bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The apparatus according to claim 1 wherein the processor is configured to estimate the risk level by predicting that the perforation is imminent upon detecting that the gradient is higher than the predefined gradient threshold.

Related passage: An optional mapping step 166 shown as optional by broken lines in the flow chart is typically implemented if the processor is generating a map of the locations of the endocardium using a mapping algorithm.In step 166 the processor replaces location 118 of the tent apex with initial location 116 of the tented tissue calculated in step 164 and uses this value as the location of the tissue.The replaced location is used for recalculating the map using the mapping algorithm.
Patent claim: The rechargeable battery of one of preceding claims wherein the insulating member 33 is to be configured to insulate the terminal 31 from the current collector 34 andor the connection member 35 is configured to be directly coupled to the terminal 31 and the current collector 34.

Related passage: According to embodiments the fuse body may be formed of a resin that includes one of polyethylenenaphthalate polyethylenterephthalate polyamide polyimidepolybutyleneterephthalate polyphenyleneoxide polyethylenesulfide polysulfone and a mixture thereof.
Patent claim: An apparatus according to any of the previous claims comprising a second adhesive applicator 158 downstream from the depositing point.

Related passage: As described above the supporting sheet 200 may be transferred to said second moving endless surface 30 such that it forms undulations and crests.Then when the supporting sheet 200 is removed from said second moving endless surface the supporting sheet 200 is pulled substantially flat resulting in an absorbent structure with substantially longitudinally extending strips that correspond to the crests of said material that comprise substantially no absorbent material.
Patent claim: A method for protecting wavelength division multiplex referred to as WDM channels on a first outgoing fiber 322 from faults on a second incoming fiber 321 the method comprisingextracting a second set of wavelengths on a first incoming fiber 320 and passing the second set of wavelengths to corresponding wavelengths on the first outgoing fiber 322extracting a first set of wavelengths on the first incoming fiber 320 wherein the first set of wavelengths is complementary to the second set of wavelengthsextracting the first set of wavelengths on the second incoming fiber 321 wherein the second incoming fiber 321 is part of an optical cable comprising an electrically conductorpassing the first set of wavelengths on the second incoming fiber 321 to the corresponding wavelengths on the first outgoing fiber 322 if electrical power received via the optical cable is above a power thresholdpassing the first set of wavelengths on the first incoming fiber 320 to the corresponding wavelengths on the first outgoing fiber 322 if the electrical power received via the optical cable is below the power threshold.

Related passage: In the switched state shown in FIG.8 the switch SW1 is switched to the terminal b side the switch SW2 is switched to the terminal c side and the switch SW4 isswitched to the terminal g side.Also the power supply device 53a in the branch station 53 is changed to negative power supply.
Patent claim: A component design system 1 for generating aircraft component designs comprising a data base 10 comprising a set of rules 11 representative for different load characteristics of different component geometries an input module 20 for inputting userspecific load characteristics 21 relating to an aircraft component 41 to be generated a processing unit 30 for determining a variety of geometrically different aircraft component designs 31 based on the input userspecific load characteristics 21 and the set of rules 11.

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: The flexible display device of claim 1 wherein the display unit 10 and the support unit 20 are rolled out for usage under the control of the driving unit 40 at the first operation and the display unit 10 and the support unit 20 are rolled in for stowage under the control of the driving unit 40 at the second operation.

Related passage: In the embodiment of fig.12C only one spring 53 is used provided in the display roll 49 further using a gear belt 54 or a gear set not shown for linking the two rolls 49 50.In the last case the gear ratio needs to account for any differences in radius between the two rolls.
Patent claim: The blood analyzer according to claim 1 or 2 wherein said cationic surfactant includes two types of alkyl trimethyl ammonium salts.

Related passage: FIG.1 is a view showing an appearance of a blood analyzer 100 wherein a liquid crystal touch panel 101 for inputting various types of data by an operator or displaying and outputting measured results a cover 102 for covering a sample preparation section 200 which will be mentioned hereinbelow and a start switch 103 are arranged on the front surface of the apparatus.FIG.2 is a view showing an internal constitution of the blood analyzer 100 wherein a space on the right side of the analyzer contains a control section400 served for operations of the analyzer and analysis processing while a space on the lower left side contains a detection section 300 for detecting signals from a measurement sample and the remaining space contains a sample preparation section 200 for preparing the measurement sample.
Patent claim: Apparatus according to any of claims 1 to 3 wherein the second direction has a component that is parallel to a pitch axis of the aircraft 2 and the component of the first direction that is parallel to the pitch axis of the aircraft 2 points towards a tip of the wing 10.

