bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A compressor aerofoil for a turbine engine as claimed in any one of claims 15 wherein the first tip rib is located a distance T1 from the trailing edge towards the leading edge and the second tip rib is located a distance T2 from the trailing edge wherein T1 and T2 are less than 10 of the camber line length.

Related passage: Figure 6 illustrates a tip 54a which generally corresponds closely with the tip 54 described above.The tip 54a differs from the tip 54 in that there is a cutaway 94 in the region of the exit 66.That is the winglet 56 is cut back thus also shortening the boundary 78.This reduces the mass of the winglet 56 and the extent of the overhang of the winglet 56.This is expected to result in reduced bending loads or other reduced stresses in the region of the trailing edge 46.However the removal of the cutaway 94 will also affect gas flow in the region of the trailing edge 46 and should therefore be designed to avoid reintroducing losses of the type discussed above.
Patent claim: The device 380 384 according to claim 11 wherein the first connector 308 and the second connector 309 are provided to be substantially symmetrical to each other with respect to the second axis.

Related passage: The branch lines 33 are branched from the common line 32 and linearly extend toward the pads 12.The branch lines 33 are arranged at intervals in the longitudinal direction of the substrate 2.Distal ends of the branch lines 33 are electrically connected to all the pads 12 and power supply pattern 24a of the relay conductor 15.In other words all the pads 12 and relay conductor 15 are electrically connected to the common line 32 through the branch lines 33.
Patent claim: The system according to any of claims 6 to 8 further comprising a beam separator for spatially separating the electrons emitted from the emitter tip and forming the primary electron beam from electron originating from the wafer and forming the signal electron beam.

Related passage: The impact of beam 106 with the extractor 108 at area 110 induces the emission of secondary electrons SEs 160.Although the voltage difference between the tip 103 and the extractor 108 mostly creates an electric field in the proximity of the tip 103enough residual electric field remains near area 110 that secondary electrons 160 which have low energy are attracted back to the extractor 108 as shown by the curved trajectories in FIG.1.The impact of beam 106 with the extractor at area 110 also induces backscattered electron BSE emission 130the majority of the BSEs have nearly the same energy as the impacting electrons from beam 106 thus the small electric field at area 110 cannot prevent the escape of BSEs 130 into the overall volume of the electron gun as shown.Some BSEs 130 travel to regions of the gun far enough away from tip 103 to cause no obvious effects on source operation.BSE 132 can be seen striking surface 136 desorbing a gas molecule 134 which may travel towards the emitter tip 103 potentially inducing sputter damage to the structure of tip 103 or adsorbing onto tip 103.On the other side of tip 103 BSE 142 desorbs and ionizes molecule 144 from surface 138 to travel towards the tip 103due to the negative bias voltage on tip 103 ion 144 will be accelerated towards tip 103 potentially causing sputter damage to the local tip structure near the point of impact of ion 144 with tip 103.Note that surfaces 136 and 138 represent any surfaces within the electron gun which are not cleaned i.e.from which adsorbed molecules have not been desorbed prior to initiation of cold field emission from tip 103surfaces 136 and 138 are shown closer to tip 103 than would generally be the case in an actual source.In the prior art it has been found to be difficult to find means for completely cleaning all surfaces within electron guns which may be exposed to BSEs.Polarizable gas molecules 150 may be attracted to and adsorbed onto the tip 103 by the local electric field gradient changing the work function and thus causing variations in the emission currents.The impact of beam 106 with the extractor 108 can also desorb gas molecules 182 from area 110 of extractor 108these molecules 182 may subsequently adsorb on the emitter tip 103 usually increasing the local work function and thus reducing the cold field emission current.Gas molecule 184 is ionized by an electron 186 from beam 106 and is then attracted to the negativelybiased tip 103 as was the case for ion 144.In some cases sputtering damage to the tip 103 may create locally very sharp regions which will demonstrate increased field emissionthis effect may cause a catastrophic momentary increase in the emission current possibly leading to arcing and subsequent destruction of the emitter tip 103.
Patent claim: The mobile terminal of claims 1 to 5 wherein the controller is further configured to cause the display to display information associated with an object displayed on the display in response to a second touch input applied to the object while the touch input is applied to the sensing unit the object included in the preset screen information.

Related passage: As the user 601 does not take an additional visible action to set partial locking the users privacy is protected without hurting the feeling of the unauthorized user 602.
Patent claim: A server for providing secure texttospeech conversion according to the method of any one of claims 18.

