bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A gas turbine engine comprising a fan having a plurality of fan blades connected to a rotor the plurality of fan blades each having an airfoil component and an airfoil root according to any one of the preceding claims a compressor downstream of the fan a combustor downstream of the compressor and a turbine downstream of the combustor.

Related passage: Turning now to FIGS.2 and 3 with continued reference to FIG.1 an airfoil 40 of the gas turbine engine 20 is shown.The airfoil 40 may comprise a fan blade in the fan section 22 or a rotor blade or stator vane in the compressor section 24 or turbine section 28 of the gas turbine engine 20.Airfoil 40 may comprise a body 42 that includes a first side 44 and an opposite second side 46 projecting radially outward from a platform 48 to a tip 50.The first and second sides 44 46 may extend axially from a leading edge 52 to a trailing edge 54 downstream of the leading edge 52.
Patent claim: The method of claim 1 further comprising decrypting the voiceprint prior to use in converting at least a portion of the textbased content to an audio format 618.

Related passage: In a second method of handling speech synthesis templates the sending device 110 does not send speech synthesis templates with a text message on initial sending of the text message.On receiving a text message which includes an appropriate identifier of the sending device 110 the recipient device 120 checks to see if an appropriate speech synthesis template for that sending device 110 has already been stored in its memory.If such a speech synthesis template has not been stored the recipient device 120 requests that a copy of the speech synthesis template be sent.A circumstance in which the speech synthesis template may not be stored any longer is if speech synthesis templates are stored in a speechsynthesis template memory a kind of cache.As new speech synthesis templates are stored in the memory old speech synthesis templates already stored in the memory are deleted to make space for the newer ones.Alternatively the leastused speech synthesis templates may be deleted rather than the oldest ones.One or more old or littleused speech synthesis templates may be deleted at a time.Alternatively or additionally speech synthesis templates may have associated with them a lifetime and may be deleted when the lifetime expires.This speech synthesis template management system may be applied to the first or to any of the subsequent methods.
Patent claim: A computer program which when executed by a network of interconnected computing devices causes the computing devices to perform the method of claim 13.

Related passage: Finally each column resource has a hasvalue predicate and each instance of the resource corresponds to an entry in the corresponding headed column in the relational database and the object linked to by the hasvalue predicate is an object having a value reflecting the value of the corresponding entry.For example travel111 is an instance of the ExpenseTravel class which has a predicate hasvalue linking to an object having the value 3002.The instance is referenceable via the corresponding ExpenseRefNo instance to which travel111 is linked and hence travel111 and the value 3002 are properties of the instance of the ExpenseRefNo class having the corresponding value of RefNo.
Patent claim: The method of claim 1 wherein the curved path 210 is defined with respect toa first point 21112119 on the incoming road segment 11011107a second point 21112119 on the outgoing road segment 11011107 andat least one further point 21112119 inbetween the incoming road segment and the outgoing road segment 11011107 wherein the points 21112119 respectively are at a given geolocation and have associated tangents 212.

Related passage: Fig.12 is an explanatory view showing exemplary settings of guiding lines in a connection region and in an intersection region.As shown in the center drawing a guiding line is branched off to multiple guiding lines prior to a traffic intersection according to the available passage behaviors in the traffic intersection going straight turning left and turning right.In this illustrated example a leftturn guiding line 1201 is shifted to a left lane while a straight guiding line 1202 and a rightturn guiding line 1203 are set on a right lane.In a road having three or a greater number of lanes each way a straight guiding line a leftturn guiding line and a rightturn guiding line may be set on different lanes.In the connection region a guiding line is not set on the center of the road section irrespective of the actual lanes as in the route region but is set on one of the lanes on the road section according to the corresponding passage behavior.The connection region is set as an area for clearly guiding the user on a lane change.
Patent claim: A washing machine comprising a machine housing assembly defining a detergent box a distributor box having a front plate a rear plate and a receiving chamber provided therebetween said receiving chamber configured to store a laundry treat agent the distributor box being movably disposed within the detergent box and adapted to move between an open position and a closed position a keypress being provided in the front plate and a driving subassembly disposed in at least one of the detergent box and the distributor box and configured to drive the distributor box to move from the closed position to the open position when the keypress is pressed.

