bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A medical device comprising an insertion tube having a distal end for insertion into a body of a subject a distal tip which is fixed to the distal end of the insertion tube and is coupled to apply energy to tissue inside the body and which has an outer surface with a plurality of perforations formed therethrough the perforations being distributed circumferentially and longitudinally over the distal tip and having diameters between 10 m and 25 m and a lumen passing through the insertion tube and coupled to deliver a fluid to the tissue via the perforations.

Related passage: FIG.5 is a sectional view illustrating the electrode for electrosurgery which is the present invention when seen from a different angle.When the hole 22 is bored in the noninsulating region 20 of the hollow electrode 50 the number of the holes 22 is not limited.However if one hole 22 is bored since the saline solution is discharged to one direction an external force may be applied to the hollow electrode 50 due to a reaction.Such an external force may prevent the hollow electrode 50 from being located in an exact point of a target tumor tissue.Therefore preferably the holes 22 are formed in positions symmetrical about a center of the hollow electrode 50.As shown in FIG.5 two circular holes 22 having the same diameter d are positioned spaced apart from each other at 180.However the number of the holes 22 is nothing but an example.If the number of the holes 22 is n when the adjacent holes 22 are spaced apart at 360nrespectively the sum of the external forces applied to the hollow electrode 50 due to a reaction is zero in the entire holes 22.It is thus possible to relatively easily locate the hollow electrode 50 in the exact point of the target tumor tissue.
Patent claim: A video processing device characterized in that the video processing device comprises a capturing unit 110 for capturing a raw video S a noise analyzing unit 120 for obtaining a noise level of the raw video S an adjusting unit 170 for adjusting a bit rate or a resolution according to the noise level and a compressing unit 180 for comprising the raw video S according to the bit rate and the resolution.

Related passage: Next REy yT is calculated using the calculated estimated variance and DCT is performed on R to obtainAR AT.
Patent claim: The coin dispensing apparatus according to claim 2 further comprising a control circuit wherein under control of the control circuit the guide member is located at the guiding position and the passage blocking member is located at the nonblocking position and thereafter the disk is started to be rotated dispensing the coins and the guide member is moved to the nonguiding position and the passage blocking member is moved to the blocking position while simultaneously the rotating the disks thereby stopping dispensing of the coins.

Related passage: Moreover interlocking between the projection 75 and gate member 50 is not limited to mechanical interlocking and may be electrical interlocking for interlocking them by adjusting the driving timings of these even in the case where the projection 75 and gate member 50 are respectively driven by different driving sources.
Patent claim: The portable device of claim 11 wherein the portable device is configured to display an image related to the external event on a screen.

Related passage: The following embodiments are used for illustrating the details of sharing hardware device two operating systems executed on a mobile device.FIG.3 is a flowchart of a method for sharing a hardware device according to an embodiment of the present invention.Referring to FIG.1B and FIG.3 this embodiment is an exemplary communication flow from the common hardware module 150 to the nonembedded OS 110 or the embedded OS 130 when the touch screen 162 is touched by the user.When the touch screen 162 is touched by the user the touch screen 162 triggers a hardware IO interrupt to notify the EC 153 step 305.The EC 153 obtains the coordinates of the touch from the touch screen 162 which includes the X and Y coordinates and the pressure of the touch step 310.Next the EC 153 checks which OS is the current owner of the common hardware module 150 step 315.If the nonembedded OS 110 is the owner the flow goes to step 320 otherwise the flow goes to step 350.
Patent claim: The stator vane according to any preceding claim wherein the notch 54 154 is generally perpendicular to a trailing edge chord reference line.

Related passage: For reasons of aerodynamic and mechanical efficiency the flange 40 and member 34 on the gas path side of the vane are blended smoothly from thier maximum dimension into the airfoil surface of the movable vane section.This blending is achieved by means of a curved surface generally indicated at 42 in Figure 4.This curved surface42 tapers into the vane width in a radially inward direction and runs out towards the trailing edge of the movable vane section 16.In this manner abrupt changes in the shape of the airfoil surface which could lead to discontinuities and stress concentrations are avoided.The flange 40 stiffens the vane in particular its torsional stiffness and raises the basic resonant frequency above the engine range thereby avoiding excitation.The flange taper and gradual blending of the undersurface of the flange into the vane airfoil surface help to avoid stress raising or stress concentrating features by gradually taperingin ie distributing forces acting on the vane and spindle.Similarly the chamfered surface 36 of member 34 tapersin stresses and avoids stress raisers such as sharp corners in region subject to high forces.
Patent claim: The method of any one of Claims 4 to 6 wherein the first routing table comprises a first attribute of a particular attribute type the third routing table comprises a second attribute of the particular attribute type the third routing table comprises a community value indicating to ignore the particular attribute typeestimating that the first server computer is as close to the client computer as the third server computer is to the client computer based at least in part on ignoring the first attribute and the second attribute.