Related passage: As storage of a speakers speech synthesis template could potentially enable fraudulent messages to be presented using someone elses voice it may be preferred to include some sort of digital signature in the speech synthesis templates perhaps as an embedded signature so that only the user who is the source of the speech synthesis template can use it legitimately.In one embodiment this is based on a twokey encryption system in which the speech synthesis template generates one key and new text messages are provided with a second key.An encryption algorithm is used by the recipient device to check that the keys match with the content of the text message and thus to authenticate the source of the text message.These security aspects are not such a problem in methods such as the fourth method in which the speech synthesis templates are not transferred to communications devices.
Patent claim: A method according to claim 2 wherein the step of adjusting the time delay comprises increasing it if a subsequent instruction is received within the time delay period andor decreasing it if a subsequent instruction is not received within the time delay period.

Related passage: The following steps 480 and 490 are test steps to determine if the decoder has received a new channel change request during this new timeout period.If this new timeout period expires without a new change request being received a physical channel change request is transmitted to the access network in step 500 and if not it is restarted at step 460.
Patent claim: A method according to claim 15 wherein TP2NA2ltTP1NA1TP1 first change of duration NA1 first predetermined number of actuations of the electromagnetic actuator 22TP2 second change of duration and NA2 second predetermined number of actuations of the electromagnetic actuator 22.

Related passage: Fig.8 exemplarily illustrates the control of a solenoidactuated intake valve according to a third embodiment of the present invention.The upper row in Fig.8 illustrates the plunger movement of the movable plunger 130 reciprocating between the bottom dead center position BDC and the top dead center position TDC.The middle row in Fig.8 illustrates the control current applied to the solenoid coil 125 and the lower row in Fig.8 illustrates the movement of the intake valve 120 in particular the valve member 121 between the fully open position and the fully closed position.
Patent claim: The catheter of claim 1 wherein each support arm comprises nitinol.

Related passage: A suitable construction of the distal end of the catheter body 12 having spines 14 mounted thereto is depicted in FIGS.2 and 4.Again for clarity only two spines 14 are shown in FIG.2.Mounted in the distal end of the lumen 15 of the catheter body 12 is a spine mounting assembly 31 that secures the proximal ends of the spines to the catheter.In the illustrated embodiment the spine mounting assembly 31 comprises an outer mounting ring 32 disposed within the outer wall 13 of the catheter body 12.The outer mounting ring 32 preferably comprises a metal material such as stainless steel more particularly stainless steel 303 and may be attached at the distal end of the catheter body 12 by a variety of methods such as by welding or by use of an adhesive such as a polyurethane glue.Alternatively the outer mounting ring 32 may comprise a plastic material.A mounting structure 34 is provided coaxially within the outer mounting ring 32.In the depicted embodiment the mounting structure 34 is multisided and comprises a metal material such as stainless steel more particularly stainless steel 303.The mounting structure 34 may also alternatively comprise a plastic material.The outer mounting ring 32 and the mounting structure 34 provide a channel 38 therebetween in which the proximal end of each support arm 24 is mounted.Specifically each spine 14 is mounted in the catheter body 12 by removing a portion of the nonconductive covering 26 at the proximal end of each spine 14 inserting the exposed proximal end of each support arm 24 into the channel 38 between the outer mounting ring 32 and the multisided mounting structure 34 and affixing within the channel 38 by any suitable means such as with a polyurethane glue or the like.The lead wires 29 and thermocouple wires 41 and 45 also extend through the channel 38 between the outer mounting ring 32 and the mounting structure 34.
Patent claim: The mobile terminal of claim 1 wherein the controller sorts the placebased data into a plurality of points of interest POIs according to a POI category and displays the plurality of POIs on the navigation history information.

Related passage: In the embodiment of Figure 11 each standalone system 600 includes a keyword interface application 639.The keyword interface application 639 is capable of receiving queries from the navigationrelated applications 610 for keyword information access the copy of the keyword database 636 and return the requested information to the navigationrelated application 610 in response to the query.
Patent claim: The blood analyzer according to any one of claims 1 to 8 wherein said staining agent includes a DNAselective fluorescent dye.

Related passage: As described above in the blood analyzer 100 analysis is effected by irradiating the particle in a measurement sample with a light and applying data indicating the intensityof a first scattered light scattered from the particles towards the direction of a predetermined range data indicating the intensity of a second scattered light scattered towards the direction of another range different from that of the first scattered light and data indicating the intensity of fluorescence emitted from the particles whereby counting of white blood cells differentiating thereof into subsets and detection of malarial parasite can be made simply at high precision.Particularly even if the case where malarial parasites exist differentiating of white blood cells can be made at high precision.
Patent claim: The NdFeB permanent magnet as set forth in the preceding claim wherein the content of Dy is smaller than 0.01 weight.

