bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The pressuresensitive adhesive composition according to claim 1 or claim2 comprising a hetero ringcontaining vinyl monomer as the pressuresensitive adhesive composite.

Related passage: In the present invention the polymerizable composition forming the pressuresensitive adhesive layer such as the specific acrylic polymerizable composition may contain other additives as long as curing of the present invention is not impaired.Examples of other additives include a tackifier such as rosin derivative resin polyterpene resin petroleum resin and oilsoluble phenolic resin a plasticizer a filler an antiaging agent and a surfactant.In addition a crosslinking accelerator may be used.
Patent claim: An antenna structure 100 FIG.1FIG.5c comprising a feed terminal d1 for connecting a feed signal Sf1 FIG.2 an intermediate grounding terminal hg1 for conducting to a ground plane G1 FIG.1 via an intermediate impedance z1 FIG.2 during a second operation mode and ceasing conducting via the intermediate impedance during a first operation mode a tail grounding terminal g1 for connecting the ground plane a head section sa1 being conductive extending from the feed terminal to the intermediate grounding terminal along a loop 102 and an intermediate section sb1 being conductive extending from the intermediate grounding terminal to the tail grounding terminal along the loop.

Related passage: As the first and second antennas 210 220 may be physically connected to each other along the metal perimeter by metal e.g.by a metal insertfilling or by sharing the ground connection G12 it will be understood that the first and second antennas 210 220 may each include a metal outer surface that physically contacts the metal outer surface of the other antenna.The first and second antennas 210 220 may thus collectively define an uninterrupted metal outer surface that is a continuouslymetal outer surface in the outer surface edges E andor the metal front outer surface F of the wireless electronic device 100.In other words respective metal outer surfaces of the first and second antennas 210 220 may physically connect to provide a combined metal outer surface that onlyexclusively includes metal.Accordingly portions of the outer surface edges E andor the metal front outer surface F that include a combination of the first and second antennas 210 220 may be free of nonmetal e.g.plastic glass ceramic etc.discontinuities and may thus provide a more continuous metal look andor feel to the exterior of the wireless electronic device 100.
Patent claim: The femtocell access point of claim 8 wherein the base station cell parameter difference is a difference in a frame start between the femtocell access point and each neighboring base station.

Related passage: Or the storage unit 403 may be configured to storage a mapping relation of the Femtocell EI the neighbor macro cell ID the FemtocellcellID and the Femtocell SFNoffset wherethe Femtocell SFNoffset is an SFN offset between a Femtocell equipment and a neighbor macro cell of the Femtocell equipment.In this case the Relocation Request message received by the receiving unit 401 includes an offset between the SFN of a Femtocell that acts as a handover target and the SFN of a source macro cell where the UE is located a cell ID of the source macro cell where the UE is located and a cell ID of the Femtocell that acts as a handover target.The processing unit 402 is configured to search the SFN offsets which are between a plurality of Femtocell equipments and neighbor macro cells of the plurality of Femtocell equipments and are stored in the storage unit 403 for an SFN offset that matches the offset carried in the Relocation Request message and determine Femtocell equipments which corresponds to the source macro cell ID the matched SFNOffsets of the Femtocell and the cell ID of the Femtocell that acts as a handover target as candidate target Femtocells according to the mapping relation of the Femtocell EI the neighbor cell ID the FemtocellcellID and the Femtocell SFNoffset where the SFN offset is between the SFN of the Femtocell equipment and the SFNs of the neighbor macro cells of the Femtocell equipment.
Patent claim: Method according to one of claims 1 and 2 wherein in the third step S3 said chosen secondary evolved Node B 3 estimates a velocity of said user equipment 1 from said received history cell information data.

Related passage: A secondary cell SCell is configured to form a pair of a PCell and a serving cell in accordance with the UE capability.In downlink a carrier corresponding to SCell is a downlink secondary component carrier DL SCC.In uplink a carrier corresponding to SCell is an uplink secondary component carrier UL SCC.
Patent claim: The display controlling method of claim 7 wherein the step of scaling the 3Dholographic virtual object according to changes in the area of the eyeball that is not covered by the eyelid of the user comprises decreasing a distance between the 3D holographic virtual object and the user when the area of the eyeball that is not covered by the eyelid of the user becomes smaller and increasing the distance between the 3D holographic virtual object and the user when the area of the eyeball that is not covered by the eyelid of the user becomes greater.

