bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A system 1 for capturing CO2 part of it from a flue gas deriving from combustion of hydrocarbons which has been generated in a gas turbine 12 comprising a means 242518 for recirculating a first portion of the flue gas to the inlet of a gas turbine 12 b means for CO2 separation 15 from the second portion of flue gas c means for capturing CO2 16 and optionally d means for recirculation 29 of depleted stream after capturing of CO2 into the recycle of flue gas.

Related passage: Accordingly there is a need for a new CO2 separation system and method to make CO2 separation and capture from power plants easier and more cost effective.
Patent claim: The method as claimed in claim 10 wherein information provided by the first application provided on the first curved sub display area is sub user interface of the first application information provided by the second application provided on the second curved sub display area is sub user interface of the second application wherein information provided by at least one of the first application and the second application provided on the main display area is at least one main user interface of the first application and the second application.

Related passage: For example as illustrated in a of FIG.3A one or more graphic objects 300a 300b 300c and 300d respectively denoting the occurrence of events may be displayed in any one of the first and second regions.For example the at least one region may be the first region 262.Hereinafter any one region will be referred to as the first region 262 and the other region will be referred to as the second region 263.
Patent claim: The laundry dryer 1 according to any of the preceding claims when dependent on claim 2 wherein said second heat exchanger 32 is located in said basement 24 and wherein said outer abutment surface 114b is located above a portion of said basement 24 free from said second heat exchanger 32.

Related passage: The circular front rim 3f of tubular body 3 surrounds the laundry loadingunloading opening realized on the front wall 2a of boxlike casing 2 and is coupled in substantially airtight and axially rotating manner to the same front wall 2a preferably with the interposition of a first circular sealing gasket.The circular rear rim 3r of tubular body 3 instead abuts against the rear wall 2b of boxlike casing 2 and is coupled in substantially airtight and axially rotating manner directly to the same rear wall 2b with the interposition of a second circular sealing gasket.Front and rear circular sealing gaskets are therefore substantially coaxial to the longitudinal reference axis L of tubular body 3.
Patent claim: A sensor comprising a first light detector and a second light detector configured to concurrently detect light and an optical blocking filter wherein the first light detector is configured to detect light that enters the sensor to produce a first detected signal the optical blocking filter is configured to filter the light that enters the sensor to produce filtered light and the second light detector is configured to detect the filtered light to produce a second detected signal the sensor further comprising a subtraction element configured to subtract the second detected signal from the first detected signal to produce a subtracted signal wherein the subtracted signal is a sensor signal usable for producing a physiological measurement result.

Related passage: The detection system which is the main embodiment of the invention consists for example of the dual element type P4488 series pyroelectric detector from the Hamamatsu Corporation Bridgewater NJ with two pyroelectric sensing areas 11 and 12 covered by a silicon window 13 with a 5 m long pass filter to pass only infrared radiation which corresponds to emission in the range of the internal temperature of a human body as shown schematically on FIG.4a.One of the sensing elements 11 is covered by a negative correlation filter when the other sensing area 12 is covered by an appropriate attenuation filter which does not have spectral bands characteristic to the measured analyte.Spectrally modified infrared radiation from for example the tympanic membrane illuminates both windows one with a negative correlating filter which blocks radiation in the absorption bands for the analyte to be measured and the other which passes through a neutral density filter capable of blocking radiation equally at all wavelengths in the range of interest.It is to compensate for overall attenuation by the negative correlating filter in the first sensing area.The two sensing areas 11 and 12 of the detector 7 whose top view is shown on FIG.4b are connected so that theiroutputs are subtracted as shown on the electrical internal detector scheme on FIG.4c.Difference of the radiation intensity between the two radiation paths provides a measure proportional to the analyte concentration.The electrical signal from the detector is then sent to the forming electronics 8 system and further to the microcomputer 9 and to the display 10 system as shown in FIG.4.The intensity of this signal is proportional to the spectral difference measured by the detector and thus proportional to the concentration of the body analyte.
Patent claim: The Xray imaging apparatus of claim 1 wherein the display is configured to display windows that show the positions of the respective divided regions by overlaying the windows on the camera image.

Related passage: If an imaging region for which Xray imaging is to be performed is designated through the input part 260 the controller 220 may calculate the location of the Xray detector 240 capable of detecting Xrays penetrating the designated imaging region or may calculate an actual location of the Xray detector 240 to match the center of the designated imaging region on the image of the target object and the center of the Xray detector 240.
Patent claim: The antenna structure of claim 2 wherein a length of the intermediate section is longer than a sum of a length of the tail section and a length of the head section.

