bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A program switching method in an electronic device having a function of receiving a radio broadcast comprising when switching from a currently received program to the same program broadcast by other broadcast station is executed determining whether the same program is delayed for the currently received program setting an extension degree to extend the currently received program according to content of the program such that a time difference of the currently received program and the same program is eliminated when it is determined that the same program is delayed for the currently received program and executing switching to the same program of other broadcast station after extending the currently received program.

Related passage: Further the first program information may be included in the information transmitted by the broadcasting of the first program or the second program information may be included in the information transmitted by the broadcasting of the second program.
Patent claim: The intraocular lens insertion apparatus according to any one of claims 1 to 4 wherein the predetermined distance is equal to or longer than a distance of a range in which the insertion tube is able to enter the eyeball.

Related passage: Here the recessed slot 28 has an opening 29 that opensupward and a resting face 32 that is formed on its base face.The resting face 32 is defined by a flat face having width dimension slightly larger than the minimum width dimension dimension in the vertical direction in FIG.1 of the intraocular lens 14 and lengthwise dimension in the axial direction that is larger than the maximum width dimension dimension in the leftright direction in FIG.1 of the intraocular lens 14.The heightwise position of the resting face 32 is such that it is situated above the heightwise position of the base face of the throughbore 20 in the main tubular section 18 a lower wall part 34 see FIG.4 is formed at the front edge part of the throughbore 20 in the main tubular section 18 and extends upward from the base face of the throughbore 20 to connect with the back edge part of the resting face 32.By so doing the recessed slot 28 will communicate with the throughbore 20 and the width dimension of the recessed slot 28 will be approximately equal to the width dimension of the throughbore 20.An upper wall part 35 provided as a contact portion that extends forward and downward on the diagonal from the upper face of the throughbore 20 is formed above the front edge of the throughbore 20.Downward projecting walls 37 37 are formed projecting downward from the widthwise side edges of the resting face 32.
Patent claim: The article 100 of any preceding claim wherein the coating comprises at least about 5 weight percent aluminum.

Related passage: To dissolve the gammaprime phase into the gamma matrix the single crystal piece is heated to a temperature which is greater than the solvus temperature of the gammaprime phase but less than the melting temperature of the alloy.The melting temperature termed the solidus temperature for an alloy which melts over a temperature range should besufficiently greater than the solvus temperature so that the single crystal piece may be heated and maintained within the temperature range between the solvus and the solidus for a time sufficiently long to dissolve the gammaprime precipitation phase into the gamma matrix.The solidus temperature is about 2400 F about 1315.56C to 2450 F about 1343.33C and accurate control to within a few degrees in commercial heat treating equipment is not available.In an embodiment the solidus may be at least about 15F about 8.3C greater than the solvus temperature for the gammaprime precipitates.
Patent claim: The energy storage apparatus of claim 5 wherein the upper duct comprises a first horizontal part positioned adjacently to the first sidewall a second horizontal part positioned adjacently to the third sidewall and in parallel to the first horizontal part and a center part coupled perpendicularly to centers of the first horizontal part and the second horizontal part respectively.

Related passage: The housing 72 has a generally hexahedral body.An inlet 72a through which a cooling medium is introduced is formed at one end of the housing 72 and an outlet 72b through which the cooling medium is discharged is formed at the other end of the housing 72.The blower 75 compulsorily introducing the cooling medium into thehousing 72 is installed in the inlet 72a.The cooling medium is formed by air and the blower 75 may be formed by a fan compulsorily transferring air.
Patent claim: Method 6 for the manufacture of a part 100 400 500 of a shoe comprising a.providing a blank 60 with an area 610 comprising a contiguous piece of natural andor synthetic leatherb.wherein the area 610 comprises a first subarea 620 and a second subarea 630 each subarea 620 630 having a size of more than 3 cm2 in particular more than 4 cm2 and c.milling off a first surface layer of the leather in the entire second subarea 630.

Related passage: On first face 12 shallow housings 14 are then executed having a predetermined shape as a function of the final shape of the injections 15 by milling leather 11 by means of a tool 27 fig.5.In figure 9 are shown from the above the substantially elliptical shape of milling 14 whereas in figure 5 its thickness is shown.
Patent claim: The device 8 of claim 1 characterized in that the plurality of control keys 23 are a plurality of virtual control keys for inputting the payment value andor an authentication code.

