bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The coating 18 of claims 1 or 2 wherein the cermet is selected from the group consisting of tungstencarbidecobalt tungstencarbidenickel tungstencarbidecobaltchrome chromecarbidenickelchrome chromecarbidenickel and combinations thereof.

Related passage: TiCFe NiCrCr3C2 TaCNi and combinations comprising at least one of the foregoing.In the case of WCCo cermets suitable compositions include those comprising in weight percent 1220 Co and the balance WC.In the case of WCCoCr cermets suitable compositions include those comprising in weight percent 610 Co 48 Cr and the balance WC.Still other embodiments of the erosionresistant coating 64 include combinations comprising at least one of the ceramics or cermets e.g.a metal or alloy matrix of one of the foregoing.This may also includean erosionresistant coating 64 that has multiple erosionresistant layers of the same or different erosionresistant materials including those that also include interspersed metal layers to promote adherence of the multilayer structure into a cohesive erosionresistant coating 64.For many of these materials Cr Ti or Ta may be used to form strongly adherent interspersed metal layers particularly where one of these metals is a constituent of the ceramic or cermet but other metals may also be used.For example a multilayer erosion resistant coating 64 that includes a plurality of layers of Ti and TiN in an alternating arrangement including any sequential or nonsequential alternating arrangement such as for example TiTiNTiTiN...TiTiN or TiNTiTiNTi...TiNTi or TiNTiTiNTi...TiTiN or TiTiNTiTiN...TiTiNTi.Of the erosionresistant ceramic and cermet materials single layers TiN or WCCoCr or a multilayer structure that includes a plurality of layers of Ti and TiN have been tested and are particularly suitable for use as erosionresistant coating 64.In the case of both the ceramic and cermet materials mentioned above the composition may be the stoichiometric compositions shown as well as various nonstoichiometric variants.For example nonstoichiometric compositions may be employed to introduce residual compressive stress into the crystal lattice and may be deposited using known methods for their deposition.
Patent claim: A measuring device with a display 4 for displaying frequency values of a measured signal with a corresponding brightness or a corresponding color a display memory 2 for storing the frequency values for an update of the display 4 after each update cycle which contains memory cells having a reduced number of bits and means 3 for determining the frequency value for each memory cell by assigning the frequency of sampled values in several measuring portions of the measured signal within an update cycle to a corresponding memory cellcharacterized in that the determined frequency value is a sum of a first frequency value which is determined in a number Nunkomp of first measuring portions of the measured signal within the update cycle and at least one compressed second frequency value which is determined by compression of a corresponding compressed second frequency value with a compression factor PKompres.

Related passage: The BOTTOM region in FIG.2A that region of raster location stored intensityrelated values below the threshold IB can be decayed by a relatively slow function FB to provide a relatively gray historical background that fades very slowly.The pixels associated with raster memory locations containing intensityrelated values above the newness threshold INEW can be treated as old and not counted as new pixels until the stored value in their location decays to some value below INEW.Of course INEW can also be set to zero.Either way the time TNEW associated with the decay to the level INEW is the time that a pixel identified as having recently been used and therefore does not qualify as a new pixel.
Patent claim: The calorific value measurement system 100 according to any one of claims 1 to 6 wherein the mixed gas is natural gas.

Related passage: The calorific value calculation formula creation system 20 further includes a calorific value calculation formula storage device 402 connected to the CPU 300.The calorific value calculation formula storage device 402 saves the calorific value calculation formula created by the calorific value calculation formula creation module 302.Further an input device 312 and an output device 313 are connected to the CPU 300.As the input device 312 for example a keyboard a pointing device such as a mouse or the like can be used.As the output device 313 an image display devicesuch as a liquid crystal display or a monitor a printer or the like can be used.
Patent claim: The product of Claim 12 where the at least one transformation clause corresponds to the at least one matching rule andor where modifying at least a portion of the at least one retrieved deployed process binary includes identifying at least one portion of the at least one retrieved deployed process binary satisfying the at least one matching clause andapplying the at least one transformation function corresponding to the at least one matching clause to the at least one identified portion of the at least one retrieved deployed process binary andor wherein identifying the at least one deployed process binary associated with the identified rule set includes suspending execution of an instance of the at least one identified deployed process binary prior to modifying the at least one retrieved deployed process binary and resuming the suspended instance of the at least one identified deployed process binary after applying each of the at least one transformation rules.

Related passage: Further GroupProcess Partizipatives verteiltes Design und simultane Ausfhrung von Ad hoc Geschftsprozessen by Huth et al.relates to adhoc modifications in order to cope with necessary but unanticipated changes.This documentmerely states the problem besides other challenges to different kinds of workflows.
Patent claim: A surveying instrument according to claim 1 wherein the optical axis 33 of said distance measuring light of said measuring unit 32 is coaxial with the optical axis 49 of said tracking light the optical axis 34 of said laser pointer beam 26 is offset from the optical axis of said tracking light wherein after guiding said laser pointer beam to a measuring point said control device 35 controls said driving unit 39 so that the optical axis of said distance measuring light is moved in order to turn a set up offset angle to 0.

