bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The coated cutting tool of any of the preceding claims wherein the third strongest TCh k l of said Al2O3 layer is TC1 1 0.

Related passage: According to the present invention there is provided a coated cutting tool insert consisting of a substrate of cemented carbide cermet ceramics steel or cubic boron nitride having deposited thereon a coating of a total thickness of a maximum of 60 m consisting of one or more refractorylayers comprising an outer wear resistant layer of Al2O3 of a thickness of 2 to 45 m deposited by chemical vapour deposition CVD wherein when observed in a SEM microphotograph of a cross section of the Al2O3 layer the Al2O3 layer has an essentially columnar Al2O3 grain structure and the grain boundaries of at least 1 out of 25 Al2O3 grains preferably at least 5 out of 25 Al2O3 grains more preferably at least 15 out of 25 Al2O3 grains along the length of the grain boundaries undergo at least 3 preferably at least 4 more preferably at least 5 directional changes wherein each directional change of two neighbouring sections of the same grain boundary is at an angle of from 15 to 165 degrees preferably from 30 to 150 degrees more preferably from 45 to 135 degrees.
Patent claim: A method of printing on a surface 32 of a threedimensional object 30 30 30 with a printer 10 10 having a print surface 12 and a print head 24 wherein a jig 36 36 36 is used for positioning the object on the print surface 12 in a position in which the surface 32 to be printed on faces the print head 24 characterized by the steps ofproviding a threedimensional digital model of the jig 36 36 36using the printer 10 10 for printing the jig on the print surface 12 andplacing the object 30 30 30 against the jig 36 36 36.

Related passage: Since the printing instructions that are supplied to the control system 20 specify also the position of an intended image 42 relative to the substrate it is also possible to select the positions of the alignment tabs 24 such that a specific feature of the intended image 42 in this example the coinciding corners of three triangles has a specific position relative to the alignment holes.In this example the feature is placed right on top of an alignment hole.In other examples the alignment tabs and the substrate may be positioned such that the image feature avoids an alignment hole or any other structure that has been provided for fastening the substrate on the print surface.
Patent claim: The electronic apparatus according to claim 13 wherein the wiring board further includesa third wiring portion 360 that is formed on the base and protrudes from the first wiring portion towards the second wiring portion and a fourth wiring portion 360 that is formed on the base and extends from the second wiring portion towards the first wiring portion in such a manner that the fourth wiring portion faces the third wiring portion and wherein the electricity storage element is connected to the third wiring portion and the fourth wiring portion.

Related passage: A flexible conductive member of the present invention includes an elastic substrate and a plurality of conductive layers arranged on a surface of the substrate in at least one of a stacked manner and a parallel manner.
Patent claim: The detergent composition comprises between 5 and 25 by weight of the composition of particles preferably the detergent composition comprises between 6 and 20 preferably between 7 and 18 by weight of the composition of particles

Related passage: The present invention also provides for a preferred process of making a nonaqueous composition of the present invention comprising the steps of i providing a cationic polymer dispersion by combining the cationic polymer with the dispersant and ii combining the cationic polymer dispersion with a nonaqueous liquid feed.Preferably the cationic polymer dispersion comprises from 1to 35more preferably from 10to 25by weight of the cationic polymer.Since the cationic polymer is in particulate form the viscosity of the cationic polymer dispersion remains low and it can be easily incorporated into the nonaqueous liquid feed by typical mixing methods.The nonaqueous feed may comprise some or all of the remaining ingredients including anionic andor nonionic surfactants.In one embodiment the cationic polymer dispersion additionally comprises water andor a solvent such that the cationic polymer is partially hydrated or solvated.If present the water andor solvent are preferably present at a level of from 1to 50by weight of the cationic polymer dispersion.In another embodiment the process may include a step of forming an external structurant premix and combining the external structurant premix with the cationic polymer dispersion or the nonaqueous feed or the combined cationic polymer dispersionnonaqueous feed.
Patent claim: The furnace according to claim 2 characterized in that the ratios B2BB2W and B2BB2S are equals.

Related passage: The typical vertical profiles for heat flux and temperature are plotted in Fig.2.It is evident that the heat flux and the temperature profile are coupled to each other.The stiffer the heat flux and the temperature profile is in the upper part of the tube the higher is the heat duty to the tube at the same temperature and the higher is the process gas flow rate capacity per tube at the same conversion rate.
Patent claim: A process of making a liquid laundry detergent composition suitable for use in a watersoluble unit dose article wherein the process comprises the steps of a.Preparing a particulate composition b.Preparing a first liquid composition by adding the particulate composition from step a to an alcohol c.Prepare a second liquid composition comprising an anionic surfactant d.Add the first composition to the second composition to form the detergent composition wherein the detergent composition comprises between 5 and 25 by weight of the composition of particles e.transferring the detergent composition of step d through an aperture having a crosssectional area between 2mm2 and 30mm2 into a receptacle.

