bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The digital device of claim 8 wherein the output unit is configured to output each service board generated for the STB applications in a layer structure.

Related passage: The login item 627 can be used upon connection to an application store or login into a network to which the display device is connected.The help item 628 can be used for help upon operation of the display device 100.The exit item 629 can be used to attempt to exit a corresponding home screen.In this case the received broadcasting video may be displayed over the entire screen.
Patent claim: The subsea electrical unit according to any of the preceding claims wherein the subsea electrical unit 100 is a subsea control unit in particular a subsea well control unit WCU configured to receive electric power on one of the first and second electric power connections 11 12 and to supply electric power via the other of the first and second electric power connections 11 12.

Related passage: The distribution unit 3 may be provided with electrical protection circuitry to isolate any electrical short circuits arising for example as a result of the breakdown of the insulation of one or more of the cables 5 or a failure within one or more of the output connectors 6b.It may also incorporate a transformer to step down high voltage transmissions from the surface and umbilical 1 to lower voltages that are better suited for use by the devices 4.
Patent claim: A method comprising densifiying a carbonized preform via at least one of resin transfer molding RTM vacuum pitch infiltration VPI and chemical vapor infiltrationchemical vapor deposition CVICVD heat treating the densified preform to open internal pores of the densified preform and infiltrating the internal pores of the densified preform with low viscosity resin to increase the density of the preform.

Related passage: RTM.Resin Transfer Molding RTM is an alternative to the use of VPI for the production of polymerbased composites.In Resin Transfer Molding a fibrous preform or mat is placed into a mold matching the desired part geometry.Typically a relatively low viscosity thermoset resin is injected at low temperature 50 to 150C using pressure or induced under vacuum into the porous body contained within a mold.The resin is cured within the mold before being removed from the mold.US 6537470 B1 Wood et al.
Patent claim: The method of any of claims 17 further comprising determining the plurality of correspondence points using an algorithm configured to identify correspondences in a plurality of images.

Related passage: The computer processing unit 7 is made of a PC Personal Computer.The computer processing unit 7 includes a controlling and calculating unit 10 and a memory unit 11.The controlling and calculating unit 10 is made of a CPU Central Processing Unit and the memory unit 11 is made of a semiconductor memory device such as a RAM Random Access Memory and a ROM Read Only Memory a magneticstorage device or the like.The memory unit 11 stores operating systems and position measurement programs and the controlling and calculating unit 10 reads and executes the programs.
Patent claim: A bearing assembly according to Claim 1 or 2 wherein said one flow channel 30 is a groove provided on at least one of the lateral surfaces 16d 16e of the radial portion 16b of the annular thrust collar 16.

Related passage: Then according to these configurations magnetic interference between two magnetic circuits formed by the respective electromagnetic stators is relieved.As a result it is possible to relieve the formation of an abnormal magnetic circuit extending from one electromagnetic stator to the other electromagnetic stator through the rotary disc and extending from the other electromagnetic stator to the one electromagnetic stator through the rotor disc.Thus electric energy supplied to the electromagnetic coils is effectively utilized to control the position of the rotating shaft so that it is possible to improve the control performance.In addition the rotary disc is integrally coupled in the portion where no deep groove or no through hole is provided.Thus even if maximum stress is generated due to centrifugal force at the time of high speed rotation in the rotationaxisdirection position of the inner diameter of the rotary disc having a maximum outer diameter the stress is relieved so that the fixation between the rotating shaft and the rotary disc is retained surely.
Patent claim: The device according to claim 11 wherein said logic control unit 19 is configured to control switching of said switch assembly 18a18d to optimize a coupling efficiency between said transducer 2 and said interface stage 5.

Related passage: The method described which envisages the choice of an optimal value of TDELAY and K enables implementation of an active control of the mean value and of the ripple of the currentsupplied by the transducer and enables an optimal impedance matching to be obtained between the transducer 22 and the scavenging interface 24.This ensures a high efficiency SCAV of the scavenging interface 24b irrespective of the speed of rotation of the tyres 202 and of the conditions of storage of the energy in the capacitor 27.
Patent claim: The device according to one or more of the preceding claims characterized in that said takeup arm 6 is connected to means 18 for damping its rotation about the corresponding axis 7.

Related passage: A pulley 12 is provided on the tip of the tension arm 10 which guides the wire 2.The wire 2 which is lead from the spool 1 to the felt pulley 8 passes through the pulley 12 and a pulley 13 which is nearer to the bobbin 7 than the pulley 12 and is lead to the bobbin 7.Instead of the pulley 12 on the tip of the tension arm 10 a ring shaped member which leads the wire 2 may be provided.
Patent claim: An electrosurgical system according to any one of claims 10 to 14 wherein the pair of electrodes is configured to operate in a bipolar mode of operation.