Related passage: A second aspect of the present invention is a surveying system including a surveying instrument for measuring the threedimensional position of a measured object comprising a detecting section for detecting a direction of the measured object by rotational emission of two or more fanshaped laser beams in which at least one beam is inclined an optical system including a trackinglightemitting section for emitting a trackinglight and a distancemeasuringlightemitting section for emitting a distancemeasuring light a trackinglightreceiving section for receiving the tracking light reflected by the measured object and a driving section for driving the optical system in order to collimate the measured object according to an output of the detecting section and an output of the trackinglightreceiving section.According to the second aspect the surveying system can obtain the abovementioned effect by the composition in which the surveying instrument and the measured object collaborate.
Patent claim: Method of any of the preceding claims wherein the security message signature is a signature of the watermark instructions and the Content Key based on an authentication key said authentication key being used by the security module to verify the security message signature.

Related passage: According to one embodiment of the present invention the treatment of the data 212 and 213 occurs completely inside the security unit which can be considered as the unique trusted entity at the client side.The process 22 decrypts LUs 221 then pass them through the entity 23 before delivering to the descrambling unit 2b a new form of data Primary Marked Correction Data PMCDs 231.The role of PMCD is to be combined with the lured media 211 within the Recompositor 26 in order to produce the reconstructed data which are actually the original data for each of the extracted syntax elements.Such reconstructed compressed content 261 identical to the compress original content 100 is then decoded by the entity 27 to become a meaningful content 271 which is useable to clients.
Patent claim: The mobile device of claim 13 wherein controlling reproduction of the music file comprises at least one of starting and stopping the reproduction of the music file.

Related passage: The earphone microphone 41 is the unit into which an earphone and a microphone are integrated.The usage of this earphone microphone 41 enables a call to be carried out for example while the main body 2 is kept in a bag.The earphone microphone 41 is also used when audio data recorded on the memory card 4 is heard.This earphone microphone 41 is configured so as to be detachable fromthe remote controller 42.
Patent claim: A hybrid vehicle 100 comprising an internal combustion engine 2 an electrical storage device 16 an electric motor 10 configured to be supplied with electric power from the electrical storage device to generate a running driving force a communication device 30 that is configured to acquire host vehicle position information on the hybrid vehicle and at least one electronic control unit 26 that is configured to i select one of a charge depleting mode and a charge sustaining mode ii cause the hybrid vehicle to run while making a changeover between a first running mode and a second running mode in accordance with a running situation of the hybrid vehicle in each of the charge depleting mode and the charge sustaining mode the first running mode being a mode in which the hybrid vehicle runs using the electric motor with the internal combustion engine stopped and the second running mode being a mode in which the hybrid vehicle runs with the internal combustion engine in operation iii change driving force characteristics of the hybrid vehicle in accordance with a mode changeover between the charge depleting mode and the charge sustaining mode in making the mode changeover in accordance with a selection made by a user or a state of charge of the electrical storage device such that a driving torque of the hybrid vehicle for a given vehicle speed and a given accelerator opening degree becomes larger when the charge depleting mode is selected than the driving torque for the same given vehicle speed and the same given accelerator opening degree the charge sustaining mode is selected and iv refrain from changing the driving force characteristics in accordance with the mode changeover in case of making the mode changeover based on the host vehicle position information.

Related passage: The electric motor12 is operated by an electrical power to output a power.The electric motor 12 functions as a electrical power generator for generating an electrical power by a power input thereto.
Patent claim: The method of any preceding Claim further comprising receiving from the plurality of wireless communication units at least one from a group comprising a path loss measurement a channel quality indication an indication of the transmit power that a wireless communication unit is applying and determining the plurality of different number of resource blocks that are to be transmitted in the signal to the plurality of wireless communication units in response thereto.

Related passage: The coverage for the local transmission may be improved with partial loading andor mode selection.Coverage may be extended by using a smaller percentage of the usable subbands andor by selecting a mode with a lower spectral efficiency.An information bit rate R may be expressed as RK whereis the spectral efficiency for the selected mode and K is the number of active subbands.A given information bit rate may be achieved by using 1 a subset of all data subbandsand a mode with a higher spectral efficiency or 2 all data subbands and a mode with a lower spectral efficiency.It can be shown that option 2 can provide better performance e.g.wider coverage for a given PER than option 1 for certain operating scenarios e.g.for random partial loading and without interference estimation.
Patent claim: The mobile terminal of claim 5 wherein the controller180 is further configured to cause the touch screen151 to display the widget page in response to a preset touch input applied to the thumbnail image.

