bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An analysis method for a realtime nucleic acid amplification reaction RNR the method comprisingacquiring an intensity of a fluorescence emission of an analyte for each amplification reaction cycle of the RNRcreating a growth curve 200 indicative of the intensity of the fluorescence emission over a RNR cycle rangecalculating a combined threshold function CTF over the RNR cycle range comprising at least two different threshold levelsdetermining a quantification cycle number Cq of the RNR the quantification cycle number Cq being indicative of a quantitative andor qualitative analysis result of the growth curve 200 as the cycle number corresponding to an intersection of the growth curve 200 with the combined threshold function CTF.

Related passage: In accordance with the present invention there are provided a method and a system for detecting a presence andor measuring a quantity of an analyte in a sample by a nucleic acid amplification reaction as claimed in the independent claims.Further embodiments of the invention are given in dependent claims.
Patent claim: A jaw member for use with a surgical stapling instrument comprising a cartridge assembly having an arcuate configuration the cartridge assembly including a surface configured to engage tissue a plurality of rows of fastener retaining slots extending along a length of the cartridge assembly and a knife channel disposed between adjacent rows of the plurality of rows of fastener retaining slots and a cartridge housing having an arcuate configuration and defining a channel therein configured for receipt of the cartridge assembly the cartridge housing including a base portion having a concave inner edge and a convex outer edge a first wall extending from the concave inner edge and a second wall extending from the convex outer edge the first and second walls each defining a plurality of notches therein wherein each notch ofthe plurality of notches is spaced from one another along a length of the cartridge housing.

Related passage: In general first jaw member 230 includes a curved housing 231 and a curved cartridge assembly 232.Housing 231 has a curved channel 233 adapted to receive curved cartridge assembly 232.Curved cartridge assembly 232 contains a tissuecontacting surface 234 configured to engage tissue rows of fastener retaining slots 236 extending along its curved profile and a knife channel 238 adapted to slidably receive a knife not shown.Knife channel 238 is disposed between the rows of fastener retaining slots 236.
Patent claim: The device 1 according to any of the preceding claims being arranged such that a direct transition from the condition of access rights enabled to access rights disabled and vice versa is prohibited.

Related passage: Operating system software executed by the microprocessor 128 may be stored in a computer readable medium such as the flash memory 116 but may be stored in other types of memory devices such as the ROM 117 or similar storage element.In addition system software specific device applications or parts thereof may be temporarily loaded into a volatile store such as the RAM 118.Communication signals received by the mobile device may also be stored to the RAM 118.
Patent claim: The method according to any of the preceding claims wherein the bakery product has a fat content of less than 18 wt.preferably less than 16 wt.more preferably less than 14 wt.still more preferably less than 12 wt.and most preferably from 6 to 12 wt..

Related passage: The invention will be described in further details in the following examples by reference to the enclosed drawings which are not in any way intended to limit the scope of the invention as claimed.
Patent claim: The method of claim 4 wherein the UI is displayed when power of the broadcast receiving apparatus is initially turned on.

Related passage: When the external device is connected the device control part 4 makes communication with the external device by the external device control part 9 through the communication control part 10 and acquires the state of device setting of the external device i.e.device setting information.According to this embodiment the external device 300 is connected and hence the external device 300 transmits the device setting information thereof to the communication control part 10 which in turn outputs the received device setting information to the device control part 4 through the external device control part 9.Thusthe state of the external device 300 is acquired at a step S13.
Patent claim: A rechargeable battery according to any preceding claim wherein the hole 70 470 570 extends through the circuit board 21 of said protection circuit assembly 20.

Related passage: As illustrated in FIG.11C in electrically connecting first and second electrode tabs S3 the first electrode tab 124 is electrically connected to the first electrode terminal 142 of the cap assembly 140 and the second electrode tab 125 is electrically connected to the second electrode terminal 143 of the cap assembly 140.That is to say the first electrode tab 124 is electrically connected to a lower terminal 142b of the first electrode terminal 142 and the second electrode tab 125 is electrically connected to the bottom of the cap plate 141.Here a resin molding 144 completely electrically insulates the first electrode terminal 142 from the cap plate 141.However the second electrode terminal 143 is electrically connected to the cap plate 141.
Patent claim: The end effector according to claim 11 wherein the cartridge assembly has a concave inner edge and a convex outer edge at least one of the concave inner edge or the convex outer edge of the cartridge assembly has at least one protrusion wherein at least one of the first wall or the second wall defines at least one hole therethrough configured for receipt of the at least one protrusion preferably wherein the at least one protrusion is configured for snap fit engagement with the at least one hole.

