bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The coating of claim 5 wherein the coating has an overall coating thickness of about 25 to about 45 microns where the overall coating thickness includes the diffusion zone and the outer additive region.

Related passage: A ceramic thermal barrier coating may be applied overlying the platinumaluminum coating to form a thermal barrier coating system.The thermal barrier coating system is useful in higher temperature applications.The ceramic thermal barrier coating insulates the component from the exhaust gas permitting the exhaust gas to be hotter than would otherwise be possible with the particular material and fabrication process of the component.However ceramic layers usually do not adhere well directly to the nickelbase superalloys used in the substrates.To improve ceramic coating adhesion and provide oxidation resistance to the substrate in case of ceramic spallation a bond coating is applied to the substrate.Bond coats are also sometimes termed diffusion aluminides or overlay coatings.Platinum aluminides the focus of the present invention are one example of a diffusion aluminide.The platinumaluminum bond coat is placed between the substrate and the ceramic thermal barrier coating to effect the adhesion of the ceramic layer to the substrate.In addition the upper surface of the bond coat oxidizes to a protective aluminum oxide scale to inhibit further oxidation of the substrate.
Patent claim: A system comprising a multitube fuel nozzle 20 comprising an inlet plate 12 comprising a plurality of apertures wherein each aperture comprises an inlet feature and a plurality of tubes 62 adjacent the inlet plate 12 wherein the each tube of the plurality of tubes is coupled to an aperture of the plurality of apertures and the multitube fuel nozzle 20 comprises a differential configuration of inlet features among the plurality of tubes 62.

Related passage: The outer body 34 includes a front wall 42 downstream of the fuel plenum 32 and proximate to the plurality of apertures 40 in the fuel plenum 32.The front wall 42 is generally the closest portion of the fuel nozzle 30 to the combustion flame and therefore is subjected to higher temperatures than the remainder of the fuel nozzle 30.Fuel flowing through the plurality of apertures 40 exits the fuel plenum 32 and impinges on the front wall 42 to provide impingement cooling to the front wall 42.
Patent claim: The mobile key of claim 1 or 2 wherein the radio frequency trigger circuitry is sensitized to a predetermined waveform transmitted by the locking device.

Related passage: Another example embodiment is directed to a communications apparatus having a base station and a transponder.The base station operates in an active mode and in an inactive mode in which the base station inhibits authentication communications and consumes less power relative to power consumed by the base station in the active mode.The transponder can be carried by a user and includes a communication circuit and a motionsensing circuit that senses motion indicative of movement of the user.The communication circuit communicates wirelessly with the base station to provide a wakeup signal to the base station in response to the sensed motion and to provide an access authentication communication to the base station for authenticating the remote transponder.The base station is responsive to the wakeup signal by operating in the active mode.
Patent claim: Assembly 10 according to claim 1 or 2 wherein both the internal hose 12 and the external hose 14 have a monolithic structure for their entire longitudinal extension.

Related passage: In the preferred embodiment of the invention the tubular member 21 is comoulded with or overmoulded directly on the terminal stretch of the pipe 20 sothat part of the inner surface of the tubular element 21 and part of the outer surface of the pipe 20 are practically complementary to one another.The pipe 20 and the tubular element 21 can be intimately joined to one another also as a result of an adhesion or bonding of the respective constituent materials which may be of types compatible for said purpose.
Patent claim: The composition of any preceding claim wherein the composition is used for DLI delivery for the ALD or CVD deposition of group 2 containing thin films.

Related passage: In yet another embodiment the present invention is a method of growing a metal oxide or nitride film by ALD or CVD comprising providing a barium or strontium imidazolate structure of the present invention in conjunction with titanium sources dissolved in a solvent selected from the group consisting of an ether aminoether amide ester aromatic or hydrocarbon solvent and delivering the resulting solution by a DLI system to provide a vapor stream of the resulting solution to grow the metal oxide or nitride film by ALD or CVD.
Patent claim: A vehicle to which the mobile terminal of one of claims 1 to 8 is mounted.

Related passage: The keyword database 636 in Figure 11 is used in a similar way as the keyword database described in Figure 9 or 10.When the user 612 uses a keyword to specify a physical location the navigation application 610 on the system 600 extracts the keyword from the users input and queries the keyword interface application 639.The keyword interface application 639 accesses the locally available copy of the keyword database 636 to obtain the map location data 3005 in Figure 7 associated with the keyword.The map location data associated with a keyword are included in the copy of the keyword database 636 that is located locally with each of the standalone systems 600 in Figure 11.One of the advantages of the embodiments of Figure 11 is that the keywords are stored locally and therefore are readily available.The keyword interface application 639 then returns the map location data 3005 in Figure 7 to the requesting navigation application 610.
Patent claim: The computing device 400 as claimed in claim 11 wherein the one or more applications 102 104 106 comprises foreground applications 102 104 and background applications 106 306.

