bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The compound cycle engine as defined in any one of claims 1 to 6 wherein the compressor and the second stage turbine are in driving engagement with one another through a turbocharger shaft and wherein the common shaft is an output shaft having a different axis than that of the turbocharger shaft the compressor and the second stage turbine each including at least one radial impeller.

Related passage: The inventors have found that in prior art compound engines including one or more rotary engines where the power turbine is a pressure turbine located downstream of the turbocharger turbine and where each rotary engine has equal volumetric expansion and compression ratios the relatively high volumetric compression ratio of the rotary engines typically results in a relatively low possiblepressure ratio for the compressor of the turbocharger PC as limited by the peak pressure capability of the rotary engines.As such the pressure ratio across the turbines PPTPTT is limited which limits the power available for the power turbine.
Patent claim: The dishwashing machine according to Claim 2 wherein the first positioning means 70 71 comprise at least two projections 71 projecting downwards from a lower edge of the first portion 34 of said body 31 31 and the second positioning means 72 73 comprise two cantilever walls 72 of the base 2 defined in each of which is a respective seat 72a for a corresponding projection 71.

Related passage: The second fan stage 18b sucks in fresh air in the base area and the motor compartment blows it across the condenser 14 and cools it down from the outside on both sides.Then the warmed up cooling air exits into the kitchen through the top area between the working surface and the control panel over the entire width of the dishwasher creating a barely noticeable and pleasantly warm air current.
Patent claim: The agricultural vehicle of claim 8 or 9 further comprising an electric power outlet powered by the electric machine 21.

Related passage: Referring to FIG.1 an engine 1 is mounted on a vehicle including an automatic transmission 2 hereinafter referred to as an AT and a motor generator 3 hereinafter referred to as an MG serves as a motor and a power generator.The MG 3 is connected to a crank shaft of the engine 1 through a pulley 23 a belt 8 and a pulley 22.An electromagnetic clutch 26 for enabling or disabling electric power supply is disposed between the pulley 23 and the crank shaft of the engine 1.The MG 3 is connected to an oil pump 19 for the AT 2 through an electromagnetic clutch 27.An oil inlet pipe 24 is connected to the oil pump 19.An oil outlet pipe 25 is provided for the oil pump 19.Auxiliary machines 11 and 16 such as a pump for a power steering unit and a compressor for an air conditioner are also provided.The auxiliary machines 11 and 16 are connected to the crank shaft of the engine 1 and the MG 3 through pulleys 9 and 14 and the belt 8 respectively.Other auxiliary machines such as an oil pump and a water pump for the engine 1 not shown are connected to the crank shaft and the MG 3.An inverter 4 is electrically connected to the MG 3.The inverter 4 performs a switching operation to vary the amount of electric energy which is supplied from a battery 5 serving as a power source to the MG 3 so as to control the number of revolutions of the MG 3.Moreover the inverter 4 performs a switching operation to charge electric energy supplied from the MG 3 to the battery 5.A controller 7 controlsengagementdisengagement of the electromagnetic clutches 26 27 and the switching operation of the inverter 4.The controller 7 receives input signals such as a signal indicating the number of revolutions of the MG 3 a switching signal for selecting the economy running mode and a switching signal for operating the air conditioner.Note that lines shown in FIG.1 and each having an arrow indicate signal lines.
Patent claim: The coating system of any preceding claim wherein coating system has a thickness along the surface region of the component having a maximum thickness at a point of maximum erosion of the surface region the thickness uniformly decreasingfrom the point of maximum erosion to a minimum thickness at a trailing end of the coating system.

Related passage: In step b the various layers of the multilayered component 20 starting with the inner TBC and ending with the outer structural layer are spray formed by VPS through successive deposits of such layers using plasma torch 14 emitting plasma jet 18 and various powders 19 while rotating the structure by rotating means 16 to successively deposit the multilayered component 20.The temperature and vacuum conditions as well as other spray parameters are adjusted as needed between deposition of the successive layers.
Patent claim: The video processing method according to claim 1 wherein in the step of adjusting the bit rate or the resolution both of the bit rate and the resolution are adjusted.

Related passage: The Q weight matrix determination unit 1092 determines a quantization Q weight matrix using noise variances 2n and 2z which are transmitted from the noise estimation unit 1080 and the MEMC unit 1060 respectively.Also the Q weight matrix determination unit 1092 transmits index information regarding the Q weight matrix to the Q weight matrix storage unit 1094.
Patent claim: A method MET1 for asynchronous retransmission in a radio communication system RCS said method MET1 comprising the steps oftransmitting M13 at least a first part RPI1 RPI11 of a retransmission process indicator RPI for an initial transmission or a retransmission of radio transmission data RTD RTD1 RTD2 RTD3 RTD4 from a transmitting apparatus TA to a receiving apparatus RAproviding M13 M17 at least a second part RPI2 of said retransmission process indicator RPI from said transmitting apparatus TA to said receiving apparatus RA by a mapping to a radio resource parameter TTISN 0..9 FB1 FB2 RB 0..99 CC1..CC4 that is applied for said initial transmission or said retransmission anddetermining M111..M114 at said receiving apparatus RA said initial transmission or said retransmission based on said received at least first part RPI1 RPI11 of said retransmission process indicator RPI and based on said provided at least second part RPI2 of said retransmission process indicator RPI.

