mhurhangee/patent-ind-claim-en huggingface dataset:
Method for pre-distorting an optical signal (S OPT ), intended to be transmitted over an optical transmission line and comprising a plurality of frequency division multiplexed optical sub-carriers, said optical signal being obtained from the optical conversion of an electrical signal (S E ) comprising a plurality of frequency division multiplexed electrical sub-carriers, the method comprising the following steps: obtaining (E2) a plurality of corrective factors (α A,i ) corresponding to the electrical sub-carriers, as a function of a plurality of values, determined for the optical sub-carriers, of a first parameter dependent on the power of said optical sub-carriers; and applying (E3) the corrective factors to the amplitudes of the corresponding electrical sub-carriers, so as to equalize, at the output of said optical transmission line , the values of the first parameter for the sub-carriers of the optical signal. obtaining (E2) a plurality of corrective factors (α A,i ) corresponding to the electrical sub-carriers, as a function of a plurality of values, determined for the optical sub-carriers, of a first parameter dependent on the power of said optical sub-carriers; and applying (E3) the corrective factors to the amplitudes of the corresponding electrical sub-carriers, so as to equalize, at the output of said optical transmission line , the values of the first parameter for the sub-carriers of the optical signal.
A medical device comprising: an elongate body ; and a distal assembly affixed to and being disposed distal to the distal end of the elongate body, the distal assembly including a treatment electrode including a conductive mapping and ablation region and a selectively conductive ablation region , characterised in that the fully conductive mapping region being composed of a metal and the selectively conductive ablation region being composed of a metal that is the same as the metal from which the fully conductive mapping region is composed, with the selectively conductive ablation region including an oxide layer of the metal on its treatment surface, the oxide of the selectively conductive metal being conductive of high-frequency current and substantially non-conductive of low-frequency current. an elongate body ; and a distal assembly affixed to and being disposed distal to the distal end of the elongate body, the distal assembly including a treatment electrode including a conductive mapping and ablation region and a selectively conductive ablation region , characterised in that the fully conductive mapping region being composed of a metal and the selectively conductive ablation region being composed of a metal that is the same as the metal from which the fully conductive mapping region is composed, with the selectively conductive ablation region including an oxide layer of the metal on its treatment surface, the oxide of the selectively conductive metal being conductive of high-frequency current and substantially non-conductive of low-frequency current.
A device for heating a room having a modular structure also assemblable by user, comprising at least one upright member , a plurality of cross members , modules assemblable to one another for the connection of said cross members to said upright member , and a heating circuit which extends along said upright member and said cross members and through said modules , characterised in that positioned along a longitudinal cavity of said at least one upright member there is stack of said modules connected to one another in cascade fashion.
Energy storage device , in particular for the starter of an internal combustion engine, comprising: at least one energy storage element , a data generating unit for acquiring operating parameters of said energy storage element of said energy storage device and generating corresponding data, where said operating parameters of said energy storage element include at least the electrical current and/or the electrical voltage of said energy storage element , at least one separating device for reversibly separating an electrically conductive connection between said energy storage element and a power source and/or an electrically conductive connection between said energy storage element and a power receiver , and a data transmitting unit for transmitting data between said data generating unit and a data input/output device and between said data input/output device and said separating device , where said data input/output device is a smartphone, a tablet or an on-board computer of a vehicle with a screen and input elements, where said separating device can be actuated both depending on data which is transmitted directly from said data generating unit to said separating device and depending on data which is transmitted from said data transmitting unit to said separating device , and said data input/output device is configured read the operational parameters generated by said data generating device , wherein said energy storage device has a weight in the range from 0.5 to 5 kg, a capacity in the range from 30 to 1000 Wh and a nominal voltage in the range from 5 to 24 V, wherein said energy storage element is accommodated in a casing , where pressure equalization in said casing is realized by way of a membrane integrated into a casing cover, where said membrane is configured such that it opens or disintegrates at a temperature above 100 °C and thus additionally increases the air throughput.
