bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A coating 18 for an airfoil blade component 16 comprising a cermet material having a compressive residual stress of greater than about 60 ksi.

Related passage: As noted airfoil coating 61 may include a ceramic material as erosionresistant coating 64.Suitable ceramic compositions include metal oxides such as Al2O3 Cr2O3 Y2O3 ZrO2 CeO2 TiO2 Ta2O5 TaO2 and the like metal carbides such as Cr3C2 WC TiC ZrC B4C and the like diamond diamondlike carbon metal nitrides such as BN TiN ZrN HfN CrN Si3N4 AIN TiAIN TiAlCrN TiCrN TiZrN and the like metal borides such as TiB2 ZrB2 Cr3B2 W2B2 and the like and combinations comprising at least one of the foregoing compositions e.g.TiCN CrBN TiBN and the like.Alternately the erosionresistant coating 64 can comprise a ceramicmetal composite cermet including those that may be characterized as a metal matrix composite.Suitable cermets include WCCo WCCoCr WCNi TiCNi
Patent claim: System in accordance claim 11 wherein the oxidebased ceramic material is selected among optionally doped zirconia such as yttriastabilized zirconia or doped ceria.

Related passage: The first and second particles are preferably selected from but not limited to the group consisting of doped cerium oxide or doped zirconium oxide doped lanthanum manganate doped lanthanum iron cobaltite Al2O3 ZrO2 TiO2 SiO2 doped titanates Si3N4 BN and monazite.
Patent claim: An electrostatic charge image developing toner according to claim 1 wherein a maximum endothermic peak temperature in a DSC curve of the releasing agent is 60 C or more the DSC curve being measured using the differential scanning calorimeter DSC.

Related passage: Examples of the saturated linear monohydric alcohol component b1 include myristyl alcohol cetyl alcohol stearyl alcohol arachyl alcohol behenyl alcohol tetracosanol hexacosanol octacosanol and triacontanol.
Patent claim: The method of claim 7 wherein the resource sharing scheme includes assigning a priority level to each of the bearers 302 304 and wherein the information rates for each bearer are determined based on the priority level of the bearer.

Related passage: In general the present invention relates to a system node and method of policing bit rates on bearers in a communication network dependent upon the load on the network.According to the invention individual bearers from a first plurality of bearers are associated with a first bit rate limit and a maximum bit rate i.e.corresponding values are defined for the individual bearers in the plurality.Typically the first bit rate limit is lower than the maximum bit rate.All bearers in the plurality may have the same first bit rate limit and maximum bit rate but it is also possible that individual bearers in the plurality differ in one or both of their first bit rate limit and maximum bit rates.In some embodiments described below the first bit rate limit is a guaranteed bit rate.Furthermore a load level is set for the first plurality of bearers in the communication network.
Patent claim: The assembling method of a holding mechanism for a display device according to Claim 5 wherein the thin platelike member 21 is antireflectionfinished and made at least partly larger than the elastic member 15 in shape.

Related passage: An alternative state of the art solution is shown in Fig.1 illustrating a crosssectional view of a part of a display module 1 with a front side facing upwards.Therein it is clearly illustrated that a display 2 is supported by the plastic carrier 3.In the illustrated prior art embodiment the display 2 is a Liquid Crystal Display LCD comprising two glasses with an intermediate layer of liquid crystals.On top of the outermost glass a polariser 5 is attached.A dust gasket 6 is provided over the edge of polariser 5 devised to engage with a housing of an electronic device into which the display module is to be mounted.A problem with this prior art solution is that when the gasket 6 is applied as illustrated it may wrinkle causing poor sealing.Moving the gasket further towards the centre of the display module 1 to a flat surface portion of polariser 5 i.e.to the right in the drawing will decrease the visible part of the display and therefore have a negative effect on the display dimension.
Patent claim: The window element according to claim 1 or 2 wherein the interactive film 5 is attached to the surface of the first pane 6 and the projection film 11 is attached to the surface of a second pane 7.

Related passage: Referring to FIG.10 a window member 25 for example a glass member may be disposed at the outer side of the display device 11 and a display module 21 for example a Liquid Crystal Display LCD module may be disposed on the inner side of the display device 11.When the display device 11 has a touch screen function a touch panel 23 may be interposed between the window member 25 and the display module 21.The touch panel 23 may be made up of a transparent synthetic resin film and a plurality of transparent electrodes formed using an IndiumTin Oxide.The display device 11 is provided with a digitizer 106 inside of the display module 21 to be capable of detect a writing input using the input device 100 100a or 100b.
Patent claim: The reproduction device 10 according to any one of claims 1 to 4 further comprising a memory 14 configured to hierarchically store the data in a folder whose folder name is the common part.

