bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Seamless quenched and tempered steel pipe according to claim 2 wherein at a distance up to 2 mm starting from outer and inner surfaces of the steel pipe the microstructure only consists of tempered bainite.

Related passage: S Not more than 0.005 S is an impurity element that deteriorates the toughness and it is preferably reduced as much as possible.Since a content exceeding 0.005 causes remarkable deterioration of toughness the upper limit should be 0.005 preferably 0.003 and more preferably 0.001.
Patent claim: An oil tank 28 for a wind turbine generator 100 disposed in a nacelle 7 supported on a tower 14 of the wind turbine generator for storing oil used in an oil using unit 4 included in the wind turbine generator the oil tank being characterized in that it at least comprises a first oil chamber 48 and a second oil chamber 50 for storing the oil a partition wall 52 which separates the first oil chamber 48 and the second oil chamber 50 and an oil heater 56 for heating the oil in the oil tank wherein the second oil chamber 50 is configured to be connectable to an oil supply line for supplying the oil to the oil using unit wherein the first oil chamber 48 is configured to be connectable to an oil recovery line for recovering the oil from the oil using unit and wherein the partition wall 52 includes at least two openings 54a 54b through which the first oil chamber 48 is in communication with the second oil chamber 50 so that the oil is movable between the first oil chamber 48 and the second oil chamber 50.

Related passage: In an aspect of the present invention a lubricant heating mechanism is provided with a tank accumulating therein lubricant a lubricant pump a heater provided in the tank to heat the lubricant and a baffle plate at least partially covering the heater.The tank is provided with a suction port drawing out the lubricant from the tank to the lubricant pump.The baffle plate is provided to convect the heated lubricant toward the suction port.
Patent claim: Method according to one of claims 3 and 4 wherein said at least one threshold s u comprises a first threshold s determined as the maximum of a threshold s proportional to said first reference bitrate and a first predeterminedvalue s and a second threshold u determined as the maximum of a threshold u proportional to said second reference bitrate and a second predetermined value u.

Related passage: In order to determine the optimum weight vector the feature extraction block comprises a discriminant analysis preferably a linear discriminant analysis.The principle of the discriminant analysis is illustrated in Figure 4.Figure 4 shows individual pieces of physical line data in a threedimensional coordinate system.Pieces of physical line data tagged with unsatisfactory represented as hatchedpoints some of them labelled withu and the pieces of physical line data tagged with satisfactory are drawn as solid black points some of them labelled with s.The discriminant analysis comprises a coordinate transformation that maximises a discriminant measure.The transformed coordinate system d1 d2 d3 is shown with solid line whereas the original coordinate system CV ES SES is shown with dashed lines.Thus the feature extraction process 69 conceptually corresponds to a change of basis from the first basis or coordinate system CV ES SES to a second basis or coordinate system d1 d2 d3.The change of basis or coordinate transformation corresponds to the optimum selection of the weight vector Wopt by means of the discriminant analysis
Patent claim: A method for transmitting digital data in a transmit symbol using a frequency divisional multiplexing GFDM system said transmit symbol comprising a plurality of data symbols assigned to at least two subcarriers the method comprising the steps ofmapping a plurality of data bits to data symbols and assigning data symbols to the at least two subcarriers andspreading the information of each data symbol of a time slot of the transmit symbol across the data symbols of each subcarrier of said time slot andappending at least one of a cyclic prefix or a cyclic suffix to the transmit symbol andtransmitting the transmit symbol and the cyclic prefix andor the cyclic suffix.

Related passage: Fig.9 is an illustration showing the overview constitution of a wireless communication system 5 according to a third embodiment which transmitsreceives signals by way of multicarrier transmission.The wireless communication system 5 is a wireless communication system of this invention which includes a transmitter device 50 and a receiver device 60.The number of the transmitter device 50 and the receiver device 60 included in the wireless communication system 5 is necessarily limited to one as shown in Fig.9 hence it is possible to incorporate plural devices.In Fig.9 the transmitter device 50 serves as a base station device whilst the receiver device 60 serves as a wireless communication terminal however the transmitter device 50 may serve as a wireless communication terminal while the receiver device 60 may serve as a base station device.
Patent claim: An electronic apparatus 100 comprising a first communicator 110 configured to communicate with an authentication terminal device 200 a second communicator 120 configured to communicate with a new terminal device 300 that is not registered with an access point AP 400 a storage 130 configured to store authentication information for accessing the AP 400 and a controller 140 configured to control the second communicator 120 to transmit the authentication information that is stored in the storage 130 to the new terminal device 300 in response to receiving terminal information of the new terminal device 300 from the authentication terminal device 200 through the first communicator 100.