Related passage: As shown in FIG.6 component 42 may be implemented using a resonant circuit.The resonant circuit may include electrical components such as resistors inductors and capacitors.In the illustrative arrangement of FIG.6 component 42 has parallelconnected components such as inductor 54 and capacitor 56.This is merely illustrative.Resonant circuits for forming components 42 may be formed using one or more seriesconnected resistors capacitors andor inductors one or more parallelconnected resistors capacitors or inductors or any other suitable network of electrical components that exhibit impedance values that vary as a function of frequency.The components of resonant circuit 42 may as an example be selected so that resonant circuit 42 exhibits an impedance in one operating band e.g.a lowfrequency communications band that is at least ten times its impedance in another operating band e.g.a highfrequency communications band.
Patent claim: The communication device 100 according to any one of claims 1 to 6 wherein a video content corresponding to the digital data is protected by copyright protection.

Related passage: Further a series of processes as described in the present specification can be carried out by hardware software or a combination of both.When performing the process by software the program having recorded therein a processing sequence can be implemented by installing it in the memory of the computer in which the dedicated hardware is built in.Alternatively the program can be installed and executed in the generalpurpose computer which can perform various processes.For example the program can be recorded in a recording medium in advance.The program can be not only installed in the computer from the recording medium programs can be also received through networks such as LAN Local Area Network and the Internet to install the programs in recording media such as a builtin hard disk.
Patent claim: An aircraft according to claim 10 wherein the second alert is generated upon the expiration of a first predetermined time period if user input is not received by the user input device 36.

Related passage: In the system 300 the NTE tracking controller 302 for determining the focus of the operator 102 and the adaptiveinattention controller 304 for controlling the alert operation of the aircraft are depicted as two separate controllers.For distributed operation separate controllers would be appropriate.However the present embodiment is not limited to such distributed computing and those skilled in the art will realize that both determining the focus of the operator 102 and controlling the alert operation of the aircraft could be implemented in a single controller.
Patent claim: A gas turbine combustor 3 comprising a cylindrical combustor liner 12 and a cylindrical combustion chamber 5 inside the combustor liner 12 characterized in that the gas turbine combustor 3 further comprises a burner 8 including a plurality of fuel nozzles 22 for injecting gas fuel 201 to 203 into the combustion chamber 5 and an air hole plate 20 with a plurality of air holes 51 to 55 for guiding compressed air 102 into the combustion chamber 5 wherein the air hole plate 20 joins the combustor liner 12 and is disposed between the fuel nozzles 22 and the combustion chamber 5 and a junction between the air hole plate 20 and the combustor liner 12 is provided with an inclined component 70 71 which covers the junction and has a connecting surface 72 connecting the air hole plate 20 and the combustor liner 12.

Related passage: A gas turbine 5 shown in Fig.1 includes a compressor 2 a combustor 3 a turbine 4 a generator 6 and a starting motor 8.The compressor 2 compresses air 101 sucked from the atmosphere.The combustor 3 burns combustion air 102 compressed by the compressor 2 along with fuel.The turbine 4 obtains rotational power from combustion gas 140 produced in the combustor 3.The generator 6 converts the rotational power of the turbine 4 into electric energy.The starting motor 8 starts the compressor 2 and the turbine 4.The compressor 2 the turbine 6 and the starting motor 8 are coaxially connected to one another.
Patent claim: A battery pack according to claim 10 wherein each of the first and second edge portions protrudes along a direction from the partition portion toward the battery cells forming the first row and a direction from the partition portion toward the battery cells forming the second row.

Related passage: As shown in Figs.1 to 3 in the battery apparatus the temperature detecting plate 30 is fixed outside the casing 10 which accommodates the secondary batteries 20.In the illustrated battery apparatus the second casing 12 is disposed lower side and the first casing 11 is disposed upper side inthe drawing and the temperature detecting plate 30 is fixed on the top surface of the casing 10.In this battery apparatus the casing surface of the first casing 11 is disposed between the secondary batteries 20 accommodated in the casing 10 and the temperature detecting plate 30.It is to be noted that as a vertically inverted position from the abovedescribed position the second casing may be disposed upper side and the first casing may be disposed lower side and the temperature detecting plate may be fixed on the bottom surface of the casing in which secondary batteries are accommodated.
Patent claim: The method of claim 7 wherein the computer program is a computer program product comprising a computerreadable medium bearing computer program code embodied therein for use with a computer.

