bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Arrangement 100 according to one of the claims 1 to 3 wherein the first holding device 150 and the second holding device 160 are coupleable to the supporting base such that a first direction of a first chord line 114 of a first profile of the first centre section 112 of the first blade110 is alignable parallel along an upper surface of the supporting base and a second direction of a second chord line 124 of a second profile of the second centre section 122 of the second blade 120 is alignable parallel along an upper surface of the supporting base.

Related passage: As can be seen from Figs.1 and 2 the fixation device 6 comprises an open frame structure having a base structure and two sides 13 enabling the spar 2 to enter between the sides of the frame and into a device fixation means 9.
Patent claim: The device as claimed in claim 1 wherein the two zones include a first restricted zone to which entry is restricted and which the object tries to enter and a second zone respectivelythe access device includes an authentication device configured to determine whether the object which tries to enter the first zone has authority and only when the authentication device determines that the object has authority the gate is moved to the opened position or moving the gate to the opened position is permitted.

Related passage: The restriction section includes a plurality of openclose members which are arranged along the passageway and slide in a lateral direction relative to the traveling direction of the person traveling the gate apparatus to openclose the passageway and forms a passageway to the predetermined region of the exit by adjusting the degrees of opening of the openclose members.With the restriction section configured in this manner the shape of the passageway can be adjusted by adjusting the degrees of opening of the openclose members and the passageway is connected to the predetermined region of the exit thereby smoothly guiding the person to the exit.
Patent claim: A method of operating a plurality of wind turbines the method comprising detecting one or more pairs of the wind turbines having a first wind turbine and a second wind turbine in a situation wherein presence of the first wind turbine affects the wind so that a wake is generated that affects the second wind turbine operating for at least some of the detected pairs of wind turbines the first and second wind turbines of the pair of wind turbines by performing a method of operating first and second wind turbines according to any of claims 1 to 10.

Related passage: The control scheme can be predetermined based on the layout and stored for use in operation of the wind farm.The control scheme can be updated as needed to implement an optimal scheme or when changes are made to the wind farm such as adding or removing a turbine or other factors that may affect power production.The control scheme may be modeled using computer simulation or computer modeling based on past data or current data.Moreover the power production of the wind farm can be monitored during operation and the control scheme can be optimally adjusted over time.For example a learning algorithm or neural network or other information or signal processing system can monitor the power production during operation and learn the optimal controller settings to be implemented in the scheme.Other known methods of optimization may be used to determine the best controller settings for this scheme.
Patent claim: The renewable energy power generating apparatus according to claim 1 or 2 further comprising an oil pan configured to receive leaked oil which has leaked from the oilusing unit 10 disposed in the nacelle 20.

Related passage: A first distribution subsystem 10 is arranged in the tower 1 and comprises here two pipes 11 11a through which the the liquid medium is transported from the sources 2 2a.Furthermore the first distribution subsystem 10 comprises optionally and only if required one or more further items.As an example pumps 13 13a are provided in order to pump the liquid medium at defined pumpinglocations in the wind turbine 100.The number of the pumps 13 13a can be chosen according to various parameters such as a power consumption of the pumps 13 13a a specific weight of the liquid medium to be pumped the pressure which is needed etc.Further optionally at least one heat exchanger 14 can be arranged within the tower 1 in order to heat andor to cool the liquid medium itself andor to heat andor to cool any components for example a gearbox or a generator 80 in the wind turbine 100.As a further option one or more valves 15 can be added to the system in order to regulate a flow of the liquid medium.Moreover one or more reservoirs 12 can optionally be added to the system in order to store or access the liquid medium on its way through the wind turbine 100.For example a number of the reservoirs 12 can be adjusted to a number of pumps 13 13a in the system.As a further option a number of reservoirs 12 andor valves 15 can be adjusted to a number of locations in the tower 1 where access to the liquid medium is desired.
Patent claim: A mobile terminal 100 comprising a displaying unit 151 configured to display information a wireless communication unit 110 configured to provide a phone call connection with a call counterpart the wireless communication unit 110 configured to communicate with an external terminal device and a controller 180 configured to control a display of the displaying unit wherein in response to receiving a request to share at least one content from the external terminal device the controller is further configure to control the sharing requested content to be provided to the call counterpart.

