bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The NdFeB permanent magnet as set forth in any one of the preceding claims wherein the intrinsic coercivity HcJ of the NdFeB permanent magnet 354 at a temperature of 60C is less than 800 kAm and in particular less than 600 kAm.

Related passage: The rotors 20 other than the terminal rotors preferably have magnets secured with nonmagnetic material such as Al stainless steel and resin.Even more preferably as shown in Fig.3 magnets 21 are embedded into a frame of nonmagnetic material 23.Consequently the same magnetic field can be generated in the gaps on both sides of said rotors and the use of nonmagnetic materials for the construction of the frame makes it possible to avoid weakening the magnetic field that emanates from the magnets.
Patent claim: The crystal as set forth in any one of claims 2 to 7 wherein the cooling in the step 3 is carried out at a temperature ranging from 0 to 30C.

Related passage: Compound I is a derivative of 2amino13propanediol that has a substituted diarylsulfide structure and acts as a potent immunosuppressant.It is a pharmaceutically useful compoundeffective in the treatment of various diseases including autoimmune diseases such as a rheumatoid arthritis nephritis gonarthrosis and systemic lupus erythematosus chronic inflammatory diseases such as inflammatory bowel disease and allergic diseases such as asthma and dermatitis The compound is described in Example 46 in Patent Document 1.Even a production process of Compound I is specifically described in the International Publication Pamphlet of Patent Document 1.The process however is difficult to implement on an industrial scale and requires further improvements in many aspects including operation purification efficiency and yields of the product.There thus is a significant need for a practical process for the industrial production of Compound I.Patent Document 1 WO03029205
Patent claim: A power tool 10 comprising a motor a transmission 12 receiving rotary power from the motor the transmission having a transmission output member 28 28a 28b a rotary impact mechanism 14 having a first spindle 60 60a 62ba second spindle 32 32b a hammer 36 and an anvil 38 the second spindle being disposed coaxially with the first spindle the hammer being 36 drivingly coupled to the second spindle 32 32b and means 62 62a 60b 48 68 70 80 70a 110 112 30 for selectively coupling the first 60 60a 62b and second 32 32b spindles with the anvil and the transmission output member wherein coupling of the first spindle 60 60a 62b with the anvil and the transmission output member directly drives the anvil and wherein coupling of the second spindle 32 32b with the anvil and the transmission output member drives the anvil through the hammer wherein the first spindle 62b is coupled for rotation with at least one of the transmission output member 28b and the second spindle 32b.

Related passage: On the other hand as shown in Fig.2 in case where the operation member 15 is slided forward the drive carrier 24 also moves forward through the movable bar 16 when the connecting member 36 is engaged with both the engagement portion 42 of the drive shaft 4 and the engagement portion 64 of the output shaft 60 so that the rotation of the drive shaft 4 is transmitted through the connecting member 36 to the output shaft 60.That is there is produced a state in which the drive shaft 4 and anvil 6 output shaft 60 are connected directly with each other in such a manner that they are disabled from rotating with respect to each other.In this manner since by operating the connecting member 36 situated within the interior portions of the drive shaft 4 and anvil 6 output shaft 60 from outside using the operation member 15 the connecting conditions between the drive shaft 4 and anvil 6 can be switched over to each other not only the impact and drill operations can be easily switched over to each other by the externaloperation but also the efficiency of the power transmission can be prevented from lowering.
Patent claim: A method comprising receiving a first routing table of a first server computer receiving a second routing table of a second server computer receiving a request from a client computer for information about content servers that hold a media item title wherein the request includes a client internet protocol address of the client computer estimating that the first server computer is closer to the client computer than the second server computer is to the client computer based at least in part on the client internet protocol address the first routing table and the second routing table sending to the client computer a first address to the client computer based at least in part on estimating that the first server computer is closer to the client computer than the second server computer wherein the first address identifies the media item title stored on the first server computer wherein the method is performed by one or more specialpurpose computing devices.

Related passage: In the description of step 10 it is checked whether the surrogate server has the content requested by the user and whether it is available for serving this content one may also carry out the checking of availability of the server separately or simply not check the availability of the server.The advantage in checking separately the availability of the surrogate server is that this availability may change often while the content of the surrogate server is likely to be more stable.It is also possible that the server be available but that restrictions exist regarding maximum bandwidth usage this could also be construed as checking the availability of the surrogate server.
Patent claim: The method of claims 8 or 9 wherein the salt is chosen form one of an iron II salt and a copper II salt.

