bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The stator vane according to claim 1 wherein the notch 54 154 includes an axially extending radius 55 155.

Related passage: A vane actuating mechanism not shown is provided on the radially outer side of annular engine casing 8.Basically this comprises a circumferentially movable unison ring to which the spindles 20 of each of the vanes is connected by means of an actuator lever also not shown.As shown more clearly in Figure 4 the radially outerend of the vanes is formed with a spindle extension 26 which projects through a circular aperture 28 in the engine casing 8.The actuating levers are engaged with the spindle extensions 26.The radially inner ends of the spindles 20 are also formed with a spindle projection 30 which is engaged with a bearing or bush 32 indicated in Figure 1.Where the spindle 20 passes through the engine casing 8 an increased diameter bearing member 34 is provided concentric with the spindle and pivot axis 18.Preferably as shown in Figure 4 the member 34 has a chamfered surface 36 which engages or has minimum clearance from a similarly chamfered surface of a bush housed in the casing wall 8.Bearing loads are taken by a bearing concentric with the axis 18 and the aperture 32 in the casing 8 on an annular bearing surface 38 on the member 34.The plane of annular surface 38 is orthogonal to axis 18.
Patent claim: The apparatus as in claim 11 wherein the computing processor that computes the bit size ratio further comprises a frame processor that provides a size value for each iframe macroblock in two successive iframes of the parsed stream and a size value of each pframe macroblock corresponding to each iframe macroblock of the two successive iframes.

Related passage: In accordance with a first aspect of the present invention computationally simple methods have been devised which employ combinations of certain aspects of Feng et als approach and Yeo et als approach to give accurate and simple abrupt andor gradual scene change detection.The present inventors also have investigated techniques that make use of bit allocation information to extract features and detect gradual scene changes each of which is described in further detail in concurrently field applications.
Patent claim: The method according to claim 2 further comprisingtransmitting a predetermined frame to the another electric device by the processor before the second frames is selected under the screen share mode so that the predetermined frame is shown on the another electric device as the video talk frame.

Related passage: In Figure 7 reference numeral 150 shows a schematic flow diagram of an image processing method in accordance with the invention performed in a device driver such as the device driver 22.Although the method 150 is described with reference to the device driver 22 it will be appreciated that the method may be deployed in any device driver that interfaces an image capture device both still and video images to any application program.
Patent claim: Device according to claim 7 or 8 wherein said gripper is arranged for maintaining the heads in a tilted orientation relative to the reference surface during motion of the heads towards and away from the support structure.

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: A method for producing the phosphor according to claim 1 comprising a step of mixing a Srcontaining raw material selected from nitrides silicides carbides carbonates hydroxides and oxides of Sr a Mcontaining raw material selected from nitrides carbides carbonates hydroxides and oxides of M an Alcontaining raw material selected from nitrides oxides and carbides of Al a Sicontaining raw material selected from nitrides oxides and carbides of Si and a Cecontaining raw material selected from chlorides oxides nitrides and carbonates of Ce to obtain a mixture anda step of firing said mixture.

Related passage: The raw material can be mixed using a mortar for example in a glove box.The mixed powder is put in a crucible and heated under a predetermined condition to obtain the luminescent material according to this embodiment.The material of the crucible is not particularly limited and the material can be selected from boron nitride silicon nitride silicon carbide carbon aluminium nitride sialon aluminium oxide molybdenum and tungsten.
Patent claim: The electronic component according to claim 1 wherein the body 100 includes a first body 100a and a second body 100b fixed to the first body the fixed portion 220a220e of the contact is held by at least the second body the tail portion 230a230e of the contact projects out from the second body and the electronic component further comprises a second sealant 300b 300b including nonvolatile oil the second sealant being filled in a gap S3 between the first and second bodies.

Related passage: The seal member 13 mounted within the seal member chamber 21 functions as a seal plug so that the electrical part chamber 17 will not communicate with the exterior of the case member 100 via microscopic gaps formed between the respective connection terminals 19 and the partition wall 11a and this seal member is formed for example by an elastic material such as oilcontaining silicon rubber.
Patent claim: The node of claim 11 wherein the feedback manager is additionally configured to increase bandwidth used by the upstream flow of packets based in part on feedback from the parent node.

