bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method according to any one of the preceding claims wherein a plurality of ridges is formed on the outer periphery of the substrate the ridges configured such that a direct lineofsight is established between electrodes of adjacent ridges.

Related passage: As best shown in the comparison of FIG.5B prior art with newly disclosed FIGS.5C 5D 5E 5F 5G 12D and 12E substrates 111 121 are designed to extend along width W such that the width W of the insulating substrate e.g.111 exceeds the width W1 of the electrically conductive surface e.g.116.Insulating layer 140 is disposed upon the conductive surface 116 at the junction between the conductive surface 116 and the insulating substrate 111.
Patent claim: A process for fabrication of a through insulated interconnection comprising the steps ofin a first body 1 of semiconductor material having a thickness a first and a second surface 7 5 forming a first trench 2 extending from said first surface 7 of said first body 1 for a portion of said thicknessfilling said first trench with dielectric material 6thinning said first body starting from said second surface 5 until said first trench 2 so as to form a thinned body having a third surface 22 and housing an insulated region 3 surrounded by said dielectric materialforming a conductive region 30b extending inside said insulated region 3 between said first surface 7 and said third surface 22 and having conductivity higher than said body 1 wherein said step of forming a conductive region 30b comprises forming a contact region 30b of semiconductor material having a higher doping level than said first body 1.

Related passage: The thin metal contact film 32 and a lowersurface electrode pad 35 are respectively connected to the two surfaces of the electrode 31 i.e.the surfaces exposed on the upper and lower surfaces of the circuit substrate 22.The lowersurface electrode pad 35 is electrically and mechanically connected to the mountboard electrode 23 formed on the mount board 6 with a solder 36.The entire upper surface of the circuit substrate 22 is covered with a protective layer 37 for preventing electrolytic corrosion of each electrode portion by improving its environment resistance.
Patent claim: The metallic component 100 as claimed in any one of Claims 9 to 14 further comprising a third repair zone 200 superposed on the second repair zone 170 the third repair zone 200 comprising a plurality of third repair layers 180 of a third material 190.

Related passage: FIG.4 is a general illustration of one type of laser cladding apparatus which is suitable for embodiments of this invention.Apparatus 100 includes a feed material reservoir 102.Reservoir 102 can be supplied by a number of powder supply chambers hoppers 104 106 108 110 112 and 114.Each supply chamber can be filled with a single element a compound e.g.a binary compound or an alloy which may be used to form various niobium silicide compositions.While six supply chambers are illustrated the number could be more or less than six depending on the particular composition used to form a portion of the turbine blade.Each supply chamber can be connected to reservoir 102 by conventional conduits used for powder flow.
Patent claim: The power tool of claim 1 wherein the first PWM signal has a duty cycle determined by the controller based on a state of charge of the first battery and the second PWM signal has a duty cycle determined by the controller based on a state of charge of the second battery or wherein the duty cycle of the first PWM signal and the duty cycle of the second PWM signal are determined by the controller based on the state of charge of the second battery relative to the state of charge of the first battery or wherein the duty cycle of the first PWM signal is greater than the duty cycle of the second PWM signal when the state of charge of the first battery is greater than the state of charge of the second battery or wherein an on period of the first PWM signal overlaps with an on period of the second PWM signal such that when the on periods of the first and second PWM signal overlap the first and second switching element are both closed.

Related passage: In step S34 the power supply device 10 stands by till the switch of the power tool 200 is switched on.In this case the tool switch detection unit 30 detects that the power tool 200 is switched on.At this point in time the breaking switch 66 of the connection circuit 60 is switched off.Therefore even if the power tool 200 is switched on no electric power is supplied from the battery packs 100 to the power tool 200.The main controller 40 advances to the processing of step S36 when the power tool 200 is detected to be switched on.
Patent claim: The apparatus 10 of claim 6 wherein the one or more operations correspond to one or more elements of the group of a masking operation a lookup operation in a lookup table 520 a replacement operation on address information or a replacement of routing information.

