bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A system for managing thermal transfer the system comprising a gas turbine engine a main lubrication oil system operable with the gas turbine engine for providing the gas turbine engine with a lubrication oil the lubrication oil having a temperature limit of at least about 500 degrees F and a fuel system 206 the fuel system 206 comprising a deoxygenation unit 212 for deoxygenating a fuel in the fuel system 206 and a fueloil heat exchanger located downstream of the deoxygenation unit 212 in thermal communication with the lubrication oil in the main lubrication oil system the fueloil heat exchanger during operation of the gas turbine engine defining a fuel inlet temperature a fuel outlet temperature an oil inlet temperature and an oil outlet temperature the fuel inlet temperature being up to about 200 degrees F the fuel outlet temperature being between about 450 degrees F and about 600 degrees F the oil inlettemperature being between about 450 degrees F and about 600 degrees F and the oil outlet temperature being up to about 250 degrees F.

Related passage: Figure 1 illustrates a general perspective view of a fuel based thermal management system TMS 10 for an energy conversion device ECD 12.A fuel stabilization system FSU 14 receives a liquid fuel from a reservoir 16.
Patent claim: The method of claim 16 wherein the first locationupdaterequest is sent in response to a locationinformationrequest for location information made by a friend device of the mobile device wherein the first locationupdaterequest includes context information related to the locationinformationrequest and wherein the one or more predetermined criteria specify a location precision preference for the positioning system to be selected based on the context information.

Related passage: In general there is considerable delay associated with the signaling registration authentication and associated processing required for accessing services via wireless networks.This relatively slow service access process is exacerbated by inherently errorprone wireless links e.g.due to multipath and fading conditions inadequate wireless coverage by wireless service providers difficulty of locating inactive user devices and like conditions.Furthermore services are often available only from the service provider networkwith which the user subscribes preventing users frorri accessing services across administrative boundaries i.e.between service providers.Similarly existing service solutions prevent access to such services across access network technologies e.g.CMDA WIFI networks and the like.
Patent claim: The mobile device of any one of claims 69 wherein the first parasitic scattering element and the second parasitic scattering element are further configured to generate a first current path along the ground plane of the chassis and through the first parasitic scattering element and the second parasitic scattering element in conjunction with a second current path through along the ground plane between the first antenna element and the second antenna element each comprising a monopole antenna or other antenna configured to excite a dipole mode.

Related passage: In Fig.4b the horizontal axis represents the frequency GHz and the vertical axis represents the antenna efficiency dB.The waveform a represents the antenna efficiency of the main antenna the antenna unit 10 in the case of no nonfeed element stub.The waveform b represents the antenna efficiency of the sub antenna the antenna unit 20 in the case of no nonfeed element stub.The waveform c represents the antenna efficiency of the main antenna with the ground point of the nonfeed element taken to be at the 27 mm position.The waveform d represents the antenna efficiency of the sub antenna with the ground point of the nonfeed element taken to be at the 27 mm position.The waveform e represents the antenna efficiency of the main antenna with the ground point of the nonfeed element taken to be at the 37 mm position.The waveform f represents the antenna efficiency of the sub antenna with the ground point of the nonfeed element taken to be at the 37 mm position.These graphs demonstrate that even in cases of using a nonfeed element with respect to antenna efficiency cases where the antenna efficiency is good and cases where it is bad are possible depending on the position of the ground point.
Patent claim: A method for purifying an exhaust gas wherein an exhaust gas is processed using a catalyst obtained by the production method set forth in claim 9.

