary bearing surface of the first part, said bearing member including a recessed annular groove extending at the inner periphery of the flange.
Assembly of electric wiring and an auxiliary piece for building up the electric wiring in a building, wherein the building comprises a wall having an unfinished front side and a hole extending from the unfinished front side in the wall, wherein the electric wiring comprises an installation box, installation material and a front plate for covering the installation material, wherein the installation box comprises a bottom wall and a circumferential wall that is upright from the bottom wall, wherein the circumferential wall comprises a circular circumferential edge facing away from the bottom wall and bounding a primary opening in the installation box, wherein the bottom wall and the circumferential wall jointly define an inner space accessible via the primary opening for accommodation of the installation material, wherein the installation box in its placed condition is accommodated in the hole in the wall, wherein the unfinished front side of the wall is suitable for applying a finishing layer thereon, wherein the auxiliary piece is provided with a plate-shaped clearance part and an insert part that is upright from the main plane of the clearance part, wherein the insert part in the placed condition of the auxiliary piece is disposed in the primary opening of the installation box, wherein the insert part keeps the clearance part in front of the installation box in a position in which the main plane extends in front of and parallel to the unfinished front side of the wall, wherein the clearance part is adapted for keeping a free volume in the finishing layer to be applied, wherein after removal of the auxiliary piece the installation material can be accommodated, characterized in that the installation material is provided with a mounting plate which after removal of the auxiliary piece is placed on the installation box, wherein the mounting plate in the placed condition is fully accommodated in the free volume.
An image decoding method of performing decoding processing by partitioning a picture (300, 400) into a plurality of slices (31, 32, 41, 42, 43, 44,... 4m), the image decoding method comprising extracting, from a coded bitstream, a dependent slice enabling flag indicating whether or not the picture (300, 400) includes a dependent slice (42, 43, 44) on which the decoding processing is performed depending on a result of the decoding processing on a slice different from a current slice, a slice address indicating a starting position of the current slice, and a dependency indication indicating whether or not the current slice is the dependent slice (42, 43, 44), wherein the dependent slice enabling flag is disposed in a parameter set common to the slices, the slice address is disposed in a slice header of the current slice, and the dependency indication is disposed in the slice header, characterized in that the dependency indication is disposed before the slice address and after a syntax element identifying the parameter set.
A flexible polymer printed circuit substrate antenna (500; 700a, 700b, 700c, 700d; 800a, 800b, 800c, 800d), comprising: a conductor operable to generate a magnetic field when coupled to a source of electric current, wherein said conductor is formed in a rectangular configuration comprising a plurality of nested winds with multiple parallel portions (506, 508, 510, 512, 514, 516; 602, 604, 606, 608, 610, 612; 706, 708, 710, 712, 714, 716; 806, 808, 810, 812, 814, 816) of said conductor on each side of said rectangular configuration; characterized in that said antenna is folded to be further configured with first and second portions of said parallel conductor portions of said conductor formed in a rectangular configuration are positioned in first and second planes that are substantially perpendicular to each other, wherein the antenna further comprises a U-shaped ferrite sheet disposed on the flexible polymer proximate to the antenna conductor. a conductor operable to generate a magnetic field when coupled to a source of electric current, wherein said conductor is formed in a rectangular configuration comprising a plurality of nested winds with multiple parallel portions (506, 508, 510, 512, 514, 516; 602, 604, 606, 608, 610, 612; 706, 708, 710, 712, 714, 716; 806, 808, 810, 812, 814, 816) of said conductor on each side of said rectangular configuration; characterized in that said antenna is folded to be further configured with first and second portions of said parallel conductor portions of said conductor formed in a rectangular configuration are positioned in first and second planes that are substantially perpendicular to each other, wherein the antenna further comprises a U-shaped ferrite sheet disposed on the flexible polymer proximate to the antenna conductor.
Audio encoder for encoding an audio signal so as to produce therefrom an encoded signal, the audio encoder comprising: a framing device configured to extract frames from the audio signal; a quantizer configured to map spectral lines (SL 1-32) of a spectrum signal derived from the frame of the audio signal to quantization indices (I 0, I 1), wherein the quantizer has a dead-zone, in which the spectral lines (SL 1-32) are mapped to quantization index zero (I 0); and a control device configured to modify the dead-zone; wherein the control device comprises a tonality calculating device configured to calculate at least one tonality indicating value (TI 5-32) for at least one spectrum line (SL 1-32) or for at least one group of spectral lines (SL 1-32), wherein the control device is configured to modify the dead-zone for the at least one spectrum line (SL 1-32) or the at least one group of spectrum lines (SL 1-32) depending on the respective tonality indicating value (TI 5-32). a framing device configured to extract frames from the audio signal; a quantizer configured to map spectral lines (SL 1-32) of a spectrum signal derived from the frame of the audio signal to quantization indices (I 0, I 1), wherein the quantizer has a dead-zone, in which the spectral lines (SL 1-32) are mapped to quantization index zero (I 0); and a control device configured to modify the dead-zone;
Process for working up a reaction mixture selected from a aqueous solutions and aqueous slurries, said reaction mixture containing at least one compound selected from methylglycine diacetate, glutamic acid diacetate and from their respective salts, wherein the process comprises the step of treating said reaction mixture with at least one inorganic compound bearing at least one sulphur atom with an oxidation number in the range of from 2 to 4.