bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method according to claim 1 further comprising creating a reminder for the first content or the second content by setting a predetermined condition associated with the first content or the second content when the predetermined condition is met performing a function associated with the first content or the second content wherein the function comprises displaying a notification generating a sound generating a vibration or activating a predetermined application.

Related passage: According to another embodiment the first content may be stored temporarily.When the first content is temporarily stored the first content may be automatically deleted when power of the electronic device 101 is turned off or the scrap mode is terminated.
Patent claim: The gas turbine engine 100 of any preceding Claim wherein said processor 402 is further programmed to increase the stall margin 304 using a variablegeometry 502 of the gas turbine engine 100 wherein the variable geometry 502 includes at least one of a transient bleed valve TBV 504 a modulated turbine cooling MTC valve 506 a variable stator vane VSV 508 and a compressor inlet guide vane CIGV 510.

Related passage: In yet another embodiment a gas turbine engine for use in an aircraft is provided.The gas turbine engine includes at least one sensor configured to sense an engine parameter and to generate a sensor input representing the engine parameter a control system configured to control at least one of the gas turbine engine and the aircraft and an estimation system coupled in communication with the control system.The estimation system is configured to output an estimated operating parameter to the control system.The estimation system includes a primary model configured to receive at least the sensor input and to estimate the operating parameter using at least the sensor input and a redundancy system configured to receive the estimated operating parameter and to determine whether an anomaly is present within the estimated operating parameter.
Patent claim: An end effector of a surgical instrument for manipulating tissue of a patient with a cartridge comprising a a distal end portion b a proximal end portion c a gap between the distal end portion and the proximal end portion and d a guide pin extending from the distal end portion to the proximal portion wherein the guide pin is configured to receive the tissue thereagainst for positioning the tissue within the gap wherein the guide pin is connected to each of the distal and proximal end portions to secure the distal end portion relative to the proximal end portion and inhibit deflection of the distal end portion relative to the proximal end portion.

Related passage: Cartridge assembly 650 includes a bore 656 for receiving pin 654 as discussed above and a pair of grooves 682 each adapted to slidably receive a protrusion 676 of pin 654.Grooves 682 are disposed alongside bore 656 and include a straight portion 684 and spiral portion 686 located at a distal end 688 thereof.In the depicted embodiment spiral portion 686 includes multiple loops.When pin 654 moves through bore 656 in a distal direction the geometry of grooves 682 allows pin 654 to initially advance longitudinally and later translate longitudinally and rotate about longitudinal axis GG.While pin 654 rotates about longitudinal axis GG external thread 680 threadedly engages a locking structure 690 of anvil assembly 660.
Patent claim: The process according to any preceding claims wherein the alcohol has a molecular weight of between 20 and 400 and an eRH of between 50 and 80 at 20C as measured via the alcohol eRH test described herein.

Related passage: The present invention also provides for a preferred process of making a nonaqueous composition of the present invention comprising the steps of i providing a cationic polymer dispersion by combining the cationic polymer with the dispersant and ii combining the cationic polymer dispersion with a nonaqueous liquid feed.Preferably the cationic polymer dispersion comprises from 1to 35more preferably from 10to 25by weight of the cationic polymer.Since the cationic polymer is in particulate form the viscosity of the cationic polymer dispersion remains low and it can be easily incorporated into the nonaqueous liquid feed by typical mixing methods.The nonaqueous feed may comprise some or all of the remaining ingredients including anionic andor nonionic surfactants.In one embodiment the cationic polymer dispersion additionally comprises water andor a solvent such that the cationic polymer is partially hydrated or solvated.If present the water andor solvent are preferably present at a level of from 1to 50by weight of the cationic polymer dispersion.In another embodiment the process may include a step of forming an external structurant premix and combining the external structurant premix with the cationic polymer dispersion or the nonaqueous feed or the combined cationic polymer dispersionnonaqueous feed.
Patent claim: The method 100 of any one of claims 1 to 9 further comprising a secondphase movement 122 comprising e after the d iteratively repeating commanding 160 the wing positioning system to move the wing assembly 14 to a third waypoint 70 along the movement path wherein the third waypoint is closer to the mated position than the second waypoint wherein the third waypoint is selected to place the wing assembly and a body assembly 16 of the aircraft 12 into a secondphase relative position f after the e commanding iteratively repeating i determining 162 a secondphase position of the wing assembly by automatically measuring three dimensional locations of the plurality of wing targets 50 54 on the wing assemblyii determining 164 a secondphase position of the body assembly 16 by automatically measuring three dimensional locations of a plurality of body targets 50 54 on the body assembly iii calculating 166 an actual relative position based on a difference between the secondphase position of the wing assembly and the secondphase position of the body assembly iv calculating 168 a third difference 2between the actual relative position and the secondphase relative position and v commanding 160 the wing positioning system 58 to move the wing assembly to reduce a magnitude of the third difference provided that the magnitude of the third difference is greater than a secondphase error tolerance T2 wherein the f iteratively repeating includes repeating until the magnitude of the third difference is less than or equal to the secondphase error tolerance.

