bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method 1000 of claim 1 wherein determining the power reference value 4i comprises determining the minimum of the respective group curtailment setpoint 2i and the respective power production value 3i.

Related passage: Further improvement of the control behavior can be accomplished by linking the control system of the different turbines of the windpark to each other.Thus according to an example embodiment of the invention the data collected by respective turbines is further transmitted to an operatively connected central processing and control unit 16 which receives estimated or measured signals from each turbine in the windpark or a subset of wind turbines in the control set.Although in the illustrated embodiment the respective controllers 14 for the individual turbines 12 are disposed at the respective tower the controllers for the individual turbine towers may be incorporated in the central control unit.The central processing and control unit based on the signals received and stored data makes calculations on the impact of power production and loads on each turbine and control signals are then sent to each respective turbine to actuate the control mechanism local to each turbine as discussed further below.
Patent claim: The information processing apparatus as claimed in claim 4 further comprising an obtaining unit which obtains information indicating a procedure for releasing the error by making an access based on information on a storage destination in which is stored information transmitted from the other apparatus that indicates a procedure for releasing the error.

Related passage: In S1205 a print resumption instruction corresponding to the identification code information used in the retrieval process in S1202 above is invalidated.Accordingly in one exampleshown in FIG.2 through FIG.8 even if a user depresses at this point the print resumption button 18 for transmitting a print resumption instruction to the print file 31A which is mainly constituted of the print data 41A such depression of the button is invalidated.Thereafter the flow proceeds to S204 and after the process is placed in standby for a predetermined period of time the flow reverts to S201 above.
Patent claim: The operating method according to claim 5 wherein selection of the option selection part 631 associated with the washing is limited upon selection of the specific course.

Related passage: Fig.3A to 3C show different mechanical modes of drum movement in dependency of the textile type wherein Fig.3A shows the drum movement over time for delicate textile Fig.3B for textiles of normal sensitivity and Fig.3C for resistant textiles.The drum movements are shown by the continuous lines respectively and in those embodiments forward rotation positive numbers and inverse rotations negative numbers of the drum are executed.In the diagrams the abscissa shows the time and the ordinate shows the relative rotation speed and the relative steam flow rate shown by the dashed line.The relative of normalized rotation speed is related to a nominal or normal rotation speed which is normally used during the drying mode for drying the textiles.For example the nominal rotation speed is 50 rpm so that the point 75 in Fig.3A represents a maximum rotation speed of about 37 rpm and the point 5 in Fig.3C represents a rotation speed of 75 rpm.By comparing the Figures 3A3C it can be seen that the drum rotation maximum speed is reduced over the normal maximum speed for delicate textiles while it is increased for resistant textiles over the mode selected for normal textiles.Further the onoff duty time or ratio i.e.the ratio of drum rotation periods to the drum stop periods is increasing starting from delicate articles over normal textiles to resistant textiles.As a consequence the mechanical work onto delicate textiles is reduced by selecting a reduced rotation speed and a reduced rotation duty cycle while for resistant textile the mechanical work is increased by increasing the rotation speed and the rotation duty cycle.In Fig.3A the onoff rotation duty cycle is exemplified for a first full period wherein for the ontime the intervals ONla and ON1b have to be added and tobe divided by the offtime which is the sum of the OFF1a and OFF1b periods.It is to be noted that the embodiment illustrated by Figs.3A to 3C is optimized in minimizing the mechanical work the laundry undergoes in dependency of its sensitivityinsensitivity.An optimization in regard of maximum surface exchange with the surrounding ambient as discussed for Figs.1A to 1C is not considered here in any case.However such an optimization can be provided for the modes shown in Figs.3A to 3C at the same time if for example the load or volume of the textiles loaded into the drum is prescribed or recommended to the user when loading the drum of the refreshment machine.For example it is recommended to the user to use only a low volume of delicate textiles or a low textile load when using delicate textiles in the treatment sequence shown in Fig.3A.On the other hand the user is user is recommended to load more textiles higher volume or higher weight into the drum when resistant textiles are treated by the treatment sequence shown in Fig.3C.
Patent claim: The OLED display device of claim 13 wherein the driving power supply line comprises a connection line connecting the shoulder portions of the driving power supply line and is formed underneath a driving circuit formed in the driving circuit connecting portion or wherein the portion of the driving power supply line in the circular arc portion comprises two concentric lines connected in parallel formed in different layers to overlap each other so that the lines have the same radius.