Related passage: The correction action taken here involves delaying of transmission packet dropping the packet entirely andor packet rescheduling if transmission bandwidth exceeds the threshold values or selfterminating the session entirely.Therefore transmission bandwidth can be controlled in this manner.For receiving packets the receiving bandwidth can be controlled by minimizing the request for incoming packets and also bandwidth request for any incoming packets can bereduced.When network condition changes the policy server the central server will inform the SLA manager 15 of these changes.SLA manager 15 will then make a decision on the policy change.This involves updating the rule engine at the policy server andor updating the configuration of the affected terminals 11s QoS controller to manage QoS in the new updated threshold values.The updating of configuration to affected terminals 11 involves passing of enforcement data to the said affected terminals 11.The said affected terminals 11 upon receiving this enforcement data 605 Receive enforcement will perform the necessary updates or changes based on this enforcement data 606 Perform action required.The monitoring process will resume based on the new updated values.
Patent claim: A broadcast signal receiving method comprising receiving a signaling packets through a first channel receiving a RoHC Robust Header Compression packet stream including at least one RoHC packet through a second channel decompressing a header of the RoHC packet based on an information included in the signaling packet to output an IP packet stream wherein the signaling packet includes a signaling packet header and a signaling packet payload and acquiring broadcast data based on the output IP packet stream.

Related passage: Yet another object of the present invention is to provide a broadcasting signal transmitting apparatus abroadcasting signal receiving apparatus and a method for transmittingreceiving a broadcasting signal using the same that can distinguish data corresponding to a service for each component and transmit the corresponding data to each component through separate PLPs so that the transmitted data can be received and processed.
Patent claim: Seamless quenched and tempered steel pipe according to any one of claims 1 to 9 wherein the chemical composition consists of0.0600.090 wt C 0.901.20 wt Mn 0.100.35 wt Si 0.100.25 wt Cr 0.050.20 wt Ni 0.050.15 wt Mo 0.0000.070 wt V 0.0200.040 wt Al 0.00080.0030 wt Ca 0.0000.005 wt Nb 0.0050.015 wt Ti 0.00300.0090 wt N 0.000.20 wt Cu 0.0000.003 wt S 0.0000.015 wt P 0.00000.0001 wt B 0.0000.010 wt Zr 0.0000.010 wt Ta the remaining being iron and satisfies the following additional conditions CEIIWCMn6CrMoV5 CuNi15 in the range 0.26 to 0.36 CEPCMCSi30Mn20Cr20Cu20Ni60Mo15V10 5xB in the range of 0.14 to 0.18 P160xCCr5xe35xMoWT50xVNb in the range of 10 to 14.5 P29xC1.2xMnCr0.7xMo2xV2.00.

Related passage: On successive occasions the inventor has carried out other series of experiments to test three important factors which may affect the properties of the material used for the conduit the content of Ti in an alloy the effect of the size of the austenitic grain and the tempering temperature during the thermal treatment of the steel.
Patent claim: The optical receiver setup 250 350 550 650 of claim 7 whereinthe parameter determination unit 610 is configured to determine the estimate of the first residual parameter set based on a weighted average of the parameter sets used for the compensation of the lower andhigher adjacent WDM channel signals.

Related passage: According to the sixth embodiment above the VDC setting value storage circuit 81 of the transponder 23 acquires in advance or when trouble occurs the VDC setting value for the active line 42 stored in the VDC setting value storage circuit 82 of another transponder 24 and can set the VDC setting value of the standby line 44 on the basis of the acquired VDC setting value.Thus the restoration time required when line trouble occurs can be reduced.In the sixth embodiment since the VDC setting value storage circuit 81 of the transponder 23 can communicate data directly or through a communication interface with the VDC setting value storage circuit 82 of another transponder 24 an appropriate VDC setting value for the standby line 44 can be acquired before trouble occurs.Thus the restoration time for the trouble can be further reduced.
Patent claim: The network of claim 10 wherein the uplink resource allocation information is transmitted with the negative acknowledgement NACK signal to the uplink data to the user equipment when the uplink resource allocation information is transmitted through the downlink control channel.

Related passage: Then the base station searches a reception state of the random access received from the first and second mobile stations to detect a mobile ID of the received random access signal and then transmits access grant signals ACK to the mobile station having the mobile ID.That is when only the random access of the first mobile ID ID1 is received from the first mobile station the base station broadcasts the access grant signals ACK to the first mobile station having the first mobile ID ID1.Accordingly the first mobile station searches the access grant signals ACK which are broadcasted from the base station to receive the access grant signal ACK of its first mobile ID and then performs communication through a dedicated channel which is assigned by the base station to be contained in the access grant signal ACK.The second mobile station attempts at random access againusing another mobile ID or stops it after the lapse of a predetermined time of its inner timer because it did not receive the access grant signal ACK of its second mobile ID from the base station.
Patent claim: The method of claim 2 wherein at least one of the first and the second set of flaps comprise more than one woven layer.

