bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The playback device of any one of the preceding claims wherein the external device interface is further configured to transmit to the display device information indicating that the graphic included in the mixed first video is a converted graphic.

Related passage: As a specific example the single source 401 may be a small portable media player with a built in display of say 12 inches.When this is connected to the display unit the primary video content may be scaled to the full display size of the display 201.However if the same scaling is applied to overlay information such as user interface graphics or e.g.song titles etc this content will be inappropriately large.Accordingly the media player may automatically adjust the size of the overlay content to be appropriate for the display size.Thus in the example of a single source 401 the presentation characteristic may be a relatively simple indication of a characteristic or capability of the display such as a size of the windowdisplay in which the content is presented.Thus if the media player is connected to a 14 monitor it may proceed to generate overlay text with a size of e.g.110th of the height of the full window.However if the media player is connected to a 50 monitor it may proceed to generate overlay text with a size of e.g.125th of the height of the full window.Also in some embodiments the content or amount of secondary video content may be adjusted accordingly.For example a music video may be overlaid with text indicating the titleartist for a small display by text indicating song lyrics for a larger display and e.g.title lyrics and additional information about the artist for a very large display.The location of the different content may furthermore be varied e.g.in line with the previously provided examples.
Patent claim: RTBMC sintered rare earth magnet produced according to a method as defined in one of the preceding claims.

Related passage: An operation of the sintered magnet production system of Fig.1 is hereinafter described.In the filling unit 1 after a mold 10 is placed directly below the supply port of a hopper 14 a predetermined amount of alloy powder 11 is supplied into the mold 10.At this point the bulk density of the powder is low since the filling density of the powder is close to the natural filling density.Accordingly a guide 15 is attached to the mold 10 so that the predetermined amount of alloy powder 11 can be supplied into the mold 10.Subsequently this mold 10 with the guide 15 attached thereto is moved to a position under a pusher 16 which applies pressure from above.The pressure from this pusher 16 only needs to be at a level of approximately 15 kgfcm2 1.5 MPa or may be even lower.Simultaneously with the application of the pressure from the pusher 16 a tapping device 17 supporting the mold 10 from below begins to slightly vibrate the mold 10.This operation causes the alloy powder 11 to be evenly filled into the mold 10 at a predetermined density while pressing the alloy powder in the mold 10 down to the level of the upper end of the container.Subsequently the guide 15 is removed from the mold 10.
Patent claim: An image reader comprising a reading unit 63 configured to read an image on a document a contact surface 61 L that is disposed to face the reading unit 63 and that makes contact with the document subjected to image reading by the reading unit 63 a convey roller 49 by which the document having undergone image reading by the reading unit 63 is conveyed toward a discharge port 28 for discharging the document and a cover 23 disposed at such a position as to cover an upper side of the reading unit 63 the convey roller 49 and a document conveying space ranging from the convey roller 49 to the discharge port 28 the cover 23 including a movable member 25 capable of being displaced into an open position for opening the discharge port 28 and a closed position forclosing the discharge port 28 wherein the discharge port 28 is disposed at such a part as to overlap with the convey roller 28 as viewed in a direction parallel to the contact surface 61L and wherein the cover 23 has a wall 73 that is extendingly disposed at such a position as to separate the document conveying space and said wall extends in parallel to an axis 53 of rotation of the convey roller 49.

Related passage: In the other case where external light L is entering the reading table 4 during the image reading operation the light amount adjustment i.e.the acquisition of the value adjusted with respect to the reference member 53 is affected by the external light L.However the acquisition of the white level data and the black level data is implemented with respect to thereference member 53 as being equally affected by the external light L to the light amount adjustment.Hence in an assumed case where the white level data and the black level data are obtained by irradiating the reference member 51 with light emitted from the light source 42 at the amount of the prescribed value the CIS output would take a value S2 that is higher by an amount corresponding to the external light L than the desired value S in the acquisition of the white level data.The value S2 is schematically indicated in the graph of Fig.9C.That is in this assumed case the CIS output would seemingly take the value S2 that is a sum of the value S desired to be obtained when reading the white area 53A and a value corresponding to the external light L in the white level data acquisition.
Patent claim: The surgical assembly of claim 1 wherein the fixation device is an oblong button.

