bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The tower section 100 of claim 3 or 4 wherein at least one of the first and second sets of coupling elements 20 30 is radially is pivotable in the plane of the platform 10.

Related passage: Figure 4 is a plan view of an exemplary support frame 102 that may be used within the platform 100.In the exemplary embodiment support frame 102 includes a plurality of support beams 108 coupled together in a gridlike formation.Alternatively support beams 108 may be arranged in parallel such that support beams 108 do not intersect.
Patent claim: The rechargeable battery of any of claims 1 to 12 wherein the second electrode terminal 42 comprises a terminal plate 421 connected to the second electrode 12 and exposed to the outside of the cap plate 30 and a column portion 423 connected to the terminal plate 421 and extending to an inside of the cap plate 30 through a through hole H2 formed in the cap plate 30 wherein the column portion 423 is connected to a lead tab of the electrode assembly 10.

Related passage: A negative electrode gasket 36 is installed between the column unit 21a of the negative electrode terminal 21 and an inner side of the terminal hole of the cap plate 20 thereby sealing between the column 21 a of the negative electrode terminal 21 and the cap plate 20.The negative electrode gasket 36 further extends between the flange 21b and the cap plate 20 thereby further sealing the flange 21b and the cap plate 20.That is the negative electrode gasket 36 prevents electrolyte solution from leaking through the terminal hole by installing the negative electrode terminal at the cap plate 20.
Patent claim: The electrical device system according to claim 2 wherein the storage unit 38 is a nonvolatile memory.

Related passage: Referring to Fig.7 a fourth preferred embodiment of the present invention shows a combination of the first to third preferred embodiments.Wherein the connection between the detector 11 and the supervisor 12 is concurrently wired and wireless.That is to say when the detector 11 installed on the transportation not shown the using condition of the battery 2 could be directly presented on the displayer 122 of the transportation via a wired way.Therefore users could readily understand the voltage temperature and current information of the using battery cells 21.As a result if any battery cell 21 is founded unusual a warning signal would be triggered and displayed on the displayer 122.As to the wireless manual supervisor 12it is suitable for the inspection and maintenance.In this manner the displayer 122 showing the judging comparison and analysis of the data is not the only way to demonstrate users could also directly achieve all the information on the displayer 122 of the supervisor 12 and decide whether to substitute the collapsed battery 2 or battery cells 21.Obviously the using convenience is greatly improved.
Patent claim: Method for securing electronic data exchange according to any of claims 1 or 2 wherein reading 50 a first user identifier comprises a communication of said first user identifier to the industrial programmable device 2 via a second communication protocol andor reading 60 a second user identifier comprises a communication of said second user identifier to the portable programmable device 4 via a second communication protocol said second communication protocol being different from the first communication protocol.

Related passage: Performing mutual authentication may also comprise the followingcomparing by the first user a function of the second value of the stored plurality of values with a function of at least one public cryptographic value of the second user.
Patent claim: An injection molding machine comprising a motor 10 a drive circuit of the motor 10 a converter device 40 including in parallel a first electric power conversion unit 41 that converts AC electric power from a power source 12 into DC electric power and supplies the DC electric power to the drive circuit and a second electric power conversion unit 42 that converts regenerative electric power from the drive circuit into AC electric power and supplies the AC electric power to the power source 12 a main switch 51 disposed in the middle of a power supply line that connects the converter device 40 and the power source 12 to each other and a controller 80 switching the main switch 51 from ON to OFF after limiting a regenerative operation of the second electric power conversion unit 42.

Related passage: The power source 100 may be an external alternatingcurrent electric power source that is provided at a factory facility for example.The power source 100 may be a commercial power source that outputs a sine wave alternatingcurrent electric power of a predetermined voltage e.g.200 V or 400 V at a predetermined frequency e.g.50 Hz or 60 Hz.
Patent claim: The mobile terminal100 of one of any claims 1 2 and 3 wherein the background screen comprises at least a background screen for a home screen or a background screen for a lock screen.

