bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The light emitting device package of any one of claims 2 to 4 wherein the first side surface part includes a plurality of flat areas adjacent to the sixth side surface part and horizontally extended in a direction of the sixth side surface part Wherein the plurality of flat areas is disposed between the first bonding and the second bonding part and wherein the and the plurality of flat areas have the same spacing between the first heat radiating part and the second heat radiating part.

Related passage: The method of manufacturing the light emitting device 1 according to the present invention will be described below making reference to Fig.3A to Fig.3F.Firstly a punching process is applied to a metal plate and then metal plating is applied to the surface thereof to form as shown in Fig.3A a lead frame plate 201 that will be formed into a lead frame.Next a portion to formthe reflection portion is bent in the Z direction at the position on the solid line B to obtain the lead frame plate 201 as shown in Fig.3B.Then as shown in Fig.3C a lead frame 6 and a reflection portion 8 that is a part of the lead frame is disposed in a sandwiched configuration between a molding dies 346 348 that are divided into upper and lower dies for molding of the package.The upper die forms a recessed portion not shown that is adapted to thereafter cover a portion of the inner wall surface 10 of the reflection portion 8.Then as shown in Fig.3D a molding material is injected into the cavity in the dies 346 348 from a material injection gate in the lower die 348.Thereafter as shown in Fig.3E the molding material in the dies 346 348 is cured and as shown in Fig.3F firstly the lower die 238 is removed and then the upper die 346 is removed in the direction of the arrow.
Patent claim: The method of claim 1 wherein the entering the energy savings modecomprises disabling a haptic interface logic system or wherein the entering the energy savings mode comprises disabling a haptic interface logic system and the entering the energy savings mode further comprises suspending execution of the haptic track.

Related passage: In these embodiments when the duration of the corresponding haptic effect pattern is greater than or equal to the duration threshold a rampup duration is firstcalculated as a product of a predefined value that indicates a duration for the standarddefinition haptic output device to reach a maximum vibration intensity identified as an intensity and a maximum amplitude of the corresponding haptic effect pattern.Thus the rampup duration indicates a duration for the standarddefinition haptic output device to reach a vibration intensity that corresponds to the maximum amplitude of the corresponding haptic effect pattern.When the rampup duration is greater than or equal to half of the duration of the corresponding haptic effect pattern the vibrotactile haptic effect pattern is rendered so that an active duration and a silent duration of the vibrotactile haptic effect pattern are each set to half of the duration of the corresponding haptic effect pattern.Thus the original haptic effect pattern is replaced by a vibrotactile haptic effect pattern with equal active and silent durations that collectively cover an entire duration of the original haptic effect pattern.The rendering of the vibrotactile haptic effect pattern in this scenario is further described below in greater detail in conjunction with Fig.5.
Patent claim: The coated cutting tool of any of the preceding claims wherein the coating comprises layers in the following order from the surface of the substrate TiN TiCN TiCNO and Al2O3.

Related passage: According to the present invention there is also provided a method of manufacturing a coated cutting tool insert comprising the steps of coating a substrate of cemented carbide cermet ceramics steel or cubic boron nitride with a coating of a total thickness of a maximum of 60 m consisting of one or more refractory layers comprising an outer wear resistant layer of Al2O3 of a thickness of 2 to 45 m deposited by chemical vapour deposition CVD from a reaction gas mixture comprising H2 CO2 AlCl3 HCl and X with X being selected from H2S SF6 SO2 and combinations thereof and the reaction gas mixture further optionally comprising additions of N2 Ar CO or combinations thereof wherein the deposition process of the Al2O3 layer comprises the steps of periodically changing the process conditions to deposit Al2O3 at least 3 times the process conditions being selected from those that when applied to deposit a single Al2O3 layer of a thickness of at least 4 m are useful to deposit an Al2O3 layer having a texture coefficient TCh k l gt 3 the texture coefficient being selected from TC0 0 12 TC1 0 0 TC1 1 0 TC1 0 4 and TC0 1 2 and defined as follows TCh k lIh k lI0h k l1nn1nIhklI0hkl1 whereinI h k l measured intensity of the hkl reflection I0 h k l standard intensity of the standard powder diffraction data according to JCPDFcard no.421468 n number of reflections used in the calculation whereby the hkl reflections used are 0 1 2 1 0 4 1 1 0 1 1 3 1 1 6 3 0 0 and 0 0 12wherein a change from one process condition to another process condition results in a directional change of the growth direction of Al2O3 grain boundaries wherein each directional change oftwo neighbouring sections of the same grain boundary is at an angle of from 15 to 165 degrees preferably from 30 to 150 degrees more preferably from 45 to 135 degrees observable in a SEM microphotograph of a cross section of the Al2O3 layer for at least 1 out of 25 Al2O3 grains preferably at least 5 out of 25 Al2O3 grains more preferably at least 15 out of 25 Al2O3 grains.
Patent claim: A surgical instrument comprising an end effector a drive assembly operably coupled to the end effector a replaceable motor cartridge comprising a motor control circuit board and a motor a main control circuit board comprising a processor and a computerreadable storage device storing program instructions which whenexecuted by the processor cause the processor to detect a malfunction of the motor cartridge and an interface comprising a mechanical interface portion configured to releasably couple the motor to the drive assembly and an electrical interface portion configured to releasably couple the motor control circuit board to the main control circuit board.