Related passage: Both a VDD 46 and a GND 47 are formed between the data driver 43 and the pixel circuit 42 along rim of the data driver 43 as shown in Fig.5.By not installing the VDD 46 and the GND 47 at both sides of the pixel circuit 42 the size of Bezel areas are reduced substantially.
Patent claim: A method 100 of manufacturing a vortex generator 32 for a rotor blade 16 of a wind turbine 10 the method 100 comprising providing a mold of the vortex generator 32 the mold of the vortex generator 32 having at least a base portion 36 and a plurality of airflowmodifyingelement shaped protrusions extending therefrom forming a sheet material to the mold so as to form the vortex generator 32 wherein the airflowmodifyingelement shaped protrusions of the mold form a plurality of airflow modifying elements 34 in the vortex generator 32 and forming one or more discontinuities 38 within at least one of the airflow modifying elements 34 so as to increase flexibility of the vortex generator 32.

Related passage: FIG 5 shows an embodiment of the device 27D in which each side 32 34 of the ridge 28 is serrated to form a series of secondary ridges or spoilers 52 54 that may be triangular in cross section.The trailing edge of each of the spoilers may be parallel to the peak 30 of the ridge and may have an outer surface 53 55 aligned with a nearer one of the pressure and suction sides 36 38 of the airfoil or aligned with the mean camber line or chord line of the airfoil 20.The ridge 28 may be solid hollow or filled with a sound absorbing material andor may have perforations 44 through one or both sides.The spoilers 52 54 promote the formation of smaller flow structures that create high frequency acoustic noise that is easily attenuated by the atmosphere and they also change the direction of noise emissions thus diffusing the noise source.
Patent claim: Printing system comprising a storage unit a print unit and a control unit the storage unit comprising a print media catalog comprising a list of print media each print medium in the list having a plurality of media attribute values characterizing the print medium and each print medium categorized in at least one group based on at least one media attribute value the print unit comprising a print head for ejecting marking material on a print medium of the list and the control unit configured to control the printing on a print medium of the list according to a plurality of optimization parameters an optimization parameter being related to the at least one media attribute value used for categorization in a group of the at least one group wherein for a print medium categorized in a particular group based on a first media attribute value upon receipt of a value of a particular optimization parameter related to the first media attribute value the received value is automatically propagated to other print media categorized in the same particular group and wherein the particular optimization parameter is a parameter for a curl correction determined by a particular sizeweight combination of the print medium.

Related passage: It is an object of the present invention to provide a printing condition setting apparatus a printing condition setting method and a nontransitory storage medium which are capable of easily setting color conversion conditions for a vast number of printing conditions.
Patent claim: A protocol conversion gateway 200 according to any of claims 1114 wherein the communication unit 201 is further adapted to receive from the SIP proxy a SIP response message and to send said SIP response message to the client over said nonstandard SIP transport protocol.

Related passage: If a user is not registered andor does not belong to the network served by the SIPX server 324 the SIPx 324 routes the SIP initiation message 1 to the SIP adaptor 302 for SIP field manipulation.The forwarded SIP message 2 is typically identical to the SIP initiation message 1 but need not be.Table 4 shows an example of SIP fields in a SIP message that is sent to the SIP adaptor 302.In this example the domain name in the invite field has been changed from SIPX.abc.com to 192.156.0.60 based on information retrieved from the registrar database 510.Table 4 To SIP Adaptor Message FieldsInvite Field 01122334455192.156.0.60From Field mjonescbc.comTo Field 01122334455SIPX.cbc.comContent Field SDP parameters
Patent claim: The mobile terminal of claim 5 wherein the first screen for the first function includes a prescribed region for attaching content and wherein the controller attaches the selected specific content to the prescribed region in the first screen.

Related passage: An exemplary embodiment of the present invention also discloses an application switching apparatus including an input unit to receive an input of a request signal requesting switching from an application running in a foreground to one of applications running in a background using one of a sensor method a touch method and a voice method and a control unit to determine an input method of the request signal whether the request signal is an application switching request signal and an application to be run in the foreground among the applications running in the background based on the determined input method and the application switching request.
Patent claim: An electrode line monitoring assembly according to Claim 16 wherein the plurality of electrode line monitoring units includes at least one electrode line monitoring unit according to any of Claims 1 to 15 and at least one other electrode line monitoring unit according to any of Claims 8 to 10 wherein at least one of the plurality of electrode line monitoring units is in communication with at least one other of the plurality of electrode line monitoring units so as to communicate at least one signal along the communications path.

