bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An integrated industrial system comprising a safety instrumented system which is installed in a first zone a host system which is connected to the safety instrumented system through a network the host system being installed in a second zone which is different from the first zone a detector which is installed in each of the first zone and the second zone the detector being configured to detect a cyberattack from outside to a selfzone and a defender configured to perform a countermeasure of restricting a communication between the first zone and the second zone or of restricting a communication in the first zone or the second zone based on a detection result of the detector.

Related passage: Presentday IACS have a standardized configuration description or representation including a vast number of deterministic information about the constituents of the IACS in machinereadable format.In the area of Substation Automation SA such information is usually comprised in the IEC 61850 SCD System Configuration Description file while in process automation exemplary IACS description information may be included in an ABB System 800xA Planner File.
Patent claim: A computer program for a noise suppression that causes a computer to execute a process comprising dividing a first voice signal into frames each frame having a predetermined length of time such that the two successive frames overlap each other the first voice signal being obtained by a first microphone transforming the first voice signal into a frequency domain for each of the frames to compute a first frequency spectrum for the first voice signal removing for each of the frames a noise component from an amplitude component of the first frequency spectrum for each frequency to compute a noise suppression amplitude componentcomparing for each pair of the successive frames the amplitude components or the noise suppression amplitude components for each frequency of the first frequency spectrum to compute a comparison value for each frequency computing for each pair of the successive frames a gain according to the comparison value for each frequency computing for each pair of the successive frames a corrected amplitude component for each frequency by multiplying the noise suppression amplitude component of one of the frames for each frequency by the corresponding gain and computing for each of the frames a corrected frequency spectrum from a phase component of the first frequency spectrum and the corrected amplitude component for each frequency and transforming the corrected spectrum into a time domain to compute a corrected voice signal.

Related passage: Further in step S3 the output amplitude 12 from the inverse Fourier transformation unit 5 is expressed in Sin and an output signal 14 is calculated by multiplying the amplitude adjusting coefficient gn to the output amplitude 12 by using an equation 9.Sout nSin n X g
Patent claim: 3DIntegrated optical sensor according to claim 1 or 2 wherein the transparent spacer layer 500 is arranged directly on the filter layer 400.

Related passage: The mask 2 comprises a stack having a plurality of bases 21 in this particular embodiment three bases i.e.a lower base M1 a middle base M2 and an upper base M3.The upper base M3 faces away from the light sensitive surface 11 and is coupled to the optical filter 3.At least the upper base M3 comprises an opaque material preferably a metal.The term opaque defines an optical property of a material.An opaque objectis neither transparent allowing all light to pass through nor translucent allowing some light to pass through.Light in this context comprises near infrared visible and ultraviolet light.Preferably also the lower base M1 and the middle base M2 comprise the same opaque material and preferably are made from a metal.
Patent claim: The navigation system according to claim 7 comprising a clip luer lock or a thread for locking the tool to the catheter.

Related passage: As shown in Fig.2 Fig.6A and Fig.6B the medical device 1 includes a position detection sensor 19A arranged at a predetermined position of the treatment instrument 4 a position detection sensor 19B arranged at a predetermined position of the insertion section 2E a magnetic field generation antenna 20 an antenna driving section 21 that is antenna driving means a position detection section 22 a distal endposition calculation section 23 that is distal endposition calculation means and a movement detection section 24.The medical device 1 has a configuration with the above components which will be explained in detail later so as to detect a position of the first position detection sensor 19A and a position of the second position detection sensor 19B.The medical device 1 first calibrates the first position detection sensor 19A and the second position detection sensor 19B.
Patent claim: The arrangement according to claim 15 wherein the phase shift of G1 and G2 and the distances between the source or G0 if G0 is used G1 G2 and the detector are adapted to a photon energy corresponding to an emission line of the Xray generator used as the source.

Related passage: The two beams interfere in the analyser plane and cause a field of standing waves i.e.a field of interference lines with high and low intensity parallel to the grating lines and a periodicity equal to that of the second beam recombiner grating.The most important aspect of this invention is the fact that the interference lines occur even when the radiation is spatially incoherent i.e.coming from large source at close distance and temporally incoherent i.e.polychromatic.The lines only occur in certain planes namely when the conditions d2d3 is at least approximately fulfilled.Furthermore the condition p2p12 has to be at least approximately fulfilled.
Patent claim: A method of operating a cabin blower system 30 to supply gas to an aircraft cabin comprising using drive provided by a gas turbine engine 10 to pump a liquid and using the liquid flow to drive rotation of a cabin blower compressor 52.

