bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Method of measuring a topographic image andor a topographic profile of a surface of a sample comprising a providing an indentation instrument 1 comprisinga headstock 3an indenter 5 mounted on said headstock by means of a first actuator 7 arranged to displace the indenter 5 parallel to a longitudinal axis 9 of the indentera force sensor 11 adapted to measure a force applied by said indenter 5a reference structure 25 mounted on said headstock 3 by means of a second actuator 28 arranged to displace the reference structure parallel to said longitudinal axis 9a topographic tip 23 mounted on said reference structure and adapted to detect a surface 4a of a sample 4a relative position sensor 26 adapted to determine a relative position of the indenter 5 with respect to the reference structure 25a feedback control system 31 adapted to control the second actuator 28 based on detection of said surface 4a of said sample 4 by the topographic tip 23a sample holder 2 arranged to hold said sample 4 facing the indenter 5 and the topographic tip 23 the sample holder 2 being adapted to be displaced in at least one direction X Y perpendicular to said longitudinal axis 9 b providing a sample 4 on the sample holder 2 c positioning the indenter 5 out of contact with said sample 4 and in a constant position with respect to the headstock 3 d positioning the topographic tip 23 so as to detect the surface 4a of the sample 4 and positioning the reference structure 25 at a predetermineddistance d from the said surface 4a as detected by the topographic tip 23 by means of the feedback control system 31 and the second actuator 28 e measuring the relative position of the indenter 5 with respect to the reference structure 25 by means of the relative position sensor 26 f translating said sample 4 perpendicular to said longitudinal axis 9 while maintaining the reference structure 25 at said predetermined distance d from the surface 4a of the sample 4 as detected by the topographic tip 23 by means of the feedback control system 31 and the second actuator 28 while measuring the relative position of the indenter 5 with respect to the reference structure 25 by means of the relative position sensor 26 g generating a topographic profile andor a topographic image based on the thusobtained measurements of the relative position of the indenter 5 with respect to the reference structure 25.

Related passage: Furthermore the topographic tip 36 may be brought above the indented position and lowered into the previouslyproduced indentation so as to determine the indentation profile and the indentation depth of said indentation.Repetitive indentations may be performed at different or contiguous places in a predetermined area and measurements of the indentation depths andor profiles may be subsequently be performed in order to obtain a 2D or 3D image of the indented area.
Patent claim: The wireless communications device of claim 12 wherein shortrange communication comprises communication over a Bluetooth communication protocol.

Related passage: Fig.5b illustrates a second example of a message flow during a communications session according to an embodiment of the invention which may be used in connection with the system of fig.4.Like in the example of fig.5a a secure WTLS connection is established transaction 513 and 514 between the user communications device 510 and the service provider 511.A subscription transaction 515 may be performed and a PIN value as well as a service identifier is exchanged in a key exchange sequence 535.According to this embodiment of the invention an additional PIN identifier is generated and exchanged during the key exchange sequence 535.During sequence 539 the PIN value and the PIN identifier are transferred to the service communications device 512 and in step 541 stored in the memory or storage medium 520.At the user communications device 510 the PIN value the service ID and the PIN identifier are stored in the memory or storage medium 518 in step 536.
Patent claim: The method of claim 7 further including setting the dig trigger signal status to off when it is determined that the gear setting of the transmission is a reverse gear setting or when the speed of the machine is greater than or equal to a default activation speed setpoint.

Related passage: As illustrated in FIG.5 the shift operation signal is input from the shift operation detector 112A to the controller 111.The damper function SW signal indicating whether the damper function is activated ON or deactivated OFF by the operator is input from the damper function switch 112B to the controller 111.The boom lever stroke signal is input from the boom operating lever operation amount sensor 112C to the controller 111.Thebucket lever stroke signal is input from the bucket operating lever operation amount sensor 112D to the controller 111.In addition to this the boom bottom pressure signal indicating the boom bottom pressure detected by the bottom pressure detector 119 the vehicle speed signal indicating the vehicle speed measured by the vehicle speed sensor 113 a boom angle detection signal indicating the boom angle detected by the boom angle sensor 10211 and a bucket direction detection signal indicating the bucket direction detected by the bucket angle sensor 12211 are also input to the controller 111.
Patent claim: The device according to Claim 1 wherein the application interface is a home screen interface.

Related passage: Note that although the structure where the mobile phone 200 includes the imaging lens 205 is shown in FIG 2A a structure where the mobile phone 200 does not include the imaging lens 205 may be used.Note that when information related to the gradient of the mobile phone is obtained by performing image processing of an image taken by a camera function of the mobile phone 200 in addition to the signals in accordance with the degree of the gradient of the mobile phone in the gradient detection portion a function of converting the functions of the mobile phone with fewer malfunctions can be realized which is preferable.
Patent claim: The system of claim 11 wherein the at least one heat characteristic of a subject region is different than surround regions if a peak in a first derivative rate of change of temperature for the subject region differs in time from a peak of a first derivative rate of change of temperature of at least one surrounding regions by more than a threshold amount.

