bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The computerimplemented method of predicting with high accuracy a descent trajectory of claim 10 wherein the deceleration segment is selected from a leveloff segment 230 and a speed reduction 240 250.

Related passage: At 570 the candidate aircraft intents are evolved by the computer system.The calculation uses evolutionary algorithms to evolve the candidate aircraft intents to reflect the actual aircraft intent better.The evolutionary algorithms use the multiobjective cost function to drive the evolution.That is the evolutionary algorithm evolves new candidate aircraft intents calculates the correspondingtrajectories and calculates a new value for the cost function with the aim of minimising the cost function value.The evolutionary algorithm seeks on the one hand to minimise the root mean square deviation between the trajectories and to ensure the root mean square difference is within the threshold value while on the other hand the evolutionary algorithm seeks to maximise the number of time intervals over which the root mean square deviation falls within the threshold.These two competing demands lead to candidate aircraft intents that form a set of Pareto solutions occupying a Pareto front.These candidate aircraft intents are equally valid solutions and may arise either because they represent equally good estimates or because they both represent valid aircraft intents remembering that multiple aircraft intents may give rise to any particular trajectory.Further explanation of this step follows below.
Patent claim: Beverage production device 1 for receiving a capsule 5 for the preparation of a beverage comprisinga first enclosing part 2 comprising a cavity 15 a second enclosing part 3 the first and second enclosing parts 2 3 being moveable relative to one another between an open position in which a passage 10 is left for insertion of the capsule and a closed position in which the capsule is enclosed between the first and second enclosing parts 2 3 and the capsule is at least partially received in the cavity 15 for the preparation of the beverage a sliding ramp 32 being positioned in a preset guiding position in the open position of the enclosing parts 2 3 for guiding the capsule during insertion in the passage to an intermediate position in the passage 10 wherein the sliding ramp 32 is inclined relative to the vertical in the preset guiding position and towards the cavity 13 and capsule holding means to support the capsule in the intermediate position against gravity characterized in that the holding means comprises a capsule support member 34 which comprises a receiving surface 35 69 for preventing the capsule in intermediate position from falling under gravity which is positioned at distance from the cavity 15 of the first enclosing part 2.

Related passage: In Fig.7 the capsule is shown now resting in place in the holding chamber 18 both on the cylindrical surfaces 20 and against the ramp surfaces of the transversal retaining means 25 in a slightly inclined position.The enclosing members are still spaced apart one another.
Patent claim: Control system according to one of the preceding claims wherein a motion of said movable coil 50 51 52 53 51 52 comprises translation andor rotation.

Related passage: Thus the automated transport vehicle 3 disposed on the supplyside line 4 is allowed to pass through the entry 7a1 and move forward on the outward line section 7A of the buffer line 7 up to the fixed position 8 to pass through the exit 7b2 and move forward on the homeward line section 7B until it first encounters an empty carrier 2 and to travel all the way along the supplyside line 4 to move a workpieceloaded carrier 2 or an empty carrier 2.
Patent claim: A device as claimed in claim 1 wherein the cannula shaft is of a polymeric material with a shore hardness of about 63D.

Related passage: In treating spontaneous traumatic or iatrogenic pneumothorax or for evacuating air from the chest following thoracic surgery or percutaneous lung biopsy the vent kit may be used as follows1.Select a site preferably at the second interspace in the midclavicular line or at another appropriate location.2.Prepare the site using standard procedure.Place a fenestrated drape over the site.3.Infiltrate local anesthesia into the chest wall at the site indicated.4.Using a scalpel make a small incision at the selected site.5.Place a guidewire into the site using standard technique.Tract overdilation will ease placement.6.Introduce the removable cannula 30 into the vent unit 10 through the introducing port 22.The distal end of the cannula 74 should extend slightly beyond the end 80 of the catheter.7.Thread the guidewire through the removable cannula 30.8.Peel away the center portions of the paper cover from the selfadhesive strip 92.9.Introduce the removable cannula 30 and catheter 20 into the pleural space over the guidewire.10.Stop advancing the cannulacatheter assembly when the catheter end has entered the pleural cavity.11.Advance the catheter over the guidewire while holding the cannula stationary until the full length of the catheter is introduced into the pleural cavity.12.Remove the cannula and the guidewire from the vent unit.13.Check the indicator 46 for proper function.14.Peel away the paper from the side flaps of the selfadhesive strip 92 and adhere the strip to the chest wall.Make sure the chest surface is dry.15.If the patient is expected to be active place sutures through the adhesive patch and suture holes on top of the device to further anchor it in place.16.Fluids collected in the reservoir 16 can be extracted using the drainage port 60.17.The fluid passage leading from the catheter port 24 can be sealed by placing the plug 40 into the introduction port 22.18.When the pneumothorax is resolved the indicator will stop fluctuating.Confirm and the vent unit can be removed.
Patent claim: The method or use of any of claims 1 to 3 wherein said preparation is subjected to filtration or the filtration is performed for at least about 48 hours up to about 7 months and preferably about 72 hours up to about 3 months.

