mhurhangee/ep-ind-claims huggingface dataset:
A non-therapeutic method of operating an electrosurgical system comprising an electrosurgical instrument having at least one instrument data memory, and an electrosurgical generator to which the electrosurgical instrument is connected during operation, the electrosurgical generator having a processor and at least one generator data memory connected to the processor, wherein the processor executes an operating program stored in the generator data memory to control the electrosurgical generator a data set is or will be stored in the instrument data memory of the electrosurgical instrument, and during start-up or operation of the electrosurgical generator, the data set stored in the instrument data memory of the electrosurgical instrument is read out by the electrosurgical generator characterized in that the data set includes structured data, wherein the structured data is implemented as a plurality of parameterized references referring to operating specifications stored in the generator data memory of the electrosurgical generator, which comprise potentially applicable control commands and may additionally comprise operating parameter values, and the parameterized references stored in the structured data are called up under control of the operating program in order to execute the control commands stored in the electrosurgery generator, so as to control the electrosurgery generator in dependence on the operating program, the operating specifications stored in the generator data memory and the parameterized references to individual ones of the control commands stored in the generator data memory, that are comprised in the structured data. a data set is or will be stored in the instrument data memory of the electrosurgical instrument, and during start-up or operation of the electrosurgical generator, the data set stored in the instrument data memory of the electrosurgical instrument is read out by the electrosurgical generator the data set includes structured data, wherein the structured data is implemented as a plurality of parameterized references referring to operating specifications stored in the generator data memory of the electrosurgical generator, which comprise potentially applicable control commands and may additionally comprise operating parameter values, and the parameterized references stored in the structured data are called up under control of the operating program in order to execute the control commands stored in the electrosurgery generator, so as to control the electrosurgery generator in dependence on the operating program, the operating specifications stored in the generator data memory and the parameterized references to individual ones of the control commands stored in the generator data memory, that are comprised in the structured data.
A method of detecting in an application virtualisation environment, the installation of a software application comprising a plurality of application components and an identifying component, the plurality of application components and the identifying component being stored in a first repository, a catalog of signatures of software applications installed in a plurality of recipient computers, being provided, said method comprising: a) storing in the catalog a unique identifier computed from the identifying component for the software application; b) providing a copy of the catalog modified in the storing step to the plurality of recipient computers; c) selecting a one or more of the recipient computers; d) extracting the identifier of the software application from the provided copy of the updated catalog of the one or more recipient computers; e) interrogating the one or more selected recipient computers to ascertain whether the one or more selected recipient computers contains the identifying component corresponding to the extracted identifier; and f) deciding that the software application is installed on one or more selected recipient computers, in the event that the identifying component of said software application is found on the one or more selected recipient computers. a) storing in the catalog a unique identifier computed from the identifying component for the software application; b) providing a copy of the catalog modified in the storing step to the plurality of recipient computers; c) selecting a one or more of the recipient computers; d) extracting the identifier of the software application from the provided copy of the updated catalog of the one or more recipient computers; e) interrogating the one or more selected recipient computers to ascertain whether the one or more selected recipient computers contains the identifying component corresponding to the extracted identifier; and f) deciding that the software application is installed on one or more selected recipient computers, in the event that the identifying component of said software application is found on the one or more selected recipient computers.
