bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The computer program product according to claim 13 wherein the computer program is configured to cause the computer to execute assigning the first continuous four pitches such that the first continuous four pitches become higher in order in a direction approaching to the bellow or away from the bellow the four rows of buttons being arranged in lines in adirection substantially orthogonal to an expansion and contraction direction of the bellow and assigning the second continuous four pitches such that the second continuous four pitches become higher in order in a direction approaching to the bellow or away from the bellow and assigning the third continuous four pitches such that the third continuous four pitches become higher in order in a direction approaching to the bellow or away from the bellow.

Related passage: Fig.11 illustrates allocation of tones to keys in the diatessaron arrangement keyboard section 13.Tonesof keys in the foremost keyboard row 13a are C F A D G F...from left in the mentioned order tones of keys in the second keyboard row 13b are C F B E A C...from left in the mentioned order tones of keys in the third keyboard row 13c are D G C F A D...from left in the mentioned order tone of keys in the fourth keyboard row 13d are D G C F B D...from left in the mentioned order and tones of keys in the fifth keyboard row 13e are E A D G C E...from left in the mentioned order.Tones of adjacent keys in fronttorear adjacent keyboard rows have a difference of semitone.For instance the C key in the second keyboard row 13b is adjacent diagonally rearward to the C key of the keyboard row 13a in front of the keyboard row 13b the D key in the third keyboard row 13c is adjacent diagonally rearward to the C key in the keyboard row 13b in front of the keyboard row 13c the D key in the fourth keyboard row 13d is adjacent diagonally rearward to the D key in the keyboard row 13c in front of the keyboard row 13d and the E key in the fifth keyboard row 13e is adjacent diagonally rearward to the D key in the keyboard row 13d in front of the keyboard row 13e.
Patent claim: The radiation image capturing system 1 of claim 3 wherein when the state of the FPD cassette 2a changes from existing by itself to being loaded on the bucky device 3 the console does not display the icon and the console 7 changes the manner of display of an icon corresponding to the bucky device 3 on which the FPD cassette 2a is loaded.

Related passage: Further in FIG.5 below each order icon 121d an NG button 121e and an OK button 121f are displayed as order buttons for ordering medical image reading operation to each of the readers 2 3 and 4.The NG button 121e is operated when the medical image reading operation to the readers 2 3 and 4 is abnormal and therefore it is necessary to abort the operation.The OK button 121f is operated when the medical image reading operation to the readers 2 3 and 4 is normal and therefore it is necessary to exit.
Patent claim: The laser device according to any one of claims 12 to 14 wherein a focal position of the light guided by the optical part is disposed on or near an imaginary line extending along a center optical axis of the light source.

Related passage: Furthermore a spreading angleof a laser light beam is represented by the following formula 2 tan1Wfrad wherein a width of a light emission region of a light source a width of a light emission region of a lightemitting part with respect to a direction of a Zaxis W and a focal length f of a coupling lens are used.
Patent claim: An air conditioner 1 comprising the air conditioner controller 12 according to any one of claims 1 to 6 and an outdoor unit 13 housing the air conditioner controller 12.

Related passage: On the other hand on a side of the bracket 17 supporting the controller 12 a supporting member 31 supporting the refrigerant pipe 10A fitted in the recessed groove 30 provided in inclined surface 28 of the block 25 made of a heat transfer material is provided at a predetermined height position of a surface facing the back surface of the controller body 18 as shown in FIG.5.This supporting member 31 may have a constant length along the horizontal direction or may be divided and disposed at least two places at a predetermined interval along the horizontal direction.
Patent claim: The baggage drop system according to claim 4 wherein the scanner is configured to detect passenger information and to encode passenger information on the baggage identification tag.

Related passage: In other words with the operating unit comprisingproviding operating elements andor operating functions especially for operating a checkin the operating elements andor operating functions can be activatable or activated or inhibited or accessible or operable depending on the first for example the selfservice mode and the second mode for example the staff attended mode.
Patent claim: A turning insert 1 according to any of the proceeding claims wherein the first and second cutting edges 11 12 are linear or straight in a top view.