Related passage: If desired the plate 14 can be curved to fit aircraft surfaces rather than being truly planar in order to permit mounting on various surfaces.The distance indicated by the double arrow 16 is such so that the housing 20 is preferably in the boundary layer of air that is on aircraft surfaces.The typical range of extension but not as a limit is between 0.5 and 2.5 centimeters.It is also recognized by the inventors that a variety of other flush shapes and configurations could be used to obtain flush air data angle of attack estimates.Keeping the protrusion of the housing low but enough to obtain reliable pressure signals that indicate angle of attack is important.
Patent claim: The magnet manufacturing method according to claim 4 further comprisingmixing the magnetic powders and the lubricant in a powdery state with each other to prepare a powder mix wherein during the pressurizing the primary compact is formed by pressurizing the powder mix placed in the mold while heating the powder mix at the first temperature.

Related passage: A composite magnetic material for a magnet of a Sm7.5Fe71.6N11.3O96 composition was obtained by the same method as in Example 2 except that the rare earthironnitrogen based magnetic material was not subjected to the surface treatment.The magnetic characteristics and the electrical resistivity are shown in Table 1.In the composite magnetic material for a magnet an oxide layer of the rare earthironnitrogen based magnetic material having a thickness of about 10 nm was present between the ferrite phase and the rare earthironnitrogen phase and the decrease of magnetic characteristics was large and the maximum energy product exhibited a 16 lower value than that in Example 2.A small inflection point was found at near 0.2 T of the demagnetization curve.Further the electrical resistivity decreased by 55 from that of Example 2.The thickness of the ferrite layer was about 50 nm.The observation of the composite magnetic material powder for a magnet after the plating in Example 8 by a SEM photograph confirmed that rare earthironnitrogen based magnetic material grains whose surface was coated with the ferrite layer in only about 50 by volume were mixedly present in 50 by volume or less and that materials such as nonmagnetic iron oxide and iron hydroxide were mixedly present in 50 by volume or less.
Patent claim: An aircraft 100 comprising a storage cabinet 10 of any one of claims 1 to 9.

Related passage: Thus in step 530 a base structure corresponding to the attachment configuration is provided for attaching the aircraft monument to the cargo compartment floor.The base structure can be provided as an integral part of the aircraft monument by designing a dedicated monument container or by modifying and existing container to match the attachment configuration.Alternatively the base structure can be a separate part that itselfserves as an adapter which both aligns with the mounting configuration on the floor and also provides an attachment shape for mating with an existing monument.In this regard a single base structure adapter can be used to accommodate an aircraft monument of corresponding size or multiple base structure adapters can be used in combination to accommodate larger monuments in a modular fashion.Still further a specifically designed monument container can be designed to contain various different configurations of monument equipment therein to provide modular capability.
Patent claim: The window element according to any one of claims 14 wherein the window element comprisesthree panes 6 7 13 the projection film 11 is attached to a third pane 13 of the three panes and the third pane 13 is the pane furthest from the first pane 6.

Related passage: The input method using input devices according to an embodiment of the present disclosure may be implemented in any electronic device provided with a display means e.g.a touch screen and any electronic device which is capable of displaying an image through the display means and being installed with a predetermined application that may control the displaying method of the image may be included in the electronic devices according to an embodiment of the present disclosure.
Patent claim: A twocomponent developer comprising the magnetic carrier of any one of claims 1 to 10 and a toner.

Related passage: As the magnetic fine particles there may be used iron oxide fine particles such as magnetite and maghemite spinel ferrite fine particles comprising one or more elements selected from Mn Co Ni Zn Cu etc.hexagonal ferrite fine particles comprising Ba Sr Pb etc.garnet ferrite fine particles comprising rare earth elements and fineparticles of iron or iron alloys having an oxide film on the surface thereof.Among these magnetic fine particles preferred are iron oxide fine particles such as magnetite.The magnetic fine particles have an average particle diameter of 20 nm to 10 m.In view of a good strength of the resulting magnetic composite particle the average particle diameter of the magnetic fine particles is preferably 50 to 500 nm more preferably 50 to 400 nm and especially preferably 50 to 300 nm.The shape of the magnetic fine particles may be any shape including a spherical shape a granular shape and an acicular shape.
Patent claim: Sprinkling device 1 according to claim 2 and any of claims 3 to 8 wherein the pillars 10 extend from the support base 8.

Related passage: As they travel across the cleaning unit the bars are driven typically by means of a pair of parallel chains arranged about respective drive systems along a closed loop which substantially replicates in a relative portion connecting the input and output stations the bottle pathP.The transport means are continuously cycled through the various parts of the cleaning unit to permit a substantially uninterrupted operation thereof and thus an essentially constant throughput of a substantial number of bottles to meet the needs of highspeed bottling plants in certain instances these machines may process as many as 150000 bottles per hour.
Patent claim: The method of claim 1 comprising storing the results of the determination of whether the packet matches a rule in a session flow table for at least some packet sessions for further use on subsequently received packets of the session.