Related passage: Figure 2 is a block diagram of one embodiment of a mobile device 200 with a user application process communicating with daemon processes that are executing in a mix of low and high importances.In Figure 2 and in one embodiment the operating system 202 of the mobile device 200 has a daemon process 212 that runs as one of the higher importance processes 208.In addition the operating system 202 includes other daemon processes 206AN that are running as lower importance processes 210 and the user application process 204.Furthermore the user application process 204 makes service requests to low importance process daemons 206AB and high importance process daemon 212.
Patent claim: The method 20 of Claim 1 further comprising after bonding the transition ring 58 to the outer circumferential surface of the hub disk 72 producing 34 a plurality of strain relief features in the bladed GTE rotor 74 extending through the transition ring 58.

Related passage: As will be described more fully below in conjunction with STEP 116 of exemplary method 84 FIG.4 arched pieces 88 are interbonded to yield the monolithic ring utilizing a metallurgical bonding process such as diffusion bonding or brazing.In embodiments wherein arched pieces 88 are bonded by brazing alone or in combination with another bonding process a braze material may be disposed between neighboring shanks 74.For example and as described more fully below in conjunction with FIGs.1113 a braze foil may be inserted between neighboring shanks 74 prior to the belowdescribed bonding process.To accommodate the braze foil each arched piece 88 may be fabricated to include at least one braze foil pocket which may be formed in one or both of sidewall surfaces 100.In a preferred embodiment each arched piece 88 is fabricated to include a single braze foil pocket which is formed in one of sidewall surfaces 100.For example as indicated in FIG.4 by crosshatched region 106 such a braze foil pocket may be formed by cutting a relatively shallow groove or channel laterally across one sidewall surface 100.
Patent claim: The surgical device of any preceding claim wherein the elongate member further includes a tapered portion at a distal end to facilitate insertion into the tube.

Related passage: A distal oring 230 can optionally be positioned within a sheath 231 positioned in the distal flange 226 to provide structural support to the retractor 218 within a patients body.Thedistal oring 230 can be substantially rigid e.g.a metal wire as shown in the embodiment illustrated in FIG.11 to allow the distal flange 226 to have a substantially fixed diameter.In other words the distal flange 226 of the retractor 218 can be unaffected by adjustment of the retractors diameter.With the distal flange 226 having a substantially fixed diameter the retractor 218 can be configured to more effectively grip a distal surface of tissue in which the retractor 218 is positioned thereby helping to maintain the retractor 218 in a more stable position when positioned in tissue.
Patent claim: An information processing system 1 that includes an information processing unit 14 22 configured to move a virtual camera in a virtual space within a predetermined movable range in response to a movement andor an orientation of a controller 5 characterized in that the information processing unit 14 22 changes correspondence relation between the movement andor the orientation of the controller 5 and a capturing direction andor a viewing point position of the virtual camera after the capturing direction andor the viewing point position of the virtual camera reaches a limit of the movable range in response to the movement andor the orientation of the controller 5 in a predetermined direction.

Related passage: In the initialization process the CPU 311 sets the virtual camera distance Kk represented by the virtual camera distance data 505 so as to represent the upper limit value Jt.Therefore the stereoscopically visible image is displayed on the upper LCD immediately after the game process is started.Further in the initialization process the CPU 311 sets to zero a value represented by the imaging direction data 504.Thus the rotation angle represented by the imaging direction data 504 can be calculated as zero when the game apparatus 10 is powered on as described above.
Patent claim: A wind turbine 1 including a plurality of components 3 4 5 each of which comprising a corresponding temperature sensor adapted to measure an operating temperature of the corresponding component 3 4 5 and connected to a control unit 6 adapted to carry out the method of one of the preceding claims.

Related passage: In module 11 of figure 4 as the value indicating each subsystem heating the index tx of the component that is closest to its maximum value is taken or which is the same thing the one whose index is closest to 1.
Patent claim: The input device according to claim 2 or 3 wherein the manipulation region includes a first region and a second region and the width in a direction perpendicular to the image surface is different in the first region and the second region.

