bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Offshore support structure 1 comprisingat least one upper support structure section 11 for supporting at least one functional device 14 with a functional massat least one lower support structure section 12 for founding the offshore support structure 1 at a seabed 21 of a sea 2 andat least one transition support structure section 13 which is arranged between the upper support structure section 11 and the lower support structure section 12 for physically connecting the upper support structures section 11 and the lower support structure section 12 whereinthe upper support structure section the functional device and the transition support structure section comprise together an upper support structure massthe lower support structure section comprises a lower support structure mass anda mass ratio of the lower support structure mass to the upper support structure mass is selected from the range from 1 to 2.

Related passage: On the other hand in the jacket 3B of the second embodiment shown in FIG.3 the concrete C is filled in the diagonal braces 36T of the highest stage the water surface S side upper end side of the legs 34 and the interior 32a of the platform 32.Here the water surface S side of the legs 34 specifically denotes the range from the upper end portion 34d of the legs 34 to the connection portion 34e of the legs 34 at which the diagonal braces 36T and the legs 34 are coupled.Also the concrete C is not filled in the frame 31 positioned below the horizontal brace 35 of the first stage from the top and the connection portions 33.By the filling of concrete C in the upper portion water surface S side of the frame 31 of the jacket 3B of this second embodiment the weight and rigidity of the upper portion are increased compared to the case of filling the concrete C in the lower portion sea bed G side.That is to say added weight and added rigidity are imparted.In particular due to the influence imparted by the added weight compared with the natural period Ts0 of the frame 31 of the case of not filling concrete C the natural period Ts2 of the frame 31 B in which concrete C is filled in the upper portion becomes longer Ts2 gt Ts0 that is to say the period is longer.
Patent claim: The mobile terminal of claim 1 wherein the memo information includes an image corresponding to a trajectory of the second touch.

Related passage: In another aspect of the present invention a method of controlling a mobile terminal includes the steps of executing a memo application in response to an initiation of a first user action via a touch screen 151 receiving a second user action to receive information of a memo via the touch screen 151 analyzing the received second user action producing a memo content according to the analyzed seconduser action and saving the memo content and ending the memo application based on termination of the first user action.
Patent claim: The method of claim 1 the method further comprising determining the one or more attack patterns based on one or more requests from the client identified as a top talker.

Related passage: FIG.2 is a diagram illustrating an example system for diverting traffic intended for one or more application servers to a mitigation site for filtering the traffic in the event of a DoS attack consistent with certain disclosed embodiments.As shown in FIG.2 an example system 200 may include or more client or computing devices 110 e.g.client computing device 110a client computing device 110b and client computing device 110c one or more application servers 120 e.g.application server 125a application server 125b and application server 125c which may be owned operated leased andor managed by customer 125 one or more monitoring service MS servers 130 e.g.MS server 130a MS server 130b and MS server 130c and one or more databases e.g.database 137a and database 137b which may be owned operated andor managed by monitoring service 135 and network 140.The aforementioned components of system 200 are described above in connection with FIG.1.
Patent claim: A device according to claim 1 wherein the signal transfer interface comprises first electrical connectors 205 for receiving the first alternative signal second electrical connectors 206 for receiving the second alternative signal third electrical connectors 215 for transmitting the excitation signal to the resolver and to the one or more other devices and fourth electrical connectors 207 for receiving the excitation signal from the one of the other devices.

Related passage: Fig.2A is a circuit diagram showing an example configuration of the excitingline malfunction detection circuit 34.
Patent claim: The method of claim 1 wherein the said switching to transmitting video content from the HDMI port at a second resolution andor the switching back to transmitting video content from the HDMI port at the first resolution occurs automatically.

Related passage: The sink device the television receiver 300 detects that the sending of the InfoFrame that transmits 3D information is started by the source device and switches internal portions of the sink device the television receiver 300 to a mode that processes SidebySide video a SidebySide mode and to a mode that displays 3D video a 3D display mode.Specifically the HDMI receiving portion 302 switches the video signal processing circuit 314 and the graphics generation circuit 315 to the SidebySide mode and switches the panel driving circuit 316 to the 3D display mode.Further in a case of a 3D television receiver that uses an active shutter glasses system like the television receiver 300 according to the present embodiment the HDMI receiving portion 302 causes the glasses driving signal sending portion 323 to start the sending of a 3D signal that controls opening and closing of the shutters.
Patent claim: The turbine blade assembly of claim 4 wherein said outwardly flaring section comprises an entire circumference of said diffuser portion 24.