Related passage: According to Fig.2 during flight operation of the helicopter the running engine 1 drives the electric motorgenerator 10 as an electric generator via the main gearbox 5 the accessory gear box 12 and the additional freewheel assembly 11 respectively connected by the axle 3.The rotary wing 7 is driven via the main gearbox 5 and the output 6.The main gearbox 5 and the electric motorgenerator 10 drive as well directly and mechanically the pump 8 coupled via the drive shaft 9.During flight operation the driven electric motorgenerator 10 feeds any electric on board consumers e.g.the battery while the driven pump 8 providesenergy to its respective hydraulic consumers 13 e.g.an air concompressor.The electric engines starter motorgenerator 2 is driven by the engine 1 and feeds the helicopters electric on board consumers.
Patent claim: The catheter of claim 1 wherein each spine has a length and wherein compliance of the spine varies along the length.

Related passage: If desired the catheter may include a steering mechanism for deflection of the distal end of the catheter body 12.With such a design the distal end of the catheter body 12 preferably comprises a short length of tubing e.g.50mm to 100mm 2 to 4 inches in length that is more flexible than the remainder of the catheter body 12.A suitable steering mechanism comprises a puller wire not shown that extends from a proximal end in the control handle 16 through the central lumen 15 in the catheter body 12 and into an off axis lumen in the short length of tubing.Within the catheter body 12 the puller wire extends through a closely wound coil that is bendable but substantially noncompressible.The coil is fixed near the proximal and distal ends of the catheter body 12 and prevents deflection of the catheter body 12.The distal end of the puller wire is anchored at the distal end of the short length of tubing in the off axis lumen.The proximal end of the puller wire is anchored to a movable member in the handle 16 that can be moved relative to the catheter body 12.Proximal movement of the movable member relative to the catheter body 12 results in deflection of the short length of tubing.An example of such a steering mechanism and construction is described in more detail in U.S.Patent No.6064905 the disclosure of which is incorporated herein by reference.When incorporating a steering mechanism into the inventive catheter 10 it may be desirable to include a location sensor at the distal end of the catheter body 12.As would be recognized by one skilled in the art of a slurring mechanism is not including the handle 16 can be eliminated although it is described to maintain the handle for ease of use by the cardiologist.
Patent claim: An aircraft cabin blower system 30 according to any preceding claim where the system 30 comprises a cabin blower gearbox 54 via which the mechanical coupling between the first hydraulic device 38 and the cabin blower compressor 52 is made.

Related passage: According to Fig.2 during flight operation of the helicopter the running engine 1 drives the electric motorgenerator 10 as an electric generator via the main gearbox 5 the accessory gear box 12 and the additional freewheel assembly 11 respectively connected by the axle 3.The rotary wing 7 is driven via the main gearbox 5 and the output 6.The main gearbox 5 and the electric motorgenerator 10 drive as well directly and mechanically the pump 8 coupled via the drive shaft 9.During flight operation the driven electric motorgenerator 10 feeds any electric on board consumers e.g.the battery while the driven pump 8 providesenergy to its respective hydraulic consumers 13 e.g.an air concompressor.The electric engines starter motorgenerator 2 is driven by the engine 1 and feeds the helicopters electric on board consumers.
Patent claim: The high active polymer composition according to claim 1 wherein the first particle comprises a carrier preferably wherein the carrier is selected from sulphate carbonate clay starch sugars polyethylene glycol having a molecular weight of at least 800 or a mixture thereof and wherein the polymer is comprised within the carrier on the carrier or a mixture thereof.

Related passage: The nonaqueous liquid compositions of examples 1 to 16 can also be encapsulated in a watersoluble film such as M8630 supplied by Monosol to form stable liquidcomprising unit dose articles of the present invention.
Patent claim: A device as claimed in any preceding claim comprising a further adjustment component that can be fitted between the first or second connector and the bobbin so the device can be arranged in the following configurations a the first connector connected directly to the bobbin b the second connector connected directly to the bobbin c the second connector connected to the bobbin via the adjustment component to apply three different weights to the fishing line.

Related passage: A fishbite indicator 10 shown in Figures 1 and 2 and the variant thereof shown in Figures 5 to 7 comprises a main body 12 having a plurality of in this case two translucent plastics nested body parts 14 and 16.The inner body part 14 has an externally screwthreaded shank portion 18 at a lower end thereof and an internally screwthreaded portion 20 at an upper end thereof.The inner body part 14 is hollow having an axially extending cylindrical elongate cavity 22 within it which receives an elongate betalight 24.
Patent claim: The system of any of claims 26 wherein the collaboration module is further arranged to in a case that the matching result indicates that a matching record was not found in the database cause the communication module to transmit a message to the corresponding reply message sender indicating that a matching record was not found.

