bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The coated glass article of claim 1 wherein the processing of the coated glass article involves subjecting the coated glass article or the coated glass article to nonbreakage inducing glass contact in pharmaceutical glass filling lines.

Related passage: Referring to the embodiments described above the first silane chemical composition second silane chemical composition or both may be aromatic chemical compositions.As used herein an aromatic chemical composition contains one or more sixcarbon rings characteristic of the benzene series and related organic moieties.The aromatic silane chemical composition may be an alkoxysilane such as but not limited to a dialkoxysilane chemical composition hydrolysate thereof or oligomer thereof or a trialkoxysilane chemical composition hydrolysate thereof or oligomer thereof.In some embodiments the aromatic silane may comprise an amine moiety and may be an alkoxysilane comprising an amine moiety.In another embodiment the aromatic silane chemical composition may be an aromatic alkoxysilane chemical composition an aromatic acyloxysilane chemical composition an aromatic halogen silane chemical composition or an aromatic aminosilane chemical composition.In another embodiment the aromatic silane chemical composition may be selected from the group consisting of aminophenyl 3maminophenoxy propyl Nphenylaminopropyl or chloromethy phenyl substituted alkoxy acyloxy halogen or amino silanes.For example the aromatic alkoxysilane may be but is not limited to aminophenyltrimethoxy silane sometimes referred to herein as APhTMSaminophenyldimethoxy silane aminophenyltriethoxy silane aminophenyldiethoxy silane 3maminophenoxy propyltrimethoxy silane 3maminophenoxy propyldimethoxy silane 3maminophenoxy propyltriethoxy silane 3maminophenoxy propyldiethoxy silane Nphenylaminopropyltrimethoxysilane Nphenylaminopropyldimethoxysilane Nphenylaminopropyltriethoxysilane Nphenylaminopropyldiethoxysilane hydrolysates thereof or oligomerized chemical composition thereof.In an exemplary embodiment the aromatic silane chemical composition may be aminophenyltrimethoxy silane.
Patent claim: The system of claim 2 further comprising an incentive database interface arranged for connection over a network to query an incentive database storing data associated with one or more collaborative authentication projects.

Related passage: The possibility of identification and authentication of products documents objects and articles by analyzing difficulttoduplicate heterogeneousinhomogeneous or random microstructure associated to the genuine item has been investigated in various contexts.The microstructures have a random character and are unique for all items.The random pattern of microstructure is highly determined by the physical properties of materials paper metal plastic etc.and the method of data acquisition.The methods of acquisition should be considered in the broad sense and include optical acoustic mechanical electromagnetic and other principles.However inthe scope of this invention we will focus on the optical techniques due to the wide distribution of cheap and highlyperformant cameras and their presence in the most of scanners mobile phones PDAs and webcams that makes the acquisition cheap and available for virtually any person.The optical techniques used for the acquisition of microstructures can be divided on groups depending on the use of coherent or incoherent light reflected or transmitted light 2D planar or 3D volumetric imaging and light spectral band visible IR or UV.In fact it is possible to use any device being able to reproduce the randomness.
Patent claim: The connector part according to any of claims 48 wherein said movable element is a damper body 20.

Related passage: The first connector part 10 further comprises a first protection assembly 15 which prevents seawater from reaching the coupling portion 11 when the first connector part 10 is deployed subsea in an unmated state which is illustrated in Figure 1.The first protection assembly 15 comprises the sliding carriage 16 which is sealed against a front portion 18 of the pin 12 and further a flexible diaphragm 17.The flexible diaphragm 17 can be filled with a dielectric liquid and due to its flexibility has an intrinsic volume compensation functionality.The sliding carriage 16 can be moved backwards i.e.away from the front portion 18 of the pin 12 also termed pin tip so as to expose the coupling portion 11.Coupling portion 11 is thus enabled to engage a complementary coupling portion for making contact.When sliding backwards the flexible diaphragm 17 can be folded so as to accommodate the change in distanceavailable space.Furthermore the front portion 18 of pin 12 forms part of the protection assembly 15 as it prevents seawater from entering the space enclosed by the diaphragm 17 and the sliding carriage 16.
Patent claim: An electrical machine 11 comprising an exciter stator 13a a stator 21 a rotor assembly 12 comprising a main machine rotor 19 having a field winding 19a and an exciter rotor 13c having an exciter rotor winding 13d the exciter stator 13a and the exciter rotor 13c forming part of an ACAC exciter 13a multiphase exciter rectifier 17 arranged on the rotor assembly 12 and configured to rectify an AC current from the exciter rotor winding 13d to feed the field winding 19a with a DC current wherein the multiphase exciter rectifier 17 has a plurality of phase legs 25a25c each phase leg 25a25c being connected to a respective electrical phase of the exciter rotor winding and a rotor measurement unit 11 as claimed in any of claims 110 or a monitoring system 1 20 as claimed claim 11.

