bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Program element which when being executed by a processor of the component design system 1 instructs the processor to carry out the steps of Storing a set of rules 11 representative for different load characteristics of different component geometries S 1 Inputting userspecific load characteristics 21 relating to an aircraft component 41 to be generated S2 and Determining a variety of geometrically different aircraft component designs 31 based on the input userspecific load characteristics 21 and the set of rules 11 S3.

Related passage: In block 212 the fabricated component of block 210 may be implemented on an enditem such as an assembly of an aircraft or the aircraft itself.
Patent claim: A printing plate precursor according to any of the preceding claims wherein Q represents CHRyCHRy CRyCRy or CH2CH2CH2 and the structural element including Q is represented by Formulae VI VII or VIIIwherein Ry and Ry independently represent hydrogen an optionally substituted alkyl aralkyl alkaryl or aryl group or represent the necessary atoms to form a ring andrepresents the linking positions to the rest of the dye.

Related passage: The oleophilic layer contains a polymer that is soluble in an aqueous alkaline developer.Any organic polymeric binder can be used in the present invention.The organic polymeric binder is preferably a binder having acidic groups with a pKa of less than 13 to ensure that the layer is soluble or at least swellable in aqueous alkaline developers.Advantageously the binder is a polymer or polycondensate for example a polyester polyamide polyurethane or polyurea.Polycondensates and polymers having free phenolic hydroxyl groups as obtained for example by reacting phenol resorcinol a cresol a xylenol or a trimethylphenol with aldehydes especially formaldehyde or ketones are also particularly suitable.Condensates of sulfamoyl or carbamoylsubstituted aromatics and aldehydes or ketones are also suitable.Polymers of bismethylolsubstituted ureas vinyl ethers vinyl alcohols vinyl acetals or vinylamides and polymers of phenylacrylates and copolymers of hydroxylphenylmaleimides are likewise suitable.Furthermore polymers having units of vinylaromatics Narylmethacrylamides or aryl methacrylates may be mentioned it being possible for each of these units also to have one or more carboxyl groups phenolic hydroxyl groups sulfamoyl groups or carbamoyl groups.Specific examples include polymers having units of 2hydroxyphenyl methacrylate of N4hydroxyphenylmethacrylamide of N4sulfamoylphenylmethacrylamide of N4hydroxy35dimethylbenzylmethacrylamide or 4hydroxystyrene or of hydroxyphenylmaleimide.The polymers may additionally contain units of other monomers which have no acidic units.Such units includevinylaromatics methyl methacrylate phenylmethacrylate benzyl methacrylate methacrylamide or acrylonitrile.
Patent claim: The refrigeration cycle apparatus according to at least one of Claims 1 to 8 wherein the heat exchanger groups 401 402 403 are eachprovidedwith an inflow controller on the refrigerant inflow side and an outflow controller on the refrigerant outflow side and wherein with the compressor driven the inflow controller is brought into a closed state and then the outflow controlleris brought into a closed state refrigerant being thereby discharged from the heat exchanger groups 401 402 403 which are not used.

Related passage: The refrigerant flow path of the second outdoor heat exchanger 9b is formed by using 12 rows of the heat exchange pips 31 from below the heat exchange pipe train L1 located upstream of the air flow direction of the first outdoor heat exchanger 9a to thereby form a single or a plurality of refrigerant flow paths independently of refrigerant flow path of the first outdoor heat exchanger 8a.
Patent claim: The pressure compensated subsea electrical system according to claim 9 wherein the power converter and the transformer are serially connected along the cooling circuit.