Related passage: By means of the present invention it is possible to send data packets to a subengine for further processing without explicit or without complete knowledge i.e.with incomplete knowledge of the content of the data packet andor a data traffic flows associated with the data packet.The data traffic flow associated with the data packet can be specified by a fivetuple comprising ordered elements wherein the elements are an IP source address an IP destination address an IP source port an IP destination port and a type of transport protocol in serial arrangement.In particular it is possible that this incomplete knowledge of the content of the data packet andor a data traffic flows associated with the data packet does not comprise any address information e.g.IP source address or IP destination address protocol identifiers or other IP address related information like source or destination ports.The hashtag i.e.the hashvalue corresponding to the filtered information mapped by hashfunction can be or is similar to a pseudo random number which is used as an identifier or label indicating the subengine for the further processing.Data packets associated with the same hashtag can be sent to the same subenginefor the further processing.Thereby embodiments of the present invention provide a simple routing of data packets to a subengine for the further processing of the data packet e.g.switching andor routing the data packet according to its header andor its content.Consequently embodiments of the present invention provide the switching of the plurality of data packets separated in basically two steps In a first step and in a simple manner i.e.in a numerically and computationally fast manner possibly without any evaluation involved a hashtag is provided which indicates which subengine performs the switching of the data packet in the second step.In particular embodiments of the present invention can be unaware of a state of the data packet a signaling andor a protocol associated with the data packet an addressing associated with the data packet andor a data traffic flow associated with the data packet during said first step.
Patent claim: The portable electronic device 200 of claim 6 wherein the feedback module 240 includes a diaphragm plate 242 coupled to the rear bezel 234.

Related passage: The touch sensor portion 2 is disposed so that the flexible board 4 and the piezoelectric actuator 3 are sandwiched by the front surface of the liquid crystal display portion 1 and the touch sensor portion 2.The pressing portion 21 of the touch sensor portion 2 transmits a picture of operation function items such as icons displayed on the display panel 11 of the liquid crystal display portion 1.When the user touches a picture display position on the pressing portion 21 with his or her finger or a pointing device such as a pen an input operation corresponding to thedisplayed picture is performed.
Patent claim: A surgical instrument comprising a handle assembly an actuation member disposed in mechanical cooperation with the handle assembly an elongated body portion extending distally from the handle assembly and defining a longitudinal axis a distal portion of the elongated body portion configured to selectively engage a loading unit and a locking mechanism disposed in mechanical cooperation with the actuation member the locking mechanism configured to substantially prevent at least a partial movement of the actuation member when the elongated body portion is not engaged with a loading unit the locking mechanism comprising a link disposed at least partially within the elongated body portion and configured for mechanical engagement with a portion of a loading unit at least a portion of the link being longitudinally translatable with respect to the elongated body portion a bushing at least a portion of the busing disposed proximally of at least a portion of the link at least a portion of the bushing being longitudinally translatable with respect to the elongated body portion and a connecting member at least a portion of the connecting member disposed proximally of at least a portion of the bushing the connecting member being disposed in mechanical cooperation with the actuation memberwherein engagement between a loading unit and the elongated body portion causes proximal movement of the link proximal movement of the bushing and proximal movement of the connecting member.

Related passage: The sensor link 182 may further have a downwardly extending distal tab 534 formed thereon for contact with a flange 179 formed on a sensor cylinder 178.See FIGS.4 and 5.As will be discussed in further detail below a sensor tube 176 is oriented to interface with the sensor cylinder 178.See FIG.10.Sensor link 182 may further have a spring arm 536 with a downwardly extending end 538 which engages a camming surface 83a on pivotable locking member 83.See FIG.7.When a disposable loading unit 16 16 is coupled to the distal end of elongated body 14 the disposable loading unit 16 16 engages the distal end of the sensor tube 176 to drive sensor tube 176 proximally and thereby drive sensor cylinder 178 and sensor link 182 proximally.Movement of sensor link 182 proximally causes end 538 of spring arm 536 to move proximally of camming surface 83a to allow locking member 83 to pivot under the bias of a spring 92 from a position permitting firing of stapling apparatus 10 i.e.permit the actuation of actuation shaft 46 to a blocking position wherein the locking gate 88 is received in the locking detent 53 in actuation shaft 46 and prevent firing of stapling apparatus 10.Sensor link 182 prevents firing when a disposable loading unit 16 is absent.Locking member 83 prevents firing when closing and opening the anvil assembly 20.Also as the sensor link 182 is moved proximally the proximal end 537 of the proximal locking arm 535 servesto pivot the locking pawl 54 such that the locking protrusion 55 moves out of cavity 512 to permit actuation shaft 46 to be actuated.See FIG.8.
Patent claim: Apparatus according to any of Claims 1 to 3 wherein the second direction has a component that is parallel to a pitch axis of the aircraft 2 and the component of the first direction that is parallel to the pitch axis of the aircraft 2 points towards a tip of the wing 10.