Related passage: A common step for both identification and authentication is a selection of the prevention measures based on the results of identificationauthentication and registration of the request.By registering the device identifier IP address phone number user login etc.from which the identificationauthentication request is performed one obtains the advantage of controlling and preventing attempts to attack the system on the product andor server levels track the information about the requests performed based on the submitted data and thus providing system confirmation about the item authenticity consumption or distribution.By registering the number of successful checks of different product items from a given portable device one can award the device holder by the special product price reductions sales participation in the various lotteries or granting the portable device owner some extra free service to motivate the authentication demands.
Patent claim: The system of claim 9 wherein the one or more predetermined criteria can specify a low power consumption preference for the positioning system to be selected.

Related passage: In another embodiment the at least one service request is detected by the optimum SG.In one embodiment the optimum SG obtains at least one service parameter and transmits the at least one service parameter towards the UD using the associated persistent connection.In one embodiment the at least one service parameter comprises at least one of at least one context parameter for providing context notification to a UD at least one paging parameter for paging a UD and like service parameters.As described herein a context parameter is used by a UD to reconfigure itself and a paging parameter is used by a UD for notifying the optimum SG of its location.
Patent claim: A load carrier foot comprising a body having a first portion configured to be connected to a load carrier bar and having a second portion comprising a vehicle support surface configured to rest against a first surface of a vehicle and a positioning and tensioning arrangement comprising a bracket configured to clamp a second surface of the vehicle said bracket being arrangeable in a first state in a second state where the bracket is arranged closer to said second surface as compared to in said first state and in a third state where the bracket is in contact with the second surface of the vehicle in such a way that the bracket clamps the second surface of the vehicle and a pivotable tensioning lever arm operatively connected to said bracket and being configured to by a pivoting movement of the pivotable tensioning lever arm move said bracket from said second state to said third state in order to clamp the bracket to the second surface of the vehicle wherein said positioning and tensioning arrangement further comprises a positioning arrangement comprising a positioning arm operatively connected to said bracket and being configured to by a movement of the positioning arm which is at least partly independent of the pivoting movement of said pivotable tensioning lever arm move said bracket from said first state to said second state in order to position the bracket prior to clamping the bracket to the second surface of the vehicle.

Related passage: Figure 4 shows the load carrier foot 1 of figure 3 but with the lever 13 positioned in a tightened position.The lever 13 has been pivoted by a user substantially downwards as indicated by the arrow.When the lever 13 is pivoted the cam member 11 pivots with the lever 13 so that the cam member 11 imparts a force to the first bracket 6 acting to decrease the distance between the first and the second brackets 6 6 so as to retain the load carrier foot 1 to the rail of the vehicle.A portion of the lever 13 engages a portion of the cam member 11 so that the cam member 11 is pushed or pulled by the lever 13 during pivoting.The distance D2 is thus lt D1 at this stage.The lever 13 and the cam member 11 have the same kind of grooves and protrusions as described with respect tofigures 2a2b.When the user has pulled the lever 13 downwards and the cam member 11 has tightened the brackets 6 6 towards each other the user can return the lever 13 to the storage position as shown in figures 3a3b.Notice however that the cam member 11 remains in a tightened position.As is under stood from figure 4 the release member 51 pivots with the lever 13 and the cam member 11 although being a separate component with respect to the cam member 11 and optionally in an embodiment a separate component with respect to the lever 13.In an embodiment the release member 51 can be configured to stay in the upraised position as shown in figure 3b although the lever 13 is pivoted as shown in figure 4.
Patent claim: The catheter of claim 16 where in the third region comprises a plurality of ablation electrodes.

Related passage: Each spine 14 carries at least one electrode mounted along its length.In the depicted embodiment a tip electrode 20 is mounted on a distal end of each nonconductive covering 26 and at least one ring electrode 28 is mounted on each nonconductive covering 26 preferably on the distal end of the nonconductive covering 26.In this bipolar arrangement the ring electrode 28 is used as a reference electrode.The distance betweenthe tip electrode and ring electrode preferably ranges from about 0.5 mm to about 2 mm.In an alternative bipolar arrangement not shown the tip electrode 20 is eliminated and at least two ring electrodes 28 are mounted on each nonconductive covering 26 preferably on the distal end of the nonconductive covering 26.Another alternative embodiment not shown is a unipolar arrangement in which the tip electrode 20 is mounted on the distal end of each nonconductive covering 26 with one or more reference ring electrodes mounted on the distal end of the catheter body 12 or one or more reference electrodes attached outside the body of the patient e.g.in the form of a patch.In an alternative unipolar arrangement a ring electrode 28 mounted on each nonconductive covering 26 preferably on the distal end of the nonconductive covering 26 is used instead of a tip electrode 20.Two three four or more ring electrodes 23 can be included along the length of each spine 14 as desired.In another alternative embodiment not shown the spine 14 carries a tip electrode and from four to eight ring electrodes.Further although the electrodes are shown in the form of a tip dome and rings other electrode arrangements could be used.
Patent claim: The device according to claim 1 characterized in that said covering element 10 can be inserted from the inside outward of said flat plate 3 so as to protrude beyond the front surface of said flat plate 3 its position being defined by the presence of an abutment ridge 11 that protrudes radially from its rear end 12 accommodated within said flat plate 3.