Related passage: In one form the master controller 6406 executes a main control process.The main control process monitors user inputs execute operations of the surgical instrument 10 provide feedback to a user or perform any other functions of the surgical instrument 10.For example in one form a master controller 6406 executes a main control process comprising a cutting and sealing operation.In some forms the main control process provides control signals to each of the motor controllers 6414a6414d.Execution of the individual functions of the motors 6418a6418d is controlled by the motor controllers 6414a6414d.In some forms the master control process activates or deactivates one or more of the motors 64186418d based on the attachment or removal of a module surgical component such as a modular shaft 30 or implement portion 100.The master controller 6406 provides control signals to the motor controllers 6414a6414d and receives status signals from the motor controllers 6414a6414d.The status signals include for example a function completion signal a fault signal an idle signal or a feedback signal.
Patent claim: The reposable surgical clip applier according to claim 3 wherein the outer cam profile is configured to engage at least a portion of the pusher bar.

Related passage: FIGS.2 and 3 illustrate the upper and lower manipulation jaws 1050 1060 in an open orientation and FIG.4 illustrates the upper and lower manipulation jaws 1050 1060 in a closed orientation.Once the surgical tool 1000 is coupled to the elongated body 14 of the surgical apparatus 10 and the distal end 276 of the control rod 52 is coupled to the drive member 2026 the clinician may move the upper and lower manipulation jaws 1050 1060 between the open and closed positions by manipulating the movable handle portion 24 of the surgical apparatus 10.For example pivoting the movable handle portion 24 toward the stationary portion 22 of the handle assembly 12 causes the control rod 52 to move the proximal drive beam segment 1022 in a first distal direction DD.As the proximal drive beam segment 1022 moves in the first distal direction DD the reversing linkage 1040 pulls the distal drive beam segment 1030 in a second proximal direction PD which causes the links 1052 1062 to each simultaneously move the upper and lower nonstaple forming manipulation jaws 1050 1060 toward each other to a closed orientation.Moving the movable handle 24 away from the stationary handle portion 22 causes the nonstaple forming upper and lower manipulation jaws 1050 1060 to each simultaneously move away from each other to the open position.
Patent claim: A composition comprising an aqueous dispersion of a from 0.02 to 2 weight percent based on the weight of the composition of an associative thickener having a hydrophobic portion with a calculated log P in the range of from 2.7 to 5.0 and b from 5 to 60 weight percent based on the weight of the composition of composite particles comprising phosphorus acid functionalized polymer particles adsorbed to the surfaces of TiO2 particles wherein the volume solids content of the composition is in the range of from 30 to 44 volume percent with the proviso that when the volume solids content is in the range of from 30 to 36 volume percent the calculated log P of the hydrophobic portion of the associative thickener is in the range of from 4.0 to 5.0 wherein the phosphorus acid functionalized polymer particles have a coreshell morphology wherein the core protuberates from the shell.

Related passage: A first monomer emulsion was prepared by mixing deionized water 200 g Disponil FES 993 surfactant 43 g 30 active butyl acrylate 371.2 g methyl methacrylate 195.2 g allyl methacrylate 9.6 g phosphoethyl methacrylate 51.2 g 60 active and methacrylic acid 12.8 g.
Patent claim: The generator according to any of the preceding claims wherein the lubricant chamber 500 is formed between the first part 200 and the second part 300.

Related passage: The sealing element 101 is mounted between a radially outer end of the second bearing ring 140 a radially inner end of the first seal carrier 110 and an axially inner end of the second seal carrier 120.The sealing element 101 may comprise a sealing lip which contacts for example the radially outer surface of the second bearing ring 140.
Patent claim: A gas turbine engine 20 comprisinga rotor section including a rotor 62 having a plurality of blades 64 and at least one annular seal 66 circumscribing the rotor the annular seal being a seal as recited in any preceding claim.