Related passage: The present invention also provides for a preferred process of making a nonaqueous composition of the present invention comprising the steps of i providing a cationic polymer dispersion by combining the cationic polymer with the dispersant and ii combining the cationic polymer dispersion with a nonaqueous liquid feed.Preferably the cationic polymer dispersion comprises from 1to 35more preferably from 10to 25by weight of the cationic polymer.Since the cationic polymer is in particulate form the viscosity of the cationic polymer dispersion remains low and it can be easily incorporated into the nonaqueous liquid feed by typical mixing methods.The nonaqueous feed may comprise some or all of the remaining ingredients including anionic andor nonionic surfactants.In one embodiment the cationic polymer dispersion additionally comprises water andor a solvent such that the cationic polymer is partially hydrated or solvated.If present the water andor solvent are preferably present at a level of from 1to 50by weight of the cationic polymer dispersion.In another embodiment the process may include a step of forming an external structurant premix and combining the external structurant premix with the cationic polymer dispersion or the nonaqueous feed or the combined cationic polymer dispersionnonaqueous feed.
Patent claim: The method 100 of claim 10 wherein the plurality of wing targets are secondary wing targets 54 wherein the secondary wing targets are in predetermined relative locations with respect to a plurality of primarywing targets 50 installed on the wing assembly 14 in known locations with respect to a wing root interface surface 22 of the wing assembly wherein the plurality of body targets are secondary body targets 54 wherein the secondary body targets are in predetermined relative locations with respect to a plurality of primary body targets 50 installed on the body assembly 16 in known locations with respect to a wing stub interface surface 32 of the body assembly.

Related passage: In some cases coordinate system manager 942 uses at least one of transmitter data 937 received from plurality of transmitters 935 target data 939 received from plurality of target systems 936 or plurality of local coordinate systems 948 to identify structure coordinate system 950 for structure 912.These coordinate systems are threedimensional coordinate systems in this illustrative example.
Patent claim: The hedge trimmer as claimed in claim 1 wherein the first locking portion is formed with a recess and the second locking portion is formed with a protrusion matched with the recess.

Related passage: As shown in FIG.9 when the main start lever 46 is operated to the start position the hook 68 moves upward along with the main start lever 46.In this case an outer surface of thehook 68 faces the rear side of the slider 66 and the slider 66 is prevented from moving rearward.As a result the lock operation member 50 coupled to the slider 66 is prevented from moving upward toward the unlock position.Accordingly the lock operation member 50 is prevented from being operated to the unlock position while the main start lever 46 is operated to the start position.
Patent claim: The method 300 of claim 6 further comprising inspecting the plurality of turbine blades 68 for defects or damage based on the image data associated with the obtained images.

Related passage: Thus the blade inspection system 100 is a blade inspection system for inspecting the plurality of blades periodically disposed on a periphery of the rotating shaft of the rotor of the engine E and rotated on the rotating shaft.Then the blade inspection system 100 includes the borescope 2 which is an endoscope having the insertion portion 11 in which an observation optical system is provided a plurality of the fixtures 3 4 and the like to be mounted on the external access ports OAP different from each other of the engine E for guiding the insertion portion 11 of the borescope 2 into the engine E and a personal computer PC 17 connected to the borescope 2.
Patent claim: A turbofan engine installed on an aircraft the turbofan engine comprising a fan rotor a turbine rotor a gearbox 40 coupled to the fan rotor and the turbine rotor wherein the turbine rotor is adapted to drive the fan rotor via the gearbox a main lubrication system 100 configured to supply one or more sumps an auxiliary pump 60 configured to circulate lubricating fluid in an auxiliary lubrication system supplying the gearbox and an electric motor 62 configured to receive electricity when the aircraft is parked and adapted to drive the auxiliary pump wherein the auxiliary pump circulates a lubricating fluid while the aircraft is parked.

Related passage: FIG.2 is a schematic view of pump system 50.Pump system 50 includes bearing compartment 52 having a compartment cavity that contains fan drive gear system 36 including bearings 54 auxiliary pump 44 gutter 56 auxiliary reservoir 58 and first shuttle valve 60.Pump system 50 also includes second shuttle valve 62 main reservoir 64 main pump 66 and scavenge pump 67 positioned outside of bearing compartment 52.Passages 68 70 72 74 76 78 80 82 84 86 and 88 connect the various components as illustrated and as further described below.
Patent claim: The connector part according to any of the preceding claims wherein said flushing mechanism 10 comprises a piston 10 150 and a body 20 enclosing said chamber 30 and further comprises a flushing mechanism spring 31 thatis arranged to apply a spring force that counteracts a movement of the piston into the body.