Related passage: Embodiments of the system for identifying defects in a composite structure according to the present invention are generally referred to as numeral 10 in Figures 1 and 2.As shown in Figure 1 the system 10 is positioned proximate a composite structure 22 which is generally comprised of a plurality of adjacent tows or strips 24of composite tape.The strips 24 typically include a plurality of fibers embedded in a resin or other material that becomes tacky or flowable upon the application of heat.The strips 24 are arranged on a work surface such as a table mandrel or other tool 26 and compacted with a compaction roller 20 to form the composite structure 22 according to an automated collation technique which is known in the art.For example an article entitled Material SelectionFabrication Issues for Thermal Plastic Fiber Placement by Richard Sharp et al.published in the Journal of Thermoplastic Composite Materials January 1995 discusses one conventional fiber placement process and is incorporated herein by reference.In addition U.S.Patent Application No.10068735 filed on February 6 2002 and entitled Composite Material Collation Machine and Associated Method for High Rate Collation of Composite Materials discusses another fiber placement process and is incorporated herein by reference.
Patent claim: A load carrier foot according to any one of the preceding claims wherein said positioning arm comprises a spacer portion configured to when the bracket is moved from its first state to its second state press the bracket towards the body.

Related passage: Figure 2a shows the load carrier foot 1 in a partly exploded view and more precisely the tensioning arrangement 10 in exploded view.The tensioning arrangement 10 comprises a cam member 11 a connection member 12 and a lever 13.It should be noted that the connection member 12 and the lever 13 can be integrally formed or formed by individual components as disclosed herein.The lever 13 is formed by a bent rod 14 having a circular cross section.The connection member 12 comprises a first and a second lever receiving aperture 15 16 through which the rod 14 can be slideably displaced between an operable position and a storage position.
Patent claim: Household appliance 2 according to one of the claims 3 to 5 whereby said cover 78 comprises a frontal side which in an assembled state faces said electronic board 72 and a back side opposed to said frontal side and wherein on said cover 78 on said frontal side gasket tracks are provided which in an assembled state face said electronic board 72.

Related passage: The particular multiposition coupling between outer dashboard 2 and protecting boxs 4 clearly offers several advantages.
Patent claim: A portable terminal 1 comprising the thermal printer 13 100 200 of any one of claims 1 to 6 and a casing 15 to which the thermal printer 13 100 200 is mounted.

Related passage: An upper surface of the lower frame member F1 and a lower surface of the upper frame member F2 are formed into a coupling structure that is a structure in which end faces correspond to each other and when coupled there is generated no gap and in the coupled condition shown in Fig.2 both frame members F1 and F2 are fixed together by engagement claws or screws which can be fitted in.
Patent claim: Printing system according to any of the preceding claims wherein the discrepancy is detected between the properties of the print job and a predetermined raster image processor setting for switching on or off a specific functionality of the raster image processor unit which setting is switched off while the analyzing unit concludes from the print data of the print job that the specific functionality is necessarily to be used while ripping the print data of the print job.

Related passage: In FIG.1 the document print system has aconstruction in which various kinds of devices are connected to a network N.In this instance a plurality of personal computers hereinbelow referred to as client personal computers X and Y one file server FS one Web server WS one print server PS and at least one printer A are connected to the network N.A mobile terminal M such as an information appliance is not connected to the network N but is directly connected to the printer A through IrDA RS232C Centronics or the like so that it can communicate with the printer.In place of the client personal computers X and Y an information processing apparatus such as word processor work station or information appliance can be also connected.A font data group regarding a plurality of kinds of fonts Web data image data and the like have been stored in the client personal computers X and Y and the file server FS.
Patent claim: A recording and reproducing apparatus comprising a database storing information on programs reserved for recording andor recorded programs the information containing at least program names and a controller changing a name of a target program for which information is stored in the database in accordance with an instruction made via an instruction input wherein the controller changes based on a change in the name of the target program a names of associated ones of programs for which information is stored in the database the associated ones having a specific attribute in common with the target program.

Related passage: In step S65 the title similarity calculator 37 determines whether the program length of the specified program data is smaller than or equal to a predetermined threshold TH5 for example 25 or smaller of the program length of the recorded data.If the program length of the specified program data is found to be smaller than or equal to the predetermined threshold TH5 the process returns to step S63 and step S63 and the subsequent steps arerepeated.If the program length of the specified program is found to be greater than the predetermined threshold TH5 the process proceeds to step S66.
Patent claim: A cooling assembly according to claim 9 characterized in that the cooling assembly comprises a valve system 75 for filling each of the pulsating heat pipes 6 with a suitable amount of a working fluid the valve system 75 comprising a fluid valve connected to the first manifold 71.