Related passage: Further according to a fifth embodiment of the present invention the sharing function can be activated if during a call an external device is connected to the mobile phone or a medium is inserted in the mobile phone.For example if during a call the main controller 18 detects that an external audiovideo device is connected to the mobile phone e.g.via Bluetooth interface 6 or that a Memory Stick 14 having recorded thereon audiovideo signals is inserted in memory stick slot 13 the main controller 18 starts the sharing process for sharing the audiovideo signals reproduced from the device or the Memory Stick 14 wherein the audiovideo signals are transmitted e.g.after user confirmation to the determined recipient.This embodiment of the present invention can be combined with the embodiments above.
Patent claim: The rechargeable battery according to one of claims 114 wherein a width 121 W of remaining portions of the current collector 120 120 at the first fuse HFA1 is less than a width 123W of remaining portions of the current collector 120 120 at the second fuse LFA.

Related passage: The lower insulation members 129 and 139 prevent or substantially prevent a short circuit between the cap plate 171 and the first and second electrode terminals 120 and 130.In this embodiment the lower insulation members 129 and 139 may be formed of polyphenylene sulfide PPS.However the materials of the lower insulation members 129 and 139 are not limited thereto.
Patent claim: A method for monitoring a return electrode comprising the steps of sweeping a drive signal over a frequency range of a return electrode monitoring system including at least one return electrode pad having at least one pair of split electrode pads obtaining frequency shift information corresponding to a feedback signal which is generated in response to the drive signal and determining a reactance of a complex impedance across the at least one pair of split electrode pads of the return electrode monitoring system using the frequency shift information.

Related passage: The controller 24 then determines the frequency response at each frequency between fa and fb by calculating the magnitude of output voltage output current and the phase difference.Using the frequency response the complex impedance of the return electrode pad 6 may be determined once other variables are known.
Patent claim: A trash can assembly comprising a body component a lid mounted relative to the body component and configured to move between open and closed positions the lid having a lid driving mechanism a power operated driving mechanism comprising a motor coupled with a shaft and a clutch mechanism engageable with the lid driving mechanism the clutch mechanism configured to receive torque from the motor via the shaft and to transmit the torque to the lid driving mechanism to move the lid between the open and closed positions wherein the lid driving mechanism and the clutch member are configured to allow a user to manually move the lid between the open and closed positions substantially without applying torque to at least one of the motor the shaft and the clutch mechanism.

Related passage: When a bag is used e.g.a plastics bin bag its open top protrudes upwardly through the aperture 46 in the frame 45 is folded over the rim 47 and held by an elastic band 53.
Patent claim: The method of claim 10 wherein a transfer function of the loop filter is determined by the equation FsRdsR1i1n1mi1m1si where n is the order of the closed loop transfer function of phase locked loop R is the loop filter gain.

Related passage: When we include the practical PLL consideration that nd0 and the stability requirement from the table above that nzni we can reduce this equation to HsORNi1ni1sii1ni1siNKdKvKfsni1ini1ninp1sj from which it becomes clear that the highest order of the left member of the denominator is sni while the lowest order of the right member of the denominator is sni1.This shows that the multiplication factor NKdKvKf can be isolated from all coefficients that it occurs in.
Patent claim: A method of controlling a mobile terminal 100 the method comprising receiving S710 S720 a touch input through a touchscreen 151 of the mobile terminal in combination with a rotation of the mobile terminal detected through a motion sensor 140 and executing S730 via a controller 180 of the mobile terminal a specific function on the mobile terminal corresponding to the combination of the touch input and the rotation of the mobile terminal.

Related passage: The motion detector may be embodied by a threeaxis acceleration sensor which may be selected from various products on the market in consideration of an appropriate size suitable for installation in a portable terminal and performances.
Patent claim: The customer edge device CE1 according to claim 13 characterised in that the customer edge device CE1 further comprises a forwarding table 31 containing at least one mapping of an Ethernet address of a network device of one of the at least one further Ethernet LAN LAN2 LAN3 to an IP address of the respective customer edge device CE2 CE3 of the at least one further Ethernet LAN LAN2 LAN3 with which the network device is associated.

Related passage: The signalling system 20 illustrated in FIG.1 includes the preferred SS7 network of interconnected STPs 120.Those skilled in the art will recognize that STP 120 is a multiport high speed packet switch that directs traffic among entities on a network.It should be noted that signal transfer point devices such as STP 120 are conventionally installed in redundant pairs within a network as illustrated so that if one device fails its mate takes over until the first STP 120 is able to return to service.
Patent claim: The method according to claim 9 further comprising transferring the translated command to the storage controller which manages the target logical volume.