Related passage: At operation S415 the electronic device 100 executes an application in response to a user input.Referring to FIG.3 the electronic device 100 may download an application in an NFC tagging operation and execute the downloaded application.
Patent claim: Method according to claim 1 characterised in that at least the O2 concentration is measured by means of said plurality of species concentration sensors 22 22aI 23.

Related passage: Referring back to FIG 1 the combustor 14 comprises a group of components forming the combustion system or the area of the gas turbine system 10 where the combustion takes place.A combustor may be of two kinds namely can type or annular type.In the illustrated embodiment the combustor 14 is a can type combustor comprising multiple combustion chambers 26 also called combustor cans each having one or more burners 28 for generating a flame 32 as mentioned above.These combustion chambers or cans 26 are circumferentially arranged around the rotation shaft 24.The advantage of can type combustors is that the cans can be easily removed for maintenance and provide convenient plumbing for fuel.In an alternate embodiment the combustor may be of an annulartype comprising a combustion chamber that forms an annulus around the rotation shaft.The annular combustion chamber comprises multiple burners circumferentially arranged around the rotation shaft generating multiple flames.The proposed idea may be extended to measure differences in flame temperatures between multiple burners the circumferential arrangement of which may for example take the form of a so called annular combustion chamber or a so called can type combustor comprising several can shaped combustion chambers each with one or more burners..In this case the sensing means comprises multiple oxygen sensors arranged circumferentially corresponding to the circumferential arrangement of the burners.Herein the means 36 is adaptedto calculate the difference in flame temperatures between a pair of burners which is calculated based upon a difference in measured oxygen concentration by a corresponding pair of oxygen sensors.The output from the means 36 may be used to adjust the fuel flow in individual burners to maintain a uniform flame temperature across all the burners.This helps to achieve a circumferentially uniform temperature distribution of the combustion gas which in turn minimizes emission levels and increases the life of the turbine components that are exposed to the hot combustion gas.
Patent claim: The method of claim 1 wherein transmitting the packets within the flow of packets at the QoS level above the QoS level based on the SLA if available network bandwidth permits comprises detecting a reduced level of congestion at the parent node and providing additional feedback from the parent node to nodes downstream of the parent node wherein the additional feedback allows increased bandwidth use by the node for transmission in the upstream direction.

Related passage: If any QoS adjustment were necessary the SLA manager 28 would send a QoS control message to the home SIP proxy 30 together with the identifier of the terminal 21 320 QoS Control.The home SIP proxy 30 would then create a SIP message with special code indicating the QoS control purpose and put the received QoS control message into it.Another new method can be defined e.g.QOSENFORCE message.The home SIP proxy 30 would forward this QOSENFORCE message to the SIP proxy 25 at the visited network 24 of the terminal 21 321 QOSENFORCE QoS Control.The SIP proxy 25 at the visited network 24 would forward this message transparently to the terminal 21s SIP application 22 322 QOSENFORCEQoS Control.
Patent claim: The washing machine of claim 7 wherein when the controller performs the bubble removing procedure the controller suspends a cycle in progress.

Related passage: The operation of the washerdrier will be described with reference to FIGS.10 to 16.The following describes the operation in a STANDARD course in washing and drying courses.In the STANDARD course the control circuit 92 carries out an initial setting step S1 on the basis of operation of the STARTINTERRUPT switch 69 and sets a water level in the water tub 8 step S2 as shown in FIG.10.Thereafter the control circuit 92 carries out a wash step step S3 a first dehydration step step S4 a rinse step step S5 a second dehydration step step S6 and a drying step step S7 sequentially in this order.The control circuit 92 incorporates a RAM onto which data of the numbers of times of an agitating operation and a dehydrating operation in a rinse step is written in the initial setting.Furthermore the flag F is set at 0 in the initial setting.The flag F shows whether the door locking device is operable to unlock the door.The flag F is set at 0 when the door locking device is operable to unlock the door.The flag F is set at 1 when the door locking device is inoperable to unlock the door.The flag F will be described in detail later.The water level in the water tub 8 is determined on the basis of an amount of laundry in the rotating tub 10.The amount of laundry in the rotating tub 10 is detected on the basis of a rotational speed of the motor 16 and accordingly a rotational speed of the rotating tub 10 in a case where a predetermined input current is supplied to the motor so that the latter is driven.
Patent claim: The covering 100 of any of the claims 1 to 5 wherein the covering 100 comprises a further polymer layer 124 125 thatis obtainable by casting extrusion or coextrusionis arranged in between the first tie polymer layer 122 and the second tie polymer layer 123 andcomprises at least one of one ofpolyethylene PE such as highdensity polyethylene HDPE linear lowdensity polyethylene LLDPE lowdensity polyethylene LDPEa metallocene based on polyethylene PEpolypropylene PPcopolymer of polypropylene PP andpolyamide PA such as PA6 or PA66.