Related passage: According to the comparison between EXAMPLEs 27 28 29 and remaining EXAMPLES it can be understood that in order to adsorb effectivelyHC in the exhaust gases it is more preferable to employ thezeolite as the zeolite for the HC adsorbent layer.Moreover as can be seen from the results in EXAMPLE 1 to EXAMPLE 7 it can be understood that the HC adsorbing ability can be increased much more by adding various zeolites into the zeolite as the zeolite of the HC adsorbent layer.
Patent claim: The intraocular lens insertion apparatus according to claim 1 wherein the plunger 30 includes a leading end region which contacts the intraocular lens body andor a beardlike lens holding portion extending from the intraocular lens body and a rodlike portion which extends from a trailing end of the leading end region in a direction opposite to the pressing direction and wherein the rodlike portion is formed so that a thickness with respect to the optical axis direction of the accommodated intraocular lens is constant and a thickness of a portion 31d distant from a leading end of the leading end region by a predetermined distance or more increases gradually with respect to a direction perpendicular to the optical axis direction and perpendicular to the pressing direction.

Related passage: A stage 24 is provided as a resting portion at the front of the main tubular section 18 in the tool body 12.FIG.7 depicts the stage 24.In the stage 24 there is formed a recessed slot 28 of width dimension slightly larger than the diameter dimension of the main body 26 of the intraocular lens 14 and extending in the axial direction.The recessed slot 28 has lengthwise dimension in the axial direction that is somewhat larger than the maximum width dimension dimension in the leftright direction in FIG.1 of the intraocular lens 14 inclusive of haptics 30 30 that extend to either side thereof.
Patent claim: The catheter of claim 4 wherein the shunting electrode is spaced a distance corresponding to a distance of at least two of the irrigated electrodes from the first position.

Related passage: Another alternative embodiment of the invention is shown in Figs.13 14A and 14B wherein the EP device 12 is provided with an inner lumen 49 for fluid delivery.An adapter 50 is secured to the proximal end of the EP device 12 to facilitate introduction of fluid to the inner lumen 49.In Fig.14A the lumen 49 is offset from the electrical conductors 51 which are braided about the core 52 whereas in Fig.14B the lumen 49 is formed by the braided conductors 51 within a polymer matrix 53.The embodiment of Fig.14B does not have a core member 52 as in Fig.14A.A discharge port 54 is provided in the distal end of the EP device 12 which is in fluid communication with the inner lumen 49.
Patent claim: Computing device comprising a gazed virtual object identification determination module GVOIDM according to claim 1.

Related passage: Figure 1A illustrates an architecture diagram of a system embodiment according to the present invention.The system 10 comprises a gaze capture module 11 a gaze distance determination module 12 a gazed virtual object identification module 13 a gaze translucency algorithm module 14 and a virtual object modification module 15.The gaze capture module 11 is configured to capture 115 a users gaze information comprising gaze coordinates said gaze coordinates representing a position on a display at which said user is looking or gazing not shown.The gaze distance determination module 12 is configured to determine 125 a distance or gaze distance between a virtual object and a gaze distance origin using said gaze information 115.The gazed virtual object identification module 13 is configured to identify 135 a gazed virtual object of a number of virtual objects based on the determined distance or distances 125.The gaze translucency algorithm module is configured to assign to one or more of said virtual objects a modification command based on said identified gazed virtual objects.The virtual object modification module 15 is configured to modify one or more virtual objects of said number of virtual objects based on said modification command 145.In this manner the system can implement gaze translucency since information about what virtual objects users are looking at e.g.the gazed virtual object 135 can be used to modify for instance one or more display properties of said virtual objects.This modification can for instance be performed by a virtual object itself e.g.by applying a shader rather than on its rendering representation on the display in other words its pixel representation on said display.The skilled person will moreover understand that the gaze information 115 the determined distances 125 the identified virtualobjects 135 and the modification commands 145 may be implemented as a local system property or as events or as parameters to function calls.Moreover the skilled person will understand that a network module not shown may be used to transmit andor receive any of the data connections that are shown thereby facilitating networked and distributed operation.
Patent claim: The catheter of claim 1 wherein the strut comprises a shape memory material.