A battery, comprising: a battery cell, comprising: a pressure relief mechanism configured to be actuated when an internal pressure or temperature of the battery cell reaches a threshold, to relieve the internal pressure; an attachment component, configured to support the battery cell or adjust a temperature of the battery cell; an adhesive, configured to attach the attachment component to the battery cell; and an isolation component configured to be attached to the attachment component to prevent the adhesive from being applied between the attachment component and the pressure relief mechanism; wherein the pressure relief mechanism has an actuation region, and the pressure relief mechanism is configured, when the internal pressure or temperature of the battery cell reaches the threshold, to form a relief channel for relieving the internal pressure in the actuation region; the isolation component has a main body and a protrusion arranged to protrude from a surface of the main body, the protrusion is arranged to correspond to a position of the actuation region of the pressure relief mechanism, and the protrusion is configured to at least surround the actuation region to prevent the adhesive from entering the actuation region. a battery cell, comprising: a pressure relief mechanism configured to be actuated when an internal pressure or temperature of the battery cell reaches a threshold, to relieve the internal pressure; an attachment component, configured to support the battery cell or adjust a temperature of the battery cell; an adhesive, configured to attach the attachment component to the battery cell; and an isolation component configured to be attached to the attachment component to prevent the adhesive from being applied between the attachment component and the pressure relief mechanism; wherein the pressure relief mechanism has an actuation region, and the pressure relief mechanism is configured, when the internal pressure or temperature of the battery cell reaches the threshold, to form a relief channel for relieving the internal pressure in the actuation region; the isolation component has a main body and a protrusion arranged to protrude from a surface of the main body, the protrusion is arranged to correspond to a position of the actuation region of the pressure relief mechanism, and the protrusion is configured to at least surround the actuation region to prevent the adhesive from entering the actuation region.
An HVDC air-core reactor with at least two electrical connections (15, 16), comprising: - at least one hollow-cylindrical winding layer (2-2′′′), the conductor wire of which is helically wound about a coil axis along with its jacket-side insulation layer, - a charge dissipating layer with a predetermined electrical conductivity, which charge dissipating layer is applied at least to an outer lateral surface of the at least one hollow-cylindrical winding layer (2-2′′′) and is connected in an electrically conductive manner to at least one of the electrical connections (15, 16) of the air-core reactor, characterized in that - the charge dissipating layer comprises at least one first tape element of electrically conductive material, which extends helically around the coil axis and abuts on the outer lateral surface of the at least one hollow-cylindrical winding layer (2-2′′′), - and that the at least one first tape element has a predetermined electrical conductivity, which is lower than an electrical conductivity of the electrical conductor wire while still being higher than an electrical conductivity of the jacket-side insulation layer of the conductor wire. - at least one hollow-cylindrical winding layer (2-2′′′), the conductor wire of which is helically wound about a coil axis along with its jacket-side insulation layer, - a charge dissipating layer with a predetermined electrical conductivity, which charge dissipating layer is applied at least to an outer lateral surface of the at least one hollow-cylindrical winding layer (2-2′′′) and is connected in an electrically conductive manner to at least one of the electrical connections (15, 16) of the air-core reactor, characterized in that - the charge dissipating layer comprises at least one first tape element of electrically conductive material, which extends helically around the coil axis and abuts on the outer lateral surface of the at least one hollow-cylindrical winding layer (2-2′′′), - and that the at least one first tape element has a predetermined electrical conductivity, which is lower than an electrical conductivity of the electrical conductor wire while still being higher than an electrical conductivity of the jacket-side insulation layer of the conductor wire.
A robot control system having a robot, a portable operating device that is actuated by a rechargeable secondary battery and used to operate the robot, a robot control device that is capable of wirelessly communicating with the portable operating device and performs automatic operation of the robot based on teaching data input by the portable operating device, and emergency stop means that causes an emergency stop of the robot when wireless communication between the portable operating device and the robot control device is interrupted, the robot control system comprising: charging means for charging the secondary battery by electrically connecting the portable operating device to the robot control device; connection monitoring means for monitoring whether an electric connection between the portable operating device and the robot control device through the charging means is established; an automatic operation continuing section, wherein if the connection monitoring means detects that the electric connection is not established when the robot is in automatic operation, the automatic operation continuing section ends wireless communication without causing an emergency stop of the robot and continues automatic operation of the robot with the portable operating device disconnected from the robot control system; a date/time obtaining section for obtaining a date and time of when the portable operating device was disconnected from the robot control system; and display means for displaying the date and time. charging means for charging the secondary battery by electrically connecting the portable operating device to the robot control device; connection monitoring means for monitoring whether an electric connection between the portable operating device and the robot control device through the charging means is established; an automatic operation continuing section, wherein if the connection monitoring means detects that the electric connection is not established when the robot is in automatic operation, the automatic operation continuing section ends wireless communication without causing an emergency stop of the robot and continues automatic operation of the robot with the portable operating device disconnected from the robot control system; a date/time obtaining section for obtaining a date and time of when the portable operating device was disconnected from the robot control system; and display means for displaying the date and time.