Related passage: Electrode body 112h including a deployable blade 106h may also be utilized by a clinician as a measuring device to measure one or more parameters related to a target tissue.In a selectable mode of operation the first and second bipolar electrodes 208a 208b are utilized by the generator G See FIG.1 as sensors and the generator G measures one or more properties related to the tissue.For example with the deployable blade 106h not in a cut position the clinician may draw the electrode face 105h along a resection line and measure one or more tissue properties.For example generator G may measure tissue impedance along the resection line and indicate the presence or lack thereof of vessels andor arteriesfluid pockets andor tissue with one or more properties not in conformity with the target tissue.
Patent claim: A method according to any of claims 1 to 9 comprisingconfiguring said UE with an indication on whether connectivity with at least one PDNGW in HPLMN is required said indication including a global indicator set on the UE by an Home Access Network Discovery and Selection Function HANDSF in HPLMN.

Related passage: Thereby manner is provided by which to facilitate homenetwork access by a roaming wireless device by way of WLANs that are both 802.1x capable and wireless local area networks that are non802.1xcapable.
Patent claim: The refrigerating apparatus according to claim 1 wherein when a rated cooling capacity is more than 5 kw to 18 kw the refrigerant circuit has a liquid side pipe having an inner diameter of more than 5.95 mm.

Related passage: In the eleventh aspect of the invention if the single type of additive is added to the refrigerant oil the proportion of the additive in the refrigerant oil is equal to or greater than 0.01 by mass and equal to or less than 5 by mass.If the multiple types of additives are added to the refrigerant oil the proportion of each additive in the refrigerant oil is equal to or greater than 0.01 by mass and equal to or less than 5 by mass.
Patent claim: A method for accessing a network which is implemented by a network access device characterized in that the method comprises steps of receiving 201 502 a request message requesting for accessing the network which is broadcast by a first communication device detecting 202 503 a current state of the network access device if the network access device is currently in a device access forbidding state sending 203 504 a state switching request to a terminal bound with the network access device the terminal being configured to generate a replay message based on the state switching request receiving 204 508 the reply message sent by the terminal and if the reply message instructs switching the state of the network access device to a device access permitting state switching 205 509 the state of the network access device to a device access permitting state.

Related passage: At block 312 in response to receiving the join request relayed from the neighboring device 1022 the controlling device 1024 may determine whether to allow or reject the join request of the requesting device 1023.In one implementation the controlling device 1024 may determine whether to allow the join request based on a condition of the network andor a condition of the requesting device 1023.If the controlling device 1024 determines to reject the join request of the requesting device 1023 the controlling device 1024 may send a reply to the requesting device 1023 via the neighboring device 1022 indicating that the controlling device 1024 or the network is unable to allow the requesting device 1023 to join.
Patent claim: Method according to the claim 3 wherein estimating the heat input HIengmodel HIexpected based on the pressure ratio PRC87 comprises using at least one curve fit 307311 based on plural measurements 305 309 performed on at least one gas turbines the curve fit relating measured pressure ratio to measured heat input wherein the curved fit is in particular described by a polynomial of second order having a positive first coefficient and a positive second coefficient a representation of the curve fit being in particular stored in an electronic storage.

Related passage: Flexible fuels that are burned in gas turbines often range in composition and associated calorific value.Compared with regular natural gas flexible fuel composition variations can create certain combustion problems including elevated emissions combustion noise dynamics undesirable flame holding events and inefficient burning.Adjusting combustor properties to optimize combustion as a function of fuel composition has traditionally been addressed by using a mass spectrometer calorimeter or other fuel measurement techniques such as a Wobbe Index meter.However such devices are expensive inaccurate and have a slow response time.In certain traditional systems at least three Wobbe Index meters are needed along with buffer tanks and other expensive infrastructure for determining the fuel composition variations and addressing the related combustion problems.
Patent claim: A method for forming a group 2 metal oxide film on a substrate wherein the film comprises a thickness the method comprising a.introducing a group 2 metal containing composition comprising a group 2 metal imidazolate complex comprising an imidazolate comprising at least one selected from the group consisting of 245tritertbutylimidazolate 2tertbutyl45di11dimethylpropyl imidazolate 211dimethylbutyl45ditertbutylimidazolate 211dimethylbutyl45di11dimethylpropylimidazolate 2tertbutyl45di11dimethylbutylimidazolate 245tri11dimethylbutylimidazolate 245tri11dimethylpropylimidazolate 211dimethylpropyl45di11dimethylbutylimidazolate and 211dimethylpropyl45ditertbutylimidazolate a group 2 metal selected from barium strontium magnesium radium and calcium and a ligand which coordinates the group 2 metal to the imidazolate in the complex wherein the ligand is at least one selected from the group consisting of a nitrogencontaining monodentate C4 to C12 cyclic molecule an oxygencontaining monodentate C4 to C12 cyclic molecule a nitrogencontaining C4 to C12 bidentate ligand an oxygencontaining C4 to C12 bidentate ligand and a C4 to C12 bidentate ligand containing both nitrogen and oxygen and a hydrocarbon solvent b.chemisorbing the group 2 metal containing composition onto the substrate c.purging away the unreacted group 2 metal containing composition using a purge gas d.providing an oxygen source to the group 2 metal containing composition onto the heated substrate to react with the sorbed the group 2 metal containing composition and e.optionally purging away any unreacted oxygen source.