Related passage: After obtaining the fabric 21 described above as shown in FIG.3a the pair of fabrics 25 of the ceramic fibers to be the platform section is respectively bent in a desired angle about 90 degrees in a case of a turbine rotor so that the fabrics 25 overlap each other in parallel and these fibers overlap and get close contact with each other.Thereby the fabrics 25 connect together.Parts 251 which are to be two platform sections and where the fabrics 25 overlap each other may be stitched together.It is advantageous in further increasing strength of the obtained fabric for thevane section.
Patent claim: A hapticallyenabled device comprising a haptic player an audiovideo AV media player and a media listener wherein the media listener based on an identity of AV media being played by the AV media player plays a selected predefined haptic track that corresponds to the identified AV media.

Related passage: According to the embodiment an amplitude haptic parameter can define an amplitude of a haptic signal used to generate a haptic effect and thus can define an amplitude of the haptic effect.A frequency haptic parameter can define a frequency of a haptic signal used to generate a haptic effect and thus can define a frequency of the haptic effect.A duration haptic parameter can define a duration of a haptic signal used to generate a haptic effect and thus can define a duration of the haptic effect.An envelope haptic parameter can define an envelope of a haptic signal used to generate a haptic effect and thus can define an envelope of the haptic effect.A density haptic parameter can define a density of a haptic signal used to generate a haptic effect and thus can define a density of the haptic effect.A magnitude haptic parameter can define a magnitude of a haptic signal used to generate a haptic effect and thus can define a magnitude of the haptic effect.A strength haptic parameter can define a strength of a haptic signal used to generate a haptic effect and thus can define a strength of the haptic effect.
Patent claim: A washing machine comprising a cabinet 110 having a first tub 220 disposed therein a first door 120120120420 having a second tub disposed therein to open and close a laundry introduction opening 121 formed at the cabinet 110 a hinge assembly 140 to rotatably mount the first door 120 to the cabinet 110 a second door 130 to open and close a laundry introduction opening 121 of the second tub a first water supply part and a second water supply part to supply washing water to the first tub 220 and the second tub respectively and a first water discharge part and a second water discharge part to discharge washing water from the first tub 220 and the second tub respectively.

Related passage: In these embodiments shown in Figures 4 to 7 the filling means 20 are arranged connected to said recirculation means 50 of the fluid housed in the tub 9.The filling pipe 21 is thus arranged connected to the first recirculation pipe 51.Additionally the recirculation means 50 comprise a second recirculation pipe 53 through which the first recirculation pipe 51 is connected to the trim the second recirculation pipe 53 being arranged connected to said first recirculation pipe 51 and to the filling pipe 21.To achieve this in the second embodiment shown in Figure 4 the second recirculation pipe 53 and the filling pipe 21 are arranged connected to the firstrecirculation pipe 51 by means of an electrovalve 55 with the result that when the electrovalve 55 is in a first position all the fluid pumped by the recirculation pump 52 is directed towards the trim through the second recirculation pipe 53.In contrast when the electrovalve 55 is in a second position the fluid pumped by the recirculation pump 52 is directed to the cavity 13 through the filling pipe 21.
Patent claim: The mobile terminal of claims 1 to 11 wherein the controller is further configured to execute a preset application based on the authenticated fingerprint and cause the display to display an execution screen of the preset application while the touch input is applied to the sensing unit.

Related passage: Activation of the biometric recognition function means activating a component used to implement a specific biometric recognition technique.For example when a face recognition technique is adopted the camera 121 may be activated.In the case of a vein pattern recognition technique the sensor unit 140 may be activated.
Patent claim: The mobile terminal of claims 1 to 6 wherein the controller is further configured to cause the display to stop displaying the preset screen information and to switch to the inactive state when the touch input is no longer applied to the sensing unit.

Related passage: The present invention is not limited to any specific fingerprint recognition technique and thus various fingerprint recognition techniques are available herein.Fingerprint information may be acquired in various manners including an optical capacitive or electrical conductive semiconductor technique an ultrasound technique a heat sensing technique a noncontact technique or a combination of them.
Patent claim: A contact 100a comprising a contact body 110a including a first portion 111a 112a and a second portion 113a the second portion having a higher impedance than the first portion and an impedance adjusting portion 120a having electrical conductivityprovided at the second portion of the contact body to increase a dimension in a thickness direction Z of the second portion.

