bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A mobile device 100 which is capable of being set to a silent mode in which sound notification of the mobile device are disabled in response to receiving an incoming call the mobile device comprising a transceiver 110 for transmitting an outgoing call and for receiving an incoming call an audio processing unit 130 a speaker SPK a connecting unit 145 for being connected to an external audio output device a display unit 190 and one or more processor 160 configured to control the display unit to display while in a silent mode a user interface for reproduction of a music file in response to a user input control the audio processing unit to reproduce a music file so as to output audio signals corresponding to the reproduced music file through the speaker while in the silent mode in response to receiving an incoming call while outputting the audio signals through the speaker in the silent mode output at least one of a vibration notification and a mute notification for the incoming call.

Related passage: At first in the portable telephone 1 the audio data is reproduced.Once it is interrupted a display screen is displayed as shown in Fig.6A.If the left soft key 16 is pushed while this screen is displayed and Function is selected an edition mode selection screenis displayed as shown in Fig.6B.
Patent claim: A method of controlling an electronic device with a touch panel comprising displaying a first block and a second block on a display screen of the touch panel wherein the first block is located on a lower portion on the display screen of the touch panel and the second block is located on an upper portion on the display screen of the touch panel detecting and receiving a contact movement between the first block and the second block on the display screen of the touch panel determining an arrangement line for arranging icons on the display screen according to a continuous moving path corresponding to the contact movement on the touch panel and arranging a plurality of icons along the arrangement line on the display screen and presenting the display screen with the icons arranged along the arrangement line as a graphical user interface for the electronic device.

Related passage: The icons 151 through 159 are as follows.An icon 151 is an icon representing the initial search function hereinafter may be referred to as search function icon.An icon 152 is an icon representing a data playing function for video data hereinafter may be referred to as video playing function icon.An icon 153 is an icon representing a playing screen display function for displaying the music playing screen 80 on the information display screen 12A hereinafter may be referred to asplaying screen display function icon.An icon 154 is an icon representing a reception function of television broadcasts hereinafter may be referred to as television reception function icon.An icon 155 is an icon representing a data playing function for music data hereinafter may be referred to as music playing function icon.An icon 156 is an icon representing a reception function of radio broadcasts hereinafter may be referred to as radio reception function icon.An icon 157 is an icon representing a shuffle playing function for music data hereinafter may be referred to as shuffle playing function icon.An icon 158 is an icon representing a data reproduction function for photograph image data hereinafter may be referred to as photograph image reproduction function icon.An icon 159 is an icon representing a setting function hereinafter may be referred to as setting function icon.
Patent claim: A vehicular display apparatus in a vehicle the vehicular display apparatus providing a luminous region 23 that outputs luminance the luminous region surrounding a display region 11 that displays vehicular information the vehicular display apparatus comprising a light source 43 to emit light a transmissive member 50 60 260 360 460 560 660 made of light transmissive material and receiving the light emitted from the light source the transmissive member having a light output face 62 262 362 462 562 662 that outputs the light received from the light source as an output light OB to form the luminous region and a light collection device 70 270 370470 570 670 that collects the output light by the light output face towards a light output direction OD in which the light output face faces.

Related passage: The illuminating apparatus according to the present invention will now be described on the basis of what are shown in the attached drawings taking as an example a case where theilluminating apparatus is employed in a vehicular meter using a pointer.
Patent claim: The device 100 of any one of the preceding claimswherein the at least one processor 101 is configured to estimate at least one of the reference noise contribution 402 of the at least one further symbol 201 20112013 202120214 and the noise contribution 401 of the given synchronization symbol 201 20112013 based on an error value of at least one tone 301 302 of the respective symbol 201 20112013 202120214.

Related passage: To avoid the disruptive effects of impulse noise outofrange signals andor clipped signals on the crosstalk training process the VTUR at the CPE 104 may send a special or reserved error signal to the VCE 109 in response to detecting impulse noise outofrange signals andor clipped signals.When the reserved signal is received by the VCE 109 the crosstalk training process may be paused e.g.until a subsequent proper error feedback signal that properly represents crosstalk noise is received from the VTUR.Additionally or alternatively the VTUR may send an error feedback signal that comprises a flag to indicate to the VCE 109 that impulse noise an outofrange signal andor a clipped signal has been detected at the CPE 104.
Patent claim: The method of claim 8 the signaling packet header includes a first header and a second header wherein the second header includes a signaling class field and an information type field wherein the signaling class field indicates a class of signaling information that is included the signaling packet payload indicating and the information type field indicates the signaling information.