A calibration method for a surveying device having a total station and a laser scanner in combination, characterized in that the method comprises: positioning three or more points in each of at least three flat or curved planes crossing each other at an apex of a three-dimensional structure by means of a positioning function using laser light of the total station ; calculating a plane equation of each of the planes that fits to the respective positioned three or more points; calculating a crossing location of the planes that are represented by the respective calculated plane equations, as a first location; performing laser scanning on each of the planes around the apex of the three-dimensional structure by using the laser scanner ; calculating a plane equation of each of the planes on a basis of laser scanning data obtained by performing the laser scanning on each of the planes ; calculating a crossing location of the planes in which the respective plane equations are calculated on the basis of the laser scanning data, as a second location; and comparing the first location and the second location (S107), and judging a calibrated condition between the total station and the laser scanner on a basis of information whether the difference between the first location and the second location is in a predetermined threshold range (S108) positioning three or more points in each of at least three flat or curved planes crossing each other at an apex of a three-dimensional structure by means of a positioning function using laser light of the total station ; calculating a plane equation of each of the planes that fits to the respective positioned three or more points; calculating a crossing location of the planes that are represented by the respective calculated plane equations, as a first location; performing laser scanning on each of the planes around the apex of the three-dimensional structure by using the laser scanner ; calculating a plane equation of each of the planes on a basis of laser scanning data obtained by performing the laser scanning on each of the planes ; calculating a crossing location of the planes in which the respective plane equations are calculated on the basis of the laser scanning data, as a second location; and comparing the first location and the second location (S107), and judging a calibrated condition between the total station and the laser scanner on a basis of information whether the difference between the first location and the second location is in a predetermined threshold range (S108)
Meter device arranged to measure a physical quantity, the meter device including: - a signal generator (Fo) arranged to send a quantity signal (QS) according to the measured physical quantity on a communication line (CL), and - a request detector (Fi) arranged to detect a request signal (SIR) on the communication line (CL), wherein the communication line (CL) is a one-wire electric connection, wherein the quantity signal is continuously send on the communication line, wherein the signal generator (Fo) is interconnected with the request detector (Fi) so as to stop sending the quantity signal (QS) on the communication line upon detection of the request signal (SIR), and wherein the meter device is arranged for additional communication, whereby data, such as configuration data, a cut-off command and/or adjustment data, are received or sent by the meter on the communication line after having stopped sending the quantity signal. - a signal generator (Fo) arranged to send a quantity signal (QS) according to the measured physical quantity on a communication line (CL), and - a request detector (Fi) arranged to detect a request signal (SIR) on the communication line (CL),
A dose setting mechanism for a drug delivery device, the mechanism comprising: a drug delivery device housing ; a dose dial component positioned in the housing and rotatable during dose setting and dose delivery, a clutch rotatable during dose setting and non-rotatable during dose delivery having clutch teeth , wherein the clutch releasably couples the dose dial component to a driver during dose setting and uncouples the dose dial component and the driver during dose delivery; characterized in that a clutch ring and a biasing member are provided such that relative rotation between the clutch ring and the clutch is allowed during dose setting, wherein the clutch ring is engageable with the clutch and the biasing member is in contact with a surface of the clutch ring , wherein the biasing member causes clutch ring to engage with the clutch teeth of the clutch such that relative rotation between the clutch ring and the clutch is prevented during dose dispensing, wherein the clutch ring has a radial protrusion that engages a combined first helical path and a second axial path of a track in the housing or in an insert positioned in the housing, wherein during dose setting below a predetermined minimum dose the radial protrusion is in the first path of the track allowing the clutch ring to move helically and wherein during dose setting equal to or greater than the predetermined minimum dose the radial protrusion is in the second path of the track allowing the clutch ring to move only axially. a drug delivery device housing ; a dose dial component positioned in the housing and rotatable during dose setting and dose delivery, a clutch rotatable during dose setting and non-rotatable during dose delivery having clutch teeth , wherein the clutch releasably couples the dose dial component to a driver during dose setting and uncouples the dose dial component and the driver during dose delivery; characterized in that a clutch ring and a biasing member are provided such that relative rotation between the clutch ring and the clutch is allowed during dose setting, wherein the clutch ring is engageable with the clutch and the biasing member is in contact with a surface of the clutch ring , wherein the biasing member causes clutch ring to engage with the clutch teeth of the clutch such that relative rotation between the clutch ring and the clutch is prevented during dose dispensing, wherein the clutch ring has a radial protrusion that engages a combined first helical path and a second axial path of a track in the housing or in an insert positioned in the housing, wherein during dose setting below a predetermined minimum dose the radial protrusion is in the first path of the track allowing the clutch ring to move helically and wherein during dose setting equal to or greater than the predetermined minimum dose the radial protrusion is in the second path of the track allowing the clutch ring to move only axially.