Related passage: In Fig.3 an enlarged cutting comer is shown which engages a work piece the thread 23 of which is dashed.The cutting edge consists of a number of segments and includes an active major cutting edge 24 a nose edge 25 an active minor cutting edge 24A a passive edge 26 and a topping edge 27.The cutting tip 18 of the cutting corner projects a distance L1 measured from a line touching the topping surface 27 and the extreme points of the nose edge 25.The bisector B is defined by the major cutting edge the nose edge and minor cutting edge wherein the major cutting edge is provided on one side of the bisector and the minor cutting edge on the other side of the bisector while the nose edge cutting intersects the bisector.The major cutting edge 24 forms an acute angleof about 25 to 30 with the bisector B.The major cutting edge softly connects to the nose edge 25 which substantially is defined by an radius r of about 005 to 15 mm.The nose edge further softly connects preferably to the active minor cutting edge 24A or directly to the passive cutting edge 26.The minor cutting edge connects to the passive cutting edge on the perpendicular distance L2 from a tangent T of the nose edge in the extreme points of the nose edge.The distance L2 is bigger than or the same as the maximum depth of infeed per pass but less than the half of the distance L1 and preferably less than 25 mm and is preferably of the size of the radius r.Also the minor cutting edge or the part of the nose edge which is closest to the passive cutting edge forms the anglewith the bisector.The passive cutting edge 26 forms an anglewith the bisector which is 4 to 8 preferably about 5 less than the angle.The passive cutting edge connects to the topping edge 27 via a concave substantially passive curved edge 28 defined by a radius R the size of which depends of the actual thread profile but the radius is bigger than the radius of the nose edge.The cutting tip thus has a passive edge 26 which at least partly is provided on one side of an imaginary line S parallel with the direction of infeed F for the cutting insert and touching the cutting tip 18 said side facing away from the connected thread flank 23.The line S touches the nose edge 25 as well as intersects the curved cutting edge 28.
Patent claim: The system of claim 9 wherein the audio input is outside a normal range for human hearing.

Related passage: Figure 1 illustrates an illustrative electronic device 100 for parameter modification of haptic effects.In some embodiments electronic device 100 is a portable handheld phone.As a user interacts with the phone andor various events occur the phone may output haptic effects to alert the user to the interactions andor events.For example the phone may determine a vibrational haptic effect when a phone call is received to alert the user of the electronic device 100 to the phone call.In addition in this embodiment the electronic device 100 receives one or more environmental conditions.
Patent claim: The induction heating device according to any one of claims 1 to 4 wherein when the temperature of the cooking utensil has a value between a set temperature and an initial temperature the control unit 93 is configured to perform control such that the first lighting unit 40 emits light of a color representing a mixture of a color of light from the first lighting unit 40 corresponding to the initial temperature and a color of light from the second lighting unit 50.

Related passage: Also the cooking apparatus 1 may detect the temperature of the cooking container C by using the temperature detection unit 150 may compare the temperature of the cooking container C with the cooking temperature of the cooking method and may adjust the intensity of the magnetic field B generated by the induction heating coil L.
Patent claim: The multimedia capturing control unit as claimed in any of claims 8 to 11 wherein the weightage parameters comprise an area weightage an audio weightage a video weightage and a dynamics weightage of each of the plurality of areas and wherein said weightage parameters are preferably preset with corresponding weightage values.

Related passage: The interest area detector 11 detects the interest areas included in the invivo image group.Specifically the interest area detector 11 acquires an invivo image group PG including total N images from the image input device 1 and assigns frame numbers j1jN to invivo images Pj in the acquired invivo image group PG in time series.The interest area detector 11 detects interest areas Aj t such as lesion areas from the invivo images Pj based on feature amounts of the invivo images Pj such as color information.The interest area detector 11 transmits results of detection of the interest areas Aj t and the invivo image group PG to the feature amount calculation unit 12.In this arrangement t denotes an index identifier for identifying one or more interest areas Aj t included in one frame of an invivo image Pj.
Patent claim: A coated glass article comprising a glass body comprising glass and having a first surface and a second surface opposite the first surface wherein the first surface is an exterior surface of the glass body and a coating disposed on at least a portion of the exterior surface of the glass body wherein the coated glass article reduces particle generation when the coated glass article undergoes processing wherein the coated glass article demonstrates at least a 50 reduction in average particle count for generated subvisible glass particles compared to an average particle count of generated subvisible glass particles by an uncoated glass article that undergoes processing wherein the average particle count is computed using light obscuration according to United States Pharmacopoeia Standard 788.

Related passage: In embodiments the halogenated polyimide siloxane may be a random copolymer.The halogenated polyimide siloxanes described herein may have a number average molar mass Mn of about 19 Da such as from about 18 Da to about 20 Da from about 17 Da to about 21 Da from about 16 Da to about 22 Da or from about 15 Da to about 23 Da.For example the Silimide6F polyimide of Chemical Structure 4 may have a Mn equal to about 19 Da when mn is about 31 referred to herein as Silimide6F 2575.The halogenated polyimide siloxanes described herein may have a weight average molar mass Mw of about 40 Da such as from about 39 Da to about 41 Da from about 38 Da to about 42 Da fromabout 36 Da to about 44 Da or from about 30 Da to about 50 Da.For example the Silimide6F polyimide of Chemical Structure 4 may have a Mw equal to about 19 Da when mn is about 31.The halogenated polyimide siloxanes described herein may have a polydispersity index of about 2.15 such as from about 2.0 to about 2.3 from about 1.8 to about 2.5 or from about 1.5 to about 2.8.For example the Silimide6F polyimide of Chemical Structure 4 may have a polydispersity index of about 2.15 when mn is about 31.
Patent claim: The device of any preceding claim further comprising a third circuit configured to generate a third electromagnetic field wherein the second circuit is also responsive to the third electromagnetic field a second damping circuit configured to generate a fourth electromagnetic field in response to a current induced by the third electromagnetic field and wherein the fourth electromagnetic field reduces the second circuits responsiveness to the third electromagnetic field.