Related passage: Figs.5A and 5B illustrate overall flow for packet processing by a firewall which supports multiple domains.Such processing includes determining the domains which the packet is to cross examining the applicable rules to ascertain whether the packet may pass and determining whether any special processing is required.In the firewall each domain is associated with one or more network interfaces.Interfaces that support more than one domain are separated using an IP address range to distinguish the packets.The following steps are included501 an IP packet is received by the firewall at an interface 502 the session key is obtained from the IP header of the packet 503 on the basis of which interface received the packet and the source IP address of the received packet the source domain is determined as described separately below with reference to Figs.6 and 7 if no domain is found the process skips to step 505 504 using the session key from step 502 the cache of the source domain is searched for a match if a match is found in the cache and if the action is not drop the process continues with step 505 if a match is found in the cache and the action is drop the packet is dropped and the process returns to step 501 if no match is found in the cache the rule set for the source domain is searched for a match if a match is found in the rules and if the action is not drop the process continues with step 505 if a match is found in the rules and the action is drop a corresponding entry is included in the cache the packet is dropped and the process returns to step 501 if no match is found in the rules the packet is dropped and the process returns to step 501 505 the destination interface is determined using the local area network LAN address of the packet and if the source domain rule specifies a destination interface using that destination interface and a routing table506 using the destination interface and the destination address of the packet the destination domain is determined if the destination domain is not found or if the destination domain matches the domain just checked the process skips to step 508 507 cache lookup and if required rule set lookup for the destination domain are carried out in a manner analogous to that employed for the source domain in step 504 508 if a rule that applies to the packet calls for an address change e.g.to a proxy or for insertion of one packet into another tunnel option the process returns to step 505 for processing based on the changed destination 509 if the packet was not processed with respect to any domain the packet can be dropped as a firewall owner has no interest in supporting communications between interfaces which are not subject to any access rules 510 with all actions having resulted in pass the packet is sent out the appropriate network interface.
Patent claim: The method according to claim 1 further comprising a step of drying the layer at a temperature from about 25C to about 600C.

Related passage: The method of preparing a Group 1a1b3a6a material comprises providing a substrate optionally providing a Group 1a source comprising sodium providing aseleniumGroup 1b ink of the present invention providing a Group 3a source optionally providing a Group 6a source forming at least one Group 1a1b3a6a precursor material on the substrate by optionally using the Group 1a source to apply sodium to the substrate using the seleniumGroup 1b source to apply selenium and a Group 1b material to the substrate wherein the Group 1b material selected from copper and silver preferably copper using the Group 3a source to apply a Group 3a material to the substrate optionally using the Group 6a source to apply at least one of sulfur and selenium to the substrate treating the precursor material to form a Group 1a1b3a6a material having a formula NaLXmYnSpSeq wherein X is at least one Group 1b material selected from copper and silver preferably copper Y is at least one Group 3a material selected from aluminum gallium and indium preferably indium and gallium 0L0.75 0.25m1.5 n is 1 0p lt 2.5 and 0 lt q2.5.Preferably 0.5Lm1.5 and 1.8pq2.5.Preferably Y is In1bGab wherein 0b1.More preferably the Group 1a1b3a6a material is according to the formula NaLCumIn1dGadS2e1fSe2ef wherein 0L0.75 0.25m1.5 0d1 0.2e0.5 0 lt f1 wherein 0.5Lm1.5 and 1.82ef2e1f2.5.Optionally one or more of the Group 1a source the seleniumGroup 1b ink the Group 3a source and the Group 6a source of the present invention are combined before application to the substrate.The components of the precursor material can be treated by known methods to form the Group 1a1b3a6a material having formula NaLXmYnSpSeq.The components of the precursor material can be treated individually or in various combinations.Annealing temperatures for the deposited components can range from 200 to 650C with annealing times of 0.5 to 60 minutes.Optionally additional Group 6a material can be introduced during the annealing process in the form of at least one of a selenium ink selenium vapor selenium powder hydrogen selenide gas sulfur powder and hydrogen sulfide gas.The precursor materials can optionally be heated to the annealing temperature by use of a rapid thermal processing protocol such as with the use of a highpowered quartz lamp a laser or microwave heating methods.The precursor materials can optionally be heated to the annealing temperature using traditional heating methods for example in a furnace.
Patent claim: The apparatus of claim 8 wherein the means for generating the prioritized list comprises means for including services based at least in part on an assigned priority.

