bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A connector part of a subsea connector adapted to be mated with a second part of the subsea connector by application of a mating force wherein the connector part 100 comprisesat least a first contact 110 configured for engagement with a respective second contact 210 of the second connector part 200 for establishing a connection characterized in that the connector part 100 further comprisesa flushing mechanism 10 comprising a chamber 30 filled with a medium and one or more fluid passages 32 providing a flow connection from the chamber 30 to an area adjacent to the first contact 110 wherein the flushing mechanism 10 is configured such that during mating of the first connector part 100 with the second connector part 200 the flushing mechanism 10 is actuated by said mating force and medium is expelled from the chamber 30 and is directed towards at least one of the first contact 110 or the second contact 210 so as to flush the first contact or the second contact respectively during mating.

Related passage: The second element of the flushing arrangement 30 is sealed against a front portion of the shuttle pin 22 by a corresponding seal 33.Similarly it has an annular shape with an inner opening the diameter of which substantially corresponds to the outer diameter of the pin 12 and of the shuttle pin 22.A annular front face of the second element 32 is provided with a circular seal 34.The seal 34 is set up to provide sealing against an annular front face of the first element 31.
Patent claim: 3DIntegrated optical sensor according to one of claims 1 to 12 wherein the wiring comprisesat least one throughsubstrate 5 via electrically connected to a redistribution layer arranged on a backside of the semiconductor substrate 100 orbonding pads 21 arranged in or on the semiconductor substrate 100.

Related passage: As only rays from within the cone or having an angle of incidence from the allowed interval of angles INT is able to reach the light sensor 1 the mask 2 lends the light sensor arrangement a certain directionality.The directional dependency of the optical filter 3 is somewhat reduced and the center wavelengths are only slightly shifted e.g.towards shorter wavelengths.The light sensor arrangement can be produced with a rather low total height as no complex optical systems are necessary.
Patent claim: The surgical instrument of claim 1 wherein the distal end portion extends distally from the proximal end portion in the form of a hookshape supporting structure with the gap therebetween configured to receive the tissue.

Related passage: With reference to Figures 25 and 26 a cartridge assembly 750 an anvil assembly 760 and pin 754 work similar to cartridge assembly 650 anvil assembly 660 and pin 654 in that there is threaded engagement.Pin 754 however is manually securedto anvil assembly 760 and the cartridge does not have a spiral groove.As shown in Figure 25 pin 754 has a proximal portion 770 and distal portion 772 and defines a longitudinal axis HH.Proximal portion 770 of pin 754 includes a knob or handle 774 rotatable about longitudinal axis HH.Knob 774 is adapted to be manually rotated.An elongate member 778 extends between knob 774 and distal portion 772.In operation rotating knob 774 causes the rotation of elongate member 778 and distal portion 772.Distal portion 772 includes an external thread 780 formed thereabout.External thread 780 of pin 754 facilitates secure engagement between cartridge assembly 750 and anvil assembly 760.
Patent claim: The method according to claim 5 further comprising when there are at least two MAC entities independently executing at least one MAC function of the following items DRX SPS and HARQ according to the MAC layerrelated parameter corresponding to each MAC entity and using each MAC entity as a unit.

Related passage: In the uplink user equipment has to signal Node B with a rate indicator message information that is necessary to decode the transmitted packets correctly e.g.transport block size TBS modulation and coding scheme MCS level etc.Furthermore in case HARQ is used the user equipment has to signal HARQ related control information e.g.Hybrid ARQ process number HARQ sequence number referred to as New Data Indicator NDI for UMTS Rel.5 Redundancy version RV Rate matching parameters etc.
Patent claim: The cell analyzing method according to claim 7 or 8 wherein the measurement specimen is prepared by hemolyzing red bloodcells in the body fluid.