Related passage: The content names in the content information file 114 are part of typical contentrelated information.Each content name identifies the content held in one of the content files 1171 through 117L and is used to display the nature of the content in question.
Patent claim: The method of any preceding claim wherein the information rates are assigned to each of the bearers 302 304 based on a resource sharing scheme among all of the bearers.

Related passage: It is determined if the actual load is below the set load level.In this case the policing the individual bearers from said first plurality of bearers is based on the associated MBR for the individual bearers.Else policing of the individual bearers is based on the first limit for the bit rate associated with theindividual bearers.Policing of the bit rate may include dropping of packets buffering and delaying the packets or a combination of both dependent for example upon delay requirements or lack of buffering capabilities.Policing may also include a packet marking so that the marked packets can be dropped in case of any congestion.
Patent claim: The turbomachine secondary seal assembly 46 of claim 8 wherein the seal 48 restricts flow of the fluid from an area outside a bearing compartment 40 to an area inside the bearing compartment 40.

Related passage: The face seal assembly also includes an annular nonrotatable seal support 28 and a pair of annular seal housings 32.Each seal housing includes a base 34 and a grooved secondary seal holder 36 at one end of the base.The secondary seal holder holds a secondary seal 38 in contact with a cylindrical bore of the seal support.The other endof the seal housing includes an axially extending shroud 42 and an axially extending support lip 44 that serves as a seal element support.The shroud 42 is radially offset from the lip 44 to define an annular space 46 for receiving a seal element.The shroud is also axially elongated relative to the lip.An annular flange 48 with circumferentially distributed slots 50 projects radially outwardly from the lip 44.
Patent claim: The driver assistance system of claim 1 wherein one or more of the entry condition and the exit condition is detected based on identifying via images captured by one or more cameras audio detected by one or more microphones andor navigation data from a navigation unit one or more of lane markings road signs road geography traffic patterns vehicle conditions and user input.

Related passage: Preferably the anticipation period is dependant upon the radius of curvature of the road.On a straight road the driver will get maximum anticipation time and on bends the amount is reduced to a minimum.The reasons for this are that the driver will be less likely to make a lane change manoeuvre on a bend and the performance on a bend will be reduced by the tracking ability of the radar on a bend on the road.
Patent claim: Network device according to claim 1 wherein the network device further comprises a classifier to classify received packets into one of the at least two inputoutput buffers based on the packet properties.

Related passage: While Fig.1 has shown the example in which both the priority queue 100 and the non priority queue 101 exist one by one for each user a plurality of priority queues and a plurality of non priority queues may be provided for eachuser.If the number of queues increases then such finer priority control that even in the case of the same electronicmail traffic for example an electronic mail for a user A is transferred in preference to an electronic mail for a user B can be performed.
Patent claim: The battery pack of one of the preceding claims wherein each of the pair of side plates 300 300a 300b has a fixing part 352 that extends substantially perpendicularly to the main body 310 and away from the battery array 100 wherein the fixing part 352 is spaced from the holding part 311 311a 311b.

Related passage: By so constructing as herein above described the pressure of the cell stacked body in the direction of stacking can be secured by means of the side face reinforcing member arranged on each of the side faces of the cell stacked body for example a side face plate covering each of the side faces of the cell stacked body.In other words separate from a member for protecting each ofthe side faces of the cell stacked body there is no need to use any clamping member for fastening the cell stacked body in the direction of stacking and therefore the size and the weight of the battery module can be reduced advantageously.
Patent claim: A control device according to any of claims 111 wherein the processor is configured to carry out the forming of the control quantities for each of several flows of timing messages and wherein the processor is configured to calculate a weighted sum of all the control quantities and control the clock signal generator with the weighted sum of all the control quantities.