Related passage: According to a different embodiment of the invention one of the number of HARQ processes is selectable via a first HARQ process identifier and the additional HARQ process is selectable via a second HARQ process identifier.
Patent claim: Horizontal axis washing machine having a perforated drum wherein the drum is adapted to be rotated at a low tumbling speed according to a cyclic sequence of rotation intervals in both directions characterized in that it comprises a control unit adapted to drive the rotation of the drum in said cyclic sequence which further comprises at predetermined intervals a rotation of the drum at a fast speed F so that only a portion L1 of the laundry load is retained against the drum wall by centrifugal force.

Related passage: The waste waterwashing liquid discharge system may comprise a discharge duct 145 for example at the bottom of the washing tub 110 preferably closable in a selective way by means of a valve 150.Downstream the valve 150 an antifluffanticlog filter 155 is preferably provided upstream a discharge pump 160 whose outlet is connected to a discharge hose 165 for example connectable to a drain spigot not shown.
Patent claim: The method of claim 1 wherein the resolution is switched back to the first resolution in less than one second.

Related passage: When the predetermined time period has elapsed from the start of the wait the source device the video player 100 that transmits the video source cancels AVMUTE in the GCP and sends the GCP from the HDMI transmitting portion 111 step S105.Specifically the source device the video player 100 sets ClearAVMUTE to 1 and sets SetAVMUTE to 0 in the General Control Subpacketof the GCP shown in Fig.10.In a section indicated by unmute of the GCP in Fig.11 this packet has been output from the source device.
Patent claim: A nontransitory computerreadable recording medium having embodied thereon computer program code for executing a method of controlling a photographing apparatus when being read and performed the method comprising setting a first exposure time according to a users input S602 determining a number of times photographing is to be performed according to an illuminance and the first exposure time S604 continuously capturing a plurality of still images for the number of times photographing is determined to be performed S606 and generating a resultant image corresponding to the first exposure time by combining the captured plurality of still images S608.

Related passage: According to the first embodiment described above one still image is obtained by accumulating N photographic results thereby performing long exposure.Therefore the various types of noise components can be compressed toso that a high SN ratio can be obtained.Furthermore the dark current component can be removed at the time of accumulation so that the dynamic range of the recorded image can be widened.Since each of the divided lightreceiving time intervals is very short e.g.30 ms the exposure time can be precisely controlled.The elimination of the dark current component allows for effective utilization of the dynamic range of the pixel memory so that the pixel memory need only have a small capacity.Furthermore the outputs from the solidstate image pickup device are written into the pixel memory without performing any video processing so that the pixel memory can have a capacity smaller than that of the conventional frame memory.When the updated accumulation images are continuously monitored the gradually improving image quality can be visually checked.Theimage recording apparatus of the first embodiment can be used in a bright location as well as in a dark location by reducing the aperture to obtain an image having a deep depth of field.Furthermore when a stroboscopic lamp is lit in synchronism with the read rate of the signals from the solidstate image pickup device the image recording apparatus can be used to photograph a remote object in a completely dark location.It is to be noted here that the changes in the sensitivity of the solidstate image pickup device and dark current with respect to the temperature can be automatically compensated.
Patent claim: The backlight unit of claim 2 wherein a second end of the second support side member is in contact with the side surface of the bottom cover.

