bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Method for operating a yarn winding device 2 comprising the following steps a yarn supplying section 7 supplies a yarn a yarn storage section 5 winds and stores the yarn of the yarn supplying section 7 by rotating a rotary body at a predetermined winding speed in a winding direction a package forming section 8 pulls out the yarn from the yarn storage section 5 and winds the pulled out yarn to form a package a yarn joining device 14 connects when the yarn is disconnected between the yarn supplying section 7 and the yarn storage section 5 a disconnected yarn from the yarn supplying section 7 and the yarn from the yarn storage section 5 a tension applying section 12 arranged between the yarn supplying section 7 and the yarn storage section 5 makes contact with the yarn supplied from the yarn supplying section 7 and applies tension to the yarn and a control section 25 controls the rotation of the rotary body characterized in that the control section 25 performs an acceleration rate changing control by controlling the rotation of the rotary body so as to change an acceleration rate in the winding direction of the rotary body while accelerating the rotary body from a stopped state to the predetermined winding speed after completion of the yarn joining operation by the yarn joining device 14.

Related passage: Through the series of flow shown above the upper yarn guided to the splicer device 14 is spliced to the lower yarn guided by the lower yarn guide pipe 25.Since the yarn splicing operation is performed in parallel with the operation of winding the yarn 20 into the package 30 the yarn defect can be removed without the need to stop or reversely rotate the winding drum 24.When the yarn splicing operation is completed the servo motor 55 starts rotating forward to resume the supply of the yarn 20 to the accumulator 61.To recover the amount of yarn 20 consumed by the yarn splicing operation the speed at which the yarn 20 is supplied to the accumulation section 71 is controlled to be higher than the winding speed for the package 30.Once a predetermined amount of yarn 20 is accumulated the unit control section 50 returns the speed at which the yarn 20 is supplied to the accumulator 61 to the original value which is equal to the yarn winding speed for the package 30.
Patent claim: A private mobile network system comprising at least one or more mobile user apparatus comprising means for implementing a method as claimed in any of claims 1 to 5 and 10 when combined with any of claims 1 to 5 and one or more apparatuses comprising means for implementing a method as claimed in any of claims 6 to 10.

Related passage: For example in the infrastructure mode of operation the network infrastructure may provide recording of communications data of the terminal.However in the direct link operation mode the network infrastructure can not provide recording of the communications data as the communications does not involve the network infrastructure.
Patent claim: A computer program comprising computer readable program code configured to cause performing of the method of any of the preceding claims when said program is run on a computer.

Related passage: In the network environment illustrated in Figure 1 RATs used by two kinds of wireless networks are RAT1 and RAT2 respectively which coexist in one geographical service area in other words service coverage areas of which are overlapped with each other in space.For example as shown in Figure 1 in the wireless coverage area of an AP of RAT1 such as RAT1AP1 there are also the wireless coverage areas of APs of RAT2 such as RAT2AP1 RAT2AP2 and RAT2AP3.In a real wireless communication system the so called AP may be a base station in a cellular network or an AP in a Wireless LAN.RAT1MS1 RAT1MS2 RAT1MS3 and RAT1MS4 shown in Figure 1 represent the MSs served by RAT1 and no MS served by RAT2 is shown in Figure 1.
Patent claim: A blood treatment apparatus comprising a blood circuit that includes an arterial line intended to draw blood from a patient and a venous line intended to return blood to the patient and a treatment solution delivery system configured to deliver treatment solution within the blood treatment apparatus through a treatment solution port wherein the treatment solution delivery system comprises a first gravimetric scale configured to weigh a first intermediate container a second gravimetric scale configured to weigh a second intermediate container a source flow controller configured to deliver treatment solution from a treatment solution source to a first intermediate container weighed by the first gravimetric scale and to a second intermediate container weighed by the second gravimetric scale an output controller configured to control the flow of treatment solution from the first intermediate container and the second intermediate container to the treatment solution port a container selection controller located in a treatment solution path between the source flow controller and the output controller a control unit operably attached to the first gravimetric scale the second gravimetric scale the source flow controller the container selection controller and the output controller wherein the control unit is configured to receive weight signals from the first and second gravimetric scales control the source flow controller the container selection controller and the output controller in a first mode in which treatment solution is delivered to the output controller while treatment solution leaves the first intermediate container and the second intermediate container fills with treatment solution control the source flow controller the container selection controller and the output controller in a second mode in which the second intermediate container delivers treatment solution to the output controller while the firstintermediate container fills with treatment solution from the treatment solution source.