Related passage: The cooling air 41 exits through the outlets 72 to a region outside the airfoil 54.Preferably the outlets 72 are rectangular in shape and flare outwards as shown in Fig.3B to diffuse the cooling air 41 upon ejection therefrom.The diffusion angleas shown in Fig.3B is preferably approximately about equal to or less than 12 degrees.It is also preferred that the outlets 72 are angled upward towards the tip 36 and most preferably the outlets 72 are angled upward towards the tip 36 in a range from approximately about 0 to 45 degrees asmeasured from a direction normal to the tip surface.Preferably the outlets 72 are disposed proximate to the pressure sidewall 42 extend therethrough and are spaced apart as between the leading and trailing edges 4648.Preferably the inlets 70 are disposed adjacent and proximate to the suction sidewall 44 and extend in a generally radially direction so that the cooling air 41 is feed directly into the inlets 70 from respective cavities 38.The cooling air 41 is coldest downstream of the outlets 72 and due to internal convection heats up as it travels towards the outlets 72.Heat is extracted from the tip 36 thus heating the cooling air 41 as it travels towards the outlets 72.Once the cooling air 41 is ejected from the micropassages 80 it can partially mix into the stream of hot combustion gases 28 and because of its own momentum it can flow over the top of the tip 36.Thus the ejected cooling air 41 film cools the exterior of the tip 36 by providing a film curtain that protects the tip 36 of the blade 24 from the hot combustion gases 28 and reduces leakage of the hot combustion gases 28 above the tip 36.In this way the tip 36 of the airfoil 54 is cooled using both internal convection and external film cooling.
Patent claim: A method for configuring a mobile device MD the mobile device MD comprisinga communication unit CU for communicating with a transponder TPa configuration unit CNF for configuring the mobile device MD wherein the configuration unit CU retrieves configuration data CD from the transponder TP and wherein the configuration unit CU configures the mobile device MD based on the configuration data CD.

Related passage: The control unit 136 con trols its own terminal based on the policy ID received by the receive unit 131.In addition every time the control policy indicated by the current policy ID is modified the control unit 136 controls its own terminal based on the updated current control policy.
Patent claim: A portable electronic device according to any of claims 2 to 6 wherein the user input is located directly opposite the battery without a substantial portion of the engine section therebetween.

Related passage: The upper housing 101b is provided with the antenna 102 the transceiver portion 103 the vibrator portion 104 the receiver portion receiver 108 the camera portion 110 the hall element 111 the display portion 112 and the display portion 113.
Patent claim: The repeater system 1 according to claim 2 characterized in that the conversion and link aggregation unit 102is operable to in the downlink direction demodulate the multiple signals and to combine the demodulated signals to form the combined signal andoris operable to in the uplink direction produce the multiple signals and to modulate the multiple signals for transmission to the multiple communication sources 3 4 7 8 9.

Related passage: The micro base station 100 of the present invention is applicable to a vehicle and may thus solve the problem of unstable quality or communication breakdown due to frequent handshaking or handover performed between mobile communication device used by a passenger inside the vehicle and the macro cell base stations BS01 and BS02.
Patent claim: The control method of the photographing apparatus according to any one of claims 1 to 8 further comprising the step of controlling a scan mode for scanning the eye to be inspected using a measuring light for use in acquiring a tomographic image of the eye to be inspected.

Related passage: When the OCT image taking is started the CPU 313 advances to Step 704 for the pattern matching.The CPU 313 uses the extracted templates 402 403 404 and 405 to perform the pattern matching on the continuouslyacquired SLO images in order.The pattern matching represents a processing for finding out places most similar to the templates 402 403 404 and 405 from within the image.The CPU 313 performs the pattern matching to thereby detect changes in positions of the templates 402 403 404 and 405.After detecting the change in the position of each of the templates by the pattern matching the CPU 313 advances to Step 705 for calculation of a correction amount.The CPU 313 detects a movement of the fundus of the eye to beinspected by performing calculation based on the changes in the positions of the templates 402 403 404 and 405 detected by the pattern matching.After the calculation of a correction amount is finished the CPU 313 advances to Step 706.The CPU 313 sends a driving instruction to a driving member 314 according to the detected movement and moves the OCT X correction scanner 138 and the OCT Y correction scanner 137.The correction processing allows the OCT beam to be accurately applied to the position specified by the operator 311 so as to compensate the movement of the fundus of the eye to be inspected.At this time the correction may be made by the OCT X scanner 104 and the OCT Y scanner 105.Alternatively the correction may be shared by four scanners of the OCT X correction scanner 138 309 the OCT Y correction scanner 137 310 the OCT X scanner 104 306 and the OCT Y scanner 105 307.Those scanners function as a correcting unit for making a correction of an application position of the measuring beam onto the eye to be inspected together with the CPU 313.Further at that time those scanners function as a scanning unit for scanning the measuring beam over the eye to be inspected and are adjusted by the CPU 313 to thereby carry out adjustment of the measuring beam.
Patent claim: The electrode assembly of claim 1 wherein the ceramic layer 50 51 is adjacent to the first active material coated part 112.