Related passage: The operating tool detection unit 109 calculates a luminance value indicating a right receiving state corresponding to each of the pixels based on the sensor image S and performs a ternary process to the luminance value by using two predetermined threshold values of Th1 and Th2.In the ternary process the luminance value of the each pixel is classified into a first a second and a third categories and the area of the sensor image S is divided into a first a second and a third areas A1 A2 and A3 corresponding to each of the categories.The first the second the third areas A1 A2 and A3 correspond to areas of high luminance medium luminance and low luminance and are specified as a contact area a proximity area and noncontactnonproximity area of the operating tool M respectively.
Patent claim: A turbomachine secondary seal assembly 46 comprising a first support 50 that establishes a circumferential groove 56 a second support 52 radially inboard the first support 50 and a seal 48 having a base 66 and a protrusion 68 wherein the base 66 is at least partially received within the circumferential groove 56 and the protrusion 68 extends radially from the base 66 and contacts the second support 52 to restrict flow of a fluid from a first axial side of the circumferential groove 56 to a second opposite axial side of the circumferential groove 56.

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 holding mechanism for the display device according to Claim 1 wherein the thin platelike member 21 is made at least partly larger than the elastic member 15 in shape.

Related passage: Fig.4 illustrates the display module of Fig.3 as seen in crosssection through side portion 9.This drawing clearly shows how front portion 8 extends from side portion 9 over the front side of the display a short distance over polariser 5.A housing or housing portion 11 of an electronic device in which display module included is disposed outside metal frame 7.The housing also includes a protective front window 12 over the display 2.The front window 12 and metal frame 7 oppose each other with wide and substantially flat surfaces between which gasket 40 is positioned.This way the metal frame provides an even and relatively large area for gasket 40 much wider than the upper edge of plastic carrier 3.This allows for larger tolerances for assembly of the gasket 6 and a more dustproof design.In the illustrated embodiment window 12 extends over gasket 40 but a smaller window 12 may of course be selected with gasket 40 hidden under an opaque part of housing 11.
Patent claim: Optical network node for an optical ring network comprising an optical interface operable to receive a set of wavelength division multiplexed WDM optical signals carrying respective synchronous data packet sequences wherein data packets of said data packet sequences are transmitted within respective packet time slots of a same packet duration value and wherein said data packets are separated by guard band time slots of a same guard band duration value a control unit operable to receive control signals from a control plane or a management plane of said network an optical device operable to compensate a predefined amount of accumulated dispersionan optical switch arranged to receive said optical WDM signals from said optical interface and furthermore arranged to and configurable toguide said WDM signals bypassing said optical device in a first configuration state and toguide said WDM signals to said optical device in a second configuration state wherein said control unit is operable to control said optical switch in dependence on control information received via said control signals.

Related passage: The multiplexed optical signals received at the input 23 of the synchronization device 17 are sent to the multiplexed port 33 of a first wavelength selective switch WSS 25a having a plurality of demultiplexing ports 35 linked to a plurality of delay lines 27.The WSS 25a is configured to receive and demultiplex the optical signals transmitted on the different channels Cj and distribute the said demultiplexed signals toward the delay lines 27 according to their temporal shift with respect to the start of the next period of a periodic temporal reference a period of the said periodic temporal reference corresponding to a time slot duration.
Patent claim: A method according to Claim 1 wherein determining the number of immediately preceding consecutive frames comprises maintaining a first counter of the number of immediately preceding consecutive frames during which the filtered value has been greater than the current value of the current frame or maintaining a second counter of the number of immediately preceding consecutive frames during which the filtered value has been less than the current value of the current frame.

Related passage: Also a feedback ratio kc is generated so as to have alower value as the amplitude of the difference signal for the noiselevel measuring result becomes high and the feedback ratio is compensated by multiplying the feedback ratio kc by the feedback ratio kh.Thus it is possible to suppress noise level by suppressing a high amplitude component using the configuration of dynamically varying and controlling the feedback ratio and to appropriately suppress the noise level.
Patent claim: Vehicle comprising an advanced driver assistance system configured to carry out the method according to any one of claims 1 to 15.