Related passage: Further when the mobile terminal 100 has entered the eye tracking mode the controller 180 determines whether a first gesture through the eye has been obtained S20 and displays a guide screen in response to the first gesture S30.
Patent claim: A lightemitting device comprising a lightemitting element that emits light having aluminescence peak in a wavelength range of 250 to 500 nm and a fluorescence lightemitting layer containing a yellow lightemitting phosphor that receives light from the lightemitting element and emits yellow light said yellow lightemitting phosphor being the phosphor according to claim 1.

Related passage: The yellowemitting luminescent material of this embodiment includes an inorganic compound having a crystal structure substantially the same as Sr2Al3Si7ON13 as a base material and a part of the constituent element M is substituted by the luminescence center ion Ce.The composition of each element is specified within a predetermined range.In this case the luminescent material exhibits preferable characteristics such as high efficiency wide luminescence emission spectrum half width and temperature property.
Patent claim: The mobile device 102 of claim 10 or claim 12 wherein the first communication session 108 is a packet switched PS session and the second communication session 110 is a circuit switched CS session.

Related passage: The present invention relates to the field of communications especially to a domain transferring method for single radio voice call continuity SR VCC which is accessed the architecture of the long term evolutionsystem architecture evolution LTESAE of the next generation mobile communication networks.
Patent claim: A method of tuning the downconversion circuit 30 according to claim 4 or 8 comprising generating an oscillating test signal having a frequency which is offset by a frequency df from a harmonic of the LO frequency wherein the frequency df falls within a passband 390 or transition band 395 of a channelselection filter 370 arranged to filter the combined output signal injecting the oscillating test signal into the ports of the first and second passive switching mixers 70 80 tuning components of the passive output combiner network 90 byfirst tuning tunable resistors 100ab 110ab of the passive output combiner network 90 for determining a resistor tuning setting that minimizes the power contribution of theoscillating test signal at the output of the channel selection filter 370 for a default setting of tunable capacitors 120 130 of the passive output combiner network 90 andthereafter tuning said tunable capacitors 120 130 of the passive output combiner network 90 for determining a capacitor tuning setting that minimizes the power contribution of the oscillating test signal at the output of the channel selection filter 370 for said determined setting of said tunable resistors 100ab 110ab of the passive output combiner network 90 and applying said determined resistor tuning setting and said determined capacitor tuning setting to the tunable resistors 100ab 110ab and the tunable capacitors 120 130 respectively.

Related passage: Figure 8 shows a flow chart 100 illustrating the process described above.In step 101 the first local oscillator signal LO1 is generated as a square wavewith a duty cycle13.Alternatively as mentioned above the duty cycle may be23.In step 102 the second local oscillator signal L02 is gener ated as a modified square wave with a duty cycle23 of which one part has a positive amplitude and another part has a negative amplitude.In step 103 the first local oscillator signal L01 is delayed by 14 of the period time to achieve a phase shift of 2 between the two local oscillator signals.In a practical implementation the two local oscillator signals may just be generated with the appropriate phase shift.The LO1 signal is then used in step 104 for mixing the input signal in the multiplier 4 to obtain a first downconverted signal.The L02 signal is used in step 105 for mixing the input signal in the multiplier 5 to obtain a second downconverted signal.In step 106 one of the downconverted signals is then multiplied by a precalculated factor e.g.the gain factordescribed above to ensure that the 5th and 7th harmonics are cancelled.Finally in step 107 the two downconverted signals are added together to achieve the desired output signal.
Patent claim: A method as in any of claims 8 to 13 wherein said processing of the digital data comprisesprocessing the digital data and generating a trigger signal upon the occurrence of a trigger event storing digital data for a waveform in response to the event trigger signal rasterizing stored waveforms to generate rasterized waveforms and generating the timedomain bitmap using a summation of the rasterized waveforms.

Related passage: In some embodiments the processor 125 collects a plurality of sequential bitmaps subtracts the plurality of sequential bitmaps from a single reference bitmap to produce a plurality of difference bitmaps that represent a plurality of different measurement intervals measures the density differences of each of the difference bitmaps to produce a plurality of density difference measurements and then provides those density difference measurements in the form of a display of density difference versus measurement interval.In this manner the processor 125 may help a user identify the period of intermittent interference signals present in the input signal.
Patent claim: The method of claim 6 wherein the header comprises at least one of a version value and a type identifier ID.