Related passage: Referring now to Figures 1 and 2 there are seen side and back views respectively of a first exemplary toggle anchor 100 according to the present invention.Toggle anchor 100 includes a shaft 105 having a cone shaped distal end 120 a proximal end 122 at least one eyelet hole 110 for respectively receiving at least one suture thread not shown a locking wing 115 extending radially from shaft 105 at least one stabilizing rib 125 two are shown in Figure 2 for stabilizing anchor 100 when coupled to an insertion tool not shown and a pair of suture grooves 130 for providing a location to guide the suture thread not shown during insertion.As shown in Figure 2 distal end 120 of toggle anchor 100 is provided with an engagement surface 205 configured to be acted upon by an interface surface not shown of the insertion tool for insertion of the anchor 100 into bone tissue.
Patent claim: The optical amplification stage 1 according to any one of the preceding claims wherein the first and second reflector 11a 11b are placed on a respective optical fiber connected directly to the second bypass port 9 of the respective optical coupler 4a 4b.

Related passage: The optical transmission path monitoring apparatus 1 for the up link is provided with a transmitter section and a receiver section.The transmitter section is configured of two monitoring probe light sources 11 and 12 an optical fiber coupler 13 for multiplexing lights therefrom and at the same time branching part of them and an optical modulator 14 for intensitymodulating the multiplexed light.The probe light source 11 is used for monitoring optical fibers and the probe light 12 for monitoring optical amplifierrepeaters.
Patent claim: The gas turbine engine assembly as recited in any preceding claim wherein the first compressor section includes at least four stages and no more than eight stages.

Related passage: During the descent segment of flight the auxiliary compressor 42 augments the compressed LPC bleed air when the LPC bleed air cannot provide adequate compressed bleed air for pressurization by the ECS 38.In particular LPC bleed air from the low pressure compressor 22 is further compressed with the auxiliary compressor 42 in order to condition the LPC bleed air to minimum levels before communicating the compressed air to the ECS38.The auxiliary compressor 42 is mechanically connected to and is driven by motor 48 in order to compress the extracted air from the lowpressure compressor 22.In other embodiments the motor 48 is powered by electricity from the aircraft or may be coupled to a gear box FIG.2 that is connected to and driven by the high pressure spool 28 or by a bleed powered boost compressor.
Patent claim: A method for controlling a mobile device the method comprising performing authentication in response to being tagged with a door lock apparatus receiving status information on each of a plurality of external apparatuses from the door lock apparatus in response to the authentication being performed and displaying the status information in response to the status information being received.

Related passage: Further the CPU 401 performs also a process of fetching information received by the electromagnetic induction antenna 42 through the information senderreceiver circuit section 44 and the senderreceiver interface 407 and writing the fetched information into the communication history memory 406.
Patent claim: The method of any of claims 10 to 12 further comprising biasing the emitter tip to a potential relative to the suppressor electrode during thermally emitting electrons particularly to a potential of 0 V to 100 V relative to the suppressor electrode.

Related passage: FIG.8 is a schematic diagram of a portion of a cold field emitter electron source of the present invention illustrating a second embodiment 800 of the emitter tip region.The emitter wire 802 has a sharpened end 803 which emits electrons 810 under the influence of a high electric field induced at tip 803 by a high voltage applied between the emitter tip 803 and extractor 808.A cleaning filament 830 is shown between the EEE 852 and the extractor 808.A volume enclosing tip 803 is formed between the innersurfaces of emitter enclosure electrode EEE 852 and extractor 808.For this embodiment extractor 808 has an outer shield ring 890 which prevents the escape of backscattered electrons 871 emitted from area 804 on extractor 808 and backscattered electrons 872 reflected off EEE 852 as shown.The benefits of improved BSE containment in this second embodiment must be balanced against a slightly reduced pumping speed from the source tip region.An additional benefit of this second embodiment is that the outer radii of EEE 852 and extractor 808 may be smaller since the aspect ratio considerations for the first embodiment 700 are less important here due to the outer shield ring 890.
Patent claim: The system of claim 10 wherein the gravitational measurement device comprises a threeaxis accelerometer.

Related passage: Therefore if the positioning accuracy of the GPS is represented as GPSrtke a total error STALL in the positional data of the GPS including the difference of the photographing timing of the image and the obtaining timing of the positional data of the GPS is represented by a twelfth formula.For example when Et0.1 m and GPSrtke0.03 m in the RTKfix positioning mode the total error in the positional data of the GPS comes to ETALL0.13 m.When a threshold is set to be 3 in the RTKfix positioning mode the threshold value comes to 0.0330.09 m.In this case since the value of EtALL is greater than the threshold value the exterior orientation parameters position of the camera calculated from the image is used instead of the positional data of the GPS.EtALLEtGPSrtke
Patent claim: The dishwashing machine according to Claims 4 and 5 wherein said lower terminal part 39 is in an intermediate position with respect to the two projections 71 and the cantilever walls 72 are spaced apart from each other for receiving said lower terminal part 39 between them.