Related passage: Therefore according to the invention there is provided a method for classifying and counting leukocytes which comprises1 a step of staining cells in a sample obtained from a hematological sample by treatment with a hemolytic agent with a fluorescent dye which can make a difference in the fluorescence intensity at least among mature leukocytes leukocytes with abnormal DNA amount and immature leukocytes 2 a step of introducing the sample containing the stained cells into a flow cytometer to measure scattered light and fluorescence of therespective cells 3 a step of classifying leukocytes and coincidence cellsplatelet clumps utilizing a difference in the intensity of a scattered light peak and a difference in the scattered light width 4 a step of classifying and counting mature leukocytes leukocytes with abnormal DNA amount and immature leukocytes utilizing a difference in the scattered light intensity and a difference in the fluorescence intensity of leukocytes classified in the step 3.
Patent claim: A component of a gas turbine engine the component comprising an internal cooling cavity 26 extending through an interior of the component a baffle insert 32 configured to be inserted into the internal cooling cavity a plurality of trip strips 40 extending upwardly from an exterior surface 38 of the baffle insert at least one separating feature 42 44 located between a pair of ends 58 of a pair of the plurality of trip strips located on the exterior surface of the baffle insert wherein the plurality of trip strips and the at least one separating feature of the baffle insert are spaced from an interior surface 36 of the internal cooling cavity a plurality of trip strips 70 extending upwardly from the interior surface of the internal cooling cavity and at least one separating feature 72 74 located between a pair of ends 78 of the plurality of trip strips located on the interior surface of the internal cooling cavity wherein the plurality of trip strips and the at least one separating feature of the interior surface of the cooling cavity are spaced from the exterior surface of the baffle insert.

Related passage: Outer skin 54 includes a plurality of cooling air exit openings 60.Spar 52 forms an inner wall for airfoil 50 on both the pressure side and the suction side of airfoil 50.Outer skin 54 and spar 52 are spaced apart from each other by a plurality of ribs 62.Inone form ribs 62 extend between the outer wall formed by outer skin 54 and the inner wall formed by spar 52.In other embodiments ribs 62 may extend between other walls in addition to or in place of outer skin 54 and spar 52.In one form ribs 62 form a plurality of flow migration dams configured to reduce or prevent cooling air flow migration in a radially outward direction e.g.due to centrifugal force during the rotation of airfoil 50 in the form of a turbine engine blade.In one form ribs 62 are oriented horizontally in airfoil 50.In other embodiments ribs 62 may be oriented in other directions in addition to or in place of horizontal.In one form airfoil 50 may have an attachment feature 64 configured to mechanically couple airfoil 50 to engine 10.In one form attachment feature 64 is operative to deliver cooling air to cooling air supply passage 56.
Patent claim: The light emitting device package of claim 5 wherein the first side surface part includes a first part area adjacent to the sixth side surface part and the first part area has a flat surface not overlapped with the cavity in the thickness direction of the body and stepped from a surface of the first side surface part.

Related passage: In the present invention the reflection portion 8 sandwiches the light emitting element and is formed on both side surfaces in a position most proximate to the light emitting element that exhibits a tendency to undergo discoloration due to light from the light emitting element.In this manner deterioration of the package can be prevented since the portion that tends to suffer deterioration due to light from the light emitting element is covered on both side surfaces of the package by the reflection portion.
Patent claim: A load carrier foot according to any one of the preceding claims wherein when the bracket is in its third state the pivotable tensioning lever arm is configured to lock the positioning arm in position.

Related passage: The load carrier foot 1 shown in figures 3a3b further comprises a second bracket 6.The second bracket 6 is pivotally connected to the support body 3 in the shown embodiment at the same pivot axis as the first bracket 6.The first bracket 6 the second bracket 6 and the tensioning arrangement 10 form a jaw like arrangement when seen as shown in figure 3b.The tensioning arrangement 10 together with the support surface 4 provides for a tree point clamping function.The tree point clamping function clamps about the vehicle in the shown embodiment about a rail of the vehicle at three points and with three force components having different directions.Each point thus has a force component acting in a direction separate from the other two points during use.
Patent claim: The method 100 of claim 2 or 3 further comprising installing 140 the secondary wing targets 54 on the wing assembly 14 at secondary wing target locations related to the known locations of the primary wing targets 50.

Related passage: With reference again to operation 1106 if the XY plane of the structure coordinate system does have the desired position relative to the reference XY plane of the global coordinate system the process proceeds directly to operation 1110 as described above.In this manner the alignment in operation 1108 is considered unnecessary.
Patent claim: The method according to claim 5 wherein the supporter is a silicaalumina supporter that contains a modified Ytype molecular sieve and based on the total weight of the supporter the supporter contains 2085wt modified Ytype molecular sieve and 1580wt amorphous silicaalumina andor alumina the modified Ytype molecular sieve is selected from a Ytype molecular sieve modified by dealumination and silicon reinsertion andor hydrothermal treatment of ammonium fluosilicate and the molar ratio of SiO2Al2O3 in the modified Ytype molecular sieve is 5151.

