bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The wireless device of claim 1 wherein the privacy condition module further comprises a privacy condition module for detecting that the wireless device is in a nonprivate location.

Related passage: The present invention proposes a method for automatically reporting a speakerphone call mode of a portable wireless terminal to a calling partner.In the method a predetermined voice message is automatically transmitted to a calling partners terminal over a currentlyestablished traffic channel when the call mode of the portable wireless terminal is converted from a general call mode to a speakerphone call mode.Here the voice message may be an audio file data such as advanced audio CODEC AAC data pulse code modulation PCM data and adaptive multi ratio AMR data.The calling partners terminal receives and decodes the voice message through a CODEC and reproduces the resulting signal through a speaker in the same manner as for a voice call signal.
Patent claim: A magnetic bearing assembly 10 for a rotary machine having a rotor shaft 12 comprising a stator magnetic circuit 18 secured to a stationary support element 26 and comprising at least one body 22 of ferromagnetic material and at least one coil 20 both being fitted in a protective annular housing 24 leaving uncovered a surface of revolution 22a of said ferromagnetic body 22 and a surface of revolution 20a of said one coil 20 the magnetic bearing assembly 10 comprising an annular thrust collar 16 secured to the rotor shaft 12 and radially extending towards the stator magnetic circuit 18 by a radial portion 16b said radial portion 16b facing the uncovered surfaces 20a 22a of said ferromagnetic body 22 and said one coil 20 characterized in that the annular thrust collar 16 comprises at least one flow channel 30 32.

Related passage: Further according to the present invention a distance between a surface of the rotary disc located in a position notopposed to any one of an inside magnetic pole tooth and an outside magnetic pole tooth of corresponding one of the electromagnetic stators and a surface of the corresponding electromagnetic stator opposed to the surface of the rotary disc is formed to be larger than a distance between a surface of the rotary disc located in a position opposed to each of the inside magnetic pole tooth and the outside magnetic pole tooth of the corresponding electromagnetic stator and a surface of the corresponding electromagnetic stator opposed to the surface of the rotary disc.
Patent claim: The surgical stapling apparatus of Claim 1 wherein said layer is wedged into said well.

Related passage: In various embodiments referring again to FIG.152 the deck surface 14911 of the support portion 14910 can vary in height with respect to the tissuecontacting surface 10061 of the anvil 10060.In certain embodiments this height variation can occur laterally and in at least one embodiment the height of the deck surface 14911 surrounding the inner rows of staple cavities can be higher than the deck surface 14911 surrounding the outer rows of staple cavities for example.In various embodiments the bottom surface 14922 of the tissue thickness compensator 14920 can be configured to parallel or at least substantially parallel the deck surface 14911 of the support portion 14910.Further to the above the tissue thickness compensator 14920 can also vary in thickness wherein in at least one embodiment the top or tissuecontacting surface 14921 of the tissue thickness compensator 14920 can slope inwardly from the outside or lateral edges thereof.In at least one such embodiment as a result of the above the tissue thickness compensator 14920 can be thinner in a region positioned over the inner rows of staple cavities and thicker in a region positioned over the outer rows of staple cavities for example.In various embodiments referring now to FIG.153 the deck surface of a support portion 15010 can comprise a stepped deck surface for example wherein the highest steps of the stepped surface can surround the inner rows of staple cavities and the lowest steps of the stepped surface can surround the outer rows of staple cavities for example.In at least one such embodiment steps having an intermediate height can surround the intermediate rows of staple cavities.In certain embodiments a tissue thickness compensator such as tissue thickness compensator 15020 for example can comprise a bottom surface which can parallel and abut the deck surface of the support portion 15010.In at least one embodiment the top or tissuecontacting surface 15021 of the tissue thickness compensator can comprise an arcuate parabolic andor curved surface for example which in at least one such embodiment can extend from a first lateral side of the tissue thickness compensator 15020 to a second lateral side of the tissue thickness compensator 15020 with an apex aligned or at least substantially aligned with the center of the staple cartridge 15000 for example.
Patent claim: A computer implemented method performed by one or more processors for dispatching an event to a business process instance the method comprising the following operations receiving a message at a first computer node executing a first business process instance identifying a second business process instance associated with the message and sending the message to a messaging queue for retrieval by the second business process instance if the second business process instance is not located at the first computer node.