A method for constructing a solid-state reference electrode for use in an analyte-selective intracutaneously- or subcutaneously-implanted electrochemical cell, said method comprising: immersing a metallic electrode in a solution comprising a monomer precursor; applying a fixed or time-varying electrical potential or current to the metallic electrode, thereby serving to simultaneously electro-polymerize the monomer precursor and electro-deposit a conducting polymer, synthesized from the electro-polymerization of said monomer precursor, onto the said metallic electrode surface; wherein the conducting polymer comprises at least one of poly(aniline), poly(acetylene), poly(phenylene), poly(phenylenediaminie), poly(phenylene-vinylene), poly(phenylene-sulfide), poly(pyrrole), poly(thiophene) and poly(3,4-ethylenedioxythiophene); wherein the solution contains a counter anion or cation to serve as an embedded dopant within the conducting polymer, wherein the counter anion is selected from the group consisting of chloride, sulfate, phosphate, nitrate and polystyrene sulfonate and the cation is selected from the group consisting of hydrogen, lithium, sodium, potassium, calcium and magnesium, wherein the metallic electrode is configured as a solid-state reference electrode having a stable electrode potential when immersed in a physiological fluid. immersing a metallic electrode in a solution comprising a monomer precursor; applying a fixed or time-varying electrical potential or current to the metallic electrode, thereby serving to simultaneously electro-polymerize the monomer precursor and electro-deposit a conducting polymer, synthesized from the electro-polymerization of said monomer precursor, onto the said metallic electrode surface; wherein the conducting polymer comprises at least one of poly(aniline), poly(acetylene), poly(phenylene), poly(phenylenediaminie), poly(phenylene-vinylene), poly(phenylene-sulfide), poly(pyrrole), poly(thiophene) and poly(3,4-ethylenedioxythiophene); wherein the solution contains a counter anion or cation to serve as an embedded dopant within the conducting polymer, wherein the counter anion is selected from the group consisting of chloride, sulfate, phosphate, nitrate and polystyrene sulfonate and the cation is selected from the group consisting of hydrogen, lithium, sodium, potassium, calcium and magnesium, wherein the metallic electrode is configured as a solid-state reference electrode having a stable electrode potential when immersed in a physiological fluid.
Applique intended to be affixed to a timepiece dial, comprising at least one foot portion having a first end attached to the applique and a second, free end, the foot portion being arranged to be capable of insertion into a hole provided in the dial, said foot portion comprising, on the side of the free end thereof, a plastically deformable area arranged to form, after deformation, once the foot portion is inserted into the hole in the dial, at least one locking area of the foot portion on the dial, characterised in that the plastically deformable area comprises an incipient crack provided on the free end of the foot portion and intended to form, after deformation, once the foot portion is inserted into the hole in the dial, at least one slot starting at the free end of the foot portion to create at least two brackets separated by said slot, said brackets forming locking areas of the foot portion on the dial.
A process comprising bringing a compound of general formula into the gaseous or aerosol state L n ----M---X m and depositing the compound of general formula from the gaseous or aerosol state onto a solid substrate, wherein M is a metal, L is a ligand which coordinates to M and contains at least one phosphorus-carbon multiple bond, wherein L contains a phosphorus-containing heterocyclic ring or a phosphorus-carbon triple bond, X is a ligand which coordinates to M, n is 1 to 5, and m is 0 to 5. M is a metal, L is a ligand which coordinates to M and contains at least one phosphorus-carbon multiple bond, wherein L contains a phosphorus-containing heterocyclic ring or a phosphorus-carbon triple bond, X is a ligand which coordinates to M, n is 1 to 5, and m is 0 to 5.
