bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The intraocular lens insertion apparatus according to claim 9 wherein the plunger 30 includes a thin platelike flat portion 31b which is provided so as to be widenedto the direction perpendicular to the optical axis direction and perpendicular to the pressing direction in a portion connected to the insertion portion 32 in the rodlike portion.

Related passage: A stage 24 is provided as a resting portion at the front of the main tubular section 18 in the tool body 12.FIG.7 depicts the stage 24.In the stage 24 there is formed a recessed slot 28 of width dimension slightly larger than the diameter dimension of the main body 26 of the intraocular lens 14 and extending in the axial direction.The recessed slot 28 has lengthwise dimension in the axial direction that is somewhat larger than the maximum width dimension dimension in the leftright direction in FIG.1 of the intraocular lens 14 inclusive of haptics 30 30 that extend to either side thereof.
Patent claim: Method according to any one of claims 912 characterized in that the cloud agent 21 includes a unique ID for identifying the userdefined control program 22 for which the cloud variables collected and on which the cloud variables are to be updated.

Related passage: In one or more embodiments a system includes a system interface component a modeling component and a correlation analytics component.The system interface component collects industrial data associated with a set of boilers and demand data associated with a set of loads.The system interface component also stores the industrial data and the demand data on a cloud platform.The modeling component generates a boiler behavioral model for storage on the cloud platform based on analysis of the industrial data and the demand data.The boiler behavioral model defines at least one correlation between efficiency and capacity associated withthe set of boilers.The correlation analytics component determines at least one set point parameter for the set of boilers based on analysis of the boiler behavioral model.
Patent claim: A method according to any one of claims 1 to 3 wherein the compressor is controlled such that when the output pressure drops below a known low pressure limit the compressor is started and when the output pressure rises above a known high pressure limit the compressor is stopped and wherein the determining of a characteristics curve comprises for each identification run determining a first mechanical power of the compressor at the low pressure limit determining a second mechanical power of the compressor at the high pressure limit and forming a linear portion of the characteristics curve on the basis of the known low and high pressure limits and the first and second mechanical power.

Related passage: An advantage of the present solution is that no additional instrumentation is needed since modelbased solutions can be used for the estimation of the flow rate and pressure of the pump.A sensorless implementation can be based on modelbased pump operating point estimation methods known per se.These estimation methods may comprise using pump characteristic curves such as the examples illustrated in Figures 4a and 4b affinity laws known per se as a model of the pump and frequency converter estimates of the motor rotational speed and shaft power as inputs.The characteristics and general performance of a centrifugal pump for example can be visualized by characteristic curves for the pressure or head H shaft power consumption P and efficiencyas a function of the flow rate Q at a constant rotational speed.The best efficiency point BEP of a centrifugal pump in which the pump should be typically driven is typically also provided by the pump manufacturer.
Patent claim: The method of claim 7 further comprising a negotiation with the sourceof the haptic effects wherein the first signature is modified or further comprising a negotiation with the source of the haptic effects wherein the second signature is modified.

Related passage: At stage 306 processor 110 determines a haptic effect based in part on the parasitic vibration.The haptic effect may be a haptic effect configured to compensate for the parasitic vibrations.For example the haptic effect may comprise a vibration based effect configured to be felt in spite of the parasitic vibration e.g.a haptic effect at a different frequency andor amplitude than the vibration and thus distinguishable from the parasitic vibration.For example processor 110 may ensure that any haptic effect is not output at a resonant frequency of the parasitic vibration by multiplying the frequency of the parasitic vibration by a fractional value e.g.1.3 or 1.7.Additionally or alternatively processor 110 may perform a Fast Fourier Transform FFT of the parasitic vibration to select frequency components that are not represented or not strongly represented by the parasitic vibration.
Patent claim: The surgical instrument of Claim 10 wherein the program instructions when executed further cause the processor to employ the at least one user feedback element to provide instructions to the user for replacing the motor cartridge.

Related passage: In some forms the function signal indicates the operation or completion status of a function performable by the motorcontroller pairs 6409a6409d.For example the function signal indicates that a clamping operation is occurring or has been completed.The function signal also indicates the success of the operation such as for example indicating the amount of force applied by the tissue clamped during the clamping operation.A motor controller 6414a6414d generates a fault signal if the motor controller 6414a6414d detects an error in an associated motor 6418a6418d or in the completion of a surgical operation.The fault signal causes the master controller 6406 to generate a fault signal to the operator such as for example a visual indicator or an audible indicator.The fault signal also causes the master controller 6406 to send control signals to the motor controllers 6414a6414d to stop any currently executing functions.
Patent claim: The method according to claim 8 wherein in the setting step upon the reference area reaching the end position in the first direction the reference area is returned to the starting position and thereafter the reference area is moved in the second direction by the second moving width.

