bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An article comprising a machinereadable medium that contains instructions which when executed by one or more processors result in performing operations comprising the method of any of claims 8 to 14.

Related passage: In a first embodiment of the present invention the Tx Controller 220 FIG 2 first establishes when the longrange radio will commence to transmit and when the longrange radio will discontinue to transmit.This information is forwarded from the LRTx Controller 205 to the Tx Controller 220.Next the Tx Controller 220 forwards this information to the SRTx Controller which controls the SRSPU 211 andor the SRTx 212 such that the shortrange radio defers from transmitting during the periods when the longrange radio is transmitting i.e.simultaneous transmission is prevented.This method of operating a dual radio communication device is further illustrated in FIG 9.Preferably the shortrange radio defers from transmitting from a first point in time before the longrange radio commences to transmit illustrated by t1 in FIG 5b up to a second point in time after the longrange radio discontinues to transmit illustrated by t2 in FIG 5b.A timewindow from t1 to t2 is thereby defined during which transmission by the shortrange radio is avoided.This method of operating a dual radio communication device is further illustrated in FIG 10.FIG 5a FIG 5b and FIG 5d show timing diagrams illustrating the operation of the first embodiment.In FIG 5a the power supply voltage Vdd in FIG 5b transmission by the longrange radio and in FIG 5d transmission by the shortrange radio are shown as functions of time t.In FIG 5 all timeaxes have a common timescale.In FIG 5b and in FIG 5c it is illustrated how the longrange radio transmits at the same time as the conventional shortrange radio would have transmitted the second packet labeled ii and sixth packet labeled vi as is indicated in FIG 5d.According to thefirst embodiment of the present invention the second packet labeled ii and sixth packet labeled vi are deferred and transmitted at a later slot.It should be noted that hereby the power supply voltage drop illustrated in FIG 5a will not occur at the same time as the shortrange radio transmits and thereby not affect the frequency synthesizer of the shortrange radio.For a packetswitched connection the delay of transmission by the shortrange radio constitutes no problem since it only delays the packet delivery.However for a circuitswitched connection a problem arises in that an expected packet is delivered late.This problem can be solved by introducing a FIFO FirstInFirstOut buffer in both the sending device and in the receiving device.It should be noted that only packets that may cause collisions are delayed.All other packets are transmitted according to the timing of the circuitswitched framing.In this way no accumulation delay occurs.The new scheme FIG 5d provides an isochronous flow but with buffering the isochronous flow can be transformed to a synchronous flow i.e.in average the repetition interval frame length is constant.
Patent claim: Device according to any of the previous claims wherein the device is a scanning probe microscopy device such as an atomic force microscopy device.

Related passage: Figure 5 shows a picture of a small array 2x4 of assembled individual probe modules 51.On the underside of the platform 45 cantilevers and lower parts of the handling means are visible.The tip to tip distance in this example array is about 1mm.A pitch range from 1 mm down to 50 m is of particular interest in arrays with a rectangular periodic arrangement.
Patent claim: The lens of claim 2 wherein the light incident surface is axisymmetrical with respect to a central axis of the light emitting element and the light output surface is axisymmetrical with respect to the central axis of the light emitting element.

Related passage: The light flux controlling member 2 has a lightincoming surface 2a as an internal surface an lightoutgoing surface 2b as an external surface and a bottom surface 2c that interconnects the lightincoming surface 2a and the lightoutgoing surface 2b to each other.The light flux controlling member 2a has an empty space therein and the lightemitting element 1 is provided inthat empty space.The lightemitting element 1 is a member that emits light to its surroundings with the light axis Z at a center of the light emission.The lightemitting device 1 is not particularly limited and a conventional LED chip can be used as the lightemitting element.
Patent claim: The method according to claim 9 wherein step a comprises printing punch marks 52 56 on the sheet 20.

Related passage: The information processing apparatus 10 incorporates thereinto an image processing apparatus according to an embodiment of the present invention.The image processing apparatus incorporated into theinformation processing apparatus 10 converts the PS and the PDF data those data are page description data representative of an image and correspond to an example of original image data referred to in the present invention into raster image data for printing an example of printing data referred to in the present invention.The image processing apparatus outputs the raster image data for printing to the printer 200.
Patent claim: The method of any one of the preceding claims further comprisingretrieving a current position 260 of a vehicle for which the route guidance is executed wherein said displaying is selectively executed if the retrieved current position 260 is within a predefined distance to said at least one intersection 105 1051 1052 wherein optionally a graphical representation of the current position 260 is displayed in the map view 250.