Related passage: The controller 820040 controls the NGH reception unit 820010 so that a specific data PLP matchingwith an IP address which is requested from a backend based upon the L2 signaling information including the IPPLP mapping information S840040.
Patent claim: Method of any of the claims 1 to 9 wherein the security module comprises a transmission key to decrypt the security message before processing it.

Related passage: The target of the present invention is any decoder alternatively receiver having a socalled opened structure.Such decoder consists of at least a security module 2a and a descrambling module 2b Figure 2.In the scenario of a conventional DRM the former is responsible to the rights management as well as the extraction of the decrypting keys while the latter performs the decryption with the key Control word supplied from the former.
Patent claim: The touch screen terminal according to any one of claims 11 to 13 further comprising a third obtaining module configured to obtain the attribute information of the target object and a second processing module configured to before the second instruction receiving module receives the icon placing instruction search the object operation database according to attribute information of an object that corresponds to each display icon in the container interface and the attribute information of the target object obtain a first display icon and perform display processing on the first display icon so that the user identifies according to a display state of the first display icon that an object that corresponds to the first display icon is irrelevant to the target object wherein the first display icon is a display icon whose executable operation generated when the object that corresponds to the first display icon is associated with the target object is empty.

Related passage: Referring to FIG.21 when a user collides a specific picture contents icon with a home function icon by using a touch amp drag the controller 180 may set the corresponding picture as an idle screen to display on a screen.When a specific video contents icon collides with a message function icon the controller 180 may send a message by attaching the corresponding video.When a specific shortcut number contents icon collides with a camera function icon the controller 180 may store a captured image in the corresponding shortcut number.
Patent claim: The vehicle testing method of claim 8 wherein said monitoring the signal of the vehicle computer associated with said test action comprises monitoring a voltage signal.

Related passage: Subsequently the CPU 21a proceeds to step 745 and transmits the result of the judgment in step 740 to the automatic charging apparatus 10.In subsequent step 750 the CPU 21a judges whether the judgment result indicates normal.In this case since the judgment result indicates normal the result of the judgment in step 750 becomes Yes and the CPU 21a proceeds to step 795 so as to end the present routine.
Patent claim: The method according to any of claims 1 to 4 characterized in that the number of second measuring portions for determining an uncompressed second frequency value for each memory cell corresponds to the compression factor PKompres and is cyclically succeeded by a reduced number Nunkomp of consecutive first measuring portions of the measured signal in which a part of the first frequency value for each memory cell is determined.

Related passage: A simplified form of persistence mode has been included even in these relatively lowcost digital oscilloscopes to facilitate the collecting of signal history on a single screen.Even a simplified version can be quite helpful in locating glitches or other rare events.The TDS300 uses a simple collect and erase form of persistence all done in one display plane.The user sets the desired persistence time p in seconds and the oscilloscope collects the rasterized results of individual waveform acquisitions onto the same display plane for that amount of time.As the time p passes the latest acquisition is displayed at full intensity while all others are displayed at the other single level of reduced intensity.After the persistence interval p expires the entire display plane is cleared and the same process is repeated.The disadvantage in this approach is that at any particular time t within the persistence interval p the currently viewable history is only a maximum of the users selected time interval i.e.t modulo p.Information collected near the end of the interval disappears before it can be analyzed and just after the display screen has been cleared no history information is visible at all.
Patent claim: The mobile wireless communications device of Claim 1 wherein said first and second electrically conductive arms are adjacent at least one of a top and a bottom of said portable housing.

Related passage: Adjustable electrical components 168 may be included in antenna 40 to help provide adjustable antenna system 150 with adjustability.As an example an adjustable electrical component may bridge one of gaps 182 e.g.by connecting one of components 168 between terminals 190 and 192 on opposing sides of a gap in peripheral conductive member 180.Adjustable electrical components 168 may alsobe connected between the other conductive components in adjustable antenna system 150 e.g.between a first terminal such as terminal 198 that is attached to peripheral conductive member 180 and a second terminal such as terminal 188 that is connected to a conductive trace in board 194 e.g.a ground plane trace.
Patent claim: The branching unit 210 of claim 12 whereinthe plurality of optical cables comprise a plurality of fiber pairsa fiber pair comprises an incoming fiber to and an outgoing fiber from the branching unit 210the branching unit 210 comprises one or more bypass switches for at least one fiber pair of the plurality of fiber pairs which is configured to be partially or completely dropped in the branching unit 210.

Related passage: In the submarine optical transmission system lines interconnecting stations include an optical fiber cable for transmitting optical signals and a metallic power supply line for feeding electricity.Accordingly the configuration of optical fiber cables and the configuration of power supply lines are separately illustrated in FIGS.6 and 7 respectively.
Patent claim: The robotic mower according to one of the claims 1 to 4 wherein the signal transmitted by the boundary driving circuit is an encoded signal.