Related passage: The duct 30 and the connection portions 15 and 25 can be configured in various ways.In some embodiments a fluid passage can be provided between the inside of the duct 30 and the inside of the first andor second subsea enclosure 12 22.Providing such fluid passage has the advantage that dielectric liquid can flow between the inside of duct 30 and the insideof the respective subsea enclosure so that both the duct 30 and the respective subsea enclosure can be pressure compensated by means of a single pressure compensator.If a passage is provided between the interior of duct 30 and both subsea enclosures 12 22 only a single pressure compensator may be provided for balancing the pressure inside all three components 12 30 and 20.
Patent claim: A predictive motor vehicle driver assistance system according to any one of the preceding claims wherein Waypoint attributes compriseIdentifierGeographic Attributes latitude longitude height above sea level and directionUse status learning optimization and number of passages of the motor vehicle in the WaypointJourney Attributes comprisingmotor vehicle speed statistics in the Waypoint differentiated by time slot and Waypoint crossing direction and comprising percentile conveniently quantized to assume discrete values and time percentage the motor vehicle is stationary in the Waypointvehicle fuel consumption statistics in the Waypoint differentiated by time slot and Waypoint crossing direction and comprising average fuel consumption per unit time and cutoff percentage and optionallyother onvehicle system usage statistics differentiated by time slot and Waypoint crossing direction such as low gear usage percentage in the Waypoint and brake pedal usage percentage in the Waypoint.

Related passage: The recorded parameters are stored in a suitable storage device 12 which may be of magnetic harddrive optical CD or DVD or semiconductor Memory modules types.The capacity of said storage device 12 is to be chosen so that an extensive history of recoded parameters can be stored for use in comparisons and in building more substantial analysis of the driving efficiency.A compression scheme can be used.
Patent claim: Ethernet switch 9 according to one of the claims 2 and 3 wherein the forwarding function 1b is further configured to reset the identification bits of the packet header to the original values of the received Ethernet packets when the Ethernet packets are output at an egress port 2.

Related passage: One embodiment is a methodology that inserts into each packet or frame at the ingress port of a packet switch an internal tag so that at an aggregation point e.g.an egress port the tag can be used to identify the ingress port from which the frame arrived.In addition to facilitating identification of the ingress port of a packet the tag can facilitate implementation of schemes for fair bandwidth allocation traffic shaping using the tag as a discriminator at the egress ports and accumulation of statistics of the distribution of traffic according to ingressegress port pairs.
Patent claim: A computer readable storage medium comprising program code which when executed on a controller of a wind turbine or of a wind park carries out the method of one of the preceding claims.

Related passage: FIG.6 illustrates a method for configuring a wind turbine 100 for a desired noise level according to an embodiment of the present disclosure.The method includes measuring sound pressure level or noise level with noise measuring device 209 during wind turbine 100 operation.A wind turbine 100 is configured with blades 108 having few or no aerodynamic modification devices i.e.bare blades step 601.Noise level is measured as a function of power rpm andor pitch of the blades 108 step 603.As discussed more fully above the noise level of the individual blades 108 is measured by recording the rotational position using time between activation of the rotational trigger with respect to the noise level measured at the noise measuring device 209 and observing the absolute peaks of the noise level measured.The noise level is then averaged using suitable averaging calculations against stable operating conditions to determine the absolute noise level and optimum noise levels for the individual blades step 605.The data obtained is compared for each blade with respect to each other step 607.The data is analyzed to determine the stability of the data and to determine whether the stability is sufficient to determine the absolute noise level desired by the individual blades 108 step 609.While not so limited stable data may include a predetermined minimum number of data values per blade and wind bin distributed over a turbine operational range.For example each wind bin e.g.5.5 to 6.5 ms may be filled with at leased 36 valid and undisturbed data points.If there is not sufficient stable data steps 603609 the process isrepeated with measuring the noise of the individual blades 108 at step 603.If sufficient stable data exists then a blade 108 is selected as a reference blade step 611.While not so limited the reference blade may be selected as the blade having the least value for noise level.
Patent claim: A network element for increasing coverage in a wireless communication system the network element comprising a transceiver operably coupled to a control processor wherein the control processor is arranged to transmit a signal to a wireless communication unit wherein the signal comprises an indication of a number of resource blocks that are being transmitted by the network element within a communication cell of the wireless communication system wherein the indication is of a reduced first number of resource blocks when operating in a first extended coverage mode of operation compared to a second number of resource blocks when operating in a second nonextended coverage mode of operation.