Related passage: First jaw member 230 includes an opening 239 FIG.10 adapted to receive both legs 277 of stop portion 270 instead of two slots 139 each capable of receiving a leg 177 of stop member 170.Stop member 270 is similar to stop member 170.However stop member 270 has a stopping portion 274 directly connected to a distal portion 237 of first jaw member 230.Distal portion 237 contains a hole 235 FIG.10 adapted to receive a pivot pin 276.Pivot pin 276 or any other suitable apparatus pivotally couples stop member 270 to first jaw member 230.
Patent claim: The method of claim 12 wherein selecting the target control parameter further comprises for the respective selected control parameters comparing the initial turbine output with the predicted turbine output while operating the selected control parameter with the adjustment of the selected control parameter to determine an adjustment differential and selecting the target control parameter having the target adjustment by using the adjustment differential of the target control parameter.

Related passage: Using reconfigurable model predictive controls allows the control system to use all the information provided by the system model estimator master mode selector and diagnostic system.Model predictive control MPC uses the model and the current state information in the control to predict the future behavior of the engine or system.Because a prediction of the future behaviorcan be formed given an evolution of control inputs many different control moves can be tested over the future horizon to see which ones will track the desired references e.g.speeds pressure ratios thrust etc.while still obeying any operating constraints e.g.limits on the actuators temperatures speeds pressures torques etc..Then once the control sequence that gives the desired results has been determined the first control action in that sequence can be implemented at the next sample period.The process may then be repeated.The algorithm used herein allows the controller to see what the engine is going to do over the future time horizon and at the same time know the engine operating constraints.The control can then modify all of the control actions to ensure that none of the constraints are violated while optimally satisfying the control objective.This means that the control can develop the best possible solution to meet the mission requirements.
Patent claim: The NdFeB permanent magnet as set forth in any one of the preceding claims wherein the intrinsic coercivity HcJ of the NdFeB permanent magnet 354 at a temperature of 20C is less than 1200 kAm and in particular less than 1000 kAm.

Related passage: Although there are no particular limitations on the permanent magnets used in the present invention these are preferably highperformance rare earth magnets containing rare earth elements.Rare earth bonded magnets or rare earth sintered magnets composed of socalled rare earth intermetallic compounds are preferred but even more preferable are Ndbased anisotropic sintered magnets.Due to their high energy products and a large generated magnetic field they are preferable because they improve electrical power generation performance and are inexpensive from the standpoint of magnet cost.
Patent claim: A method for protecting wavelength division multiplex referred to as WDM channels on a first outgoing fiber 322 from faults on a second incoming fiber 321 the method comprisingextracting a second set of wavelengths on a first incoming fiber 320 and passing the second set of wavelengths to corresponding wavelengths on the first outgoing fiber 322extracting a first set of wavelengths on the first incoming fiber 320 wherein the first set of wavelengths is complementary to the second set of wavelengthsextracting the first set of wavelengths on the second incoming fiber 321 wherein the second incoming fiber 321 is part of an optical cable comprising an electrically conductorpassing the first set of wavelengths on the second incoming fiber 321 to the corresponding wavelengths on the first outgoing fiber 322 if electrical power received via the optical cable is above a power thresholdpassing the first set of wavelengths on the first incoming fiber 320 to the corresponding wavelengths on the first outgoing fiber 322 if the electrical power received via the optical cable is below the power threshold.

Related passage: The optical branching device 54 has switches SW1 to SW4 for switching power feeding paths.The switches SW1 to SW4 have terminals connected in such a manner that the terminals a and e the terminals b and c and the terminals d and f are respectively connected to each other by a fixedline.The terminal h of the switch SW4 is grounded.
Patent claim: The method of any preceding claim further comprising receiving an instruction to reference one of the objects 226 228 on the unlock display screen 150 andreplacing a reference to an object that was previously configured to be included on the unlock display screen 150 with the reference to the object associated with the received instruction.

Related passage: FIGURE 5A is an example screen 510 for creating an enterprise perimeter based on using a GUI.The GUI may be presented on a touchscreen display 245 of a wireless communication device e.g.a BlackBerry Playbook tablet PC as described with regard to FIG 2.As shown in the first screen 510 of the example GUI the left hand side of the GUI displays content includes in a personal perimeter 540a.The personal perimeter 540a may be a default perimeter of the wireless communication device as described with regard to FIG 4.Since the personal perimeter 540a may be a default perimeter a user of the wireless communication device may have the permission to access and manipulate the documents under the personal perimeter 540a.The right hand side of the GUI displays an enterprise perimeter or a corporate perimeter 550a.In 510 the user has not logged in to its enterprise account.Thus the corporate screen associated with the enterprise perimeter 550a is locked.The user may slide or click the scroll bar 560 to trigger a password authentication process.
Patent claim: The method of claim 1 further comprising displaying the icons starting from the middle of the arrangement line towards the end of the arrangement line when arranging the icons along the arrangement line on the display screen.