Related passage: The fan 18 figure 4 comprises a twostage centrifugal fan wheel 19 the first stage of which is completely inside the fan adapter 16 a separator panel 21 which separates the two stages 18a and 18b from each other a fan casing 23 for covering the second stage 18b and an electric motor 25 for the drive.The fan wheel 19 comprises a circular plate 19a that together with the separator panel 21 separates the two stages 18a and 18b of the fan 18.On both sides of the circular plate 19a there are a plurality of shaped fins 19a and 19b respectively.
Patent claim: The computer storage medium of claim 6 wherein a first network control word is used to decrypt the first network encrypted elementary stream using the first clock recovery dataand second network control word is used to decrypt the second network encrypted elementary stream using the second clock recovery data and wherein the first and second network control words are different.

Related passage: According to at least a first aspect a network media adapter may include a plurality of peripheral interfaces configured to be connected to connectors of a plurality of audiovideo AV sources and sinks a plurality of first components to receive media data from one or more of the peripheral interfaces connected to the AV sources the firstcomponents configured to process encapsulate and transport over a media network the media data received from the AV sources a plurality of second components to receive media data from the media network the second components configured to decapsulate process and transmit the media data through one or more peripheral interfaces connected to the AV sinks a plurality of third components configured to syntonize or synchronize local media clocks of the AV sources and sinks to ensure media data integrity affiliated with a protocol of the media network and a quality of service QoScompliant media interface connectable to the media network and through which to send and receive processed AV media data to and from the media network according to the protocol.
Patent claim: A storage system comprising a plurality of storage subsystems 100a 100b having a plurality of storage controllers managing a plurality of virtual volumes 211 each of the plurality of storage controllers managing a plurality of logical volumes and controlling to store data for a virtual volume 211 of the plurality of virtual volumes 211 to a logical volume of the plurality of logical volumes and a control module operable in response to receiving a command commanding a registration of a storage function for a virtual volume 211 of the plurality of virtual volumes 211 to translate the received command into a translated command commanding a registration of the storage function for a target logical volume of the plurality of logical volumes based on a mapping between the plurality of virtual volumes 211 the plurality of logical volumes and the plurality of storage controllers wherein the storage controller which manages the target logical volume processes the translated command commanding the registration of the storage function for the target logical volume and wherein the control module is provided in at least one of the storage controllers or another computer in the storage system.

Related passage: A microprocessor 12 hereinafter referred to as MP executes the various processes of the first storage control apparatus 10 such as for example data inputoutput processes to the disk drives.MP 12 consists of one or more CPUs.A microprocessor specialized in certain functions can be provided as MP 12.A cache memory 13 is mainly used for storing temporarily data input tooutput from the disk drives such as writein data to the disk drives and readout data from the disk drives.
Patent claim: A predictive motor vehicle driver assistance system according to any one of the preceding claims wherein the Route Identification function is designed to perform a concatenation of the Waypoints based onsequence in which the Waypoints are defined i.e.their progressive sequence numberdistance between one Waypoint and the next one such that beyond a certain value the route is interrupted and a Waypoint becomes a final Waypoint andtypical sequence in which the Waypoints are matched during the journeys.

Related passage: A geographical positioning device 24 such as a GPS receiver is also connected or linked to this bus 21.This positioning device 24 plays a major role when the system maps the parameters with are recorded or provided to exact geographical positions.
Patent claim: The battery pack of any one of claims 1 to 10 wherein transmitted and received signals of the film antenna have frequencies in a range of 16 MHz to 22 MHz optionally wherein transmitted and received signals of the film antenna have frequencies in a range of 16.6 MHz to 17.2 MHz.

Related passage: During chargingdischarging of a bare cell gas may be generated in a can whichcauses the can to swell.Generally when swelling occurs an electrode assembly is volumetrically increased and thus central portions of the large lateral surfaces of a bare cell protrude outward.Such swelling may break a single sheettype absorber into a plurality of irregular sections.On the other hand because the absorbers 700 800 are formed of ferrite sintered bodies including a plurality of sections such breakage does not occur.
Patent claim: The method of claim 10 wherein an exponentiallyweighted infinite impulse response filter is used to lowpass filter the measurement covariance.