Related passage: Although it would be ideal to be able to remove only the background pattern from an image including characters and the background pattern when image processing such as binarizing and filtering is performed on the image image quality of even a character portion may deteriorate leading to erroneous character recognition result.Patent Document 2 discloses a technology for avoiding the adverse effect of image processing performed to remove the background pattern.Specifically it is evaluated based on distribution of pixel values of the region including only the background pattern whether the background pattern will affect character recognition.If it is determined that character recognition will not be positively affected character recognition is performed without performing the image processing for removing the background pattern.Even if it is determined that the background pattern may positively affect character recognition image processing for removing the background pattern is performed on the original character imagethe image obtained after the image processing is evaluated by using pixel information of the background pattern.If it is determined that image processing will have no positive effects character recognition is performed by using the original character image without performing the image processing for removing the background pattern.
Patent claim: The method according to claim 1 wherein the step of detecting the first input comprises detecting a gesture via a sensor of the electronic device or a voice via a microphone of the electronic device and the step of detecting the third input comprises detecting another gesture via the sensor or another voice via the microphone.

Related passage: Referring to FIG.4E the temporarily stored content 430 in the form of the popup window is floated.Since the content 430 includes text the processor 120 may display on the content 430 an icon 451 corresponding to a command for extracting and parsing the text included in the contents 430.Further when the content is loaded through the floating UI 450 the processor 120 may control the display 160 to not display the floating UI 450 or to display the floating UI 450 on a lower layer of the layer including the content 430 so as to make the floating UI 450 hidden by the content 430.
Patent claim: A downhole flow device 1 for controlling a flow of fluid between an annulus 20 and an inner bore 2 of a well tubular metal structure 3 arranged in a borehole 4 comprisinga tubular part 5 comprising a first opening 6 and an axial extension anda sliding sleeve 7 configured to slide within the tubular part between a first position covering the opening and a second position uncovering the opening the tubular part comprising a first groove 8 and a second groove 9 the first groove being arranged at a first distance d1 from the second groove along the axial extension and the sliding sleeve comprising a projecting part 10 configured to engage the first groove in the first position and the second groove in the second position wherein the tubular part comprises a third groove 11 configured to be engaged by the projecting part and having a second distance d2 to the second groove which is smaller than the first distance.

Related passage: In Fig.8A the detection tool 50 comprises a centraliser 57 for maintaining the detection tool at a predetermined radial distance r from the completion component.The detection tool further comprises a measurement device 59adapted to continuously measure the radial distance from the detection tool to the completion component.The detection tool further comprises a processor device 58 adapted to process observations provided by the detectors for calculating the first distance on the basis of the detectors detecting the respective markers.The processor device may also be arranged in the detection unit.The detection tool comprises a communication unit 60 adapted for communicating the determined first distance to an external source.The communication may be performed via a wireline connecting the detection tool with surface.
Patent claim: An aircraft according to claim 4 wherein the lock housing is fixed relative to the wing or wing tip device and arranged to allow rotational movement of the rotating locking member within the housing.

Related passage: Lock 910 may include rod lug 928 rod 930 and arm 932.Arm 932 may include target 934.Target 934 may be sensed by targetposition sensor 936.Target 934 may beon every arm 932 or on less than every arm 932 of barrel latch 902.Sensor 936 may sense proximity of target 934 and may indicate that lock 910 may be in engaged position 330 of Figure 3.Sensor 936 may be mounted on fixed portion 904 and may be mounted on a forward side or on an aft side of barrel 912 so as to be able to sense target 934 mounted on arm 932.Limiting target 934 and sensor 936 to being on less than every arm 932 may reduce an overall weight of barrel latch 902.
Patent claim: The method according to claim 8 further comprising disabling 140 said conference terminal that does not meet said topological constraint.