Related passage: Controller 938 may be implemented using hardware firmware software or some combination thereof.In one illustrative example controller 938 may be implemented using data processing system 1400 described in Figure 14 below.Depending on the implementation controller 938 may be implemented using a computer system comprised of one or more computers a laptop a tablet a processor unit a microprocessor some other type of data processing unit or some combination thereof.
Patent claim: An absorbent article according to the preceding claim wherein the acquisitiondistribution system has an IPRP value of more than 1200.

Related passage: The second absorbent layer 5 of the core comprises a second substrate 6 and a mixed layer 7 comprising a mix of second superabsorbent particles second SAP and cellulosic fibers deposited on the second substrate.The second SAP and the cellulosic fibers may be homogenously mixed.The second absorbent layer 5 may also optionally includes an auxiliary adhesive between the second substrate 6 and the mixed layer 7 andor a construction glue applied on the side of the mixed layer facing the first absorbent layer.
Patent claim: The light emitting device package of claim 5 wherein the plurality of flat areas are overlapped with the first lead part of the first lead frame disposed in the cavity in a thickness direction of the body.

Related passage: As shown in Fig.1 the width W1 of the reflection portion 8 is preferably 100 or more of the width W2 of the light emitting element.In this manner discoloration of the package can be prevented since the positions of the package which tend to be discolored as a result of light from the light emitting portion can be covered by the reflection portion.
Patent claim: The method for weighing and cutting food dough of any of claims 1113 wherein the step 4 further includes features for setting a threshold value for being compared with a length of the piece cut out from the continuous food dough and for switching the system wherein if the length of the piece is longer than the threshold value the actual weight of the piece of the food dough is measured by the first and the second weighing conveyors and if the length of the piece is shorter than the threshold value the actual weight of the piece of the food dough is measured by the second weighing conveyor.

Related passage: The controller 29 may control all the operations of the separating conveyor 21 the first and second weighing conveyors 23 25 the cutting apparatus 27 etc.
Patent claim: The system of any one of claims 8 to 11 further characterized by a control device 81 operable for adjustment of system 10 operating conditions.

Related passage: As illustrated in FIG.2 the concentration apparatus 41 according to the present embodiment includes a dehydrated filtrate storage tank 42 which is interposed in a dehydrated filtrate supply line L21 to temporarily store dehydrated filtrate 33 an evaporation apparatus 45 which includes a liquid feeding pump P1 for feeding the dehydrated filtrate 33 discharged from the dehydrated filtrate storage tank 42 and a circulation line L22 through which the fed dehydrated filtrate 33 is introduced and which is interposed with a heat exchanger 43 thereby circulating the dehydrated filtrate 33 heated by the heat exchanger 43 to remove water vapor 44 from the dehydrated filtrate 33 which has been heated a concentrated liquid storage tank 46 which temporarily stores concentrateddehydrated filtrate 33A which is concentrated at the evaporation apparatus 45 through aconcentrateddehydrated filtrate supply line L23 provided with a liquid feeding pump P2 and the concentrateddehydrated filtrate 33A discharged from the concentrated liquid storage tank 46.Then a predetermined amount of the concentrateddehydrated filtrate 33A is supplied to a spray drying apparatus 50 through a pump P3 which is interposed in a dehydrated filtrate supply line L26 from the concentrated liquid storage tank 46 to achieve the elimination of wastewater.
Patent claim: The heat exchanger system 1100 of Claim 1 wherein said inlet connection is configured to channel said flow of relatively hot fluid to said first heat exchanger assembly 200.

Related passage: Numeral 2 designates an inlet pipe of cooling steam and numeral 3 designates an outlet pipe of same.The inlet pipe 2 connects to an upstream end of the steam supply passage 31 of the steam chamber unit 1 and the outlet pipe 3 connects to a downstream end of the steam recovery passage 33 of same.A high pressure exhaust steam from a steam turbine not shown or steam from a boiler not shown etc.is supplied into the inlet pipe 2 as a cooling steam and a recovered cooling steam is supplied into a reheating portion of boiler or a downstream intermediate pressure steam turbine etc.not shown via the outlet pipe 3.
Patent claim: The method for producing the oxidation catalyst for exhaust gas purification according to any one of claims 9 to 12 wherein a supported amount of the catalyst component is 0.110by mass to the refractory inorganic oxidecalculated as the metal.