Related passage: Referring to Figure 1 a semiflush air data sensor indicated generally at 10 is mounted ontothe skin 12 of an aircraft utilizing a mounting plate 14 that is held in place with suitable countersunk fasteners 15 so that as shown in Figure 3 the plate is flush with the aircraft skin.A mounting with the plate inside the fuselage can be used or the probe housing can be integrally formed or molded into a composite or metallic skin.
Patent claim: A selection method of wireless communication paths in a node which selects wireless communication paths extending from a source node to a destination node the method comprising a determination step of determining the amount of bandwidth occupied by wireless communication paths extending from the source node to the destination node and a selection step of selecting based on spatial distances between wireless communication paths a plurality of combinations of wireless communication paths from combinations of wireless communication paths in which the amount of bandwidth with respect to a combination of wireless communication paths is smaller than a predetermined threshold.

Related passage: The bandwidth B1 is the portion of the available bandwidth B where the channel transfer function H1f of the first communication path 10 is above a threshold value H01.Likewise the bandwidths B2 and B3 are chosen such that the channel transfer functions H2f and H3f of the respective communication paths 11 12 are above a respective threshold value H02 and H03.
Patent claim: A catheter comprising an elongated body having a longitudinal axis and proximal and distal ends a distal assembly mounted on the distal end of the elongated body the distal assembly having a shapememory support member and having a helical form at least one irrigated ablation ring electrode mounted on the distal assembly and a control handle mounted at the proximal end of the elongated body.

Related passage: The catheter body 192 is virtually identical to the catheter body 62 FIG.3A previously described and includes a proximal portion not shown an intermediate portion 200 defining a longitudinal axis L7 and a distal portion 202.The distal portion 202 extends from the intermediate portion 200 and forms a coil or plurality of loops 204 substantially transverse to the longitudinal axis L7.Alternatively the coil 204 may form a single loop.The coil 204 revolves around a central loop axis C7 that in one preferred embodiment is aligned with the longitudinal axis L7.The distal portion 202 and in particular the coil 204 is preferably sufficiently flexible so as to assume a relatively straight configuration when retracted within the sheath 198.Further the distal portion 202 includes a shape memory characteristic such that when deployed from the sheath 198 the distal portion 202 forms the coil 204 as shown in FIG.8.
Patent claim: A mobile terminal that performs radio communication with a base station and receives EMBMS Evolved Multimedia Broadcast Multicast Service data transmitted from the base station wherein said mobile terminal receives a reference signal for transmitting the EMBMS data the reference signal transmitted from said base station by using a radio resource domain at which the EMBMS data is transmitted.

Related passage: The MBMS availability information can further include information on an actual MBMS FA available for a particular MBMS service requested by the UE as well as information on whether an MBMS service is available for the cell including the current UE.That is the MBMS availability information includes information on an actual FA where the MBMS service requested by the UE is in progress.
Patent claim: The biological information displaying apparatus according to claim 3 wherein the display controller divides a range of each of the parameters in each of the radar charts into at least the normal and abnormal ranges the ranges displayed in different colors or textures.

Related passage: Also in the illustrated embodiment the display device 79 displays the threedimensional scatter diagram 96 as the threedimensional graph.However it is possible to obtain another or other sorts of circulatoryorgan evaluation information e.g.heart rate HR and display a four or higherdimensional graph additionally representing the other sorts of evaluation information.
Patent claim: The particulate recycled cathode material according to claim 9 which has the following composition based on the total weight of the recycled cathode material and expressed as oxidesCo3O4 27 to 35 percent by weightMnO 25 to 30 percent by weightNiO 25 to 30 percent by weightAl2O3 less than 4 percent by weight.

Related passage: As for the lithiumion secondary battery for example a lithiumion secondary battery containing a positive electrode a negative electrode a separator an electrolytic solution containing an electrolyte and an organic solvent and a metal battery case housing the positive electrode the negative electrode the separator and the electrolytic solution is listed.
Patent claim: Method to watermark an uncompressed content received at a client device in a compressed form and encrypted by at least one content key CW said content key CW as well as watermark instruction forming CAS data said CAS Data being encrypted by a transmission key and comprising at least one signature to authenticate the CAS Data said client device comprisingA Conditional Access Module CAS in charge of the CAS Dataa Descrambler DSC having an input to receive the encrypted compressed content and an output to produce an compressed contenta decoder to convert the compressed content into uncompressed contenta Watermark inserter 201 connected to the output of the Decodera Secure Activation module 202 connected with the Watermark inserter 201a Secure Element SE 200 connected with the Watermark inserter 201 and the Secure Activation module 202 said method comprising the following stepsreceiving the CAS Datadecrypting by the Conditional Access Module CAS the CAS Data with the transmission keyverifying the signature of the CAS Data and if the signature is validtransferring the watermark instruction to the Secure Activation module 202transferring the content key CW to the descrambler 103 only if the transfer of the watermark instruction was successfultransferring the watermark instruction to the Watermark inserter 201enabling or disabling watermarking by the Watermark inserter 201 of the uncompressed content received from the Decoder.