Related passage: Once a new node has been detected the inviting node and the new node determine their distance d from one another using their ranging capabilities if any are available.The internodal distance may be determined by various conventional methods such as by measuring the time of travel of an acoustic ultrasonic or RF pulse or by comparison of RF received signal strength with transmission signal strength.Various means of ranging by radar echoing of RF pulses are known such as multiple discrete PRF pulse repetition frequency ranging as described in Skolnik Merrill I.Radar Handbook Mcgraw Hill 1990 Section 17.4.These RF pulse methods are suitable for use with high clock rates and RF frequencies sufficiently high to allow for accurate measurement of short time intervals consistent with the minimum range to be measured.Another ranging method timing an acoustic or ultrasonic pulse is better suited to low clock rates and lower RF frequency operation and is thus more appropriate with low power lower frequency less than 1Ghz circuitry.One realization of the acoustic or ultrasonic ranging method is described below in connection with the description of the node hardware.In some embodiments the position of each node may be known for example by global positioning system GPS devices provided on the nodes.Range can then be calculated easily from the known node positions.However derived the ranging information greatly enhances the topology learning process of the invention.
Patent claim: The surgical instrument of any one of Claims 1015 further comprising a power source wherein the program instructions when executed further cause the processor to stop power transmission from the power source to the motor cartridge after detecting the malfunction of the motor cartridge.

Related passage: After receiving the signal from the second motor controller 6314b at time t3 the master controller 6306 provides a third control signal to the first motor controller 6314a indicating that a release function should be performed.The first motor controller 6314a generates a control signal for the first motor 6318a to cause the first motor 6318a to reverse the earlier clamping operation and to unclamp the anvil assembly 190.The release function is performed by the first motor controller 6314a and first motor 6318a simultaneously with the reversing of the second motor 6318b to retract the cutting portion 164 to its starting position.The use of a master controller 6306 and individual motor controllers 6314a 6314b allows the surgical instrument 10 to perform multiple operations simultaneously without over stressing any of the individual controllers 6306 6314a6314b.
Patent claim: A computer program product comprising computer program code tangibly embodied in a computer readable medium said computer program code comprising instructions to when provided to a computer system and executed cause said computer to perform a method for monitoring transmission according to any of claims 1 to 11.

Related passage: The K individual transmissions shall be performed using time and frequency resources of said grid according to a frequency hopping sequence on a perframe basis.Black squares on Fig.2 shows an illustrative example of such a frequency hopping sequence over the represented frame of twenty time slots.
Patent claim: The surgical instrument of any preceding claim wherein the guide pin is a rigid guide pin.

Related passage: Figures 22 and 23 show a pin 654 a cartridge assembly 650 and an anvil assembly 660 for use with a surgical stapling instrument such as instrument 100 of Figure 1.Cartridge assembly 650 includes a bore 656 adapted to receive pin 654.Pin 654 has a proximal portion 670 and a distal portion 672 and defines a longitudinal axis GG therealong.Proximal portion 670 of pin 654 includes a body 674 and two protrusions 676 extending radially from body 674.Although Figure 23 shows body 674 with a substantially cylindrical shape body 674 may have any suitable shape or configuration.An elongate member 678 extends between proximal and distal portions 670 672.Distal portion 672 of pin 654 has an external thread 680 formed thereabout.External thread 680 is configured for threadedly engaging an inner thread 692 of anvil assembly 660.As a consequence pin 654 secures cartridge assembly 650 to anvil assembly 660.
Patent claim: The stage according to claim 1 or 2 characterized in that the difference in radial height H between the tip 34 of said intermediate tab and the tips 33 35 of said side tabs 30 32 is less than or equalto a second threshold defined by the difference betweenan estimate of the maximum relative displacement in the radial direction between the static and rotating parts 26 27 due to thermal expansion between the initial assembly configuration and the running operational configuration andthe radial clearance CF between the tips 33 35 of said side tabs 30 32 and said cylindrical surface 36 in the initial assembly configuration.

Related passage: Although the present invention has been described with reference to providing the abrasive layer on the tips of gas turbine engine turbine rotor blades it is equally possible to apply the abrasive layer to the tips of gas turbine engine compressor rotor blades or other gas turbine engine components where it is necessary to cut a track in an abradable material on a cooperating component e.g.sealing fins on a rotor and abradable structure on a stator vane platform labyrinth seals.The present invention isapplicable to axial and centrifugal flow compressors axial and radial flow turbines turbochargers and power turbines.
Patent claim: The induction heating device according to any one of claims 1 to 6 wherein the control unit 93 is configured to perform control such that the first lighting unit 40 is varied in color of light depending on the temperature of the cooking utensil.

Related passage: In detail the cooking apparatus 1 obtains the cooking temperature included in the cooking method and calculates the intensity of the magnetic field B corresponding to the cooking temperature.Subsequently the cooking apparatus 1 may control the flame image generating unit 200 so as to generate the flame images FI corresponding to the calculated intensity of the magnetic field B.
Patent claim: A load carrier foot according to any one of the preceding claims wherein said positioning arrangement further comprises a positioning arm holder and wherein said positioning arm has a first end portion configured as a handle and a second end portion connected to said positioning arm holder wherein said positioning arm is configured to be moved from a first position to a second position when moving said bracket from its first state to its second state.