Related passage: According to a first object an undersea power distribution system comprisesa primary electric line including a submerged section and two end sections connectable to terminals of a directcurrent power feed system adapted to cause a highvoltage electric current to flow through the primary electric line a sea earthing electrode connectable to an intermediate point of the submerged section a first undersea electric converter connected in series with the primary electric line at a first location between the intermediate point and a first one of the end sections a second undersea electric converter connected in series with the primary electric line at a second location between the intermediate point and a second one of the end sections wherein each of the first and the second undersea electric converters is adapted to extract power from the highvoltage electric current and to supply power at a controlled voltage or current to an output of the converter a first secondary electric line adapted to connect the output of the first electric converter to an undersea user equipment to supply power at the controlled voltage or current to the undersea user equipment anda second secondary electric line adapted to connect an output of the second electric converter to the undersea user equipment to supply power at the controlled voltage or current to the undersea user equipment.
Patent claim: A mobile terminal comprising a main body in which a structure is provided an antenna coil 211 311 411 511 611 wound along edges of the structure to receive a change in magnetic flux in a vicinity of the main body an electronic element to be adjacent to the structure and a ferrite sheet 212 312 612 to remove noise with respect to reception of the change in the magnetic flux and the ferrite sheet is provided on one surface of the electronic element such that a distance is provided between the ferrite sheet and the antenna coil.

Related passage: A noncontact IC tag is activated upon transmission of radio waves having a predetermined frequency e.g.13.56 MHz from a transmissionreception antenna of a readerwriter with an antenna coil of the noncontact IC tag.And individual identification or authentication management becomes possible upon reading information recorded in an IC chip in response to a read command through data communications via radio waves or upon resonance to radio waves of the specific frequency.In addition to this most of noncontact IC tags are structured so that read information can be renewed or history information and the like can be written.
Patent claim: The optical amplification stage 1 according to any one of the preceding claims further comprising a first and a second photodetector 13a 13b optically connected to respectively the first and second optical reflector at the opposite side thereof with respect to the first and second optical coupler respectively the photodetectors being configured for detecting the optical power of the WDM signal outputting the respective optical amplifier.

Related passage: When the optical amplifierrepeaters are to be monitored the optical switch 17 is turned to the b side step S11 the probe light source 11 of the optical transmission path monitoring apparatus 1 is turned off and the probe light source 12 is turned on step S12.The oscillating light from the probe light source 12 after being partly branched by the optical fiber coupler 13 is intensitymodulated by the optical modulator 14 into a short pulse to become the probe light 121 step S13.
Patent claim: The information processing system 1 according to any one of claims 1 to 3 characterized in thatthe information processing unit 14 22 operates the virtual camera in response to the rotation of the controller 5 about a predetermined controller 5 axis.

Related passage: When the CPU 311 counts the switching time t the CPU 311 determines whether the switching time t has reached a predetermined upper limit time step 190.Specifically the CPU 311 refers to the switching time data 509 stored in the main memory 32 and determines whether the switching time t represented by the switching time data 509 has reached the predetermined upper limit time.
Patent claim: Steerable antenna 1 according to any of the previous claims wherein the second motor 9 comprises a container body 39 a stator 33 housed inside said container body 39 a rotor 34 and a drive shaft 35 attached or coupled to the rotor 34 and wherein the container body 39 is attached to the driven pulley 8and is pivotably hinged to the support bracket 10 to be able to rotate around said first rotation axis.

Related passage: The antenna portion includes the transmission antenna 1 and the reception antenna 11 and a unit disposed behind the antenna is comprised of a transmission amplifier for transmission a reception amplifier for reception and a transmission coil not shown in the drawing.
Patent claim: A storage cabinet 10 for a passenger cabin 40 of a means of transport for storing equipment with the storage cabinet 10 comprising a body 12 of a height of at least 140 cm and exclusively one attachment device 26 wherein the attachment device 26 is arranged in a floor region 28 of the storage cabinet 10 and is designed for detachably attaching the storage cabinet 10 to corresponding floor attachment elements 46 in the passenger cabin 40 underneath a cabin element.

Related passage: The main deck of an aircraft typically includes interior cabin furnishing equipment such as seats galleys lavatories etc.for accommodating passengers.These equipment generally referred to as aircraft monuments are large and heavy structures that are essentially fixed to the main deck floor structure.For example aircraft passenger seats are typically attached to the floor by bolts that extend through a main deck floor beam and through respective mounting portions of the seat.A nut is fastened to each bolt and tightened with a wrench to provide secure attachment of the seat to the main deck floor.Electrical hydraulic andor pneumatic attachment structures may also be connected between the main deck and an aircraft monument.Thus the aircraft monuments are fixed to the main deck for the long term but may be removed by mechanics for repair replacement or reconfiguration of the main deck layout.
Patent claim: The drug dispensing box of claim 8 wherein the data terminal unit comprises a terminal accommodation grove accommodating a data transmittingreceiving terminal of the cartridge anda second data transmittingreceiving terminal disposed on a lower end of the terminal accommodation groove the second data transmittingreceiving terminal being connected to the data transmittingreceiving terminal of the cartridge.