Related passage: The first and second process instances 206 208 filter messages and process content of messages.In addition the first and second process instances 206 208 may handle message chaining semantics.The first and second process instances 206 208 include current filters 234 238 which may be used to determine messages that are to be processed by a respective process instance e.g.a next active message.A filter of a process instance e.g.the current filters 234 238 may change for example in response to an event described by a business process e.g.to start processing messages related to a subactivity to stop processing messages with a current filter after a number of messages and the like.
Patent claim: A method according to any previous claims characterized in that the switching frequency value where a local peak value of the common mode current is detected is used in calculating a system component value e.g.thelength of the motor cable when the impedance values of other components in the system are known.

Related passage: The current Icom of the signal line 2 is applied from the signal connectors I I of the filter to the comparing means where the magnitude of the current is compared with a predetermined limit value.If the signal line current exceeds the predetermined limit value the switching frequency of the frequency converter will be changed.The switching frequency is changed until the disturbance current is below the limit value.For changing the switching frequency a control means such as a microprocessor of the frequency converter communicating with the comparing means changes the switching frequency instructions of the frequency converter.When needed the switching frequency can alternatively be changed upwards or downwards whereby the switching frequency increases or decreases.If a change of the switching frequency in one direction does not produce a desired decrease in the common mode current it is possible to change the direction of the switching frequency.As stated the switching frequency has an effect on the magnitude of the common mode current and consequently on the level of conducted highfrequency disturbances.In practice it is necessary to optimize the switching frequency only once when putting the device into use.
Patent claim: Washing machine 1 according to claim 5 characterized in that said recirculating device 20 100 comprises a recirculating circuit 22 23 102 103 with a recirculating pump 21 101.

Related passage: At the bottom each container 11 has a tubular opening 29 which when the container 11 is housed in support 27 Figure 4 is inserted partly inside the initial portion of a channel 30 formed in support 27 and defining said inlet 5 for the product inside container 11.
Patent claim: The optical component according to any one of claims 1 to 3 wherein the translucent substrate 12 has a thickness of 5 mm or less and the glass layer 14 has a thickness of 0.1 mm or less.

Related passage: According to this constitution the scattering material comprising gas bubbles precipitated crystals and a material having a composition different from the base material is present in the inside of the scattering layer in an amount larger than the surface layer of the scattering layer comprising the glass layer and just below thereof.Therefore the surface of the scattering layer is flat and smooth.For this reason the thickness of the translucent electrode formed on the flat scattering layer can be made uniform and its surface becomes flat and smooth.Similarly the thicknesses of the organic layer formed on the flat and smooth translucent electrode and the reflective electrode formed on the organic layer can be made uniform and the surfaces of those become flat and smooth.As a result large voltage is not locally applied to the layer having luminescent function and long life can be achieved.
Patent claim: A secondary battery according to any preceding claim further including a label 130 that at least partly covers the second surface 112 of the case 110 and the extension portion 122.

Related passage: Embodiments of the present invention will now be described in detail by way of example with reference the accompanying drawings of whichFIG.1 is an exploded perspective view illustrating a polymer battery cell according to an embodiment of the present invention FIG.2 is an exploded perspective view illustrating a battery pack according to an embodiment of the present inventionFIG.3 is an exploded perspective view illustrating a part of the battery pack of FIG.2 FIG.4 is an exploded perspective view illustrating a part of a battery pack according to another embodiment of the present invention FIG.5 is an exploded perspective view illustrating a part of a battery pack according to another embodiment of the present invention FIG.6 is a plane view illustrating a top case of FIG.4 according to another embodiment of the present invention and FIG.7 is a plane view illustrating a top case of FIG.4 according to another embodiment of the present invention.
Patent claim: The playback device of any one of claims 1 to 3 wherein the external device interface is further configured to transmit the first video to the display device and receive video type information of the first video from the display device and the controller is further configured to determine whether the first video has an aspect ratio of 169 and includes a video having an aspect ratio greater than 169 based on the video type information.

Related passage: It will be appreciated that most of the examples previously described for the separate external overlay source 105 are equally applicable to the single source 401.
Patent claim: The method of claim 1 2 3 4 or 5 wherein when the effect is displayed a shape of the page indicator PIA PIB PIC corresponding to the specific page is changed.

Related passage: The makeup of the rings 70 is completely customizable by the user.That is a user can select which icons 48 will be grouped together in a ring 70 can determine the number of rings 70 and can determine the stacked arrangement of the rings 70.Also the user can select the specific positional arrangement of the icons 48 within any given ring 70.
Patent claim: The liquid ejection control device according to any one of the preceding claims wherein the liquid ejection device is controlled to cut a living tissue by the pulsed liquid jet.