Related passage: Electric current sensor 3 measures an amount of electric current outputted from battery 2 and outputs the measured current amount to a sensor 10 of BMS 1.Electric current sensor 3 can be a Hall current transformer CT for measuring the current by using a Hall device and outputting an analog current signal associated with the measured current.
Patent claim: A nontransitory computerreadable storage medium 548 having instructions stored therein wherein the instructions when executed by a processor 542 of a network device 570 coupled with a packet data network PDN gateway 308 of a mobile operator cause the processor 542 to perform operations comprising transmitting configuration information 404 to a low powered device gateway 118 coupled with a plurality of low powered devices 120A120N based on a received configuration request 402 wherein the low powered device gateway 118 does not include a Subscriber Identity Module SIM communicating 410 412 with an AAA server 102 to authenticate a selection of the plurality of low powered devices 120A120N establishing 416 a GPRS Tunnel Protocol GTP tunnel 126 with the PDN gateway 308receiving from the low powered device gateway 118 collected data from the selection of the plurality of low powered devices 120A120N and sending to the PDN gateway 308 the collected data.

Related passage: In another aspect a nontransitory computerreadable storage medium includes instructions for causing one or more programmable processors of an access gateway of a mobile service provider network to receive a network access request for a wireless devicewherein the network access request does not include an International Mobile Subscriber Identity IMSI extract a wireless device identifier from the network access request and send the wireless device identifier to an authorization server to request mobility information for the wireless device.The instructions further cause the programmable processors to receive in response to the request virtual mobility information for the wireless device wherein the virtual mobility information comprises a virtual International Mobile Subscriber Identity IMSI and signal using the virtual mobility information a mobile network gateway of the mobile service provider network to establish a service session for the wireless device over the alternate access network that is anchored by the mobile network gateway.
Patent claim: The vehicle lighting fixture 1 1B according to claim 1 characterized in that the at least one surface is divided into a plurality of divided surfaces with a line orthogonal to a direction corresponding to the arrangement direction in the optical axis X the line passing through a center of the surface as a dividing line and each of the divided surfaces is rotated about the dividing line.

Related passage: The free curved faces of the emission surfaces 12S 12W of the lenses 3S 3W controlled to be curved as described above have the following features.In other words as shown in FIGS.4 to 7 in a state in which the reference axes ZS ZW of the lenses 3S 3W are defined as origins in a front view the state seen from the foreside F the free curved faces of the emission surfaces 12S 12W of the lens 3S 3W are divided into a first quadrant Q1 a second quadrant Q2 a third quadrant Q3 and a fourth quadrant Q4by means of the vertical axis YS YW and an X axis serving as a horizontal axis the axis passing through the origin and being orthogonal to each other.Hereinafter in the lens 3S for spot light distribution in a case where the first quadrant Q1 and the second quadrant Q2 are compared with each other in a symmetrical position relationship with respect to the vertical axis YS i.e.in a case where a sectional curve C12 in the first quadrant Q1 passing through the first sampling point P1 and the second sampling point P2 obtained when the first quadrant Q1 and the second quadrant Q2 of the lens 3S for spot light distribution are cut on a horizontal face parallel to the X axis as the horizontal axis passing the first sampling point P1 and the second sampling point P2 is compared with an inverted sectional curve C22 of the second quadrant Q2 in the first quadrant Q1 which is a sectional curve in the second quadrant Q2 and is inverted around the vertical axis YS a portion of about 13 or more of the first quadrant Q1 all of the first quadrant in the embodiment is higher than the second quadrant Q2 in the forward direction foreside F of the reference axis ZS of the lens 3S.For example as shown in FIG.6 in a case where the first sampling point P1 in the first quadrant Q1 is compared with an inversion point P21 of the second sampling point P2 of the second quadrant Q2 in the first quadrant Q1 the first sampling point P1 in the first quadrant Q1 is higher by a dimension T1 in the foreside F than the inversion point P21 of the second sampling point P2 of the second quadrant Q2 in the first quadrant Q1.A portion TH which becomes higher than the second quadrant Q2 of the first quadrant Q1 is from about 13 to 1 13 lt TH1.The portion TH which becomes higher as shown in FIG.8 may start from an edge of the lens 3S.Alternatively as shown in FIG.9 it may start from a center of the lens 3S.Further although not shown it may start from an intermediate position between an edge and a center of the lens 3S.In FIGS.8 and 9 a portion TT is the one having the same height as that of the second quadrant Q2 of the first quadrant Q1.
Patent claim: A method for facilitating Multimedia Broadcast Multicast Service MBMS discovery in a wireless communications system WCS the method comprising transmitting a data element configured for a mobile entity within a WCS area the data element including service identifiers mapped to corresponding cell identifiers to indicate respective MBMS services to be broadcast in the WCS area on adjacent cells identified by respective ones of the cell identifiers and broadcasting the MBMS services within the WCS area using the adjacent cells previously indicated in the data element.

Related passage: Tables 1 to 4 illustrate messages and information factors used in the EMBMS service method according to an embodiment of the present invention.