Related passage: In embodiments the acquired data the measured voltage drops are processed according to the proposed algorithmmethodology e.g.by a processor 120 and a final control signal is optionally transferred to the stator through a rotating radio telemetry transmitter 122 in order to control the operation of the generator.
Patent claim: A sheet processing apparatus comprising an image acquiring device 110 configured to acquire a sheet image that is an image on a sheet P a setting portion 120 configured to set a reference area 55 in the sheet image acquired by the image acquiring device 110 wherein the setting portion 120 repeats moving the reference area 55 from a starting position to an end position in a first direction by a first moving width Lx and upon the reference area 55 reaching the end position moving the reference area 55 in a second direction intersecting the first direction by a second moving width Ly a degree of similarity calculating portion 130 configured to extract a feature from an image in the reference area 55 set by the setting portion 120 and calculate a degree of similarity between the extracted feature and a typical sheet pattern a moving width calculating portion 140 configured to calculate the first moving width Lx andor the second moving width Ly based on the degree of similarity calculated by the degree of similarity calculating portion 130 a position specifying portion 150 configured to specify a position at which the typical pattern of sheets is present in the sheet image based on a plurality of the degrees of similarity calculated by the degree of similarity calculating portion 130 and a kind of sheet discriminating portion 160 configured to discriminate a kind of the sheet P based on the sheet image at the position specified by the position specifying portion 150.

Related passage: In the method disclosed in the conventional technology in Patent Document 2 there are instances where determination of the effect of the background pattern and the determination of the effect of image processing for removing the background pattern are not performed accurately.Because this determination is performed by using the pixel information of the background pattern at times for example when the background pattern changes at the position of every character forming the character string of the banknote or when the background pattern is complex this determination may not beaccurately performed.
Patent claim: The method according to any one of claims 812 further comprising storing a plurality of images indicating the typical sheet pattern and corresponding to a plurality of kinds of sheet in onetoone correspondence wherein in the kind of sheet discriminating step the kind of the sheet is discriminated by comparing the image at the position specified as a result of the specifying of the position with each of the plurality of stored images.

Related passage: To solve the above problems and to achieve the above object according to an aspect of the present invention a character recognition method for recognizing a character printed over a background pattern on a valuable medium includes acquiring a character image captured by capturing the character printed on the valuable medium evaluating a degree of similarity between the character image and each template image the template image having been obtained beforehand by capturing each character that had a possibility of having been printed on the valuable medium and of which background has been filled evenly and determining that the character corresponding to the template image showing the highest degree of similarity at the evaluating is the character included in the character image.
Patent claim: Floor as claimed in claim 12 with a shower drain as claimed in any of the claims 811 and claim 4 or 5 wherein the upright peripheral wall of the finishing part extends to a position close to the upper surface of the finishing layer.

Related passage: To evade this safeguard rats must either disengage the protruding member 10 from the slots 9 or lift the whole weight of the part of the grate revolving around the protruding member 10.
Patent claim: The method of claim 3 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: At 350 the start time for each haptic effect pattern of the plurality of haptic effect patterns or the single haptic effect pattern included within the haptic signal isshifted back by a predefined duration identified as a shift duration.A standarddefinition haptic output device such as an ERM may have a slow response time especially when compared to a highdefinition haptic output device.The shifting back of the start time of each haptic effect pattern by a shift duration can compensate for the slower response time of the standarddefinition haptic output device.For example if a haptic effect is to be output at time 3 seconds s a start time of a corresponding haptic effect pattern can be shifted back by 40 ms from 3 s to 2.96 s so that the haptic effect is output by the standarddefinition haptic output device at 2.96 s rather than 3 s but will be felt by a user at 3 s.The flow then proceeds to 360.
Patent claim: The actuator system of claim 4 wherein the error is an actuator malfunction and is determined when the drive shafts 105 rotation is not proportional to one of the first or second outputs.

Related passage: The rotary sensor may thereby be connected to an evaluation unit arranged in the aircraft.The evaluation unit may be integrated in an existing control unit and preferably in a slat flat control computer SFCC or a similar unit.In case theevaluation unit detects a rotation measured by the rotary sensor a signal may be generated and displayed as a warning in the cockpit.The signal may furthermore be used for switching into an emergency operation mode e.g.accompanied by activating wing tip brakes and interrupting the drive of a drive unit.
Patent claim: The system according to claim 3 wherein the load adjustment prediction optimization unit 15 is configured to perform the optimization calculation on each load.

