bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The device according to claims 1 and 4 characterized in that once said magnetic key 18 has been coupled to said slider 14 and said seat 17 has been positioned at said tab 16 this causes the combined vertical movement of said magnetic key 18 and of said slider 14 so as to make said front window usable or not 13 for the subsequent insertion of said key 9 within said lock 2.

Related passage: Further characteristics and the advantages of the present invention will become more evident from the following description of a particular but not exclusive embodiment illustrated by way of nonlimiting example with reference to the accompanying figures in whichfigure 1 illustrates in a front perspective exploded view a security device for a cylinder lock according to the present invention figure 2 illustrates the device of figure 1 according to a rear perspective exploded view figures from 3a to 3c illustrate different operating phases of the device of the preceding figures partially disassembled figure 4a illustrates in a front elevation the device to which is coupled a magnetic key in a locking position figure 4b is a cross section along plane AA of figure 4a figure 5a illustrates in a front elevation the device to which is paired a magnetic key in unlocking position figure 5b is a cross section along plane BB of figure 5a figures 6a and 6b show schematically the device mounted on a protective keyplate respectively in the locking and in the unlocking position figures 7a to 7c illustrate the operating sequence that a user must follow to clear theaccess to the cylinder and open the lock on which the device is mounted figure 8 illustrates a further embodiment of the protective device according to the present invention.
Patent claim: A catheter comprising an elongated catheter body having proximal and distal ends an irrigation lumen extending through the elongated catheter body and an electrode assembly at the distal end of the catheter body the electrode assembly comprising a functional electrode located at a first position on the electrode assembly and a shunting electrode located proximal to the first position wherein the shunting electrode is configured to be electrically coupled to irrigation fluid contained within the irrigation lumen.

Related passage: The EP device 12 as shown in Figs.1 and 45 includes a proximal shaft section 30 and a distal shaft section 31.The distal shaft section 31 has a plurality of mappingablation electrodes 32 with each of the electrodes electrically connected to separate electrical conductors 33 shown in Figs.45.The electrodes 32 are preferablynot larger than about 1.5 mm 4 Fr.usually less than 1.3 mm 3.5 Fr.in outer transverse dimensions.The electrode length may vary from about 1 to about 6 mm preferably about 1 to about 3 mm and the interelectrode spacing may vary from about 0.5 to about 4 mm preferably about 0.5 to about 2 mm.The electrodes 32 may be in the form of metallic cylindrical bands helical coils arcuate bands or ribbons and the like.The only portion of the electrodes 32 which need exposure are those surfaces which are to be in contact with the inner surface of the heart chamber to detect electrical activity or effect a linear ablation.
Patent claim: The baggage drop system according to any one of the preceding claims including a recess in the housing for a scanner wherein the housing is configured such that the display is arranged in an inoperative position to substantially coverthe recess and scanner.

Related passage: Complementing the functionality of the mechanism in selfservice mode 5 the passenger operating the terminal 2 is driven through the process of interaction with the equipmentterminal 2 with the help of LED indication 8 of the active operating elementsfunctions 8 9 i.e.devices Figure 6.
Patent claim: The method of Claim 2 further comprising determining one of a convergence of the future state based on the future state matching the future target state or a divergence of the future state based on a difference between the future state and the future target state andoutputting the user interface for display on the display with an indicator that graphically illustrates the convergence or divergence of the future state.

Related passage: In an exemplary embodiment the flight management system 206 or alternatively a flight management computer is located onboard the aircraft 208.Although FIG.2 is a simplified representation of display system 200 in practice the flight management system 206 may be coupled to one or more additional modules or components as necessary to support navigation flight planning and other aircraft control functions in a conventional manner.In an exemplary embodiment the flight management system 206 is configured to obtain andor determine the instantaneous altitude of the aircraft 208.In addition the flight management system 206 may include or otherwise access a terrain database or other navigational information for rendering a navigational map on the display device 202 as described below.The navigational map may be based on one or more sectional charts topographic maps digital maps or any other suitable commercial or military database or map as will be appreciated in the art.
Patent claim: A vehicle or engine comprising the intake system according to any of the preceding claims.

Related passage: Figure 1 also shows another way of implementing an active resonator system 6 the operation of which may be actively controlled.A piston device 16 is at the other end of the tube 8 and an actuator 17 is arranged to move the piston device as shown by the arrow such that the operational length of the tube 8 is alterable.The actuator is further connected to a separate control system 18 of the engine which transmits control information to the actuator as mentioned before.
Patent claim: The composition of claim 1 further comprising one or more surfactants chosen from amine surfactants ethoxylated naphthols sulfonated naphthol polyethers alkyl phenol ethoxylates sulfonated alkylalkoxylates alkylene glycol alkyl ethers and sulfopropylated polyalkoxylated betanaphthol alkali salts.