A storage container for an electronic injection device comprising; a bottom part having an outer surface and defining an interior space for holding the electronic injection device; a movable top part for closing the interior space of the bottom part forming when closed a hermetically sealed interior compartment; and a desiccant in air flow communication with the interior space, the desiccant being in a separate compartment in the interior space of the bottom part of the storage container, the separate compartment comprising at least one opening for providing air flow communication with the interior space, wherein the compartment containing the desiccant is replaceable from the interior space of the storage container, and wherein the outer surface comprises a hollow shell material with a surface facing outward and an internal liner . a bottom part having an outer surface and defining an interior space for holding the electronic injection device; a movable top part for closing the interior space of the bottom part forming when closed a hermetically sealed interior compartment; and a desiccant in air flow communication with the interior space, the desiccant being in a separate compartment in the interior space of the bottom part of the storage container, the separate compartment comprising at least one opening for providing air flow communication with the interior space, wherein the compartment containing the desiccant is replaceable from the interior space of the storage container, and wherein the outer surface comprises a hollow shell material with a surface facing outward and an internal liner .
A method of using a computing device to provide a representation of at least a portion of a domain model, the method comprising: defining a first input grid, using a processor, wherein defining the first input grid comprises defining a layout comprising a plurality of adjacent cells; defining at least one state corresponding to at least one cell of the plurality of adjacent cells; creating , using a processor, at least one binding, wherein the at least one binding binds the at least one cell to at least one of a model entity, a model entity attribute, and an intermediary construct; and activating the at least one binding based on whether the at least one state is active or inactive, wherein the at least one active binding alters the state of at least one of the model entity, the model entity attribute and the intermediary construct; wherein the intermediary construct is a transfer object or entity, a translation component, a network service component, or a deduplication component. defining a first input grid, using a processor, wherein defining the first input grid comprises defining a layout comprising a plurality of adjacent cells; defining at least one state corresponding to at least one cell of the plurality of adjacent cells; creating , using a processor, at least one binding, wherein the at least one binding binds the at least one cell to at least one of a model entity, a model entity attribute, and an intermediary construct; and activating the at least one binding based on whether the at least one state is active or inactive, wherein the at least one active binding alters the state of at least one of the model entity, the model entity attribute and the intermediary construct; wherein the intermediary construct is a transfer object or entity, a translation component, a network service component, or a deduplication component.
A table lamp , comprising: a base ; an elongate head ; and a head support extending between the base and the head, wherein the head comprises: | two elongate LED arrangements each extending along the length direction of the elongate head, each LED arrangement providing a light output pattern which is asymmetric and is generally directed to a respective lateral side of the elongate head; each LED arrangement comprises a linear array of LEDs ; a light guiding body and each LED arrangement is mounted along a respective lateral side edge of the head to direct light into the light guiding body ;and beam-shaping lens structure associated with the two LED arrangements, and wherein the table lamp comprises a control input , for controlling independently each LED arrangement. a base ; an elongate head ; and a head support extending between the base and the head, wherein the head comprises: | two elongate LED arrangements each extending along the length direction of the elongate head, each LED arrangement providing a light output pattern which is asymmetric and is generally directed to a respective lateral side of the elongate head; each LED arrangement comprises a linear array of LEDs ; a light guiding body and each LED arrangement is mounted along a respective lateral side edge of the head to direct light into the light guiding body ;and beam-shaping lens structure associated with the two LED arrangements, two elongate LED arrangements each extending along the length direction of the elongate head, each LED arrangement providing a light output pattern which is asymmetric and is generally directed to a respective lateral side of the elongate head; each LED arrangement comprises a linear array of LEDs ; a light guiding body and each LED arrangement is mounted along a respective lateral side edge of the head to direct light into the light guiding body ;and beam-shaping lens structure associated with the two LED arrangements, and wherein the table lamp comprises a control input , for controlling independently each LED arrangement.