Related passage: In the depicted embodiment the mapping assembly 18 comprises five spines 14.Each spine 14 has a proximal end attached at the distal end of the catheter body 12 and a free distal end i.e.the distal end is not attached to any of the other spines to the catheter body or to any other structure that confines movement of the distal end.Each spine 14 contains a support arm 24 comprising a metal or plastic material that has shape memory such that the support arm 24 forms an initial shape when no external forces are applied forms a deflected shape when an external force is applied and returns to its initial shape when the external force is released.In a preferred embodiment the support arm 24 comprises a superelastic material for example a nickeltitanium alloy such as nitinol.Each spine 14 also comprises a nonconductive covering 26 in surrounding relation to the support arm 24.In a preferred embodiment the nonconductive covering 26 comprises a biocompatible plastic tubing such as a polyurethane or polyimide tubing.
Patent claim: The power conversion device 100 according to claim 1 wherein the plurality of coolingdeviceside pipe connectors are provided in a bottom surface of the cooling device 300 the plurality of pipes are connected to the plurality of coolingdeviceside pipe connectors through a lower portion of the space 400 from the plurality of powerunitside pipe connectors and the plurality of wires are connected to an input and an output of the power conversion device 100 through an upper portion of the space 400 from main circuit terminals of the plurality of power units 200.

Related passage: At the outer peripheries of the long sides of the power conversionapparatus 200 are provided two pairs of AC terminal cases 17 used for connecting the motor generators 192 and 194 respectively.The AC terminal 18 is used to electrically connect a power module 300 to each of the motor generators 192 and 194.The AC current to be outputted from the power module 300 is transmitted to the motor generators 192 and 194 through the AC terminal 18.
Patent claim: The system of any one of claims 8 to 10 wherein the evaporator device 7 is a system with moist absorbent material dispersal.

Related passage: In the present embodiment since the branch gas 18a flowing into the air heater 13 is branched from the flue gas supply line L2 through the flue gas introduction line L11 the temperature of the gas is high 300 to 400C and the spraydrying of the dehydrated filtrate 33 can be efficiently performed.
Patent claim: The RFID tag according to claim 10 wherein the protector further includes a second portion that is coupled with the coupling portion in the first direction.

Related passage: When the IC chip 30 receives a read signalincluded within a Radio Frequency RF band from a readerwriter of the RFID tag 100 via the antenna 20 the IC chip 30 receives power from the read signal.Then the IC chip operates and sends identifier information via the antenna 20 by using the power.Thus the readerwriter can read the identifier information of the RFID tag 100.
Patent claim: The blood analyzer according to claim 3 wherein in the case that the value reflecting the number of the abnormal lymphocytes is greater than the first threshold and the value reflecting the number of the nucleated erythrocytes is smaller than the second threshold the cell analysis portion controls the output portion to output information indicating the possibility that abnormal lymphocytes are present.

Related passage: Fig.1 is a perspective view illustrating an appearance of a blood analyzer according to this embodiment.The blood analyzer 1 according to this embodiment is a multiitem blood cell analyzing apparatus which detects blood cells i.e.whiteblood cells red blood cells platelets and the like which are contained in a blood sample and counts each type of blood cells.As shown in Fig 1 the blood analyzer 1 is provided with a measurement unit 2 a sample transport unit 4 which is disposed on a front side surface of the measurement unit 2 and an information processing unit 5 which can control the measurement unit 2 and the sample transport unit 4.
Patent claim: The surgical stapling system of Claim 5 wherein said jaw is rotatable relative to said anvil to place said end effector in said closed configuration.

Related passage: Referring again to FIG.8 the first staples 285a are comprised of wire for example.The wire can be comprised of stainless steel andor titanium for example.The wire has a circular crosssection however alternative crosssections may be utilized.Each first staple 285a can comprise any suitable configuration such as for example a Vshaped configuration or a Ushaped configuration.A first staple 285a comprising a Vshaped configuration can include a base a first leg extending from a first end of the base and a second leg extending from a second end of the base wherein the first leg and the second leg extend in directions which are nonparallel to one another.A first staple 285a comprising a Ushaped configuration can include a base a first leg extending from a first end of the base and a second leg extending from a second end of the base wherein the first leg and the second leg extend in directions which are parallel to one another.
Patent claim: The method of claim 7 wherein the computer program is a computer program product comprising a computerreadable medium bearing computer program code embodied therein for use with a computer.