Related passage: Fig.1 shows in the form of block diagram an example of a communications network comprising an arrangement according to an embodiment of the invention for adjusting a clock signal.A communications network comprises a first network element 101 and second network elements 102 103 104 and 105.Other parts of the communications network are represented by the crosshatched area 199.Network element 101 is arranged to receive synchronisation messages from network elements 102 103 104 and 105 via the communications network 199.Synchronisation messages S1 sent by network element 102 are marked with referencenumber 106 in Fig.1 synchronisation messages S2 sent by network element 103 are marked with reference number 107 synchronisation messages S3 sent by network element 104 are marked with reference number 108 and synchronisation messages S4 sent by network element 105 are marked with reference number 109.Each of the network elements 102 to 105 is arranged to send the synchronisation messages 106 107 108 or 109 timed by a clock signal 125 126 127 or 128 of the network element in question.The clock signals 125 to 128 may originate from a single source or from several different sources.Network element 101 has an adjustable clock signal source 110 arranged to produce an adjustable clock signal 115.The adjustable clock signal source may be a voltage controlled oscillator VCO or numerically controlled oscillator NCO for instance.The arrangement for adjusting the clock signal 115 comprises a processor device consisting of functional blocks 111 to 114 which processor device is adapted to produce a control variable 116 containing information about synchronisation messages 106 to 109 received from more than one network element 102 to 105.The processor device is further adapted to adjust the clock signal 115 on the basis of the difference 118 between the control variable 116 and its reference value 117.A situation in which a network element 101 stops receiving good enough synchronisation messages from a sending network element 102 103 104 or 105 will not unreasonably disturb the frequency andor phase of the clock signal 115 to be adjusted because only a certain portion of the control variable 116 used for the adjustment of the clock signal depends on synchronisation messages sent by an individual network element 102 103 104 or 105.The functional blocks 111 to 114 in the processor device can be implemented by software using one or more programmable processors for example.The functional blocks may also be implemented using one or more application specific integrated circuits or a hybrid solution including one or more programmable processors the software required and one or more application specific integrated circuits.
Patent claim: An electrode line monitoring unit according to any preceding claim wherein the electrode line monitoring unit further includes a cooling system to regulate a temperature of the electrode line monitoring unit.

Related passage: Figure 9 shows an embodiment of the user equipment that draws electric current from the secondary hybrid cables 124 that supplies the higher voltage.Here only the electric wires of the hybrid cables 124 are shown at numbers 51 and 52.In the user equipment the electric wires 51 corresponding to the positive potential are connected to a diode bridge 53 made of two diodes 55 whereas the electric wires 52 corresponding to the neutral potential are connected to a grounding point 54 e.g.the case of the undersea equipment or a sea earthing electrode.The electric load of the user equipment schematically shown at 56 is connected between the diode bridge 53 and the grounding point 54.As the function of diodes 55 involves no moving part it is highly reliable and durable.
Patent claim: The probe of claim 1 wherein the backing block is in a shape of a polygonal prism in which the backing top and the backing bottom have a polygonal shape and a crosssection of the frame in a plane parallel to the backing bottom has substantially the same polygonal shape as the shape of the backing bottom or the backing top.

Related passage: Fig.4 is a flowchart of a method of manufacturing a probe for an ultrasonic diagnostic apparatus according to one embodiment of the invention.
Patent claim: The method according to any one of claims 1 to 3 characterized in that the method further comprises steps ofif the network access device is currently in a device access permitting state judging 512 whether the first communication device is a device permitted by the network access device to access the network if the first communication device is judged to be a device permitted by the network access device to access the network connecting 513 the first communication device to the network and sending 514 a response message to the first communication device the response message indicating that the first communication device has been properly connected to the network.

Related passage: At block 328 in response to obtaining the configuration information or parameters from the NMS the controlling device 1024 may assign a new address to the requesting device 1023.In one implementation the controlling device 1024 may assign a new address that includes a prefix specified or designated to the network.The controlling device 32 may further prepare a reply e.g.a DHCP reply to the requesting device 1023.In one implementation the reply may include but is not limited to the assigned new address the configuration information or parameters andor the group key associated with the network.In one implementation if the controlling device 1024 has not sent an admission response to the requesting device 1023 immediately after determining that the identity of the requesting device 1023 is successfully authenticated sending this reply from the controlling device 1024 may indicate the successful authentication of the identity of the requesting device 1023.In some implementations the controlling device 1024 may further merge information received from the authentication server 120 related to the authentication of the identity of the requesting device 1023 into the reply.In one implementation the controlling device 1024 may send the reply to the requesting device 1023 via the neighboring device 1022 and a router heading the network if the controlling device is located outside the network.
Patent claim: The interchangeable lens according to any one of claims 1 to 6 characterized in that the controller initializes the optical element at least one of when the interchangeable lens is attached to the camera body when the camera body to which the interchangeable lens has been attached is powered on and when a reinitialization becomes necessary.