Related passage: Note that although the flushing arrangement 30 of Figure 1 comprises two separate parts 31 and 32 the flushing arrangement may in other embodiments only have a single independent element 31 or 32 with the other element being part of the respective connector part or protection assembly.As an example only a second element 32 may be provided with the seal 34 directly sealing against the sliding carriage 16.In even other embodiments only the first element 31 may be provided as an individual element and the seal 34 may be provided at the front face of the first element 31.Sealing may then occur directly against a second element comprising e.g.a front face or the front portion 24 of the plug body 23.Furthermore the inlet and outlet ports 35 36 and the flow channels 37 38 may be provided in the second element 32 or they may be provided in both elements 31 32.
Patent claim: An apparatus according to claim 2 and comprising a pair of partitions 11 25 and a pair of blades 13 wherein the partitions 11 25 are arranged at opposite corners on a same diagonal of the ventilation chamber 7 wherein the blades 13 are arranged close to the other two opposite corners of adiagonal wherein the assembly made up of the partitions 11 25 and the blades 13 is configured to cause the flow of air W flowing out of the fan 8 8c 8s 8d to be subjected to a motion that simulates the motion of air W caused by two screwpumps namely Archimedes screws with distribution openings that are opposite and parallel to one another.

Related passage: The partition 20 is constituted by a folded metal sheet.
Patent claim: The solar cell module of claim 6 wherein in the edge portions of the semiconductor substrate a second direction length of the second adhesive layer having the long pattern is greater than a distance between both ends of two crossings that are adjacent to each other in the second direction and is within 10of a maximum second direction length of the semiconductor substrate.

Related passage: As shown in FIGS.1 and 4 the plurality of solar cells may be arranged in the first direction x.A longitudinal direction of the first and second electrodes C141 and C142 included in the first and second solar cells C1 and C2 may face toward the second direction y.
Patent claim: Method according to claim 14 wherein an aperture array 420 is arranged above or below the filter layer 400 by means of a CMOS process.

Related passage: Figure 1 shows a crosssection of an exemplary embodiment of the light sensor arrangement.The drawing depicts a stack comprising a light sensor 1 a mask 2 and an optical filter3.In this particular embodiment the optical filter is stacked on top of the mask which is stacked on top of the light sensor.
Patent claim: A rolltoroll printing system according to claim 12 wherein the entry comprises a fourth digital item identifying an input holder for an input roll identified in the second digital item and a fifth digital item identifying an output holder for an output roll identified in the third digital item.

Related passage: The invention also relates to a printing system comprising a print engine to print a plurality of individual digital images on a roll of media a user interface for displaying a plurality of representations of the individual digital images a control unit to control the printing process and to control data transfer to the user interface wherein the control unit comprises first constructing means for constructing a composed digital image representing the roll and comprising the plurality of representations of the individual digital images to be printed on the roll in a sequence order corresponding to the time sequence order of printing the plurality of individual digital images on the roll the composed digital image being scrollable on the user interface in order to scroll through the plurality of representations of the individual digital images second constructing means for constructing a time line comprised in the composed digital image the time line indicating a start time andor a completion time andor a time duration of the printing of an image of the plurality of individual digital images on the roll determining means for determining at least a part of the plurality of individual digital images of the composed digital image and the corresponding part of the time line to be displayed on the user interface wherein the construction of the composed digital image by the first constructing means and the construction of the time line by the second constructing means are such that each displayed representation of an individual digital image of the composed digital image is displayed wholly along a part of the time line which part starts at the start time of printing of the individual digital image on the roll and ends at the completion time of printing of the individual digital image on the roll.
Patent claim: Printing method that comprises at least a step to adjust the position of a printing head 20 with respect to a support plate 15 by means of a positioning member 45a 45b characterized in that said support plate 15 defines an adjustment planewith respect to which said printing head 20 is positioned and in that during said adjustment step it is provided to drive an actuation device 50 above the adjustment planeand with a kinematic conversion device46 to convert the actuation of said actuation device 50 into an adjustment of the position of the printing head 20 with respect to the support plate 15 in at least one direction lying on the adjustment planesaid conversion being carried out by means of at least one cam element 48 cooperating with the actuation device 50 and with the printing head 20.