Related passage: To evaluate the distance from the perimetric cable a signal A from the amplitude sensor 15 is used.The latter in fact includes a peak rectifier followed by an amplifier which adapts the scale factor to provide the microprocessor with an analog signal A which takes up values in the range of 0 to 5 VCC according to the amplitude of the input signal SC.Such value of signal A which is converted afterwards into a numerical data by the microprocessor results proportional to the distance from the cable.
Patent claim: The conductive film 1 according to claim 1 wherein the first threshold value is 0.5.

Related passage: Transmission spectra of Samples A and B were measured from the front surface of the transparent substrate 11.A spectrophotometer U3310 product of Hitachi Ltd.was used for the measurement of spectral transmittance.As shown in Fig.7a transmission spectra of Samples A and B were similar in both portions.
Patent claim: The battery 10 according to any one of the preceding claims wherein the terminal lead 5 comprises an aluminum material or an aluminum alloy material the intermediate lead 4 comprises an aluminum material or an aluminum alloy material andthe plurality of current collecting tabs 31 32 comprise an aluminum material or an aluminum alloy material.

Related passage: The lower gasket 27 may be installed in each of the terminal holes 21a and 22a by being inserted therein at the bottom of the cap plate 30.The upper gasket 25 may be installed by being inserted at the top of the cap plate 30.A washer 24 may be installed on the upper gasket 25 so as to absorb a clamping force.A screw thread may be formed on each of the anode terminal 21 and the cathode terminal 22 so as to be fastened with a nut 29.The nut 29 may support the electrode terminals 21 and 22.
Patent claim: The liquid ejection control device according to any one of the preceding claims wherein the liquid ejection device is controlled such that the pulsed liquid jet has momentum in a range from 2 nNs nanonewton seconds to 2 mNs millinewton seconds or kinetic energy in a range from 2 nJ nanojoules to 200 mJ millijoules.

Related passage: A change of the frequency of the drive waveform is achieved by changing the length of the pause but not changing the voltage rise time t1.In other words the through rate of voltage rise does not change.Therefore the excision power per pulse is kept unchanged.The frequency of the volume variations of the pressure chamber 80 corresponds to the drive frequency of the piezoelectric element 30.
Patent claim: Monolithic primary structural part for aircraft made of carbon fiber composite material and glass fiber composite material characterized in that it is covered completely by at least one glass fiber ply on its external face over multiple carbon fiber plies.

Related passage: According to a measure that improves the invention it is proposed that at least one outer reinforcement layer instead of comprising a carbon fibre fabric comprises a glass fibre fabric.When compared to carbon fibre fabric glass fibre fabric has a special characteristic in that it renders impact damage cracks or delamination visually better detectable which can be used to advantage as a visual damage indicator.Thus damage to the rod body can be detected in a simple manner without additional active sensors or expensive nondestructive testing NDT measures such as ultrasonic testing.Furthermore the outer layer of the woven glassfibre fabric provides protection from galvanic corrosion.
Patent claim: Agricultural vehicle 1 according to any one of the previous claims wherein a steerable relief valve 28 is provided between the open oil reservoir 24 and the accumulator 25.

Related passage: A third intervention threshold of the actuator 7 is defined by the exceeding of a third value 3gt2 of the size of the deviation angleandor 3gt2 of the size of the second anglewhich corresponds to an extreme overturning risk.When the size of the anglereaches said third value 3 andor the size of the second anglereaches said third value 3 the control device 19 commands the actuator 7 in such a manner that the stem 9 thereof exits rotating the body 2 of the vehicle with respect to the front axle 5 in a direction opposite the overturning direction until the anglebetween the body 2 and the front axle 5 reaches the maximum value defined by the stop elements 6.When the anglereaches maximum value the control device locks the stem 9 to maintain said maximum value of the angle.Consequently the centre of gravity G of the vehicle 1 moves inside theresting polygon on the ground and the deviation angleof the resultant R of the forces acting on the vehicle is reduced so as to increase the stability of the vehicle and contrast the overturning thereof.
Patent claim: Device according to claims 6 and 7 wherein said at least three structural elements or at least three slots are arranged in one or more corners of said polygon shape of the engagement element and the engagement opening.