Related passage: A preferred method of carrying out the present invention will be described hereinafter.The material resulting from this clarification diluted to a concentration lower than or equal to 1.5 mgml in thepresence of at least one amino acid preferably arginine at a concentration between 0.1 and 8 weightvolume and a temperature between 18 and 37C preferably in both cases and previously clarified through filters having a greater pore size is filtered through a nanofilter having a pore size smaller than 35 nm preferably about 20 nm with protein recovery greater than 80.The filter area required to carry out this nanofiltration is between 10 and 1000 cm2 per litre of solution to be filtered depending on the protein concentration of the solution and the pore size of the nanofilter used.The processing time is usually shorter than 12 hours.
Patent claim: A method for adapting earthfault protection settings in a threephase electric network the method comprising detecting an earth fault in the threephase electric network determining a value for a directional phasor quantity at a measuring point in the threephase electric network and comparing the determined value for the directional phasor quantity with predetermined boundaries on a complex plane characterized in that the method comprises determining on the basis of the comparison a neutral earthing state of the electric network and adapting one or more earthfault protection settings on the basis of the determined neutral earthing state of the electric network.

Related passage: According to an embodiment the closed area is defined by a circle or an ellipse whose centre point is offset from the origin of the admittanceplane towards the negative susceptance B direction andor towards the negative conductance G direction.Figure 4 shows an example of an operation characteristic which comprises a circle 401 which is setoff from the admittance plane origin by settings GN1 and BN1.The circle radius is defined by setting YN1.Operation of the protection is achieved when the determined neutral admittance moves outside the closed area defined by the circle 401.In mathematical form this can be expressed as follows realY0GN12imagY0BN12YN1YN1gt0 where Y0 is the measured neutral admittance.
Patent claim: The hybrid prosthesis of claim 1 wherein the branch further comprises a support structure.

Related passage: Fig.6 shows a delivery system according to the invention to deliver the surgical stent graft.This delivery system includes a handle 3 a piece of string 5 and a shaft 4.One end of the handle is provided with a tube port 301.The string 5 is fixed at one end on the shaft 4 and at the other end on the handle 3.One end of the stent graft 6 is inserted into the tube port 301 and bound on the shaft 4 by the string 5 and said shaft 4 extends through the tube port 301 of the handle.This delivery system further comprises a core bar 7 with a core bar hole and a guide wire 8 wherein said core bar is provided with a bulletlike tip 9 at its head.Said handle 3 is provided with a through hole in which the end of said core bar 7 is fixed and external guide wire 8 can extend over the tip 9 through the core bar hole.The shaft 4 is formed by a stainless metal wire and has a ring handle 401 at its end.In operation insert the stent graft 6 into the aortic cut port to be treated fix the handle 3 by one hand and pull the stainless metal shaft 4 by the other hand and then the stent graft will release and expand automatically away from the tube port 301 of the handle.
Patent claim: The method of any of the claims 112 further comprising the portable electronic device 306 recording a video that captures a result of the impact of the sport ball 106 by the individual during the course of an athletic activity.