Related passage: Sterically hindered imidazole ligands are disclosed along with the syntheses of the same which when complexed to a Group 2 metal form highly volatile and stable complexes that are exceptionally useful as precursor molecules for CVD ALD and the like thin film deposition processes.
Patent claim: The bandpass filter of any of the preceding claims wherein the conductive layer further comprises a first impedancematching portion connecting the loop portion and the first signal terminal.

Related passage: As described above at least three variable reactance blocks 102 of the variable resonator 100 are necessary.From the viewpoint of miniaturization it seems to be preferable that the number of the variable reactance blocks 102 is as small as possible.However a constitution provided with a large number of the variable reactance blocks 102 has an advantage and it will be described by employing the case of using variable capacitors as an example.
Patent claim: A data analysis system for analyzing microscopic data acquired by a charged particle microscope from an object comprising a plurality of sample particles wherein the microscopic data comprises Xray intensity measurement data and charged particle intensity measurement data which have been acquired by scanning a primary beam of the charged particle microscope in a first and a second scanning region wherein the first and the second scanning regions are adjacent to each other or partially overlapping with each other wherein the data analysis system is configured to identify at least one sample particle of the plurality of sample particles which is at least partially located in the first and in the second scanning region and to generate Xray intensity data assigned to surface locations of the identified sample particle depending on at least a portion of the Xray intensity measurement data of the first scanning region at least a portion of the Xray intensity measurement data of the second scanning region and further depending on at least a portion of the particle intensity measurement data of the first and the second scanning regions wherein the generating of the assigned Xray intensity data comprises generating for each of the first and second scanning regions an image depending on the particle intensity measurement data of the respective scanning region and determining positions of impingement locations of the primary beam in the first and in the second scanning region relative to each other wherein at the impingement locations the portions of the Xray intensity measurement data of the first and second scanning regions have been acquired wherein the determining of the positions of the impingement locations relative to each other is performed depending on the image of the first scanning region and the image of the second scanning region.

Related passage: After a scan is complete the backscattered electron data are used to form an image of the sample in step 716.FIG.8A shows a backscattered electron image 810 of the sample.In step 718 the backscattered electron image is analyzed to determine the outline of regions of the sample having similar characteristics.For example FIG.8A shows distinct regions 802A 802B and 802C which are observable on the backscattered electron image because each region is set apart on the bases of gray level and morphology.FIG.8B shows symbols x o andrepresentative of the xray quants collected in the regions 802A 802B and 802C.Xray quants collected as the beam scanned across the epoxy region between regions 802A 802B and 802C are not shown.Thus it is not required to collect sufficient quants at each dwell point to determine the composition of the region because thequants from multiple dwell points are combined.Each symbol x o orcorresponds to a group of xray quants that comprise a spectrum but typically having insufficient quants for an accurate analysis of the composition at that dwell point.
Patent claim: The process according to claim 1 or claim 2 wherein the hydrogen to ethylene ratio in the fluid reaction phase of the first polymerisation stage is from 200 to 1000 molkmol.

Related passage: In a particularly preferred multistep process ethylene is copolymerized with one or more C3C12 olefins in the presence of a polymerization catalyst comprising the components of steps a to e described above in two or more polymerization stages.In a first polymerization stage a first homoor copolymer component having a weight average molecular weight of from 5000 to 50000 gmol and a comonomer content of from 0 to 5 mol is produced.In a second polymerization stage a second copolymer component having a weight average molecular weight of from 300000 to 900000 gmol and a comonomer content of from 0.5 to 10 mol is produced.The resulting polymer composition preferably comprises from 35 to 55by weight of the low molecular weight component and 45 to 65by weight of the high molecular weight component.
Patent claim: The electronic device of claim 1 wherein when the information on the motion does not satisfy a selected condition the instructions configure the processor to acquire additional information on the motion of the electronic device using at least a part of the at least one first sensor for a third period of time which is shorter than the first period of time immediately after the second period of time passes and activate the at least one second sensor based on at least a part of the additional information.