Related passage: One of the environmental conditions that make vary the relationship between theoperation state of among the load appliances within the targeted unit a previously selected load appliance and the actually consumed electric power amount in the targeted unit is considered to be the influence of time zones.For example in a case where the load appliances include a refrigeratorfreezer showcase and a refrigerator unitcondenser that refrigerates it how foods or other articles are displayed in the refrigeratorfreezer showcase and how many people are present in the store or facility in which the refrigeratorfreezer showcase and the refrigerator unitcondenser are installed are influenced by time zones.Accordingly the amount of electric power that is consumed to cool the interior of the refrigeratorfreezer showcase of which the temperature has risen because of newly displayed foods the entry and exit of shoppers their body temperatures and other factors is also influenced by time zones.
Patent claim: The surgical instrument of claim 11 wherein the occurrence of the second predefined event comprises at least one of the following the knife being stopped for a period of time and the slope of the curve falling below a fourth predetermined threshold.

Related passage: Turning to another aspect FIG.36 is a graphical representation 4210 of battery voltage that shows Time t along the horizontal x axis 4212 and battery voltage VBAT along the vertical y axis 4214.In one example a threshold can be set in connection with battery voltage VBAT 4214.Here a marginal threshold 4216 can be set at 8.IV.Additionally an ultimate threshold 4218 can be set at 7.0V.During the course of operation of instrument 10 FIGS.14 voltage can decrease over time.The curve described by measuring the voltage decrease 4220 is not necessarily linear.However instrument 10 can resolve the voltage decrease into a linear function 4222.The linear function can be based on 1 averaging overall voltage 2 be based on a prediction of future voltage based on past andor present voltage both 1 and 2 or another function.Linear function 4222 can be extrapolated out theoretically to linear function 4224 which has the same slope as linear function 4222.
Patent claim: The intake system of any of the preceding claims wherein the chamber andor actuator is configured such that a frequency of pressure variations within the inlet air substantially corresponds to a frequency at which the pressure variations provide enhanced induction for the engine.

Related passage: An engine arrangement dimensioned by these principles operates so that combustion air for the engine is fed by means of supercharging device 4 into an air chamber 2 inconnection with the supercharging device to a pressure higher than ambient air pressure.From the air chamber 2 the air is led to cylinders 5 in connection with the air chamber through channel arrangements 5 connecting each cylinder with the air chamber.By means of the resonator system 6 a pressure pulsation is formed in the air chamber.The pulsation is halfwavelength shifted from a pulsation in the air chamber having a frequency at or below the third harmonics of the rotational speed of the engine.For example for an engine rotating mainly at a speed of 1500 revolutions per minute rpm the frequency of the third harmonics is about 75 Hz.
Patent claim: The backsheet element according to any of the preceding claims wherein the amount of the silane groups containing units b present in the polymer composition preferably in the polymer of ethylene a is from 0.01 to 1.00 mol when determined according to Comonomer contents as described above under Determination Methods.

Related passage: In the present invention from the viewpoint of theindustrial availability and various characteristics thereof and also from the economic efficiency thereof propylene 1butene 1hexene and 1octene are preferred as the olefin to copolymerize with ethylene.Further from the viewpoint of the transparency and the softness thereof an ethyleneolefin random copolymer is preferred for use herein.The olefins capable of copolymerizing with ethylene may be used alone or in combination of two or more thereof.
Patent claim: A downhole system according to any of claims 710 further comprising a communication unit 43.

Related passage: Fig.1 shows a completion component 1 having a circumference for insertion into a well tubular structure 2 as illustrated in Fig.12.The completion component 1 comprises a tubular base part 3 which is to be mounted as part of the well tubular structure 2 via a thread 30.The tubular base part 3 has an axial extension along the axial extension of the well tubular structure and a thickness t1.The completion component 1 comprises a displaceable part 4 arranged within a groove 33 in the tubular base part 3 and displaceable in relation to the tubular base part 3 from a first position to a second position in order to align or unalign a first opening 20 in the tubular base part 3 with a second opening 21 in the displaceable part 4 to let fluid flow between a formation surrounding the completion component 1 and an inside of the tubular base part 3.A screen 22 is arranged on the outside of the tubular base part 3 opposite the opening 20 in the tubular base part 3 for filtering the well fluid before it is let into the tubular base part 3.The base part 3 comprises a first marker 5 and the displaceable part 4 comprises a second marker 6 for determining a position of the displaceable part in relation to the tubular base part 3.As can be seen the first and second markers 5 6 are arranged with a first marker distance in which the openings 20 21 are unaligned so that the first and second openings do not overlap and no fluid is allowed to flow from the formation into the tubular base part 3.Sealing means 32 such as Orings or Chevron seals arranged in grooves in the tubularbase part 3 provides a sealing connection between the tubular base part 3 and the displaceable part 4.
Patent claim: A method for a radio frequency energy multiplexer 200 the method comprising receiving a compound radio frequency RF signal 210 at an input to an RF energy multiplexer 200 the compound radio signal 210 comprising a plurality of distinct spectrally separated RF signals 810 directing the compound signal 210 into a first frequency stage 2051 through a first port of a first threeport device 220 and out a second port of the first three port device 220 into at least a first filtered load substage 2301 of the RF energy multiplexer 200 the first filtered load substage 2301 comprising a second threeport device 2321 and a first reflective filter device 2351 coupled to a first absorbing load termination 2371 wherein the first reflective filter device 2351 passes a first distinct RF signal from the compound signal to the first absorbing loadtermination and reflects at least a second distinct RF signal from the compound signal back into the second threeport device 820 and outputting the second distinct RF signal from the second threeport device 250830.

