bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A drug dispensing box connected to a cartridge the drug dispensing box comprising a dispensing box housing a rail accommodation unit defined in a bottom surface of the dispensing box housing to guide the dispensing box housing along an entry path of the cartridge when a rail of the cartridge is accommodated for the dispensing box housing to be connected to the cartridge and a data terminal unit electrically connected to the cartridge to transmitreceive data intofrom the cartridge.

Related passage: The locking mechanism serves to prevent an unauthorized user from taking out the medicine products M.The lockingmechanism includes a discharge locker 410 to lock operation of the medicine discharge mechanism 310 that opens or closes the discharge hole 15 of the medicine cartridge 10 a cover locker 430 to lock the cover 14 that covers the entrance opening 13 of the medicine cartridge 10 and a cartridge locker 450 to lock the medicine cartridge 10 once the medicine cartridge 10 is mounted on the cartridge mount 20.
Patent claim: The system according to claim 2 further characterized by means for supplying said working fluid condensate to said further preheater prior to supplying it to said preheater.

Related passage: Additionally intermediate fluid condensate produced in organic working fluid vaporizer 22 can be used to preheat the organic working fluid prior to it entering the organic working fluid vaporizer.Moreover if preferred the intermediate fluid cycle can include a recuperator.An example of such a cycle is shown in Fig.2 wherein numeral 10A designates another embodiment of the present invention and is presently considered the best mode for carrying out the present invention.As can be seen from the figure numeral 21 designates an intermediate fluid recuperator in which heat is transferred from expanded intermediate fluid vapor exiting intermediate fluid turbine 16 to intermediate fluid condensate supplied by pump 19A from the intermediate fluid side of organic working fluid vaporizer 22.In this embodiment portion of the heated intermediate fluid condensate exiting intermediate fluid recuperator 21 is supplied to organic fluid preheater 23 for preheating the organic working fluid prior to supplying it to organic working fluid vaporizer 22.A further portion of the heated intermediate fluid condensate exiting intermediate fluid recuperator 21 is supplied to intermediate fluid vaporizer 12.In addition in this embodiment organic working fluid racuperator 27 is included and is used for transferring heat from expanded organic working fluid vapor exiting organic working fluid turbine 24 to organic workingfluid condensate supplied by pump 30A from organic working fluid condenser 28.Heated organic working fluid condensate exiting organic working fluid recuperator 27 is supplied to organic working fluid preheater 23.Apart from these items previously mentioned with reference to the present embodiment described with relation to Fig.2 this embodiment is similar to the embodiment described with relation to Fig.1 and also operates in a similar manner.
Patent claim: The near flow path seal 100 of claim 3 wherein the first arm 110 and the second arm 120 comprise a parallel configuration 270 with the first arm 110 higher than the second arm 120.

Related passage: Further referring to FIGS.3 and 4 the arms are integrally formed as one piece with or rigidly connected to the disk rim 46 or web 41 of the first and second disks 72 74 and transmit bending moments between the adjacent disks.A bore 102 is disposedradially inwardly of the hubs 42 and the forward and aft spacer arms 39 37.The bore 102 is in flow communication with a source of cooling air 45 such as the compressor 16.
Patent claim: A method comprising providing via a controller a current load path 82 providing via the controller 37 a minimum load path 88 providing via the controller 37 a constant efficiency load path 84 providing via the controller 37 constraints receiving via the controller 37 a user input representative of a life cycle control modality for a turbomachinery 10 executing via the controller 37 nonlinear analysisutilizing via the controller 37 sensor data and deriving load path curves and executing via the controller 37 a control action using one of the derived load path curves based on deriving a load efficiency by applying the current load path 82 the minimum load path 88 the constant efficiency load path 84 or a combination thereof the life cycle control modality and the constraints wherein the control action is applied to control a turbomachine system 10 and a bottoming cycle system fluidly coupled to the turbomachine system 10.

Related passage: FIG.4 is a flow chart of an embodiment of a process 114 that may employ allowable differential curves 116 suitable for optimizing the usage of the HRSG 16.The allowable differential curves 116 may detail allowable differences in stresses as a function of time.Accordingly a control strategy may be derived that keeps thestresses within limits defined by the curves 116.In one embodiment the curves 116 are precalculated curves 116.That is the curves 116 may include precalculated values suitable for faster derivations of control actions.Accordingly the processing effort used in deriving control actions such as control actions that optimize usage of the HRSG 16 may be substantially reduced by using the precalculated curves 116.The curves 116 may be stored in stored on a nontransitory tangible computerreadable medium such as a volatile or nonvolatile memory of the controller 18 shown in FIG 1.
Patent claim: A mobile terminal according to claim 8 characterized in that the mobile terminal 1 is configured to obtain connection details from said list 9 and establish a connection byobtaining at activation of the mobile terminal connection details for the most recent retained connection for which the retained domain is active and the retained radio access technology is supportedpreselecting a last registered Public Land Mobile Networkinitiating cell selection for said preselected last registered Public Land Mobile Network using the retained radio access technology for said most recent retained connectionobtaining again when a Subscriber Identity Module 5 in the mobile terminal 1 is available and unlocked connection details for the most recent retained connection for which the retained domain is active and the retained radio access technology is supported and for which a location information is updatedselecting a network corresponding to the retained domain of said most recent retained connection andestablishing a connection to said selected network using the retained radio access technology for said most recent retained connection.