Related passage: Specifically an input method for example remote input method may be set on the touchscreen mobile phone.When needing to perform input the touchscreen mobile phone goes to the input interface for example editing a short message writing a mail or adding a memo.In this case the input method of the touchscreen mobile phone is switched to the remote input method.Then the touchscreen mobile phone automatically sends an input request message within the wireless signal range in a wireless manner for example Bluetooth infrared WiFi or the like.
Patent claim: Method for cutting plants comprising the consecutive steps ofproviding 1 a plant to a carrier for transporting the plant to a cutting areaproducing 2 a first image of the plant by a first camera systemanalysing 3 the first image so as to determine at least one cutting position where the plant is to be cutpositioning 4 the plant for cuttingcutting 6 the plant at the cutting position into at least two parts characterised in that the cutting is performed by using 5 information from a second image made of the plant in 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 branching unit 210 of any previous claim whereinthe branching unit 210 comprises a plurality of bypass switches for a corresponding plurality of optical cables connectable to the branching unit 210at least one of the bypass switches of the plurality of bypass switches is electrically powered using electrical power provided via the corresponding optical cable of the plurality of optical cablesat least one of the plurality of bypass switches is configured for operating in a first mode or in a second modethe plurality of bypass switches are configured to operate such that in case of an interruption of the electrical power on one of the plurality of optical cables an optical signal provided by the one of the plurality of optical cables is replaced by an optical signal provided by another one of the plurality of optical cables.

Related passage: On the other hand repeaters 71 and 72 are inserted in lines referred to as branch lines L5 and L6 interconnecting the branch station 53 and the optical branching device 54.The branch station 53 is situated for example on an island located in the ocean between the terminal stations 51 and 52.
Patent claim: An information processing program that moves a virtual camera in a virtual space within a predetermined movable range in response to a movement andor an orientation of a controller 5 characterized in that the information processing program causes a computer to change a correspondence relation between the movement andor the orientation of the controller 5 and a capturing direction andor a viewing point position of the virtual camera after the capturing direction andor the viewing point position of the virtual camera reaches a limit of the movable range in response to the movement or the orientation of the controller 5 in a predetermined direction.

Related passage: The distance curve data 513 indicates association between the switching time t and the virtual camera distance Kk for each of the left virtual camera Hk and the right virtual camera Mk which is used for switching from the planar view image to the stereoscopically visible image as described in the first embodiment.However in the present embodiment the distance curve data 513 represents association between the horizontal rotation angle Sk and the virtual camera distance Kk as shown in FIG.12 by way of example unlike the distance curve data 510 of the first embodiment.The distance curve data 513 is read when the game program is read from the internal data storage memory 35 as described below.
Patent claim: The method of claim 1 wherein each of the group of users receives a same first service identification over a downlink common control channel being sent to all of the group of users.

Related passage: Also a multicast server is divided into a downlink shared channel DSCH control frame size period as shown in FIG.1 and performs a transmission to each mobile station via a downlink shared channel DSCH.Otherwise as shown in FIG.2 the multicast server individually loads a downlink shared channel DSCH control frame area and a downlink shared channel DSCH data frame area on a downlink shared channel DSCH.
Patent claim: A predictive motor vehicle driver assistance system according to any one of the preceding claims wherein the Waypoint Matching function is designed to search for the Waypoint spatially closest to the current motor vehicle positionbased on a scoring function in which the direction of travel of the motor vehicle is included in the scoring criteriononly when the motor vehicle is in motionbased on a threshold distance such that if the search finds no Waypoint with the necessary characteristics within this threshold distance then a new Waypoint is defined.

Related passage: The present invention relates to a method and a corresponding system that enables an improvement in the driving efficiency of a vehicle by providing various indications to the driver of the vehicle reflecting the efficiency of his driving said indication being based on the comparison of the currently recorded parameters and parameters recorded during previous drives of the same route or with parameters recorded by similar systems of other vehicles.
Patent claim: The ophtalmic composition according to anyone of claims 1 to 5 wherein the content of the hyaluronic acid is between 0.01 and 1.0 wv based on the total ophtalmic composition.