Related passage: When the PIN value is exchanged via the WAP connection 237 it may according to the invention be communicated from the WTLS manager 231 at the user communications device 221 to the Bluetooth security manager 234 via the interface 233.Correspondingly the PIN value may be communicated from the WTLS manager 243 at the service communications device 222 to the corresponding Bluetooth security manager 240 via the interface 242.
Patent claim: The process according of the claims between 1 and 3 wherein when a plugin element is a property the interaction is an action of assessing the property.

Related passage: More in details a tool model catalogue is created with object oriented architecture preferably with types classes properties functionalities and relationships as below explained in the detailed description of Figure 3.During the engineering phase the tool model catalogue exposed by the tool manager is used by a system engineer to define and characterize specific tool entities by using theengineering time methods following the specific requirements of the specific plant.During the run time phase the correspondence between the tool database records and the tool physical objects of the specific plant is created by instantiating the runtime object tools so that the abstract tool entities are rendered concrete tool objects.Moreover at run time the runtime tool methods are invoked such as for example tool maintenance tool movements and tool utilization.
Patent claim: The method of Claim 1 wherein estimating that the first server computer is closer to the client computer than the second server computer is to the client computer comprises estimating that the first server computer is closer in physical location to the client computer than the second server computer is to the client computer.

Related passage: In another embodiment the step of determining is carried out using an algorithm with a space complexity equal or less than ONS1 with N the number of subnetworks and S the number of surrogate servers.
Patent claim: Femtocell equipment 7 comprisingcommunication means for communicating with a mobile core network 5activationdeactivation means configured to activatedeactivate said femtocell equipment according to activationdeactivation signals sent by said mobile core network 5 through said communication means.

Related passage: The femtocell device is represented in figure 4.It comprises a first communicating module 23 for emitting and receiving in the UMTS network.A femtocell management module 24 is adapted to perform the management and control functions of a femtocell in a pico cell.It comprises a second communicating module 25 for emitting and receiving in the broadband network.In the embodiment the broadband network is of digital subscriber line technology.Of course it could also be any other type of broadband connection such as a cable modem fiber optics or satellite modem.It also comprises storing module 22 such as a memory for storing among others the femtocell cellld.The storing module is a non volatile memory.Of course the storing module might be a flash memory wherein the cellid might be managed and updated by the cell operator.According to the embodiment the femtocell is a standalone device.Of course the femtocell could be comprised in another device such as a residential gateway device.The femtocell device also comprises a processor 21 that is adapted to execute the algorithm of the embodiment.
Patent claim: The power tool according to any preceding claim wherein said flywheel comprises a flywheel ring and said flywheel ring and said rotor shaft rotate in a ratio of about 11.

Related passage: Referring to FIG.1 FIG.2 FIG.4 one preferred embodiment of the invention comprises a motor 1 means for obtaining electric power from a power source or rechargeable battery solenoid 2 cam 3 clutch spring 4 driving block 5 clutch bar 6 disengage block 7 pitman 8 flywheel 9 fastener i.e.Nail Staple 10 drive unit 11 tension spring 12 pinion 13 trigger 14 main switch 15 safety switch 16 power source 17 control unit 18 slot board 19 bracket 20 twisting spring 21 twisting spring cover 22 bearing 23 magazine and nail feeding device 201.The powersource 17 and drive unit 18 are connected a main switch 15 and a safety switch 16 in series trigger 14 is directly controlled by the main switch 15.Motor 1 is coupled to an impact mechanism by speed reducing mechanism the drive unit 11 of the driving mechanism is connected to a pitman 8 by a pin axis 112 on one end the other end of the pitman is connected with the driving block 5 by pin axis 85 where the driving block does an arc movement during the driving process.The clutching mechanism of the speed reduction mechanism controls the circular motion of the driving block 5 to produce linear movement in the drive unit 11.
Patent claim: An ultrasound image display method comprising acquiring ultrasound image data of an object receiving a selection of at least one range of image pixel information acquired from the ultrasound image data extracting partial image ultrasound image data corresponding to the at least one range from among the ultrasound image data and threedimensionally displaying an ultrasound image corresponding to the at least one range by using the partial ultrasound image data.

Related passage: The height information h may include information regarding height values to which the gray scale values are mapped and information regarding colors used to represent the height values.
Patent claim: A pulse wave measuring apparatus comprising a first light receiving unit which is disposed so as to be separated at a first distance along a contact surface of a living body from a light emitting unit and radiates light with a determined wavelength toward the inside of the living body presses a first site of the living body at a determined pressure and receives the light reflected from the living body through the first site a second light receiving unit which is disposed so as to be separated at a second distance along the contact surface of the living body that is longer than the first distance from the light emitting unit and radiates light with the wavelength toward the inside of the living body presses a second site that is different from the first site of the living body at the pressure and receives the light reflected from the living body through the second site and a measuring unit that measures the pulse wave of the living body based on respective signals that represent light received by the first light receiving unit and light received by the second light receiving unit.