Related passage: Assuming that the preferred networkRAT combination list 15 has been updated as shown in Table 7A and now indicates that RAT C of PLMN 22 is more preferred than RAT B of PLMN 23 in some embodiments the networkRAT combination selector 13 will attempt to register with PLMN 22 using RAT C and if successful will then attempt to reregister with the data communication service registration point through PLMN 22RAT C.Alternatively the wireless device 10 may remain registered with PLMN 23RAT B until it is powered down or RAT B of PLMN is incapable of providing the data communication service for example if the wireless device 10 moves out of the coverage region of PLMN 23.
Patent claim: A display control method in an electronic device including a cover the method comprising determining whether the cover is covered on a display of the electronic device when a first input is detected and displaying first data corresponding to the first input through at least one of a first region of the display corresponding to a first visual region of the cover and a second region of the display corresponding to a second visual region of the cover when the cover covers the display.

Related passage: Meanwhile various exemplary embodiments of the present invention relate to a method or an apparatus for displaying information in a partial area of the display screen 195 which is exposed through each of the opening areas as described above with reference to FIGs.3A to 4D which is seen through each of the opening areas or which is transparently or translucently seen through transparent or translucent material in each of the opening areas.For example in the exemplary embodiment of the present invention when the cover of the flip cover 300 including the opening area is closed as shown in FIG.3A it is necessary to identify which position is matched to an area such as a display area exposed through the opening area in the entire area of the display screen 195 what information is displayed in the display area and the like.The identification of such positions and such information may be performed with reference to setting information of the display area which is used and stored by the electronic device 100.Accordingly setting information of each display area may include position data of each display area type data related to each display area order data related to the display areas etc.
Patent claim: A navigation device 1 comprising an optical output device 3 a database 10 storing digital terrain model data and threedimensional road vectors 78 79 8183 94 95 98 99 115118 135138 said threedimensional road vectors 78 79 8183 94 95 98 99 115118 135138 representing a road network and including height information for points located on the threedimensional road vectors 78 79 8183 94 95 98 99115118 135138 and a processing device coupled to said optical output device 3 and to said database 10 said processing device being configured to retrieve at least one threedimensional road vector 78 79 8183 94 95 98 99 115118 135138 from said database 10 and to control said optical output device 3 to generate a perspective view of at least one road segment of said road network based on said retrieved at least one threedimensional road vector 78 79 8183 94 95 98 99 115118 135138 and independently of said digital terrain model data.

Related passage: As shown in FIG.13 the 3dimensional road data preparing means 22 first specifies an area to be displayed based on the standing position and the 2dimensional road data corresponding to the displayed area is fetched out from the 2dimensional road data storage means 21 while the landform data corresponding to the displayed area is fetched out from the landform data storage means 2.Moreover the 3dimensional road data is prepared based on the 2dimensional road data and the altitude data fetched out as above.The converting of the perspective projection is performed on the 3dimensional road data.
Patent claim: A mobile station for a packet radio communication system comprising an apparatus according to claim 1 or any claim dependent on claim 1.

Related passage: Referring now to Fig.3 components of the devices of Fig.2 are seen in more detail.This art involves many standardized terms and acronyms according to the terms.Still for the benefit of the reader a list of the most useful acronyms is given below.APAccess Point BMEBuffer Management Entity CCICentralized Contention Interval CEClassification Entity CTSClear To Send DCFDistribution Coordination Function DSBMDesignated Subnet Bandwidth Manager ESMEEnhanced Station Management Entity LLCLogic Link Control MACMedium Access Control MLMEMAC Layer Management Entity PCFPoint Coordination Function PEPolicing Entity PLCPPhysical Layer Convergence Protocol PLMEPhysical Layer Management Entity PMPhysical Medium PMDPhysical Medium Dependent QoSQuality of Service RRReservation Request SEScheduling Entity STAStation
Patent claim: The method of manufacturing the fan housing assembly set forth in claim 12 wherein the fan housing 62 is attached to the portion with an adhesive.