Related passage: In a preferred embodiment of the invention the aqueous ophthalmic solution is characterized by including latanoprost at a concentration of 0.005 a pH damper system that may be selected from boric acid citric acid sorbic acid acetic acid sodium borate monobasic sodium phosphate dibasic sodium phosphate sodium citrate and sodium acetate in a range of concentration from 0.001 to 5.0 one or more agents that increase the viscosity such as hydroxypropylcellulose carbooxylmethylcellulose sulfate chondrointin formal glycerol methyldinoglycerol and cyclodextrins in a concentration ranging from 0.05 to 20.00 one or more tensoactive agents moisturizers such as polyoxyl 40 stearate polysorbate 80 poloxamer and tyloxapol in concentrations ranging from 0.01 to 20.0 one or more osmolarity regulating agents such as sodium chloride sorbitol manitol and dextrose at a concentration ranging from 0.6 to 1.8 expressed as chemical equivalents of sodium chloride one or more preservatives such as benzalkonium chloride benzetonium chloride thiomersal phenylmercury acetate or nitrate parabens chlorohexidine gluconate ethylic alcohol cetrimide sodium perborate and chlorobutanol in adequate concentration in order to provide an antimicrobian effect.It may also contain one or more antioxidant agents such as disodic edetate sodium metabisulfite sodium bisulfite acetylcysteine sodiumthiosulfate and thiourea in adequate concentration in order to give the required effect.
Patent claim: The display apparatus of claim 2 wherein in response to a third photo being received from the first portable apparatus through the communicator the controller is configured to reduce the second photo to generate a reduced image of the second photo and control the display to display the received third photo and overlap the reduced image of the first photo and the reduced image of the second photo with a part of the third photo.

Related passage: Each computer system may include inter alia one or more computers and at least a computer readable medium allowing a computer to read data instructions messages or message packets and other computer readable information from the computer readable medium.The computer readable medium may include computer readable storage medium embodying nonvolatile memory such as readonly memory ROM flash memory disk drive memory CDROM and other permanent storage.Additionally a computer medium may include volatile storage such as RAM buffers cache memory and network circuits.
Patent claim: The vehicle testing method of claim 4 wherein said applying a test action to the vehicle comprises resetting vehicle onboard diagnostic monitors of the vehicle computer wherein said monitoring the signal of the vehicle computer associated with said test action comprises monitoring a noncontinuous monitor of the vehicle computer and wherein said determining whether the signal of the vehicle computer associated with said test action meets said expected response comprises evaluating whether the noncontinuous monitor of the vehicle computer obtains a set condition prior to meeting said expected response.

Related passage: Meanwhile every time a predetermined period of time elapses the CPU 11a of the automatic charging apparatus 10 executes the diagnosis calculation start routine shown in FIG.8 from step 800 thereof.In step 805 the CUP 11a judges whether a policing code has been received.When the result of the judgment in step 805 becomes Yes the CPU 11a proceeds to step 810.When the result of the judgment in step 805 is No the CPU 11a proceeds to step 895 so as to end the present routine.Accordingly when a policing code is transmitted from the monitor apparatus 20 the result of the judgment in step 805 is Yes and the CPU 11a proceeds to step 810.In step 810 the CPU 11a immediately transmits a response signal to the monitor apparatus 20 within 5 seconds after transmission of the policing code.The response signal includes a special code indicating reception of a policing code and an ID code allotted to each automatic charging apparatus 10 specification information peculiar to the individual automatic charging apparatus 10.
Patent claim: A system for controlling a wind farm when a ramp up or ramp down rate of the wind farm deviates from a gridcode or corresponding criteria the system comprising an operation unit for receiving information on wind conditions from outside determining whether or not the ramp up or ramp down rate of the wind farm deviates from the gridcode due to a change in wind speed and whether or not the wind speed is within a range of wind power generation reference speed determining the number of wind turbines NWT to be controlled simultaneously if the ramp up or ramp down rate of the wind farm deviates from the gridcode grouping the wind turbines into first to Nth groups and determining a control start time TGnstart and a control end time TGnend of each group and a control unit for controlling the wind turbines based on the control start time TGnstart and the control end time TGnend determined by the operation unit.

Related passage: The sequencing module 74 comprises an algorithm adapted to sequence the requests received from the wind turbine generators based on operating conditions of the wind turbine generators and the instantaneous rolling average of the wind farm power ramp rate computed by the ramp rate estimation module 72.Input to the sequencing module 74 may comprise operating conditions of individual wind turbine generators including wind speed turbine speed turbine power rate of change of turbine speed rate of change of turbine power blade pitch angle projected wind speed and so forth communicated by respective turbine level control systems 58.The sequencing algorithm is discussed in greater detail with reference to FIG.4.