Related passage: Referring now to Figure 2 each of the side walls 74a and 74b extends along a majority of the length of the base wall 52.However each of the side walls 74a and 74b may extend along any amount location andor portion of the length of the base wall 52.In some alternative embodiments the side wall 74a andor 74b may extend along an approximate entirety of the length of the base wall 52 from the mating segment 38 to the tail segment 42.Moreover in some alternative embodiments one or both of the side walls 74a and 74b is segmented along the length of the base wall 52.Each side wall 74a and 74b may extend from any location along the width of the base wall 52 in alternative to the respective edge 60 andor 62.Although shown as extending along an approximately straight path from the mating segment 38 to the tail segment 42 the intermediate segment 40 may alternatively extend along a nonlinear path e.g.a curved path bent path andor the like from the mating segment 38 to the tail segment 40.
Patent claim: An apparatus for practicing the method of any of claims 114 the apparatus comprising a control circuit 502 a user interface 505 a threedimensional display 503 operably coupled to the control circuit wherein the control circuit is configured to use the threedimensional display to present a virtual threedimensional scene comprising a plurality of icons including at least a first icon 303 presented at a first depth of presentation 304 and a second icon 305 presented at a second depth of presentation 306 where the first and second depths of presentation are different from one another wherein the first icon at the first depth of presentation is available for interaction by an input component of the user interface and wherein the second icon at the second depth of presentation is unavailable for interaction by the input component of the user interface.

Related passage: As described above if at step S 125 an operation of moving the focus is not detected then the process proceeds to step S126.At step S126 the operation states of the second or fourth soft key 27 or 28 are detected.Thereby it is determined whether an operation of moving a plane for display on the frontmost plane of the 3D matrix is performed.If the operation of moving the plane is detected then the process proceeds to step S 132.If an operation of depression of the second soft key 27 is detected then contents on the frontmost plane are moved and displayed on a rear plane of the 3D matrix correspondingly to the operation of depression.If a depression operation of the third soft key 28 is detected then contents on the rear plane are moved and displayed on the frontmost plane.Then the process proceeds to step S129.Thus in the 3D matrix of the still image contents shown in FIG 28A still image contents for display on the frontmost plane change on the basis of the user in response to the operation of the second or fourth soft key 27 or 28.
Patent claim: The sheet processing apparatus according to claim 9 wherein the identification unit 40 identifies dirt on the sheet 1 based on the visible image and identifies a crease and a fold on the sheet 1 based on the infrared image.

Related passage: FIG.5C shows a reflected image from the surface of the paper sheet 101 detected in a state that both the light sources 301 and 302 are ON the pattern 3.No shadow is produced on left and right sides of the wrinkle 10.On the other hand a defaced portion 12 on the surface of the paper sheet 101 appears darker than the periphery in all the patterns and hence it can be determined as a stain.
Patent claim: Accessory interface circuit IF2 according to claim 11 configured todetect an actuation call signal from a control means BTNS of the accessory device ADEVto provide an accessory call signal depending on the actuation call signal to the host device HDEV via the first line LMto detect an uplink call signal received from the host device HDEV via the first line LM andto trigger the operation in the call mode when at least one of the uplink call signal and the actuation call signal is detected.

Related passage: The host device 10 may be configured for example as a mobile phone a tablet PC or a multimedia player.The accessory device may be any accessory using a 3.5 mm jack interface.The accessory device 20 may be formed as a standard passive headset a standard active headset including a battery to supply power for operating the headset or as an intelligent accessory device for example an intelligent active headset a sensor hub a microphone array or a picoprojector.The intelligent accessory may communicate with the host device by exchanging communication data in the format of coded data words transferred as a bit stream.
Patent claim: The apparatus 1000 according at least one of the preceding claims characterized in that said patient positioning structure 1 is made of dielectric materials without dielectric contrast with respect to the external case housing the antenna radiating element.

Related passage: It is also observed that the first antenna 1 is used in a fixed radiation frequency range.To the purposes of the present invention with the wording fixed radiation frequency range it is meant that the radiation frequency range of the antenna is substantially independent either from the interaction with the radiated tissue and the position variations of the first antenna 1.As an example the first antenna 1 operates in the following radiofrequency range 320MHz390MHz.It is observed that the considerations made for the first antenna 1 can made also for the second antenna 2.
Patent claim: A straddletype vehicle according to claim 9 or 10 further comprising a body frame 3D disposed below the seat 15 and above the rear wheel 9 wherein the storage member 55 comprises a support portion 52f located forward of the front plate 55F and above the bottom plate 55D the storage member 55 being supported by the body frame 3D via the support portion 52f in a cantilever manner.

Related passage: The present invention is characterized in that three cross members 131133 are detachably laid between the pair of left and right rear frames 115 115.More specifically a frontmost rear cross member 131 a middle rear cross member 132 and a rearmost rear cross member 133 are laid between the left and right rear frames 115 115 in this order from the front.