Related passage: One or more conventional surfactants may be used.Typically surfactants include but are not limited to nonionic surfactants such as alkyl phenoxy polyethoxyethanols.Other suitable surfactants containing multiple oxyethylene groups also may be used.Such surfactants include compounds of polyoxyethylene polymers having from as many as 20 to 150 repeating units.Such compounds also may perform as suppressors.Also included in the class of polymers are both block and random copolymers of polyoxyethylene EO and polyoxypropylene PO.Surfactants may be added in conventional amounts such as from 0.05 gL to 20 gL or such as from 0.5 gL to 5 gL.
Patent claim: A method for controlling a machinery brake in an elevator said method comprising the steps of rectifying an AC grid 200 voltage into a first DC voltage U1 with a rectifier bridge RB1 converting and stabilizing the first DV voltage U1 into a second DC voltage U2 with a DC to DC stepup converter SU1 being connected to the output terminals P3 P4 of the rectifier bride RB1 smoothing the second DC voltage with a first capacitor C1 connected to the output terminals P5 P6 of the DC to DC stepup converter SU1 converting the second DC voltage U2 into a third DC voltage U3 with a DC to DC stepdown converter SD1 being connected to the output terminals P5 P6 of the DC to DC stepup converter SU1 said third DC voltage U3 being supplied to the electromagnetic machinery brake 100 characterized in that the method further comprises the step of controlling the electromagnetic machinery brake 100 in a situation where the AC grid voltage is down by connecting a battery E1 by means of a switch element SE1 to the input terminals P3 P4 of the DC to DC stepupconverter SU1 whereby the DC to DC stepup converter SU1 is controlled to raise the DC voltage supplied by the battery E1 to the second DC voltage U2 to be supplied to the DC to DC stepdown converter SD1 in order to open the machinery brake.

Related passage: The electric power supplying apparatus 90 has a voltage converting portion 91 and a battery 92.The voltage converting portion 91 converts alternatingcurrent voltage that is supplied from the commercial power supply 19 into a voltage that is used by the braking apparatus 50A.The convertedvoltage is supplied to the braking apparatus 50A.If a power outage occurs a voltage from the battery 92 is supplied to the voltage converting portion 91 instead of the voltage from the commercial power supply 10.The voltage converting portion 91 converts the voltage from the battery 92 into the voltage that is used by the braking apparatus 50A.The converted voltage is supplied to the braking apparatus 50A.
Patent claim: The apparatus of any one of claims 110 further comprising a searcher searching for as the associated ones ones of the programs for which information is stored in the database the ones having a specific attribute in common with the target program wherein the controller changes based on the change in the target program the names of the associated ones found by the searcher.

Related passage: In step S65 the title similarity calculator 37 determines whether the program length of the specified program data is smaller than or equal to a predetermined threshold TH5 for example 25 or smaller of the program length of the recorded data.If the program length of the specified program data is found to be smaller than or equal to the predetermined threshold TH5 the process returns to step S63 and step S63 and the subsequent steps arerepeated.If the program length of the specified program is found to be greater than the predetermined threshold TH5 the process proceeds to step S66.
Patent claim: The electronic device according to any one of claims 1 to 4 wherein the setting means includes a table defining content of a program and a reproduction speed or an extension degree corresponding to the content of the program and the setting means is configured to set the reproduction speed or the extension degree according to the table.

Related passage: In a further embodiment the signal processing circuit comprises a signal correlating portion coupled to receive the first audio signal and the second audio signal to determine the time delay between them.Moreover the audio processing device may comprise at least one memory circuit for temporarily storing at least one of the first audio signal and the second audio signal.Particularly the memory circuit stores at least the one of the first and second audio signals which is prior to the respective other of the first and second audio signals.
Patent claim: A wireless communications device 102 for setting up a local service session in a shortrange wireless communication network the local service session being for the wireless communications device to utilize one or more services provided by another proximate wireless communications device 110 through wireless shortrange communication comprising means for sending 222 a request for preconfiguration information over a longrange network 104 to a remote destination 112 the preconfiguration information enabling establishment of the local service session with a proximate wireless communications device 110 means for receiving 222 from the remote destination 112 the requested preconfiguration information wherein the requested preconfiguration information includes one or more security keys for performing an authentication process with the proximate wireless communications device 110 over shortrange wireless communication to effect a security feature e.g.link encryption with the proximate wireless communications device means for performing 220 an authentication process for effecting the security feature with the proximate wireless communications device using the received one or more security keys for enabling establishment of the local service session with the proximate wireless communications device over shortrange wireless communication and means for establishing 220 the local service session with the proximate wireless communications device 112 over shortrange wireless communication after the authentication process thereby to enable the wireless communications device to utilize one or more services provided by the proximate wireless communications device through wireless shortrange communication.