Related passage: In more detail the third side portion 330 in the first mold 300 includes an upper surface 3301 a sloping surface 3302 inclined downwardly from the upper surface 3301 and a side wall 3303.Since the light source 210 is received in the third side portion 330 it is not necessary to separately provide a reflection plane in an area where the light source 210 is received.Thus a vertical plane 3307 is disposed in the area where the light source 210 is received.The sloping surface 3302 extends upwardly from the vertical plane 3307.In addition the sloping surface 3302 is vertical to the long axis of the light source 210 which means that an amount of light directly incident from the light source 210 is small.Thus a downward inclination angle 2 of the sloping portion 3302 does not need to be gentle unlike in the first side portion 310.Meanwhile the greater the downward inclination angle 2 of the sloping portion 3302 with respect to the bottom chassis 250 the narrower the distance between the side wall of the bottom chassis 250 and the vertical plane 3307.This is advantageous in acquiring an exposure area ofthe light source 210 Therefore the sloping portion 3302 is preferably inclined with respect to the bottom chassis 250 at a relatively large downward inclination angle 2 within a range in which reflection efficiency is not unduly declined for example in a range of about 60 degrees to about 80 degrees.
Patent claim: An apparatus 150 166 for optimizing a nonejection correction parameter of an inkjet head 50 120 248C 248M 248Y 248K comprising a test chart data generating device 154 which generates test chart data based on the nonejection correction parameter for each of a plurality of nozzles 51 provided on the inkjet head a read data acquiring device 158 which acquires read data of a test chart recorded on a recording medium P 214 by ejecting ink from the plurality of nozzles based on the test chart data while relatively moving the inkjet head and the recording medium an evaluating device 162 which evaluates a correction intensity of the nonejection correction parameter for each of the nozzles based on the acquired read data a parameter updating device 164 which updates the nonejection correction parameter for each of the nozzles based on a single variable rootfinding algorithm using iteration method from the evaluated correction intensity a controlling device 150 which optimizes the nonejection correction parameter for each of the nozzles by repeatedly executing the operations of the test chart data generating device 154 the read data acquiring device 158 the evaluating device 162 and the parameter updating device 164 and an outputting device 152 which outputs the optimized nonejection correction parameter for each of the nozzles.

Related passage: Finally the square root of the sum of the squares of the respective components of the differential data EiPi is calculated.This value is expressed by the following equation Formula 2.EiPixyVimeaxxyPiVrefxy2
Patent claim: The bandpass filter of Claim 1 or 2 wherein the loop portion has a first width and the first branch has a second width smaller than the first width.

Related passage: The frequency characteristics of the tunable filter 400 employing the constitution is shown in Fig.28 and Fig.29.The tunable filter shown in Fig.28 is the filter that the variable reactance blocks 102 of the tunable filter 400 shown in Fig.27 in the case of using the variable resonator 100a are variable capacitors.Fig.29 shows the frequency characteristics of the tunable filter shown in Fig.28.The lengthof the loop line 902 was set to one wavelength at 5 GHz and the impedance of the inputoutput line 7 the loop line 902 and the inputoutput port was set to 50.Fig.29 makes it clear that the center frequency of the tunable filter is moved to the lower frequency side by changing the capacitances of the variable capacitors from 0 pF to 0.5 pF.Further the graph also shows that bandwidth can be changed without changing the center frequency even if the position of the switch 903 to be turned to the conduction state Fig.29 shows the example of 10 20 and 30 degrees is changed at each capacitance.In short it is understood that the center frequency is not influenced by the change of the position of the switch 903 in the conduction state.Although the characteristic impedance of the loop line of the variable resonator used in this description is 50which is the same as that of the inputoutput line and the inputoutput port it is not limited particularly to this value but is a design parameter to be determined corresponding to performancecharacteristics required.Even in the tunable filter shown in Fig.30 the center frequency is not influenced by the change of the position of the switch 903 in the conduction state.
Patent claim: Drain as claimed in any of the foregoing claims wherein the tunnel is arranged in the bottom of the collecting housing for the purpose of receiving an outlet pipe arrangedon the outflow opening.

Related passage: A siphon cover 26 is provided over this outflow opening 25.Further arranged on the inner side and at a distance from this siphon cover 26 is an inner cover 27 which as seen in longitudinal direction of outlet pipe 24 connects on either side via a bridge part to siphon cover 26.
Patent claim: The terminal box 1 according to claim 1 characterized in that each one of the electrode plates 20 defines an aperture portion 24 at a position opposing to the tab inserting hole 30.

Related passage: The output terminal 1 as shown in Fig.4 is inserted through the output terminal introducing hole 7 and the output terminal inserting through hole 13 to the inside of the box body 2 along the direction normal to the plate face of the terminal plate 5.Therefore as the output terminal 1 is introduced into the box body 2 the output terminal 1 comes into contact with the pressing piece 12 whereby the output terminal 1 is bent by the plate face of the pressing piece 12 toward the plate face of the terminal plate 5 as shown in Fig.5.With an operation for plastically displacing the pressing piece 12 toward the plate face of the terminal plate 5 as shown in Fig.6 the output terminal 1 will be forcibly bent toward the plate face of the terminal plate 5 thus being pressed thereby and fixed in position temporary fixing.
Patent claim: The method according to claim 1 wherein said control element 102 103 is forced 203 to work autonomously based on a last of a series of snapshots of the overall situation taken regularly by a server 101 or a control element 102 103 while monitoring in particular a snapshot of a status of at least a part of said power grid 100 a state of a control element 102 103 or the interaction between control elements 102 103 taken 200 at the instance or before the problem occurs in particular at the instance of the communication breakdown wherein one or more rules for operating an affected control element 102 103 are determined from said snapshot.