Related passage: The generation support system according to one aspect of the invention enables the operator to efficiently correct inadequacy of the data with referring to the guidance display based on the settings of the route guidance database.The guiding line of even a smooth curve may be seen as an unnatural line with an abrupt change in direction or an unnatural line excessively close to a road sign on the guidance display.The operator can adequately check the naturalness or the unnaturalness of the guiding line on the guidance display.The generation support system of the invention gives the simulation display that enables the operator to check the naturalness or the unnaturalness of the guiding line and readily specify any unnatural position of the guiding line that requires correction.This arrangement assures the efficient correction of the route guidance database.
Patent claim: The playback device of any one of claims 1 to 3 wherein the controller is further configured to determine whether the first video includes a video having an aspect ratio greater than 169 based on the black area included in the first video.

Related passage: Thus in the specific example the single source 401 device uses a fixed 169 format with primary video content having an aspect ratio higher than 169 being distributed in a letterboxed format using known standards e.g.DVD.Also the single source 401 does not include any functionality for deriving the exact aspect ratio of the primary video content and thus does not know the aspect ratio of this and accordingly cannot analyze or predict the viewing mode used by the display.
Patent claim: The resincoated carrier for an electrophotographic developer according to any one of claims 1 to 3 wherein the coating of the mixed resin is performed by dry coating.

Related passage: Above and other objects are attained by the present invention including1 A carrier for electrophotographic developer comprising carrier particles each carrier particle having at least one surfacecoating layer by resin material characterized by the surfacecoating layer containing an acrylic resin and a silicone resin the acrylic resin is in an amount ranging from 10 to 90 wt.based on the total amount of resin coating ingredients2 A carrier for electrophotographic developer according to above paragraph 1 characterized by the acrylic resin is a acrylic resin of thermoharding type 3 A carrier for electrophotographic developer according to above paragraph 1 characterized by the silicone resin is a silicone resin having condensation reactive functional groups 4 A carrier for electrophotographic developer according to above paragraph 1 characterized by the surfacecoating layer containing particles which have a particlediameter D in the range of 1ltDhlt5 in the relation of D to the layer thickness h of the surfacecoating layer 5 A carrier for electrophotographic developer according to above paragraph 1 characterized by the surfacecoating layer containing particles which have a particlediameter D in the range of 1ltDhlt5 in the relation of D to the layer thickness h of the surfacecoating layer the particles having been applied in an amount ranging 50 to 95wt.based on the total amount of coating composition ingredients 6 A carrier for electrophotographic developer according to above paragraph 1 characterized by the carrier containing particles which have a particlediameter D of the range 1ltDhlt5 in the relation of D to the layer thickness h of the surfacecoating layer the particles consisting of any one selected from aluminum oxide titanium dioxide zinc oxide and any modified one thereof which having been treated on its surface or any whose combination 7 A carrier for electrophotographic developer according to above paragraph 1 characterized by the surfacecoating layer containing carbon black material.8 A carrier for electrophotographic developer according to above paragraph 1 characterized by the acrylic resin containing carbon black material.
Patent claim: Control system according to one of the preceding claims wherein said coil control means 80 is arranged to control said movable coil 50 51 52 53 51 52 such that it can only be added to or removed from the beginning or the end of said at least two tracks 10 20 30 40 45.

Related passage: FIG.6 is a conceptual diagram showing the plane configuration of another example of the workpiece transportation system comprising the automated transport vehicles 3 and the workpiece carriers 2 as embodiment 3 of the present invention.
Patent claim: The antenna structure according to claim 1 characterized in that the antenna element 11 41 51 comprises a first operating band 31 and a second operating band 32 the first operating band 31 covers about 824 MHz to 960 MHz and the second operating band 32 covers about 1710 MHz to 2170 MHz.