Related passage: Referring to Fig 2 the controller 110 controls a general operation of the mobile communication terminal.The display unit 130 displays a variety of image information and an image received from a base station BS or stored in the memory 120 on a screen under the control of the controller 110.Under the control of the controller 110 the display unit 130 sets vertical display screen or horizontal display screen.According to the present invention the vertical display screen refers to a display screen whose horizontal side is shorter than a vertical side in length.The horizontal display screen refers to a display screen whose vertical side corresponds to the horizontal side of the vertical display screen and whosehorizontal side corresponds to the vertical side of the vertical display screen such that the horizontal side is longer than the vertical side in length.The controller 110 controls the display unit 130 to select and set the horizontal display screen or the vertical display screen depending on a structural operation state or an operation mode of the mobile communication terminal.For example in the mobile communication terminal such as a swing type mobile communication terminal whose LCD mounted unit one of constituent units is rotated with respect to a predetermined axis the controller 110 selects and sets the display screen depending on whether a rotation angle of the LCD mounted unit belongs to a preset vertical display screen setting range or a preset horizontal display screen setting range.For example the vertical display screen setting range can be determined based on a rotation angle of 0 to 70 or 110 to 180 the horizontal display screen setting range can be determined based on a rotation angle of 70 to 110.In the mobile communication terminal currently set to a specific operation mode such as a digital multimedia broadcasting mode the controller 110 selects and sets the display screen depending on the specific operation mode.
Patent claim: The hapticallyenabled device of any one of claims 10 to 14 wherein the haptic player comprises an actuator.

Related passage: Processor 22 is further coupled via bus 12 to a display 24 such as a Liquid Crystal Display LCD for displaying a graphical representation or user interface to a user.The display 24 may be a touchsensitive input device such as a touchscreen configured to send and receive signals from processor 22 and may be a multitouch touchscreen.Processor 22 may be further coupled to a keyboard or cursor control 28 that allows a user to interact with system 10 such as a mouse or a stylus.
Patent claim: A method for controlling a hybrid vehicle 100 comprising an internal combustion engine 2 an electrical storage device 16 an electric motor 10 configured to be supplied with electric power from the electrical storage device to generate a running driving force and a communication device 30 that is configured to acquire host vehicle position information on the hybrid vehicle the method comprising the steps of i selecting one of a charge depleting mode and a charge sustaining mode ii causing the hybrid vehicle to run while making a changeover between a first running mode and a second running mode in accordance with a running situation of the hybrid vehicle 100 in each of the charge depleting mode and the charge sustaining mode the first running mode being a mode in which the hybrid vehicle 100 runs using the electric motor 10 with the internal combustion engine 2 stopped and the second running mode being a mode in which the hybrid vehicle 100 runs with the internal combustion engine 2 in operation iii changing driving force characteristics of the hybrid vehicle 100 such that a driving torque of the hybrid vehicle for a given vehicle speed and a given accelerator opening degree becomes larger when the charge depleting mode is selected than the driving torque for the same given vehicle speed and the same given accelerator opening degree when the charge sustaining mode is selected and iv changing the driving force characteristics in accordance with a mode changeover between the charge depleting mode and the charge sustaining mode such that a time for a change from the driving torque before the mode changeover to the driving torque after the mode changeover when the mode changeover is made based on the host vehicle position information becomes longer than a time for a change from thedriving torque before the mode changeover to the driving torque after the mode changeover when the mode changeover is made in accordance with a selection made by a user or a state of charge of the electrical storage device 16.

Related passage: The hybrid system 10 of the first embodiment can output a power output from the engine 11 by its operation and a power output from the electric motor 12 by its operation selectively or simultaneously and selectively performs two modes for concomitantly useing a mode for performing the operation of the electric motor 12 with the operation of the engine 11 being stopped hereinafter this mode may be referred to as EV mode and a mode for selectively performing the operation of the engine 11 and its stop with the electric motor 12 being operated hereinafter this mode may be referred to as HV mode by switching the EV mode and the HV mode according to a predetermined switching condition.
Patent claim: An apparatus 10 for routing data packets in a radio access network the apparatus 10 comprising means for receiving 12 a data packet from a source network node the data packet comprising a data packet header and a data packet payload means for inspecting 14 the data packet the means for inspecting 14 being operative to perform a first packet inspection on the data packet header to determine information on a source or a destination of the data packet from the data packet header and the means for inspecting 14 being operative to perform a second packet inspection on the data packet payload based on the information on the source or the destination of the data packet to determine information on an identification of the destination of the data packet and means for determining 16 information on a subsequent network node based on the information on the identification of the destination of the data packet.