Related passage: In the first cam 20 are accommodated first magnetic means 22 and in the second cam 21 are accommodated second magnetic means 23 the first and the second magnetic means 22 23 may include at least one magnet on each cam of oppositepolarity or two magnets of opposite polarity SN on the first cam 20 and as many oppositely polarized magnets in the second cam 21 or again two magnets of the same polarity SS on the first cam 20 and two magnets of the same polarity opposite to the previous one NN on the second cam 21.In each case the configuration of the magnets must be such that in the end locking and unlocking positions of the slider 17 a magnet housed in the first cam 20 faces the oppositely polarized magnet housed in the second cam 21 as exemplified in figures 3a and 3c.Naturally it is possible to provide more than two magnets so as to increase the combinatory possibilities of the device.
Patent claim: The induction heating device according to any one of claims 1 to 9 further comprising a command input unit 91 for receiving user commands wherein the control unit 93 is configured to control a color of light or an illuminance of the second lighting unit 50 in accordance with a set temperature transmitted from the command input unit 91.

Related passage: Subsequently the cooking apparatus 1 generates flame images FI according to the received cooking method 1430.
Patent claim: The landing gear assembly of claim 1 wherein the operations further comprise determining by the controller 110 an average wheel speed characteristic for a present takeoff wherein the lowest value is excluded from the average and storing by the controller 110 the average wheel speed characteristic for the present takeoff wherein the moving average is based on the average wheel speed characteristic for the present takeoff and is based on a stored average wheel speed characteristic from a past takeoff.

Related passage: Step 510 comprises comparing the deviation from the slip ratio average to a predetermined threshold value.In this regard if the deviation from the slip ratio average exceeds the threshold value it may be determined that a dragging brake is present.In response to the determination a dragging brake signal may be send to another aircraft component.A pilot or other crew member may then use the dragging brake signal to delay landing gear retraction to allow the dragging brake additional time to cool.In various embodiments a value is set to true or false in response to the determination of a dragging brake.
Patent claim: The surgical instrument of Claim 10 wherein the replaceable motor cartridge further comprises another motor.

Related passage: In various forms each of the motors of the surgical instrument 10 is provided with a corresponding encoder that communicates with a microprocessor chip on the proximal circuit board 820.For example the articulation control motor 402 has an encoder 404 operably coupled thereto that communicates with the proximal circuit board 820.The firing or transection motor 530 has an encoder 534 operably coupled thereto that communicates with the proximal circuit board 820.The end effector rotation or distal roll motor 560 has an encoder 564 operably coupled thereto that communicates with the proximal circuit board 820.The shaft rotation orproximal roll motor 610 has an encoder 614 operably coupled thereto that communicates with the proximal circuit board 820.The encoders serve to provide the corresponding microprocessor chips with feedback regarding the number of rotations and direction of rotation for each of the motors.In some forms in addition to the encoders the rotation drive assembly 570 employs sensor arrangements to track the rotation of the various shaft segments.For example as can be seen in FIGS.15 28 and 29 the articulation drive pulley 417 has a first articulation sensor 419 mounted thereto that is adapted to be detected by a second articulation sensor 421 which comprises for example a hall effect sensor that is mounted to the distal circuit board 810.The first and second articulation sensors 419 421 serve to provide an additional means of feedback for tracking the rotatable position of the proximal articulation shaft 420.Likewise the distal roll pulley 575 of the rotation drive assembly 570 has a first distal roll sensor 580 mounted thereto that is adapted to be detected by a second distal roll sensor 582 that is mounted to the distal circuit board 810.See FIGS.24 28 and 29.The first and second distal roll sensors 580 582 serve to provide an additional means of feedback for tracking the rotatable position of the proximal rotation shaft segment 552.In addition the pulley 632 of the proximal roll drive assembly 620 has a first proximal roll sensor 634 that is adapted to be detected by a second proximal roll sensor 636 mounted to the distal circuit board 810.See FIGS.26 28 and 29.The first and second proximal roll sensors 634 636 serve to provide an additional means of feedback for tracking the rotatable position of the proximal outer shaft segment 602.