Related passage: In the first phase the shutoff valves 14 15 and 16 are opened and the blood pump 1 and the individual transfer pumps 5 6 and 7 are operated with a set flow rate.As a result the filtrate that has remained in the drain reservoir container 8 is discharged via the drain branch line 17 and the line 23 due to the drop.To the dialysate reservoir container 9 and the replacement fluid reservoir container 10 there are poured the dialysate and the replacement fluid from the dialysate reservoir unit 21 and the replacement fluid reservoir unit 22 respectively due to the drop via the dialysate branch line 18 and the replacement fluid branch line 19 respectively.
Patent claim: The method of any of the claims 16 further comprising the portable electronic device 306 determining a spin axis orientation for the sport ball 106 after the impact based on the motion data.

Related passage: In one embodiment the activity metric or specific athletic movement data andor any training or coaching provided may be used for the online customization of certain products.For example this data can be used to customize an article of footwear an article of compression clothing a helmet or other piece of clothing or athletic equipment to enable toe clothing or other equipment to help the individual 100 in improving their future performance.In some embodiments customized products may have an individual styles varied materials or different accessories for the individual 100 to choose from.
Patent claim: Apparatus according to claim 3 in which the generating means 506 is operable to generate as said content information the datascheme information relating to the original data as well as the datascheme information relating to the converted data.

Related passage: When a connection to music distribution system 700 is established and music contents are distributed from the system a management information file ARMANGR.IFO 244 is loaded from disc 100 to main MPU 605 or a new management information file ARMANGR.IFO is created in the case of new recording when disc 100 is a blank disc or the like step ST100.
Patent claim: The lubricating oil composition as claimed in anyone of the preceding claims wherein additive component B includes at least one primary or secondary amine group.

Related passage: Table 13Comparative Examples8 9 10 11Formulation mass Base oil A120.00B262.08C3 99.00 98.90 98.00D4ZnDTP A5 0.500.70B60.50 0.50Antioxidant A7 0.50 0.50 0.50B8Fatty acid amide A90.20B10Polybutenylsuccinimide A11B12Ca sulfonate131.00Pcontaining extreme pressure agent A14B15Viscosity indeximprover A1614.00B173.00Metal deactivator180.10Deformer190.02FeCu immersion test Iron piece corrosion micro light no noCopper piece 4c 4c 3b 1bPercent Cu loss massSludge before hexane washing p1 p3 pa paafter hexane washing p1 p3 no noOxidation stability test Deposit on glass container sludgelightInsoluble matter mass0.09Friction coefficient0.56pa particles remained p1 small amount of white precipitation p2 medium amount of white precipitation p3 large amount of white precipitation
Patent claim: A network of Information Centric Networking ICN nodes 1 2a 2b 2c 2d 2e according to claim 11.

Related passage: Step S304 Response messages to the resource query request sent by the multiple resource networks are received.In this embodiment the response message includes location information of the Cache nodes storing the media resource fragment storage information of the media resource corresponding to the Cache nodes and a mode for requesting the media resource of the Cache nodes.In this embodiment after receiving the resource query request the multicast network of the multiple resource networks queries the location information of the Cache nodes storing the media resource and the fragment storage information of the corresponding media resource according to the URI of the media resource requiring to be queried in the resource query request and selects a group of suitable Cache nodes and the mode for requesting the media resource of the Cache nodes according to an ALM algorithm.In this embodiment the response messages sent by the multiple multicast networks of the multiple resource networks may be obtained and when it is assumed that the multiple resource networks include two multicast networks which are respectively a first multicast network and a second multicast network a response message sent by the first multicast network may be received and a response message sent by the second multicast network may be received.The same Cache node registers with the first multicast network and the second multicast network so the response message sent by the first multicast network and the response message sent by the second multicast network may include the location information of theCache node at the same time.
Patent claim: The method as claimed in claim 11 further comprising in response to a notification event occurring while main user interface of a first application is provided to the main display area sub user interface of a first application is provided to the first curved sub display area and sub user interface of a second application is provided to the second curved sub display area providing notification user interface corresponding to the notification event to one of the first curved sub display area and the second curved sub display area.

Related passage: Also in the present disclosure the front display unit or the third region will be described by using reference numeral 261 and the lateral display units or first region and second region will be described by using reference numerals 262 and 263.Also for contents that can be applied to all of the front and lateral display units without having to differentiate the front and lateral display units display unit 251 will be used instead of the reference numerals denoting the front and lateral display units.
Patent claim: Computer device or other hardware device programmed to perform the optimizing andor reconfiguring step of the method of any one of the previous claims.