Related passage: In the medicine feeding apparatus having the above described configuration the medicine products M discharged from the medicine cartridges 10 are delivered to a user via the transfer device T.
Patent claim: The antenna structure of claim 9 further comprising a second feed terminal d6 for connecting a second feed signal Sf6 FIG.18 and an additional section si7 si5 and sa6 collectively or si8 si6 and sb6 collectively extending from the isolation terminal to the second feed terminal without overlapping the isolation section wherein the second feed signal is different from the feed signal Sf5.

Related passage: Consider as an example a configuration for antenna 40 in which components 421 422 and 424 are open and component 423 is closed or antenna 40 is using an arrangement in which short circuit path 64 is devoid of interposed components 42.In this configuration gaps 191 and 192 in peripheral conductive housing member form open circuits in peripheral conductive housing member 17 and electrically isolate peripheral conductive housing member segment 171 from segments 172 and 173.The upper portions of ground plane structures G are separated from member 171 by dielectricfilled opening 78.Arm LB1 therefore forms the main branch of a first invertedF antenna and arm LB2 forms the main branch of a second invertedF antenna in antenna 40.The first and second invertedF portions of antenna 40 may each contribute to antenna coverage in a different communications band.
Patent claim: The method of claim 1 wherein the input component comprises at least one of a touchsensitive display a mouse a touchpad a track pad an electronic pen and a user interface glove.

Related passage: The contents are thus displayed in the 3D matrix and the focus is positioned as a default on one content such as an upper left content of respective contents displayed on the frontmost plane.During the 3Dmatrix graphical display the respective up down left and right keys of the cross key 24 shown in FIG 2A function to move the focus along the respective upward downward leftward rightward direction.The second and fourth soft keys 27 and 28 respectively function to perform an operation of selection select contents desired to be displayed on the frontmost plane in the 3Dmatrix form.Further 2 8 4 and 6 numeric keys of the twelvekeys 33 respectively function to rotate the 3D matrix along the upward downward leftward and rightward directions.
Patent claim: The method according to claim 9 wherein the cores comprise carbon.

Related passage: In alternative embodiments the windings of coil 48D can be oriented at other angles with respect to the plane of the location pad as long as the coil is not parallel with the plane.In other words the field generated by coil 48D at locations within the plane of the location pad should have at least a component that is parallel to the plane.This component should be substantial enough topermit the vertical displacement of sensor 64 to be determined accurately to within the specified resolution limits of system 20.Further alternatively the field generating coils can be tilted or otherwise oriented at known angles with respect to the horizontal plane as long as they do not exceed the low profile dimensions of the pad.
Patent claim: The gas turbine engine compressor or gas turbine engine of any preceding claim wherein the first aft sealing surface 122b is disposed in a first outer rim 110 and the second fore sealing surface 120c is disposed in a second outer rim 110.

Related passage: The HPC spacers 62C and HPC rotors 60C of the IBR may also be axially asymmetric to facilitate a relatively smooth axial rotor stack load path Figure 10.The asymmetry may be located within particular rotor rims 70A andor seal rings 84A Figure 9.For example the seal ring 84A includes a thinner forward circumferential flange 92 compared to a thicker aft circumferential flange 94 with a ramped interface 84Ai.The ramped interface 84Ai provides a smooth rotor stack load path.Without tangentially slot assembled airfoils in an IBR the load path along the spool may be designed in a more efficient manner as compared to the heretofore rather torturous conventional rotor stack load path Figure 11 RELATED ART.
Patent claim: The battery pack as claimed in any one of the preceding claims comprising a pair of side plates that face each other and have the battery assembly in between and pairs of motion prevention units facing each other from the pair of side plates.

Related passage: The end plates 200 are provided to the 31th and 32th planes of the battery array 100 respectively.The end plates 200 are fixed to a cooling member 500 a top cover 400 and side plates 300 which will be described later.The fixing methodis not particularly limited.For example the fixing may be performed using bolts and nuts or may be performed using welding.
Patent claim: The endoscope 10 according to one of claims 1 to 8 characterized in that said lighting window 38b is disposed opposite to said ejection port 44 of said fluid ejection nozzle 24 beyond said fluid guide slope 48a in a fluid ejection direction of said fluid ejection nozzle 24.

Related passage: In Fig.3 a fluid channel 21 is formed through the elongated tube 16 and the handle device 17.An end nozzle device 22 end nozzle is incorporated in the head assembly 16a and has a nozzle opening with which the fluid channel 21 communicates.See Figs.24.The fluid channel 21 extends through the universal cable 19 and is connected with the fluid supply source 15.