bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method of claim 11 further comprising placing a second intermediate grounding terminal hg32 FIG.12 so as to form a first front section sa31 in the head section extending from the feed terminal to the second intermediate grounding terminal along the loop and a second front section sa32 in the head section extending from the second intermediate grounding terminal to the intermediate grounding terminal along the loop without overlapping the first front section wherein during a third operation mode the first front section is further capable of supporting a fourth electromagnetic resonance shown by 1640 FIG.13c with two antinodes respectively at the feed terminal and the second intermediate grounding terminal and the second front section and the intermediate section are further capable of jointly supporting a fifth electromagnetic resonance shown by 1650 with two antinodes respectively at the second intermediate grounding terminal and the tail grounding terminal.

Related passage: As shown in FIG.6 component 42 may be implemented using a resonant circuit.The resonant circuit may include electrical components such as resistors inductors and capacitors.In the illustrative arrangement of FIG.6 component 42 has parallelconnected components such as inductor 54 and capacitor 56.This is merely illustrative.Resonant circuits for forming components 42 may be formed using one or more seriesconnected resistors capacitors andor inductors one or more parallelconnected resistors capacitors or inductors or any other suitable network of electrical components that exhibit impedance values that vary as a function of frequency.The components of resonant circuit 42 may as an example be selected so that resonant circuit 42 exhibits an impedance in one operating band e.g.a lowfrequency communications band that is at least ten times its impedance in another operating band e.g.a highfrequency communications band.
Patent claim: The electronic device according to claim 10 wherein the first touch and the second touch overlap at least partially in time when the first touch and the second touch are singlegesture associated.

Related passage: The camera 20 captures a still image and a moving image by an image pickup device such as a CMOS Complementary Metal Oxide Semiconductor sensor and a CCD Charge Coupled Device sensor.The captured data is stored in the RAM 12 or the flash memory 13 or transmitted to other apparatuses on the network via the communication portion 14.
Patent claim: The assembly according to claim 5 wherein the polygon is a tetragon.

Related passage: As illustrated in FIG.4 MEA 5 includes membrane 5A and a pair of electrode layers 5D.Membrane 5A has a first surface and a second surface opposite to the first surface and electrode layer 5D as an anode electrode layer formed on the first surface and electrode layer 5D as a cathode electrode layer formed on the second surface constitute an electrode portion.Electrode layer 5D includes catalyst layer 5B formedon membrane 5A and diffusion layer 5C covering catalyst layer 5B.Frame body 6 is formed of first frame body 6A second frame body 6B and third frame body 6C.
Patent claim: An apparatus for controlling a state of a terminal screen wherein the terminal comprises a first human body communication component 21 connected with a metal structure 22 on a surface of the terminal the apparatus comprises a determination unit 71 configured to determine a realtime state of the terminal screen as a first state a sending unit 72 configured to generate a first electromagnetic signal corresponding to the first state and send the first electromagnetic signal to the metal structure 22 via the first human body communication component 21 such that the first electromagnetic signal is transmitted via a skin of a user a receiving unit 73 configured to receive by the first human body communication component 21 via the metal structure 22 a second electromagnetic signal returned according to the first electromagnetic signal by an associated wearable device and a switching unit 74 configured to if the second electromagnetic signal comprises state switching information of the terminal screen switch the realtime state from the first state to a second state.

Related passage: If in the portable terminal of Fig.10a the processing at the service terminal of Fig.8 is executed and the using configuration is such that a portable telephone as a service terminal is used by plural persons user identification data is transmitted from a portable equipment such as a wrist watch to a portable telephone through the body of the user 30 to permit the portable telephone to be used only if authenticity of the ID for authentication.The service at step 806 of Fig.8 in this case is the setting processing to a call enabling mode.A telephone number list corresponding to the ID for authentication may be demonstrated in a display area of the portable telephone.If in the case of a display equipment such as PDA shown in Fig.10b online shopping is to be performed it may be envisaged to use the above configuration as a system for performing authentication with a service provider for settlement using the ID for authentication as a base.
Patent claim: The video processing method according to claim 1 further comprising obtaining an object detecting signal wherein in the step of adjusting the bit rate or the resolution the bit rate or the resolution is adjusted according to the noise level and the object detecting signal.

Related passage: FIGS.8A through 8C are block diagrams illustrating the structures of a motion image encoder in which approximated generalized Wiener filtering is performed on an intra block.Theencoders of FIGS.8A and 8C filter an intra block in a DCT domain and perform quantization and variable length coding VLC on the filtered intra block without inverse DCT IDCT.
Patent claim: Detergent supply system 5 35 55 65 105 for a laundry washing machine 1 comprising a mixing chamber 6 56 86 106 suitable to receive detergent D and water W and comprising a mixing device 20 40 100 suitable to mix said detergent D and said water W in said mixing chamber 6 56 86 106 to form a washing solution S characterized in that said detergent supply system 5 35 55 65 105 is suitable to be installed inside said laundry washing machine 1 and comprises an inlet 7 57 87 107 accessible from outside of the laundry washing machine 1 for the insertion of said detergent D and an outlet 14 94 for delivering said washing solution S.