Related passage: Fig.8 illustrates the effect of the invention on antenna matching in an example case.The quality of the matching is represented by the measured values of the reflection coefficient S11.Curve 81 illustrates the variation in the reflection coefficient of a priorart dualband antenna as a function of frequency and curve 82 the variation of a corresponding antenna according to the invention which has two slots in the ground plane as depicted in Fig.3.Comparing the curves one can see that in theupper band in the 1.9 GHz region the best value of the reflection coefficient improves from 8 dB to about 13 dB i.e.approximately by 5 dB.At the same time the bandwidth B increases from about 150 MHz to about 200 MHz using reflection coefficient value 6 dB as a criterion.In the lower band in the 0.9 GHz region the best value of the reflection coefficient improves by over 2.5 dB i.e.from11 dB to about 13.5 dB.At the same time the bandwidth increases perceptibly.
Patent claim: The surgical apparatus of Claim 11 wherein the performance parameter of the rotary drive system comprises gear backlash.

Related passage: In one form the trigger assembly comprises a joystick control which is similar to the joystick control 840 described above.For example as shown in FIGS.3339 the joystick control may beneficially enable the user to maximize functional control of various aspects of the surgical instrument 10 through a single interface.In one aspect the joystick control rod 842 is operably attached to the joystick switch assembly 850 that is movably housed within the switchhousing assembly 844 such that the switch housing assembly 844 is mounted within the pistol grip 26 of the handle assembly 20.The switch housing assembly 844 includes a biasing member 856 to bias the joystick switch assembly 850 and the joystick control rod 842 in a desired position when not subject to external positioning for example by a user.The joystick control 840 is electrically coupled to the control system 1400 to provide control instructions to the control system 1400.For example manipulation of the joy stick control rod 842 such as depressing or directional movement may allow the user to control various control movements associated with the surgical instrument 10 which includes actuation of the drive member 158.
Patent claim: A device as claimed in any of claims 1 to 3 wherein the cannula shaft is radiopaque the shaft preferably contains a radiopaque material the radiopaque material may be bariumsulphate barium sulphate may be present at a loading of about 20 by weight in the cannula of the device.

Related passage: Preferably the plug also has a luer threaded cap 90 that enables the plug to be connected to the introducing port 22 while the chamfer 84 seals the fluid path.Configured like this the plug can be screwed onto the luer lock 28 on the introducing port 22 while the chamfer seals the air path.
Patent claim: The method of claim 5 wherein the measuring of the biometrics comprises measuring a crownrump length CRL of the object S1223 measuring at least one among a nuchal translucency NT and an intracranial translucency IT of the object S1320 calculating a relative difference between the CRL and either the NT or the IT S1323 and displaying the measured CRL NT and IT S1330.

Related passage: In this instance the control unit 607 may adjust the generated figure template based on location information inputted by an interface unit not shown for example a point resulted from focusing on the image or based on a central point of the object searched by a center extracting unit not shown as the reference location.Here when the object is a fetus the center extracting unit may generate a central point of the object using a first specific point related to theridge of the nose of the fetus and a second specific point related to the jawbone of the fetus and may provide the control unit 607 with the generated central point of the object as the reference location.
Patent claim: System according to one of the preceding claims wherein the input module 20 is adapted to receive a userspecific evaluation value for prioritizing at least one rule of the set of rules 11 and wherein the processing unit 30 is adapted to sort the set of rules 11with respect to the priority of the at least one rule based on the evaluation value.

Related passage: FIG.7 shows the prediction of a stress gradient or transition at the major failure location of the bracket 602.FIG.7 includes a picture of the failed bracket 602 and reflects that the failure location correlates well with the prediction.
Patent claim: A nontransitory computerreadable recording medium storing instructions which when executed by a processor of an information terminal adapted to communicate with a display device cause the processor to perform a process comprising displaying a first group of identification information items of content data stored in the information terminal in a first viewing area of a display screen and displaying a second group of identification information items of the content data selected according to a selecting operation performed on the first group of identification information items displayed in the first viewing area in a second viewing area of the display screen at different times.

Related passage: An infrared ray interface IrDa IF driver 3 andor a USB Universal Serial Bus drive 4 are connected to the bus 40.A keyboard 2 is constructed to be capable of communicating with the IrDa IF driver 3 and the USB driver 4 or can be connected to the IrDa IF driver 3 and the USB driver 4.By using the keyboard 2 the user can enter information such as the title of recorded musical data and the name of an artist with ease.It is also possible to adopt a configuration wherein data is transferred by way of the IrDa IF driver 3 or the USB driver 4.It should be noted that the IrDa IF driver 3 and the USB driver 4 could be eliminated.
Patent claim: The system of Claim 12 wherein the one or more processors are further operable to send a notification message to a computer node hosting the business process instance the notification message indicating that the message can be retrieved from the messaging queue.