Related passage: The request is issued by the user simply by selecting one URL for a given metacontent.When an end user click on this URL the redirection server of the CDN is provided with the information displayed in box 20 of figure 2 that isIPA IP address of the end user AMCA metacontent requested by user A IA information on the user A.
Patent claim: The device according to claim13 wherein some of the first powder bodies 52 are in contact with at least either of the firstinterconnect unit 21 and the second interconnect unit 22 via the second powder bodies 57.

Related passage: Here use of a metal being reflective to light emitted from the light emitting layer 13 as the discontinuous metal film 58 allows the composite resin to be lightreflective.The lightreflective metal like this can be based on for example silver aluminum platinum or the like.
Patent claim: Induction hob according to anyone of the preceding claims wherein the second monitoring point 24 is the electricalconnection between the induction element 21 and a capacitor 22 said capacitor 22 being directly coupled with the induction element 21 wherein said induction element 21 and said capacitor 22 forming a resonant oscillating circuit 25 of the induction hob 1.

Related passage: An example of a method for realtime deadtime readapting is given in figures 13a to 13d.There the nominal value for the deadtime is 2.2useconds and the frequency range of PWM power transistor is between 20KHz and 50KHz.As explained before during normal cooking process the more the induction pot is getting hot the more PWM drive frequency should be reduced for guaranteeing a constant power supply.In case the induction cooktop is supplied a power close to the nominal the actual PWM drive frequency gets closer to the resonance and thus coil current phase delay against output voltage Vd is reduced towards zero.Thats the main cause that coil current zero crossing occurs during the deadtime time interval.In the example of figures 13a13d the output voltage Vd is used as the signal for detecting nonZVS occurrences.
Patent claim: The microwave heating apparatus according to any one of the preceding claims wherein the measuring device is adapted to measure an amplitude of microwaves reflected back towards the microwave source for each of the plurality of transmission lines for deriving an impedance value.

Related passage: Further in these microwave heating devices using the semiconductor elements as the microwave generating part there is a device in which on the preliminary stage before the actual heating operation is performed a frequency at which the reflected power becomes minimum is searched for within a prescribed frequency band and stored and the heating operation is performed at the stored frequency.However with such a microwave heating device since the heating operation is performed at the previously stored frequency even in a situation where the behavior of the reflected power varies due to the state of the load being varied during heating it cannot address the reflected power of a value that may destroy the semiconductor element or variations in the reflected power occurring during the heating operation.
Patent claim: The method of claim 1 or 2 further comprising the portable electronic device 306 determining speeds traveled by the sport ball 106 at a plurality of time periods after the impact based on the motion data the portable electronic device 306 determining rates of spin by the sport ball 106 at the plurality of time periods after the impact based on the motion data.

Related passage: Actual sensors that may be capable of measuring these parameters may include but are not limited to a pedometer a pulsimeter a thermometer an altimeter a pressure sensor a strain gage a bicycle power meter a bicycle crank or wheel position sensor a magnetic sensor an angular momentum sensor e.g.a gyroscope a resistance sensor or a force sensor.
Patent claim: A method as claimed in claim 1 further comprising receiving in the first apparatus an instruction to act as an access point in the second access network and configuring in response to the instruction the access point.

Related passage: In the prior art different types of radio user terminals with multiple radio interfaces are known.One or more first radio interface provided in the user terminal are compliant with one or more first network standards.A further radio interface provided in the user terminal is compliant with a further network standard.The definition of a network standard includes a set of carriers on which the user terminal compliant with this standard is supposed to work.
Patent claim: A cartridge disposed on each of floors of a drug dispensing apparatus and connected to each of a plurality of drug dispensing boxes the cartridge comprising a cartridge housing comprising a lower housing supporting the drug dispensing box and a rear housing restricting entry of the drug dispensing box by a predetermined distance a rail disposed along an entry path of the drug dispensing box on the lower housing and a first data transmittingreceiving terminal connected to the drug dispensing box to transmitreceive data.

Related passage: The locking mechanism serves to prevent an unauthorized user from taking out the medicine products M.The lockingmechanism includes a discharge locker 410 to lock operation of the medicine discharge mechanism 310 that opens or closes the discharge hole 15 of the medicine cartridge 10 a cover locker 430 to lock the cover 14 that covers the entrance opening 13 of the medicine cartridge 10 and a cartridge locker 450 to lock the medicine cartridge 10 once the medicine cartridge 10 is mounted on the cartridge mount 20.
Patent claim: The electrode assembly 10 400 as claimed in any of claims 1 to 7 wherein the inner uncoated region 12c is on the negative electrode 12 or wherein the inner uncoated region 410c is on the positive electrode 410.