Related passage: The ceramic layer may be preferably positioned at side portions of the electrode assembly and a width of the ceramic layer is smaller than a width of the positive electrode plate respectively the negative electrode plate but sufficient broad that the ceramic layer extends over at least a side portion of the positive electrode plate which is not covered by the positive electrode coating portion.That means the ceramic layer does not extend over the total width of the electrode plates but only cover a side portion of the electrode assembly wherein the positive electrode collector is not coated wit the positive electrode coating portion.The ceramic layer is disposed such that the uncoated part of the positive electrode collector is prevented to get into contact with the negative electrode coated portion.
Patent claim: The cell monitoring device according to claim 3 wherein the controller is configured todetermine whether the cells have the high abnormality cell voltage in a cell scanning sequence equal to the switch scanning sequence from the cell located at the first end determine if one of the cells is determined as the high abnormality cell voltage whether the cells have the low abnormality cell voltage in the cell scanning sequence from the cell next to the cell having the high abnormality cell voltage determine if one of the cells is determined as the low abnormality cell voltage whether the cells do not have the low abnormality cell voltage in the cell scanning sequence from the cell next to the cell having the low abnormality cell voltage and determine that the at least one of the electric lines between the cell having the high abnormality cell voltage and the cell having the low abnormality cell voltage has lost continuity if only the at least one of the cell voltages is determined as the low abnormality cell voltage and wherein the controller determines that the last one of the electric lines between the cell having the high abnormality cell voltage and the cell having the cell voltage at the low abnormality cell voltage has lost continuity if a plurality of the cell voltages are determined as the low abnormality cell voltage.

Related passage: On the other hand if the abnormality diagnostic section 10 determines that none the cell voltages detected by the cell voltage detecting circuits D1 to Dn is equal to or larger than the prescribed overcharge threshold value V2 No in step S30 then the abnormality diagnostic section 10 proceeds to step S50.
Patent claim: The NdFeB permanent magnet as set forth in any one of the preceding claims wherein a further spatial extension perpendicular to the magnetization direction of the NdFeB permanent magnet is at least 80 mm.

Related passage: The rotors 20 other than the terminal rotors preferably have magnets secured with nonmagnetic material such as Al stainless steel and resin.Even more preferably as shown in Fig.3 magnets 21 are embedded into a frame of nonmagnetic material 23.Consequently the same magnetic field can be generated in the gaps on both sides of said rotors and the use of nonmagnetic materials for the construction of the frame makes it possible to avoid weakening the magnetic field that emanates from the magnets.
Patent claim: A pneumatic tire having a tread comprising a rubber composition comprising based on 100 parts by weight of elastomer phr A from 50 to 90 phr of a solution polymerized styrenebutadiene rubber having a glass transition temperature Tg in a range of from 65 C to 55 C B from 50 to 10 phr of a polybutadiene having a cis14 content greater than 95 percent and a Tg in a range of from 80 to 110 C and C from 30 to 80 phr of a combination of an oil and a terpene phenol resin having a Tg greater than 100 C.

Related passage: The rubber composition includes a processing oil.Processing oil may be included in the rubber composition as extending oil typically used to extend elastomers.Processing oil may also be included in the rubber composition by addition of the oil directly during rubber compounding.The processing oil used may include both extending oil present in the elastomers and process oil added during compounding.Suitable process oils include various oils as are known in the art including aromatic paraffinic naphthenic and low PCA oils such as MES TDAE and heavy naphthenic oils and vegetable oils such as sunflower soybean and safflower oils.
Patent claim: The electrophotographic photosensitive member according to any one of claims 1 to 3 wherein a ratio a2a1 of an absorbance a2 at a wave number of 2 960 cm1 to an absorbance a1 at a wave number of 2890 cm1 in an infrared absorption spectrum of the surface layer is 0.52 or less.

Related passage: The photoconductive layer may be made up of a single layer or may be made up of a plurality of layers e.g.a charge generation layer and a charge transport layer.
Patent claim: A bearing assembly according to any of the preceding Claims comprising a plurality of flow channels 30 32.

