bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A method of operating an aircraft air conditioning system 10 the method comprisingsupplying compressed process air provided by a process air source 14 to an air conditioning unit 16 of the aircraft air conditioning system 10 via a process air line 12directing trim air branched off from the compressed process air flowing through the process air line 12 through a trim air line 38 branching off from the process air line 12 upstream of the air conditioning unit 16compressing the trim air flowing through the trim air line 38 by means of a compressor 40 arranged in the trim air line 38driving the compressor 40 by means of a turbine 44 andsupplying cabin exhaust air discharged from an aircraft cabin 48 to the turbine 44 via a cabin exhaust air line 50 for driving the turbine 44.

Related passage: Turning now to Figure 3 a block diagram of an aircraft airconditioning system 10 is shown.The aircraft airconditioning system 10 includes a first compressed air source 12 that can be connected directly or indirectly to the aircraft cabin 20.The first compressed air source 12 includes a compressor 14 a motor 16 and a turbine 18.The compressor 14 motor 16 and turbine 18 are in communication with one another via a shaft 28.The compressor 14 receives ambient air and using power provided from the motor 16 and turbine 18 compresses the ambient air and forwards the ambient air to the aircraft cabin 20.The aircraft airconditioning system 10 also includes a secondary air source 22 which may also include one or more motors or compressors which can be connected directly or indirectly to the aircraft cabin 20.The controller 24 receives a signal from the aircraft control system that is indicative of the available power in the aircraft and responsively controls the operation of the first and second compressed air sources 12 22 based upon the available power in the aircraft.
Patent claim: An optical network element in accordance with claim 1 further comprising an optical switch 35 arranged to selectively direct the optical signal generated by one of the transmitters to the optical add path 33 or the optical loop back path 40.

Related passage: FIGURE 2 illustrates details of an example ADN 100.In certain embodiments ADNs 100 are operable to process traffic in different channels based on the type of optical traffic communicated on that channel.This ability allows the use of transmitterreceiver pairs used in an ADN 100 at any moment in time to be optimized for the type of traffic.Thus if transmitterreceiver pairs within a given ADN 100 are not required to be used to transmit or receive certain traffic based on its data rate those transmitterreceiver pairs may be used for other purposed within network 10 thereby optimizing the use of the transmitterreceiver pairs in each ADN 100.Optical network management software can set data rate thresholds discussed below which are used to determine how the traffic in each channel is handled at any one moment in time.In certain embodiments the data rate of the optical traffic received at an ADN 100 may be monitored every ten to twenty seconds to facilitate dynamic changes in the configuration of ADN 100 to handle changes in the data rate of traffic in a channel.
Patent claim: Nucleated polypropylene composition according to claim 1 or 2 wherein the nucleated polypropylene composition comprising a the at least one propylene homopolymer and optionally b a second propylene homopolymer wherein said nucleated polypropylene composition has a i sum of G measured by Dynamic Mechanical Analysis according to ISO 67217Flexural Modulus determined according to ISO178 each expressed in MPa of at least 2970 MPa ii and a Notched Impact strength 23 C according Charpy ISO 1791eA of at least 18 kJm2

Related passage: Flexural modulus is measured according to ISO 178 room temperature if not otherwise mentioned by using injection molded test specimens as described in EN ISO 18732 80 x 10 x 4 mm.In case of bench scale tests of examples 1 to 4 and comparative examples 1 and 2 the flexural modulus was measured according to above ISO 178 room temperature except samples were injection moulded to plates 60x60x2 mm and test bars 60x10x2 mm for measurement were cut out from the plates in flow direction.
Patent claim: Method according to claim 6 wherein positioning the plant for cutting further comprises conveying the plant along a predefined trajectory to the cutting area.

Related passage: One image representing just one view of the plant often will not satisfy for determining a proper cutting position.The structure of most plants is too complex to allow finding the proper cutting position from one view only.Therefore it may be preferred to obtain images of the plant from different view points by moving the plant and the image taking device with respect to each other.Usually the plant has tobe cut at the stem.Rotating the plant in front of a camera around its stem or more general along an axis that is parallel to its stem may provide additional information to obtain a more complete picture of the plant.More in particular a kind of three dimension view of the plant may be constructed to determine the proper cutting position or positions.
Patent claim: The medicated module of claim 1 wherein i in the priming state the medicated module 200 300 400 500 is configured to be primed with the first medicament 232 332 432 532 and ii in the dispensing state the medicated module 200 300 400 500 is configured to dispense the first medicament 232 332 432 532 and the second medicament 224 324 424 524.