Related passage: In one embodiment a first electrode 110a shown in FIGS.3A and 3B is equivalent to the first electrode 110 of the abovementioned embodiment except that the first active material coated portions 113 and 114 are not located on upper and lower portions 118a and 118b that are two edge portions of the first electrode 110a.Upper and lower portions 118a and 118b do not include the rollstarting androllfinishing ends 115 and 116 among four edge portions of the first electrode 110a and define upper and lower noncoated portions 119a and 119b.
Patent claim: The mobile terminal100 of one of any claims 1 2 and 4 wherein the controller180 is further configured to edit the object based on received input.

Related passage: Referring to FIG.2 the RF module 170 transmits and receives a wireless signal to and from the mobile communication BS through antenna.The RF module 170 receives a signal from the controller 110 through the baseband processor 160 modulates the received signal and transmits an RF signal through the antenna.The RF module 170 demodulates a wireless signal received through the antenna and provides the demodulated signal to the controller 110 through the baseband processor 160.The baseband processor 160 processes a baseband signal transmitted and received between the RF module 160 and the controller 110.
Patent claim: The surgical access assembly of claim 2 wherein the adapter has a flange at both its ends preferably wherein the adapter extends proximally above a flange at the proximal end of the access port andor wherein a flange at the distal end of the access port engages an internal recess defined by the flange at the distal end of the adapter.

Related passage: Referring now to FIGS.1 and 2 housing member 102 may define an hourglass shape as shown and a longitudinal passage 120 extending therethrough for substantially sealed reception of inner member 104.Either one of both of the housing member 102 and the inner member 104 may include a structure e.g.a lip a ring a groove etc.for helping to maintain the relative position of the two components.Trailing and leading ends 108 110 may define flange segments which may be integrally formed with housing member 102.As best depicted in FIG.1 when inserted within the tissue tract T housing member 102 is adapted to establish a substantial seal within the tract T i.e.with the tissue surfaces defining the tract T.Housing member 102 may be made from a disposable compressible andor flexible type material for example but not limited to a suitable foam or gel material having sufficient compliance to form a seal about one or more surgical objects and also establish a sealing relation with the tissue.The foam is preferably sufficiently compliant to accommodate off axis motion of the surgical object.In one embodiment the foam includes a polyisoprene material.In embodiments the material may be elastomeric.
Patent claim: The process according to any preceding claim wherein the wash temperature is 30C or below.

Related passage: With reference to Figure 3 according to the present invention said access opening 6 of the drum 5 terminates frontally with a rim 11 that is separated relative to the front flange 9 of the same drum by an elongated cylindrical configuration 12 and notas usual in the prior art see Figure 2with a circular edge 10 of a minimum thickness that joins directly with the front flange 9 of the drum.
Patent claim: The resin according to claim 3 wherein the second powder bodies 57 contain at least any of iron silicon antimony boron gallium vanadium zinc magnesium thorium neodymium and yttrium.

Related passage: Here use of a metal being reflective to light emitted from the light emitting layer 13 as the discontinuous metal film 58 allows the composite resin to be lightreflective.The lightreflective metal like this can be based on for example silver aluminum platinum or the like.
Patent claim: The personalization service system according to claim 2 wherein theSTB 120 determines a current favorite TV channel for the TV terminal with the favorite TV channel of the user terminal 110 which is currently paired with the STB 120.

Related passage: The method of transmitting and receiving data according to an embodiment has been described above with reference to Figs.5 to 9 as an example when the display device 100 and the mobile terminal 200 share the photograph but the presentinvention is not limited thereto.The display device 100 and the mobile terminal 200 may share various contents such as a moving image music an application contact information a video streaming service video call a game and news in addition to the photograph.
Patent claim: The method as claimed in claim 1 wherein the raw video is stored in a memory of the electronic device.

Related passage: As already explained above the event log includes event codes and a time at which the corresponding events represented by those event codes occurred in the football match.Correspondingly when the cameras 1 2 and 3 recorded the football match the recordings may be generated with respect to a temporal reference such as a match clock or real time.Thus as a first operation the ingestion processor aligns the time reference with respect to which the event codes were logged with respect to the match clock used as a temporal reference for the continuous recordings produced by the cameras 1 2 and 3.If the event code and the recordings were made with respect to the same temporal reference such as a match clock or realtime then this temporal alignment may not be necessary since the accuracy of the time of recording the event codes with respect to the time of the recording the performance need not be high.The ingestion processor then reviews the event log and for each event code which is identified by sequentially parsing the event log performing appropriate actions specified by the editing action list 38 to take corresponding sections of the recording produced by each of the cameras identified as corresponding to the time at which the event code was logged with respect to the time of the recording and providing a corresponding section of the recording to form an edited highlight summary automatically.Figure 4 provides an example of the editing action list 38.
Patent claim: The indoor unit according to claim 1 wherein an extension part 267 disposed at a position that corresponds to the LED 442 and protruding along an extension line of the LED to disperse the light emitted from the LED is further disposed on an inner surface of the window insert 266.