Related passage: According to a preferred embodiment of the invention the controlunit andor one or more of the subengines are interconnected by means of a communication bus.For instance the controlunit andor one or more subengines of the two or more subengines are interconnected by means of one or more technologies of the group of Ethernet InfiniBand wireless network technologies and network technologies based on optical fiber.Preferably a communication bus interconnecting the controlunit andor one or more subengines of the two or more subengines is a serial bus or a parallel bus.The swiching device can comprise communication means.It is possible that the communication means are or comprise one or more interfaces which are preferably high speed interfaces.The communication bus can provide a high bandwidth which can be of at least 10 Gbits.In particular it is possible that each of the one or more interfaces provides a high bandwidth which can be of at least 10 Gbits.Preferably the communication bus can provide of a least 1 or 10 Tbits in order to provide a sufficiently large bandwidth to carry an aggregated traffic of the data packets handled by means of the communication means comprising the one or more interfaces.
Patent claim: An electrical drive system according to any of claims 911 wherein the resolver is a variable reluctance resolver.

Related passage: The resolver 10 includes an exciter coil 11 to which an exciting signal is sent and two detection coils 12 and 13 in which detection signals are electromagnetically induced.Either the exciter coil 11 or the detection coils 12 and 13 serve as a rotor and the other serves as a stator.Two detection signals that is a sinephase signal and a cosinephase signal electromagnetically induced in the two detection coils 12 and 13 are output as signals indicating the rotation angle of the rotor.
Patent claim: The work vehicle according to any one of claims 1 to 3 wherein the output torque of the engine 190 is decreased in stages according to thedecrease of the remaining amount of the reducing agent solution detected by the remaining amount detection device 10a.

Related passage: As will also be mentioned subsequently herein stillfurther provided is a state quantity control means for example a pump absorption torque control means for performing a control to reduce a state quantity relating to the drive of the hydraulic pump 2 for example a pump absorption torque to a predetermined value in a range that an operation of a hydraulic actuator included in the abovementioned hydraulic drive circuit 8 becomes feasible as the remaining amount of the urea aqueous solution in the urea aqueous solution reservoir 10 as detected by the remaining amount detection means 11 becomes smaller from the first predetermined amount A.This pump absorption torque control means is included in the controller 7.
Patent claim: An apparatus comprising means for transmitting discovery messages means for receiving one or more messages responding to the discovery messages means for determining whether any of the one or more response messages satisfy a predetermined response criteria and means for expediting wireless connection establishment between the apparatus and a source apparatus for each of the one or more response messages satisfying the predetermined response criteria.

Related passage: The APC function may be automatically enabled when the Bluetooth function is enabled on a host device such as a cell phone.In other implementations the APC function may be implemented by clicking on an icon or by other methods in which the user is given a means for enabling and disabling the function.
Patent claim: The device of claim 9 wherein the network is a Shortest Path Bridging SPB network and wherein the end device is a nonSPB device that is not compatible with the SPB network.

Related passage: Referring now to Figure 3 the steps performed in initially logging a user onto the system 100 will now be described in more detail with a consideration of the operations of the relevant elements within the system 100 in particular AP 110 captive portal server 120 AAA server 40 and the user location manager 140.When the mobile device 10 sends the initial request for a web page to the AP 110 illustrated by the request web page arrow 305 in Figure 3 corresponding to arrow 205 in Figure 2 the AP 110 is configured to automatically redirect this message including any preliminary messages e.g.to set up a TCP connection with the destination server in the first place etc.to the captive portal server 120 as illustrated by the redirect web request arrow 310 from the AP 110 to the captive portal server 120 which responds by sending a log on web page to the mobile device 10 as indicated by the present logon page HTTPS arrow 315 which corresponds to arrow 210 in Figure2.The log on web page includes text fields in which the user can enter his user credentials e.g.a user ID and a password which are then transmitted back to the captive portal server 120 as indicated by the log on credentials HTTPS arrow 320 which corresponds to arrow 215 in Figure 2.The serving of the log on web page and the response with the user credentials is done using a secure HTTPS connection the use of captive portal servers in this way is well known in the art and the details thereof will not be further discussed herein except to note that the process occurs with no special software being required by the user device 10.
Patent claim: A method comprising determining by a processor a location of an obstacle relative to an aircraft and generating by the processor a graphical user interface based on the location of the obstacle the graphical user interface comprising a graphical representation of the aircraft a graphical representation of the obstacle and an indication of the area of unknown associated with the obstacle.