Related passage: In addition as illustrated in FIG.3Ba parts of the multiple home screen pages 210 and 220 are output to the display unit 151 at the same time by the touch gesture 500 described above and any one of the multiple home screen pages is output to the display unit when the touch gesture is no longer applied.
Patent claim: Offshore support structure according to claim 1 wherein the mass ratio is selected from the range from 1.3 to 2.

Related passage: The jacket 3 is formed by being equipped with a frame 31 made of steel a platform 32 that is provided on this frame 31 above the water surface S to support the windmill 2 and connection portions 33 that are provided at the lower portion of the frame 31 and connected to the piles 4.The frame 31 is constituted with a plurality of legs first support members 34 serving as main members and horizontal braces second support members 35 and diagonal braces second support members 36 serving as submembers.Each leg 34 extends from the sea bed G beyond the water surface S to above the water.Also the horizontal braces 35 and the diagonal braces 36 couple the plurality of legs 34 and are installed to hang across adjacent legs 34.The legs 34 the horizontal braces 35 and the diagonal braces 36 are constituted by steel pipes having a cylindrical closed cross section and are coupled by welding connections.Each connection portion 33 is constituted by a steel pipe that is coupled via arms to the lower end portion of the leg 34 and is fixed via a suitable grout with the pile 4 that is inserted inside of this steel pipe.
Patent claim: A steering system comprising a column jacket including a tubular inner jacket and an outer jacket that is externally fitted over the inner jacket so as to be slidable in an axial direction relative to the inner jacket and that is provided with a slit extending from an opening end formed at a jacket end to an extension end in the axial direction such that the outer jacket is elastically reduced in diameter to hold the inner jacketthe column jacket supporting a steering shaft such that the steering shaft is rotatable and a clamp mechanism that clamps a pair of clamped portions integrated with the outer jacket to cause the outer jacket to clamp the inner jacket such that the inner jacket is immovable in the axial direction wherein in an axial area from the opening end of the slit to an area end apart from the opening end in the axial direction a slit width of the slit gradually decreases from the opening end toward the area end.

Related passage: Flat outer surface sections 23a slightly protruding from both sides in the horizontal direction of the enclosing mainbody section 21 are formed at the outer side surfaces at both sides in the lateral direction on the axially rear side of the clamping sections 23 see FIG.3.The flat outer surface sections 23a are formed integrally at the axially rear side of the enclosing main body section 21 and below the substantially medium location in the updown direction.
Patent claim: The lighting device of any of the previous claims including electrically conductive lines 16 extending in a tridimensional pattern.

Related passage: A semiconductor device having a light emitting element and a protective element arranged on a support member will be illustrated in the present embodiment but the semiconductor device of the present embodiment is not limited thereto and a semiconductor device having a light receiving elementother protective element resistance transistor capacitor or the like or a combination of at least two kinds of such elements can also be applied.A single or a plurality of protective elements or other semiconductor elements can be housed in the recess.Emission color of the light emitting element may be one of a red region a green region or a blue region or a mixed light color thereof.
Patent claim: A surgical stapler for treating the tissue of a patient comprising a handle a shaft extending from said handle an end effector extending from said shaft wherein said end effector is configurable in an open configuration and a closed configuration and wherein said end effector comprises a first jaw a second jaw wherein said second jaw is movable toward said first jaw to place said end effector in said closed configuration a cartridge body including staple cavities staples removably stored in said staple cavities and an anvil configured to deform said staples a closure system configured to move said second jaw toward said first jaw a firing system comprising a staple driver wherein said firing system is configured to push said staple driver toward said anvil during a firing stroke and retract said staple driver during a retraction stroke and a cutting member configured to cut the tissue during a cutting stroke wherein said cutting member comprises a cutting edge which is exposed from said cartridge body during said cutting stroke a lockout configured to prevent said staple driver from being retracted during said firing stroke and a bypass configured to overcome said lockout such that the staple driver can be retracted during said firing stroke.