Related passage: The target of the present invention is any decoder alternatively receiver having a socalled opened structure.Such decoder consists of at least a security module 2a and a descrambling module 2b Figure 2.In the scenario of a conventional DRM the former is responsible to the rights management as well as the extraction of the decrypting keys while the latter performs the decryption with the key Control word supplied from the former.
Patent claim: The rechargeable battery of claim 5 wherein the protruded portion 712 722 732 733 742 752 762 of the safety device 71 72 73 74 76 has a quadrilateralshaped crosssection structure.

Related passage: The joining portion 41 bb is formed inclined toward the inside of the electrode assembly 10 and supports the positive electrode uncoated portion 11a.The positive electrode uncoated portion 11a has a smaller thickness than that ofthe positive electrode coating portion so the positive electrode uncoated portion 11 a is formed inclined at a region adjacent to the positive electrode coating portion and the joining portion 41 bb supports the inclined region of the positive electrode uncoated portion 11a.
Patent claim: The compound cycle engine as defined in any one of the preceding claims further comprising common rail fuel injectors for each of the at least two rotary units and a heavy fuel source in communication with the fuel injectors.

Related passage: The rotor 34 is engaged to an eccentric portion 42 of the output shaft 16 to perform orbital revolutions within the stator cavity.The output shaft 16 performs three rotations for each orbital revolution of the rotor 34.The geometrical axis 44 of the rotor 34 is offset from and parallel to the axis 46 of the housing 32.During each orbital revolution each chamber 40 varies in volume and moves around the stator cavity to undergo the four phases of intake compression expansion and exhaust.
Patent claim: The method of claim 1 further comprising sensing a distance between the display and a user wherein applying the sound setting comprises applying the sound setting based on the sensed distance between the display and the user and the obtained curvature of the panel of the display.

Related passage: Further in the example of Fig.35 the sound adjusting circuit 210 controls the sound outputs of the first to fourth speakers 161 to 164 based on the sound data from the first to fifth detection sensors 420 to 428 so that the first sound corresponding to the second display image is localized in the first area 810 where the occupant of the driver seat 13 and the occupant of the rear seat 18 equipped with the headrest 25 are located.Likewise the sound adjusting circuit 210 controls the sound outputs of the first to fourth speakers 161 to 164 based on the sound data from the first to fifth detection sensors 420 to 428 so that the second sound corresponding to the first display image is localized in the second area 820 where the occupant of the assistant drivers seat 12 and the occupants of the rear seats 18 equipped with the headrests 26 and 27 respectively are located.Accordingly the occupant of the rear seat 18 equipped with the headrest 26 who is located in the crosstalk area 603 in Fig.33 can now hear the second sound clearly.
Patent claim: The method of claim 4 wherein the homescreen display further comprises at least one screen including a plurality of icons for launching corresponding applications.

Related passage: The change of appearance of cell can also be continuous wherein the cell size is increased and decreased at intervals.In this case cell detection can be improved compared to a situation in which a change takes place only once when the information changes.Such a continuously changing blinking cell is applicable particularly for such services in which the quantity of information shown is relatively small such as telephone service and alarm service.Instead of or in addition to changing the cell size it is possible to change also some other visual characteristics of the cell such as the background colour andor the colour in which the information is shown.When changing the cell it is possible also to perform other types of user interface measures such as to form an alarm sound or to adjust the volume of the sound repeated through earpieceloudspeaker.
Patent claim: A cockpit video system as recited in Claim 1 wherein the camera assembly is adapted and configured to attach within a tail of the airplane.

Related passage: The fifth video camera 80 is located at the leading edge 82 of the horizontal stabilizer 84.The fifth video camera 80 is focused forward and downward for viewing of the left wing landing gear 36.Alternatively or additionally the fifth video camera 80 could be mounted on the starboard side of the airplane 24.The sixth video camera 88 is located substantially on the centerline of the fuselage 22 of the airplane 24 between the main landing gear and the underside of the aft fuselage section 52B.The sixth video camera 88 has a viewing angle 90 for generating images of the tires 26 of the nose landing gear 28 the tires 72 of the center post main landing gear 70 the tires 40 and 42 of the left and right wing landing gear 36 and 38 and the runway or taxiway edges in the forward direction.While some foreshortening of the image seen by a pilot on a cockpit display device is likely the sixth video camera 88 provides a substantial amount of realtime information particularly about the crosswise position of the airplane 24 on a runway or taxiway and obstacles ahead.