Related passage: For partial loading of any type the transmit power for each subband used for data transmission may be increased without increasing the total transmit power.The total transmit power may be distributed over the K subbands used for local transmission in each symbol period which may be called the active subbands.If K subbands are used for local transmission and D subbands are used for widearea transmission where K lt D with partial loading then the transmit power per active subband is higher for the local transmission than for the widearea transmission.The received signal quality per active subband is thus higher with partial loading which improves the signaltonoise ratio for the subband at a receiver.
Patent claim: A gas turbine engine according to any preceding claim where the first portion has a consistent width throughout its extent.

Related passage: FIG.4 is similar to FIG.3 but shows the blades 20 operating at a supersonic condition.At the supersonic condition the Mach number of the fluid stream S is supersonic both forward of the blades and along the suction surface of each blade.An aerodynamic shock 34 extends in a shock orientation direction D from the suction surface of each blade.Because of the supersonic conditions forward of the blades the shock 34 of FIG.4 unlike the shock 34 of FIGS.2 and 3 is not locally confined.Instead the shock shown in FIG.4 propagates a considerable distance forwardly out of the duct in shock propagation direction P.Because the shock of FIG.4 is not locally confined a considerable variation in the shock orientation direction D can be observed along the shock.The shock propagation direction P which is locally perpendicular to the orientation direction D likewise varies along the shock.These effects are evident in the magnified views of FIGS.4A and 4B.Therefore although the linear splice of FIG.3 could be used to reduce shock associated noise such a splice wouldhave to be oriented at a compromise orientation and therefore would be acoustically suboptimal.
Patent claim: The manufacturing method of claim 1 wherein in the manufacturing of the block the block is pressmolded under an environment in which a magnetic field having a predetermined direction is formed and a thickness of the anisotropic block in the magnetization determining direction is 7mm or less.

Related passage: A plurality of rectangular Ndbased sintered magnets having dimensions of 100mm by 100 mm by 20 mm and magnetized in a direction of the thickness 20 mm were provided and subjected to the diffusion treatment.The diffusion treatment was carried out by mixing granular dysprosium fluoride with ethanol immersing the magnets in this mixture wherein faces of each of the magnets excluding one face perpendicular to the magnetization direction were masked and then heating the magnets in an Ar atmosphere at 900C for an hour.Cubes with a side length of 1 mm were cut out from a portion between the center of the face having subjected to the diffusion treatment and the depth at a distance of 1 mm from the treated face and from an inner central portion respectively of one of the magnets.Then magnetic coercive forces measured were 1700 kAm for the diffusiontreated face of the magnet and 1200 kAm for the inner central portion of the magnet.
Patent claim: A transmitting apparatus TA for asynchronous retransmission in a radio communication system RCS said transmitting apparatus TA comprisingmeans TACPU TAPROG TAOUT for transmitting at least a first part RPI1 RPI11 of a retransmission process indicator RPI for an initial transmission or a retransmission of radio transmission data RTD RTD1 RTD2 RTD3 RTD4 andmeans TACPU TAPROG TAOUT for providing at least a second part RPI2 of said retransmission process indicator RPI by a mapping to a radio resource parameter TTISN 0..9 FB1 FB2 RB 0..99 CC1..CC4 that is applied for said initial transmission or said retransmission.

Related passage: According to a different embodiment of the invention one of the number of HARQ processes is selectable via a first HARQ process identifier and the additional HARQ process is selectable via a second HARQ process identifier.
Patent claim: The display apparatus according to claim 3 wherein if one of the multiview devices is selected through the user input unit the controller controls to manipulate a screen corresponding to the selected multiview device based on a command input through the user input unit.