Related passage: The biometric sensor 220 includes at least a photo sensor 221 a GSR Galvanic Skin Response sensor 223 and a temperature sensor 225.In addition the biometric sensor 220 may further include other biometric sensors such as a heart rate sensor.
Patent claim: A data security apparatus as defined in claim 1 further comprising a data distributer for transmitting said available data to said mobile terminal apparatus a data manager for enabling transmission of said data distributer in case said location evaluator detects that said mobile terminal apparatus is located within said zone area and disabling transmission of said data distributer in case said location evaluator detects that said mobile terminal apparatus is located outside said zone area.

Related passage: The data management section may deny by deleting the specific data stored in the data storage section the access thereto or may deny by transferring the specific data to the external device via a data transfer process section which is further included in the information processing device so as to transfer data stored in the data storage section and by deleting the specific data stored in the data storage section the access thereto.
Patent claim: The refrigerating apparatus according to claim 1 wherein when a rated cooling capacity is 5 kw or less the refrigerant circuit has a liquid side pipe having an inner diameter of 6.1 to 6.6 mm.

Related passage: A thirteenth aspect of the invention is intended for the refrigeration apparatus of any one of the first to twelfth aspects of the invention in which the refrigerant of the refrigerant circuit 10 is refrigerant mixture further containing difluoromethane.
Patent claim: An air conditioning system comprising the control device of the indoor unit of the air conditioning apparatus according to any one of claims 1 to 4 the information terminal according to claim 5 the indoor unit and a server including a storage means for storing association information in which first identification information on the information terminal and secondidentification information on the indoor unit are associated with each other.

Related passage: Information restricting the manipulation of the local controller 110 may be inputted into the input unit 150.The user can restrict at least one of a plurality of operation settings through the local controller 110 by entering a manipulate signal by the input unit 150.That is by means of the manipulate signal entered by the user the inputting of operation setting information by at least one of the input keys can be restricted.If the user sets to restrict the manipulation by the first input key 151 and the second input key 152 the user cannot enter a manipulate signal by the first input key 151 and the second input key 152 thereby making it impossible to decrease or increase a set temperature.
Patent claim: A magnetic drill comprising a housing with a base configured to attach to a planar surface an electromagnet arranged in the base of the housing and operable in response to a DC voltage to magnetically couple the base to a surface proximate to the base an electric motor for driving a tool a converter configured to receive an AC input signal operates in the presence of the AC input signal to output a DC voltage to the electromagneta controller configured to receive the DC voltage from the converter and operable to energize the electromagnet and an alternate power source circuit that monitors the DC voltage output by the controller using a detector and in the absence thereof provides an alternate DC voltage to the electromagnet where the detector is interposed between the alternate DC voltage and the electromagnet.

Related passage: The display 34 includes for example an LED which can emit green yellow and red light.Under control of the main control unit 14 this LED can emit light in any one of the above colors as well as emit light in various lighting modes such as emitting light continuously blinking at long intervals and blinking at short intervals.In this embodiment the following lighting modes are provided for the display 34.
Patent claim: A streamer headfloat system 135 connected to a head portion 1 04A of a streamer 104 or to a leadin 106 the system comprising a headbuoy 110 configured to float in water and connected through a cable 112 to the head portion 104A of the streamer 104 or to the leadin 106 a headfloat 120 configured to float in water a connector 122 connecting the headfloat 120 to the headbuoy 110 and positioning equipment 150 152 on the headfloat 120 and configured to determine a position of the streamer 104.

Related passage: The other end of the rope 105 may be connected to a winch unit 102 disposed in the reference buoy 101 for depth control of the source array.The winch unit 102 may be controlled by a control and communication unit 103.The communication unit 103 may be in signal communication with the recording system 12 in FIG.1 using for example a radio link.A GPS receiver 120 may be disposed on the reference buoy 101 for geodetic position determination.Other examples may omit the surface reference buoy 101.If for example it is desired to increase the depth of the source array a signal may be transmitted from the recording system 12 in FIG.1 to the communication unit 103.The communication unit 103 will operate the winch 102 to extend the rope 105.