Related passage: In Figure 3 a picture of a first embodiment of an SFM probe module 31 is shown.The module includes a combshaped electrostatic actuator 34 and a parallel spring flexure mount of a cantilever 32.Also shown are spring loaded electrical contacts 36 for electrically connecting the module to a platform.This embodiment is designed to be clamped by e.g.mechanical clamps leaf springs snapin type retaining features in the platform which may also be integrated in the probe module or in an additional clip device which interfaces the module to the platform.
Patent claim: The display device of any one of claims 1 to 4 wherein the display data having the same level are display data having a level for black display.

Related passage: The touch sensor readout circuit 304 supplies the common voltage Vcom to the Rx lines R1 to Ri during the display period and supplies the touch reference voltage Vref to the Rx lines R1 to Ri during the touch sensor driving period.The touch reference voltage Vref may be set to a DC voltage higher than 0 V and lower than 3 V.The touch sensor readout circuit 304 amplifies an analog output voltage of mutual capacitance of the touch sensors input through the Rx lines R1 to Ri converts it into digital data of HID format and transmits it into the touch controller 306.
Patent claim: An HVAC system comprising a heat pump or a compressor having at least one stage at least one condenser coil an expansion valve at least one evaporator coila loop of pipe interconnecting said heat pump or compressor said at least one condenser coil said expansion valve and said at least one evaporator coil and containing a refrigerant at least one fan configured to cause outdoor air and indoor air to blow over said at least one condenser coil and said least one evaporator coil and a user interface including a display configured to provide information to a user a touchpad configured to accept input from said user and a processor and memory coupled to said display and said touchpad and configured to drive said display said display further configured to display proportional animation graphics corresponding to attributes of said HVAC system.

Related passage: When the user manipulates the setting items and the set values of the setting items by the function keys the user can easily visually check the setting items and set values being entered.Here the size of the characters displayed on the setting item display part 181 and the set value display part 182 can be adjusted according to user convenience by varyingthe image data stored in the database 190.
Patent claim: A steering system comprising a column jacket including a tubular inner jacket and a tubular outer jacket that is externally fitted over the inner jacket so as to be slidable in an axial direction relative to the inner jacket and that is provided with a slit extending straight from an opening end formed at a jacket end to an extension end in the axial direction such that the outer jacket is elastically reduced in diameter to hold the inner jacket the column jacket supporting a steering shaft such that the steering shaft is rotatable and a clamp mechanism that clamps a pair of clamped portions integrated with the outer jacket to cause the outer jacket to clamp the inner jacket such that the inner jacket is immovable in the axial direction wherein in an axial area from the opening end of the slit to an area end apart from the opening end in the axial direction a recessed portion is formed at an inner edge of the slit such that a slit width at an inside diameter portion of the outer jacket is larger than a slit width at an outside diameter portion of the outer jacket and an amount of recess of the recessed portion in a circumferential direction of the outer jacket decreases continuously or in a stepped manner from the opening end to the area end.

Related passage: As shown in FIG.1 the principal configuration in accordance with the present invention is constituted by a fixed bracket 1 a housing 2 a clamp 6 an outer pipe 3 and an inner pipe 4.The fixed bracket 1 is constituted by fixed side sections 11 formed at each side in the lateral direction and an attachment section 12.A long hole for tilt adjustment which extends in a substantially updown direction or longitudinal direction is formed in each of the fixed side sections 11.A capsule member 14 is mounted on the attachment section 12 and the fixed bracket 1 is mounted on a predetermined position of a vehicle body by the capsule member 14.
Patent claim: The system of Claim 1 wherein the connector 122 includes first and second connecting parts 180A 180B configured to disconnect from each other to separate the headbuoy from the headfloat.

Related passage: The seismic acquisition system may include a plurality of seismic sensor streamers 14 towed by the seismic vessel 10 as shown in FIG.1 or by a different vessel not shown.The streamers 14 are generally cables that extend behind the towing vessel for a certain distance and each such streamer 14 includes seismic sensors 22 disposed thereon at spaced apart locations.The seismic sensors 22 are typically pressure or pressure time gradient responsive sensors such as hydrophones but may also be particle motion responsive sensors such as acceleromcters or geophones or combinations of hydrophones and geophones.The type of sensor is not a limitation on the scope of the present invention.Geometry of the streamers in the water is maintained by various towing devices including lateral force generating devices called paravanes 18 disposed at the end of paravane lead in ropes 16.The streamers 14 are coupled at their forward ends to a respective termination 21 which couples the streamer 14 to a corresponding lead in cable 20.The paravane lead in ropes 16 and lead in cables 20 may be deployed from the vessel 10 and retrieved thereon by winches not shown or similar spooling devices known in the art.The lateral separation of the paravanes 18 may be limited by a spreader cable 19 ultimately to maintain the geometry of the entire array of streamers 14.In some examples the centermost section of the spreader cable 19 may be omitted.