Related passage: Next in the example of FIG.16C channel numbers of broadcast images are increased from the channel numbers CH10 and CH13 of FIG.16B according to a first broadcast image selection signal and a second broadcast image selection signal each being a signal for selecting a different channel.Specifically a fifth broadcast image 1630 of a different channel CH 11 which is 1 channel higher than the channel CH 10 is displayed on the display 180 in synchronization with the first viewing device 195a at a fifth time t5 according to the first broadcast image selection signal and a sixth broadcast image 1635 of a different channel CH 15 which is 2 channels higher than the channel CH 13 is displayed on the display 180 in synchronization with the second viewing device 195b at a sixth time t6 according to the second broadcast image selection signal.
Patent claim: A crystal of 2amino2243benzyloxyphenylthio2chlorophenylethyl13propanediol hydrochloride obtainable by a method comprising the steps of 1 dissolving 2amino2243benzyloxyphenylthio2chlorophenylethyl13propanediol in a mixed solvent comprising a solvent in which the compound in the form of the hydrochloride thereof is highly soluble and a solvent in which the compound in its hydrochloride is less soluble to thus prepare a solution of 2amino2243benzyloxyphenylthio2chlorophenylethyl13propanediol and then 2 adding hydrochloric acid to said solution with stirring to thus crystallize the hydrochloride of 2amino2243benzyloxyphenylthio2chlorophenylethyl13propanediol wherein the solvent in which the hydrochloride of the compound is highly soluble is selected from the group consisting of methanol ethanol propyl alcohol isopropyl alcohol butanol tbutanol acetonitrile and propionitrile and wherein the solvent in which the hydrochloride of the compound is less soluble is selected from the group consisting of water ethyl formate ethyl acetate propyl acetate ethyl propionate diethyl ether diisopropyl ether and ethylene glycol dimethyl ether.

Related passage: The present invention establishes an industrially advantageous process for producing Compound I an effective immunosuppressant.Compound I produced by the process of the present invention can be used to as high purity and high quality pharmaceutical products.
Patent claim: Apparatus according to claim 12 wherein the first camera system 12 comprises a light source 122 for providing diffuse light at the position of a plant carried by the carrier.

Related passage: Whether or not it is decided that a further cutting of the plant need to be performed the plant will be removed from the cutting device or as the case may be the cutting device will be removed from the plant.This removal makes the cutting device available for cutting another plant 8 that has been positioned at the carrier after the plant for which the process is described here.In the case that a further cutting is required the plant and the cutting device will be presented to each other later.More in particular the remaining part of the plant may be inserted in the continuous of semicontinuous flow of plants.This process step can be performed as may times as the number of cuttings.
Patent claim: A reel body of a spinning reel capable of delivering fishing line forward the reel body comprising a housing which includes a housing space wherein the first side face is opened a sidewall that demarcates the second side face of the housing space and opposes the first side face and a rear wall that demarcates the rear face of the housing space and the rear portion of the sidewall extends more towards the rear than the rear wall a cover member which is mounted to the housing to cover the opening of the housing space and a guard member which is mounted from the rear of the housing and the cover member to form a space between the rear portion of the sidewall and the rear wall.

Related passage: As shown in Figures 2 3 and 4 a first boss portion 11c first shaft support portion that supports one end of a master gear shaft 8 on which the master gear 7 is arranged on the back side of the master gear 7.In this embodiment the master gear 7 and the master gear shaft 8 are integrally formed as a onepiece unitary member.However the master gear and the master gear shaft may be separate members that are nonrotatably coupled to each other so as transmit rotation of the handle.The first boss portion 11c is formed on the first cover portion 11a of the first lid 11 and protrudes outward on the approximate central portion of the surface of the fist cover portion 11a.An approximately semicircular first flange portion 11d that constitutes a diskshaped portion that enters inside the rotor 3 is formed on the front portion of the first lid 11.An approximately semicircular arcshaped first mechanism accommodating cover 11e is disposed on the rear surface of the mechanism support portion 10b and is approximately flush with the outer peripheral surface of the mechanism support portion 10b.The first mechanism accommodating cover 11e is formed on the front portion of the first flange portion 11d.Since the master gear 7 is adjacently arranged to the first lid 11 a large force tends to act on the first boss portion 11c when the master gear shaft 8 receives alarge load.In view of this the first lid 11 is preferably made of metal in order to keep the specific strength high.In a lower front portion of the first lid 11 a first screw hole 11f is formed to fit the cover member therein 14 and to perform maintenance such as draining water after washing or filling with grease.
Patent claim: The rack bushing according to claim 1 further comprising an outer periphery in which a pair of outer recessed portions separated from each other in the axial direction is formed a pair of thinwalled portions formed between the inner periphery and each of the outer recessed portions and a thickwalled portion including a partitioning portion that partitions the outer recessed portions from each other and interposed between the thinwalled portions the thickwalled portion being thicker than the thinwalled portions the rack bushing being formed of an injection molding resin wherein the top portion is disposed on an inner side of the thickwalled portion in the radial direction.