Related passage: Turning now to the description and with reference to FIG.1 an exemplary flight deck display system will be described.The system 100 includes at least a user interface 102 a processor 104 an aircraft identification database 101 one or more navigation databases 106 a navigation computer 108 a plurality of sensors 110 and a display device 112.The plurality of sensors 110 may include inertial sensors or a GPS Global Positioning System that is capable of providing several of the described inputs such as aircraft speed position and altitude.The user interface 102 is in operable communication with the processor 104 and is configured toreceive input from a user 109 e.g.a pilot and in response to the user input supply command signals to the processor 104.The user interface 102 may be any one or combination of various known user interface devices including but not limited to a cursor control device CCD such as a mouse a trackball or joystick andor a keyboard one or more buttons switches or knobs.In the depicted embodiment the user interface 102 includes a CCD 107 and a keyboard 111.The user 109 uses the CCD 107 to among other things move a cursor symbol on the display screen and may use the keyboard 111 to among other things input various data.
Patent claim: The input device according to claim 8 or 9 wherein when the processor determines the input manipulation detail based on the movement of the indicator and when the processor determines that the indicator hasmoved into the second detection layer the processor is configured to determine that an input manipulation based on the movement of the indicator has ended.

Related passage: The operating tool detection unit may continuously detect an indication direction of the operating tool and may determine when the continuously detected indication direction of the operating tool is within a predetermined threshold value an indication direction of the operating tool based on the continuously detected indication direction of the operating tool.Thereby detection accuracy of the indication direction of the operating tool can be enhanced.
Patent claim: The method as claimed in Claim 1 or Claim 2 wherein the ratio AB is selected from the range comprising 8020 to 595.

Related passage: As mentioned above the selected niobium silicide composition for a particular region of the turbine blade is provided by some combination of feed material from one or more of the supply chambers elements 104 to 114.As a nonlimiting example the six chambers illustrated might contain respectively Nb Si Hf Cr Al and Ti.Additional chambers could be added for additional elements or elementblends.Conventional tubes or conduits can connect each chamber to feed material reservoir 102.Various types of volumetric feeders like those mentioned above could be used for each chamber.The powder can be gravityfed to reservoir 102 andor can be carried through with a carrier gas.Reservoir 102 can include conventional devices for mixing the various elements and alloys and for minimizing the amount of moisture retained therein.The reservoir can also include machined features or shapes which ensure that the various powders can be readily combined to yield the desired composition.
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: The method of making a planographic printing plate according to any one of claims 1 to 3 wherein the waterinsoluble and alkalisoluble resin B is a polymer formed by polymerization of at least one selected from the group consisting of an ethylenically unsaturated monomer having an acidic group an alkyl methacrylate a methacrylic acid ester having an aliphatic hydroxy group methacrylamide a vinyl ester a styrene compound a nitrogen atomcontaining monomer and a maleimide compound.

Related passage: In order to finely adjust the alkali concentration or assist dissolution of a nonimage area of a photosensitive layer another alkali agent such as for example an organic alkali agent may be supplementarily used.Examples of the organic alkali agent include monomethylamine dimethylamine trimethylamine monoethylamine diethylamine triethylamine monoisopropylamine diisopropylamine triisopropylamine nbutylamine monoethanolamine diethanolamine triethanolamine monoisopropanola mine diisopropanolamine ethyleneimine ethylenediamine pyridine and tetramethylammonium hydroxide.These other alkali agents may be used singly or in a combination of two or more types.