Related passage: Although there are no particular limitations on the permanent magnets used in the present invention these are preferably highperformance rare earth magnets containing rare earth elements.Rare earth bonded magnets or rare earth sintered magnets composed of socalled rare earth intermetallic compounds are preferred but even more preferable are Ndbased anisotropic sintered magnets.Due to their high energy products and a large generated magnetic field they are preferable because they improve electrical power generation performance and are inexpensive from the standpoint of magnet cost.
Patent claim: The RFOG of claim 7 further comprising a third slave laser assembly including a third slave laser device configured to emit a second CCW optical signal the third slave laser device responsive to the reference optical signal through a second CCW optical phase lock loop a fourth phase modulator in optical communication with the resonator ring cavity the fourth phase modulator configured to apply a third high frequency modulation to a portion of the CCW optical signal from the third slave laser device wherein the resonance tracking electronics module further comprises a third mixer that receives the CCW transmission signal and the third high frequency modulation that is doubled a third analog to digital converter that receives a mixed signal from the third mixer and converts the mixed signal from the third mixer to a digital signal a third demodulator that receives the digital signal from the third analog to digital converter and the common cavity modulation frequency from the sine wave generator a third integrator that receives a demodulated signal from the third demodulator a third summer that receives an integrated signal from the third integrator and receives a digital word and a third direct digital synthesizer that receives a control word signal from the third summer and sends a third RF tuning signal to the third slave laser assembly.

Related passage: In the following detailed description reference is made to the accompanying drawings that form a part hereof and in which is shown by way of specific illustrative embodiments.However it is to be understood that other embodiments may be utilized and that logical mechanical and electrical changes may be made.Furthermore the method presented in thedrawing figures and the specification is not to be construed as limiting the order in which the individual acts may be performed.The following detailed description is therefore not to be taken in a limiting sense.
Patent claim: The method of any of claims 18 further comprising determining a second gravitational direction at the second location wherein the plurality of correspondence points comprises four or more correspondence points and the determining the location of the target further uses at least the second gravitational direction.

Related passage: Referring to Fig.6 a description will be given on a case where the image data and the threedimensional coordinate data of a building 52 are collected.Also a description will be given below on a case where the distance measurement data cannot be obtained by the distance measuringunit 39.
Patent claim: The image display method according to claim 9 further comprising displaying on the screen of the display device at least one marker which is usable for indicating a division of the screen and shifting when the marker is dragged a boundary between the first region and the second region in a direction of the dragging in order to change a relative screen share of each of the first region and the second region.

Related passage: Alternatively the aforementioned searches may not be performed and the display protocols may be determined not based on the results of the searches.Then the relevant medical image data having the predetermined relevancy to the input medical images defined in the display protocol may be obtained from the medical image database and the medical images for display and the relevant medical images for display may be displayed based on the determined display protocols.
Patent claim: A surgical stapling apparatus for stapling tissue comprising a cartridge body comprising a proximal end a distal end a deck comprising a tissuesupporting surface a longitudinal slot configured to receive a firing member and a longitudinal channel a plurality of staple cavities comprising a first row of staple cavities arranged along a first longitudinal axis a second row of staple cavities arranged along a second longitudinal axis wherein said second row of staple cavities is defined in said longitudinal channel and a plurality of staples removably stored in said staple cavities a layer positioned above said deck wherein said staples are configured to implant said layer against the tissue when said staples are ejected from said staple cavities wherein said layer extends into said channel and wherein the interaction between said layer and said channel is configured to reduce relative movement between said layer and said cartridge body.

Related passage: In FIGS.37 the lower latch arms 52 of the electrically actuated buttress deployment mechanism 20 selectively hold the lower buttress pad 24 by electrically actuating cylindrical EAP actuators 74 positioned in holes 76 formed in left and right lateral lips 78 79 of a staple cartridge body 80 of the replaceable staple cartridge 54.With particular reference to FIG.4 the polymeric staple body 80 has an aft vertical slot 82 that receives a knife of a firing bar not shown.A plurality of vertical staple apertures 84 are formed in the polymeric staple body 80 with each containing a staple supported by staple drivers not shown.A staple cartridge tray 85 underlies and laterally encompasses the polymeric staple body 80 to retain these components.Left and right aft rectangular EAP actuators 86 88 extend out of left and right aft rectangular apertures 90 92 formed in the staple cartridge body 80 on each side of the aft vertical slot 82.Left and right aft latch arms 94 96 are formed into the staple cartridge tray 85 attached at their aft portion and horizontally extending distally to bend front upwardly as the respective aft rectangular EAP actuators 86 88 expand FIG.7.Separate left and right side brackets 98 100 each include a plurality of opposing and inwardly bent top and bottom flanges 102 104 that grip respective left and right lateral lips 78 79.The lower latch arms 52 are formed from the left and right side brackets 98 100 as Lshaped flanges that overlie and are spaced away from the respective left and right lateral lips 78 79.Each side latch arm 52 and aft latch arm 94 96 has a down turned inward edge 106 that assists in gripping the lower buttress pad 24 FIGS.3 5.In FIG.6 electrical activation of cylindrical EAP actuators 74 rotates the lower latch arms 52 upwardly and laterally allowing the lower buttress pad 24 to deploy away from a top compression surface 108 of the replaceable staple cartridge 54.
Patent claim: The cell monitoring device according to any one of claims 1 to 6 wherein the controller is configured to determine whether the cell voltage of at least one of the outermost cells at at least one of ends of the electric storage module is equal to or lower than a third threshold determine whether the cell voltage of at least one of the consecutive cells from the at least one of the outermost cells is equal to or lower than the third threshold if the cell voltage of the at least one of the outermost cells is lower than the third threshold determine that the cell voltage of the at least one of the outermost cells and the consecutive cells as an edgeside abnormality cell voltage if the cell voltage of the at least one of the outermost cells and the consecutive cells is equal to or lower than the third threshold and determine that one of the electric lines connected to the cell having the edgeside abnormality cell voltage the one ofthe electric lines being closer to the at least one of ends of the electric storage module has lost continuity.