Related passage: When the male connector plugs into the female connector pins 240 plug into sockets 160.The pinsocket connection area is in close proximity to active circuit 200 and therefore cancellation of magnetic fields by circuit 200 effectively reduces the magnetic field interference in this area.Thus the electrical signals that are transferred via the connectors are effectively protected from magnetic field interference.
Patent claim: The method of claim 1 wherein the notification event is associated with an alert.

Related passage: Figure 1 illustrates an illustrative electronic device 100 for parameter modification of haptic effects.In some embodiments electronic device 100 is a portable handheld phone.As a user interacts with the phone andor various events occur the phone may output haptic effects to alert the user to the interactions andor events.For example the phone may determine a vibrational haptic effect when a phone call is received to alert the user of the electronic device 100 to the phone call.In addition in this embodiment the electronic device 100 receives one or more environmental conditions.
Patent claim: The method according to claim 1 wherein said step of setting a refresh rate of an ith row in the displayed content to a first refresh rate if the grayscale values of all the pixels in the ith row are lower than a predetermined value comprises causing 402 a processor to send to a display chip a refresh rate setting instruction corresponding to the ith row in the displayed content if the grayscale values of all the pixels in the ith row are lower than a predetermined value and causing 403 the display chip to set the refresh rate of the ith row to the first refresh rate in response to the refresh rate setting instruction.

Related passage: Note that the analysis regions 13c through 13h can be assigned respective conditions on which to determine the percentage.For example the image determining section 35 can i determine whether or not a first threshold value or a higher percentage of pixels of all pixels in the analysis region 13e have grayscale levels within a first range and ii determine whether or not a second threshold value that is different from the first threshold value or a higher percentage of pixels of all pixels in the analysis region 13f have grayscale levels within a second range that is different from the first range.
Patent claim: The gas turbine engine 10 of any preceding claim wherein the protuberances 118 218 318 418 120 220 320 420 are at located at a terminal end 115 215 315 415 of the recess 110 210 310 410 and the wing 114 214 314 414.

Related passage: While the present invention has been described in the context of specific embodiments thereof other alternatives modifications and variations will become apparent to those skilled in the art having read the foregoing description.Accordingly it is intended to embrace those alternatives modifications and variations as fall within the broad scope of the appended claims.
Patent claim: The adapter assembly of any preceding claim wherein the first cam assembly includes a drive shaft a worm drive operably disposed on the drive shaft a cam member and a worm gear operably disposed on the cam member.

Related passage: With continued reference to FIGS.5 and 6 adapter assembly 100 further includes first and second drive converter assemblies 130 140.Each drive converter assembly 130 140 is configured to convert rotation of respective first and second drive shafts of powered actuator device 20 and concomitant rotation of respective first and second proximal drive shafts 116 118 into axial translation of respective drive members of end effector 50.
Patent claim: The method according to claim 7 wherein when there are at least two MAC entities the third mapping is specifically a mapping between a logic channel identity and a transport channel identity or the third mapping is specifically a mapping between an RB identity and a transport channel identity or the third mapping is specifically a mapping between a logic channel identity and a MAC entity identity or the third mapping is specifically a mapping between an RB identity and a MAC entity identity or the fourth mapping is specifically a mapping between a transport channel identity and a physical entity identity or the fourth mapping is specifically a mapping between a transport channel identity and a cell identity or the fourth mapping is specifically a mapping between a MAC entity identity and a physical entity identity or the fourth mapping is specifically a mapping between a MAC entity identity and a cell identity.

Related passage: In the uplink user equipment has to signal Node B with a rate indicator message information that is necessary to decode the transmitted packets correctly e.g.transport block size TBS modulation and coding scheme MCS level etc.Furthermore in case HARQ is used the user equipment has to signal HARQ related control information e.g.Hybrid ARQ process number HARQ sequence number referred to as New Data Indicator NDI for UMTS Rel.5 Redundancy version RV Rate matching parameters etc.
Patent claim: The device of claim 6 or 7 wherein the damping circuit includes a set of impedances configured to be switched into or out of the damping circuit so as to digitally adjust an amplitude of the opposite phase field in response to a set of operational modes of the device.