Related passage: The panel structure 1 is composed of a hotscarfable layer that is composed of a first layer 2 composed of polypropylene nonwoven fabric or of polyethylene film or PP film optionally treated with silicone or of talc or of sand on the hotscarfable side.
Patent claim: The robotic work tool system 200 according to any preceding claim wherein the work schedule is adjusted by increasing or decreasing the cutting height in a work session.

Related passage: The number of operations i.e.lawn mowing sessions during a given period of time depends on factors including the mowing capacity of the robotic lawnmower 100 i.e.the area to be covered for a particular period of operation the lawn area and the type of grass including factors such as speed in which the grass grows and the frequency which it needs to be cut.It is desirable to program the robot to operate for only the minimum number of times that will maintain the lawn at the desired cut level.Previously the schedule programming process required a relatively large number of input operations from the user including inputting data such as the exact date and time of the week the robot should engage in the mowing process.Also a user was previously required to change the scheduling program during an initial period of operation until an optimum operation schedule was determined The presently disclosed method for robot scheduling automatically determines the required scheduling data by employing at least one of the methods described below.
Patent claim: The flexible display device of claim 4 or 5 wherein when the display unit 10 and the support unit 20 are rotated by the first driving means 50 and the second driving means 60 respectively the display unit 10 and the support unit 20 are rolled in by being separated from each other until the connection unit 30 is reached.

Related passage: In fig.12B and 12C similar embodiments are shown but with a different kind or thickness of foil 50 to achieve different levels of support.Also is shown that a force f2 smaller than andor equal to f1 could be possible as well depending on desired level of support.
Patent claim: A detection device for detecting insulation impedance of a power grid connected with a photovoltaic inverter against ground wherein the power grid comprises a first live line a second live line a third live line and a zero line and the detection device comprises a first resistor wherein a first end of the first resistor is connected to a ground wire of the photovoltaic inverter and a second end of the first resistor is connected to the first live line a second resistor wherein a first end of the second resistor is connected to the ground wire and a second end of the second resistor is connected to the zero line and a first series branch including a third resistor and a first switch device connected in series wherein a first end of the first series branch is connected to the ground wire and a second end of the first series branch is connected to the zero line or the first live line.

Related passage: A variable or fixed coil or inductor 119 is connected to a point between the variable or fixed detuning coil 105 and the variable or fixed capacitor 106 and is connected via a switch 135 to the reference point 122 which may in particular be connected to the reference point 121.
Patent claim: The battery pack of claim 5 where the supporting portions extends in parallel with each other along opposite side portions of the assembling opening which face the third and fourth side portions.

Related passage: As described above the battery pack according to this embodiment includes the subframe 300 two secondary battery cells 200 accommodated inside the subframe 300 and the PCM assembly 30 electrically connected with the secondary batteries 200.The PCM assembly 30 includes a PCM 31 mounted on the top of the subframe 300 and the electrode lead 32 positioned on the side and bottom 340 of the subframe.
Patent claim: An aircraft according to claim 10 wherein the at least one human monitoring system includes an eye monitoring system 26 that observes conditions of the eyes of the pilot and generates eye condition data based on the observed conditions.

Related passage: FIG.1 is a schematic representation of various onboard aircraft subsystems that cooperate to form an avionics network 100.This embodiment of the avionics network 100 includes without limitation a flight controls subsystem 102 a central maintenance subsystem 104 a cabin services subsystem 106 an engine subsystem 108 a landing subsystem 110 a traffic alert and collision avoidance system TCAS 111 an aircraft power subsystem 112 an enhanced ground proximity warning system EGPWS 113 an aircraft communications subsystem 114 a flight management subsystem 116 an audio subsystem 117 a flight displays subsystem 118 an automated flight crew training subsystem 119 a flight crew alerting subsystem 120 and at least one flight crew monitoring subsystem 122.The flight displays subsystem 118 includes or cooperates with at least one display element 124.In practice the avionics network 100 could be implemented with some redundancy.For example the avionics network 100 might include redundant independent and parallel instantiations of one or more subsystems e.g.the flight displays subsystem 118 the alerting subsystem 120 the flight controls subsystem 102 or the like.Moreover the particular subsystems used by an aircraft need not be identical to those depicted in FIG.1.Indeed the number type and functionalityof the onboard subsystems may vary from one airframe to another and from one aircraft to another and the subsystems shown in FIG.1 are not intended to limit or restrict the scope of the subject matter described here.
Patent claim: The composite material according to any one of claims 1 to 8 wherein the composite material sheet contains conductive fibers.

