bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method of any of claims 1 to 11 further comprising receiving an instruction to reference one of the objects 226 228 on the unlock display screen 150 displaying the unlock display screen 150 including the reference to the object and receiving an instruction via the unlock display screen 150 to remove the reference to the object from the unlock display screen 150 and in response to receiving the instruction to remove the reference to the object from the unlock display screen 150 removing the reference to the object from the unlock display screen 150 and configuring the object suchthat the reference to that object is not displayed on subsequent unlock display screens.

Related passage: FIGURE 5B is a second screen 520 of the example GUI.In these implementations the screen 520 shows a popup window 570 prompting to receive the password to log in to the enterprise account.The account settings may accordingly be added to the wireless communication device.As described with regard to FIG 4 log in to the enterprise account or adding the enterprise account to the wireless communication device may create a new record at the password manager on an enterprise server which may trigger an event for the enterprise server to push down settingspolicies to the wireless communication device.Upon detecting a patternparameter associated with the settingspolicies the wireless communication device may automatically generate the enterprise perimeter associated with the newly added enterprise account.
Patent claim: The method of claim 8 wherein the navigation rule includes a decision engine for controlling navigation between a plurality of selectable elements disposed in the bounded portion.

Related passage: Referring to Fig.7 the North West nonpriority zone is defined in a complementary manner with reference to the North priority zone as shown in Fig.5a and Western candidate object or West priority zone.That is the zone is defined by the left hand border 200 of the North priority zone and the line 201 passing from the top left corner of the current object the object having the focus to the top right corner of the highest candidate West or Western candidate object.If there is no candidate West or if the upper border of the highest candidate West is situated below the upper border of the current object the border of the zone is defined by the upper border of the West priority zone as shown in Fig.5d.
Patent claim: A method 400 for wireless communications by a wireless node in a peertopeer P2P network comprising receiving 410 one or more advertisements of services offered by one or more other wireless nodes in the P2P network generating 420 a prioritized list of services based on one or more services offered by the wireless node and services listed in the received advertisements of services dropping a service from the prioritized list of services if a distance of the service is larger than a distance limit wherein the distance of the service is measured by a number of hops between the wireless node and another wireless node that initiated advertisement of the service and wherein the distance limit may vary based on the service or it may vary dynamically based on a network loading and network density and distributing 430 the prioritized list of services to other wireless nodes in the P2P network.

Related passage: In the approach of the current invention one or more scalar relevance fieldsis or are defined over the network.Each relevance field describes the location and strength of the providers of a given service type.Relevance fields attributed to different service types are independent of each other.In the following we therefore look at a single relevance fieldfor one given service type only.
Patent claim: A turbomachine comprising a stator a rotor mounted in rotation in said stator and at least one magnetic bearing assembly 10 according to any one of the preceding claims radially arranged between the rotor and the stator.

Related passage: Further according to the present invention an outer diameter of each of the electromagnetic stators is formed to have substantially as large as an outer diameter of the rotary disc and a ring made of a nonmagnetic material having a radial thickness enough to form a layer with large magnetoresistance is interposed between an outer circumferential portion of each of the electromagnetic stators and an inner circumferential portion of corresponding one of the casings to which the electromagnetic stator is attached.Accordingly two magnetic circuits formed by the respective electromagnetic stators are insulated from each other magnetically perfectly and the magnetic flux density in the inside magnetic pole tooth and the outside magnetic pole tooth of each of the electromagnetic stators can be increased.As a result it is possible to more surely prevent the formation of an abnormal magnetic circuit extending from one electromagnetic stator to the other electromagnetic stator through the casings or the collar and extending from the other electromagnetic stator to the one electromagnetic stator through the rotor disc.Thus electricenergy supplied to the electromagnetic coils is more effectively utilized to control the position of the rotating shaft so that it is possible to improve the control performance.
Patent claim: The battery pack of one of the preceding claims wherein each of the pair of ends plates 200 is coupled to each of the pair of side plates 300 300a 300b and to the top cover 400 400a 400b.

Related passage: By so constructing as herein above described the pressure of the cell stacked body in the direction of stacking can be secured by means of the side face reinforcing member arranged on each of the side faces of the cell stacked body for example a side face plate covering each of the side faces of the cell stacked body.In other words separate from a member for protecting each ofthe side faces of the cell stacked body there is no need to use any clamping member for fastening the cell stacked body in the direction of stacking and therefore the size and the weight of the battery module can be reduced advantageously.
Patent claim: The drug dispensing box of claim 14 wherein the power transmission locking unit comprises a rotation part comprising a first end alternately rotating in a direction of the gear and in a direction opposite to that of the gear with respect to a rotation shaft and a second end disposed on the other side of the first end to rotate in a direction opposite to the rotation direction of the first end and a blocking unit body connected to the second end the blocking unit body comprising a second protrusion inserted between teeth of the gear wherein the blocking unit body is retreated together with the second end when the second end rotates in a direction opposite to that of the gear to allow the second protrusion to be separated from a space between the teeth of the gear.