Related passage: In the present example the connector terminals are arranged in a planar configuration and coils 300 and 320 are planar and parallel to the plane of the connector terminals.This configuration is useful for canceling magnetic fields that are perpendicular to the plane of the connector terminals which are often dominant in causing interference.The sense and generator coils may be disposed on a miniature Printed Circuit Board PCB that is mounted inside the connector housing adjacent to the connector terminals.
Patent claim: The oxidation catalyst for exhaust gas purification according to any one of claims 1 to 4 wherein a silicaalumina molar ratio in the zeolite is 15500.

Related passage: The conditions for the HC purifying characteristic evaluation will be given in the following.In this case the zeolite average thickness in the cell flat portion in FIG.6 indicates an average value of YRf in the catalytic layer structures shown in FIG.3A to FIG.3C.Endurance conditionsEngine exhaust amount 3000 ccFuel gasoline Nisseki dash gasolineCatalyst inlet gas temperature 650 CTest period 100 hoursPerformance evaluation conditionsCatalyst capacity for one bank threeway catalystcatalyst 20 1.3 litercatalyst of the present invention catalyst 10 2.6 literTest vehicle inline 4 cylinder 2.0 liter engine manufactured by Nissan Motor Co.Ltd.Carbon number of the hydrocarbons discharged in the engine startup contained in the catalyst inlet gasC2C3 21.0C4C6 33.0C7C9 40.0
Patent claim: The management system MS according to claim 5 characterized in that said first determiner DET1 comprises a comparator COMP to compare the consecutive MAC characters of said MAC address of said first list L1 with the consecutive MAC characters of said MAC address of said second list L2 and to determine thereby said correlation percentage C.

Related passage: The exemplary system imposes negligible overheads with respect to power management.Both the proactive and reactive techniques described later consume very little bandwidth CPU or disk resources as a result they have negligible impact on battery consumption.The exemplary system architecture shown in Figure 2 supports several functions in embodiments of the invention by using the DCs DAPs and DSes.Some of the supported functions include locating disconnected clients helping disconnected clients isolating performance problems and detecting rogue access points.
Patent claim: An apparatus for assigning an IP address to a user equipment of a mobile network said apparatus comprising a module for sending a request to connect said user equipment to a first base station of said mobile network wherein said first base station is connected to a backhaul network arranged in a certain physical topology a module for maintaining for base stations in said mobile network a mapping between the physical location of a base station in the physical topology of said mobile network and a plurality of corresponding IP addresses which may be assigned to a user equipment connected to said base station a module for sending from said first base station a reply containing an IP address derived by said first base station based on said maintained mapping to said user equipment.

Related passage: Upon transmitting the dynamic host configuration protocol DHCP request frame to the DHCP server the mobile node transmits the frame including a user identifier and password authentication information or the like in an option field of the frame.
Patent claim: The oxidation catalyst for exhaust gas purification according to any one of claims 1 to 3 wherein a total amount of the refractory inorganic oxide and zeolite is in the range of 1250g per 1L of the catalyst.

Related passage: More particularly the catalysts prepared by EXAMPLES 1 to 22 are controlled such that a volume occupying rate of the zeolite layer in which the zeolite thickness in the cell flat portion is in excess of 50 m exceeds 50.Thus it can be understood that the optimization of the zeolite layer and the metalbased layer can be achieved according to such coating layer structure and also HC adsorption desorptionpurification cycles can be effectively accomplished.
Patent claim: The method of claim 10 wherein the mapping and storing the Xray imaging regions further includes displaying a graphical object which has a shape of the target and is configured to receive the selection related to the Xray imaging region for one of the Xray imaging protocols and displaying an imaging window designating the Xray imaging region by overlapping the imaging window on the graphical object.

Related passage: The control member 50 displays the image 43 of the Xray irradiation region in the image 42 of the object 3 such that the image 43 of the Xray irradiation region overlaps the image 42 of the object in step 220.
Patent claim: The method of claim 1 wherein regulation of the TX current is achieved by changing a transmitter supply voltage or a transmitter internal resistance.

Related passage: As an example the aboverecited method is initiated by an initial contact with a transponder 108 and results in the controller 276 generating an initial bias instruction signal.The controller 276 outputs the initial bias instruction signal to the variable voltage source 284 which sets an initial tuning bias signal at an initial preferably nominal voltage value in response to the initial bias instruction signal.The variable voltage source 284 outputs the initial tuning bias signal to a variable capacitance circuit.The signal driver 272 of the excitation signal generator circuit 248 outputs an AC drive signal to the reader antenna 220 via the tuning circuit 224 while the controller 276 measures the magnitude of the AC drive signal.It is noted that if the impedances of the reader antenna 220 and signal driver circuit 272 do not match which is a frequent occurrence the AC drive signal may be subject to environmental conditions.