bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A money handling method including the steps ofputting a coin into a money change machine 170 recognizing the coin having been put into the money change machine storing a coin of a specified denomination among the recognized coin into a change storing and feeding unit 180 dispensing as a change the coin stored in the change storing and feeding unit to the outside of the money change machine sending at least a part of the coin among the coin having been put into the money change machine to a storing mechanism 182 and storing the coin having been sent to the storing mechanism into a storing member for pneumatic tube 16 to be transported by a pneumatic tube 114 connected to the money change machine.

Related passage: An endless belt 52 can be placed against the ribbed ring 24 of shuttle 22.By operating endless belt 52 which is likewise provided with ribs which engage in the ribs of ring 24 the shuttle 22 can be rotated in the direction of the double arrow b until shuttle 22 is positioned such that the passage opening 43 provided inthe top of shuttle 22 is aligned with the opening 21 in counter surface 20.
Patent claim: The power tool according to any preceding claim wherein said flywheel ring has a contact surface which has a speed in a range of from about 20 fts to about 200 fts.

Related passage: Referring to FIG.3 the slot board 19 is fastened on a bracket 20.The speed reduction mechanism includes a pinion 13 and flywheel 9 which engage each other the pinion 13 is driven by the motor against a circularrack formed in one embodiment on an interior peripheral surface of the flywheel 9 and the flywheel 9 is rotated around a fixed axis 191.
Patent claim: The control method according to claims 7 or 8 wherein the second rotation cycle S24 includes repeatedly performing a procedure of rotating the drum 12 until the drum reaches at least the second RPM and stopping rotation of the drum 12 after the drum reaches the second RPM.

Related passage: After the dewatering and the preliminary drying have been performed on the laundry during a first one of a plurality of the second periods the control unit stops rotating the drum 3.In doing so the control unit turns off the drying heater 8 and the blower fan 7 as well.
Patent claim: The tire of claim 1 wherein the groove angleis in a range of from 30 to 31.

Related passage: FIGS.14A through 14C show another tube 42 and groove 56 configuration.FIG.14A is an enlarged view and 14B is a detailed view showing the tube 42 compressed and inserted into the groove 56.FIG.14C is a detailed view showing the tube 42 fully inserted into the groove 56.The tube 42 may be generally elliptical in crosssection inserting into a likeconfigured groove 56.The groove 56 may have a narrow entryway formed between opposite parallel surfaces 148 150.In FIGS.14A through 14C the tube 42 is configured having an external geometry and passageway configuration with dimensions within the ranges specified as followsD1 2.2 to 3.8 mm D2 0.5 to 0.9 mm D30.8 to 1.0 mm R4 0.15 to 0.30 mm L1 3.65 to 3.8 mm L2 2.2 to 2.3 mm L3 1.8 to 2.0 mm.
Patent claim: The display controlling method of any of claims 1 to 6 wherein the step of tracking motions of eyeballs of the user further comprises detecting an area of the eyeball that is not covered by the eyelid of the user the step of controlling a 3D holographic virtual object presented in a display interface to rotate in response to the motions of the eyeballs of the user comprises scaling the 3D holographic virtual object according to changes in the area of the eyeball that is not covered by the eyelid of the user.

Related passage: Based on the facial movement and center position of the pupil calculated the controller 180 can estimate the gaze direction.For example the controller 180 can determine which part of the display 151 the user is currently viewing.For the convenience of understanding the description of the present invention is provided based on the gaze direction.However the gaze direction may include a looking direction of the users face based on the motion of the users head.
Patent claim: The information processing system 10 according to claim 1 wherein the acknowledging unit 53 of the first mobile information terminal 12 is further capable of acknowledging as positional information user designation of a landmark mapped to a particular position on the map image and wherein when a landmark is designated as positional information the storage unit 102 stores the data along with the positional information on the landmark.

Related passage: The electronic map information database 1e stores electronic map data which is in a digital form that can be processed by the server apparatus 1 and the terminal apparatus 2.In this case the electronic map data can be twodimensional electronic map data comprising xy coordinates hereinafter longitude and latitude to be defined respectively as x and y and can alternatively be threedimensional electronic map data by adding heightdirection z information to twodimensional information so as to express objects in the twodimensional electronic map in three dimensions.
Patent claim: A composition according to any one of the preceding claims wherein the probiotic is chosen among probiotic bacterial strains preferably the probiotic is a lactobacillus or a bifidobacterium more preferably the probiotic is Bifidobacterium lactis or Lactobacillus reuteri.