Related passage: In this way as the discharge locker 410 unlocks the medicine discharge mechanism 310 the discharge member 313 can be moved to open the discharge hole 15.
Patent claim: The method of claim 1 further comprising providing each of the blades with a backward sweep maximized at a selected radius of the blade wherein an influence of the backward sweep minimizes a distance between a pitch position providing a minimum in at least one of a current root bending moment and a current root shear compared to a pitch position of zero twist moment with respect to wind direction with a leading edge of the blade into the wind.

Related passage: To explain the principle behind the alignment of the blades the wind turbine 10 having the swept sections pitched as indicated in Figs.3 and 4 can be compared to a cup anemometer device normally used for measuring wind speed having only two cups as illustrated in Fig.5.
Patent claim: The device 1 according to any of the preceding claims being arranged such that a transition from the condition of access rights not being set to one of the conditions access enabled and access disabled and vice versa is shiftable.

Related passage: As discussed hereinbefore memory for the processor 128 may be in part implemented as a bank holding a plurality of OTP fuses 120.Configuration settings for the OTP fuses 120 may be stored in the flash memory 116.
Patent claim: Compressor according to Claim 4 wherein the compressor includes at least first and second volutes 20 the first volute corresponding to a single predetermined first volute size fixed for the first volute of the compressor size and the second volute corresponding to a single second volute size fixed for the second volute of the compressor size.

Related passage: Referring again to Figure 3 frame 11 is selected by matching specified requirements of air separation plant for main air service to one of the seven frame sizes.For example if the air separation plant requires a range of output pressure of 5.5 to 6 bara and output flow rate of 120000 to 121000 Am3hr for main air service then the frame size of section 34 would be selected.Alternatively if the air separation plantrequires a range output pressure of 6.5 to 7.0 bara and output flow rate of 195000 to 196000 Am3hr.for main air service then the frame size of section 36 would be selected.
Patent claim: The light control device according to at least one of the preceding claims wherein a partition wall 19 is arranged between said first substrate 11 and said second substrate 12 and said suspension 17 is arranged so as to be subdivided by said partition wall 19.

Related passage: FIG.7 is a diagram for describing a configuration of the light control device 13 of the present embodiment.Similarly to the first embodiment the SPD 1 is connected to the drive device 14 via the interconnecting conductor 21 and the interconnecting conductor 21 connecting the Z electrode 8 is also connected to the auxiliary power 22.The auxiliary power 22 includes a DC power source not shown including a battery a chargedischarge device not shown of a battery and an output circuit not shown of a driving waveform to the Z electrode 8 and the interconnection conductor 21.The auxiliary power 22 is fed by an external power supply 23 or a driving power supply 20 of the drive device 14 in a wired line or wireless line and the battery of the DC power source is charged.
Patent claim: The arrangement according to any of claims 1 to 4 wherein suppressor electrode as an opening of 0.3 to 1.2 mm particularly of 0.4 mm to 1 mm.

Related passage: In focused electron beam systems a column is typically used to focus an electron beam onto the surface of a target to be imaged and optionally processed using the beam.In these columns an electron source generates the initial beam of electrons which then passes into an electron gun which typically focuses the charged particles into a roughly parallel beam which enters the main body of the column.Various types of electron sources have been used in focused electron beam systems including thermionic cathodes Schottky emitters and cold field emitters CFEs.Of these CFEs are characterized by the highest brightnesses and smallest energy spreads potentially enabling the smallest beam sizes at the target with the highest current densities thus enabling improved imaging resolution.Unfortunately CFE sources have also shown a tendency for very fast 0.5 to 1.5 hours quenching of the emission current even in excellent UHV1010 Torr conditions.In an attempt to solve or ameliorate this problem FEI Company Hillsboro OR developed and patented U.S.Patent No.7888654 to Tessner II et al.
Patent claim: The door of any of the preceding claims wherein one or more of the following applies the basic form of the front frame 30 30 is ringshaped the basic form of the rear frame 70 70 is ringshaped and the basic form 52 of the cover 50 50 is plateshaped.