Related passage: In one embodiment one or more of the reference motions may include a series of discrete movements.In some embodiments data associated with the plurality of reference motions may include acceleration data magnetic field data andor timing data.Of course the nature of the identifying matching athletic motion may depend on the particular application and algorithms used to establish the match.Also the nature of the matching athletic motion may change based on the athletic activity that the individual 100 is participating in as well as particular object 104 that is being monitored.In one embodiment related to basketball the matching athletic motion may be for example a pass motion an shot motion an jumpshot motion a dunk motion a postup motion a crossover dribble motion a shot blocking motion a steal motion or a rebound motion.
Patent claim: The receiver of any of claim 14 wherein the step of applying an inverse of the transformation applied to data symbols at the transmitter comprises applying an inverse of corresponding transformation matrix wherein rows and columns of the transformation matrix are orthogonal.

Related passage: The antenna 601 receives signals combining signals transmitted by the transmitter device 50 and interference signals transmitted by another transmitter device.The reception unit 602 performs downconversion and analogdigital conversion on received signals thus generating modulation signals.
Patent claim: A method of manufacturing a fireresistant composite electrical panel for use as part of an electrical harness of a vehicle the method comprising arranging a layered structure comprising a fire protection layer comprising a fibrous material impregnated with an intumescent material the fire protection layer forming an outer layer of the layered structure a first organic matrix composite layer comprising fibres and resin at least one electrical conductor and a second organic matrix composite layer comprising fibres and resin the at least one electrical conductor being positioned between the first and second organic matrix composite layers the method further comprising curing the layered structure so as to form the fireresistant composite electrical panel.

Related passage: The wrapping contains a number of pleats 712 gaps in the pleats are exaggerated in Figure 7 in practice these gaps would be minimal or nonexistent.In the case of a fire the intumescent paint grows as it forms char and this growth causes the wrapping to expand by the unfolding of the pleats.Significantly this expansion allows the wrapping 710 to maintain its coverage of the char.More particularly if the wrapping did not expand the char could burst through the wrapping and the unprotected char could then detach from the raft.Thusthe pleated wrapping can significantly prolong the fireheat protection afforded by the paint and hence can prolong the operational effectiveness of the raft 702.
Patent claim: The apparatus 1 according to claim 1 wherein the thermal conducting fin 7 is provided so as to project at least partly to positions overlapping with the lightemitting body 4.

Related passage: In the inside of the edge of the cover part 2004 covering and protecting the LED module 2013 and the base plate 2014 a female screw part 2041 to be screwed around the male screw part 2015 of the base plate 2014 is provided.The cover part 2004 is screwed around the base plate 2014 in a removable manner by a first screwing mechanism constructed from the male screw part 2015 of the base plate 2014 and the female screw part 2041 of the cover part 2004.The cover part 2004 is made of opaque white acrylic resin.
Patent claim: The method as claimed in any one of claims 9 to 11 wherein said mixed solution further contains a protecting agent.

Related passage: In contrast in the method of the present invention shown in the lower side of Fig.2 a boronbased reducing agent in place of an alcohol is added as a reducing agent to reduce Rh3 ions 11 and Au3 ions 12 contained in the mixed solution.Subsequently the residual boronbased reducing agent in the mixed solution is removed by conducting a purification treatment etc.as necessary.Without being bound by any particular theory it is believed that since a boronbased reducing agents has a very strong reducing power compared to an alcoholbased reducing agent use of a boronbased reducing agent as a reducing agent makes it possible to simultaneously reduce both Rh3 ions 11 and Au3 ions 12 dissolved in the mixed solution without preferentially reducing Au3 ions 12 relative to Rh3 ions 11 unlike the case of using an alcoholbased reducing agent.As a result according to the method of the present invention it is believed that it is possible to obtain RhAu metal particles 10 in which Rh and Au are solidsolutioned at the atomic level.
Patent claim: The water dispersion for inkjet printing according to any one of claims 1 to 4 wherein the carbon black a has a DBP dibutyl phthalate oil absorption of from 20 to 200 mL100 g.