Related passage: Figure 2 is a flowchart for explaining a diagnostic processing executed by the abnormality diagnostic device in accordance with the first embodiment.The abnormality diagnostic section 10 is configured to start the control processing of step S10 at any timing to determine if there is an abnormality in the switches SW1 to SWn if there is a break in the lines L0 to Ln and if each cell is overdischarged or overcharged.
Patent claim: Electromagnetic actuator according to claim 1 wherein the static pole body and the movable pole body comprise an annular recess for at least partial accommodation of the first and second coil.

Related passage: Next a description will be given as to the operation of this embodiment configured as above.FIGS.3 to 5 are explanatory diagrams schematically showing the respective magnetic flux distribution states of the first magnet coil 31 second magnet coil 32 and permanent magnet 4 in the case of moving the needle 2.
Patent claim: The method of claim 1 wherein the voiceprint permits synthesis of the originators speech.

Related passage: The mobile telecommunications network 130 comprises a database 132 comprising a plurality of records 133 134 135 and 136 for maintaining speech synthesis templates for a plurality of network users.The database is controlled bya processing unit 131 which has access to each of the records 133 134 135 and 136.The database is preferably stored on a mass memory such as a hard disc or a set of hard discs.In combination the database 132 and the processing unit 131 are part of a speech synthesis template server 137.
Patent claim: The refrigerating apparatus according to claim 1 wherein when a rated cooling capacity is more than 9 kw to 18 kw the refrigerant circuit has a gas side pipe having an inner diameter of more than 5.75 mm.

Related passage: The refrigerant oil of the fifth aspect of the invention mainly contains at least one of polyalkylene glycol polyol ester and polyvinyl ether.This allows refrigerant and the refrigerant oil to easily dissolve each other.Thus even if the refrigerant oil flows into the refrigerant circuit 10 the refrigerant oil is dissolved with refrigerant and is easily sent back to the compressor 30.As a result the excessive oil discharge from the compressor 30 can be reduced thereby avoiding a shortage of the refrigerant oil and inadequate lubrication in the compressor 30.Consequently reliability of the compressor 30 can be improved.
Patent claim: The colorimetric gas sensing layer of any one of claims 1 through 5 wherein a molecular weight of the dextran is within a range of about 10000 Daltons to about 2000000 Daltons.

Related passage: As the hydrophilic binder any materials can be used so long as they are dissolvable in water or can swell by absorption of water.Examples of the hydrophilic binder include but not limited thereto naturally occurring polymers for example proteins and materials derived from proteins such as gelatin collagen casein transferrin carboxymethyltransferrin fibronectin laminin and elastin polysaccharides and materials derived from polysaccharides such as cellulose acetylcellulose carboxymethylcellulose starch agarose carrageenan dextran dextrin chitin chitosan pectin and mannan synthetic polymers such as Poval polyacrylamide polyacrylic acid polyvinylpyrrolidone polyethylene glycol polystyrenesulfonic acid and polyarylamine copolymers comprising monomers of those polymers gels produced from those polymers and so forth.
Patent claim: Process according to Claim 11 characterized in that spreading agent refatting agent andor further thickener is or are mixed in during the production of phase I where preferably spreading agent and refatting agent are present in the liquid initial charge into which the acrylic acid polymer is incorporated.

Related passage: In one or more embodiments the neutralizer may be selected based on the amount of alcohol that is to be gelled.Table 2 shows commonly recommended neutralizers for hydroalcoholic systems.Up to Alcohol Neutralizer20 Sodium Hydroxide30 Potassium Hydroxide60 Triethanolamine60 Tris Amino80 AMP9590 Neutrol TE90 Diisopropanolamine90 Triisopropanolaminegt90 Ethomeen C25