Related passage: Such a roadterrain detection method comprises sensing the environment of the vehicle with the at least one sensor 11a 11b transforming the sensor signal S11a Sllb into at least one confidence map of local properties of the environment by using at least one base classifier generating spatial features for the local properties based on the at least one confidence map and classifying locations in the environment of the vehicle 20 to a certain category of road terrain based on the generated spatial features.An entry of the confidence map contains confidence information about whether a corresponding location e.g.a pixel position or a cell in a metric space has a certain property.A confidence map thus represents for each location e.g.in a space representations the confidence about the property of each location.A base classifier is for visual boundary classification in order to find visual features that discriminate a road boundary such as curbstones from a roadlike area.Risk of collisions between the ego vehicleand other traffic participants is estimated by the processing means.
Patent claim: The covering 100 of any of the claims 1 to 3 whereinthe first tie polymer layer 122 comprises at least one ofpolyethylene PE such as lowdensity polyethylene LDPE or highdensity polyethylene HDPEpolypropylene PP anda copolymer terpolymer or an ionomer comprising linear lowdensity polyethylene LLDPE lowdensity polyethylene LDPE optionallyalso the second tie polymer layer 123 comprises at least one ofpolyethylene PE such as lowdensity polyethylene LDPE or highdensity polyethylene HDPEpolypropylene PP anda copolymer terpolymer or an ionomer comprising linear lowdensity polyethylene LLDPE lowdensity polyethylene LDPE.

Related passage: The production process specifies that the third fourth fifth sixth and seventh layers be monobituminized i.e.bituminized on one side only by means of an elastoplastomeric mixture that is constituted by the second layer 3 this mixture is then coupled to the first layer 2.
Patent claim: The method of claim 1 wherein the second filter set comprises one or more filters.

Related passage: There is the well known technique in the open literature of taking a digital image with chrominance noise artifacts converting the image to a luminancechrominance space such as CIELAB CIE International Standard blurring the chrominance channels and then converting the image back to the original color space.This operation is a standard technique used to combatchrominance noise.One liability with this approach is that there is no discrimination during the blurring step between chrominance noise artifacts and genuine chrominance scene detail.Consequently sharp colored edges in the image begin to bleed color as the blurring become more aggressive.Usually the color bleed has become unacceptable before most of the low frequency color moire is removed from the image.Also if any subsequent image processing is performed on the image there is the possibility of amplifying the visibility of the color bleeding.A second liability of this approach is that a small fixed blur kernel is almost required to try to contain the problem of color bleeding.However to address low frequency color moire large blur kernels would be needed to achieve the desired noise cleaning.
Patent claim: Method according to claim 1 wherein step D includes the identification of the user who accesses the service on the basis of the information given in step B.

Related passage: The order of steps 22 and 23 can be reversed and there can be a certain time distance between generating the identification code and transmitting the first message to the server so that the transmission of the first message to the server takes place a certain time subsequent to the generation of the identification code.Furthermore the transmission of the first message to the server can depend on a further condition so that the first entity receives knowledge whether the second entity actually has transmitted a message to the server or whether the second entity although triggering the first entity in step 20 hasstopped the whole procedure due to a lack of interest into the offered product or service.
Patent claim: Damper system according one of the claims 8 or 9 characterized in that the rack 7 is mounted to a side wall 16 of the nonrotating part 6 of the generator 4.

Related passage: According to the embodiment of FIG 4 the ringshaped stator support element 21 is again arranged on the front side of the stator arrangement 13.In this embodiment of the invention the stator support structure 18 comprises additionally a plurality of springs 30 and dampers 31.The springs 30 and dampers 31 are preferably arranged around the perimeter of the stationary shaft 6 e.g.every 30 a spring 30 and a damper 31 connects the hollow cylindrical support element 22 and the stationary shaft 6 with each other.Thus twelve springs 30 and twelve dampers 31 are arranged around the perimeter ofthe stationary shaft 6.Thereby the twelve springs 30 are substantially arranged in a first plane and the twelve dampers 31 are substantially arranged in second plane.Both planes are substantially rectangular oriented in relation to the centre axis A.In case of the present embodiment of the invention the springs 30 and dampers 31 are arranged in parallel but it is also possible to arrange in each case a spring and a damper in series as a springdamperelement.Subject to the properties of the springs 30 and dampers 31 the flexing of the stator support element 21 is able to be more or less influenced by means of the springs 30 and the dampers 31.Appropriate dampers and springs are e.g.air dampers or air springs.
Patent claim: The method according to claim 1 wherein said step of solving the generic resource into an actual material 12 includes storing said label into each resourcerelated entity 200 300 to which said single productionrelated entity 100 has reference for the production of each specific product.

Related passage: Fig.8 illustrates a binding process 800 in accordance with an aspect of the present invention.Before running a materialbased recipe the binding process 800 is employed to locate equipment and materials associated with a batch.When a materialbased recipeis placed on a batch server list the Batch Server makes a request to a Material Server for containers that can support the material requirement.The Material Server then returns a list of binding candidates based uponMaterial requirements of a recipe a unit should satisfy the recipes material requirements Area model configuration units and equipment modules should be available and Container and lot states should be in the Ready To Use state.