Related passage: As seen with continued reference to Figure 2 and with additional reference to Figures 3 and 4 the boundary members 12 are essentiallyrectangular elements that cooperatively form a substantiallycontinuous band adapted for encircling a longitudinallyextending region within the turbine section 16.The boundary members 12 include a front edge 50 and a rear edge 52 that each extend between the interface edges 3032 noted above.The boundary members 12 havea curved crosssection characterized by a radiallyinward surface 54 which is oriented toward the engine central axis 48 and an opposite radiallyoutward surface 56.The interface edges 3032 of adjacent boundary members 12 have complementary contours.As noted above interface edges of adjacent boundary members form interface gaps 22 that allow relative motion as well as cyclic growth and contraction of the boundary members during engine operation.Although not required the present embodiment also includes a radiallyaligned portion 34 disposed proximate the boundary member radiallyoutward surface 56.A blocking panel 58 disposed within the interface gap 22 provides a physical barrier that helps prevent unwanted radiallyoutward motion of working fluid 44 traveling through the turbine section 16.Blocking panels 58 may be omitted in settings where additional fluid flow obstructions are not desired.Where used however the panels 58 may be held in place by a variety of methods such as notches 6062 cut into the boundary member interface edges 3032.Other fixing methods including welding brazing interference fits and the use of fastening components may also hold the panels 58 in place if desired.As will be more fully described below the interface gap 12 of the present invention also provides extended component life by reducing pulse loading of blocking panels 58.Although the radial position of the blocking panels 58 may vary the panel protection feature described below is most effective when the blocking panel 58 is located radially outward of the radiallyskewed portion 24.In this application the term radiallyskewed means an orientation that is rotated to be offset from a radial orientation by a desired amount.In the present embodiment the radiallyskewed portion of the interface gap 22 is offset from radial orientation by an anglewithin the range of about fifteen to fiftyfive degrees.It is noted that the radiallyskewed portion 24 need not be proximate the radiallyinward surface 54 of the boundary members 12 however shifting the radial position of the radiallyskewed portion may reduce the film cooling feature described below.
Patent claim: The adapter assembly of any preceding claim wherein movement of the first drive member performs a first function movement of the second drive member performs a second function and movement of the third member performs a third function.

Related passage: Adapter assembly 100 may be configured to operatively interconnect with a surgical end effector requiring a linear driving force but may also be adaptable to be operatively coupled to an end effector requiring a rotational driving force for an operation thereof such as for example a right angled linear cutterstapler end effector 70 as shown in FIG.3.Right angled linear cutterstapler end effector 70 includes a rotatable drive member for firing end effector 70 to expel staples contained in the cartridge assembly for formation against the anvil assembly.End effector 70 may include additional rotatable drive members to actuate a knife blade alongthe staple line andor to open and close the jaw assemblies by approximating at least one of the anvil assembly and the cartridge assembly to and away from one another.
Patent claim: The adapter assembly of claim 1 wherein the second drive assembly includes a second drive member operably connected to the first cam assembly the first cam assembly being movable from a first orientation to a second orientation to move the second drive member from a proximal position to a distal position.

Related passage: Adapter assembly 100 may be configured to operatively interconnect with a surgical end effector requiring a linear driving force but may also be adaptable to be operatively coupled to an end effector requiring a rotational driving force for an operation thereof such as for example a right angled linear cutterstapler end effector 70 as shown in FIG.3.Right angled linear cutterstapler end effector 70 includes a rotatable drive member for firing end effector 70 to expel staples contained in the cartridge assembly for formation against the anvil assembly.End effector 70 may include additional rotatable drive members to actuate a knife blade alongthe staple line andor to open and close the jaw assemblies by approximating at least one of the anvil assembly and the cartridge assembly to and away from one another.
Patent claim: The method of claim 2 wherein the audio input is outside a normal range for human hearing.

Related passage: Sensor 270 may comprise any number andor type of sensing components.For example sensor 270 can comprise an accelerometer andor gyroscope.A nonlimiting list of examples of sensors and environmental conditions is provided belowTable 1 Exemplary Sensors and ConditionsSensor Environmental Condition SensedAccelerometer Force in one two or three directionsAltimeter AltitudeThermometer Ambient temperature user body temperatureHeart rate monitor Heart rate of device userSkin resistance monitor Skin resistance of device userOxygen sensor Oxygen use of device userAudio sensormicrophone Ambient audio andor audio generated by device userPhotosensor Ambient lightIRPhotosensor User eye movement position body temperatureHygrometer Relative humiditySpeedometer VelocityPedometerodometer Distance traveledChronometer Time of day dateWeight Mass or quantity of matter
Patent claim: The electronic circuit according to any one of the preceding claims comprising a synchronisation circuit 4 6 14 16 configured to receive an electrical reference signal Vref in phase with one of said first and second input components VCORin VQUADin and to generate an activation signal sRESET and a control signal sRD sRI apt to control said first switch RESET1 and said first coupling circuit RD1 RD2 respectively.

