bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The article 100 of any preceding claim wherein the coating is disposed in direct contact with the substrate at an interface and wherein an interdiffusion zone between the coating and the substrate has a thickness of less than about 5 micrometers.

Related passage: To protect the superalloys from oxidation and corrosion attacks the turbine engine airfoils may include a coating system thereon.In some cases the coating system may include a thermal barrier coating TBC.Typical TBCs may be formed from yttria stabilized zirconia YSZ andor yttria stabilized zirconia doped with other oxides such as Gd2O3 TiO2 and the like.The coating system may further include an environmentresistant bond coat underneath the TBC to extend its service life.Bond coats may be overlay coatings that may include for example MCrAlX where M is a metallic element like nickel cobalt andor a combination of both nickel and cobalt and X is yttrium or other reactive and metallic elements.A bond coat can also be a diffusion coating such as a simple aluminide coating a reactive elementmodified aluminide coating a platinummodified aluminide coating or a reactive elementmodified platinum aluminide coating.Thus during exposure to high temperature such as during ordinary service use thereof the bond coating oxidizes first to form a thermally grown oxide TGO to protect underlying bond coat from further oxidation.However if the TGO layer grows too quickly andor becomes too thick adherence of the TBC to the bond coat may be weakened and cracks between the TBC and the TGO as well as between the TGO and the bond coat may form.In such case the TBC may prematurely spall off thus decreasing the service life of the superalloy component.
Patent claim: The system of claim 1 further comprising a material stop coupled to the housing component wherein the material stop is configured to dampen the moveable mass when the moveable mass contacts the material stop.

Related passage: Embodiments of actuator amplification apparatuses illustrated herein are described within the context of a touch screen wherein a graphical display is disposed behind a touch surface or touch element.It will be understood however that the invention is not limited to actuator amplification apparatuses for such touch screens but is equally applicable to any haptically excited touch surface or touch element.For example the actuator amplification apparatus might be applied to the touch pad of a computer wherein the display screen is not colocated with the touch pad.It may be applied to a touch element with at least one touch sensitive region or an array of touch sensitive regions that may becreated by capacitive sensors near field effect sensors piezo sensors or other sensor technology.The graphical element may be a display located behind or in a separate location from the touch element and updated by a host computer or it may simply be a plastic surface with features e.g.graphics indicating touch sensitive regions of an associated touch element.Thus the term touch screen when used in the following detailed description and in the claims should be construed to encompass traditional touch screens as well as any touch surface or touch element and associated graphical element to which haptic effects may be applied.
Patent claim: The terminal connection assembly according to any one of claims 1 to 4 wherein the convex has a lower portion arranged to abut on the positioning structure.

Related passage: According to this embodiment the circuit substrate 130 is located between the first side wall portion 125 and the second side wall portion 126 of the main engagement part 120 as shown in Figs.13 and 15.The first side wall portion 125 and the second side wall portion 126 are protruded forward from the surface of the circuit substrate 130 on both sides of thecircuit substrate 130.This configuration suppresses the user from accidentally touching the terminals on the circuit substrate 130 and thereby protects the respective terminals of the terminal part 131.
Patent claim: A method of assembling a seal 114 214 in a turbine 12 102 202 the method comprising forming a seal 114 214 the forming including coupling a laminate material 118 to a first side 600 of a shim 116 using a conforming material 120 and applying the seal 114 214 to the turbine 12 102 202 the turbine 12 102 202 having a first arc segment 104 adjacent to a second arc segment 106 each arc segment 104 106 including an end surface 108 and radially facing surfaces 110 extending from opposite ends of the end surface 108 and a slot 112 located between the end surfaces 108 of the first arc segment 104 and the second arc segment 106the applying including inserting the seal 114 214 in the slot 26 such that a second side 602 of the shim 116 of the seal 114 214 contacts the first arc segment 104 at the end surface 108 and extends over the radially facing surfaces 110 of the first arc segment 104 the second side 602 of the shim 116 opposing the first side 600 of the shim 116.

Related passage: FIG.7 shows a top view and FIG.8 shows a side view of first seal 50 and second seal 52 and connector 56 with connector 56 coupled to first seal 50 and second seal 52 with a plurality of attachments 80 in accordance with one embodiment of this invention.First seal 50 has a first seal end 74 FIG.8 and second seal 52 has a second seal end 76 FIG.8.First seal 50 and second seal 52 may be aligned first seal end 74 to second seal end 76 with a space 78 FIG.8 between first seal 50 and second seal 52.Connector 56 covers space 78 between first seal 50 and second seal 52 and first seal end 74 and second seal end 76.In one embodiment of this invention the connector 56 is substantially the same width as first seal 50 and second seal 52.However connector 56 may be a different width than first seal 50 andor second seal 52.Each attachment 80 may include for example at least one of a spot weld or a tack.Attachments 80 are illustrated in FIG.8 partially protruding above connector 56.However attachments 80 may be flush or inset relative to connector 56.Other attachments may also be used to secure connector 56 to first seal 50 and second seal 52.For example FIG.9 shows one embodiment of the invention in a top view of first seal 50 and second seal 52 and connector 56 with connector 56 coupled to the first seal 50 and the second seal 52 with an adhesive.A person skilled in the art will readily recognize many ways for coupling connector 56 to first seal 50 and second seal 52 without visible attachments.
Patent claim: The method according to claim 15 further comprising setting a permission on the folder for a second electronic device to edit the folder in the cloud server.