Related passage: FIG.4 is a highlevel flowchart showing a method for determining data rate change rules during data receptions.Inputs include RSSI 110 SNR 112 SNR VAR 114 and Packet Error Rate PE 116.A waveform setting WF 118 is also saved.The rate adaptation algorithm requires a suitable number of data packets 122.If the average SNR RSSI SNR Var meet specific thresholds 124 the rate is increased if the packet error is zero 126.If a change in average SNR or RSSI since the entered waveform exceeds a threshold 128 a rate increase is allowed if the packet error is zero 130.A SNR and SNR VAR based look up table rate selection is performed if the threshold is met for the current waveform 132 to force the best match rate change 134.If the packet error rate exceeds a threshold 10 the rate and bandwidth is decreased as necessary 136.
Patent claim: An optical transceiver comprising the optical transmitter according to any one of claim 16 and a frontend receiver configured to externally receive an optical signal and process the optical signal.

Related passage: The bias control for the Iarm bias and the Qarm bias to bring the monitored f0 signal closer to zero corresponds to the bias control to bring the AC component power value closer to the maximum in the first embodiment.The bias control for the 2 phase shifter bias to bring the monitored f0 signal closer to zero corresponds to the bias control to bring the AC component power value closer to the minimum in the first embodiment.
Patent claim: The laundry treating machine according to any one of the preceding claims characterized in that the laundry treating machine 10 is a laundry dryer or comprises a laundry drying function.

Related passage: In a preferred embodiment shown in Figure 2 inverter control device 23 substantially comprises a protective outer container 25 and an inverter electronic circuit not shown which is conveniently defined by a electronic board housed inside the container 25 and electrically connected to both main electronic control unit 24 to receive reference speed and to the input terminals of the electric motor 14 so that to supply to the latter the controlled currentvoltage.
Patent claim: Valve assembly 24 for an injection valve 18 comprisinga valve body 26 with a central longitudinal axis L the valve body 26 having a valve body groove 36 extending circumferentially around the valve body 26 and being designed to take in a gasket 40 the valve body groove 36 having a first wall section 32 and a second wall section 34 the wall sections 32 34 being designed to be coupled to the gasket 40 in a manner that the valve assembly 24 is sealingly coupable to a cylinder head 14 of a combustion engine 22 andan injection nozzle 28 enabling a fluid flow through the valve assembly 24 whereinthe second wall section 34 is arranged relative to the first wall section 32 in axial direction away from the injection nozzle 28 andthe first wall section 32 extends to a first radius R1 and the second wall section 34 extends to a second radius R2 and the first radius R1 is bigger than the second radius R2.

Related passage: The coupling of the injection valves to the cylinder head needs to be very precise to get a correct injection angle.
Patent claim: The process according to claim 5 wherein the first alphaolefin is selected from the group consisting of 1butene 1hexene and 4methyl1pentene.

Related passage: All the catalysts were tested in 1butene copolymerization.40 to 50 mg of catalyst was used in all the polymerizations and triethylaluminium TEA was used as cocatalyst with an AlTi ratio of 30.The polymerizations were carried out in a 3 L bench scale reactor whose procedure is as follows To an empty 3 L reactor was added 55 ml of 1butene using 0.2 bar of nitrogen pressure and stirring at 200 rpm was started.1250 ml of propane was fed to the polymerization reactor as a polymerization medium.After addition of the reaction medium hydrogen was introduced 0.75 bar after which temperature was increased to 85 C.A batch of ethylene 3.7 bar was added then reactor pressure was allowed to be stable at 0.2 bar of overpressure and stirring speed was increased to 450 rpm.Then the catalystand the cocatalyst were added through automatic feeding using N2 and 100 ml of propane.The total reactor pressure was 38 bar which was maintained by continous ethylene feed.Polymerization time was 60 min after which the polymerization was stopped by venting off the monomer together with the reaction medium.Activity of the catalyst was measured on the basis of the amount of polymer produced.Some information about the molecular weight and molecular weight broadness was received through MFR values.The butenecomonomer amount was measured by IR.The results are listed in Table 1.Table 1 The polymerization resultsExampleCE1 CE2 CE3 CE4 CE5 CE6 IE1 CE6Donorno I II II II I II IIDonor amount molmol1 0 0.52 0.25 0.1 0.25 0.25 0.25 0.50Activity kg POg2 4.4 2.7 0.1 0.8 0.4 0.53 4.0 0.02C43 wt.4.2 4.62.96.2 3.5BD4 kgm3 410 390410425MFR2 g10min 2.7 2.1n.d.67.8 1.5MFR21 g10min 71.6 52.513.337.7FRR526.5 25n.d.25.11 DonorMg 2 PO means produced ethylene1butene copolymer 3 C4 means 1butene 4 BD means Bulk density 5 FRR means MFR21MFR2 6 not determined
Patent claim: The electrical household appliance according to any of the foregoing claims characterised in that it comprises means 95 for moving the coolant positioned along the path 8 for conveying the coolant the coolant being liquid or gaseous.