Related passage: According to an embodiment the nutritional composition comprises sialic acid.Sialic acids are a family of over 50 members of 9carbon sugars all of which are derivatives of neuraminic acid.The predominant sialic acid family found in humans is from the Nacetylneuraminic acid subfamily.Sialic acids are contained in milk such as cows and goats milk for example.In mammals neuronal cell membranes have the highest concentration of sialic acid compared to the other body cell membranes.The majority of sialic acid in the brain is bound to gangliosides 65 followed by glycoproteins 32 with less than 3 as free form.Gangliosides are cell membrane components consisting of a lipid portion and a carbohydrate portion containing at least one or more sialic acid residues.Sialic acid typically occupies the terminal position of the oligosaccharide chain serving as the first point of contact of approaching cells.Sialic acid plays an essential role in the cell to cell interaction communication transmission and storage of information in the brain.In the present nutritional composition sialic acid may be added separately but is preferably provided in sufficient amounts by way of milk components used as ingredients of the nutritional composition naturally provided.Preferably the nutritional composition comprises at least 50 mg of sialic acid per 100 g of dry weight of the nutritional composition.According to an embodiment the nutritional composition comprises 60200 preferably 70150 more preferably 80110 mg sialic acid per 100 g of the dry weight of the nutritional composition.
Patent claim: The geared turbofan engine 120 or fan drive gear system 148 as recited in any preceding claim wherein the sun gear 176 includes first and second sets of gear teeth 178 180 that mesh with corresponding first and second rows of gear teeth 184 186 of the plurality of planet gears 182.

Related passage: The gearbox input shaft 26 connects between the turbine and the gearbox 25.The shaft is supported by a bearing arrangement 28 that serves to locate the shaft radially within the engine with a support structure 30 that extends through to the engine casing.The input shaft can have slight eccentricity from the engine axis 2 caused by engine deformation andor misalignment.
Patent claim: A control device according to claim 1 or 2 wherein the processor is configured to calculate phaseerror indicators on the basis of the reception moments of the timing messages and form the control quantities on the basis of the phaseerror indicators each phaseerror indicator being a difference between the reception moment of the respective timing message and an ideal reception moment of that timing message.

Related passage: In many communications networks there exists a need to synchronise the clock signals maintained in the network elements so that the frequencies and possibly also the phases of the clock signals in the network elements are locked to each other sufficiently well.In some communications networks there additionally exists a need to synchronise the time of day values maintained in the network elements so that the time of day values of the different network elements are identical as precisely as possible.In other words the time of day values maintained in the different network elements should correspond to a common time to a best possible precision.Such a common time is generally called the universal wall clock time.The network elements mentioned above may be routers or base stations of a mobile network for instance.
Patent claim: The device of claim 1 further comprising a user input receiver configured to receive a user input wherein the memory is configured to store candidate wakeup keyword models and the processor is further configured to register a candidate wakeup keyword model which is selected among the stored candidate wakeup keyword models according to the user input received through the user input receiver.

Related passage: Using the speaker dependent recognition in some embodiments the speaker can be verified using the voice command portion of the voice signal which may comprise the entire voice signal.Hence there is no need to input a separate wakeup command.For example when the speaker is verified using unique voice characteristics of the user there is no need to input the separate wakeup command.Accordingly in these embodiments the voice command can also operate as the wakeup command.Thus in steps 202 and 204 the specific voice of the particular user is recognized and wakeup command is automatically detected via this speech recognition.
Patent claim: The method according to claim 2 characterized in that the determination of the first frequency value in each memory cell is performed in all Nunkomp consecutive first measuring portions of the measured signal which are disposed cyclically with all Nkomp consecutive second measuring portions of the measured signal in which the determination of all the at least one uncompressed second frequency value is performed.

Related passage: It should be noted that in many oscilloscope display designs e.g.some of those described in copending U.S.Patent Application 09026185 for Sparse Vector Rasterization filed February 19 1998 and incorporated by reference above the maximum value added to the number stored in the rasterization memory by a particular rasterization cycle is never as large as the maximum amount that can be held in such a location.This means that in order to reach the actual maximum value that can be held by a location repetitive waveforms must keep hitting that pixel nearly continuously for some period of time.Such a buildup of multiple hits on the same pixel can be limited to a maximum of the level IAwhile the TOP region is reserved for acting as a timer for keeping the pixels associated with unusual waveforms at the same brightness produced by a value at or nearly equal to the same maximum intensity level that mapped from IA.
Patent claim: The decorative sheet according to any one of claims 3 to 5 wherein the ionizing radiation curing resin contains the delustering silica for adjusting luster and the delustering silica is a silica whose surface is treated with a fatty acid based wax.