Related passage: The user may input a command for processing the captured image 430 into the electronic device 101.According to an embodiment the processor 120 may display an icon 452 corresponding to a command for temporarily storing the captured image 430 as content.In FIG.4C the user inputs a user input 412 for selecting the icon 452 into the electronic device 101.At this time the user input 412 may be for example clicking or doubleclicking the icon 452.When an icon 452 is selected the processor 120 may temporarily store the captured image 430 as content.According to an embodiment when the captured image 430 includes text the processor 120 may display an icon 451 corresponding to a command for extracting and parsing the text on the captured image 430.Further the electronic device 101 may process the captured image 430 according to a user input by selecting at least one of the icons 441 442 and 443.
Patent claim: The catheter of claim 1 wherein the shunting electrode is spaced a distance of at least 6 mm from the first position.

Related passage: The assembly of the invention may be introduced into the patients vascular system e.g.the femoral vein percutaneously or by way of a cutdown advanced therein and through the inferior vena cava until the distal section 25 is disposed within the right atrium.The supporting ribbon 26 in the distal shaft section 31 is shaped into acurved configuration so that it assumes the curved configuration when unrestrained within the heart chamber.With the supporting ribbon acting as a supporting surface a compressive force is applied to the proximal extremity of the EP device which extends out of the patient to urge the device in the distal direction causing the distal shaft section 31 of the EP device 12 to bow outwardly away from the distal section of the delivery sheath 11 and the support ribbon 26 therein.Torquing the proximal section 30 of the delivery sheath 11 which extends out of the patient during the procedure will cause the distal section 25 thereof to be rotatably displaced within the atrial chamber and allow the EP device 12 to be bowed outwardly in a wide variety of directions so electrical activity can be detected in a linear fashion and heart tissue can be linearly ablated at a number of locations within the chamber.When sensing electrical activity essentially all of the electrodes 32 can be simultaneously employed but when performing a linear ablation the typical procedure is to direct the RF current to one or two electrodes at the most distal end of the EP device to perform the first ablation and then continue proximally one or two electrodes at a time until a linear ablation of desired length is obtained in the atrial chamber.This reduces the overall power requirements for the assembly.
Patent claim: Polypropylene composition C according to any one of the preceding claims wherein the random propylene copolymer RPP comprises a first propylene copolymer fraction RPP1 and a second propylene copolymer fraction RPP2 and the comonomer contents of the random propylene copolymer RPP and the first propylene copolymer fraction RPP1 fulfil inequation III CoRPPCoRPP10.8 wherein CoRPP is the comonomer content of the random propylene copolymer RPP and CoRPP1 is the comonomer content of the first propylene copolymer fraction RPP1.

Related passage: The matrix polymers of the heterophasic polymers of component a may have a ratio of matrix polymer polymer of phase 1 to polymer of phase 2 of about 973 to 8020 preferably 955 to 9010.The heterophasic polymer shows a melt flow rate of about 0.1 to 200g10 min preferably 02 to 50g10 min more preferable 0.3 to 20 g10 min according to ISO 1133.The ethylene content of the matrix polymer may be up to 7 mol and the overall ethylene content of the heterophasic polymer of component a may be up to 30 mol preferably up to 15 mol.
Patent claim: A cooling assembly comprising a plurality of fin elements 2 stacked in a stack direction 101 a plurality of coolant channels 4 each located between adjacent fin elements 2 and extending in a coolant channel direction 102 perpendicular to the stack direction 101 the plurality of coolant channels 4 being adapted for a flow of a gaseous cooling medium a first heat transfer surface 10 adapted to be in contact with a heat generating element 19 a normal of the first heat transfer surface 10 being substantially perpendicular to both the stack direction 101 and the coolant channel direction 102 a second heat transfer surface 20 spaced apart from the first heat transfer surface 10 the plurality of fin elements 2 and the plurality of coolant channels 4 being located between the first heat transfer surface 10 and the second heat transfer surface 20 characterized in that each of the fin elements 2 comprises a pulsating heat pipe 6 embedded therein a main pulsating direction of each of the pulsating heat pipes 6 being substantially parallel to a normal of the first heat transfer surface 10.