Related passage: In order to perform an articles drying operation washingdrying machine 1 comprises an air circuit 7 having a first conduit 7A in fluid communication with the articles storing chamber 2 for exhausting dying air passed through articles to be dried and for conveying said air enriched in humidity towards a condensing unit 8 indicated with dashed lines in Figure 1 where air moisture is removed.Air exiting the condensing unit 8 flows through a second conduit 7B connecting a condenser outlet port with an inlet port provided for allowing air to access the articles storing chamber 2.Heating means 9 are provided in conduit 7B for heating air before it enters chamber 2.Pumping means 10 such as a fan is provided in the air circuit 7 for circulating drying air cyclically through the storing chamber 2.Moisture removed from drying air by the condensing unit 8 is collected in a reservoir 11.
Patent claim: A method managing storage functions in a storage system which includes a plurality of storage subsystems 100a 100b having a plurality of storage controllers managing a plurality of virtual volumes 211 each of the plurality of storage controllers managing a plurality of logical volumes and controlling to store data for a virtual volume 211 of the plurality of virtual volumes 211 to a logical volume of the plurality of logical volumes the method comprising in response to receiving by a control module in the storage system a command commanding a registration of a storage function for a virtual volume 211 of the plurality of virtual volumes 211 translating the received command into a translated command commanding a registration of thestorage function for a target logical volume of the plurality of logical volumes based on a mapping between the plurality of virtual volumes 211 the plurality of logical volumes and the plurality of storage controllers the translated command commanding the registration of the storage function for the target logical volume to be processed by the storage controller which manages the target logical volume wherein the control module is provided in at least one of the storage controllers or another computer in the storage system.

Related passage: A microprocessor 12 hereinafter referred to as MP executes the various processes of the first storage control apparatus 10 such as for example data inputoutput processes to the disk drives.MP 12 consists of one or more CPUs.A microprocessor specialized in certain functions can be provided as MP 12.A cache memory 13 is mainly used for storing temporarily data input tooutput from the disk drives such as writein data to the disk drives and readout data from the disk drives.
Patent claim: The control apparatus according to claim 6 or 7 further comprising a load information collecting unit 13 that collects load information for each access path from the superordinate apparatus 50 to the virtual volume 2 in one or more third control units 101 and 102 that manage a plurality of virtual volumes 2 a performance information collecting unit 14 that collects performance information of the third control units 101 and 102 and the first control unit 103 in a case where the first control unit 103 is recognized a selection unit 15 that selects a moving virtual volume 2 to be moved to the first control unit 103 from among the virtual volumes 2 managed by the third control units 101 and 102 based on the performance information and a movement instruction unit 16 that moves the movingvirtual volume 2 selected by the selection unit 15 to the first control unit 103.

Related passage: Returning to FIG.13 the volume management unit 12 of the host 10 adds the path information for accessing the transferred volume to the path setting information T3 S66.In other words path information for accessing the logical volume 164 connected to the external volume 240 via a prescribed port of the second virtualization storage device 100B is set.
Patent claim: A body temperature maintaining apparatus as claimed in any one of claims 1 to6 wherein the heat applying part is directly attached to at least one of a neck a breast and a thigh of the patient.

Related passage: Referring to Figure 1 the process of using the device 100 discussed above generally starts by positioning an extremity 130 in the space 150 of the device 100.While the process of increasing blood flow and the temperature of a mammal is discussed in conjunction with the device 100 this configuration is not intended to be limiting to the scope of the invention since any of the devices discussed herein could be used to perform this process.Once the extremity 130 is enclosed in the device 100 pressure is applied to a fluid supply port 176 thereby increasing the pressure within the one or more gas plenums and exposing the extremity 130 to an contact pressure supplied by the one or more gas plenums.The applied pressure may in the range for example of about 0 to about 25 mmHg such as from about 10 mmHg to about 14 mmHg.Simultaneously or sequentially a temperature controlled thermal exchangemedium is introduced into one or more thermal exchange units 120A 120B positioned inside the space 150 of device 100.The flow rate of the fluid delivered from the fluid source 161 may be constant and the flow rate need only be to maintain so that a desired temperature can be achieved in the thermal exchanging units 120A 120B.