Related passage: By means of device 2 drawer 3 slides inside seat 4 between an extracted position not shown in which it projects from seat 4 and front panel 7 and a withdrawn position Figure 4 in which drawer 3 is housed inside seat 4 substantially flush with mouth 5 and over tank 6.
Patent claim: A predictive motor vehicle driver assistance system according to claim 2 wherein the Waypoint Tracking function is designed to determine a new Waypoint along a motor vehicle route when all three quantities have values greater than corresponding minimum values and when at least one of thecorresponding quantities reaches a corresponding upper value.

Related passage: In one particular embodiment of the invention the system takes in consideration all the data that can be acquired already without the deployment ofany new sensors and expensive devices.The respective system in this case is an addon system that harvests this potential.
Patent claim: The preform according to claim 1 2 or 3 characterized in that it comprises an inner layer made of the same polymer material and with the same additives as the outer layer and an intermediate layer made of a polymer material with a colorant with light absorbing capacity for providing a light barrier effect by absorption to said container obtained by said stretch blowmolding process of the preform.

Related passage: In an embodiment said synthetic polymer is polyethylene terephthalate PET or polypropylene PP and among the coloring agents which can be used there is titanium oxide TiO2 white colorant in solid or liquid form and carbon black or carbon black colorant in solid powder or liquid form.In a more specific embodiment the method of the present invention comprises using polyethylene terephthalate PET or polypropylene PP with from 0.01 to 2 by weight of carbon black or activated carbon and from 3 to 10 by weight of active ingredients of titanium oxide TiO2 as primary molding material of the first layer or inner layer and using polyethylene terephthalate PET or polypropylene PP with from 3 to 10 by weight of active ingredients of titanium oxide TiO2 as overmolding material of the second layer or outer layer.This composition is suitable for manufacturing twolayered preforms intended for obtaining milkcontaining bottles in which the outer layer must provide a barrier effect againstlight by reflection and furthermore offer a final aesthetic appearance of the bottle in relation to its content i.e.a white appearance which is as pure as possible and in which the object of the inner layer is to provide a barrier effect against light by absorption.
Patent claim: A seal segment as claimed in claim 9 wherein the first conduit outlet includes a plurality of exhaust holes in a circumferential edge of the seal segment.

Related passage: The present invention relates to the field of gas turbines in particular to a cooled stator component in the hot gas path of a gas turbine.Such components e.g.stator heat shields have to be properly cooled in order to avoid thermal damages of these components and to ensure a sufficient lifetime.
Patent claim: The method according to claim 1 wherein measuring the distances comprises assessing the distances depending on sizes of the ablation sites.

Related passage: In the embodiments that are disclosed below an operator of a cardiac ablation system brings the distal end of a catheter into contact with the inner heart wall in a body of a patient.The ablation system displays a map of the heart and tracks and displays the location of the catheter in the heart relative to the map.The operator manipulates the catheter and controls the system to apply ablation therapy at multiple tissue sites in the heart with which the catheter is brought into contact.Based on the catheter location measurements the system assesses the stability of contact between the catheter and the tissue sites while applying the therapy.On the basis of the assessed stability the system then automatically marks the map to indicate the tissue sites at which the therapy was applied.
Patent claim: The analysis method according to claim 10 wherein the combination comprises at least one threshold level adequate for early reaction cycles of the RNR and at least one threshold level adequate for late reaction cycles of the RNR.