Related passage: Further according to the present invention an outer circumferential groove for forming an air layer having large magnetoresistance is provided in a portion of each of the outside magnetic pole teeth of the electromagnetic stators not opposed to the rotary disc so as to extend axially from a side where the rotary disc is located.Accordingly magnetic interference between two magnetic circuits formed by the respective electromagnetic stators is relieved and the magnetic flux density in the inside magnetic pole tooth and the outside magnetic pole tooth of each of the electromagnetic stators can be increased.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 casings or the collar and extending from the otherelectromagnetic stator to the one electromagnetic stator through the rotor disc.Thus electric energy supplied to the electromagnetic coils is more effectively utilized to control the position of the rotating shaft so that it is possible to improve the control performance.
Patent claim: An inkjet recording method comprising 1 a step of discharging via an inkjet head an ink comprising Component A a siliconebased or fluorinebased surfactant and Component B at least one type of monofunctional monomer among compounds represented by Formula I or Formula II 2 a step of irradiating all inks discharged via the head with actinic radiation by exposure means having an illumination intensity of at least 20 mWcm2 but less than 300 mWcm2 at a time of at least 0 seconds but less than 0.20 seconds after discharge and 3 a step of irradiating all inks discharged via the head with actinic radiation by exposure means having an illumination intensity of at least 1500 mWcm2 after at least 0.20 seconds have elapsed after discharge the ink having a surface tension at 25C of 22.0 to 26.0 mNm and the ink excluding only Component A having a surface tension at 25C of 33.0 to 38.5 mNmwherein R1 denotes a hydrogen atom or a methyl group X denotes a single bond or a divalent linking group R2 to R12 independently denote a hydrogen atom or an alkyl group and R13 denotes a hydrogen atom or a methyl group.

Related passage: The ink composition discharged onto a recording medium is cured by irradiation with actinic radiation.This is due to a polymerization initiator contained in the ink composition being decomposed by irradiation with actinic radiation thus generating a polymerization initiating species which then functions so as to cause and promote a polymerization reaction of a polymerizable compound.During this process if a sensitizer is present together with the polymerization initiator in the ink composition the sensitizer in the system absorbs actinic radiation attains an exited state and makes contact with the polymerization initiator thus promoting decomposition of the polymerization initiator and achieving a curing reaction with higher sensitivity.
Patent claim: The wire routing assembly according to claim 1 wherein the coil of the wire is configured to radially expand when the distal housing is rotated relative to the proximal housing in a first direction and to radially contract when the distal housing is rotated relative to the proximal housing in a second direction.

Related passage: As seen in FIG.1 and 1A a rotational interface 100 is shown connected with or otherwise supported on surgical instrument 10.Surgical instrument 10 includes a housing 12 at least one drive assembly 14 and at least one energy source for powering the at least one drive motor not shown for clarity.
Patent claim: Cushion 10 for respiratory mask having a threedimensional shape with a central passage 11 for receiving at least a part of the nose and mouth of a user said cushion 10 comprising at least a nasal bridge region 15 a chin region 17 and two cheek regions 16 which come into contact with the nasal bridge region the cheek regions and the chin region of the user respectively when the cushion 10 is positioned on the users face said cushion 10 further comprising an inner membrane 13 and an outer membrane 12 said inner and outer membranes 12 13 being superimposed so that the outer membrane 12 covers the inner membrane 13 and is in direct contact with the face of the user 2 said inner and outer membranes 12 13 being made of a flexible material characterized in that the chin region 17 of the inner membrane 13 of the cushion comprises at least a central portion 111 situated between two lateral portions 113 the central portion 111 having a first thickness that is less than the second thickness of said lateral portions 113.

Related passage: Another aspect of the invention relates to a fullface cushion for a patient interface that delivers breathable gas to a patient.The fullface cushion includes a membrane including a uniform wall thickness in the range of 0.150.30 mm around the perimeter of the cushion and a foam insert provided to the membrane to support the membrane.The foam insert is structured to provide a variable spring component to the membrane.In alternative embodiments the thickness of the membrane could be variable from 0.150.7 mm e.g.depending on location around the perimeter of the cushion.
Patent claim: The rechargeable battery according to claim 9 wherein the fuse cutouts include a first fusecut out 123a 123a at one side of the connecting part 123 123 and a second fuse cutout 123b 123b at another side of the connecting part 123 123 the other side of the connecting part 123 123 being opposite to the one side of the connecting part 123 123.

Related passage: The secondary battery 300 shown in FIGS.8A through 8D has the same structure and function as the secondary battery 100 described above except that the secondary battery 300 further includes a second electrode terminal 130 and includes a cap assembly 370 and a second collecting part 340 which differ from the cap assembly 170 and the second collecting part 140 of the secondary battery 100.Therefore description of the same elements willnot be repeated.Instead the second electrode terminal 130 the cap assembly 170 and the second collecting part 340 will be mainly described.
Patent claim: A heat transfer pipe 203 as claimed in claim 8 wherein said exterior fins 303 are one of radial fins longitudinal fins.

Related passage: Fig.4 shows a crosssection of an example of the support duct 140.The support duct 140 may include a number of the air channels 150 therein.Moreover an internal fin structure 230 also may be used so as to facilitate heat exchange with the ambient airflow 160 passing therein.The fin structure 230 may have any size shape or configuration.Differing fin structures 230 may be used.For example a further embodiment of a fin structure 270 is shown in Fig.5.Other components and other configurations also may be used herein.