Related passage: In figures 3a3b the lever 13 is positioned in a storage position or in a ready to mount position and the cam member 11 is in a released position.The load carrier foot 1 is ready to be mounted to a rail of a vehicle the brackets 6 6 are opened in the sense that the distance between the ends 6a 6a of the brackets 6 6 are separated a distance D1 enough for the load carrier foot 1 to be mounted to the rail of the vehicle in an easy manner.The cam member 11 is intended to press or brace against the first bracket 6 to impart the clamping force and operates as an eccentric in terms of that the rotational motion of the lever 13 is transferred to a displacement of the first bracket 6 towards the second bracket 6 i.e.a pivoting translation of the first bracket 6 with respect to the second bracket 6 is achieved.As the tensioning arrangement in the shown embodiment is arranged to operate on the first and the second brackets 6 6 the first and the second brackets 6 6 are both pressed against each other as both of them are pivotally attached to the support body 3.
Patent claim: Method for acquiring a bioelectric physiological signal using an autonomous bioelectric physiological signal acquisition device 1 according to anyone of claims 1 to 13 whereinan autonomous bioelectric physiological signal acquisition device 1 according to anyone of claims 1 to 13 is provided and worn by an individualthe at least one electrode 3 is located on the individual in order to continuously acquire an analog measurement signal representative of a bioelectric physiological signalthe analog signal processing and analogdigital converter chips 9 continuously filter and convert the analog measurement signal in a digital measurement signalthe microcontroller 10 continuously receive a digital measurement signal from the analog signal processing and analogdigital converter chips 9 and store said signal in a temporary memory 11 andthe microprocessor 13 is periodically awakened from a sleep state to process the signal stored in the temporary memory.

Related passage: The power supply unit 135 and the PMIC 136 may be attached to or mounted on or inserted or embedded in the first main board 1301.The control circuit 131 the signal processing circuit 132 and the digital signal processor 133 may be attached to mounted on inserted or embedded in the second main board 1302.The RF communication circuit 134 may be attached to mounted on inserted or embedded in the third main board 1303.
Patent claim: A retrofit baggage drop system for use with an existing baggage counter the existing baggage counter having a housing adjacent a conveyor system for receiving baggage and comprising an existing display a baggage label printer and a computer the retrofit baggage drop system comprising a system operable by the passenger to generate a baggage identification tag upon receipt of passenger information said system actuating the conveyor system upon determination that baggage parameters are below predetermined limits a second display mounted to the housing the second display being movable from a passenger operable position above the conveyor system to an inoperative position proximal the housing wherein the existing system and the system operable by the passenger are independently operable.

Related passage: The head section 2 of the MPCU forms an operational unit terminal 2 comprising checkin operating elementsfunctions 8 9 i.e.touch screenmain display 8 passport reader 8 keyboard 8 payment terminal 9 boarding pass printer 9 baggage tag printer 9 conveyor command keys 9 LEDs 8 FIG 1 FIG 2FIG 4complemented by other operating elements functions 8 9 operated by processors and systems i.e.weighting PLC SITA PC MPCU PC FIG 5 FIG 6 with specific checkin operating elementsfunctions 8 9 being operable by the checkin staff 20 in the staff attended mode 6 andor being operable by passenger operable in the selfservice mode 5 selectively once being inhibited inaccessibleonce being activated accessible.
Patent claim: The method according to claim 1 or 2 wherein an antishrinkage additive is added in step a to said inorganic thermoset resin.

Related passage: The method comprises the following steps a impregnating the natural fibres with nonhalogenated fire retardant b impregnating the fireresistant natural fibres with inorganic thermoset resin c laying up the resinimpregnated natural fibres to sandwich the core thereby forming a stack of the core sandwiched between the resinimpregnated natural fibres and d curing the stack to form the fire resistant sustainable aircraft interior panel that comprises the core sandwiched between the first and second skins.
Patent claim: Part 100 400 500 of a shoe according to the preceding claim 1 wherein the second subarea comprises several separate subsubareas wherein the summedup size of all these subsubareas is larger than 3 cm2 in particular larger than 4 cm2.

Related passage: Leather sole 11 is previously cut with an appropriate shape shown sectioned in figure 5 and from below or from the above in figures 8 or 9.Sole 11 has afirst face 12 that in use is the lower face i.e.It faces towards ground 20 of figure 4 and to which is then glued heel 24.Furthermore it has a second face 13 suitable for being glued to vamp 16.