Related passage: With the portable player device 10 a touch operation where the user slides the thumb of the right hand already in contact with the operation start touch region 12AM of the information display screen 12A in a first diagonal direction over the information display screen 12A from the operation start touch region 12AM toward the first side 11E side i.e.toward the upper right of the display screen is the diagonal firstdirection sliding operation.
Patent claim: The antenna structure 1400 FIG.12FIG.14 of claim 1 further comprising a second intermediate grounding hg32 terminal for conducting to the ground plane G3 via a second intermediate impedance z32 FIG.13c during a third operation mode FIG.13c and ceasing conducting via the second intermediate impedance during the first operation mode FIG.13a wherein the head section sa3 comprises a first front section sa31 extending from the feed terminal d3 to the second intermediate grounding terminal along the loop 1402 and a second front section sa32 extending from the second intermediate grounding terminal to the intermediate grounding terminal hg31 along the loop without overlapping the first front section.

Related passage: If it is desired to operate antenna 40 in yet a higher frequency band switch 422 may be closed actively or passively by virtue of operating antenna 40 at a higher frequency thereby forming a third slot having inner perimeter HB3.The size of inner perimeter HB3 is smaller than that of perimeter HB2 causing the third slot to resonate at a higher frequency band than the second slot.If desired an antenna of the type shown in FIG.13 may exhibit more modes of operation e.g.by adding additional conductive paths with interposed components 42 that overlap opening 78 or by otherwise connecting conductive structures in antenna 40 together using one or more additional components 42.An antenna of the general type shown in FIG.13 may also be simplified by removing one or more of its conductive paths.For example conductive path 92 may be omitted.Optional component 423 in path 64 may be omitted etc.The number of bands of coverage and the number of components 42 that are used in device 10 can be selected to cover desired communications bands of interest while ensuring that the design of device 10 does not become overly costly or complex.
Patent claim: The image displaying apparatus according to any one of claims 1 to 8 wherein a shape of the mirror included in the projection optical system is a freeform.

Related passage: FIG.13 shows a spot diagram according to numeric value example 2.FIG.14 shows distortion.Field angles 1 through 15 shown in the spot diagram are respectively generated from positions 1 through 15 on the image display element P2 shown inFIG.12.Reference wavelengths are 656.28 nm 620.0 nm 546.07 nm 460.0 nm and 435.84 nm and are given weights 2 2 3 2 1 respectively.The scale for FIG.13 is twice as large as one pixel on the screen S2.As shown in FIG.13 the sufficient image formation capability results.As shown in FIG.14 no remarkable image distortion is found and the sufficient capability results.
Patent claim: An apparatus according to any one of claims 1 to 3 wherein the apparatus further comprises a sterilizing filter located between the treatment solution source and the treatment solution port such that treatment solution delivered to the treatment solution port from the treatment solution source passes through the sterilizing filter.

Related passage: In the second phase the individual valves 14 15 and 16 are closed and then a drain fluid is poured into the drain reservoir container 8 in accordance with the flow rate of the drain transfer pump 5.On the other hand the fluids in the dialysate reservoir container 9 and the replacement fluid reservoir container 10 are discharged in accordance with the flow rate of the transfer pumps 6 and 7 respectively.
Patent claim: The system of claim 7 wherein the message display driver is configured to display an indication of determined validity for each of the plurality of voicetotext converted messages on a display screen.

Related passage: Method 100 for reducing and detecting readback and hearback errors continues by optionally displaying the transcribed text of the outbound voice communication i.e.the readback to the transmitting station to assist the transmitting station with the hearback step 135.FIG.5 depicts an exemplary display screen 32 of an exemplary display device 24b FIG.3 at a transmitting station with the transcribed text of the outbound voice communication i.e.the readback.As depicted in FIG.5 the transcribed text of the inbound voice communication the request for pilot action may be displayed along with the transcribed text of the readback.Hearback errors are thereby reduced.In addition under ideal circumstances any discrepancy between the request for pilot action inbound voice communication and the acknowledgment readback in the outbound voice communication would immediately be detected by the transmitting station by visually comparing the text of the inbound communication and the outbound communication displayed on the display screen of display device 24b as depicted in FIG.5.If a material discrepancy exists between the request for pilot action and the readback the readback is determined to be in error i.e.a material discrepancy indicates a readback error.The discrepancy may relate to an incomplete readback an incorrect readback or both.A material discrepancy may relate to the call sign the parameter the parameter value or combinations thereof.In an embodiment a timeout alert may be outputted if the inbound voice reply to the readback is not transmitted within a predetermined time interval after the readback.
Patent claim: The capacitive environmental sensor of claim 2 wherein the periodic sequence is of the form XYXYX where X denotes a space that includes a recess and where Y denotes a space that does not include a recess.