Related passage: In order to facilitate the operation of the injector the cylindrical body 1 may be provided at its proximal end with a plunger 5 for pushing the second gasket 3 toward the distal end 11.It is preferred to use a plunger 5 in the form of a caplike member as illustrated in Fig.6.The plunger 5 has a cylindrical engaging portion 51 fitted on the outer wall of the cylindrical body 1 and a cylindrical protrusion 52 which comes into contact with the second gasket 3.The plunger 5 is movable from a first position where an annular rib 511 of the engaging portion 51 engages with an annular groove 17 of the cylindrical body 1 to a second position where an annular rib 511 of the engaging portion 51 engages with a stepped portion 18 of the cylindrical body 1.
Patent claim: The light control device according to at least one of the preceding claims wherein said light controlling particle 16 is negatively electrostatically charged said light controlling particle 16 is unevenly distributed on said second electrode 14 by enlarging an electric potential of said second electrode 14 above an electric potential of said first electrode 13 and said light controlling particle 16 unevenly distributed on said second electrode 14 is dispersed in said suspension by enlarging an electric potential of said first electrode 13 above an electric potential of said second electrode 14.

Related passage: FIG.3 is a diagram for describing a configuration of a light control device 13 including the SPD 1.The light control device 13 includes the SPD 1 and a drive device 14.The drive device 14 is configured to include an Xelectrode output circuit 15 that drives an X electrode 6 of the SPD 1 a Yelectrode output circuit 16 that drives a Y electrode 7 and a Zelectrode output circuit 17 that drives a Z electrode 8 a driving control circuit 18 that controls output circuits thereof a signal processing circuit 19 that processes an inputsignal controlling a light control area a lightcontrol state and a dispersion state of the lightcontrol particle 10 and a driving power supply 20 that applies voltage to the SPD 1 and each circuit.At an end of the SPD 1 each electrode of the SPD 1 and each electrode output circuit of the drive device 14 are connected to each other via a mutual connection device 21.Examples of an interconnecting connector 21 may include conductive rubber rubber connector a flexible printed circuit FPC a tape carrier package TCP a conductive tape and the like.The interconnection conductor 21 each electrode and each electrode output circuit are sandwiched so as to be fixed with a fixture such as resin clip and the like or are connected with each other by bonding a conductive portion with a conductive adhesive such as metal paste anisotropic conductive paste an anisotropic conductive film ACF and the like.
Patent claim: Apparatus according to any of claims 1 to 11 wherein the aircraft wing 10 has a high aspect ratio.

Related passage: Sensor 10 has a bubble or blister type probe housing 20 that is aerodynamically smooth from a generally hemispherical or part spherical leading end shown at 22 which curves outwardly from the surface of the mounting plate 14 along a front edge 24 a desired distance indicated generally by the double arrow 16 in Figure 3.The front edge 24 of the leading end 22 joins a radius surface that is rounded to cause a minimum disruption of airflow which is flowing in the direction indicated by the arrow 26 at 0 angle of attack.The semiflush sensor or probe housing 20 smoothly transitions from the front end 22 outwardly to a generally longitudinally extending line 30 at the maximum lateral extension of the housing from the mounting surface.The line 30 may taper slightly inwardly toward the support surface 14 in rearward downstream direction.In cross section as shown in Figure 4 top and bottom walls 28 and 29 of the housing have outer surfaces 46A and 46B that converge from the peripheral edges of the housing at the support surface 14 laterally outwardly to a rounded part cylindrical outer endwall 48 on which line 30 lies.These top and bottom walls converge toward a central bisecting plane 31.Stated another way the top and bottom walls diverge from the part cylindrical wall 48.
Patent claim: A nontransitory computerreadable medium comprising instructions that when executed by a computer cause the computer to perform the steps according to any of claims 19.

Related passage: Figure 4 shows an expanded view of one method embodiment for controlling sleep modes for realtime services from the perspective of a mobile station 310 according to the present invention.The process for controlling sleep mode in a mobile station begins 405 with the establishment of realtime wireless services 410 between a base station 305 and a mobile station 310.After service has been established the mobile station 310 determines 415 whether it is necessary to place the services being offered into sleep mode.A response in the negative results in the mobile station 310 remaining in active mode 355.A positive response by the mobile station 310 results in a sleep request 330 being sent to the base station 305 and a response 335 being shortly thereafter received.
Patent claim: The information processing device 1 according to claim 2 wherein the recognizing unit 71 recognizes an application that is permitted to access each area of the shared memory 43 the stop informing unit 73 informs the application which is recognized by the recognizing unit 71 regarding the permission to access the first area of stop of access to the first area and the restart informing unit 76 informs the application which is informed of stop of access by the stop informing unit 73 of restart of access.