Related passage: The example mount ring 32 is fit to the containment case 30 utilizing an interference fit.The interference fit is defined by the inner diameter of the mount ring 32 and the outer diameter of the fan case 30.In the disclosed example the mount ring 32 is fit over the sacrificial material 36 that is layered on the outer surface 34 of the fan case 30.The sacrificial material 36 is machined to provide a final outer diameter dimension that corresponds with the inner diameter of the mount ring 32.
Patent claim: The tire of at least one of the previous claims wherein the tire 12 comprises an air maintenance assembly 42.

Related passage: The peristaltic pump assembly 14 further includes an inlet device location 54 and an outlet device location 52 spaced apart approximately 180 degrees within the circumference of annular air tube 50.Situated at the outlet location 52 is an outlet device 72 having an elongate body 73 in which Lshaped outlet tubes 84 86 extend and exit.The body 73 is preferably of molded plastic construction and provides retention flanges 74 76 at opposite upper sides a retention groove 78 along opposite elongate sides beneath flanges 74 76 and a cylindrical lower body portion 80.A pair of barb ridges 82 are placed at each end of the body 73 adjacent to the body grooves.Outlet tubes 84 86 are preferably formed of plastic or stainless steel material and have axial through passageways extending end to end.The tubes 84 86 are housed within opposite ends of the outlet device body 73.So situated the Lshaped tubes 84 86 and the axial passageways therein extend from intake ends 88 90 to exhaust ends 92 94.The tube ends 88 90 are diametrically dimensioned to couple to ends of the annular air tube 50 while ends 92 94 extend and direct air into the tire cavity 30.Retention ribs 95 may be formed in some or all of the tube ends 88 90 92 and 94 to assist in coupling the ends 88 90 with the annular air tube 50 and ends 92 94 with devices or apparatus such as a pressure regulating valvedevice within the tire cavity 30 not shown.The tubes 84 provide conduits for the passage of air from the annular tube 50 into the tire cavity 30 directional arrow 96 and air from the cavity back into and out of the tube 50 directional arrow 98 if necessary or desired.
Patent claim: A target component calibration method for calculating the content of target components regarding a test object the method comprising a obtaining observational data regarding the test object b obtaining calibration data including independent components corresponding to the target components and a calibration simple regression equation c calculating mixing coefficients of the target components regarding the test object based on the calibration data and the observational data regarding the test object and d calculating the content of target components based on the simple regression equation representing the relationship between the content and the mixing coefficients corresponding to the target components and the mixing coefficients calculated in the obtaining of the mixing coefficients c wherein in the calculating of the content of target components d at least one of two constants of the simple regression equation is adjusted depending on a measurement condition when the observational data is obtained.

Related passage: According to the calibration curve creation method of Application Example 1 for a plurality of samples of the subject the calibration curve for deriving the amount of target component included in the subject from the observation data of the subject is created from the content of the target component and the observation data acquired from each sample.For this reason if this calibration curve is used the content of the target component can be accurately calculated even if the number of pieces of observation data of the subject is one.Therefore if the calibration curve is created in advance according to the calibration curve creation method ofApplication Example 1 it is sufficient to acquire a piece of observation data for the subject at the time of measurement.As a result the amount of target component can be accurately calculated from a piece of observation data that is an actual measurement value.In addition since an estimated mixing matrix is calculated and a vector highly correlated with the content of the target component of the sample is extracted from the estimated mixing matrix it is possible to obtain the mixing coefficient with high estimation accuracy.
Patent claim: A computer readable recording medium having recorded thereon a program for executing the method of claim 1.

Related passage: Also direction indicator mark 30 is moved usingcontrolpanel 10 while ultrasonic probe 2 is being fixed on object 50.Along with the movement of direction indicator mark 30 calculation 62 in positional information analyzing unit 6 computes the variation of the position and displacement magnitude of the 3dimensional rotation angle in real time.Then by constructing the rotated 3dimensional ultrasonic image in real time based on variation of the position and displacement magnitude of the 3dimensional rotation angle it is possible to stably display the 3dimensional ultrasonic image directed from direction indicator mark 30 on display 8.In accordance with the second embodiment adjustment of the 3dimensional ultrasonic image viewed from direction indicator mark 30 can be executed.
Patent claim: A method according to claim 1 or 2 comprisinga candidate WLANAN providing said UE with connectivity information including a list of PLMNs for which said candidate WLANAN has connectivity with at least one PDNGW.

