bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The ball screw according to any one of claims 1 to 5 wherein a passage hole for the balls which is formed inside the first deflector is curved at its end located on the return passage member side a centerline of the passage hole curved at its end is continuous with the centerline of the first connection portion at a connection point with the centerline of the first connection portion and the centerline of the passage hole curved at its end and the centerline of the first connection portion have a common tangent at the connection point and a passage hole for the balls which is formed inside the second deflector is curved at its end located on the return passage member side a centerline of the passage hole curved at its end is continuous with the centerline of the second connection portion at a connection point with the centerline of the second connection portion and the centerline of the passage hole curved at its end and the centerline of the second connection portion have a common tangent at the connection point.

Related passage: In the ball screw unit 5 the return path L2 is formed by fitting a circulation member 15 that has a function of scooping each ball 12 up from the rollingelement path L1 and a function of redelivering the ball 12 into the rollingelement path L1 to the ball screw nut 13.
Patent claim: The apparatus according to claim 1 or the method according to claim 4 wherein the second coils are elliptical coils having major axes a first vertex and a second vertex respectively.

Related passage: Console 34 uses magnetic sensing to determine pressure and position data including i axial displacement and angular deflection of the distal section 13 due to pressure from contact with endocardial tissue 70 and ii position coordinates of the distal section 13 in the heart.For the purpose of generating pressure data including axial displacement and angular deflection of the distal section 13 of the catheter 28 the driver circuit 38 in console 34 drives a miniature magnetic field generator MF housed in a distal portion 13D of the tip section 13 as shown in FIG.3.In the disclosed embodiment the field generator MF comprises a coil whose axis is aligned with the Z axis coaxial with a longitudinal axis 25 of the catheter.
Patent claim: The device according to claims 1 and 7 characterized in that on the edge 33 of said slider 14 there is proximate to said tab 16 a transverse recess 34 that is adapted to facilitate the positioning of said shank 8 of said key 9.

Related passage: A further advantage lies in the ease by the user to carry out the locking and unlocking operations further facilitated if ramped approaches are provided near thelocking and unlocking positions of the slider.
Patent claim: The method of claim 1 or 2 wherein the at least one cancellation symbol includes one or more weights each weight addressing partial cancellation of a respective sidelobe originating from transmission of the at least one data symbol.

Related passage: In a cancellation range comprising L subcarriers adjacent to the NM subcarriers on both sides a superposition of the spectra of the m cancellation subcarriers weighted with a weighting factor wm and the superposition spectrum of the transmitted symbols dn has to be minimized in order to maximize the sidelobe suppression in the cancellation range comprising said L subcarriers.
Patent claim: The surgical stapling system of Claim 14 wherein each said second staple comprises a proximal leg formed by a said proximal forming cup and a distal leg formed by a said distal forming cup.

Related passage: The second staples 285b are laterally wider than the third staples 285c.In various instances the second staples 285b are twice as wide laterally than the third staples 285c for example.The second staples 285b can be at least twice as wide laterally than the third staples 285c for example.In some instances the second staples 285b are thrice as wide longitudinally than the third staples 285c for example.Similar to the above the second staples 285b are laterally wider than the first staples 285a.In various instances the second staples 285b are twice as wide laterally than the first staples 285a for example.The second staples 285b can be at least twice as wide laterally than the first staples 285a for example.In some instances the second staples 285b are thrice as wide laterally than the first staples 285a for example.The second staples 285b are comprised of thicker wire stock than the first staples 285a and the third staples 285c however other embodiments are envisioned in which the first staples 285a the second staples 285b and the third staples 285c comprise any suitable thickness.
Patent claim: The induction heating device according to any one of claims 1 to 11 further comprising a display unit 90 for displaying visually perceivable information about the induction heating device.

Related passage: In detail the cooking apparatus 1 obtains the cooking temperature included in the cooking method and calculates the intensity of the magnetic field B corresponding to the cooking temperature.Subsequently the cooking apparatus 1 may control the coil driving unit 110 so that the induction heating coil L may generate the magnetic field B having the calculated intensity.
Patent claim: The image forming apparatus according to claim 1 wherein the second halftoning is halftoning to be performed on image data transferred from a reading apparatus in a copy mode.

Related passage: According to this technique for an image processing method with a high frequency of use or a high priority correction is performed using a chart image on which a relatively large number of patch images are printed.For an image processing method with a low frequency of use or a low priority however correction may be performed using a chart image reconfigured with a reduced number of patches.This may suppress an increase in the amount ofconsumption of sheets and toner and enable efficient correction without increasing the user effort.
Patent claim: A downhole flow device according to any of the preceding claims wherein the second and third grooves constitute a set of grooves P and the tubular part comprises a plurality of sets of grooves.

