bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A method of making a lithographic printing plate precursor including the steps ofproviding a support having a hydrophilic surface or which is provided with a hydrophilic layerapplying a coating including the infrared absorbing agent as defined in claims 1 to 12 anddrying the precursor.

Related passage: A particularly preferred lithographic support is an electrochemically grained and anodized aluminum support.Graining and anodization of aluminum is well known in the art.The anodized aluminum support may be treated to improve the hydrophilic properties of its surface.For example the aluminum support may be silicated by treating its surface with a sodium silicate solution at elevated temperature e.g.95C.Alternatively a phosphate treatment may be applied which involves treating the aluminum oxide surface with a phosphate solution that may further contain an inorganic fluoride.Further the aluminum oxide surface may be rinsed with a citric acid or citrate solution.This treatment may be carried out at room temperature or may be carried out at a slightly elevated temperature of about 30 to 50C.A further interesting treatment involves rinsing the aluminum oxide surface with a bicarbonate solution.Still further the aluminum oxide surface may be treated with polyvinylphosphonic acid polyvinylmethylphosphonic acid phosphoric acid esters of polyvinyl alcohol polyvinylsulfonic acid polyvinylbenzenesulfonic acid sulfuric acid esters of polyvinyl alcohol and acetals of polyvinyl alcohols formed by reaction with a sulfonated aliphatic aldehyde It is further evident that one or more of these post treatments may be carried out alone or in combination.More detailed descriptions ofthese treatments are given in GBA 1 084 070 DEA 4 423 140 DEA 4 417 907 EPA 659 909 EPA 537 633 DEA 4 001 466 EPA 292 801 EPA 291 760 and USP 4 458 005.
Patent claim: A diamond film for cuttingtools formed on a base material the diamond film characterized in that at least one or more multilayered film layers A are included in which the layers are constituted by layering a film layerhaving a film thickness of 1 m or more and 15 m or less and a film layerhaving a film thickness of 1 m or more and 20 m or less so that the film layeris disposed on the base material side and the film layeris disposed on the surface layer side the film thickness of the entire film body is set to 4 m or more and 30 m or less and the crystallization of the film layerand the crystallization of the film layerare continuous when the crosssection of the multilayered film layer A is observed using a crosssectional TEM method the average crystal grain diameter of the film layermeasured along an imaginary line parallel to the base material surface is less than that of the film layerand the average crystal grain diameter of the film layeris 0.2 m or more and 6 m or less the breakout section of the film layeris smoother than the breakout section of the film layerwhen the breakout section of the multilayered film layer A is observed using the SEM method and a columnar pattern extended in the thickness direction of the breakout section of the film layeris included.

Related passage: The blast life is the time until the coating directly under the nozzle is removed and the base metal appears during blast bombardment under the conditions described below.Under blast bombardment the diamond coating is gradually removed and the bombarded portion peels off exposing the base metal when the coating thickness is reduced to a certain thickness.When adhesion between the coating and the base metal is low the remaining coating peels off while still relatively thick and when adhesion is high the remaining coating does not peel off until the thickness thereof is relatively small.
Patent claim: Device according to claim 1 wherein the support structure is moveable relative to the sample carrier at least in a direction parallel to the reference surface the device further comprising a stage actuator for moving the support structure relative to the sample carrier and the manipulator the stage actuator being arranged for moving the support structure between at least a first position allowing said measuring andor modifying of thesurface features and a second position allowing placement and removal of the heads onto and from said working positions.

Related passage: In Figure 3 a picture of a first embodiment of an SFM probe module 31 is shown.The module includes a combshaped electrostatic actuator 34 and a parallel spring flexure mount of a cantilever 32.Also shown are spring loaded electrical contacts 36 for electrically connecting the module to a platform.This embodiment is designed to be clamped by e.g.mechanical clamps leaf springs snapin type retaining features in the platform which may also be integrated in the probe module or in an additional clip device which interfaces the module to the platform.
Patent claim: A gas turbine engine according to claim 10 where the second portion has a width 4NmaxB where v is the speed of sound Nmax is the maximum fan speed in revolutions per minute and B is the number of blades in the fan.