Related passage: In order to exchange the identification key or PIN value during the initial communications session a secure connection 237 is established via WTLS on a WAP bearer.The security at this level is managed by the respective WTLS managers 231 and 243 and their respective interfaces 232ab and 244ab to the corresponding WAP stacks 230 and 245 respectively.
Patent claim: Method for adapting a transmission of packets on a link in a networking endpoint comprising the following stepsreceiving a congestion signal from a packet forwarding device on the link and wherein the congestion signal comprises an indication of a congestion level selected from a plurality of congestion levels andwhen no congestion signal is received probing an available bandwidth according to a first probing scheme andwhen the congestion level corresponds to a first low level of congestion probing the available bandwidth according to a second probing scheme and wherein the second probing scheme is less aggressive than the first probing scheme andwhen the congestion signal corresponds to a second high level of congestion probing the available bandwidth according to a third probing scheme and wherein the third probing scheme is a backoff probing scheme.

Related passage: Now assume as shown in Fig.10 that 24 more silver flows enter 12 from G to H and 12 from I to J.In this case congestion appears on the BC and the DE links as well.
Patent claim: An apparatus according to claim 8 and comprising a left fan 8s a central fan 8c a right fan 8d wherein the central fan 8c comprises a pair of extended partitions 25 which are arranged on two sides separating the central fan 8c from the left fan 8s and from the right fan 8d wherein each extended partition 25 comprises a curved portion 12 which is configured to screen a respective corner in particular an upright 10 of the ventilation chamber 7 wherein the curved portions 12 of the extended partitions 25 are arranged at opposite corners in particular in correspondence of opposite uprights 10 on a same diagonal of the ventilation chamber 7.

Related passage: As can clearly be seen in Figure 4 such partition 20 hasa central portion 21 which lies on a first support P1 which is substantially perpendicular to a plane P2 that passes through the rotation axes X1 and X2 of two laterally adjacent fans 16 and 17 in Figure 4 and two axially symmetrical opposite redirection portions 22 and 23 which are inclined by an angle W1 measured from the first support P1 and extending in the direction of rotation R of the fans.
Patent claim: An aircraft cabin blower system 30 according to any preceding claim where the second hydraulic device 40 is arranged in use to be mechanically coupled to an accessory gearbox 32 of the gas turbine engine 10 via which the mechanical coupling to the spool of the gas turbine engine 10 is made.

Related passage: According to Fig.2 during flight operation of the helicopter the running engine 1 drives the electric motorgenerator 10 as an electric generator via the main gearbox 5 the accessory gear box 12 and the additional freewheel assembly 11 respectively connected by the axle 3.The rotary wing 7 is driven via the main gearbox 5 and the output 6.The main gearbox 5 and the electric motorgenerator 10 drive as well directly and mechanically the pump 8 coupled via the drive shaft 9.During flight operation the driven electric motorgenerator 10 feeds any electric on board consumers e.g.the battery while the driven pump 8 providesenergy to its respective hydraulic consumers 13 e.g.an air concompressor.The electric engines starter motorgenerator 2 is driven by the engine 1 and feeds the helicopters electric on board consumers.
Patent claim: Laundry treatment appliance 2 according to one of the claims 6 to 8 whereby said display support 68 is engaged with said electronic board 64 by at least one connection element 74.