Related passage: The color change caused on the thin membrane may be of any type of change.For example the change may be coloring decoloration color tone change or the like.The change may also be spectral change observable in an ultraviolet range or a near infrared ray range.The color change may be a sole change or a combination of two or more changes.The change may be a color change detectable with any one of various measurement techniques available to those skilled in the art for example absorbance measurement of a reflected or transmitted ultraviolet ray or visible ray microscopic or visual observation thereof and so forth or detectable with any combination of two or more of these measurement techniques.
Patent claim: Network device according to any one of the previous claims wherein the sojourn related time is based on the time a packet resides in the network device.

Related passage: All the renewals of the scheduled transmission times at packet reception are intended for execution of packet immediate reading out.Therefore when the scheduled transmission time is updated the scheduled transmission time 1300 calculated by the immediate read out timecalculator 130 is overwritten onto a scheduled transmission time region or area 30 in the scheduled transmission time storage 12 see Step 53 in Fig.9.Since the corresponding queue has received the packet therein the packet validity flag 32 is always set to 1.The scheduled transmission time set for each user is also changed according to rules similar to the above.
Patent claim: The system of claim 8 or 9 wherein the location tracking system is configured to determine locations of a plurality of personal electronic devices at different time instants and to transfer location information associated with each determined location of the personal electronic devices and corresponding time stamps to the location management computer wherein the personal electronic device is configured to transfer the identifier of the consumer product and a time stamp defining a timing of said acquiring the identifier in the personal electronic device to the location management computer and wherein the location management computer is configured to map the identifier of the consumer product with the location of the personal electronic device on the basis of time stamps received from the location tracking system and the personal electronic device.

Related passage: In operation in a preferred aspect the shopper device also transmits location information of the shoppers location based on the location of the shopper device to the server of the retail system.In part as the consumer reviews items and perhaps places items in their cart a signal is sent from the shopper device to the server indicating location of the consumer.At certain times this location transmission may be concurrent with the transmission of a request for assistance or scanned product information from the shopper device to the server.Further the shopper device may also detect the electronic transmission of an RFID shelf label and communicate receipt of such information to the retail system.
Patent claim: The separator of claim 6 wherein the substrate 12 22 has a melting point of 135C to 140C.

Related passage: The binder may preferably comprise a first polymeric binder and a second polymeric binder optionally the first polymeric binder may preferably be included in a greater amount than the second polymeric binder.The first and second polymeric binders are preferably independently selected from the binders discussed above.
Patent claim: Seamless quenched and tempered steel pipe according to any one of claims 1 to 8 wherein the chemical composition consists of 0.0500.090 wt C 0.901.30 wt Mn 0.100.35 wt Si 0.100.25 wt Cr 0.080.30 wt Ni 0.080.15 wt Mo 0.0000.045 wt V 0.0200.040 wt Al 0.00080.0030 wt Ca 0.0000.035 wt Nb 0.0000.015 wt Ti 0.00300.0070 wt N 0.000.20 wt Cu 0.0000.002 wt S 0.0000.015 wt P 0.00000.0001 wt B 0.0000.010 wt Zr 0.0000.010 wt Ta the remaining being iron and satisfies the following additional conditions CEIIWCMn6CrMoV5 CuNi15 in the range 0.26 to 0.37 CEPCMCSi30Mn20Cr20Cu20Ni60Mo15V10 5xB in the range of 0.14 to 0.18 P160 x CCr5 x e35 x MoWT50 x VNb in the range of 10 to 14.5 P29 x C1.2 x MnCr0.7 x Mo2 x V2.0.

Related passage: On the other hand with amounts of Mn above 1.35 a significant negative influence is seen in the susceptibility to hydrogen induced cracking HIC due to the previously described formation of MnS.
Patent claim: A driving method of an image displaying apparatus the method comprising providing a file when the file is provided transmitting file information to an external apparatus for execution of a file editing application and receiving from the external apparatus editing information of the file based on the transmitted file information and editing the file based on the provided editing information.

Related passage: In this case a user interface UI for edition with respect to the partial region of the content may be output to the screen of the device 1000.The UI for example may include a UI that allows the user to change the brightness and the chroma.The UI may also include aUI that allows the user to select cut copy and paste a predetermined part.The UI may also provide a UI that allows the user to add a sticker image to the partial region of the content and then to display the partial region of the content.The UI may also include a UI that allows the user to draw a line or a figure on the partial region of the content by using a users hand or the stylus.
Patent claim: A method of calculation of receive power in a radar device as set forth in claim 6 further comprising when decomposing receive signals into vectors additionally decomposing them into vectors which are orthogonal to all of the mode vectors for said detected angles and calculating the powers for the bearings of the receive signals decomposed into vectors.