Related passage: The fin 14 has two openings 24 and 25 in opposite ends of the flow channel 1.The openings 24 and 25 are arranged in a side edge of the fin 14 which faces the second surface 13 of the cooling element 10.These openingsfacilitate a fluid communication between the fluid channel 1 of the fin 14 and other parts of the cooling element.
Patent claim: A radiation image capturing system 1 comprising a bucky device 3 a portable Flat Panel Detector FPD cassette 2a which can capture a radiation image by receiving irradiation of radiation in a state loaded on the bucky device 3 or by itself and a console 7 which displays an icon corresponding to the FPD cassette 2a wherein when the FPD cassette 2a exists by itself without being loaded on the bucky device 3 the console 7 displays the icon of the FPD cassette 2a and when the FPD cassette 2a is loaded on the bucky device 3 the console 7 does not display the icon.

Related passage: Here the leftmost area in FIG.5 is the photographing operation management area and the medicalimage display area for the reader 2 the second leftmost area is the photographing operation management area and the medical image display area for the reader 3 and the third leftmost area is the photographing operation management area and the medical image display area for the reader 4.The rightmost area is displayed as unavailable since its medical image display area is not used.
Patent claim: A load carrier foot according to claim 5 wherein said pivotable positioning arm is configured to pivot between its respective end positions by less than 180 degrees.

Related passage: As is noted the cam member 11 is arranged in a cavity 40 of the first bracket 6.The cavity 40 provides the cam member 11 with a ridge 42 to which the cam member 11 can use as cam member receiving surface and brace towards so as to impart the clamping force.The screw 30 extends through an aperture 41 arranged in the cavity 40 of the first bracket 6.In the shown embodiment the aperture 41 extends across the ridge 42 so that the screw 30 can be displaced between different positions along the length of the aperture 41 of the first bracket 6 as will be described below.
Patent claim: The solar cell module of claim 6 wherein the edge portions of the semiconductor substrate include a first edge portion adjacent to a first side of the semiconductor substrate to which the first conductive line protrudes and a second edge portion positioned opposite the first side and adjacent to a second side of the semiconductor substrate to which the second conductive line protrudes.

Related passage: More specifically as shown in FIGS.2 and 3 an example of the solar cell according to the embodiment of the invention may include a semiconductor substrate 110 an antireflection layer 130 a plurality of emitter regions 121 a plurality of back surface field regions 172 a plurality of first electrodes C141 and a plurality of second electrodes C142.
Patent claim: The fiber according to any of claims 16 wherein the refractive index difference n1n2 between the central core and the first portion of the depressed inner cladding is comprised between 3.9103 and 6.2103.

Related passage: Also for example in this manner the radius of the core region is between approximately 6.0 m and approximately 6.4 m the width of the first region is between approximately 2.0 m and approximately 4.1 m and the width of the second region is between approximately 15.0 m and approximately 35.0 m.Thus the value of c1 andor d1 is between approximately 6.0 m and approximately 6.4 m the value of c2 andor d2 is between approximately 8.0 m and approximately 10.5 m.and the value of c3 andor d3 is between approximately 23.0 m and approximately 45.5 m.
Patent claim: An aircraft comprising an aircraft wing the aircraft wing comprising a fixed wing and a wing tip device at the tip thereof wherein the wing tip device is configurable between i a locked flight configuration for use during flight and ii a ground configuration for use during groundbased operations in which ground configuration the wing tip device is moved away from the locked flight configuration such that the span of the aircraft wing is reduced the aircraft wing further comprising a locking mechanism for locking the folding wing tip device in the locked flight configuration the locking mechanism comprising a rotatable locking member associated with one of the folding wing tip device and the fixed wing and a locking pin associated with the other of the folding wing tip device and the fixed wing the locking pin being cylindrical and having a longitudinal central axis the rotatable locking member comprising a Ushaped receiving portion arranged such that in an unlocked position the locking pin may be moved into and out of the Ushaped receiving portion and in a locked position the locking pin is not able to be moved out of the Ushaped receiving portion and the rotatable locking member is configured to be moved between the unlocked and locked position by rotational movement around the longitudinal central axis of the locking pin wherein the rotatable locking member comprises a toothed outer surface and the toothed outer surface of the rotatable locking member is associated with a toothed actuator the actuator being arranged to be drive to move the rotatable locking member between the locked and unlocked positions.

Related passage: Because secured portion 1012 may be connected to unfixed portion 1040 when barrel latch 1002 is in position shown in Figure 11 with securing portion 1024 of rotating portion 1010 rotated away from secured portion 1012 and slot 1022 positioned so that secured portion 1012 may be withdrawn from barrel 1014 then secured portion 1012 may be withdrawn from barrel 1014 as shown in Figure 10 as unfixed portion 1040 is rotated away from fixed portion 1042 and wing 300 moves toward folded position 304.
Patent claim: Printing unit as in any claim hereinbefore characterized in that holding devices 40 are provided between the printing head 20 and the support plate 15 configured to hold the printing head 20 resting on the support plate 15 and to prevent a movement in a direction incident with respect to the adjustment plane.