Related passage: To further enhance the responsiveness of the applied service discovery mechanism not only proactive service querying but also service announcement is supported.The design target of the proposed service discovery protocol is to provide some robust and efficient service announcement means while minimizing the number of messages to be sent.Thereby broadcast messages are avoided as they are rather costly in a wireless adhoc networks.
Patent claim: An apparatus for reproducing data from a disc the apparatus comprising a storage which stores discless application data and a discless application description DAD and an application driver which executes an application recorded in the disc executes the discless application by using the discless application data stored in the storage and controls a life cycle of the discless application in such a manner that the life cycle of the discless application is not dependent upon whether the disc has been loaded.

Related passage: It is usually easier for the user to understand if all applications end when a disc is ejected.Playback control on DVDVideos is defined in this manner.An application that defines such playback control is generally bound to a disc and the application is preferably finished with the detection of the removal of the disc to which the application is bound when the disc is ejected.However in a special case where a fulllength movie or a series of movies are compiled on multiple BDROMs of a BDBOX it would be very convenient if an application performs processing to prompt the user to change discs.It is for this reason that a discunboundary application is introduced.
Patent claim: A microprocessor having an instruction set architecture that defines at least one instruction comprising an immediate field wherein the immediate field has a first portion specifying a first value and a second portion specifying a second value wherein the instruction instructs the microprocessor to perform an operation which uses a constant value as one of its source operands wherein the constant value is the first value rotatedshifted by a number of bits based on the second value the microprocessor comprising an instruction translator that translates the at least one instruction into one or more microinstructions wherein the microinstructions are encoded in a distinct manner from the manner in which instructions defined by the instruction set architecture are encoded and an execution pipeline that executes the microinstructions generated by the instruction translator to generate a result defined by the instruction set architecture wherein the instruction translator rather than the execution pipeline generates the constant value from the first and second values for provision to the execution pipeline as a source operand of at least one of the microinstructions for execution by the execution pipeline.

Related passage: Said 4bit value amt must be multiplied by two to know by how many positions it is necessary to rotate the immediate to the right.
Patent claim: The method of any of claims 9 to 15 further comprising forming a second slot within the coaxial cable and applying a conductive film to the coaxial cable so as to at least substantially cover the second slot.

Related passage: When a signal is transmitted through first conductor 101 and second conductor 103 a fraction of the signal is received by third conductor 105.The third conductor 105 allows a coupling of the transmitted radio frequency power.This sample signal can be measured through the output port 107 of the third conductor 105 while the isolated port 108 may be connected to a 50 Ohm termination.The filling element 106 fills at least a portion of the cavity 104 holding all the portions of third conductor 105 and keeping the distances between third conductor 105 and first conductor 110 and between third conductor 105 and second conductor 111.
Patent claim: Washing machine 1 according to any of the preceding claims characterized in that said mixing device 20 100 comprises a recirculating device 20 100.

Related passage: As shown in Figure 2 metering means 6 are housed together with container 11 and tank 14 inside drawer 12 and comprise for each inlet 5 a pump 17 Figure 2 shows pumps 17 of both containers 11 an intake conduit 18 connecting the inlet of pump 17 to relative tank 14 and a feed conduit 19 connecting the outlet of pump 17 to a mixer 21 via a oneway valve 20.
Patent claim: The downhole logging tool 26 of claim 1 wherein the first frequency is greater than or equal to approximately 100 Hz.

Related passage: The HFNFEC ratioand inner diameter ID measurements are determined by the average casing properties measuring arrangement ZMA where the spacings between the transmitter coil ZTX and the receiver coils ZRX1 and ZRX2 are 1.5 inch and 3 inch respectively.The two different spacings enables optimizing the sensitivity of the measuring arrangement to a large range of casing inner diameter lD.A short spacing is preferred for small casing inner diameter while a larger spacing is preferred for larger casing inner diameter.
Patent claim: A method of operating a wind turbine the method comprising providing a blade of the wind turbine such that both root moment and root shear loads in the blade are within respective load valleys on a graph of those respective loads verses wind direction when the blade is at a passively stable pitch angle wherein the root twisting moment has a value of zero and a stabilizing slope on a graph of root twisting moment verses the wind direction parking the wind turbine by stopping rotation of the blade about a turbine rotation axis and about a yaw axis pitching the blade into the passively stable pitch angle for an existing wind direction and releasing the blade to rotate passively about a pitch axis in response to changing wind directions.

Related passage: The anemometer 100 comprises a pair of arms 102104 provided on a pivot 106.At the end of the arms 102104 an openfaced cup or half sphere is provided 108110 the cups aligned such that the open face of the cups 108110 point in the same direction along the path of rotation of the arms 102104.In the example shown the anemometer 100 rotates in a clockwise manner with the cups 108110 facing in a reverse direction along the path of rotation.In this example the cups 108110 of Fig.5 are analogous tothe pitched swept outer blade sections 2830 of Figs.3 and 4 both having relatively concave and convex surfaces presented along the path of rotation of the armsblades.