Related passage: As shown in Fig.14 the detection tool 50 in the downhole system 100 may further comprise a downhole driving unit 73 an anchoring tool section 74 having radial extension anchors 75 and a key tool 76 having keys 77 engaging grooves in the completion component 1.The key tool 76 is operated by a stroking tool 79.The detection tool 50 is powered through a wireline 78.The key tool 76 is able to both open and close a completion component in one run that is without the tool having to be retracted from the well.By the detection tool 50 and the key tool being in the same tool string the key tool can change the position of the completion component and the detection tool can verify that the performed operation of the key tool has resulted in the planned position change of the completion component.
Patent claim: The energy management server of claim 1 wherein the memory database unit 8 classifies and stores the dynamic data changing at an interval of a predetermined period in the power system and the static data determined when designing the power system among the second data.

Related passage: Referring Figs.3 and 4 the energy management server 10 may create a list of measurement data received from the power system 20 operation S302 and create a data file like policy data on the basis of the created measurement data list operationS304.
Patent claim: The method as claimed in any preceding claim wherein the weightage parameters comprise an area weightage an audio weightage a video weightage and a dynamics weightage of each of the plurality of areas and wherein said weightage parameters are preferably preset with corresponding weightage values.

Related passage: The interest area detector 11 detects the interest areas included in the invivo image group.Specifically the interest area detector 11 acquires an invivo image group PG including total N images from the image input device 1 and assigns frame numbers j1jN to invivo images Pj in the acquired invivo image group PG in time series.The interest area detector 11 detects interest areas Aj t such as lesion areas from the invivo images Pj based on feature amounts of the invivo images Pj such as color information.The interest area detector 11 transmits results of detection of the interest areas Aj t and the invivo image group PG to the feature amount calculation unit 12.In this arrangement t denotes an index identifier for identifying one or more interest areas Aj t included in one frame of an invivo image Pj.
Patent claim: The working vehicle 1 according to claim 1 further comprising front wheels 33 that are provided on left and right sides of a hood 2a that covers an engine E whereinthe exhaust gas purification device 21 is disposed in back of one of the front wheels 33 and the cover 30 has the vent holes 30a only at a site that does not face the one of the front wheels 33.

Related passage: FIG.1 is a perspective view of an embodiment of an offroad vehicle e.g.an agricultural vehicle 10 with a substantially horizontal muffler and substantially vertical DOC.In certain embodiments the offroad vehicle 10 may be any type of tractor offroad vehicle work vehicle or any other suitable vehicle that utilizes an exhaust system.The offroad vehicle 10 has a body 12 that typically houses an engine transmission and power train.Furthermore the offroad vehicle 10 has a cabin 14 where an operator may sit or stand to operate the offroad vehicle 10.The offroad vehicle 10 has two front wheels 16 and two rear wheels 18 that rotate to move the offroad vehicle 10.As illustrated the offroad vehicle 10 is maneuvered using a steering wheel 20 configured to articulate the offroad vehicle 10 about an axis.In certain embodiments the steering wheel 20 may turn the front wheels 16 or the rear wheels 18 to control the steering of the offroad vehicle 10.
Patent claim: An industrial control system comprising a nonsafety controller comprising a first connector and a safety controller module configured to execute safety control functions to independently provide safety control comprising a second connector the safety controller module being communicatively coupled to the nonsafety controller utilizing the first and second connectors wherein the safety controller module is configured to communicate at least one of an input and an output of the safety controller module via the first and second connectors to the nonsafety controller wherein the nonsafety controller is configured to execute nonsafety functions based at least in part on at least one of the input and the output received from the safety controller module.

Related passage: More concretely the network system includes three nonsafety units 1a to 1c and three safety units 1d to 1f.The nonsafety unit 1a is a socalled CPU unit.The nonsafety unit 1b is an IO unit.The nonsafety unit 1c is a communication master unit.A network 3 of the nonsafety system is connectedto the communication master unit 1c.Various devices 2 such as an input device and an output device are connected to the network 3.In consequence the PLC 1 constitutes in cooperation with the devices 2 an ordinary nonsafety network system that has been used in the past.The devices 2 execute serial communication with the communication master unit 1c and are called also slave units.The CPU unit 1a executes a socalled cyclic processing.The cyclic processing is the one that repeatedly executes an IO refresh processing a user program execution processing and a peripheral processing.The IO refresh processing includes a processing that acquires ONOFF information of the input device into a memory of the CPU portion of the PLC and a processing that outputs a signal of the execution result of the user program in the previous cycle to the output device.The inputoutput device is connected to the IO unit 1b or to the device 2.The user program execution processing is the one that executes the operation on the basis of the input information from the input device in the light of the condition of the user program.The peripheral processing is the processing that executes communication through a network line connected to the PLC.The communication counterpart includes a tool a higher order computer terminal and a slave of a remote IO.
Patent claim: The fiber according to claim 1 wherein the ratio r2r1 is comprised between 1.5 and 3.5.