Related passage: In some implementations the one or more processors may be configured to cause the electronic gaming machine to determine whether the login code included in the account authentication message matches the login code transmitted from the electronic gaming machine to the mobile computing device.In some implementations the one or more processors may be configured to cause the electronic gaming machine to determine whether the account authentication portion matches account authentication information associated with the user account identified by the account identification portion.
Patent claim: The method according to claim 1 wherein the jig 36 36 36 is kept in an unchanged position relative to the print surface 12 during the time after the jigs have been printed and before the object is placed thereon.

Related passage: Figs.2 and 3 are simplified diagrams illustrating the process of forming one of the alignment tabs 24.As is shown in Fig.2 the print head 18 has a nozzle face 26 that faces the print surface 14.The print head has been adjusted in height such that the nozzle face 26 forms a narrow gap with the print surface 14.By controlling the movements of the carriage 16 and the print head 18 in the xyplane the printer has been steered to a position where the alignment mark 24 is to be formed.In Fig.2 ink droplets 30 with a relatively small volume are ejected from the nozzles of the print headin order to form a first layer 32 of ink dots on the print surface 14.Due to the small volume of the ink droplets 30 a good adhesion of the ink on the material of the print surface 14 e.g.metal or glass can be obtained.It will be understood that the print head 18 scans the print surface in the directions x and y so as to form an ink layer with the desired shape of the alignment tab e.g.a rectangular shape.Then several layers of ink formed of the small ink droplets 30 are successively formed on top of the first layer.
Patent claim: The surgical instrument of any of Claims 15 to 17 wherein said first cable end comprises a first lug attached to said cable that is received between said first and second cleats and wherein said second cable end comprises a second lug that is attached to said cable and is received between said first and second cleats.

Related passage: Still referring to FIG.22 the endless member 1862 is coupled to a distal end 1821 of the first distal articulation driver 1820 by a coupler assembly 1830.The coupler assembly 1830 comprises an upper coupler portion 1832 formed on the distal end 1822 of the first distal articulation driver 1820 and a lower coupler portion 1834.The lower coupler portion 1834 is formed with two cradles 1835 that are configured to receive the lugs 1862 1864 therein.A pair of attachment pins 1836 is configured to be pressed into holes 1837 in the upper coupler portion 1832 to affix the two coupler portions 1832 and 1834 together.Other fastener arrangements screws rivets adhesive etc.may be employed.When the endless member 1862 is journaled on the pulleys 1840 and 1340 the coupler assembly 1830 is free to move axially within the distal notch 1819 in the shaft frame 1812 in response to the axial movement of the first distal articulation driver 1820.The articulation motions generated by the axial movement of the first distal articulation driver 1820 are transferred to the second distal articulation driver 1860 or the endless member 1862.An attachment ball or lug 1866 is attached to the endless member 1862 and is received in a groove or pocket 1342 formed in the distal pulley 1340.Thus movement of the endless member 1862 is transferred to the surgical end effector 1300 and more specifically to the elongate channel 1302 of the surgical end effector 1300 to articulate the end effector about articulation axis BB.Thus when the first distal articulationdriver 1820 is moved in the distal direction DD the endless member 1862 causes the surgical end effector 1300 to articulate about the articulation axis BB in the articulation direction represented by arrow 823.See FIG.21.Likewise when the first distal articulation driver 1820 is moved in the proximal direction PD the endless member 1862 causes the surgical end effector 1300 to articulate about the articulation axis BB in the articulation direction represented by arrow 821.See FIGS.21 and 25.As shown in FIG.21 articulation direction 823 is opposite to articulation direction 821.
Patent claim: Network element according to claim 11 wherein the network element is a radio access node such as a base station.

Related passage: For reduction or cancellation of the sidelobes of said superpositionspectrum yf a number of M subcarriers is used as cancellation symbols with a number of NM subcarriers being predefined for usage.Thus a number of NM subcarriers which is predefined e.g.for pilot reference or training sequences is divided into a number of N subcarriers used for transmission of pilot reference or training symbols and a number of M subcarriers used for transmission of cancellation symbols for sidelobe reduction or cancellation.Said M subcarriers for sidelobe reduction or cancellation are divided on both edges of the NM subcarriers.In fig.5 the pilot sequence part II SP2 corresponds to said M subcarriers with M being 33 symbols on both edges of the 5 PRBs in the embodiment.
Patent claim: A process according to claim 8 wherein the ratios B2BB2W and B2BB2S are greater than 1.6 and preferably greater than 1.8.