Related passage: Alternatively cover ring 7 can be fixed to rear frame 4 for example by means of the same snap fitting connection as described above wherein the seats 20 are located along the rear frame.
Patent claim: The liquid ejection control device according to claim 1 or 2 further comprising a falling shape setting section that changeably sets a falling shape of the drive voltage waveform depending on the second instructing value.

Related passage: Fluid ejection conditions which are important in the case where the fluid ejection device incises or excises a living tissue by ejecting fluid in a pulsed manner are an excision power per pulse and an excision speed per unit time.In the case of the fluid ejection device disclosed in United States Unexamined Patent Application No.20090043480
Patent claim: The method 500 of either of claim 1 or 2 wherein if both the DRM value and the CDM value are at or above the at least one respective threshold then raising the urgency of the generated action.

Related passage: CMMP 300 also includes maintenance task database 308 that includes information relating to maintenance tasks performed on aircraft in the fleet and intervals of performance of the maintenance tasks.The maintenance tasks and or maintenance intervals stored in database 308 are changed when further analysis of the data as described above indicates a maintenance task procedure or interval may be optimized to facilitate reducing the number of performance parameters values that are outside the range of acceptable values during future operation of the aircraft.
Patent claim: A luminaire 10 comprising a lamp device 11 according to any one of claims 1 to 4 and an equipment main body 82 including a socket 83 to which the lamp device 11 is connected.

Related passage: The circuit board 210 in addition to the board 110 may be separately employed as shown in FIGS.2 and 3.That is only the light emitting device 100 may be mounted on the board 110 and only the electronic devices 220 may be mounted on the circuit board 210.The board 110 may be separated and spaced apart from the circuit board 210 to be disposed above the circuit board 210.Accordingly the light emitting device 100 may be disposed to have a height greater than that of the circuit board 210 with relation to the lower edge of the housing unit 400and the height of the light emitting device 100 may be adjustable.In such a structure in which two boards are used for the mounting of the light emitting device and the electronic devices instead a single board being used therefor as in the related art in a case in which a defect occurs in one of the elements only the defective element is required to be replaced whereby repair and maintenance may be facilitated.For example in the case that the electronic devices 220 are defective only the electronic devices 220 along with the circuit board 210 are replaced while the light emitting device 100 is retained.Furthermore since the board 110 may be formed of a metal PCB unlike the circuit board 210 formed of FR4 or CEM the board 110 may be superior in terms of thermal emission efficiency as compared with a single board formed of FR4 or CEM according to the related art.In addition since the height of the light emitting device 100 is adjustable light output may be increased as will be described below.
Patent claim: A resonator fiber optic gyroscope RFOG comprising a master laser assembly including a master laser device configured to emit a reference optical signal a first slave laser assembly including a first slave laser device configured to emit a clockwise CW optical signal the first slave laser device responsive to the reference optical signal through a CW optical phase lock loop a second slave laser assembly including a second slave laser device configured to emit a first counterclockwise CCW optical signal the second slave laser device responsive to the reference optical signal through a first CCW optical phase lock loop an optical resonator ring cavity in optical communication with the master laser device the first slave laser device and the second slave laser device a sine wave generator operatively coupled to the resonator ring cavity and configured to output a common cavity modulation frequency comprising an inphase I signal component and a quadrature Q signal component a laser stabilization servo module configured to receive a CW reflection signal that includes the common cavity modulation frequency from the resonator ring cavity a modulation stripper operatively coupled to the laser stabilization servo module the modulation stripper configured to receive the I and Q signal components of the common cavity modulation frequency from the sine wave generator receive a net error signal from the laser stabilization servo module demodulate the net error signal at the common cavity modulation frequency andtransmit a stripper signal to the laser stabilization servo module to remove the signal at the common cavity modulation frequency and a resonance tracking electronics module operatively coupled to the resonator ring cavity and configured to output resonance tracking error signals to the first and second slave laser assemblies wherein the laser stabilization servo module is configured to send a tuning signal to the master laser device as part of a feedback stabilization loop for the master laser device.

Related passage: The processing unit 104 uses the calculated parameters in some embodiments to calculate control signals that are outputted to one or more optional actuators 106.For example in some embodiments the navigation system 100 is implemented in an unmanned vehicle.Hence the actuators 106 are implemented according to the vehicle type.For example in an unmanned aerial vehicle the actuators 106 are implemented as wing flaps thrusters etc.
Patent claim: The method of claim 13 wherein reflecting the field of view from each mirror via multiple further mirrors to provide multiple fields of view comprises providing multiple different angle views of a product proximate a horizontal scanning window 410 and a vertical scanning window 415 wherein the multiple different angle views comprise a pair of trail fields of view a pair of lead fields of view a pair of horizontal fields of view and a pair of vertical fields of view and wherein the mirrors are positioned normal to their axis of rotation.