Related passage: wherein D is the channel hydraulic diameter g is the gravitational acceleration liq is the liquid density vap is the vapour densityis the surface tension.
Patent claim: The induction heating device according to any one of claims 1 to 10 further comprising a detection sensor 22 for detecting the cooking utensil wherein the control unit 93 is configured to change an operational state of the first lighting unit 40 in accordance with detection signals transmitted from the detection sensor 22 to the control unit 93.

Related passage: Also the cooking apparatus 1 may detect the temperature of the cooking container C by using the temperature detection unit 150 may compare the temperature of the cooking container C with the cooking temperature of the cooking method and may adjust the intensity of the magnetic field B generated by the induction heating coil L.
Patent claim: The RFID tag according to claim 15 wherein the second protector has a same section modulus as the protector.

Related passage: The reinforcing member 50A is adhered to a portion of a surface 10A a bottom surface as illustrated in FIG.2A of the base 10.The portion to which the reinforcing member 50A is adhered is located under the IC chip 30 and the connecting portion 20A which connects the IC chip 30 and the antenna 20.The reinforcing member 50A covers the IC chip 30 and the connecting portion 20A through the base 10.
Patent claim: The apparatus of claim 3 wherein the stopping portion 147 comprises an extending plate 147a extending from the lower end of the body portion 141 toward the main shaft 160 and an adhering plate 147b extending downwardly from a front end of the extending plate 147a in a bent manner and brought into contact with the main shaft 160 in response to the rotation of the main shaft 160.

Related passage: The trip device module 140 may further include a time delay output device 250 interworking with the main shaft 111 to output a signal with a preset time delay after the fixed contactor comes in contact with the movable contactor anovercurrent relay interworking trip device 280 interworking with the detaching of the overcurrent relay 131 to allow the switching mechanism 1117 to be tripped and a trip signal output device 290 interworking with the actuator 161 to output a trip signal to the exterior when the actuator 161 performs the trip operation.
Patent claim: An electronic apparatus comprising a wiring board 300 including a base 310 that has extensibility a first wiring portion 320 that is formed on the base and extends in a first direction P crossing a longitudinal direction X of the base anda first conductor portion 330 that is formed on the first wiring portion and extends in the first direction.

Related passage: The substrate is not specifically limited as long as it is elastic and a conductive layer can be formed thereon.Examples of the substrate include films of resins such as polyimide polyethylene polyethylene terephthalate PET and polyethylene naphthalate PEN elastomer sheets and stretchable fabrics.
Patent claim: The lawn mower of claim 8 wherein the energy storage device is fastened to the deck.

Related passage: In the embodiment two cells of lithiumbased secondary batteries are used as one set.In the embodiment the output voltage of one cell is about 4.2 V discharge capacity is 1000 mAh and its rate value is extremely high as high as 26C.Further the volume the battery pack 16 is as small as 2.5 x 104 mm3 and its weight is only about 70 g.The compact electricmotor 131 used in the embodiment has extremely small housing volume of 2.0 x 104 mm3 and breakdown current is 1 to 100 A and breakdown torque is as wide as 100 mNm.To drive the starting electric motor 131 power supply of about 7.6 to 8.0 V or higher is required.Thus two cells are used as the batteries for starting engine.To obtain voltage of about 7.0 V using the NiCad battery of 1.2 V at least six batteries are required.The battery of the embodiment includes a single packed battery including the lithiumbased secondary battery having two cells and various electronic circuits.The electronic circuits include a laterdescribed battery protection circuit a battery charging circuit and various circuits for driving the engine.The rate of the lithiumbased secondary battery is high.In this embodiment the total discharge capacity is set to 1000 mAh and the driving current of the starting electric motor 131 is set to 26 A.
Patent claim: The dissolved air flotation system according to claim 7 wherein the coagulator 100 includes a first mixing and coagulation part 110 that includes a first turbulent flowforming derivative 111 therein operable to generate a high speed turbulent flow so that the floc is formed in the raw water injected thereinto and a second mixing and coagulation part 120 that includes a second turbulent flowforming derivative 121 therein operable to generate a lower speed turbulent flow than the high speed turbulent flow in the first mixing and coagulation part 110 so that the floc grows in the raw water passing through the first mixing and coagulation part 110.

Related passage: Differently from the dissolved air floatation apparatus of the related art shown in FIG.1 the exemplary embodiment provides a water treatment apparatus using dissolved air floatation which separates not the final treated water but some of the initial feed water by piping to form saturated water to form fine bubbles.
Patent claim: The intake system of claim 3 wherein the actuator is configured to vary the frequency at which the position of the movable element varies according to the opening of the engine inlets.