Related passage: As a result of the above processes when the logic volume being the target of the process of the data inputoutput request has been judged to be possible to be written in that is the logic volume exists its capacity is large enough and its access limit has no problem the first storage control apparatus 10 transmits a data writein request to the second storage control apparatus 20 S417.The second storage control apparatus 20 receives this data writein request and writes the writein data in the second logic volume 21.
Patent claim: A power steering apparatus comprisinga rack shaft that comprises a rack and moves a steered unit a first pinion shaft that comprises a first pinion meshing with the rack of the rack shaft and is rotated along with steering of a steering unit a second pinion shaft that comprises a second pinion meshing with the rack of the rack shaft and a driven portion which receives a driving force by a drive unit a rotator that is provided at a portion of the second pinion shaft which is opposite to the second pinion with the driven portion interposed between the rotator and the second pinion and is rotated together with the second pinion shaft and a detector that is rotated meshing with the rotator and detects a rotational angle of the rotator.

Related passage: According to the configuration described above the motor neutral point is computed using the conversion value that is computed based on the steering angle detection value taking into account the steering gear ratio corresponding to the steering angle.Thus it is possible to prevent the motor angle detection value detected by the relative angle sensor at the time when steering is actually performed to the neutral position from becoming a value deviated from the motor neutral point regardless of the steering angle at the time when the motor neutral point is obtained.
Patent claim: The UV curable inkjet printer according to claim 13 wherein the white ink print head is a continuous ink flow printhead.

Related passage: Details of the actinic energy rays are the same as these to be described later and examples thereof include ultraviolet rays visible raysraysrays X rays and electron beams wherein ultraviolet rays and visible rays are preferable and ultraviolet rays are particularly preferable from the viewpoint of cost and safety.
Patent claim: A drive device for a fuel injection valve having an electromagnet with a stationary core 107 and an electromagnetic coil 105 a movable core 102 driven with the electromagnet a valve plug 114 assembled into the movable core 102 a pressure member 110 of giving the movable core 102 a pressure in a valve closing direction and the drivedevice 121 of controlling a voltage applied in accordance with a fuel injection pulse to supply the electromagnetic coil 105 with a current wherein the drive device 121 is configured to in between termination of an electromagnetic coilvoltage application equivalent to termination of a first fuel injection period and initiation of an electromagnetic coilvoltage application equivalent to initiation of a second fuel injection period subsequent to the first fuel injection period apply the electromagnetic coil 105 with a voltage at a level of not opening the valve to supply an intermediate current 407 for the electromagnetic coil 105 in the same direction as a direction of a drive current 404 for opening the valve and the drive device 120 121 sets the voltage application for the intermediate current 407 to initiate after turning off the electromagnetic coilvoltage application in the first fuel injection period before a first point in time when the valve plug 114 sits on a valve seat 118 and terminate beforehalf a period of time between the first point 32 in time and a second point in time when initiating an application of a drive voltage for opening the valve in the second fuel injection period.

Related passage: When the midterm energization the voltage 407 and a driving current 406 is carried out between times t4 and t6a magnetic field is produced between the stationary core 107 and the movable core 102 to generate magnetic attractive force.The movable core 102 is caused to early stop the motion of moving away from the stationary core 107 by this magnetic attractiveforce and is attracted to the staticonary core 107.As a result as shown by a solid line M of Fig.4 the movable core 102 can be quickly returned to the initial position where the valve opening operation is started namely the initial position is a position where the contact face 201 of the movable core is in close contact with the contact face 202 of the valve element 114 by the spring force of the movable coreinitial positioning spring 112 when the coil 105 is not energized.
Patent claim: Hearing device according to any of claims 1012 wherein the second closure arm comprises a second protrusion at the second distal end.

Related passage: The electrical contact 16 here pulls the air battery 8 away from the magnet 11 by biasing the air battery 8 to the electrical contact 15 side.Consequently the air holes 10 are opened air is supplied to the air battery 8 and power generation begins.
Patent claim: The system of Claim 4 wherein the headbuoy further comprisesa battery 140 connected to the actuator device 112A and configured to actuate the actuator device 112A.

Related passage: The seismic acquisition system may include a plurality of seismic sensor streamers 14 towed by the seismic vessel 10 as shown in FIG.1 or by a different vessel not shown.The streamers 14 are generally cables that extend behind the towing vessel for a certain distance and each such streamer 14 includes seismic sensors 22 disposed thereon at spaced apart locations.The seismic sensors 22 are typically pressure or pressure time gradient responsive sensors such as hydrophones but may also be particle motion responsive sensors such as acceleromcters or geophones or combinations of hydrophones and geophones.The type of sensor is not a limitation on the scope of the present invention.Geometry of the streamers in the water is maintained by various towing devices including lateral force generating devices called paravanes 18 disposed at the end of paravane lead in ropes 16.The streamers 14 are coupled at their forward ends to a respective termination 21 which couples the streamer 14 to a corresponding lead in cable 20.The paravane lead in ropes 16 and lead in cables 20 may be deployed from the vessel 10 and retrieved thereon by winches not shown or similar spooling devices known in the art.The lateral separation of the paravanes 18 may be limited by a spreader cable 19 ultimately to maintain the geometry of the entire array of streamers 14.In some examples the centermost section of the spreader cable 19 may be omitted.
Patent claim: The sensor of any one of claims 13 wherein the subtraction element is digital.