Related passage: In order to exchange the identification key or PIN value during the initial communications session a secure connection 237 is established via WTLS on a WAP bearer.The security at this level is managed by the respective WTLS managers 231 and 243 and their respective interfaces 232ab and 244ab to the corresponding WAP stacks 230 and 245 respectively.
Patent claim: The multimedia capturing control unit as claimed in claim 8 or claim 9 wherein the interest index of the identified area of interest is greater than the interest index of other plurality of areas.

Related passage: The interest area detector 11 detects the interest areas included in the invivo image group.Specifically the interest area detector 11 acquires an invivo image group PG including total N images from the image input device 1 and assigns frame numbers j1jN to invivo images Pj in the acquired invivo image group PG in time series.The interest area detector 11 detects interest areas Aj t such as lesion areas from the invivo images Pj based on feature amounts of the invivo images Pj such as color information.The interest area detector 11 transmits results of detection of the interest areas Aj t and the invivo image group PG to the feature amount calculation unit 12.In this arrangement t denotes an index identifier for identifying one or more interest areas Aj t included in one frame of an invivo image Pj.
Patent claim: The turbine stage 10 according to any of claims 1 to 4 wherein at least some of said platforms 16 further include an elevated bulge 46 extending along a portion of said airfoils 14 and coupled to said at least some platforms 16 the elevated bulge 46 adjoining said pressure side 20 aft of said leading edge 24 of each respective airfoil 14 with the respective platforms 16 and a bowl 48 extending along a portion of said airfoils 14 and coupled to said at least some platforms 16 and having a maximum depth lower than a nominal axisymmetric platform surfaceof the corresponding platform the bowl 46 adjoining said purge valley 38 said elevated bulge 46 and said suction side 22 aft of said leading edge 24 of each respective airfoil 14 with the respective platforms 16 the purge valley 38 the elevated bulge 46 and the bowl 48 form an arcuate channel 42 extending axially along said platform 16 between adjacent airfoils 14.

Related passage: The elements of the embodiment which are the same as those of the second embodiment will be designated with the same reference numerals.
Patent claim: A surgical instrument comprising an anvil retainer having a distal end portion and a proximal end portion an anvil assembly having an anvil head and an anvil shaft extending proximally from the anvil head the anvil shaft having resilient legs secure about the anvil retainer and a shell assembly including a housing defining a longitudinal axis and a cavity a cartridge supported on the housing including a plurality of staples and a hollow bushing positioned within the cavity and configured to prevent the anvil shaft from being disengaged from the anvil retainer the hollow bushing including a distal portion and a proximal portion formed of a rigid material and an expandable portion connecting the distal and proximal portions the hollow bushing having an initial configuration defining a first length along the longitudinal axis and a stretched configuration defining a second length along the longitudinal axis greater than the first length.

Related passage: Turning now to Fig.16D surgical stapling device 10 is shown with anvil retainer 38 now internal to surgical stapling device 10 attached to anvil assembly 30 and the surgical stapling device 10 in the approximated or closed position.As discussed above and referring briefly back to Figs.58 surgical stapling device 10 is moved to the approximated or closed position by rotating rotation knob 22.Rotation of knob 22 causes cylindrical sleeve 33 to rotateto move pin 52 along helical channel 50 of screw 32.Movement of pin 52 15 along helical channel 50 causes screw 32 to translate proximally within sleeve 33.The distal end of screw 32 is connected to screw extensions 34 and 36 which are fastened at their distal ends to anvil retainer 38.As such retraction of screw 32 within sleeve 33 is translated into 20 proximal movement of anvil retainer 38 and anvil assembly 30.
Patent claim: The method for weighing and cutting food dough of claim 10 comprising a step 4a for weighing an actual weight of the piece cut out from the continuous food dough by the first and the second weighing conveyors while stopping the movement of the inlet conveyor and the first and the second weighing conveyors as substitute for the step 4.

Related passage: The first weighing conveyor 23 measures the weight of a part of the food dough F1 that is transferred by the separating conveyor 21.As in Fig.8 the first weighing conveyor 23 is positioned at a level that is slightly higher than the level of the separating conveyor 21.The difference between the levels is so little that the leadingedge of the sheet of the food dough F1 can easily move up and onto the first weighing conveyor 23 from the separating conveyor 21 according to the distance the belt of the first weighing conveyor 23 moves after the leading edge contacts the feedingin end of the first weighing conveyor 23.Also as in Figs.7 and 8 the first weighing conveyor 23 is supported on a base 23S by a load cell 23L.
Patent claim: The handle of Claim 5 wherein the clutch comprises an aperture configured to receive the pin.