Laser distance meter , in particular handheld, having • an optical emitting path , which comprises an optical emitter for emitting and emitting optics for bundling measuring beams along a first optical axis in the direction of a target object, • a receiving path , which comprises receiving optics for bundling reflected measuring beams along a second optical axis in the direction of an optical detector , • an optics mount , which completely optically isolates the emitting path and the receiving path from one another, fixes the components thereof, and thus defines the optical axes , • a first printed circuit board , which accommodates the optical emitter and detector , and • a second printed circuit board , which accommodates the control and evaluation electronics, • emitting optics and receiving optics , which are designed as plastic components transmissive to the measuring beams, • and an optics mount , which is designed as a plastic component opaque to the measuring beams, characterized in that • an integral material bond exists in each case between the emitting optics and the optics mount and/or the receiving optics and the optics mount , and • the material bond of respectively the emitting optics and the receiving optics with the optics mount is designed in the form of a 2-component injection molded part, and • the emitting optics and receiving optics are formed from a thermoplastic amorphous plastic component. • an optical emitting path , which comprises an optical emitter for emitting and emitting optics for bundling measuring beams along a first optical axis in the direction of a target object, • a receiving path , which comprises receiving optics for bundling reflected measuring beams along a second optical axis in the direction of an optical detector , • an optics mount , which completely optically isolates the emitting path and the receiving path from one another, fixes the components thereof, and thus defines the optical axes , • a first printed circuit board , which accommodates the optical emitter and detector , and • a second printed circuit board , which accommodates the control and evaluation electronics, • emitting optics and receiving optics , which are designed as plastic components transmissive to the measuring beams, • and an optics mount , which is designed as a plastic component opaque to the measuring beams, • an integral material bond exists in each case between the emitting optics and the optics mount and/or the receiving optics and the optics mount , and • the material bond of respectively the emitting optics and the receiving optics with the optics mount is designed in the form of a 2-component injection molded part, and • the emitting optics and receiving optics are formed from a thermoplastic amorphous plastic component.
Automation system , comprising: at least one machine that comprises one or more movement axes, at least one unmanned aircraft , a control device designed to control the machine and the unmanned aircraft to support a mode of the machine, the control device and the unmanned aircraft communicating with one another via a communication network, wherein the unmanned aircraft as a further movement axis is also involved in controlling the machine by means of the control device , and wherein the communication network is a bus system, in particular an EtherCat bus system, and the unmanned aircraft is configured as a slave, in particular as an EtherCat slave, the control device being a CNC control device and a flight path of the unmanned aircraft being programmed using G-code commands. at least one machine that comprises one or more movement axes, at least one unmanned aircraft , a control device designed to control the machine and the unmanned aircraft to support a mode of the machine, the control device and the unmanned aircraft communicating with one another via a communication network, wherein the unmanned aircraft as a further movement axis is also involved in controlling the machine by means of the control device , and wherein the communication network is a bus system, in particular an EtherCat bus system, and the unmanned aircraft is configured as a slave, in particular as an EtherCat slave, the control device being a CNC control device and a flight path of the unmanned aircraft being programmed using G-code commands.
A photosensitive resin composition comprising: (A) a polyimide silicone containing 1.0×10 -7 to 8.0×10 -3 eq/g of primary alcoholic hydroxyl group, (B) a crosslinker, (C) a photoacid generator, (D) a polyfunctional epoxy compound, (E) a filler having an average particle size of 0.01 to 20.0 μm, in an amount of 1 to 70 parts by weight per 100 parts by weight of the polyimide silicone (A), and (F) a colorant in an amount of 0.01 to 30 parts by weight per 100 parts by weight of the polyimide silicone (A). (A) a polyimide silicone containing 1.0×10 -7 to 8.0×10 -3 eq/g of primary alcoholic hydroxyl group, (B) a crosslinker, (C) a photoacid generator, (D) a polyfunctional epoxy compound, (E) a filler having an average particle size of 0.01 to 20.0 μm, in an amount of 1 to 70 parts by weight per 100 parts by weight of the polyimide silicone (A), and (F) a colorant in an amount of 0.01 to 30 parts by weight per 100 parts by weight of the polyimide silicone (A).