Related passage: Fig.12 shows the implementation of burners heating the furnace roof 1b itself and uses this roof as a radiant wall.As shown in Fig.12a it is possible to design the high insulation low heat conductivity refractory lining in a convex or as shown in Fig.12b in a concave form.
Patent claim: The blood analyzer according to claim 1 further comprising an output portion configured to output the detection results by the cell analysis portion wherein the cell analysis portion is configured to control the output portion to output information indicating the possibility that abnormal lymphocytes are present based on the results of the determination process.

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 fuel supply pump according to any one of claims 1 to 3 wherein the damper holder 91 has an upper edge part 91b that is in an annular contact with the damper cover 14 a lower edge part 91a that is in an annular contact with the damper 90 a curved part that connects the upper edge part 91b and the lower edge part 91a and a plurality of throughholes 91d that is formed in the curved part.

Related passage: Although the damper cover 14 is fixed to the pump housing by being screwed in this embodiment the damper cover 14 can also be fixed by for example welding the entire periphery at the P position.In this case a seal is also provided by the welding so the seal member 10D in the first embodiment can be eliminated.
Patent claim: The surgical instrument of any one of claims 1417 further comprising a cartridge received against the guide pin wherein the cartridge is configured to be guided from the proximal end portion toward the distal end portion along the guide pin.

Related passage: Cartridge assembly 750 includes a bore adapted to receive pin 754.Knob 774 is positioned outside of cartridge assembly 750.The position of knob 774 relative to cartridge assembly 750 allows users to manipulate knob 774 manually.As pin 754 rotates about longitudinal axis HH external thread 780 threadedly engages a locking structure 790 of anvil assembly 760.
Patent claim: The wearable neutron detector according to claim 3 wherein plural neutron detection parts are set on the front side of the clothlike material having a shape of top clothing.

Related passage: A further embodiment of the invention may include a larger area detector than those discussed above for example comprising four detector panels or neutron detection elements similar to those illustrated in Figure 2 arranged to provide a total area of around 0.06 to 0.08 m2 for example each detector panel may be 0.06 m by 0.3 m and may be mounted in or on the surface of a garment worn by a user for example a highvisibility type jacket.In some cases one or more detector panels could be mounted on the front or forward facing portion of a garment and one or more detector panels could be mounted in the back or rearward facing portion of the jacket.This arrangement could thus provide an element of directional information i.e.depending on which neutron detectors are associated with detection events that could aid the location of the neutron source.For example neutrons coming from in front of the user will typically be moderated in the front portion of the users body and so lead to a greater number of neutron detections associated with the neutron detection elements arranged on the frontfacing portion of the jacket as compared to the backfacing portion of the jacket because of their respective proximities to where in the users body the neutrons are moderated.Similarly a neutron source located behind the user can be expected to give rise to a greater number of neutron detection events associated with the neutron detection elements arranged on the backfacing portion of the jacket.It will be appreciated that a power source and processing electronics could also be included in the jacket or garment to be worn by the user.
Patent claim: A surgical instrument comprising a a body having a firing mechanism configured to be selectively manipulated by an operator b a shaft assembly extending distally from the body and c an end effector extending distally from the shaft assembly and configured to receive a cartridge for manipulating tissue of a patient the end effector including i a distal end portion ii a proximal end portion iii a gap between the distal end portion and the proximal end portion and iv a guide pin extending from the distal end portion to the proximal portion wherein the guide pin is configured to receive the tissue thereagainst for positioning tissue within the gap wherein the guide pin is connected to each of the distal and proximal end portions to secure the distal end portion relative to the proximal end portion and inhibit deflection of the distal end portion relative to the proximal end portion.

Related passage: Figures 27 and 28 depict an alternative embodiment of pin 854 and cartridge assembly 850.The structure and operation of pin 854 and cartridge assembly 850 is substantially similar to the structure and operation of pin 654 and cartridge assembly 650 of Figure 23.In this embodiment cartridge assembly 850 has protrusions 882 instead of grooves 682 and pin 854 includes grooves 876 in lieu of protrusions 676.Protrusions 882 extend longitudinally along cartridge assembly 850 whereas grooves 876 swirl around pin 854 in a helical fashion.
Patent claim: The method of claim 1 wherein the support structure 200 comprises an inner surface defining an inner cavity the cavity having a shape congruent with the object 210 the powder being disposed within the cavity.