Related passage: FIGS.47 911 and 14 illustrate various internal components of powered surgical instrument 100 including a drive gear 200 or drive member a drive motor 210 and a shift motor 220.It is envisioned that a threeposition solenoid for instance can be used as an alternative to shift motor 220.Drive gear 200 is rotatable about a drive gear axis CC extending therethrough FIG.4 and is selectively movable along drive gear axis CC.Drive motor 210 is disposed in mechanical cooperation with drive gear 200 and is configured to rotate drive gear 200 about drive gear axis CC.Shift motor 220 is disposed in mechanical cooperation with drive gear 200 drive motor 210 is illustrated between drive gear 200 and shift motor 220 in accordance with a disclosed embodiment and is configured to translate drive gear 200 axially along drive gear axis CC.In a disclosed embodiment drive motor 210 andor shift motor 220 may be a motor or a gear motor which may include gearing incorporated within its housing.
Patent claim: The method of any of claims 14 wherein the gateway is operable to provide a function comprising device authentication bandwidth monitoring device and network control content analysis enforcement of regulatory policies enforcement of and configurability to airline policies warningalerting operational status monitoring failure handling management of connected devices application selection intermediate formatting compositing of application information application authentication filtering of devices andor applications which can or cannot communicate with the onboard network interfacing and data translation between disparate system components relaying of aircraft information data and pilot interaction control data enforcement of and compliance with flight deck human interface standards and guidelines enforcement of airplane manufacturer policies and acceptability as per an established application governance process integration of applications hosted on operationally approved PEDs with certified or operationally approved applications hosted within the onboard network preparation of information from the PED for integration andor layering within functional layered applications on a certified display application or a combination thereof.

Related passage: If there is a turbulent condition then that condition may be indicated to the flight crew at 106.This may include providing an indication on the handheld device 40.For example an indication may be displayed on the display 44 of the handheld device 40.By way of additional example an audible indication may be emitted from the handheld device 40.Further if the determination of the turbulent condition is made by the handheld device 40 and not the controller 30 providing an indication of the turbulent condition may include transmitting a turbulence signal from the handheld device 40 to the aircraft 10.The controller 30 may then provide an indication on a display 22 on the flight deck 18 of the aircraft 10 in response to the turbulence signal which was transmitted from the handheld device 40.Alternatively the flight deck 18 may emit an audible indication in response to the turbulence signal provided by the handheld device 40.
Patent claim: A device for applying tension to a fishing line comprising a length of flexible material having a first connector at one end and a second connector at the other end the first connector being adapted for releasable attachment to a rod support and the second connector being adapted for releasable connection to a bobbin arranged to be suspended from the fishing line so as to apply tension thereto the device being reversible so the first connector can also be releasably connected to the bobbin and the second connector releasably secured to the rod support the first and second connectors being formed of materials of different densities andor having different weights so a different tension is applied to the line depending which way around the device is connected.

Related passage: Figure 2 shows readily how the indicator may be dismantled and subsequently reassembled.Thus the various parts of the indicator can be taken apart by unscrewing the connector portion 44 from the ring 40 by unscrewing the connector portion 48 from the inner body part 14 by unscrewing the shank portion 28 of the line engagement clip 26 from the inner body part 14 and from the sleeve 34 to enable the outer body part 16 to be slid off the inner body part 14 and if necessary to enable the betalight 24 to be slid out from the inner body part 14.The reverse procedure can be used to reassemble the parts shown in Figure 2 to create the assembled indicator shown in Figure 1.
Patent claim: The intraocular lens insertion apparatus according to claim 2 wherein the rodlike portion is formed so as to have a substantially circular cross section about the portion distant from a leading end of the leading endregion by a predetermined distance or more.

Related passage: A center guide plate part 46 provided as a guide projection that extends parallel with the left and right guide plate parts 44a 44b in the axial direction of the tool body 12 is integrally formed on the opposed face 42 at the approximate center location between the opposing faces of the left and right guide plate parts 44a 44b.The center guide plate part 46 has a heightwise dimension such that it projects slightly out from the thick outside peripheral edge of the opposed face 42 and is integrally formed so as to extend from the outside peripheral edge along the entire length of the opposed face 42 in the axial direction.A pair of guide projections 48 48 are formed to either side of the center guide plate part 46 in the zone of connection of the outside peripheral edge of the opposed face 42 with the axial rear edge of the center guide plate part 46.The guide projections 48 have generally triangular cross section and are integrally formed so as to project up from the outside peripheral edge of the opposed face 42 the projecting dimension thereof being approximately equal to the projecting dimension of the left and right guide plate parts 44a44b.