Related passage: According to embodiments of the invention the inventive refractive index profile provides a positive dispersion optical fiber with a relatively large effective transmission area that is effective core area Aeff and transmission characteristics at least as desirable as conventional fibers but without the disadvantages of those same conventional fibers for example as discussed hereinabove.For example according to embodiments of the invention as shown in Fig.5a 10.303 20.026 and 30.075.Also in this particular arrangement c16.343 m c28.343 m and c323.343 m.Thus the width of the first annular ring is 2.000 m 8.343 m6.343 m and the width of the second annular ring is 15 m 23.343 m8.343 m.
Patent claim: Method according to claim 13 whereby said cover 78 comprises at least one at least partially circumferential groove and an injection point for the molding material whereby at least one connecting track is provided from said injection point to said at least one at least partially circumferential groove and whereby material in a liquid state is injected in said injection point and allowed to flow into said at least one at least partially circumferential groove.

Related passage: Each protruding tailpiece 7 forms a respective protruding appendix 7 and has on its top a number of consecutive flat segments or surfaces 7b which lay substantially on the tailpiece reference laying plane P and are slightly tilted one another so as to form on the top of the protruding tailpiece 7 a multibeveled coupling ridge 7a having a curved profile substantially polygonal in shape.
Patent claim: The steering system according to claim 7 further comprising a motor and a cylindrical member that transmits torque of the motor to the ball nut wherein the cylindrical member is fitted on the outer peripheral surface of the ball nut and an inner peripheral surface of the cylindrical member contacts the return passage member.

Related passage: Next a second embodiment of the invention will be described with reference to the accompanying drawings.The same portions as those in the first embodiment will be denoted by the same reference numerals and descriptions thereof will not be provided below.
Patent claim: The SMM control system 180 of Claim 6 or 7 further comprising a compressor active stability margin CASM sensor 406 wherein said processor 402 is further programmed to estimate the health of the compressor 124 using the CASM sensor 406.

Related passage: The abovedescribed embodiments substantially accurately estimate an unmeasurable operating parameter for use in controlling a gas turbine engine andor system that includes the gas turbine engine.More specifically the estimation systems described herein may be implemented in an aircraft to estimate an operating parameter such as thrust for controlling the gas turbine engine andor the aircraft.As such each estimation system acts as a virtual sensor to sense unmeasurable parameters when there is no sensor available andor a suitable sensor is impractical due to cost materials andor other considerations.
Patent claim: The electricity supply control system according to claim 1 wherein the control unit is further configured to connect one of the at least two electric meters and disconnect the other electric meters at any given moment in time based on said realtime data and at least one predefined condition.

Related passage: In terms of security design most smart grid standards require the establishment of a Public Key Infrastructure PKI where each node in the network is associated with a pair of public and private asymmetric cryptography keys for instance a RSA key pair and a chain of public key certificates signed by a trusted central authority for instance X.509 certificates.In a simple implementation corresponding to the grid topology of Figure 1 in order to report its metering data measurement DTup the utility meter U1 generates a random payload key Kp encrypts it with the public key KpubC2 of the data concentrator C2 and encrypts and signs the data measurement DTup by means of Kp.It transmits KpKpubC2 and DTupKp in one or several messages to the data concentrator C2 which decrypts the Kp value by means of its unique secret private key KprivC2 and then the payload data DTup by means of the formerly decrypted Kp key.In a more optimized implementation a Secure Authenticated Channel SAC can be negotiated by the utility meter and the data concentrator to establish a longer term shared session key Ks.This session key Ks can then be used similarly to the former payload key Kp but repeatedly for a certain period of time to enforce communication message integrity and confidentiality in the pointtopointtransmission between the utility meter and the data concentrator.The available offerings from the utility providers are represented by tariffs tables such as those represented by Figure 2 where a consumption unit invoicing value for instance 0.15 cent per kwh is mapped to a date and time period interval DT1DT2 for instance from DT12200 to DT2223000 every day.The tariff table has to comprise at least one time interval DT1 DT2 per a period of twentyfour hours and a rate associated to this time interval.By comparing the offerings from various providers for instance Table 1 from provider P1 and Table 2 from provider P2 the data concentrator C2 identifies the best offering actual invoicing periods defined by a start time and date DT1 and end time and date DT2 for instance P1 from DT1 2200 to DT2 2230 at a rate of 0.15 as shown by Table 3 in Figure 2.Consequently an advantageous tariff table Table 3 can be derived and computed by the data concentrator on the basis of several tariff tables Table 1 and Table 2.Preferably the advantageous tariff table will be memorized within a memory of the data concentrator.
Patent claim: The honeycomb structure according to any one of claims 1 to 8 wherein the zeolite material includes at least one selected from the group consisting of inorganic fibers such as an alumina fiber a silica alumina fiber and a glass fiber.