Related passage: A specific example will be described.The cache directory managing unit 36 instructs the packet generating unit 37a to transmit an order of instructing a CPU which caches data with a status M Modified to write back.Further the cache directory managing unit 36 updates a data status and executes processing matching the updated status.In addition a type of a request or an order transmitted and received by the cache directory managing unit 36 will be described below.
Patent claim: A shredding flail 10 applicable to a rotor 11 of a machine for shredding plant material as grass fibrous or woody plants shrubs prunings and the like the flail 10 having a flail body comprising a transversely extended blade portion 12 for shredding the material and an elongate shank portion 14 for articulated connection to the rotor 11 characterized in that the front face 10a of the flail is provided with a protuberance 22 which defines an extended surface 22a for striking the peripheral surface 15 of the rotor 11 shaft 13.

Related passage: The cushioning pads 28 30 have sufficient depth that they encounter the shaft of the vegetation cutting machine before the respective cutting edge 24 26 encounters the shaft.However the cushioning pads 28 30 are sufficiently shallow to allow the flail element 10 to pivot freely in normal operation.
Patent claim: An illumination system for an intraoral imaging apparatus comprising a first array comprising a plurality of polychromatic light sources arranged radially about an optical axis a second array comprising a plurality of polychromatic light sources and polarizers arranged radially about the optical axis a third array comprising a plurality of ultraviolet light sources arranged radially about the optical axis and at least one additional polychromatic light source and at least one additional ultraviolet light source both additional light sources directing light through a polarization beamsplitter and along the optical axis

Related passage: The embodiment of probe 100 in Figure 11 comprises three sensors one for each color.A beam splitter element 67 separates the beam into three spectrum bands UV to Blue band Green band and Red to NIR band.One type of beam splitter element 67 that can be used is an xcube that is configured to direct light to three sensors with different spectrum bands.As in Figure 10 one long pass filter 56 is required in order to obtain fluorescence images without crosstalk from the excitation light.Since there are Red Green and Blue imaging data from three sensors separately the calculated color shade is more accurate.
Patent claim: The switching device as claimed in claim 3 wherein the second switching circuit 32 further comprises another output terminal outputting a second switching output signal and a second subswitching circuit wherein the second subswitching circuit selects one of the outputs of the two sets of second power dividers and the first legacy LNB output signal according to the digital switching control signal Sd thereby outputting the second switching output signal at the another output terminal.

Related passage: As will be seen more clearly from the following detailed description the claimed signal switching device adapted to a satellite signal receiver is disclosed herein.The signal switching device comprises a determination module coupled to a settop box and a switch module.The switch module is coupled to a plurality of signal sources to receive a first frequencyband signal a second frequency band signal and a conventional narrowband signal.The determination module is configured to receive an instruction signal from the settop box and correspondingly output a control signal.The switch module is configured to provide one of the first frequency band signal the second frequency band signal and the conventional narrowband signal to the settop box according to the control signal.The first frequency band signal and the second frequency band signal are respectively a verticallypolarized wideband signal and a horizontallypolarized wideband signal and the conventional narrowband signal is one of a verticallypolarized highfrequency signal a verticallypolarized lowfrequency signal a horizontallypolarized lowfrequency signal and a horizontallypolarized highfrequency signal.
Patent claim: A method of design synthesis to achieve an exponential current digitaltoanalog converter IDAC having improved accuracy using a LSB exponential IDAC and an binaryweighted most significant bit MSB exponential IDAC whose method of design synthesis comprising defining a differential nonlinearity DNL defining number of LSB bits needed for the targeted DNL with a binary weighted MSB calculating the number of bits to be used for the binaryweighted MSB to get the desired IDAC base deriving the minimum current for the Imax defining the LSB as an exponential current mirror according to the specified relationship for the ILSB defining a binary weighted MSB according to the specified relationship for IMSB synthesizing said LSB exponential IDACsynthesizing said binaryweighted most significant bit MSB exponential IDACintegrating said LSB exponential IDAC and said binaryweighted most significant bit MSB exponential IDACand optimize said exponential current digitaltoanalog converter IDAC.

Related passage: Fig.1 illustrates the principle of the configurable boost dotted tracesThe current in the IDAC block iDAC 6 is programmed in steps between 0 and 25mA e.g.in logarithmic sequence with a resolution number of bits defined by an application and The programming word for prog iDAC is used to setThe tap point for the Rref 9 which defines the reference voltage Vref for the Error Amplifier EA 7The scale factor for the power switch NFET 5The clock frequency of the PWM signal clk.
Patent claim: The surgical instrument according to claim 2 wherein the controller is further configured to store a stability counter of current draw samples within the second range preferably wherein the controller determines whether motor current is stable when the stability counter is above a predetermined stability threshold.