Related passage: The DOA calculating unit 45 calculates RRH1 on the occasion of obtaining the direction of arrival.Herein H represents complex conjugate transposition and 1 represents an inverse matrix.Then the DOA calculating unit 45 estimates the direction of arrival by performing a scan of a mode vector in a way that applies the value obtained from the calculation of RRH1 to the CAPON method.Herein the DOA estimation using the CAPON method uses RRH as a substitute for a spatial average covariance matrix RvvFBSS represented by the formula 1.9 and involves employing the following formula 3.1.Mathematical Expression 10 P1aHRRH1a
Patent claim: A method according to claim 6 or 8 and comprising the further step of determining the duration of the peak phase T during which the peak control current I is to be supplied to the electromagnetic actuator 22 to control the movement of the component 21 25 moving towards the position defined by the limit stop 26 according to the following equation TiTi1TP2Ti duration of the peak phase during which the peak control current I is to be supplied for the ith actuation of the electromagnetic actuator 22Ti1 duration of the peak phase during which the peak control current I is to be supplied for the i1th actuation of the electromagnetic actuator 22TP2 second change of duration and i actuations of the electromagnetic actuator 22.

Related passage: Fig.4 exemplarily illustrates the control of a solenoidactuated intake valve according to the firsttype operation of a highpressure fuel supply pump.The upper row in Fig.4 illustrates the plunger movement of the movable plunger 130 reciprocating between the bottom dead center position BDC and the top dead center position TDC.The middle row in Fig.4 illustrates the control current applied to the solenoid coil 125 and the lower row in Fig.4 illustrates the movement of the intake valve 120 in particular the valve member 121 between the fully open position and the fully closed position.
Patent claim: The nontransitory computerreadable recording medium according to claim 2 or 3 wherein the process further comprises storing the second group of identification information items displayed in the second viewing area in the displaying the second group into a storage part wherein the displaying the second group includes reading the second group of identification information items from the storage part upon starting of execution of the instructions and displaying the second group of identification information items read from the storage part in the second viewing area.

Related passage: The Internet server 60 then transmits the additional information obtained as a result of the search operation to the music server 50.The music server 50 displays the additional information received from the Internet server 60 on the display unit 53.The additional information is also stored by a CPU 8 to be described later into typically the harddisc drive along with the TOC information of the CD 55.It should be noted that the additional information can also be transmitted by the Internet server 60 as data embedded in an HTML file and displayed by WWW browser software embedded in the music server 50.
Patent claim: An outdoor unit 10 comprising at least three compressors CM1 CM2 CM3 and having an oil equalization mode function for maintaining a proper oil level in each of the compressors CM1 CM2 CM3 the outdoor unit 10 characterized in that it comprises a controller 12 that controls the starting and stopping of the compressors CM1 CM2 CM3 in the oil equalization mode such that one of the at least three compressors CM1 CM2 CM3 at a time is stopped or operated at a low load while the other of the at least three compressors CM1 CM2 CM3 are operated.

Related passage: When all the three compressors 11a 11b 11c are working for the cooling operation the refrigeration oil is returned from the main suction pipe 55 to the first second and third compressors so that the largest the second largest and the smallest amounts of the refrigeration oil are returned to the first second and third compressors respectively.The refrigeration oil is supplied from the compressors 11a 11b which receive a larger amount of the returned refrigeration oil to the compressors 11b 11c which receive a smaller amount of the returned refrigeration oil through the oil equalization pipes 72 73 74 so as to equalize the amounts of the refrigeration oil in the compressors 11a 11b 11c.
Patent claim: The computer readable storage medium 128 of any of claims 12 to 13 wherein the first period of time is less than half the second period of time.

Related passage: FIGS.1a and 1b are diagrams of example multitap handheld electronic devices 100 in which systems and methods consistent with the present invention may be implemented.Specifically FIG.1a illustrates an example handheld electronic device 100a having a T12 key arrangement.That is handheld electronic device 100a of FIG.1a is an embodiment having a multitap reduced keypad with twelve keys ten of which have associated digits i.e.0 through 9 eight of which have associated Latin letters i.e.a through z.FIG.1b illustrates an example handheld electronic device 100b having a multitap reduced QWERTY key arrangement with a T20 key arrangement.That is handheld electronic device 100b of FIG.1b is an embodiment having a multitap reduced keypad with twenty keys.In FIG.1b an arrangement of Latin letters is associated with keys and the letters are generally presented in an order corresponding to the order of a standard QWERTY keyboard.As used herein multitap processing refers to a character entry system or method whereby a user selects a desired character by pressing or more generally selecting the same key a consecutive number of times equivalent to the position of the desired character in a character set associated with the pressed key.
Patent claim: A hearing aid according to any of the previous claims wherein the antenna has a first end and a second end and a relative difference between a length of the antenna from the first end to the midpoint and a length from the second end point to the midpoint is less than a threshold.