Related passage: The carbon black in the present invention is not preferably those which have been surfacetreated by for example oxidizing treatment or a diazo coupling reaction.Specifically the carbon black of the present invention is preferably those of which the decreased content hereinafter called volatile content is 5 or less preferably 4 or less and more preferably 3 or less when heated at 950C for a fixed time.
Patent claim: A hearing aid witha hearing aid assembly comprisinga housing for accommodating the hearing aid assemblya microphone for reception of sound and conversion of the received sound into a corresponding first audio signala signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aida wireless communication unit configured for wireless data communicationan antenna for emission or reception of an electromagnetic field the antenna being interconnected with the wireless communication unit the antenna having a total length between three quarters of a wavelength and five quaters of a wavelength wherein at least a part of the antenna extends from a first side of the hearing aid to a second side of the hearing aid and wherein the antenna has a midpoint at said part of the antenna or wherein a distance between the antenna midpoint and said part is less than a quarter of a wavelength.

Related passage: FIGS.1A and 1B depict embodiments of a hearing instrument having electronics and an antenna for wireless communication with a device exterior to the hearing aid.FIG.1A depicts an embodiment of a hearing aid 100 having electronics 101 and an antenna 102 for wireless communication with a device 103 exterior to the hearing aid.The exterior device 103 includes electronics 104 and an antenna 105 for communicating information with hearing aid 100.In an embodiment the hearing aid 100 includes an antenna having a working distance ranging from about 2 meters to about 3 meters.In an embodiment the hearing aid 100 includes anantenna having working distance ranging to about 10 meters.In an embodiment the hearing aid 100 includes an antenna that operates at about 10dBm of input power.In an embodiment the hearing aid 100 includes an antenna operating at a carrier frequency ranging from about 400 MHz to about 3000 MHz.In an embodiment the hearing aid 100 includes an antenna operating at a carrier frequency of about 916 MHz.In an embodiment the hearing aid 100 includes an antenna operating at a carrier frequency of about 916 MHz with a working distance ranging from about 2 meters to about 3 meters for an input power of about 10 dBm.According to various embodiments the the carrier frequencies fall within an appropriate unlicensed band e.g.ISM Industrial Scientific and Medical frequency band in the United States.For example some embodiments operate within 902928 MHz frequency range for compliance within the United States and some embodiments operate within the 863870 MHz frequency range for compliance within the European Union.
Patent claim: The mechanical system 1 according to any one of claims 8 to 12 wherein the second member 6 is a gear secured to the balancing shaft 2.

Related passage: It should be noted here that as the crankshaft 1 has crank arms 4 which extend radially from both ends of the journal 2 a camshaft has cams which extend in the same manner likewise a balanceshaft has balanceweights which extend in the same manner.In the present invention these parts which extend radially from both ends of the journal 2 such as the crank arms 4 the cams and the balanceweights will be called arms and a boss portion of the arm will be called arm boss 14.
Patent claim: The light emitting device or the backlight module of claim 11 wherein the lens further comprises a bottom surface and defines a recess and the light incident surface is positioned between the bottom surface and the light output surface to form the recess.

Related passage: The above description deals with a case that does not assume 10 and 20.In a case of 10 and 20 light emitted in a light axis direction from a lightemitting element has to be emitted into the light axis direction.Thus A1 and A2 become equal to 0.With this it is possible to prevent the demerit in the Patent document 2 that it becomes darker in the area directly above the lightemitting element 1.
Patent claim: The airfoil blade of claim 5 wherein said cermet coating 18 is disposed on the surface of the strip 16 along a portion of the leading edge of the airfoil blade.

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.
Patent claim: The turbine machine of any preceding claim wherein the controller uses the target turbine output predicted for the adjustment of respective selected control parameters for at least two comparisons of the predicted turbine outputs for the adjustments of the respective control parameters.

Related passage: Reconfigurable model predictive control RMPC has all the characteristics of traditional MPC but also has additional abilities.RMPC can modify or reconfigure the models constraints andor objective functions based on estimator information diagnostic information and commands from a master mode selector.In embodiments the first step for the reconfigurable model predictive control is to collect the data from the other system components i.e.which model normal or faulted to use the current state of the model the covariance of the state estimates the objective function the constraints and the reconfiguration information.Reconfiguration of the model may take the form of modifying input output or interior parameters or it may mean switching between different models.Reconfiguration of the constraints may take the form of changing actuator position or rate limits changing state constraints or changing output constraints.Reconfiguration of the objective function may take the form of changing the references to follow changing theweights of the objective function terms or changing the goals.With any or all of the control elements reconfigured then the optimization may be performed to determine the best possible control action to take.