Related passage: Further in order to regulate properties such as flexibility and surface hardness of the cured product of the ionizing radiationcurable resin after coating an ionizing radiation noncurable resin may be added to the ionizing radiationcurable resin.Specific examples of ionizing radiation noncurable resins include thermoplastic resins such as polyurethane cellulosic polyvinyl butyral polyester acrylic polyvinyl chloride and polyvinyl acetate resins.Among them polyurethane cellulosic and polyvinyl butyral resins are preferred from the viewpoint of improving the flexibility.
Patent claim: The apparatus according to claim 1 and comprising a position sensor located within the probe and wherein the processor is configuredto receive in the first period first location signals from the position sensor indicative of a first location change for the probe by more than a predetermined location threshold and to receive in the third period second location signals from the position sensor indicative of a second location change for the probe by more than the predetermined location threshold.

Related passage: As shown by an arrow 124 step 122 is repeated.At each repetition the probe is moved to a different position in tissue 102 so that the sensor exerts a different force on the tissue.For each different position the processor records the signal level of the detector and the force registered by the force meter.
Patent claim: Use of a plurality of silicon domains according to any of claims 1 to 8 in a battery for the storage of electrical energy.

Related passage: As used herein the particle size distribution may be illustrated as a distribution curve of cumulative particle sizes from the smallest particle size to the largest particle size.D10 D50 and D90 respectively refer to a particle diameter of a silicon nanoparticle at 10 50 and 90 of a total cumulative particle diameter distribution of particles from the smallest particle diameter.The D10 D50 and D90 may be measured by using a known method for example using a particle size analyzer or TEM or SEM images.Alternatively for example the D10 D50 and D90 may be easily obtained by measuring the particle size with a device using dynamic lightscattering counting the number of particles within each particle size ranges by analyzing data and calculating D10 D50 and D90 therefrom.
Patent claim: A semiconductor die 30 according to any of claims 8 or 9 wherein the interconnectundertest 32 is a horizontal interconnection between a first electrical contact element31a Pad A at a first major surface of the semiconductor die 30 and a second electrical contact element 31b Pad B at the first major surface of the semiconductor die 30.

Related passage: A die according to embodiments of the present invention may furthermore comprise at least one further input port andor at least one further output port connected to the data signal path between the first input port and the first output port andor to the data signal path between the first input port and at least one of the second output ports andor to the data signal path between at least one of the second input ports and the first output port.These further input or output ports are dedicated probe pads adapted for facilitating prebond die testing.
Patent claim: The method of claim 1 wherein a set of transmission instants SIi is defined by a starting transmission instant t0 and a period T.

Related passage: Either approach solves the problem of packet delineation overhead and ensures that the unused transmission slot remainder is exactly zero if the OLT grants slot size based on the reported threshold.Additionally the light load penalty may be fully eliminated as a side effect by using a more complex packet scheduling mechanism.However it has been reported that nonpreemptive queuing increases queuing delay since all packets will have to wait a full cycle between being reported and being transmitted.
Patent claim: The mobile device of any of the claims 1 to 5 wherein the one or more processor is capable of controlling the display 190 to display a user interface for continuing reproduction of the music file in response to the external audio output device being disconnected from the connecting unit while the mobile device is in the silent mode.

Related passage: Fig.1 shows an exterior perspective view of a portable telephone 1 according to an embodiment of the present invention.Fig.2 shows a plan view of this portable telephone 1.And Fig.3 shows an enlarged view of the main portion of this portable telephone 1.
Patent claim: The child carrier as claimed in any one of claims 1 to 8 characterized in that one side of said positioning component 71 abuts against said elastic member 72 and the other side of said positioning component 71 abuts against an inner side of said side wall 51 of said operable unit 5 when said operable unit 5 is rotated with respect to said base unit 4.

Related passage: Next please refer to FIG.10 and FIG.11.FIG.10 is a diagram of the driving part 108 in FIG.8 rotating to the locking position relative to the second wheel base 102.FIG.11 is an interior diagram of the active brake device 104 and the second wheel base 102 in FIG.8 when the driving part 108 is located at the locking position.If the user wants to operate the active brake device 104 to brake the stroller 10 the user just needs to push the driving part 108 to rotate from the releasing position as shown in FIG.8 to the locking position as shown in FIG.10.At this time with rotation of the driving part 108 a guide portion 116a of the guide slot 116 of the driving part 108 may guide the engaging rod 112 to move along the slot hole 114 so as to be engaged with the hub 48 of the second wheel set 18.Thus the second wheel set 18 is incapable of rotating relative to the second wheel base 102.Furthermore the sliding block 110 may simultaneously pull the second end P2 of the linkage part 26 to move to a position as shown in FIG.11 and then the compressed second spring 52 can provide elastic force to the linkage part 26 so as to make the second end P2 pull the sliding block 110 tightly.In such a manner the engaging rod 112 can abut against the engaging portion 116b of the guide slot 116of the driving part 108 tightly as shown in FIG.10 so that the driving part 108 can be positioned at the locking position steadily.
Patent claim: A supporting terminal T3 for supporting a first terminal T1 in a broadcast communication network during automatic repeat request error control mechanism comprisinga receiver REC3 for receiving a data packet TX1DAT being transmitted by said first terminal T1 over said broadcast communication network towards a second terminal T2 anda storing means MEM3 for storing a copy of said data packet DAT anda transmitter TRANS3 for transmitting in the event of determination of an ARQ failure indication for said data packet DAT said copy of said data packet TX2DAT during an identical timeinterval as wherein said first terminal T1 retransmits said data packet TX2DAT towards said second terminal T2.