Related passage: Fig.1 is a block diagram showing the structure of a television camera system for broadcasting or a business.The television camera system shown in Fig.1 mainly includes a camera main body 10 and a lens device 12.The lens device 12 is detachably attached to the camera main body 10.
Patent claim: The releasable support of any preceding claim comprising a closeproximity wireless battery charger.

Related passage: Some mobile devices incorporate contactless card technology andor near field communication NFC chips.NFC technology is commonly used for contactless shortrange communications based on radio frequency identification RFIDstandards using magnetic field induction to enable communication between electronic devices including mobile wireless communications devices.These shortrange communications include payment and ticketing electronic keys identification device setup service and similar information sharing.This shortrange high frequency wireless communications technology exchanges data between devices over a short distance such as only a few centimeters.
Patent claim: A control device of construction machine that performs tasks by driving a hydraulic pump by means of an electric motor that is driven by power of a battery device that is capable to charge and discharge and an engine that is mechanically coupled to the electric motor wherein a difference between a magnitude of a charging current limit value of the battery device in case that an average value of a chargingdischarging current of the battery device is small and a magnitude of a charging current limit value of the battery device in case that an average value of a chargingdischarging current of the battery device is large is larger than a difference between a magnitude of a discharging current limit value of the battery device in case that an average value of a chargingdischarging current of the battery device is small and a magnitude of a discharging current limit value of the battery device in case that an average value of a chargingdischarging current of the battery device is large.

Related passage: When operation of the excavator is started and theengine 11 is driven power generation by the motor generator 12 is enabled.During operation of the excavator normally when an electric load is driven by the electric power of the capacitor 19 so that the charge rate SOC of the capacitor 19 decreases the capacitor 19 is immediately charged so that the charge rate SOC of the capacitor 19 increases.That is when the excavator starts operating the capacitor 19 discharges power to drive the electric load of the excavator so that its charge rate SOC gradually decreases.When the electric load ceases to be driven the capacitor 19 is charged so that its charge rate SOC starts increasing.It is noted that the point at which the change in the charge rate SOC transitions from a decrease to an increase is referred to as minimum value.When charging of the capacitor 19 is started the charge rate SOC of the capacitor 19 starts increasing.At some point the capacitor 19 may have to discharge power to drive the electric load once again.At such a point the charge rate SOC transitions from an increase to a decrease.It is noted that the point at which the charge rate SOC transitions from an increase to a decrease is referred to as maximum value.
Patent claim: The biological information displaying apparatus according to any one of claims 1 to 5 wherein the display controller superimposedly displays a body chart on the radar chart and displays the line segment for corresponding one ofthe parameters at a position of the displayed body chart which corresponds to a measurement portion of the parameter.

Related passage: Also in the illustrated embodiment the threedimensional scatter diagram 96 represents the systolic blood pressure BPSYS the augmentation index AI and the pulsewave velocity PWV of the subject.However the systolic blood pressure BPSYS may be replaced with the mean or diastolic blood pressure BPMEAN BPDIA and the pulsewave velocity PWV may be replaced with the pulsewave propagation time DT.
Patent claim: The method 500 of claim 9 wherein the physical parameter includes at least one of temperature pressure time cycles weather and environmental data.

Related passage: CMMP 300 includes an analyzer subsystem 316 configured to receive the determined ranges and the collected data.The analyzer subsystem 316 is further configured to determine which of the collected data include values outside the determined ranges and determine which if any of the aircraft systems maintenance tasks andor environmental factors affecting the aircraft that influences the values of the collected data.Such influencers may contribute directly or indirectly to failures or reduced performance of other systems such that continued maintenance on the failed systems does not correct the root problem causing the continued failures.Analyzer subsystem 316 is further configured to analyze the collected data having values that are trending to be outside the range of acceptable values.Analyzer subsystem 316 is further configured to determine a contributory performance parameter for each of the data having values outside the range of acceptable values.At predetermined stages of automatic anaylisis by analyzer subsystem 316 an alert may be generated to indicate a recommendation for further engineering analysis by a user typically an engineer monitoring CMMP 300.Such a further analysis recommendation is based on predetermined logic rules.The engineer is then able to review the automatic analysis to determine a further analysis course andor a modification to analyzer subsystem 316 that will permit analyzer subsystem 316 to continue analysis automatically.