Related passage: In addition in EXAMPLES there is employed the coating layer structure such that either the Pd and Rh coexisting layer is formed on the zeolite layer or the Pd layer is formed on the zeolite layer and then the Rh layer is formed thereon and then Pt can be added to any one layer or both layers.
Patent claim: The method according to claim 1 wherein the access control owner is able to modify the access control object instance.

Related passage: The present disclosure has a plurality of specific implementations in different forms.In thefollowing the technical solutions of the present disclosure are illustrated with reference to FIGs.2 to 12.This does not mean that the specific examples of the present disclosure are only limited to specific processes or structures according to the embodiments.Persons of ordinary skill in the art should understand that the specific implementations provided in the foregoing are only some examples among many preferred solutions.
Patent claim: The electrical power system 150 of claim 11 wherein the first inertia system 152 comprises a generator 114 and the second inertia system 154 comprises agenerator driver the generator driver comprising at least one of a lowpressure shaft system a highpressure shaft system or one or more rotor blades.

Related passage: Figures 7 and 8 show how a torsional elastic coupling and damper can be integrated into a rotating electrical machine in accordance with the present invention.
Patent claim: The method of claim 2 wherein changing the transmitter supply voltage or the transmitter internal resistance is controlled using a control unit.

Related passage: Alternatively or in addition one of any number of reader operating parameters can be substituted for the AC drive signal magnitude in the above example.Exemplary alternate reader operating parameters include the phase across an inductor in the excitation signal generator circuit 248 or the voltage magnitude on either terminal of the inductor.In any case the controller 276 determines values of the selected alternate reader operating parameter plots the resulting values of the alternate parameter values of the tuning settings and proceeds insubstantially the same manner as recited above to select a desired value of the tuning register setting 240 which corresponds to a result desired to maximize or improve performance of the reader antenna 220 andor the signal driver 272.
Patent claim: The tire of claim 4 wherein the narrower neck 44 of the groove access passage 42 connects to the forward nose end 36 of the groove channel 34 substantially from a longitudinal side of the groove channel 34 to the longitudinal axis of the groove channel 34.

Related passage: In accordance with yet another aspect of the present invention a tube assembly 42 Fig.19 may comprise a molded plastic first tube 214 and an extruded second tube 224.The first tube 214 may be secured e.g.adhesive within a groove molded integrally into the sidewall 32 of the tire 10.The first tube 214 mayhave a partially closed Ushaped outer profile for better securing the first tube in the groove.The second tube 224 may define a circular passageway 43.The first tube 214 may define a Ushaped opening for correspondingly receiving and retaining the second tube 224.The second tube 224 may have an outer profile corresponding to the inner profile e.g.Ushaped of the first tube 214.The Ushaped opening of the first tube 214 may further include relief cuts at the inner corners of the Ushaped opening for facilitating pinching of the tube assembly 42.Alternatively the second tube 224 may have a circular outer profile not shown for better withstanding the constant pinching of the pump assembly 14.Plastic check valves not shown of the above described valve system having the same outer profile as the second tube 224 may be integrated at multiple arcuate or circumferential positions about the first tube.Alternatively plastic check valves not shown of the above described valve system having a larger profile than the second tube 224 may be integrated e.g.secured with adhesive in preformed pockets in the first tube 214 at multiple arcuate or circumferential positions about the first tube 214.
Patent claim: A method 200 comprising receiving a token that is initially acquired from a wireless beacon 110 as a customer passes through an ingress point 120 step 210 validating the token for customer ingress at the ingress point 120 step 220 and providing an indication of success or failure of validation to an ingress device 141 142 step 230.

Related passage: The highlevel security services provided by the security element 252 to the mobile device 102 includes means for generation of random numbers strong symmetric cryptography and Public Key Infrastructure PKI cryptography.Regarding PKI the security element 252 can also provide other services related to it such as handling of certificates e.g root certificate storage certificate path discovering and validation storing of key pairs digitally signing documents and authentising of digital signatures.When the mobile device 102 is a mobile phone and the security means 250 further comprise a security element 252 such as the one described above the mobile phone is then called a personal trusted device or PTD.
Patent claim: Household appliance with a heat pump 2 comprising a first heat exchanger 3 arranged within an air duct 18 of the household appliance 1 and a second heat exchanger 4 wherein the heat pump 2 comprises means 7 for reversing a flow direction of a refrigerant through the heat pump 2 characterized in that the household appliance 1 comprises means for supplying water to the second heat exchanger 4 which is configured to transfer heat from the refrigerant to the water in a first operation mode of the heat pump 2 in which the second heat exchanger 4 is operated as a condenser and to transfer heat from the water to the refrigerant in a second operation mode of the heat pump 2 in which the second heat exchanger 4 is operated as an evaporator.