Related passage: In some messaging systems messages are not necessarily processed although they are intended to be processed e.g.sent with an expectation of being processed.This may occur for example where a message is not expected to arrive a message dispatcher distributes the message to a processinstance specific queue and the process instance terminates prior to receiving the message or processing content of the message.Such messages may be referred to as zombie messages.To assist in avoiding zombie messages techniques may be implemented such as for example generating a process instance for a message that is to be processed and does not have a corresponding process instance.Also a requirement may be implemented that each message must be processed at least once unless a message is optional.By implementing techniques such as the example techniques that assist in processing such messages a zombiefree messaging system may be achieved.
Patent claim: The method of any preceding claim wherein establishing a unique secure session further includes receiving event data from each peripheral over that peripherals secure session step 223.

Related passage: Thereto the present invention proposes a method for establishing a communications channel between a networkenabled device and a network gateway device characterized in that the method comprises establishing a first communications channel between the networkenabled device and the network gateway device over a shortrange pairing protocol operating the gateway device to transmit a network configuration parameter from the gateway device to the networkenabled device on the first communications channel wherein the network configuration parameter is a connection parameter required for connecting to the gateway over a second communications protocol operating the networkenabled device to setup a network configuration based on the received network configuration parameter and to use the network configuration to establish a second communications channel over the second communications protocol.
Patent claim: A method of controlling a brushless motor comprising the steps of a running a brushless motor at an original rotational speed by one of a first motor control and a second motor control signal and b changing said brushless motor to run at a target rotational speed by the other one of a first motor control and a second motor control signal wherein said target rotational speed being different from said original rotational speed said first and second motor control signals having different waveform shapes.

Related passage: In general the brushless motor is widely used when a constant speed is required and when high speeds and low speeds are required a brush motor is used because it is easily driven at variable speeds.In other words a problem is produced that when the abovedescribed brushless motor is controlled by using a speed control feedback system based on the output of the Hall effect sensor and the brushless motor is driven at low speeds because the output of Hall effect sensor has a small amount of information a response to the feedback is reduced to make the rotation unstable and to reduce the rotation because of a variation in load.In order to solve this problem thebrushless motor can be provided with an encoder for detecting the position of rotationin addition to the Hall effect sensor for detecting the polarity of the field magnet to increase the amount of information relating to the speed control but the cost of the brushless motor is greatly increased if the brushless motor is provided with an expensive encoder only for speed control.
Patent claim: A lock device 30 adapted to be housed in a housing 10 of an electric connector 100 the housing 10 having a groove 11 into which a signaltransmission medium 200 is inserted at opposite edges thereof the lock device 30 including a locker 31 for locking the signaltransmission medium 200 at the groove 11 and allowing thesignaltransmission medium 200 to be released out of the groove 11 the locker 31 moving up beyond and moving down below a first inner surface 11a of the groove 11 extending in parallel with a direction in which the signaltransmission medium 200 is inserted into the groove 11 the locker 31 being energized towards a second inner surface 11b of the groove 11 situated opposing to the first inner surface 11a the lock device 30 further including a compressor 34 for compressing the signaltransmission medium 200 towards the second inner surface 11b so as to allow the signaltransmission medium 200 to be released out of the groove 11.

Related passage: A plurality of conductive contacts 13 each of which is made of resilient conductive material are provided on the housing 11 of the electrical connector 10 to be arranged in a longitudinal direction of the housing 11.Each of the conductive contacts 13 constitutes for example a signal contact operative to come into presscontact with a signal connecting terminal provided on the FPC.It is also possible that the conductive contacts 13 include in addition to the signal contacts one or more ground contacts operative to come into presscontact with a ground connecting portion provided on the FPC.Further each of the conductive contact 13 has a connecting terminal 13a projecting from a rear end portion of the housing 11 to the outside thereof as shown in Fig.2.The connecting terminal 13a of the conductive contact 13 is connected electrically with a signal terminal provided on the main solid circuit board on which the housing 11 is mounted.These conductive contacts 13 are for example thrust into the housing 11 from the rear end portion thereof shown in Fig.2 when theelectrical connector 10 is assembled.