Related passage: FIG.4 is similar to FIG.3 but shows the blades 20 operating at a supersonic condition.At the supersonic condition the Mach number of the fluid stream S is supersonic both forward of the blades and along the suction surface of each blade.An aerodynamic shock 34 extends in a shock orientation direction D from the suction surface of each blade.Because of the supersonic conditions forward of the blades the shock 34 of FIG.4 unlike the shock 34 of FIGS.2 and 3 is not locally confined.Instead the shock shown in FIG.4 propagates a considerable distance forwardly out of the duct in shock propagation direction P.Because the shock of FIG.4 is not locally confined a considerable variation in the shock orientation direction D can be observed along the shock.The shock propagation direction P which is locally perpendicular to the orientation direction D likewise varies along the shock.These effects are evident in the magnified views of FIGS.4A and 4B.Therefore although the linear splice of FIG.3 could be used to reduce shock associated noise such a splice wouldhave to be oriented at a compromise orientation and therefore would be acoustically suboptimal.
Patent claim: The system of claim 8 wherein the identifying data comprises a combination of an IP address and port data.

Related passage: Fig.9 shows further detail of step 714 Fig.7 for identifying a service for a particular data packet.The steps of Fig.9 are first performed using the source IP address field 610 and the source port field 614 of the received data packet 600 in order to associate a service with the received data packet.If the service cannot be found using the source IP address field 610 and the source port field 614 then the steps of Fig.9 are repeated using the destination IP address field 612 and the destination port field 616 of the received data packet in order to associate a service with the received data packet.
Patent claim: The method according to claim 1 or claim 2 wherein the temper hard fat is a shea stearin preferably having a SUStriglyceride content of at least 75 wt.preferably at least 85 wt..

Related passage: The inventors have found a way to prepare chocolate compositions e.g.fillings from real chocolate and plain vegetable transfree fats or oils which method overcomes the problem of possibly too slow crystallization rates compared to cocoa butter and hardened fats.
Patent claim: The electronic device according to any of claims 1 to 7 wherein the housing exhibits interior corners and the support frame exhibits corners such that the corners of the support frame contact corresponding corners of the housing.

Related passage: Next the second embodiment of the present invention will be described with reference to FIG.8.FIG.8 is a perspective view showing the metal structure 100 of the present embodiment.The metal structure 100a of the present embodiment differs from the metal structure 100 shown in FIG.2 in that part of the surface at one end is molded into hinge shapes 109.Thus forming hinge shapes 109 on the metal structure 100a makes the molded shape more complicated but can also improve the strength of the hinge part.
Patent claim: The device of claim 11 further comprising a function information obtaining unit to obtain function information regarding the at least one function of the detected at least one external device wherein the operation information requesting unit transmits a list of the functions of the at least one external device and the device to the server based on the obtained function information.

Related passage: The present invention relates to a device cooperation service system and electronic devices included in the system and more particularly to a device cooperation service system for allowing a plurality of electronic devices connected to each other via a network to share information software and the like relating to a service and to execute the service in cooperation with each other based on the information and electronic devices used for the device cooperation service system.
Patent claim: The method of claim 2 further comprising capturing the 2D ultrasound image on display.

Related passage: Dotted line 15 is a sliced plane of a Bmode image corresponding to the 3dimensional ultrasonic image displayed on display 8.Dotted line 15 can be moved by control panel 10 positional information of dotted line 15 is acknowledged by positional information analyzing unit 6 and image processing calculation unit 72 selects the Bmode image of the crosssection corresponding to dotted line 15 from 3dimensional ultrasonic image data 14 and displays it on display 8.In this way the outer circumferential surface and the inside of obj ect 50 can be displayed at the same time and when an operator desires to observe a Bmode image the change to do so can be made arbitrarily.Consequently in accordance with embodiment 3 it is possible to display a 2dimensional ultrasonic image from the display direction of position Aabc by converting the 3dimensional ultrasonic image data obtained from position Babc based on the positional relationship between position Aabc and position Babc of ultrasonic probe 2.In other words once a certain position of ultrasonic probe 2 is specified the 2dimensional ultrasonic image viewed from the position thereof can be displayed even while ultrasonic probe 2 is being moved.While initial setting of dotted line 15 is set as the scanned surface of ultrasonic probe 2 it may be displayed along with the abovementioned position Aabc Babc Cabc or direction indicator mark 30.
Patent claim: The method of claim 9 including providing a layer of a light permeable material 26 covering said at least one light radiation source 18 and preferably said masking material 24 in said at least one recessed portion 12b.