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: A method according to either of claims 9 or 10 comprising the step of providing a first adhesive application unit 148 and applying an adhesive to the supporting sheet 16 prior to deposition of the absorbent material 100 thereon andor comprising the step of providing a second adhesive application unit 158 and applying an adhesive to the absorbent structure prior to removing it from the first moving endless surface 30 or immediately subsequent thereto.

Related passage: Said receptacle 33 of said second moving surface may have a first average width dimension and said supporting sheet 200or said part thereof that is on said receptacle 33 has a second average width dimension and the ratio of said first to said second average width dimension is at least 11.2.
Patent claim: Method according to claims 9 and 10 wherein the application 25 is paused or deactivated when the presence of the first device 1 near the second device 2 is detected.

Related passage: Furthermore in one embodiment of the first aspect determining a validity of the second data set may include determining an amount of data missing in the second data set wherein the second data set is determined to be invalid when a threshold amount of data is missing from the second data set.
Patent claim: The device of claim 8 or 9 further comprising a sensor configured to sense a position of a user wherein the controller is configured to apply the sound setting based on the sensed position of the user and the obtained curvature.

Related passage: The image data and the sound data from various sources are distributed via the distributor circuit 207 i.e.the image data are distributed to the first imageadjusting circuit 208 and to the second imageadjusting circuit 209 and the sound data are distributed to the soundadjusting circuit 210.The various sources are CDMD replay unit 201 radio receiver unit 202 TV receiver unit 203 DVD replay unit 204 HD replay unit 205 and navigation unit 206.The first and second imageadjusting circuits 208 and 209 adjust the brightness of the image color tone and contrast and the thus adjustedimages are displayed on the display unit 7 through the image output unit 211.The soundadjusting circuit 210 adjusts the distribution sound volume and tone qualityto each of the speakers and the adjusted sound is output from the speakers 16.
Patent claim: The method of claim 1 further comprising pitching each blade into a pitch angle wherein both root moment and root shear loads of the blade are within respective load valleys on a graph of those respective loads verses wind direction.

Related passage: As can be seen in Fig.2 the wind turbine blades 1820 of the wind turbine 10 are forwardswept wind turbine blades in that the blades are shaped such that the tip ends 18b20b of the blades 1820 point away from the wind turbine tower 12 the tip ends of the blades are swept relative to the central longitudinal axis of the blades.Such forwardswept blades can be used in wind turbines to ensure that there is an adequate tiptotower ratio for operation of the wind turbine.
Patent claim: Method for establishing a dual connectivity between a user equipment 1 and a master evolved Node B 2 and a secondary evolved Node B 3 said method comprising i a first step S1 during which said master evolved Node B 2 chooses at least one secondary evolved Node B 3 because it wants to offload a data rate requested by said user equipment 1 ii a second step S2 during which said master evolved Node B 2 sends a resource request comprising data defining at least complementary radio resources to be allocated ERAB parameters TNL address information corresponding to a user plane option capabilities of said user equipment 1 current radio resource configuration for said user equipment 1 and a history cell information of said user equipment 1 to said chosen secondary evolved Node B 3 and iii a third step S1 during which said chosen secondary evolved Node B 3 determines from said data contained into said received resource request and from its not yet allocated radio resources if it can allocate said requested complementary radio resources to said user equipment 1 and how to set corresponding radio parameters.

Related passage: In this operation example the cell1 being a PCell judges that the cell2 being a SCell candidate can be used as a SCell and then moves to Step ST1508.
Patent claim: The inflatable wrap with automatic tightness detection as claimed in claim 1 wherein the sensor element is configured as a strip sensor extended parallel to a longitudinal direction of the wrap strap and the output element being aligned with an optimal position on the strip sensor according to a patients body size to provide an alignment sensing function so as to ensure the wrap strap is properly wrapped around a selected area on the patients body.