Related passage: Figs.3a and 3b illustrate a sensor design with stacked electrodes wherein a first group or layer of electrodes 3 is arranged at a first upper plane in a sensitive layer 2 and a second group or layer of electrodes 5 is arranged at a second lower plane an intermetal oxide 4.The cross section of one repeating unit of an electrode structure is displayed with two configurations a normal configuration in Fig.3a and alternative one in Fig.3b with the corresponding field lines shown.In the normal configuration of Fig.3a the central electrode of the lower group has a negative potential whereas the electrodes of the upper group and those of the lower group underneath the upper group electrodes have a positive potential.The resulting field lines are illustrated in Fig.3a.Inthe alternative configuration shown in Fig.3b the leftmost electrodes of both groups are kept at the same potential whereas the rightmost electrodes are switched the negative potential.The center electrode of the lower group is floating and thus has a negligible effect on the electric field shown in Fig.3b.Obviously this electrode layout pattern may be repeated resulting in a interdigitated stacked electrode arrangement of any length.
Patent claim: A recording medium comprising a base a first ink receiving layer and a second ink receiving layer that is an outermost layer in the stated order wherein the first ink receiving layer is a layer adjacent to the second ink receiving layer the first ink receiving layer contains a fumed silica the second ink receiving layer contains a colloidal silica and a polymer particle and an area in which the colloidal silica exists in a surface of the recording medium is 10 or more and 70 or less.

Related passage: Porous layer
Patent claim: The capacitive environmental sensor of any preceding claim wherein the substrate includes a plurality of layers and wherein the sensor electrodes are located on a surface of one of the plurality of layers.

Related passage: Figs.3a and 3b illustrate a sensor design with stacked electrodes wherein a first group or layer of electrodes 3 is arranged at a first upper plane in a sensitive layer 2 and a second group or layer of electrodes 5 is arranged at a second lower plane an intermetal oxide 4.The cross section of one repeating unit of an electrode structure is displayed with two configurations a normal configuration in Fig.3a and alternative one in Fig.3b with the corresponding field lines shown.In the normal configuration of Fig.3a the central electrode of the lower group has a negative potential whereas the electrodes of the upper group and those of the lower group underneath the upper group electrodes have a positive potential.The resulting field lines are illustrated in Fig.3a.Inthe alternative configuration shown in Fig.3b the leftmost electrodes of both groups are kept at the same potential whereas the rightmost electrodes are switched the negative potential.The center electrode of the lower group is floating and thus has a negligible effect on the electric field shown in Fig.3b.Obviously this electrode layout pattern may be repeated resulting in a interdigitated stacked electrode arrangement of any length.
Patent claim: A method comprising providing a housing part and a control part providing said housing part and said control part to be moveable in relation with each other providing a front surface of said housing part and a front surface of said control part substantially next to each other and providing said control part to be movable in at least one dimensions in relation with said housing part.

Related passage: In the dual display mobile terminal one of the two display screens is selectively activated in accordance with the operation mode of the mobile terminal.
Patent claim: The hybrid vehicle according to claim 1 wherein the electronic control unit is configured to less strictly limit a speed of change in the vehicle driving torque when an amount of change in the vehicle driving torque issmaller than a predetermined value than when the amount of change is larger than the predetermined value in case of changing the driving force characteristics in accordance with the changeover in mode based on the host vehicle position information.

Related passage: The engine 11 is operated by a combustion of a fuel to output a power and as thisengine 11 for example a spark ignition type of an internal combustion engine i.e.a gasoline engine or a compression selfignition type of an internal combustion engine i.e.a diesel engine can be employed.
Patent claim: The preform according to claim 10 characterized in that said colorant with light absorbing capacity is present in the polymer material of the intermediate layer in a proportion of 0.1to 8 by weight.

Related passage: In an embodiment said synthetic polymer is polyethylene terephthalate PET or polypropylene PP and among the coloring agents which can be used there is titanium oxide TiO2 white colorant in solid or liquid form and carbon black or carbon black colorant in solid powder or liquid form.In a more specific embodiment the method of the present invention comprises using polyethylene terephthalate PET or polypropylene PP with from 0.01 to 2 by weight of carbon black or activated carbon and from 3 to 10 by weight of active ingredients of titanium oxide TiO2 as primary molding material of the first layer or inner layer and using polyethylene terephthalate PET or polypropylene PP with from 3 to 10 by weight of active ingredients of titanium oxide TiO2 as overmolding material of the second layer or outer layer.This composition is suitable for manufacturing twolayered preforms intended for obtaining milkcontaining bottles in which the outer layer must provide a barrier effect againstlight by reflection and furthermore offer a final aesthetic appearance of the bottle in relation to its content i.e.a white appearance which is as pure as possible and in which the object of the inner layer is to provide a barrier effect against light by absorption.