Related passage: In accordance with the present invention there are provided a method and a system for detecting a presence andor measuring a quantity of an analyte in a sample by a nucleic acid amplification reaction as claimed in the independent claims.Further embodiments of the invention are given in dependent claims.
Patent claim: A bladed rotor assembly 100200300400 comprising a bladed rotor 110210310410 having a plurality of blades 120220320420 arranged in a circumferential array around an axis of rotation 112 and a rotor housing 140240340440 encircling the bladed rotor 110210310410 the housing 140240340440 having a radially inwardly facing surface 142242342442 each of the blades 120220320420 comprising a first radially extending edge 122222322422 a second opposite radially extending edge 124224324424 and a radially distal edge 126226326426 the radially distal edge 126226326426 having a first end 128228328428 a second end 130230330430 and a centre portion 132232332432 the first end 128228328428 adjoining the first radially extending edge 122222322422 and the second end 130230330430 adjoining the second radially extending edge 124224324424 wherein a clearance between the radially distal edge 126226326426 and the radially inwardly facing surface 142242342442 is a first clearance 134234334434 at the first end 128228328428 and decreases to a second clearance 136236336436 across the centre portion 132232332432.

Related passage: Viewing a crosssection of the fan shroud 44 as shown in FIG.8 and FIG.9 the inner annular surface 48 is shown as being triangulated or somewhat triangular in contour.This triangular configuration indicates that the inner annular surface 48 is tapered and has an inner diameter A that varies along the axial length B of the fan shroud 44.Triangular can also be substantially trapezoidal in shape wherein the inner diameter A at a particular axial position is substantially constant for a certain axial length B that is less than the overall width of the fan shroud 44 and the surface 48 has a contour having a different slope for a given axial length B on either side of this particular axial position Preferably the contour of the surface 48 has at least two different linear slopes in opposite directions betweenthe positions adjacent to the leading edge 38 and the trailing edge 39 along the axial length B of the fan shroud 44.In particular referring back to FIG.6 the inner diameter is represented by A and the axial length is represented by B.
Patent claim: Method according to any of claims 1 to 6 wherein the token sends to the device a request 212 for reading a file relating to the second mobile network.

Related passage: Object of the present invention is solving the above priorart problems by providing a multicard device in particular a cellular telephone apparatus for telecommunications that contains therein a plurality of telephone cards with which it is able to selectively operate upon the operators choice or in a completely automatizedway according to the time of the day in which the phone call occurs without having every time to place the involved card inside the cellular phone.
Patent claim: An electronic device in particular a keypad a smart card or a mobile device for receiving an input from a user the electronic device comprising the capacitive position sensor system according to claim 1 wherein the input corresponds to the positioning of an object of the user.

Related passage: FIGS.4 and 5A5B pertain to an embodiment in which the narrow flexible conductor 18 of sensor strip 10 is divided into multiple segments along its length to form a multielement capacitive proximity sensor.Such a sensor is depicted in FIG.4 and is generally designated by the reference numeral 10.In the embodiment of FIG.4 the sensor strip 10 comprises a series of three electrically isolated narrow conductor segments 18a 18b and 18c.The detection circuit 20 of FIG.5A is electrically coupled to the ground plane conductor 12 at terminal T1 and to the conductor segments 18a 18b and 18c at terminals T2 T3 and T4 respectively.As explained below the use of such a multielement sensor strip is particularly advantageous because the detection circuit 20 can be configured to measure capacitance in a way that cancels out commonmode variations due to sensor moisture temperature and even sensor aging.FIG.5A depicts the detection circuit 20 and FIG.5B depicts the timing signals utilized by the circuit.
Patent claim: The control system 26 of claim 9 wherein the processor 30 is configured to generate a blade pitch signal wherein the blade pitch signal controls the pitch of a plurality of blade of the wind turbine generate an rpm signal wherein the rpm signal controls a rotational velocity of the plurality of blades about a hub and modify one or both of the blade pitch signal or the rpm signal if the noise level at the acoustic receptor exceeds the threshold noise level