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 apparatus of claim 1 further comprising a spring member 170 having one side connected to the second rotating unit 150 to apply an elastic force to the second rotating unit 150 to be rotated in the clockwise direction such that the second rotating unit 150 and the switch 190 are separated from eachother when the movable contactor 120 is located at the trip position and wherein a connected portion between the spring member 170 and the second rotating unit 150 is changed in response to the rotation of the second rotating unit 150 when the movable contactor 120 is moved to the contact position and thus the spring member 170 applies the elastic force to the second rotating unit 150 to be rotated in the counterclockwise direction such that the second rotating unit 150 is brought into contact with the switch 190.

Related passage: As shown in Figs.4 and 5 the trip device module 140 may include a case 141 having first and second arm receiving pockets 148 and 149 refer to Figs.6 and 7 recessed and sized so as to accommodatingly receive driving arms disposed the main shaft 111 with various interphase spacings an actuator 161 received in the case 141 to generate a manipulation force when the overcurrent relay 131 outputs the trip signal a reset plate 171 installed in the case 141 to interwork with the main shaft 111 so as to initialize an output portion of the actuator 161 and a trip slider 181 slidable along the case 141 and connected to the switching mechanism 117 so as to allow the tripping operation of the switching mechanism 117 when the actuator 161 performs a tripping operation.
Patent claim: The method according to any of the preceding claims further comprising verifying 130 whether each conference terminal from among said plurality of conference terminals meets a predetermined topological constraint and generating an alarm signal if said verifying reveals that at least one conference terminal does not meet said topological constraint.

Related passage: Eventually if nodes are deployed so that it is possible to form a network a new node will receive and respond to the first inviting node.The invitation and response will initiate the method described above and illustrated in FIGs.2 through 12d.The method is essentially the same except that some steps become trivial in the case of only two nodes there are no other member nodes to schedule for transmission and reception.The inviting node 110 can thus proceed to range with the new node.The exact position of the new node cannot be determined at this point in the network development.Thepotential communicating and interference neighborhoods are calculated as in the previous example but they cannot be narrowed.The method can be repeated by both the first and the second nodes to find a third node and add it to the network.A multiple node network can be fully developed eventually but more transmissions will be necessary to learn the topology because accurate relative locations cannot be calculated for the nodes until enough nodes of known locations are incorporated.Alternatively relative locations may be calculated for example trigonometrically if sufficient nodes with overlapping communication ranges are incorporated.Even if positions are not calculable for some applications the topology alone may be useful and no positional information may be needed.For example a wireless network may be useful to detect the presence of an intruder even the exact position of the intrusion cannot be located.A network organized topologically would be adequate to relay an intruder alert to a user even without positional information.
Patent claim: Printing unit as in claim 6 characterized in that said actuation device 50 can be driven in rotation around the actuation axis Z and said kinematic conversion device 46 is configured to convert the rotational motion received from the actuation device 50 into a positioning motion of the printing head 20 lying on the adjustment plane.

Related passage: The eccentric shaft 11a is thereby eccentrically rotated to move the positioning block 10 causing the positioning pin 9 fastenedthereto to push the V shaped flange 5 thereby displacing the line head 3 in the nozzle row direction.There is then set a displacement that is equal to one half of the nozzle pitch namely that is 0.021 mm.
Patent claim: The system of any of claims 25 wherein the collaboration module is further arranged to generate a report on individual objects or on sets of objects including one or more of the locations of objects over time audit trails points of entry of counterfeit goods and exposure to environmental variables over the course of an objects lifetime based on data stored in the collaborative authentication database.

Related passage: The present invention principally targets any goods physical objects or materials needed to be protected against counterfeiting.The invention can be applied to but is not limited to the following applications anticounterfeiting brand protection objects of art tracking tracing quality and integrity control market study product promotion and lotteries.Targeted products and goods include but are not limited by various luxury goods watches jewelry cigarettes alcohol clothing and footwear etc.pharmaceutical products consumer or household products various electronic and mechanic equipment or some of its components as well as labels tags packaging boxes shipping invoices and various printed documents associated with the product that are used for the authentication or certification.The authentication information can be reproduced by various printing technologies such as inkjet solidink laser intaglio letterpress offset screen gravure flexographic printing or coating techniques.
Patent claim: The gas turbine engine 20100 of any preceding claim wherein the first compressor section 44 132 is a low pressure compressor section relative to the second compressor section 52 134 and wherein the first turbine section 46 142 is a low pressure turbine section relative to the second turbine section 54.

Related passage: In one aspect upon such casually induced windmilling rotation of one of the spools the associated electric machine 30 32 will act as a generator in response to such rotation and generate electrical power which in this invention is applied specifically to the same or another machine 30 32 to magnetically lock or brake the same spool or another spool.For instance the ISG may comprise an electric machine having multiple channels as will now be described with reference to Figure 3.