Related passage: The average particle size of the SAPO is preferably 15 to 50 times more preferably 13 to 30 times the average particle size of the CHA.This enables control of the pore size of thehoneycomb unit.The average particle size of the SAPO is the average particle size of the primary particles measured with a scanning electron microscope SEM.
Patent claim: Washing group according to any one of the preceding claims characterized in that the motor assembly 4 includes a number of connecting parts 15 each having an end portion 16 fitted onto a corresponding coupling pin 14 extending from the washing tub 2 or vice versa and in that said coupling pins 14 are substantially parallel to a common fitting direction f.

Related passage: In the present invention the accommodation 2 for the motor too has two parts however it differs in its structure which meets the new operating principle in fact it is constituted by a principal body 6 and a closing cap or lid 7A or 7B.
Patent claim: The vehicle running test system according to claim 1 wherein the display control part displays at least one of a first driving index to a sixth driving index described below the first driving index a difference or a ratio between a reference integrated workload of the vehicle and an actual integrated workload of the vehicle driven the reference integrated workload being calculated on a basis of the speed pattern the second driving index a difference or a ratio between a reference integrated distance calculated on the basis of the speed pattern and an actual integrated distance of the vehicle driven the third driving index a distance or a ratio between the reference integrated distancethe reference integrated workload and the actual integrated distancethe actual integrated workload the fourth driving index a difference or a ratio between reference instantaneous acceleration of the vehicle and actual instantaneous acceleration of the vehicle driven the reference instantaneous acceleration being calculated on the basis of the speed pattern the fifth driving index a difference or a ratio between a reference inertial workload of the vehicle and an actual inertial workload of the vehicle driven the reference inertial workload being calculated on the basis of the speed pattern and the sixth driving index a square root of sum of squares of speed differences obtained at intervals of one second.

Related passage: The present claimed invention is not limited to the abovementioned embodiment.
Patent claim: A method for forwarding packets on a link within a communication network the method comprising a measuring a load indicative for a congestion of the link and b detecting when the load exceeds one of a plurality of thresholds each threshold indicative for a level of congestion on the link and c sending a signal to another device in the network signalling the level of congestion.

Related passage: For example at a link with current congestion level of 30 packets below value of 30 are dropped and the more valuable ones are transmitted.If a packet with incoming value of 70 is transmitted we are better off by 40 as compared to the case of not transmitting it since in that case we would have transmitted one of the packets of value 30 or below but it is assumed a sufficiently large number of packets from each value.Thus the transmitting of the packet of 70 costs 30.
Patent claim: A system adapted to transmit and receive long term evolution LTE wireless communication signals used in a multipleinput multipleoutput MIMO network device the system comprising a chassis comprising a volume comprising a ground plane a first antenna port configured to be in the volume of the chassis coupled to the ground plane and coupled to a first antenna element wherein the first antenna port is further configured to operate within a first resonant frequency range a second antenna port configured to be in the volume of the chassis and on the opposite side of the first antenna port coupled to the ground plane and coupled to a second antenna element wherein the second antenna port is further configured to operate within a second resonant frequency range that enable the second antenna element to generate a radiation correlation of a mutual coupling of radiation patterns from the first antenna port and the second antenna port a first parasitic scattering element coupled to the first antenna port and a second parasitic scattering element coupled to the second antenna port wherein the first parasitic scattering element and the second parasitic scattering element are configured to modify the radiation patterns and isolate the first antenna port and the second antenna port from one another.

Related passage: Figs.5a and 5b respectively represent the frequency characteristics of the multiplexing efficiency dB and the gain imbalance dB of the antenna apparatus illustrated in Fig.3.Multiplexing efficiency is an indicator for conducting an overall evaluation of antenna properties for sendingreceiving signals and antenna correlation properties and is expressed in the following formula.mux121