Related passage: Surgical device 10 includes a housing having lower portion 12 forming a base and an intermediate portion 14 which includes several fingeractuated control buttons 17 and 18 and rocker device 27.Lower portion 12 is configured to selectively store a power source in the form of a battery or the like not shown.Intermediate portion 14 is configured and adapted to house at least one drive motor not shown that is powered by the power source.Surgical device 10 further includes control circuitry not shown therein which controls the operation of surgical device 10 based on input from a user andor feedback obtained prior to during or after operation of surgical device 10.
Patent claim: A coated cutting tool according to any of the preceding claims characterized in that the compressive residual stress is between 0.5 to 1.5 GPa.

Related passage: The coating comprises two TiAlNlayers with different AlTiratios.The inner layer has a higher AlTiratio than the outer layer.The inner layer consists of an AlyTi1yNlayer with y0.40.67 preferably 0.450.60.The coating thickness of the inner layer is 0.32.5 m preferably 0.52.0 m.In one preferred embodiment the inner layer is an aperiodic lamella coating consisting of alternating layers of AlzTi1zN and AlvTi1vN where z0.550.70 preferably z0.60.67 and v0.350.53 preferably v0.400.50.The coating thickness of each individual layer is 0.120 nm preferably 110 nm.The outer layer consists of an AlwTi1wN layer with w0.150.35 preferably w0.200.30.The coating thickness of the outer layer is 0.55.0 m preferably 1.04.0 m.In one preferred embodiment the outer layer consists of an aperiodic lamella coating with alternating layers of AlmTi1mN AlnTi1nN and AlkTi1kN where m00.2 preferably m00.1 n0.350.53 preferably n0.400.50 k0.550.70 preferably k0.60.67.The coating thickness of each individual layer is 0.120 nm preferably 110 nm.The total thickness of the coating is 0.87.5 m preferably 1.56.0 m.The thickness of the individual layers is measured on the flank face 0.2 mm below the cutting edge.
Patent claim: The video processing device according to claim 6 furthercomprising a motion analyzing unit for obtaining a motion level of the raw video wherein the adjusting unit is for adjusting the bit rate or the resolution according to the noise level and the motion level.

Related passage: As is illustrated in FIG.9 the approximated generalized Wiener filtering shown in FIGS.8A through 8C may also be performed on an inter block assuming that noise is removed from motioncompensated estimation block information pmn.
Patent claim: The apparatus of claim 4 wherein the first through third planes each display any one of channel information timewise program airing information and general tag information for a program being aired.

Related passage: As noted above tags can be extracted or derived from EPG content in the broadcast stream.For example the program information shown in FIG.1A could be parsed to determine different tags for different types of sports programs available to a viewer e.g.BASEBALL FOOTBALL SOCCER JUDO RACING etc.Once obtained the tags can be arranged in a tag cloud which is a visual depiction or arrangement of the tags that permits a user to distinguish between the displayed tags.By displaying different tags differently within the tag cloud a user can determine additional information about the content represented by the tags.
Patent claim: The apparatus of claim 7 wherein if the first state is a locking state and the second state is an unlocking state the state switching information comprises an unlocking password and first identification information the first identification information being for notifying the terminal to switch the realtime state from the first state to the second state or if the first state is an unlocking state and the second state is a locking state the state switching information comprises second identification information the second identification information being for notifying the terminal to switch the realtime state from the first stateto the second state.

Related passage: The service terminal 20 is a terminal for purveying a variety of information such as music picture map or the like information or selling commercial goods installed on a street or in a store an ATM terminal provided in a bank a wicket gate in a station as means of traffic seats in public means of conveyance such as aircraft or electrical car or a device embedded in a wall of a building for furnishing a wide variety of services.The communication may be had between the portable equipment 10 and the service terminal 20 by the user 30 contacting a contact point 29 of the service terminal 20such as by touching with a finger or the palm of his or her hand.
Patent claim: Arrangement 100 according to one of the claims 1 to 7 further comprising a fourth holding device 180 comprising a fourth end frame 181 for holding a fourth root end 141 of a fourth blade 140 and a fourth centre frame 182 for holding a fourth centre section 142 of the fourth blade 140 in such a way that the fourth centre section 142 is spaced from a fourth tip end 143 of the fourth blade 140 wherein the fourth end frame 181 is formed for being coupled to the supporting base and wherein the fourth holding device 180 is formed for holding the fourth blade 140 within the second holding plane 102 wherein the fourth centre frame 182 is coupled to the second centre frame 162.

Related passage: The main frame structure 33 has room for three rows of root frame structures 5 each row having room for two spars 2.The main frame support means 18 is in the form of a crossbar on which the first root frame structure 5 is arranged.As can be seen in Fig.8 two crossbars 18 are arranged in a raised position and a lower crossbar is arranged between the two raised crossbars.Furthermore each main frame support means 18 has a main frame connection means 36 in the form of a set of studs for receiving a root frame structure 5.The root frame structure 5 has indentations 22 for receiving the studs and thus fasten the root frame structure onto the main frame structure 33.