Related passage: In figure 1 there is shown also an embodiment of the resonator system 6 in which it operates as an active resonator system or in which its operation is controllable.A mechanical oscillator is provided in connection with the air chamber 2 such as a movable membrane 11 or the like as well as an actuator system 12 for moving it.In this kind of solution the phase of the pulsation of the device is arranged to be shifted by one halfwavelength from the oscillation prevailing in the air chamber.This may be accomplished for example by means of a control unit controlling the movement of the actuator system 12 based on measurement of the pressure pulsation in the air chamber.The actuator system is in this case also connected to a separate engine control system 18 which may feed control information to the actuator system.This kind of resonator system may be arranged to be controlled to correspond the circumstances of the engine.The resonator system may for example be adjusted according to the rotational speed of the engine so that at each speed the resonator system is controlled to attenuate substantially the pressure pulsation which appears at the third harmonics of the rotational speed of the engine or frequencies below that.
Patent claim: The method of claim 6 further including determining a dig trigger signal status wherein selectively activating or deactivating the ride control mode of operation includes selectively activating or deactivating the ride control mode of operation based further on the dig trigger signal status.

Related passage: The controller 111 is composed of an information processing unit such as a CPU central processing unit and an MPU micro processing unit for example and generates a damper drive signal which is a control signal for opening and closing the EPC valve 115b in the valve system 115 from the shift operation signal the damper function SW signal the boom lever stroke signal the bucket lever stroke signal the vehicle speed signal and the boom bottom pressure signal which are input to output to the EPC valve 115b.
Patent claim: The composition of claim 2 wherein the one or more 2imidazolidinethione compounds are chosen from 2imidazolidinethione 13dimethyl2imidazolidinethione 1methyl5phenyl2imidazolidinethione 13diethyl2imidazolidinethione 1methyl2imidazolidinethione 44dimethyl2imidazolidinethione 45dimethyl2imidazolidinethione 4S4methyl2imidazolidinethione 1dodecyl2imidazolidinethione 1butyl51methylethyl2 imidazolidinethione 13 diallyl2imidazolidinethione 1acetyl3allyl2imidazolidinethione 12aminoethyl2imidazolidinethione1acetyl2imidazolidinethione 45dihydroxy1methyl2imidazolidinethione 12hydroxyethyl2imidazolidinethione 13bishydroxymethyl2imidazolidinethione 1ethyl54methoxyphenyl 2imidazolidinethione 13diethyl45dihydroxy45diphenyl2imidazolidinethione and 13 biscyclohexylaminomethyl2imidazolidinethione.

Related passage: Conventional levelers include but are not limited to one or more of alkylated polyalkyleneimines and organic sulfo sulfonates.Examples of such compounds include 4mercaptopyridine 2mercaptothiazoline ethylene thiourea thiourea 12hydroxyethyl2imidazolidinethion HIT and alkylated polyalkyleneimines.Such levelers are included in conventional amounts.Typically such levelers are included in amounts of 1ppb to 1 gL or such as from 10ppb to 500ppm.
Patent claim: An aircraft according to claim 1 wherein movement of the rotatable locking member from the unlocked to locked position comprises rotation of 180 degrees.

Related passage: Secured portion 906 may include Tshaped end 926.In Figure 9 Tshaped end 926 is shown cut away from unfixed portion 310.Secured portion 906 may be an example of an embodiment of secured portion 320 of Figure 3.Secured portion 906 may be attached to a second portion such as second portion 318 of wing 300 of Figure 3.
Patent claim: The photomask blank of claim 1 or 2 wherein said lightshielding film is constructed by multiple layers which are the lightshielding layer and a reflectancereducing layer containing silicon and nitrogen free of a transition metal.

Related passage: In another version of the embodiment wherein a lightshielding film is provided an auxiliary film or etch stop film of chromium base material as disclosed in Patent Document 6 may be formed on the halftone phase shift film and a lightshielding film of silicon a silicon base compound or transition metalsilicon base compound be formed thereon.
Patent claim: The method of claim 10 wherein the digital fingerprint database and the incentive database are stored in a common database.

Related passage: The proposed solution is simple and lowcost and tradeoffs the above robustness security complexity memory storage and universality requirements.The system of the invention can use apublic portable device such as for example a mobile phone equipped by VGA resolution camera or higher that is in the possession of majority of the users worldwide.Such a broad distribution of verification devices creates an unprecedented situation when a global smart network is established by the users themselves and each item can be checked out tracked and traced worldwide.The results can be registered at the central server and the job of counterfeiters who previously benefited from the unawareness of the customers and manufacturers will be considerably complicated.To enhance the details of microstructures we will use simple macrolenses that are available in many shops or by Internet.These macrolenses could be integrated directly into the mobile phones or simply added to the items and packaging.