Related passage: Next a compound containing the abovedescribed active metal element is supported by the catalyst support obtained as described above.The compound containing the noble metal element used in the supporting is not particularly limited as long as it contains the noble metal element and a known compound is used but an inorganic or organic compound soluble in a solvent particularly water is used.Specific examples of the compound containing the active metal element include in the case where the noble metal is ruthenium RuCl3 in the case where the noble metal is osmium OsCl33H2O and NH42OsCl6 in the case where the noble metal is rhodium RhCl33H2O in the case where the noble metal is iridium H2IrCl66H2OH in the case where the noble metal is palladium NH42PdCl6 PdNH34Cl2H2O and PdC2H5CO22 and in the case where the noble metal is platinum PtCl2 H2PtCl6 NH42PtCl6 H2PtOH6 PtNH34Cl2H2O and PtC5H7O22.
Patent claim: The navigation system according to claim 1 or 2 wherein the first sensor is an electromagnetic sensor.

Related passage: As shown in Fig.2 Fig.6A and Fig.6B the medical device 1 includes a position detection sensor 19A arranged at a predetermined position of the treatment instrument 4 a position detection sensor 19B arranged at a predetermined position of the insertion section 2E a magnetic field generation antenna 20 an antenna driving section 21 that is antenna driving means a position detection section 22 a distal endposition calculation section 23 that is distal endposition calculation means and a movement detection section 24.The medical device 1 has a configuration with the above components which will be explained in detail later so as to detect a position of the first position detection sensor 19A and a position of the second position detection sensor 19B.The medical device 1 first calibrates the first position detection sensor 19A and the second position detection sensor 19B.
Patent claim: The adapter assembly of claim 10 wherein the eccentric outer surface of the cam member includes a first point a first distance from a central axis of the cam member and a second point a second distance from the central axis the second distance being greater than the first distance.

Related passage: With continued reference to FIGS.5 and 6 adapter assembly 100 further includes first and second drive converter assemblies 130 140.Each drive converter assembly 130 140 is configured to convert rotation of respective first and second drive shafts of powered actuator device 20 and concomitant rotation of respective first and second proximal drive shafts 116 118 into axial translation of respective drive members of end effector 50.
Patent claim: The wiring board according to claim 5 wherein the first conductor portion has a side bent in a concave shape.

Related passage: In view of the above circumstances it is an object of the present invention to provide a flexible conductive member that is elastic and excellent in electric conductivity and has an electrical resistance that is less likely to increase even when extension and contraction are repeated.Another object of the present invention is to provide a flexible transducer having excellent durability by using the flexible conductive member as wirings or other members.
Patent claim: The system of claim 9 wherein the first locationupdaterequest is sent in response to a locationinformationrequest for location information made by a friend device of the mobile device.

Related passage: At step 222 a determination is made as to whether the current SG identified in step 220 and the optimum SG selected in step 206 are the same.If the current SG and the optimum SG are the same method 200 proceeds to step 218 at which point the optimum SG maintains the state information obtained in step 212 as described hereinabove.If the current SG and the..optimum SG are not the same i.e.the optimum SG selected in step 206 comprises a new optimum SG method 200 proceeds to step 224.At step 224 the current SG transfers the state information from the current SG to the optimum SG in a manner that obviates the need for reperforming at least a portion of the authentication actions described herein.
Patent claim: An energy management system comprising a database 10 configured to store history data about load adjustment a demand prediction unit 14 configured to predict a demand at a load to which energy is supplied and a display unit 17 configured to display the demand predicted by the demand prediction unit 14 the energy management system further comprising a load adjustment range prediction unit 16 configured to predict a load adjustment range by using the history data stored in the database 10 the load adjustment range being defined by a lower load adjustment limit and an upper load adjustment limit for the predicted demand the lower load adjustment limit being defined based on the demand and a load power decrease the upper load adjustment limit being defined based on the demand and the load power increase wherein display unit 17 is configured to display the demand predicted by the demand prediction unit 14 and the load adjustment range predicted by the load adjustment range prediction unit 16.