Related passage: On the surface of the halfmirror film 15 facing the light source 6 a predetermined pattern 12 is formed.The pattern 12 is formed by forming a layer having a low lighttransmittance substantially all over the surface except for the portion corresponding to the pattern 12 for example by forming an opaque film 16 made of a material having a black or like color by vapor deposition or sputtering or by affixing an adhesive sheet.In this way the portion corresponding to the pattern 12 is given a higher light transmittance than the remaining portion so as to transmit more of the light emitted from the light source 6.Fig.9 shows an example of this structure.When the letter L is formed as the pattern 12 it is displayed as reference numeral 12b indicates as an L in which light is transmitted inside the shape of the letter in Fig.9 hatching indicates portions that are illuminated brighter than the surrounding portion as a result of light being transmitted.
Patent claim: The method of claim 12 further comprising automatically installing the recommended application included in the recommendation information.

Related passage: According to the embodiment the user identification module 234 is described as extracting face data from an image of a user who is viewing a program captured by the camera 60 external environmental information and identifies the user by face recognition based on the face data however this is by way of example and not of limitation.The user identification module 234 may obtain voice data of a user who is viewing a program from external environmental information and identify the user by voice recognition based on the voice data.
Patent claim: An apparatus for receiving system information in a wireless communication system comprising a receiving unit for receiving system information configuration information and for receiving system information in predetermined subframes of a radio interface and a control unit for determining the predetermined subframes according to the received system information configuration information and for controlling the receiving unit to receive the system information in the predetermined subframes wherein the system information configuration information includes a subframe scheduling field with a plurality of bits each bit being associated with a subframe and representing whether or not system information is to be received in that subframe.

Related passage: Moreover the transmission timing determination unit 11 is configured to determine a radio frame with a frame number SFN satisfying SFN mod TkT0Xk as a transmission radio frame for the kth different type of system information.Here Tk is the transmission cycle of the kth different type of system information and Xk is the timing offset for the kth different type of system information from the transmission radio frame of the first type of system information SI1.
Patent claim: The apparatus as claimed in claim 4 wherein the controller when the connected external device is a predefined external device stores device information of the connected external device in the second storage when an operation mode of the image forming apparatus is converted to a power saving mode.

Related passage: Referring to FIG.1B the image forming apparatus 100 may include a USB interface unit 110 a control unit 120 a first memory unit 130 a second memory unit 140 and a power supply unit 150.Among the components of the image forming apparatus 100 of FIG.1B detailed description of components overlapping the image forming apparatus 100 of FIG.1A is not repeated.
Patent claim: The method of claim 10 wherein the measuring of the biometric information based on the at least one second sensor comprises accumulating a number of failures when the measurement of the biometric information fails anddeactivating the at least one second sensor when a cumulative number of failures satisfies a selected condition.

Related passage: The motion sensor 210 outputs a data value according to the motion of theelectronic device 101.The motion sensor 210 includes an acceleration sensor 211 which may be a biaxial X axis Y axis acceleration sensor or a triaxial X axis Y axis Z axis acceleration sensor.
Patent claim: The portable electronic device 200 of any preceding claim wherein the feedback module 240 is adapted to move the display 206 in a direction normal to a surface of the display 206.

Related passage: Fig.9A is a plan view showing the input apparatus viewed from the display side.As shown in Fig.9A a transparent panel 6 is disposed on the display surface.The transparent panel 6 is made of glass acrylic resin or the like.The transparent panel 6 is encased in an outer casing 7.For reference Fig.9A shows mounting positions for piezoelectric actuators 3 and flexible boards 4.According to this embodiment the flexible boards 4 are disposed on the longer side of the display surface.Two piezoelectric actuators 3 are disposed on one flexible board 4.
Patent claim: The method of claim 1 wherein identifying the voltage source as the internal battery power in step b is followed by selectively keeping the state of use of the hardware and continuing the step of identifying the voltage source.

Related passage: As to CPU control by the method a the power consumption can be reduced by minimizing the clock frequency and supply voltage for the CPU.For example by automatically setting an optimum clock frequency and supply voltage according to a use condition of the apparatus or by limiting the processing speed of the CPU for the purpose of power saving the battery operation time can be extended.