Related passage: To provide for increased operator convenience and efficiency as well as flexibility and economy in scanner design the scanner 100 further includes optical elements to direct images of bar codes to the scanner along desired pathways with these pathways being changed in predetermined ways.Such use of optical elements allows for an increase in the size of the scan volumes 110 and 112 in which positioning of a bar code for an effective scan can be performed.This use of optical elements also allows for economy in the use of imaging devices because one imaging device 108 can be used to capture images of bar codes presented at either of the scan windows 104 or 106 and also allows for flexibility in scanner design.Rather than placing an imaging device such as the imaging device 108 to have a direct view of a scan window such as the scan window 104 an imaging device can be placed at any location to which it is suitable to direct an image through the placement of optical elements.The optical elements include a rotating spinner 122 rotated by a motor 124.The scanner 100 further includes a sequence of fixed mirrors 126 128 and 130.In the present example the fixed mirror 126 receives light from a bar code 132 positioned in the scan volume 110 and reflects this received light to the fixed mirror 128 which in turn reflects the light to the rotating spinner 122.The spinner 122 in turn directs the reflection onto fixed mirror 130 so that the reflection is directed to the imaging device 108.The spinner 122 suitably has four differently angled facets so that the facets reflect incident light at different angles.As the spinner 122 rotates the position of each facet changes so that the field of view encompassed by the facet changes.In addition the angle of incidence of light striking the spinner 122 changes so that light originating from the same point strikes and leaves the facet at aconstantly changing angle.The effect of the rotation of the spinner 122 is therefore to capture and reflect light and therefore images of objects from which the light is reflected from different origins and to present images which translate through space with the rotation of the spinner.An image of the bar code 132 will therefore come into the field of view of the spinner 122 and will move along a pathway that takes it into the field of view of the imaging device 108 and this will occur for numerous positions and orientations of the bar code 132 in the scan volume 110.
Patent claim: A method 100 according to any of claims 13 wherein said at least one header is a Via header or a Contact header.

Related passage: The invite field contains the invitees URI for identifying the invitee.The from field contains the initiators URI for identifying the initiator.The to field contains the contact address for contacting the invitee.The contact address may be different from the invitees URI in some cases such as if the invitees identification is different than the invitees contact address andor if the invitee has more then one contact address.In general the URI as an identifier is a username with or without a domain name or a telephone number e.g.01122334455.
Patent claim: The apparatus of claim 1 wherein the application driver executes the discless application before the disc has been loaded.

Related passage: Here a judgment of whether an intended disc is loaded is performed in the following procedure.Each BDROM of the BDBOX has an identifier of a disc to be loaded next recorded thereon.The application manager 37 reads the identifier of a disc to be loaded next recorded on Disc A when Disc A is loaded.Then if a new BDROM is loaded after ejection of Disc A the application manager 37 reads the discs identifier and judges whether the identifier read from the new BDROM matches the Disc As identifier of a disc to be loaded next.If they match the newly loaded BDROM is among multiple BDROMs of the BDBOX one including the sequel of Disc As contents.In this case the application manager 37 determines that the intended disc has been loaded.
Patent claim: The brushless motor controller according to any one of the preceding claims wherein said rotor position detectors are Hall effect sensors.

Related passage: In the present invention when the brushless motor is rotated at low speeds less than a predetermined number of revolutions it is driven by a sine wave PWM system and when the brushless motor is rotated at high speeds not less than a predetermined number of revolutions it is driven by a square wave PWM system whereby the brushless motor can be driven smoothly without much pulsating torque over the full range of revolutions from a low speed zero revolution to high speeds several tens of thousands of revolutions.
Patent claim: A program that instructs a computer to function as an audio separator that separates audios into a first audio and a second audio using two inputted audio signals an audio combiner that combines the first audio with the second audio based on proportions of the audios separated by the audio separator and an image combiner that combines a first image corresponding to the first audio with a second image corresponding to the second audio based on the proportions of the audios separated by the audio separator.

Related passage: In another preferred embodiment of the invention primarily focused on video images the digital camera described in this invention also includes a primary microphone which records the sounds of the scene located in front of said digital camera and an additional microphone which records the sounds of the scene located behind the digital camera.It is understood that the primarymicrophone will normally be facing towards the front and at a forward position while the additional microphone will normally be facing towards the rear and at a backwards position.