Related passage: The reference number 10 FIGS.12 generally designates a knob assembly embodying the present invention.In the illustrated example the knob assembly 10 comprises a rotary knob 12 a rotary actuated potentiometer 14 and an electronic display 16.The rotary knob 12 has a central opening 18 and is configured to rotate.The rotary actuated potentiometer 14 is actuated by rotation of the rotary knob 12.The electronic display 16 is located within the central opening 18 of the rotary knob 12.The electronic display 16 does not rotate with rotation of the rotary knob 12.
Patent claim: An airfoil 78 for a turbine engine 10 the airfoil 78 comprising a perimeter wall 95 bounding an interior 96 and defining a pressure side 98 and a suction side 100 extending axially between a leading edge 102 202 and a trailing edge 104 204 and extending radially between a root 83 and a tip 81 a radially extending rib 130 230 located within the interior 96 and extending between the suction and pressure sides 98 100 a radially extending leading edge chamber 126 226 bound by the leading edge rib 130 230 and the suction and pressure sides 98 100 a radially extending inner chamber 122 222 bound in part by the rib 130 230 a plurality of film holes passing through the leading edge first and second radially extending rows of crossover holes 132 134 232 234 passing through the rib 130 230 and fluidly coupling the leading edge and inner chambers 122 126 222 226 with the holes 132 232 of the first row 140 240 being radially offset from the holes 134 234 of the second row 142 242 and a subset of the holes 132 134 232 234 being angled to define a flow path 136 138 236 238 intersecting one of the pressure and suctions sides 98 100.

Related passage: According to the embodiment shown in Fig.2 and 3 internal web 16 where those holes 18 and 19 are placed has a cross section profile with the shape of snake head.The holes 18 and 19 are placed on both sides of the chord 40.The angle between the impingement flows from holes 18 and 19 and the wall internal surface in this case is close to optimal in terms of cooling effectiveness.The snake head shape can be easily produced by a metal laser sintering process SLM.However it is not possible to produce it by an ordinary casting process.
Patent claim: The integrated industrial system according to any one of claims 1 to 6 wherein the host system is a first system which includes at least one of a manufacturing execution system a plant information management system and a plant asset management system.

Related passage: The various singlenode securityrelevant properties includeFunction refers to type or functionality of the node.This property may determine the conventional assignment to subnets such as control or corporate.In the example of Fig.1 all nodes are assigned to the IACS control network.Criticality refers to the operational statethe higher the criticality value the more dependent the IACS is on the node.In IACS controllers are very important.Location refers to the geographical location cabinet building or city where the node is installed.Security control level refers to whether the node has the ability to protect itself from cyber security attacks.The higher value imposes on better security control available on that particular node.Security controls include but are not limited to access control antivirusprogram host firewall host intrusion detection and prevention system antimalware program application whitelisting.Redundancy refers to whether there is an equivalent redundant node to this node and identifies the former.Dependency refers to which further nodes this particular node logically depends on.
Patent claim: The photomask blank of any one of claims 1 to 14 for use with exposure light from ArF excimer laser.

Related passage: In another version of the embodiment wherein a lightshielding film is provided an auxiliary film or etch stop film of chromium base material as disclosed in Patent Document 6 may be formed on the halftone phase shift film and a lightshielding film of silicon a silicon base compound or transition metalsilicon base compound be formed thereon.
Patent claim: The coated cutting tool of claim 1 wherein said Al2O3 layer exhibits 1.5ltTC0 2 4lt2.5 and 4ltTC0 0 12lt5.

Related passage: A particularly suitable first refractory layer comprises or consists of oxides nitrides carbonitrides or oxycarbonitrides of Ti andor Al as single layers or multilayers such as TiN TiCN hexagonal AIN cubic or hexagonal TiAlN TiAlON TiAlCN TiAlOCN metastable or stable Al2O3 phases or combinations thereof preferably cubic Ti1xAlxN or Ti1xAlxCyNz with x gt0.7 deposited by means of lowpressure moderate temperature chemical vapour deposition LPMTCVD.The cubic Ti1xAlxN or Ti1xAlxCyNz can be codeposited together with layers of hexagonal AIN TiAlN or TiAlCN.The hexagonal phase layers should be very thin as compared with the cubic layers preferably less than about 50 nm more preferably less than 20 nm.The LPMTCVD layers are deposited a temperature of 600850 C preferably 650750 C and at a pressure in the range of 2 to 50 mbar preferably less than 10 mbar.