Related passage: FIGS.2A and 2B illustrate some embodiments of a hybrid circuit such as may provide the electronics for the hearing instruments of FIGS.1A1B.In general a hybrid circuit is a collection of electronic components and one or more substrates bonded together where the electronic components include one or more semiconductor circuits.In some cases the elements of the hybrid circuit are seamlessly bonded together.In various embodiments the substrate has a dielectric constant less than 3 or a dielectric constant greater than 10.In an embodiment substrate is a quartz substrate.In an embodiment the substrate is a ceramic substrate.In an embodiment the substrate is an alumina substrate.In an embodiment the substrate has a dielectric constant ranging from about 3 to about 10.
Patent claim: The mobile communication device of any of claims 11 to 14 comprising a closeproximity wireless battery charging system.

Related passage: Generally speaking mobile device holsters may be configured for attachment via a clip loop etc.to a users belt or article of clothing to provide a convenient way to carry the mobile device 40.It should be noted that other types of device holders besides those shown in the illustrated example may be used in different embodiments or different variations of cradles and holsters may be used e.g.a charging cradle or a noncharging cradle belt holster or an armband holster etc..For example some holders may be configured for use within an automobile e.g.on a dashboard air conditioner vent etc.to secure the mobile device 40 while driving or riding etc.However it should be noted that the first mobile device holder31 or the second mobile device holder 35 may be otherwise carried or mounted and may be used with various types of mobile devices 40 including mobile telephones or smartphones personal digital assistants PDAs portable or personal media players e.g.MP3 players video players etc.remote controls e.g.television or stereo remotes etc.portable gaming devices etc.for example.
Patent claim: The fuel cell module 11 according to either claim 1 or 2 wherein the first flow passage 60 corresponds to the first space portion S1 formed between a plurality of protruding portions 51 g provided at the first peripheral side wall 51a and the outer wall surface.

Related passage: As illustrated in Figs.1 and 2 each of the second cathode gas flow passage 500b and the third cathode gas flow passage 500c of cathode gas flow passage 500 is defined by an outer surface of the second Ushaped plate member 220 and an inner surface of the first Ushaped plate member 210.The cathode gas flow passage 500 includes a second side clearance flow passage 510 the side clearance flow passage and a second bottom clearance flow passage 520 the bottom clearance flow passage that is in communication with the second side clearance flow passage 510.The second side clearance flow passage 510 corresponds to the third cathode gas flow passage 500c and is formed or defined by arranging one of the first side walls 212 of the first Ushaped plate member 210 and one of the second side walls 222 of the second Ushaped plate member 220 so that the first side wall 212 and the second side wall 222 face each other.The second bottom clearance flow passage 520 corresponds to the second cathode gas flow passage 500b and is defined by arranging the first bottom wall 213 of the first Ushaped plate member 210 and the second bottom wall 223 of the second Ushaped plate member 220 so that the first bottom wall 213 and the second bottom wall 223 face each other.In this embodiment for example two of the second side clearance flow passages 510 are provided.
Patent claim: The system according to claim 1 further characterized in that said further vaporizer comprises a condenservaporizer to which expanded organic working fluid vapor is also supplied so that said expanded fluid vapor transfers heat to said further organic working fluid producing further organic working fluid vapor as well as organic working fluid condensate.

Related passage: In Fig.6 generator 18E is preferably shared by the output of intermediate turbine 16E and organic working fluid turbine 24E.This is because intermediate turbine 16E can operate efficiently at relatively low rotational speeds 15001800 RPM permitting it to be directly coupled to generator 18E whose rotation speed is also relatively low 15001800 RPM.Similarly the rotational speed of organic working fluid turbine 24E can also be relatively low 15001800 RPM permitting it also to be directly coupled to generator 18E.Thus generator 18E is interposed between intermediate fluid turbine 16E and organic working fluid turbine 24E.However if preferred separate generators can be provided.
Patent claim: The apparatus 10 of claim 1 wherein the source network node corresponds to one or more elements of the group of a network edge node a network gateway a mobility management entity a radio network controller a serving gateway a control plane data packet processing entity or a user plane data packet processing entity.

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.