Related passage: In the exemplary embodiment method 400 measures 402 acoustic emissions received by acoustic receptor 302 shown in Fig.4.For example in the exemplary embodiment each acoustic receptor 302 measures 402 acoustic emissions received from wind turbines 100 positioned within detection zone 308 shown in Fig.4.Alternatively wind turbines 100 may measure acoustic emissions generated by each wind turbine 100 and transmit an acoustic emission measurement signal to acoustic receptor 302.Moreover acoustic receptor 302 compares 404 the acoustic emissions to a predetermined acoustic threshold.If the acoustic emissions exceed the acoustic threshold acoustic receptor 302 determines 406 a penalty to be assessed based on the acoustic emissions.In the exemplary embodiment the penalty is updated if the acoustic emissions change.
Patent claim: The communication system of claim 1 wherein the insulation and loopback circuit is configured to receive an optical communication data from said remote platform and direct said optical communication data to said trunk cable through said second conductor path and the branching unit.

Related passage: The auxiliary power supply module 41 transfers a small part e.g.100 W of the highvoltage DC power towards one or several buses 45 with low and controlled voltage e.g.5V.The buses 45 provide the voltage references necessary to operate the electronic devices present in the central control unit 50 in the supervisory module 31 in the electric converter 42 and in the amplification module 32.
Patent claim: The operating method according to claim 4 wherein the option selection part 631 associated with the washing among the option selection parts 63 includes atleast one of a steam selection part 631a a wash water temperature selection part 631b and a washing degree selection part 631c.

Related passage: The steam supply unit 24 is also controlled by the control unit 12 wherein one or more heaters for transforming water into steam by heating are activated and deactivated.Also a water level signal of a water tank associated to the steam supply unit 24 sends a signal to the control unit 12 such that heating can be stopped if the water level is below a predefined value.A water pump unit 22 is also controlled by the control unit 12 wherein the water pump unit 22 is arranged at the condenser unit 18 to collect the condensed water.The control unit 12 actuates the pump for pumping the condensed water from the collection reservoir of the water pump unit into the water reservoir of the steam supply unit 24 when a predefined water level in the tank of the water pump unit has been reached or after a program sequence for example a drying program sequence has been finished.
Patent claim: The power tool according to any preceding claim further comprising said moveable member which is a fastener driver which has a driving action energized in use by a transfer of energy from contact with said flywheel.

Related passage: Referring to Fig.11 in one embodiment the clutch mechanism comprises solenoid 2 cam 3 and clutch spring 4 and driving block 5 clutch bar 6 disengage block 7 which have bulge 33 wall 34 support rod 35 in the coping the armature 211 of the solenoid 2 is fastened to the support rod 35 which is at the bottom of cam 3 the slot 31 and base plate 32 are fastened to the bracket 20 which allows the cam 3 to slide up and down relative to the slot 31.The clutch block 6 has an outer bulge 61 and inner bulge 62 the space between them providing a gate 63 allowing the driving block 5 to pass through the clutch block 6 presses the clutch spring 4 and is loaded in a radial slide slot 91 of the flywheel the two endpoints of fixed axis 191 are fastened to the slot board 19 and bracket 20 respectively and flywheel 9 is positioned between them the slot board 19 has a camber slide slot 192 and holes 194 the holes are used for mounting the disengage block7.Referring to item 193 in the FIG.4 it is the initial installing window that introduces the driving block into the camber slide slot.In the condition of compressing the clutch spring 4 the distance between the inner bulge 62 of the clutch bar 6 and the fixed axis 191 corresponds to the distance between the disengage block 7 and the fixed axis 191 and allows the clutch bar 6 to be pushed by the disengage block 7 when turned to the angular position of the disengage block 7.
Patent claim: The fuel cell system according to any one of claims 2 to 7 further comprising at least one of a combusting section temperature detecting section that detects a temperature of the combusting section a voltage detecting section that detects a voltage output by the fuel cell and a fuel cell temperature detecting section that detects a temperature of the fuel cell wherein the oxygen proportion changing section changes an oxygen proportion of a gas introduced into the combusting section from the correction oxygen proportion to the normal oxygen proportion when at least one of conditions is established the conditions including a condition in which a voltage which is output by the fuel cell and is detected by the voltage detecting section is equal to or greater than an electricity generation enabling voltage and a condition in which a temperature of the fuel cell which is detected by the fuel cell temperature detecting sectionis equal to or greater than an electricity generation enabling temperature.