Related passage: In addition a nitride system fluorescent material contains N atleast one element selected from Be Mg Ca Sr Ba and Zn and at least one element selected from C Si Ge Sn Ti Zr and Hf and activated with at least one element selected from the rare earth elements.Examples of nitride system phosphors include Sr0.97Eu0.032Si5N8 Ca0.985Eu0.0152Si5N8 Sr0.679Ca0.291 Eu0.032Si5N8 or the like.
Patent claim: The medicament delivery device 1 according to claim 10 wherein the interlock member 7 is biased in the extended position.

Related passage: As shown in FIG.6 medicine injection device 1 includes power supply button 6 airbleeding button 7 completion button 8 medicine injection button 9 syringe cover detecting switch 14c injection needle detecting switch 19 calendar 20 timer 21 power supply section 22 as a power supply of the medicine injection device microprocessor 23 piston drive motor 16 motor drive circuit 24 current detecting circuit 25 encoder 26 display section 27 LCD 10 sounder 28 vibrator 29 and communication section 30.
Patent claim: A system comprising memory operable to store a message received at the system and one or more processors operable to identify a business process instance associated with the message and send the message to a messaging queue for retrieval by the business process instance if the business process instance is not located at the system.

Related passage: In another aspect a module is configured to receive messages initiate buffering of a first message initialize properties associated with the first message and selectively generate a process instance to process the first message.The first message is buffered in a first queue of incoming messages that may be internal to a messaging system.The properties that are initialized include a property characterizing whether a process instance is to process the first message which is initialized to indicate that a process instance is to process the first message a property characterizing a number of process instances handling the first message which is initialized to indicate that zero process instances are handling the message and a property characterizing a number of process instances that have processed content of the first message which is initialized to indicate that zero process instances have processed content of the first message.
Patent claim: The vehicle headlamp according to claim 1 wherein the bearing holder is formed by means of a press of a metal plate.

Related passage: The automatic aligning metal 366 through which the rotating shaft member 362 is inserted is first attached to the support concave surface 421 of the upper support piece 42 of the bracket 40 and then the support concave surface 471a of the holding plate 47 is attached to the automatic aligning metal 366 from the front side.Further attaching screws not shown are inserted through the inserting holes 471b of the front surface portion 471 of the holding plate 47 from the front side and are fastened into the screw holes 422 on the front end of the upper support piece 42.Other attaching screws not shown are inserted through the inserting holes 472a of the rear surface portion 472 of the holding plate 47 from the rear side and are fastened into screw holes not shown on the rear end of the upper support piece 42.Consequently the holding plate 47 is fixed to theupper support piece 42 and the automatic aligning metal 366 is supported by the support concave surface 421 of the upper support piece 42 and the support concave surface 471a of the holding plate 47.The front end portion of the pressing piece 474 of the holding plate 47 downwardly presses the upper end of the rotating shaft member 362.As a result the upper end of the lamp unit 30 is supported on the bracket 40 so as to be rotatable in the right and left directions.
Patent claim: Host interface circuit IF1 according to one of claims 1 to 6 configured todetect a button signal from the accessory device ADEV via the first line LMto generate an adapted button signal based on the button signal andto provide the adapted button signal to the processing unit HPROC.

Related passage: The host device 10 may be configured for example as a mobile phone a tablet PC or a multimedia player.The accessory device may be any accessory using a 3.5 mm jack interface.The accessory device 20 may be formed as a standard passive headset a standard active headset including a battery to supply power for operating the headset or as an intelligent accessory device for example an intelligent active headset a sensor hub a microphone array or a picoprojector.The intelligent accessory may communicate with the host device by exchanging communication data in the format of coded data words transferred as a bit stream.
Patent claim: The cooling apparatus according to one of claims 1 to 9 wherein the cooling apparatus is provided with a fan 25 for producing the airflow 18.