Related passage: More specifically with reference to Figure 2 and 3 heatpump assembly 21 comprisesan electrically powered refrigerant compressing device 22 which subjects a gaseous refrigerant to compression e.g.adiabatic compression so that refrigerant pressure and temperature are much higher at the outlet than at the inlet of compressing device 22 a first airrefrigerant heat exchanger 23 which is located along air recirculating conduit 19 upstream of washing tub 3and preferably thought not necessarily downstream of centrifugal fan 20and is designed so that the refrigerant coming out from compressing device 22 and the airflow f entering into washing tub 3 flow through it simultaneously allowing the refrigerant having a temperature greater than that of the airflow f to release heat to the airflow f thus rapidly heating the airflow f to a temperature preferably thought not necessarily higher or equal to the temperature of the airflow f coming out of washing tub 3 a second waterrefrigerant heat exchanger 24 which is located out of air recirculating conduit 19 and is designed so that the water arriving from revolving drum 3 and the refrigerant flowing to the inlet of compressingdevice 22 flow through it simultaneously allowing the refrigerant having a temperature lower than that of the water to absorb heat from the water thus causing the cooling of the water to a temperature preferably thought not necessarily lower or equal to the temperature of the airflow f coming out of washing tub 3 and a throttling valve or similar refrigerant expansion device 27 which subjects the refrigerant flowing from the airrefrigerant heat exchanger 23 to the waterrefrigerant heat exchanger 24 or vice versa to a rapid expansion so that pressure and temperature of the refrigerant entering in the waterrefrigerant heat exchanger 24 or the airrefrigerant heat exchanger 23 are much lower than pressure and temperature of the refrigerant coming out from the airrefrigerant heat exchanger 23 or the waterrefrigerant heat exchanger 24 thus completing the closed thermodynamic cycle in opposition to the compressing device 22 which provides for rapidly compressing the refrigerant.
Patent claim: A system for providing at least one context aware announcement the system comprising a call management entity for managing incoming calls and the context aware announcements a shared memory space accessible to said call management entity for storing context data at least one agent coupled to said shared memory space said at least one agent for applying context call handling rules to said context data to determine a current context of an incoming call and providing at least one context aware announcement to said call management entity for providing information associated said current context and call information and a client for receiving the at least one context aware announcement.

Related passage: Returning now to Figure 25 in some embodiments choices on how to handle a call given a current context are presented to the user.Among these choices are a Notify me on the screen and b Ask the caller what to do.In embodiments currently under discussion the result of choice a can be seen in Figure 33.This is a choice box which will be presented to the user to allow hisher further selection of various ways of handling the call.Although it is shown here as a textual screen presentation it is widely known in the art to provide suchselections through a voice interface.Applicants copending application Bimodal Feature Access For Web Applications U.S.Ser.No.10375439 filed on February 27 2003
Patent claim: The use of the adhesive in the manufacture of a pellicle according to any one of claims 1 to 3 wherein the adhesive is an acrylic adhesive.

Related passage: As is explained above the agglutinant for pellicle of the present invention contains a reactive fluorinemodified silicone oil but the base material of the agglutinant for pellicle can be selected from any known agglutinants.Especially silicone agglutinant consisting mainly of silicone composition or acrylic agglutinant consisting mainly of acrylic composition or a natural rubber based agglutinant are preferable.Among these silicone agglutinant is desirable on account of its weather resistance heat resistance low temperature resistance electric insulation etc.and examples of it include X403122 KR3700 X403103 and X403264 all commercially available products of ShinEtsu Chemical Co.Ltd..Among the silicone agglutinants X403122 Product of ShinEtsu Chemical Co.Ltd.is particularly desirable because of its high adhesive strength and reduced content of lowmolecular siloxane.Among the acrylic agglutinants it is possible to use for example acrylic agglutinants adhesives of SK Dyne series put on the market by Soken Chemical amp Engineering Co.Ltd.among them SK1495 commercial product of Soken Chemical amp Engineering Co.Ltd.is particularly desirable on account of its high adhesive strength and workability.
Patent claim: An accordion comprising a right hand play side a left hand play side a bellow provided between the right hand play side and the left hand play side and four rows of buttons provided on at least one of the right hand play side and the left hand play side wherein the four rows of buttons include a first column to which first continuous four pitches are assigned a second column provided adjacent to the first column to which second continuous four pitches are assigned the second continuous four pitches being adjacent to the first continuous four pitches and a third column provided adjacent to the second column to which third continuous four pitches are assigned the third continuous four pitches being adjacent to the second continuous four pitches.

Related passage: The wholetone arrangement keyboard allows several key options when playing a scale.This maybe advantageous to experts but pose a hesitation in fingering to beginners.