Related passage: Fit may be indicated to a user by several means.In an embodiment a visual indicator is employed.Referring to FIGS.2 and 3 and as best illustrated in FIG.5 a light emitting diode LED panel 502 is formed on the garment 202 and operatively connected to controller 244.The panel 502 comprises multiple LEDs 510AD each corresponding to one of the capacitive sensors 224AD.As the RF signal from sensor 224A for example reaches its acceptable value the corresponding LED 510A lights up to indicate acceptable fit.The user adjusts fasteners 204AD 212AD near the sensors 224AD until all the LEDs 510AD are lit indicating that proper fit of the garment 202 has been achieved.The LEDs 510AD may be arranged in any manner on the display panel 502.A graphical overlay for example provides a visual indication mapping the location of each of the LEDs 510AD to sensors 224AD.FIG.3 illustrates a preferred arrangement where LEDs 510AD are arranged to visually aid the user.In an alternative embodiment the LED panel may be formed on the controller itself.In yet another embodiment the visual indicator is integral to the controller such as an LCD display on the body of the controller that may also include other controller features.
Patent claim: The method of claim 9 wherein the loop filter transfer function is a transimpedance type corresponding to be compatible with the phase detector gain and the tuning gain of the adjustable frequency source.

Related passage: From the above we may conclude that for a practical PLL the numbers nd ni nz and np are given in the following tableType nd ni1 nz npI 0 1 0 01 typicalII 0 2 101 typicalIII 0 3 202 typical
Patent claim: A communication device 11 comprising a controller 240 configured for operating the communication device 11 in a locked state or an unlocked state a communications subsystem 211 a display 204 for displaying an interface 500 on the communication device 11 while the communication device 11 is in the locked state the interface 500 including an option 510 to join a scheduled conference call an input device 206 for receiving an input for selection of the option 510 while the communication device 11 is in the locked state and wherein the controller 240 is further configured for unlocking thecommunication device 11 to the unlocked state and sending a communication to a second communication device for establishing a conference call session.

Related passage: Examples of alphanumeric strings indicating wireless coverage required for new appointment 1402 of FIG.15 are shown within location field 1504 of FIG.15 with example string conference call associated with appointment subject Singapore Design Center 1502 of FIG.15 and within telephone number field 1506 of FIG.15 where a ten digit number is entered.Similar fields associated with any new appointment may include an Internet address email address user or group names associated with chat groups or like information indicating wireless coverage required for the new appointment.In FIG.18 for example a task 1804 Discuss Marketing Potential of a task application is shown and associated with a date and time 1802 as well as notes 1806 which indicate that a group chat session for a chat group 1808 Johns Group.
Patent claim: A system including an introducer according to any preceding claim and an endoluminal prosthesis loaded on the introducer.

Related passage: A configuration of the stentgraft deployment system 10 includes a tapered tip 12 that is flexible and able to provide trackability in tight and tortuous vessels.The tapered tip 12 can include a lumen 14 allowing for passage of a guidewire for example.Other tip shapes such as bulletshaped tips could also be used.
Patent claim: A hub according to any of claims 3 to 5 wherein the front and rear bearing seats have an identical number of connection points.

Related passage: Figure 3 illustrates a perspective view of the hub 10 according to an embodiment in which the inner stiffening structure 11 comprises three openings 12 in figure 3 only two openings are visible equidistantly spaced apart.The inner stiffening structure 11 may be coaxially arranged around the portion 31 of the frame extending forward into the hub 10 between a front end and a rear end of the hub shown in figure 2.The stiffening structure 11 may have a tapered shape like the portion 31 of the frame around which it is arranged.The manhole 33 provided in the upper side of the portion 31 of the frame extending forward into the hub 10 and the openings 12 provided in the inner stiffening structure 11 may have an elliptical shape.In use when the hub 10 is in an appropriate position e.g.shown in figure 3 the manhole 33 arranged in an upper side of the portion 31 of the frame extending forward into the hub 10 may coincide with one of the openings 12 of the stiffening structure 11.
Patent claim: The light bar structure 10 as claimed in claim 9 wherein the connector 302 is connected to the circuit board 100 by soldering.

Related passage: As illustrated in FIG.17 the plurality of lightemitting devices 11 are arranged and mounted on the mounting pads 15a of the substrate 10 in a manner to form rows in a direction perpendicular to the longer direction of the substrate 10.As illustrated in FIG.15 the plurality of rows of the lightemitting devices 11 are arranged at regular intervals along the longer direction of the substrate 10.Six pieces of the lightemitting devices 11 are arranged at regularintervals between each of the power supplying posts 18a of the power supplying conductor 18 in the upper part of FIGS.15 and 17 and each of the power supplying posts 18a of the power supplying conductor 18 in the lower part of the drawings.As illustrated in FIG.15 18 rows of the lightemitting devices 11 are formed in the longer direction of the substrate 10.This means that the lightemitting devices 11 are arranged in 18 rows each including six pieces.
Patent claim: A mobile terminal comprising a body a camera a touchscreen provided to the front side of the body and having a plurality of corners and a controller configured to operate the camera to capture an image upon reception of a first drag input applied to a first corner of the touchscreen and dragged to a center of the touchscreen.