Related passage: The fluid ejection device includes a oneinput multicontrol parameter changing unit configured to change a plurality of control parameters simultaneously.Fluid ejection conditions depend on the plurality of control parameters.The fluid ejection device is capable of ejecting fluid under adequate fluid ejection conditions by means of the oneinput multicontrol parameter changing unit for example United States Unexamined Patent Application No.20090043480
Patent claim: A precombustion chamber lower part 80 of a precombustion chamber assembly 60 of an internal combustion engine 10 the precombustion chamber lower part 80 being configured to be mounted to a precombustion chamber upper part 70 of the precombustion chamber assembly 60 including a precombustion chamber 68 the precombustion chamber lower part 80 comprising a precombustion chamber lower part body 82 having a longitudinal axis 63 and defining at least a portion of the precombustion chamber 68 a fuel accumulating chamber 78 at least partially circumferentially extending about the longitudinal axis 63 and at least partially formed in the precombustion chamber lower part body 82 andat least one fuel passage 76 176 at least partially formed in the precombustion chamber lower part body 82 the at least one fuel passage 76 176 being configured to fluidly connect the fuel accumulating chamber 78 to the precombustion chamber 68.

Related passage: As shown in Fig.1 in the ignition plug presser 13 a bore cool hole 11s and a check vale insertion hole 6s are formed around the auxiliary chamber 4.In the bore cool hole 11s a bore cool lateral hole 11a inlet hole on the lower side is in communication with a bore cool lateral hole outlet hole on the upper side through a plurality of bore cool vertical holes vertical cooling holes 11 parallel to an axial center line 10a of the ignition plug 10.The bore cool hole 11s is formed to surround a high temperature portion of the ignition plug 10.The check valve insertion hole 6s is disposed to have a center 6a thereof in parallel with the center 10a of the ignition plug 10.A first check valve 6 supported by a check valve holder 9 is disposed in a lower portion of the check valve insertion hole 6s.With the first check valve 6 disposed two spaces of a check valve upper chamber 28 and a checkvalve lower chamber 29 are defined in the check valve insertion hole 6s.The check valve lower chamber 29 is in communication with the auxiliary chamber 4 through a communication hole 5.
Patent claim: The method according to claim 13 or 14 wherein the method is performed by a subsea electrical system 200 according to claim 12 the method further comprising the steps ofoperating the subsea electrical system with the line insulation monitor 25 of the subsea terminating device 201 being onlineupon detection of a failure by the line insulation monitor 25 of the subsea terminating device 201 disconnecting each subsea electrical unit 101 102 103 104 from the subsea terminating device 201 by opening respective switches 17 in the subsea terminating device 201 and the subsea electrical units 101 102 103 104reconnecting the subsea electrical units 101 102 103 104 to the subsea terminating device 201 by connecting each subsea electrical unit one after the other starting with the subsea electrical unit 101 closest to the subsea terminating device 201 and continuing downstream andbefore reconnecting a subsea electrical unit 101 102 103 104 using the line insulation monitor 21 22 25 of the subsea terminating device 201 or of the subsea electrical unit 101 102 103 104 arranged upstream of the subsea electrical unit to be reconnected to check the electric power connection towards the subsea electrical unit to be reconnected for a failure.

Related passage: The distribution unit 3 may be provided with electrical protection circuitry to isolate any electrical short circuits arising for example as a result of the breakdown of the insulation of one or more of the cables 5 or a failure within one or more of the output connectors 6b.It may also incorporate a transformer to step down high voltage transmissions from the surface and umbilical 1 to lower voltages that are better suited for use by the devices 4.
Patent claim: A method of manufacturing a honeycomb structure including a honeycomb unit having a plurality of through holes defined by partition walls along a longitudinal direction of the honeycomb unit characterized by the steps of molding raw material paste containing zeolite ionexchanged with iron ions and an inorganic binder by extrusion molding and manufacturing the honeycomb unit by firing the molded raw material paste wherein a specific surface area of the zeolite is more than or equal to 500 m2g and less than or equal to 800 m2g and an external surface area of the zeolite is more than or equal to 40 m2g and less than or equal to 80 m2g.

Related passage: Such a catalyst carrier is preferably constituted of a porous material.For example a specific surface area of the catalyst carrier is preferably from 10 to 1000 m2g further preferably from 30 to 600 m2g and especially preferably from 100 to 600 m2g.For example the porous material having an average particle diameter of 5 m or more and a specific surface area in the above numeric value range can satisfactorily be used as the catalyst carrier onto which the noble metal is loaded.
Patent claim: The display apparatus 100 of claim 5 wherein the setting information of the display apparatus comprises information about at least one from among a wallpaper an icon and a display configuration.