Related passage: With the embodiments provided by this disclosure no one load element needs to be rated to handle the full power of a reflected wave.For example in one implementation where reflected RF power is split evenly by waveguide power divider 165 between loads 152 and 154 i.e.a 3dB power divider then each of the loads need only be rated for absorbingof the maximum potential reflected RF power.In some embodiments waveguide loads 152 and 154 are implemented for example using attenuating wave guides that comprises a tapered wedge design andor absorbent material that substantially absorbs and spreads out the energy from reflected RF power along the length of the waveguide.It should also be appreciated that in other embodiment waveguide power divider 165 may divide power between more than just two waveguide loads.
Patent claim: The clothes dryer or washerdryer 100 according to claim 1 wherein the heating member is disposed close to an outlet 20b of the fan assembly 20.

Related passage: A baffle 915 is preferably provided in the tank 905 the baffle 915 defining a siphon the presence of the baffle 915 forming as barrier for the drying air flow facilitates that water droplets that are transported by the flow of drying air fall into the tank 905 preventing them from reaching the fan 205.
Patent claim: A ceramic heater 4 comprising a substrate 21 containing a ceramic and a resistor 22 embedded in the substrate 21 and containing another ceramic the resistor 22 including two lead portions 31a 31 b extending parallel to each other a joint portion 32 that connects one end of a lead portion 31 a to one end of another lead portion 31 b and an electrode portion 27 28 that is formed integrally with at least one lead portion of the two lead portions 31a 31 b has an end portion 271 connected to the one lead portion 31a 31 b extends in a direction crossing an axial line C11 C12 of the one lead portion 31 a 31 b and has another end portion 273 exposed at an outer surface of the substrate 21 wherein in a cross section of the electrode portion 2728 that is taken along an imaginary plane passing through the axial line C11 C12 of the one lead portion 31 a 31 b and parallel to an extending direction of the electrode portion the following expression is satisfied 0.1AB0.8 where A is a length of the other end portion 273 parallel to the axial line C11 C12 and B is the length of the one end portion 271 parallel to the axial line C11 C12.

Related passage: The glow plug according to one embodiment of the present invention will be described below.As shown in Fig.12 which is a sectional view of a glow plug according to one embodiment of the present invention the glow plug 51 comprises the ceramic heater 11 inserted into a tubular metal fitting 53.The tubular metal fitting 53 is used as a cathode and is electrically connected to the first electrode 25 that is exposed on the side face of the ceramic heater 11.Disposed in the tubular metal fitting 53 is an anode metal fitting 55 that is electrically connected to the second electrode 27.When electric current is supplied to flow through the tubular metal fitting 53 and the anode metal fitting 55 the glow plug of the present embodiment functions as a heat source for example to start an engine.
Patent claim: The ablation probe according to claim 2 3 or 4 wherein a distal end of the conductive tube is positioned about one quarter wavelength distally from the balun short.

Related passage: In another embodiment the fluid may be passed through the choke 260.With reference to Figs.2123 the choke 260 includes a tubular structure having an inner cylindrical casing 261 and an outer cylindrical casing 263 defining a cavity 265 therebetween.The fluid is supplied through the cavity 265 into the chamber 275.
Patent claim: The SMM control system 180 of any of Claims 6 to 8 wherein said processor 402 is further programmed to estimate the health of the compressor 124 using at least one of pressure and temperature sensors 406 at an inlet 123 and an exit 125 of the compressor 124.

Related passage: The abovedescribed embodiments substantially accurately estimate an unmeasurable operating parameter for use in controlling a gas turbine engine andor system that includes the gas turbine engine.More specifically the estimation systems described herein may be implemented in an aircraft to estimate an operating parameter such as thrust for controlling the gas turbine engine andor the aircraft.As such each estimation system acts as a virtual sensor to sense unmeasurable parameters when there is no sensor available andor a suitable sensor is impractical due to cost materials andor other considerations.