Related passage: Once the controllers 1114 of the distributed control system 10 are programmed with the software components 25 and any necessary related data the distributed control system 10 is capable of operating as a MAS and more particularly as an EMS.That is the agents 50 are capable of intercommunicating to organize themselves to control the energyrelated system 1.Preferably by virtue of the agents respective selfgoverning operation as well as their interactions with one another the agents are able to explore a variety of alternatives to manage control and react typically though not necessarily in real time to conditions needs and anomalies of the energyrelated system 1 and portions thereof as well as of the EMS itself and possibly external devices in addition.As a result the agents are able to control the operation of the energyrelated system 1 in a manner that is efficient and otherwise desirable both in terms of meeting local systemwide and even external requirements.The interoperation of the agents 50 of the EMS typically occurs in accordance with a process shown generally in FIG.7 and discussed in further detail with reference to FIGS.89.
Patent claim: A method for operating a digital device having adjustable power and speed parameters the adjustable power and speed parameters being selectable for operating a digital function 102 over different clock oscillator frequency ranges the method comprising programming a frequency range register 104a to set the device into a selected frequency range operating mode wherein the frequency range register defines a frequency range in which a system clock frequency of a clock source lies and adjusting power and speed parameters of said digital device according to the value stored in the frequency range register 104a.

Related passage: A delay locked loop in accordance with the invention includes a delay line connecting an input and an output the delay line including a plurality of delay elements the delay elements for causing a delay to be introduced to a signal passing through the delay elements.A phase comparator is connected to the input and coupled to the output for providing a control signal to the delay line such that the delay line provides a delay which synchronizes an output signal to an input signal.A voltage device is connected to the plurality of delay elements for regulating power to the plurality of delay elements the voltage device being adjustable toprovide a predetermined voltage to the delay elements such that the delay in the delay elements is modified according to the predetermined voltage.
Patent claim: The navigation system according to claim 13 wherein the controller is configured to cause the display means to display the twodimensional graphical object if the distance of the physical object from the determined location of the navigation system exceeds a predetermined threshold.

Related passage: Next in step 603 the distance or level difference d calculated in step 602 is compared with a predetermined value L.In the comparison carried out in step 603 if the calculated distance or level difference d is larger than the predetermined value L it is determined that it is necessary to change the representation method and in step 608 the corresponding architectural body is displayed using a representation method with lower visibility or less detailed drawing performance than that used when displaying the stereoscopic shape of an architectural body such as a plane shape or bottom shape display a skeleton display in which an architectural body is displayed with its enclosure lines a transparent display in which an architectural body isdisplayed with transparently lines connecting its vertices or a display using a less conspicuous linecolor shape or type.Further in step 609 the architectural body is displayed with the changed representation method.
Patent claim: The composition according to any of the preceding claims wherein the nanoparticles are present in the composition in an amount of about 0.05 to about 20 by weight based on a total weight of the composition.

Related passage: Although adding negative TCR drivers e.g.oxides of Ti Nb Mn Fe Co Cr W Mo V and Sb to Ag terminations will reduce the length effect of Ag terminated RuO2 resistors the hydrides of metals of the fourth and fifth groups of the periodic table e.g.TiH2 ZrH2 HfH2 CbH ThH4 and TaH have been found to be particularly effective as drivers.It is presumed that these hydrides decompose and provide a reducing atmosphere which may inhibit formation of Ag which is very mobile and diffuses readily into the resistor glass.After decomposition the metal formed is very reactive so it alloys with Ag which is abundant in the termination.Since these metals are strong reducing agents theoxidation of Ag to Ag is further inhibited.After firing the reactive metal is internally oxidized in the Ag so it is uniformly distributed and available for diffusion into the resistor glass along with any Ag that forms.
Patent claim: The method of any preceding claim wherein the step of solving the set of equations to determine the drift is assisted by satellite positioning signals received by the movable device at the operating location.

Related passage: In general the signals of opportunity used in the method should preferably have stable timing or at least predictably varying timing.More particularly the signals should exhibit predictable timing for the timescales over which the measurements are made.Unpredictable variations in the transmitter timing will lead to errors in the position calculations.
Patent claim: The light control device according to claim 1 2 3 or 4 wherein said first electrode 13 is constituted so as to periodically align plural electrodes and each electrode constituting said first electrode 13 has a same electric potential.

Related passage: Similarly to the seventh embodiment in the A plate 2 the X electrode 6 of the transparent electrode formed of indium tin oxide ITO is formed on one surface of the A substrate 4 that is the transparent support base composed of glass.Further the X electrode 6 is orthogonal to the YZ electrode pair 12 rather than one surface of the A substrate 4 and may be mounted in the stripe shape so as to be disposed in the light control cell having a box shape of the CL shown in FIG.26.