Related passage: In response to the retransmission request signal NACK received from base station 30a relay station 20c transmits the decode and forward relay signal to base station 30a in frame 3.Furthermore mobile station 10 transmits the data signal retransmission signal to relay station 20b in frame 3 in response to the retransmission request signal NACK received from relay station 20b.Relay station 20b transmits the amplify and forward relay signal obtained from the retransmission signal to base station 30a in frame 3.Therefore base station 30a can receive the amplify and forward relay signal retransmitted from relay station 20b and the decode and forward relay signal transmitted from relay station20c at the same time and combine these signals.
Patent claim: The liquid ejection device according to any one of the preceding claims wherein the controller is configured to control the first and second sensors to detect the liquid ejection in parallel with ejecting by the head.

Related passage: The first density nonuniformity compensation information calculation unit 124 calculates on the basis of the first test pattern read by the inline sensor 90 first density nonuniformity compensation information relating to highfrequency density nonuniformity caused by landing position error in the ejection unit.Furthermore the first density nonuniformity compensation information calculation unit 124 sends the calculated first density nonuniformity compensation information to the third density nonuniformity compensation information calculation unit 128.Moreover the first density nonuniformity compensation information calculation unit 124 also sends the first density nonuniformity compensation information to the density compensation processing unit 122 in accordance with requirements.
Patent claim: The method of claim 11 wherein at least one of the front tub section 50 250 350 450 the rear tub section 54 254 354 454 or the at least one middle tub section 52 252 252a 252b 352 352a 352b 352c 352d 452 452a 452b are formed from a molded polymeric material.

Related passage: The first tub member 221 and the second tub member 223 may be mutually coupled to each other by for example beading but an interval between the tub 220 and the cabinet 11 may be reduced due to the projecting bonding line PL.Accordingly the first tub 221 and the second tub member 223 may be coupled to each other by for example thermal bonding method.Even if the first tub 221 and the second tub member 223 are coupled by beading the thermal bonding method may be performed at least on the planar surfaces 225.
Patent claim: The branching unit 210 of claim 1 or claim 2 whereinthe first and second incoming fiber and the first outgoing fiber 320 321 322 are configured to transmit wavelength division multiplex or WDM signals comprising a plurality of wavelengthsthe branching unit 210 further comprises a first WDM drop unit 350 configured to extract a first set of wavelengths from the first incoming fiber 320 a second WDM drop unit 351 configured to extract the first set of wavelengths from the second incoming fiber 321 and a first WDM add unit 352 configured to add the first set of wavelengths to the first outgoing fiber 322 andthe bypass switch 345 is configured to pass the first set of wavelengths from the second incoming fiber 321 to the first set of wavelengths from the first outgoing fiber 322 when in the first mode and to pass the first set of wavelengths from the first incoming fiber 320 to the first set of wavelengths from the first outgoing fiber 322 when in the second mode.

Related passage: An embodiment of the present invention will be hereinafter described with reference to the drawings.FIG.1 illustrates the principle of an optical transmission system according to the present invention.The optical transmission system 1 is a system for branching optical signals to allow the signals to be communicated among at least three stations or more and is applied for example to a submarine optical transmission system.
Patent claim: A directivity control system comprising at least one imaging part that captures an image a sound collection part that collects sounds a display part that displays image data captured by the at least one imaging part a directive direction calculation part that calculates a directive direction which directs toward a sound position corresponding to a designated position of the image data from the sound collection part when any position of the displayed image data is designated and a control part that forms a directivity in the sounds collected by the sound collection part in the calculated directive direction wherein the control part controls output of the sounds collected by the sound collection part or output of the sounds which are collected by the sound collection part and of which the directivity is formed or suspends collection of sounds in the sound collection part when it is determined that the sound position is included in a preset protection region.

Related passage: Moreover the imaging apparatus of the present invention may further comprise a sound collecting microphone which acquires a sound of the imaging region and the control unit may control at least one of the sensitivity and the directivity of the sound collecting microphone according to switching of the magnification converting lens.In the above configuration when the magnification converting lens is switched the sound of an area to be imaged after the switching is appropriately acquired.