Related passage: For the calculation of the predicted value of the consumed electric power amount an actually consumed electric power amount stored in the information table is used.Specifically based on an actually consumed electric power amount acquired in the future direction following the identified history position within the information table the predicted consumed electric power amount is calculated.If no history position corresponding to the operation state of the load appliances at the current moment exists in the information table this indicates that no actually consumed electric power amount that is usable exists in the information table.In this case through linear prediction based on the difference between the accumulated actually consumed electric power amount acquired immediately previously and the accumulated actually consumed electric power amount at the current moment the predicted consumed electric power amount is calculated.This method is the same as the conventional one described earlier with reference to Fig.1.By the method described above mainly the CPU 23 calculates the predicted value of the consumed electric power amount.
Patent claim: The device of any preceding claim wherein the first circuit further includes a set of nonlinear circuits and a set of external electrical interconnections and wherein the damping circuit encloses the nonlinear circuits but does not enclose the set of external electrical interconnections.

Related passage: In the present example the connector terminals are arranged in a planar configuration and coils 300 and 320 are planar and parallel to the plane of the connector terminals.This configuration is useful for canceling magnetic fields that are perpendicular to the plane of the connector terminals which are often dominant in causing interference.The sense and generator coils may be disposed on a miniature Printed Circuit Board PCB that is mounted inside the connector housing adjacent to the connector terminals.
Patent claim: The method of providing a context aware announcement of claim 7 wherein alert information comprises a URL associated with a location of the context information.

Related passage: In the context update evidence gathering process performed by block 9 the system occasionally asks the user which feature heshe wishes to have executed.Sending the user options to hisher wireless browser asking for hisher selection is one among several mutually appropriate options for accomplishing this.Moreover options may be sent to the calling party asking himher to select one of several acceptable options.
Patent claim: The method of any one of claims 1113 further comprising operating the first parasitic scattering element according to one channel comprising a downlink band and operating the second parasitic scattering element according to another channel comprising an uplink band.

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: The system of any preceding claim wherein at least one of the plurality of zones comprises a wheel well of the aircraft and wherein a physical condition of the wheel well is determined by the controller to determine a temperature of a landing gear tire.

Related passage: Interrogator 12 is an FBG interrogator comprising broadband light source 18 high speed spectrometer 20 and data processor 22.Broadband light source 18 may for instance be a Superluminescent Light Emitting Diode SLED source capable of producing light at several wavelengths.High speed spectrometer 20 is a spectrometer capable of rapidly assessing relative shift in Bragg wavelength BB.The particular speed requirements of high speed spectrometer 20 will depend on the number of optical sensing elements 16a 16b...16N and on the sampling speed requirements of optical fiber sensing system 10 which may in turn be determined by safety or firesuppression requirements of the monitored regions or systems.Dataprocessor 22 is a microprocessor or other logiccapable device configured to calculate temperature changes T from relative shifts in Bragg wavelength BB and further configured to run scanning method 100 described below with respect to FIG.2..Data processor 22 may be a programmable logic device such as a multifunction computer or a fixedfunction processor.
Patent claim: A client device 12 configured for delivering broadcast content to a display device 13 the client device comprisinga useroperable channel selection unit 31 configured for selecting a broadcast channel from a plurality of broadcast channels CH1CH7 provided by a backend devicea channel detection unit 32 configured for detecting at a plurality of points in time t1 t2...the broadcast channel selected by the selection unit at the respective point in time anda channel reporting unit 33 configured for reporting to a backend device the broadcast channel determined by the channel detection unit at each of the points in time.

Related passage: The zapping determination unit 135 measures the time of viewing the same television channel and determines the channel as a main channel viewing channel if the viewing time is longer than a predetermined time while the current viewing is determined as zapping viewing if the viewing time is no longer than a predetermined time.This zapping detection result is output to the CM detection unit 12.When it is determined that the current viewing is not zapping viewing the CM detection unit 12 performs detection of a CM on the current television channel.By this process while ignoring a CM broadcast as it happens during zapping a CM broadcast is detected only during viewing a main channel viewing channel which has been viewed for the predetermined time or longer.
Patent claim: The computer device of any one of claims 8 to 10 wherein the display area is touchsensitive and wherein the request is triggered by a gesture applied to the display area.

Related passage: Referring to FIG.8 the portable terminal may display an idle screen 220 as a default screen and may configure a virtual area 260 that extends the idle screen 220.A plurality of widgets may be arranged on the idle screen 220 and the virtual area 260.As described above a scroll indicator 250 may be displayed on the idle screen 220.