Related passage: The detection system which is the main embodiment of the invention consists for example of the dual element type P4488 series pyroelectric detector from the Hamamatsu Corporation Bridgewater NJ with two pyroelectric sensing areas 11 and 12 covered by a silicon window 13 with a 5 m long pass filter to pass only infrared radiation which corresponds to emission in the range of the internal temperature of a human body as shown schematically on FIG.4a.One of the sensing elements 11 is covered by a negative correlation filter when the other sensing area 12 is covered by an appropriate attenuation filter which does not have spectral bands characteristic to the measured analyte.Spectrally modified infrared radiation from for example the tympanic membrane illuminates both windows one with a negative correlating filter which blocks radiation in the absorption bands for the analyte to be measured and the other which passes through a neutral density filter capable of blocking radiation equally at all wavelengths in the range of interest.It is to compensate for overall attenuation by the negative correlating filter in the first sensing area.The two sensing areas 11 and 12 of the detector 7 whose top view is shown on FIG.4b are connected so that theiroutputs are subtracted as shown on the electrical internal detector scheme on FIG.4c.Difference of the radiation intensity between the two radiation paths provides a measure proportional to the analyte concentration.The electrical signal from the detector is then sent to the forming electronics 8 system and further to the microcomputer 9 and to the display 10 system as shown in FIG.4.The intensity of this signal is proportional to the spectral difference measured by the detector and thus proportional to the concentration of the body analyte.
Patent claim: The touch liquid crystal display panel according to Claim 1 characterized in that said shielding electrode is located at the outer side of said color film substrate and underneath said touch signal transmission line.

Related passage: Also when the touch sensor 37 of the electrostatic capacitive coupling type is combined with the display panel 20 as is done in this second preferred embodiment a shield layer not shown is preferably provided between the location sensing transparent conductive film 32 or 34 of the touch sensor 37 and the display panel 20 thereby preventing the touch sensor 37 from being affected by the noise coming out ofthe display panel 20.Furthermore the location sensing transparent conductive film 32 or 34 of the touch sensor 37 is well spaced apart from the display panel 20 so as to minimize the effects of the noise coming out of the display panel 20.
Patent claim: The phase locked loop of claim 2 wherein a transfer function of the loop filter is determined by the equation FsRdsR1i1n1mi1m1si.where n is the order of the closed loop transfer function of phase locked loop R is the loop filter gain.

Related passage: The most general form for the LF 15 transfer function Fs is given in FsKfsndi1nz1sisniinz1nznp1siKfnsds where Kf is a constant scaling factor nd is the number of ideal differentiators ni is the number of ideal integrators nz and np are the number of zeroes and poles in the LF 15 respectively which are not located at the origin of the splane.The time constants i with 1inznp may occur as simple real i1i or complex conjugate pairs i1iji i11iji where siiji and si1iji are the roots of the relevant part of the equation.
Patent claim: The image reader according to any one of claims 6 to 8 further comprising a guide member 78 that is disposed between the convey roller 49 and the discharge port 28 and configured to be movable between a first position and a second position different from the first position and an interlocking unit 79 by which the guide member 78 is displaced from the first position into the second position interlockedly with displacement of the movable member 25 from the open position into the closed position and by which the guide member 78 is displaced from the second position into the first position interlockedly with displacement of the movable member from the closed position into the open position wherein the guide member 78 is configured to allow the document being conveyed by the conveyor 45 46 47 48 49 50 51 76 to move along a first conveying path when the guide member 78 is located in the first position and allow the document being conveyed by the conveyor 45 46 47 48 49 50 51 76 to move along a second conveying path when the guide member 78 is located in the second position wherein the movable member 25 blocks a part of the first conveying path.

Related passage: Since the CIS unit 40 is disposed inside the reading table 4 the entrance of the external light L can be detected by emitting light from the light source 42 of the CIS unit 40 toward the reference member 53 and reading the reflected light from the reference member 53 as described in detail later.By referring to a flowchart of Fig.10 illustrating an external light detection routine the detection of external light will be described.The external light detection routine or control flow begins with step S21 in which the control unit 55 moves the carriage 41 to locate the CIS unit 40 at a position corresponding to the white left area 53A of the reference member 53.Then the control flow goes to step S22 in which the light source 42 of the CIS unit 40 is turned off to read the white area 53A.A value of the CIS output as obtained by the reading the white area 53A is stored as data related to the white area 53A in the RAM 58.