Related passage: The present invention relates to an ink jet printer that comprises a plural number of line heads arranged parallel to one another in a paper printing direction.
Patent claim: The method according to claim 15 further comprising editing the folder in the first application layer and updating the information associated with the folder in the cloud server.

Related passage: Subsequently the processor 120 may store the first content in operation S308.The first content may remain within the electronic device 101 even though power of the electronic device 101 is turned off or the scrap mode is terminated.According to an embodiment the first content may be stored in a temporary folder and when power is turned on the processor 120 may load the first content and display the loaded first content on the display 160.
Patent claim: The method of claim 1 further comprising based on the duration of the energy savings mode synchronizing the haptic track with the time of the termination of the energy savings mode.

Related passage: The flow begins and proceeds to 310.At 310 a haptic signal that includes a plurality of haptic effect patterns is received.In one embodiment the haptic signal can include a single haptic effect pattern.Each haptic effect pattern can include data that causes a haptic output device to produce a haptic effect such as a vibrotactile haptic effect an electrostatic friction haptic effect or a deformation haptic effect.Further each haptic effect pattern can include a start time that defines when the haptic effect begins and an end time that defines when the haptic effect ends.In some embodiments the start time and end time correspond to a start time and an end time of an event in a multimedia signal such as an audio signal a video signal an acceleration signal or some other type of input signal respectively.In certain embodiments the haptic signalcan be automatically created from an input signal.In other embodiments the haptic signal can be manually created using a haptic effect development platform.In certain embodiments where the haptic signal is not encoded as amplitude values such as a PCM signal an envelope i.e.one or more amplitude values can additionally be extracted from the haptic signal.The flow then proceeds to 320.
Patent claim: A method of preparing a photomask by using the photomask blank of any one of claims 1 to 15.

Related passage: Furthermore a hard mask film may be formed on the lightshielding film.As the hard mask film a film having different etching properties from the lightshielding film is desirable.For example when the lightshielding film is a Cr base film a film which can be etched with fluoride gas such as SF6 or CF4 is preferably used as the hard mask film.Suitable hard mask films include a silicon film a film containing silicon and nitrogen andor oxygen and a film containing silicon nitrogen andor oxygen and a transition metal such as molybdenum tantalum or zirconium.
Patent claim: The heat pump module according to claim 2 wherein the cooling fan 6 is embedded in a side wall of the casing 4 configured for the first mounting chamber 41.

Related passage: The airrefrigerant heat exchanger 15 is conventionally referred to as the evaporator or gasheater of the heatpump assembly 14 and it is structured so that the airflow f arriving from revolving drum 3 and the lowpressure and lowtemperature refrigerant directed to the suction of the refrigerant compressing device17 can flow through it simultaneously allowing the refrigerant having a temperature lower than that of the airflow f to absorb heat from the airflow f thus causing condensation of the surplus moisture in the airflow f arriving from revolving drum 3.
Patent claim: The wireless communications device of claim 12 wherein the remote destination 112 is a preconfiguration server configured to provide preconfiguration information for one ormore subsequent shortrange communication sessions with the proximate wireless communications device 110.

Related passage: Customers 105107 enter the underground via a lobby area 109 which is separated from the underground platform area108 by walls 110 with gates 103ac.Only customers with a valid ticket are allowed to pass through the gates 103ac.
Patent claim: The isolator system according to any one of claims 1 to 3 wherein the subisolator is configured to be an introduction module for introducing the item into the main isolator.

Related passage: In addition the isolator 2 is equipped with a tray on which materials required for incubating cells are laid including a pipet for extracting a required ingredient from the container and these materials are carried into the isolator 2 after being sterilized by the abovementioned surface sterilizing means 5 andor the heating and sterilizing means 6.
Patent claim: The solar cell module of claim 1 or 2 wherein the first adhesive layer is made of a solder paste including at least one material of Sn SnAgCu SnPb SnBiCuCo SnBiAg SnPbAg and SnAg and wherein the second adhesive layer is made of a solder paste including at least one material of SnBi and SnIn.

Related passage: Namely unlike FIG.1 the first and second electrodes C141 and C142 may not be formed in a formation portion of an insulating layer IL in each of the first and second electrodes C 141 and C 142.In other words the plurality of first electrodes C 141 may extend in the second direction y and may not be formed at crossings of the plurality of first electrodes C 141 and the plurality of second conductive lines P2.Namely a portion of the first electrode C141 may be separated from another portion of the first electrode C141 at the crossing.