Anti-theft device for manhole covers, comprising the following elements, as follows: - a ring of the assembly that is secured to the ground by means of bituminous filler, cement, other binders and/or anchoring means; - a lid to slot in the ring comprising an set of claws (2A, 2B) that are locked against the ring; - a hook that locks the lid against the ring wherein the hook is placed onto cavities (1A and 1B) located in the ring, and also the locking of the claws (2A, 2B) of the lid pivot with the ring, is carried out by locking and engagement means of the hook, characterized in that, the external body of the hook protrudes from the ring and features a knurled edge. - a ring of the assembly that is secured to the ground by means of bituminous filler, cement, other binders and/or anchoring means; - a lid to slot in the ring comprising an set of claws (2A, 2B) that are locked against the ring; - a hook that locks the lid against the ring wherein the hook is placed onto cavities (1A and 1B) located in the ring, and also the locking of the claws (2A, 2B) of the lid pivot with the ring, is carried out by locking and engagement means of the hook, characterized in that, the external body of the hook protrudes from the ring and features a knurled edge.
A cell stack for an electrochemical cell comprising: - a first cell comprising a first bipolar plate comprising a first anode flow field on a first surface of the first bipolar plate, - a second cell comprising a second bipolar plate comprising a second anode flow field on a first surface of the second bipolar plate, - the first anode flow field comprising a plurality of parallel channels providing flow paths for the fuel across the first anode flow field from a first side of the first anode flow field to an opposite second side of the first anode flow field, so that fuel flows along a first direction, - the second anode flow field comprising a plurality of parallel channels providing flow paths for the fuel across the second anode flow field from a first side of the second anode flow field to an opposite second side of the second anode flow field, so that fuel flows along a second direction, wherein the first and second anode flow field (4, 23) have a rectangular shape and include a first, a second, a third and a fourth side, wherein the first direction and the second direction are different, characterized in that fuel inlets (10, 29) of the first cell and the second cell are superimposed and/or fuel outlets (11, 30) of the first cell and the second cell are superimposed when viewed in the stacking direction. - a first cell comprising a first bipolar plate comprising a first anode flow field on a first surface of the first bipolar plate, - a second cell comprising a second bipolar plate comprising a second anode flow field on a first surface of the second bipolar plate, - the first anode flow field comprising a plurality of parallel channels providing flow paths for the fuel across the first anode flow field from a first side of the first anode flow field to an opposite second side of the first anode flow field, so that fuel flows along a first direction, - the second anode flow field comprising a plurality of parallel channels providing flow paths for the fuel across the second anode flow field from a first side of the second anode flow field to an opposite second side of the second anode flow field, so that fuel flows along a second direction, wherein the first and second anode flow field (4, 23) have a rectangular shape and include a first, a second, a third and a fourth side, wherein the first direction and the second direction are different, characterized in that fuel inlets (10, 29) of the first cell and the second cell are superimposed and/or fuel outlets (11, 30) of the first cell and the second cell are superimposed when viewed in the stacking direction.
Apparatus for fastening a tablet computer to a standardized mount for flat screens, comprising a first adapter unit which can be fixedly connected to the mount (20, 22), and comprising a second adapter unit which can be fixedly connected to the tablet computer, wherein the first adapter unit comprises a receiving unit in which the second adapter unit can be at least partially received for the purpose of establishing a connection, which can be released and re-established, between the first adapter unit and the second adapter unit, and wherein the receiving unit is designed in the form of a receiving compartment into which the second adapter unit can be at least partially inserted for the purpose of establishing the connection which can be released and re-established, wherein the receiving unit is arranged on a first side of the first adapter unit, wherein the first adapter unit, on a second side which is situated opposite the first side, comprises at least four bores (50 to 66) with in each case an internal thread for screwing the first adapter unit to the mount (20, 22), wherein the bores (50 to 66) are arranged in such a way that the first adapter unit can be screwed to a VESA mount (20, 22), wherein the receiving compartment comprises a first delimiting element on which the second adapter unit at least partially slides as it is inserted into the receiving compartment, wherein the receiving compartment comprises a second delimiting element, a third delimiting element and a fourth delimiting element, which delimiting elements are arranged on three different sides of the first delimiting element, wherein the first delimiting element, the second delimiting element, the third delimiting element and the fourth delimiting element delimit a receiving region in which the second adapter unit is at least partially received when it is inserted into the receiving compartment, and wherein the receiving compartment comprises at least one restraining element (34, 36) for preventing the second adapter unit from falling out of the receiving region, and wherein the first delimiting element comprises at least one elongate support element on which the second adapter unit slides as it is inserted.