Related passage: The additive manufacturing process utilizes material 30 that is applied in layers on top of the base plate 14.Selective portions of the layers are subsequently melted by the energy emitted from the laser beam 20.The energy focused on the top layer of the part 40 generates the desired heat to melt portions of the powdered metal.Conduction of heat through the solidified portions of the part and convection cooling to the ambient environment solidifies the melded portions to build and grow the part 40.The melting and solidification process is repeated layer by layer to build the part 40.
Patent claim: The watersoluble unit dose article according to claims 9 or 10 wherein the watersoluble unit dose article comprises at least two compartments and wherein at least one compartment comprises the high active polymer composition.

Related passage: The nonaqueous liquid compositions of examples 1 to 16 can also be encapsulated in a watersoluble film such as M8630 supplied by Monosol to form stable liquidcomprising unit dose articles of the present invention.
Patent claim: The catalyst according to claim 1 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 preferably the supporter contains 3070wt modified Ytype molecular sieve and 3070wt 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: The organic compound that is a source from which the carbonaceous substance is derived is not necessarily required to be the molding additives and may be other organic compounds as long as it can produce the predetermined amount of the carbonaceous substance on the catalyst.However by adopting the method of allowing the molding additivesderived carbonaceous substance to remain in the predetermined amount the hydrotreating catalyst of the present embodiment can be obtained without largely changing the conventional method for preparing a catalyst except for adjusting conditions for calcination of the catalyst support and calcination of the catalyst precursor described later thus this method is preferably adopted.
Patent claim: The lawn mower of any of claims 812 further comprising a receiving port 626 and a locking mechanism configured to hold the energy storage device in the receiving port.

Related passage: In the invention various electric or electronic devices disposed in the engine 10 such as the engine starting electric motor 131 are driven or operated by a single battery.In the invention it is important to use a lithiumbased secondary battery as the battery.The lithiumbased secondary battery is small in size and weight as described above the output voltage of a single compact cell is three or more times of a conventional NiCad battery and even if the shallow charge and discharge are repeated like the selfstarter system as in this invention since there is no memory effect in which the capacity is reduced even if the battery is left for a long term the battery can smoothly start the engine.The lithiumbased secondary battery has extremely small selfdischarge amount as small as 15 of the NiCad battery and especially the internal resistance is low as compared with other dry batteries including the NiCad battery.It is preferable that a manganesebased lithium ion battery having high safety and capable of discharging high output is employed.
Patent claim: A load carrier foot according to any one of the preceding claims wherein said pivotable tensioning lever arm is configured to pivot about a tensioning pivot axis in a direction towards said body when the pivotable tensioning lever arm moves said bracket from its second state to its third state.

Related passage: The first and the second brackets 6 6 can be formed by sheet steel such as pressed sheet steel.The support body 3 of the load carrier foot 1 can also be formed from sheet steel.Composites and reinforced plastic material may be used as alternative or in addition to sheet steel.
Patent claim: The method according to claim 1 characterized in that said step of correlating comprisesdetermining a correlation percentage C between a MAC address of said first list L1 with a MAC address of said second list L2 anddeciding upon a matching between said two MAC addresses in the event when said correlation percentage exceeds a predefined threshold and thereby identifying said common MAC address MACC.

Related passage: Once the client 402 has collected AP information it sends the 4tuples to the DS 406 at step 420.The DS 406 then determines whether the AP is a rogue AP at step 422 described in more detail below.
Patent claim: The system 200 of claim 12 wherein each optical probe 100 is configured to obtain images of a plurality of compressor blades 82 located at one of the plurality of stages of the compressor 22 24.

Related passage: A blade inspection apparatus of aspect of the present invention is a blade inspection apparatus for inspecting a plurality of blades periodically disposed on a periphery of a rotating shaft of a rotor of an engine and rotated on the rotating shaft and has an endoscope having an insertion portion in which an observation optical system is provided a fixture attached to one of a plurality of external access ports provided on the engine and fixing the endoscope and dedicated for each of the external access ports and an identification information output portion for outputting identification information for identifying the external access port to which the fixture is attached.
Patent claim: Method according to any one of the preceding claims wherein the entry comprises a fourth digital item identifying an input holder for an input roll identified in the second digital item and a fifth digital item identifying an output holder for an output roll identified in the third digital item.

Related passage: According to an embodiment the method comprises the further step of dragging and dropping an image of the plurality of individual digital images which image has not yet been printed onto the displayed composed digital image of the further roll in order to print the image on the further roll.This is in particular advantageous when a print job containing a plurality of individual digital images does not completely fit on one roll asindicated and visualized by the composed digital image of the roll.The individual digital images of the print job may be dragged and dropped onto the composed digital image representing another roll which has more empty space left on the roll.