Related passage: A pulse pump 131 and the water flow rate sensor DS6 are provided in a conduit 13 that connects the second tank WP2b and the fuel cell module FCM.Therefore the conduit 13 includes a conduit 13a from the second tank WP2b to the pulse pump 131 a conduit 13b from the pulse pump 131 to the water flow rate sensor DS6 and a conduit 13c from the water flow rate sensor DS6 to the fuel cell module FCM.A heater H3 is provided near the second tank WP2b of the conduit 13a to prevent the water in the conduit 13a in particular water in a position away from the fuel cell module FCM from freezing.
Patent claim: The method of claim 18 wherein the wind turbine includes exactly three blades and further comprising locking the rotor shaft with one of the blades oriented vertically upward.

Related passage: The passive alignment of the blades in a horizontal position removes the requirement for the use of locking or braking systems to align the blades horizontally andor reduces wear and tear on such systems.As the rotor blades are aligned with the wind direction such that one of rotor blades effectively points into the direction of the oncoming wind this reduces the surface area of the blades acted on by the extreme winds and accordingly reduces the magnitude of the extreme loads experienced by the turbine structure.
Patent claim: The fuel cell system according to any one of claims 2 to 4 further comprising an abnormality determining section that determines abnormality when the ignition and combustion determining section determines that ignition does not occur or when the correction oxygen proportion changed by the oxygen proportion adjusting section is equal to or less than a defined oxygen proportion.

Related passage: Subsequently on condition that the temperature of the reformer RF rises to be equal to or higher than about 600C and the temperature of the cell stack including the single cells CE exceeds about 250C the reforming reaction is shifted to the first ATR1.In the first ATR1 the flow rate of the reforming air supplied to the reformer RF is reduced to 8.0 L per minute and the flow rate of the reforming target gas supplied to the reformer RF is maintained at 5.0 L per minute.Further anextremely small amount of pure water of 1.0 ml per minute is supplied to the reformer RF.
Patent claim: Arrangement 100 for controlling a supply of a fuel 105 to a combustor 101 of a gas turbine comprising a compressor upstream of the combustor the arrangement comprising a fuel valve 103 adapted to supply the fuel 105 to the combustor 101 a processor 107 adapted to obtain an inlet air pressure PT7 at a compressor inlet to obtain an inlet air temperature Tinlet at the compressor inlet to obtain an outlet air pressure PT8 at a compressor outlet to estimate a heat input HIengmodel of the fuel 105 supplied to the combustor 101 based on the inlet air pressure the inlet air temperature and the outlet air pressureto compare the estimated heat input HIengmodel with a demanded heat input FFDEM to derive an error signal 121 and to control the fuel valve 103 regulating the supply of the fuel 105 to the combustor 101 based on the error signal 121.

Related passage: In accordance with certain embodiments of the invention0 may correspond to natural gas only fuel.Highermay indicate worse NOx and better CO.In accordance with certain example embodiments of the invention one or more emissions parameters including NOx CO or unburned hydrocarbons may be monitored.In certain embodiments performance parameters including but not limited to temperature compressor pressure ratio load or speed may be additionally monitored.According to example embodiments fuel composition may be estimated based at least in part on one or more of the one or more monitored emissions parameters or the one or more monitored performance parameters.In an example embodiment at least one turbine operating parameter may be adjusted based at least in part on the estimated fuel composition.