Related passage: The element may be selected by ending or releasing the gesture.Optionally the preview information associated with the element is displayed when the gesture ends.Alternatively an element may be selected by changing thedirection of the gesture to a direction other than the direction opposite the original direction or reverse direction.When the gesture direction is reversed and the gesture ends at the origin point a selection is not made.
Patent claim: A gas turbine component according to any one of claims 1 to 3 wherein the thickness of the environmental barrier layer 13 is from 0.05 to 0.1 mm.

Related passage: In view of the above the process of this invention produces a protective deposit capable of increasing the temperature capability of a TBC by reducing the vulnerability of the TBC to spallation and the underlying substrate to corrosion from CMAS contamination.As a result of the type of precursor used and the process by which the precursor is applied the protective deposit can be formed so as to not only cover the surface of the TBC but also extend protection into subsurface regions of the TBC where resistance to CMAS is also important for longterm resistance to CMAS contamination.
Patent claim: A device according to claim 4 wherein the transceiver is an electrical transceiver configured to determine an output electrical signal of the transceiver on the basis of the polarity of the excitation signal when the device is in the first operational mode and to detect the polarity of the excitation signal on the basis of an electrical signal received at the electrical transceiver when the device is in the second operational mode.

Related passage: Fig.1 is a block diagram showing example connection relationships between a resolverdigital RD converter 30 a current buffer 20 and a resolver 10 according to the present embodiment.
Patent claim: An injection molding apparatus comprising a plurality of motors including a moldopeningclosing motor a driving unit configured to drive the motors a feeding path a feeding unit configured to supply power via the feeding path to the driving unit an electric storage a detecting unit configured to detect a driving state of the moldopeningclosing motor and a power transfer unit configured to control power transferred from the feeding path to the electric storage based on the detected driving state of the mouldopeningclosing motor.

Related passage: The power accumulating device 3 according to the embodiment supplies a large electric power instantaneously to a servo amplifier in place of the ACDC converter 2 in the injection process requiring the largest power among the respective processes for the molding.The power accumulating device accumulates an electric power during a processes requiring a relatively small amount of electric power.An inputoutput power PBNK isshown by numerals 47 and 48 in Fig.5E wherein numeral 47 represents the power outputted to the outside from the power accumulating device 3 and numeral 48 represents the power supplied from the outside to the power accumulating device 3.In the figure a positive power represents a power outputted to the outside from the power accumulating device 3 and a negative power represents a power supplied to the device from the outside.A portion shown by a numeral 47 has the same shape as the graph shown by the numeral 41 and a portion shown by a numeral 48 is a small negative power.Since an amount of electric power to be outputted and an amount of electric power to be accumulated is same an area surrounded by the graph shown by the numeral 47 and the time axis is same as an area surrounded by the graph shown by the numeral 48 and the time axis.An electric power supplied from the external threephase AC power supply PW that is an input power PIN is obtained by subtracting an inputoutput power PBNK of the power accumulating device 3 from the sum of powers PI PR PM PE required in the respective processes.Fig.5F shows a graph of the input power PIN.Although the power necessary for the injection process is cut as shown by a numeral 41 a power required during a time period other than the injection process is not so large as shown by the numeral 49.
Patent claim: A method according to claim 7 wherein the flue gas in step a comprises 89CO2.

Related passage: A second portion 422 of the reduced temperature exhaust gas 418 is directed into a first flow path 424 of a carbon dioxide separation system 426.A sweep fluid 428 is directed along a second flow path 426.A separator 20 for example a membrane is positioned between first and second flow paths 424 426 for separating the first and second flow paths 424 426 and for promoting carbon dioxide transport therebetween along the path of the arrows.A lowCO2 content flow 427 is directed out of first flow path 424 to be recycled or released to the atmosphere and a highCO2 contentflow 430 is directed to a carbon dioxide separation unit 432 to separate and isolate the CO2 434.
Patent claim: The method of one of claims 9 to 13 further comprising displaying the enumerated condition to a Human Machine Interface HMI of the host computer and logging the enumerated condition to a database of the host computer.

Related passage: The system 10 may include additional computers 36 coupled to the plant data highway 34 that may execute alarm viewers 80.The alarm viewers 80 may enable a user to view and interact with the alarms processed by the alarm server 70.The computers 36 may each include a memory 82 and a processor 84 for executing the alarm viewer 80.Additionally in some embodiments the alarm viewers 80 may be executed on the computer 28 or any of the computers described above in FIG.1.The alarm server 70 may communicate with the alarm viewers 80 using any suitable alarm data protocol interpretable by the alarm viewers 80.