Related passage: Referring now to FIGS.181 and 183 an antibackup mechanism 8250 can prevent the combination tensioncompression spring 8184 from retracting the linked rack 8200 between firing strokes.According to the invention a coupling slide tube 8131 abuts the first link 8196a and connects to the firing rod 8032 to communicate the firing motion.The firing rod 8032 extends proximally out of a proximal end of the frame 8028 and through a through hole 8408 of an antibackup plate 8266.The through hole 8408 is sized to slidingly receive the firing rod 8032 when perpendicularly aligned but to bind when tipped.A lower tab attachment 8271 extends proximally from a lower lip of the proximal end of the frame 8028 extending through an aperture 8269 on a lower edge of the antibackup plate 8266.This lower tab attachment 8271 draws the lower portion of the antibackup plate 8266 proximate to the frame 8028 so that the antibackup plate 8266 is perpendicular when the firing rod 8032 is distally advanced and allowed to tip top aft into a binding state when the firing rod 8032 attempts to retract.An antibackup compression spring 8264 is distally constrained by the proximal end of the frame 8028 and proximally abuts a top portion of the antibackup plate 8266 biasing the antibackup plate 8266 to a locking state.Opposing the spring bias an antibackup cam tube 8268 slidingly encompasses the coupling slide tube 8131 and abuts the antibackup plate 8266.A proximally projecting antibackup yoke 8256 attached to the antibackup cam tube 8268 extends overtop of the closure yoke 8162.
Patent claim: The branching unit 210 of any previous claim whereinthe optical cable is connectable at one end to a terminal 103 of the optical transmission system 200 configured for providing continuous direct current electrical power to the branching unit 210 via the optical cable.

Related passage: The optical branching section 42 branches the optical signal transmitted from the branch station 30 e.g.the amplified optical signal transmitted from the branch station 30 is directed to the terminal station 11 as well as optical signals transmitted from the other stations e.g.the optical signal from the terminal station 11 is directed to the branch station 30 or to the terminal station 12.
Patent claim: A method for manufacturing a honeycomb structured body having a plurality of honeycomb fired bodies bound with one another via an adhesive layer formed on each side face the honeycomb fired bodies being obtained by firing of honeycomb molded bodies each having a large number of cells placed in parallel with one another in a longitudinal direction the method comprising utilizing the method for cutting a honeycomb molded body according to any one of claims 1 to 11 in cutting a honeycomb molded body to a predetermined length.

Related passage: In order to cut the honeycomb formed body 5 by means of the fine line 2 in this case it is desirable to move the fine line 2 downward at a speed of up to 250 mmsecond.At a speed of over 250 mmsecond the cell structure may be crushed through deformation as a result of the relative thickness of the diaphragms.
Patent claim: A method according to claim 7 comprising a further step of determining for a user equipment with a given user equipment identity said control channel resources that are available for said user equipment and determining which of said at least two classes said user equipment falls within and locating a control message for a user equipment in one of said available control channel resources where said quality of said signal was assessed to be above said predetermined quality level for said class of said user equipment.

Related passage: In a more specific exemplary implementation the presence of the victim terminal device may be determined based on at least one of detected uplink transmissions from the victim terminal device and signaling from the neighboring or overlapping cell.
Patent claim: An immunogen according to claim 1 wherein said antigenic IgE peptide consists of an amino acid sequence of SEQ ID Nos 220 or 233.

Related passage: In one embodiment a pharmaceutical composition of the present invention comprises one or more antigenic peptides comprising the amino acid sequence of the entire CH3 domain of an IgE molecule.In another embodiment a pharmaceutical composition of the present invention comprises one or more antigenic peptides comprising the amino acid sequence of a fragment of the CH3 domain of an IgE molecule wherein the fragment is at least five amino acid residues long preferably at least 10 amino acid residues long more preferably at least 15 amino acid residues long at least 20 amino acid residues long at least 25 amino acid residue long or at least 30 amino acid residues long.In a preferred embodiment a pharmaceutical composition of the present invention comprises one or more antigenic peptides comprising the amino acid sequence of a fragment of the CH3 domain of an IgE molecule that is between 28 and 31 amino acid residues.In another preferred embodiment pharmaceutical compositions of the present invention comprise one or more antigenic peptides comprising the amino acid sequence of a fragment of the CH3 domain of an IgE molecule that does not possess two cysteine amino acid residues separated by 21 amino acid residues 22 amino acid residues 23 amino acid residues 24 amino acid residues or 25 amino acid residues.In accordance with these embodiments the pharmaceutical compositions may further comprise an adjuvant.
Patent claim: The separator of claim 1 wherein at least one of the organic layer 13 23a 23b and the inorganic layer 14 24 further comprises a binder and the binder comprises a styrenebutadiene rubber SBR carboxylmethyl cellulose CMC polyvinylidene fluoride PVdF polyvinylidene fluoridehexafluoropropylene PVdFHFP copolymer ethylene vinylacetate EVA hydroxyethyl celluloseHEC polyvinyl alcoholPVA polyvinylbutyral PVB an ethyleneacrylic acid copolymer acrylonitrile a vinyl acetate derivative polyethylene glycol an acrylbased rubber or a combination thereof.

Related passage: The porous substrate 23 may preferably include for example a glassfiber polyester TEFLON tetrafluoroethylne polyolefin polytetrafluoroethylene PTFE or a combination thereof.The polyolefin may preferably include for example polyethylene polypropylene and the like.