Related passage: The configuration of the sensor unit 30 reflection type photodetection apparatus is described next.Fig.3 is a plan view of the sensor unit and Fig.4 is a section view of the sensor unit.As shown in Figs.3 and 4 the LED 31 and photodiodes 32 and 33 are formed on a surface of a circuit board 36.An opamp 34 and circuit element 35 are formed on the back of circuit board 36.The opamp 34 and circuit element 35 amplify the difference between the output signals from photodiodes 32 and 33.This is described further below.In addition a top case 38 in which is held transparent glass 37 is formed around the edge of the top of circuit board 36.This transparent glass 37 protects LED 31 and photodiodes 32 and 33 while enabling the passage of light.A bottom case 39 having an opening for passing cable 20 is also formed on the back of circuit board 35.
Patent claim: A navigation system in particular a vehicle navigation system comprising the navigation database according to claim 10 11 or 12 a location means configured to determine an actual position of the navigation system a display means configured to display a digital map based on data of the navigation database a controller configured to cause depending on a location of a physical object the display means to either display at a particular location in the digital map a threedimensional graphical object representing the physical object or to display a twodimensional graphical object representing the physical object.

Related passage: The display processing part 311 displays stereoscopic shapes such as architectural bodies viewed from a predetermined position.This part 311 receives the map data of the region around the place the displaying of which map image is required from the data reading part 308 and converts the map data into a graphics image based on the view point the line of vision and the angle of the visual field set in the view pointsetting part and based on the reduced scale the displaying method and the direction of the displaying designated in the command analyzing part 301.
Patent claim: A system for performing the method according to any one of the claims 1 to 10 wherein the system is realized in hardware software or a combination of hardware and software.

Related passage: Once the mentioned first data are available from the detecting means 41 control unit 4 can process them for obtaining second data not shown related to the cooking capabilities of the piece of cookware 100 when it is associated to the inductor coil 2.Preferably the second data are obtained by means of a comparison analysis of the mentioned first data with reference to predefined third data not shown which are stored in the control unit 4.In practice referring again to figures 45 the estimated curves of ZCOIL can be compared with already available parametric curves which constitute suitable references for screening the estimated values of ZCOIL and for obtaining information related to the actual capabilities of the piece of cookware 100 from this value.For example taking as a reference figure 4 a comparison analysis shows that the vessel 100C is of relatively good quality since it shows a relatively low complex impedance angle which means a better power transfer characteristic.For the same reasoning the vessel 100A is of poorer quality with respect to the vessels 100B100C.
Patent claim: The control method according to any one of claims 8 to 14 wherein if the extracted APL value is greater than or equal to the predetermined value the compensating for the gray scale of the input image further comprises calculating a histogram of the input image extracting a maximum gray scale of the calculated histogram and compensating for the gray scale of the input image based on the compensation coefficient which is set so that the extracted maximum gray scale corresponds to a predetermined gray scale value.

Related passage: And for the luminous time controller 126 according to an embodiment of the present invention the configuration for setting a reference duty according to input picture signals more strictly average luminance of the picture signals has been described.However the luminous time controller 126 according to an embodiment of the present invention is not limited thereto for example a reference duty can be set in advance.By setting a reference duty in advance the circuit configuration of the luminous time controller 126 according to an embodiment of the present invention can be simplified for example.
Patent claim: The outboard motor 6 according to Claim 11 or 12 further comprising an inner cylinder portion 86 provided in one of the first exhaust manifold 50R and the first upstream end portion 51uR wherein the spiral wound gasket 83 surrounds the inner cylinder portion 86.

Related passage: FIG.7 is a conceptual diagram showing the engine exhaust passage 15.Hereinafter reference is made to FIG.6 and FIG.7.
Patent claim: The method of claim 1 wherein the first resolution is 720p and the second resolution is 1080i.

Related passage: When the video output from the source device the video player 100 switches from 2D video to SidebySide video at step S102 described above the source device the video player 100 starts output of the InfoFrame that transmits 3D information of SidebySide video from the HDMI transmitting portion 111 step S103.Data content of 3D SBS in the InfoFrame that transmits 3D information is content in which 3D is set as a video format type and SidebySide Half is set as a 3D system type in the data of the packet of the InfoFrame that transmits 3D information shown in Fig.15.In the television receiver 300 that displays the video transmitted from the video player 100 in order to wait for a video processing mode to switch from 2D video to SidebySide video a wait of a predetermined time period is inserted step S104.