Related passage: The output of the comparator 25 which supplies a native clock signal CKN is connected to an input of the PLL circuit 27 so as to enable phase locking with the microelectromechanical loop 18.
Patent claim: The method according to claim 1 wherein when there are at least two MAC entities the executing a MAC layer function according to the MAC layer configuration parameter comprises executing the third mapping andor the fourth mapping between channels according to the MAC layer configuration parameter and performing independent uplink scheduling.

Related passage: After reception and decoding of transmitted packets on enhanced uplink dedicated channel EDCH the Node B has to inform the user equipment if transmission was successful by respectively sending ACKNAK in the downlink.
Patent claim: An adapter assembly for selectively interconnecting a surgical loading unit and a surgical device the adapter assembly comprising an adapter housing configured to connect to a surgical device an outer tube having a proximal end supported by the adapter housing and a distal end configured to connect to a surgical loading unit and a transmission assembly at least partially disposed within the adapter housing the transmission assembly including a proximal rotation receiving member connectable to a drive shaft of a surgical device a distal force transmitting member connectable to an axially translatable drive member of a surgical loading unit at least one pin securedly disposed within the adapter housing and a bearing assembly coupled to the proximal rotation receiving member and the distal force transmitting member the bearing assembly being axially movable along the at least one pin in response to rotational motion of the proximal rotation receiving member thereby axially moving the distal force transmitting member.

Related passage: In operation as first rotatable proximal drive shaft 212 is rotated due to a rotation of first connector sleeve 218 as a result of the rotation of the first respective drive connector 118 of surgical device 100 drive coupling nut 244 is caused to be translated axially along first distal drive shaft 242.As drive coupling nut 244 is caused to be translated axially along first distal drive shaft 242 distal drive member 248 is caused to be translated axially relative to outer tube 206.As distal drive member 248 is translated axially with connection member 247 connected thereto and engaged with drive member 374 of drive assembly 360 of loading unit 300 FIG.47 distal drive member 248 causes concomitant axial translation of drive member 374 of loading unit 300 to effectuate a closure of tool assembly 304 and a firing of tool assembly 304 of loading unit 300.
Patent claim: A gas turbine engine comprising a fan rotor a turbine rotor a fan drive gearbox 40 coupled to the fan rotor and the turbine rotor wherein the turbine rotor is adapted to drive the fan rotor via the fan drive gearbox the fan drive gearbox comprising a bearing a main lubrication system 100 configured to supply one or more sumps an auxiliary pump 60 configured to circulate lubricating fluid in an auxiliary lubrication system wherein the auxiliary lubrication system supplies the fan drive gearbox a supply line 125 fluidly connecting an output of the auxiliary pump to a lubricating surface of the bearing and an electric motor 62 adapted to drive the auxiliary pump.

Related passage: Using first shuttle valve 60 in combination with second shuttle valve 62 can also provide substantially continuous liquid to bearings 54.As described above with respect to FIGS.3A and 3B second shuttle valve 62 directs fluid from auxiliary pump 44 to bearings 54 when main pump 66 does not supply adequate liquid.If main pump 66 is not supplying adequate liquid due to slow rotation of high pressure spool 20 then sensor 128 can sense pressure below a threshold and first shuttle valve 60 can direct fluid from sump 48 to bearings 54 This allows liquid to be supplied to bearings 54 for an extended period of time of windmilling.If however high pressure spool 20 is not rotating slowly then sensor 128 can sense pressure above the threshold and first shuttle valve 60 can direct fluid from auxiliary pump 68 to bearings 54.This allows liquid to be supplied to bearings 54 for a brief period of zero or negative gravity conditions.This can be beneficial because an interruption in supply from main pump 66 when high pressure spool 20 is rotating at operating speed is most likely due to zero or negative gravity conditions.
Patent claim: Printing unit as in any claim hereinbefore characterized in that said cam element 48 associable with the actuation device 50 is able to engage on at least one abutment wall of said seating 58 made in said printing head 20 so that an adjustment of the position of the printing head 20 on the adjustment planecorresponds to a movement of the cam element 48.

Related passage: Each line head 3 is provided at its one end in the nozzle row direction with a V shaped flange 5 formed with a V shaped grove 4 open outwards in the nozzle row direction and at its other end with an L shaped flange 7 formed with an L shaped cutout 6.And these flanges 5 and 7 are placed on the line block frame 2 via a support plate 8.
Patent claim: The stapler according to claim 3 wherein the stapler includes a driving member that causes the cutting blade guide to retract from a position between the cutting blades after the cutting blades penetrate the workpiece.

Related passage: Also the bending mechanism 5 includes a pushup member 51 for pushing up the first bending member 50R the second bending member 50L and the bonding member 50S.The pushup member 51 is provided to a base portion 83 and by rotating movement of the body section 8 with respect to the base portion 83 the first bending member 50R the second bending member 50L and the bonding member 50S are relatively pushed up in corporation with the spring 51a.