Related passage: FIG.25 illustrates that three composite material plates C2 are coupled to one composite material plate C1 and that one of the composite material plates C2 is coupled to the composite material plate C1 using two fasteners F.However one composite material plate C1 may be coupled to each of the composite material plates C2 for current measurement.Furthermore as illustrated in FIG.25 a current may be simultaneously passed through all three composite material plates C2 coupled to the composite material plateC1 with a current flowing through each layer in each plate measured.
Patent claim: A driving characteristics diagnosis system comprising the driving characteristics diagnosis device according to any one of claims 1 through 8 and a terminal device 200 that is connected to the driving characteristics diagnosis device whereinthe driving characteristics diagnosis device receives information related to the operational state of the vehicle from the terminal device and transmits to the terminal device the result of the diagnosis of driving characteristics for the user outputted from the diagnosis result output unit 129 and the terminal device comprises a communication unit that transmits information related to the operational state of the vehicle to the driving characteristics diagnosis device and receives the result of the diagnosis of driving characteristics for the user from the driving characteristics diagnosis device and a diagnosis result display processing unit 227 that performs display processing for displaying the result of the diagnosis of driving characteristics that have been received by the communication unit.

Related passage: Furthermore the first module may comprise a weighing means arranged to receive the plurality of driving performance states and weight an estimated driving performance based on the estimation of the second module.Hereby the algorithms for each of the plurality of predefined methods are running in parallel and provided to the weighing means.The weighing means may for example be provided with various weighing parameters based onthe estimation received from the second module.The weighing parameters may use linear or nonlinear calculations such as square root calculations logarithmic functions etc.The second module provides the estimation from the second method to the first module such that the weighing means can estimate the current cause of the driving performance of the operator.In other words the weighing means classifies the driving performance state based on the plurality of driving performance states and the estimation of the second module.The second and third exemplary sharing implementations are valid also for this embodiment of the invention but the sharing may also be provided between the weighing means and the second module.Moreover the detected driving performance state of the operator may be one of drowsinessfatigue distraction illness intoxication atrisk driving behaviour and poor driving.An advantage of a classification of the various performance state of the operator is as discussed above to be able to more precisely detect the cause of driver impairment.This may provide e.g.warning systems of the vehicle with information such that the warning systems can be able to provide the operator of the vehicle with a warning signalmessage that heshe can assimilate and properly react to.
Patent claim: The system of any preceding claim wherein the at least one medical device includes at least one medical device control the at least one medical device control performs a different task during different stages of the multistage medical procedure and the at least one medical device control is able to be reprogrammed to perform a different task during different stages of the multistage medical procedure.

Related passage: In this manner image recognition module 304 is in communication with the processor 100 and determines the subset of clinical information that is displayed on the at least one display 140.More accurately the image recognition module feeds the workflow management module which in turns determines the subset of clinical information to display.
Patent claim: A signal processing method of a multimixer system 100 characterized by the method comprises the steps of mixing a first input signal with a first oscillation signal to generate a first output signal forwarding the first output signal to an internal node of a filter module 124 to make the filter module 124 provide a first frequency response for the first output signal mixing a second input signal with a second oscillation signal to generate a second output signal and forwarding the second output signal to another internal node of the filter module 124 to make the filter module 124 provide a second frequency response for the second output signal.

Related passage: In some embodiments each of the hfinal filters 662 and 664 is split into two filter blocks.One filter block can be an allpass type of filter with constant phase delay over theband of frequencies covered by the high band.This filter block can have coefficients change from one acquisition to the next to compensate for the f2 oscillator offset with respect to a time reference point on the input waveform.The second filter block can be a low pass filter which corrects phase and magnitude errors over the entire bandwidth of the reconstructed signal.This filter block can have constant coefficients from one acquisition to the next.Moreover these can be calibrated at manufacture time using known techniques.The outputs of the hfinal filters 662 and 664 correspond to the substantially reconstructed original signals represented by waveforms 650 and 655 respectively.
Patent claim: The display apparatus of claim 4 wherein the controller is configured to control the display to display identification information of the first portable apparatus which has transmitted the first photo on the reduced image of the first photo.

Related passage: The term electronic device is intended to broadly cover many different types of devices that can wirelessly or through wires receive signals and in most cases can transmit signals andmay also operate in a wireless or wireless communication system.For example and not for any limitation a wireless communication device can include any one or a combination of the following a computer a tablet a laptop a twoway radio a cellular telephone a mobile phone a smartphone a wireless messaging device a settop box a media player a personal digital assistant and other similar devices.