Related passage: The steering gear unit 5 has as shown in detail in Figs.17 to 20 a housing 9 the pinion shaft 6 the rack shaft 7 and pressing means 10.The housing 9 is fixed to the vehicle body and integrally includes a first housing portion 11 accommodating the intermediate portion of the rack shaft 7 a second housing portion 12 accommodating the front half portion of the pinion shaft 6 and a third housing portion 13 accommodating the pressing means 10.The pinion shaft 6 has pinion teeth 14 on a part on the side near the front end of the outer peripheral surface.Such a pinion shaft 6 is supported in a state in which the front half portion is inserted in the second housing portion 12 so as to be only rotatable by a pair of rolling bearings 15 and 16 with respect to this second housing portion 12.
Patent claim: The method of claims 10 or 11 wherein the cermet is selected from the group consisting of tungstencarbidecobalt tungstencarbidenickel tungstencarbidecobaltchrome chromecarbidenickelchrome chromecarbidenickel and combinations thereof.

Related passage: Any suitable thickness of a single layer and a multilayer erosionresistant coating 64 may be used so long as it is effective to provide increased erosion resistance over that of the material of airfoil surface 32.In one embodiment for a single layer of TiN an effective layer thickness includes a minimum thickness of about 5 microns and single layer thickness in the range of 510 microns and a residual compressive stress of at least about 3792 MPa.In another embodiment of a multilayer that includes a plurality of Ti and TiN layers in an alternating arrangement a minimum thickness per layer of about 5 microns and a maximum overall thickness of about 60 microns with at least four layers of Ti and TiN is effective.An effective thickness range for at least one TiTiN combination and more preferably four or more Ti and TiN layers is about 560 microns and more particularly about 2560 microns and even more particularly about 4560 microns.In yet another exemplary embodiment of a single layer of WCCoCr as the erosionresistant coating 64 an effective layer thickness includes aminimum thickness of about 3 mils and single layer thickness in the range of 37 mils and a residual compressive stress of at least about 3792 MPa.The minimum thickness will be that effective to provide erosionresistance greater than that of the bare airfoil surface 32 which generally will be a layer thickness sufficient to insure complete coverage of the surface including features such as filmcooling holes etc.while avoiding coating defects sometimes associated with thin layers such as pinholes.The maximum thickness may be any suitable thickness but will generally be a thickness that is effective to provide a desired service life to the airfoil surface in a predetermined operating environment while also maintaining a desired level of adherence or bond strength to the airfoil surface 32 or sacrificial coating 62 to which it is applied as the case may be.The maximum thickness will typically be a function of the method used to dispose the erosionresistant material on the airfoil surface 32 or the sacrificial coating 62 the associated sacrificial coating 62 used and the overall minimum amount of residual compressive stress desired within airfoil coating 61.A minimum amount of overall residual compressive stress is desirable in airfoil coating 61 and erosionresistant coating 64 generally an amount that is at least as large as any minimum amount of residual compressive stress imparted to the airfoil surface 32 so that the airfoil coating 61 does not have the effect of decreasing the residual compressive stress in the airfoil surface 32 below the desired minimum amount and so that the airfoil coating 61 also maintains the desired minimum amount of residual compressive stress.