Related passage: As described above according to the embodiment the digital TV 1 identifies a user who is viewing a program displayed on the LCD panel 3 from video image captured by the camera 60.The digital TV 1 stores the program that the user is viewing in association with the user as view history and searches program guide data for a recommended program similar to programs viewed by the user in the past using a keyword based on the view history stored in association with the user.The digital TV 1 creates a program advice message and displays it on the LCD panel 3.In this manner the digital TV 1 automatically identifies a user andinforms the user of a recommended program.Thus without setting operation such as to program timer recording the user is less likely to miss a program that heshe wishes to view.
Patent claim: System 20 for OTDR monitoring an optical communication link the system comprisingthe optical communication link 21 comprising a plurality of the optical amplification stages each one according to any one of the preceding claims the optical amplification stages being optically connected in cascade by a plurality of first and second optical fiber spans 22a 22b interleaved respectively with said first and second optical signal paths 2a 2b of the plurality of optical amplification stages the first optical fiber spans and the first optical signal paths forming together a first optical line 23a comprised within the optical communication link having the first direction of propagation and the second optical fiber spans and the second optical signal paths forming together a second optical line 23b comprised within the optical communication link having the second direction of propagation the first and second optical line spanning together sidebysidea first OTDR apparatus 24a placed at a first end of the optical communication link and optically coupled to the first and second optical line the first OTDR apparatus being structured for generating and launching a first OTDR signal having a first ODTR wavelength into the first optical line with the first direction of propagation for detecting and processing a first OTDR backreflected signal coming from the second optical line with the second direction of propagation the first OTDR backreflected signal being generated from the first OTDR signal by the first optical reflector of at least one of preferably all the optical amplification stages and for deriving from the detected first OTDR backreflected signal information on the operation of at least one of preferably all the first optical amplifiers along the first optical line.

Related passage: In this process the signal lights and the probe light 121 partly being branched by the optical fiber coupler 23 connected to the output sections of the optical amplifierrepeaters 22 reach the wavelengthselective reflecting device 24.The wavelengthselective reflecting device 24 reflects only the probe light 121.The reflected probe light 121 is transmitted by the optical fiber coupler 23 in the reverse direction passes the optical fiber coupler 27 and is coupled with the down link.The probe light 121 outputted to the down link after being transmitted by the optical transmission path enters into the optical transmission path monitoring apparatus 1.
Patent claim: A location system according to claim 7 wherein the receiver and the femtocell base station have a common antenna.

Related passage: Accordingly when a network application residing on an application server 100 requires location information such as for example whether a user equipment enters or is within a particular femto cell 32 36 40 its subscribes to receive this information from a location server 200.Although the location server 200 and application server 100 are shown as separate entities in the core network it will be appreciated that they may be colocated in the femto cell controllergateway 230 or provided somewhere in the Internet 190.
Patent claim: The apparatus of claim 12 wherein the fetch trigger frame comprises a power save poll PSPoll frame or an unscheduled asynchronous power save delivery UAPSD frame.

Related passage: Thereafter the base station 305 recognizes that the mobile station 310 is entering into sleep mode of the identified service according to the negotiated parameters.A query by the base station 305 runs during the sleep interval asking whether 540 the sleep interval has expired.Upon expiration of the sleep interval a listening interval begins 550.Again a query is run during the listening interval to determine whether 560 the listening interval has expired.At the end of the listening interval a determination 350 is made whether sleep mode should be exited.When necessary sleep mode may then be exited and the system placed in active mode 355.When it is deemed that there is no need to exit sleep mode the question regarding realtime services is raised.Specifically the base station 305 determines whether the service placed in sleep mode involves realtime services 570.If not the sleeplistening intervals continue to be interleaved until such a time when it is deemed that sleep mode should be exited.When the services in sleep mode do involve realtime services it is determined whether sleep synchronization 360 is required.Synchronization is required when packet transmissions are being buffered tothe point that maximum frame latency is being exceeded.When synchronization is judged to be required sleep synchronization between the base station 305 and the mobile station is established 370.Thus synchronization prevents packets from being buffered longer than the maximum frame latency value and accordingly prevents degradation of QoS below the negotiated levels for each realtime service.If synchronization is not needed the mobile station simply buffers packets until circumstances warrant a change in state.
Patent claim: The method of Claim 1 2 or 3 wherein displaying the second plurality of tiles 505 for the related objects 510 comprises grouping the related objects in to groups 515 based on object type and displaying the second plurality of tiles 505 for the related objects groups according to group the method further comprising displaying in response to receiving a predefined user input a tile 405 for each group 420 of object type and displaying in response to receiving a selection of a tile 405 for a group 420 tiles 505 for the related objects that are in the group 420.

Related passage: A feature of the method described in WO0102953