Related passage: In one implementation listings 64 of SSIDs Service Set Identifiers are maintained at the memory element 62.The lists are e.g.in conformity with the technical specification TS24.234.Or alternately the SSID lists are configured in other manners such as by containing on separate lists SSID values of networks of differing preference levels including e.g.mostpreferred and leastpreferred networks.
Patent claim: A robot system comprising a conveying device 1 that conveys workpieces a plurality of robots 2a 2b 2c 2d that performs a working operation on the workpieces conveyed by the conveying device 1 an image capturing device 3a 3b 3c 3d that is placed at an upper stream side of the conveying device 1 than the plurality of robots 2a 2b 2c 2d to capture a conveying path of the conveying device 1 a workpiece detecting device 511 515 531 that detects the workpieces on the conveying path on the basis of an image captured by the image capturing device 3a 3b 3c 3d and a control device 5 5a 5b 5c 5d that controls operations of the plurality of robots and the control device 5 5a 5b 5c 5d including an operation instruction unit 513 517 532 that generates an operation instruction for performing a holding operation on the workpieces on the basis of a detection result of the workpiece detecting device and transmits the operation instruction to the robots and an allocating unit 512 519 534 that determines which of the plurality of robots to which the operation instruction unit transmits the operation instruction on the basis of conveying situations of the workpieces obtained from the detection result of the workpiece detecting device 511 515 531 wherein the image capturing device 3a 3b 3c 3d captures different areas on the conveying path of the conveying device 1 and the control device 5a 5b 5c 5d instructs the robot 2a 2b 2c 2d associated each of the areas captured by the image capturing device 3a 3b 3c 3d to perform the holding operation on the corresponding workpieces.

Related passage: A tracking and handling device 10 as shown in Fig.7 is a modification of the tracking and handling device 10 as described above.The device 10 includes a wide conveyor 14 connected to a workpiece supplying means 12 and a plurality of robots located on both sides of the conveyor.In such a case in which the robots are positioned on both sides of the conveyor 14 a plurality of workpieces are classified into two groups A and B based on a Ycoordinate of each workpiece detected by the vision sensor.After the detected data of the workpiecesis sent to each robot controller each robot on the side of the group A in this case a first and third robots 16 and 20 handles the workpiece included in the group A for example workpieces W2 W4 W6...On the other hand each robot on the side of the group B in this case a second robot 18 handles the workpiece included in the group B for example workpieces W1 W3 W5...In addition a plurality of cameras may be arranged on the conveyor 14.In this case it may be advantageous that one camera is used for a relatively large workpiece and another camera is used for a relatively small workpiece.
Patent claim: A method according to any of the preceding claims wherein the method is preferably used at a receiver side arranged inside the display andor at an image generator side.

Related passage: In a method and electronic device according to a third embodiment of the present invention an initiating row of the display element used beginning at which the use of the display of a certain part is desired is selected from the display element and the part of the display element surrounded the selected part is switched off when the display is used in standby mode to present a certain amount of information.In order to avoid the appearing of permanent marks to the display element the used part of the display element is changed so that the same part of the display element is not constantly used to display the same information.The changes in position can be realised e.g.by moving the currently used zone of the display element to a certain direction by certain steps e.g.up down to the side or diagonally the next position is randomly selected or the next position is selected in some other way.When a larger display area is needed to present a larger amount of information a larger part of the display element or the whole display element can be activated.
Patent claim: An electronic device as set forth in any preceding claim wherein the predefined bending action includes at least one of concavely bending the flexible touch screen and convexly bending the flexible touch screen.

Related passage: The display 151 may be implemented using known display technologies including a liquid crystal display LCD a thin film transistorliquid crystal display TFTLCD an organic lightemitting diode display OLED a flexible display and a threedimensional display.
Patent claim: The medicated module of claim 8 wherein the slidable bung 610 comprises a noncircular bung actuator 614 wherein the noncircular bung actuator rotationally constrains the slidable bung 610 to the outer housing.

Related passage: The cylindrical body 1 is opened at both ends thereof and provided in opposite faces thereof with a fluid inlet 13 and a fluid outlet 14 each having an opening communicated with an interior of the cylindrical body 1 and an axis perpendicular to the longitudinal axis of the cylindrical body 1.The fluid inlet 13 is open to the lumen of the cylindrical body 1 at a position closer to thedistal end of the cylindrical body 1 than the fluid outlet 14 is.The first gasket 2 has a flow path 22 formed between the sealing portions 21 23 and being movable from a first position where the fluid inlet 13 and outlet 14 are fluidcommunicated through the flow path 22 to the distal end 11 of the cylindrical body 1.To the proximal end of the first gasket 2 and the distal end of the second gasket 3 there are provided respectively with a cylindrical protrusion 24 33 having an outer diameter smaller than an inner diameter of the cylindrical body 1.The fluid inlet 13 is open to the lumen of the cylindrical body 1 at a position closer to the distal end 11 of the cylindrical body 1 than the fluid outlet 14 is.When the first gasket is moved to the distal end 11 of the cylindrical body 1 the fluid inlet 13 and outlet 14 are communicated with one another through the gaps between the inner wall of the cylindrical body 1 and the cylindrical protrusion 24 33.The cylindrical body 1 is further provided with an annular projection 16 at the distal end thereof to prevent the first gasket 13 from being moved beyond the distal end 11.