Related passage: The condenser channels 8 are arranged in the vicinity of the second surface 4 in order to transfer heat from the fluid in said condenser channels to the second surface 4.The first connecting part 9 shown in the lower end of the mounting base 1 in the example of Figures 1 and 2 receives the fluid from the condenser channels 8 and passes the fluid on into the evaporator channels 9.
Patent claim: A media pretreatment method comprising when a medium that is stuck to a surface of a conveyance belt is conveyed and sent to a liquid discharge area sticking the medium using a pressure roller to the conveyance belt in a state with a pretreatment liquid adhered.

Related passage: Downstream of the printing device 6 the printed material 2 is subjected to drying by means of the drying means 11 and to heatfixing of the printing pigments by polymerization or vaporization in the vaporization chamber 10.
Patent claim: A cell monitoring device for monitoring a plurality of cells connected in series in an electric storage module the cell monitoring device comprising a plurality of electric lines a plurality of switches connected in parallel to the cells respectively via the electric lines and a controller configured to close and reopen at least two of the switches in a predetermined sequence measure voltages between the electric lines connected to the cells after the switches connected in parallel to the cells are reopened and the next switches in the predetermined sequence are closed respectively determine the measured voltages as cell voltages of the cells determine whether at least one of a high abnormality voltage and a low abnormality voltage the high abnormality voltage being equal to or higher than a first threshold the low abnormality voltage being equal to or lower than a second threshold lower than the first threshold exists among the cell voltages and determine that at least one of the electric lines has lost continuity if at least one of the high abnormality voltage and the low abnormality voltage exists among the cellvoltages.

Related passage: In step S50 the abnormality diagnostic section 10 is configured to determine if any of the cell voltages detected by the cell voltage detecting circuits D1 to Dn is equal to or smaller than the prescribed overdischarge threshold value V1 e.g.2.0 V.If there is a cell voltage that is equal to or smaller than the prescribed overdischarge threshold value V1 then the abnormality diagnostic section 10 proceeds to step S60.
Patent claim: The OLED display device of any preceding claim further comprising a driving circuit formed in the driving circuit connecting portion the driving circuit electrically connected to the data lines and wherein a portion of each data line extends away from the driving circuit connecting portion towards its associated physically connected OLED pixelsa driving voltage pad formed in the driving circuit connecting portion the driving voltage pad physically connected to a driving power supply line that extends away from the driving circuit connecting portion and surrounds the OLED pixels and wherein each of the power lines is electrically coupled to the driving power supply line and extends towards the driving circuit connecting portion and its associated physically connected OLED pixels.

Related passage: Both a VDD 46 and a GND 47 are formed between the data driver 43 and the pixel circuit 42 along rim of the data driver 43 as shown in Fig.5.By not installing the VDD 46 and the GND 47 at both sides of the pixel circuit 42 the size of Bezel areas are reduced substantially.
Patent claim: A turbine blade assembly comprising a tip shelf 15 proximate the blade tip 10 said tip shelf 15 having disposed therein at least one diffuser cooling hole 17.

Related passage: The cooling air 41 exits through the outlets 72 to a region outside the airfoil 54.Preferably the outlets 72 are rectangular in shape and flare outwards as shown in Fig.3B to diffuse the cooling air 41 upon ejection therefrom.The diffusion angleas shown in Fig.3B is preferably approximately about equal to or less than 12 degrees.It is also preferred that the outlets 72 are angled upward towards the tip 36 and most preferably the outlets 72 are angled upward towards the tip 36 in a range from approximately about 0 to 45 degrees asmeasured from a direction normal to the tip surface.Preferably the outlets 72 are disposed proximate to the pressure sidewall 42 extend therethrough and are spaced apart as between the leading and trailing edges 4648.Preferably the inlets 70 are disposed adjacent and proximate to the suction sidewall 44 and extend in a generally radially direction so that the cooling air 41 is feed directly into the inlets 70 from respective cavities 38.The cooling air 41 is coldest downstream of the outlets 72 and due to internal convection heats up as it travels towards the outlets 72.Heat is extracted from the tip 36 thus heating the cooling air 41 as it travels towards the outlets 72.Once the cooling air 41 is ejected from the micropassages 80 it can partially mix into the stream of hot combustion gases 28 and because of its own momentum it can flow over the top of the tip 36.Thus the ejected cooling air 41 film cools the exterior of the tip 36 by providing a film curtain that protects the tip 36 of the blade 24 from the hot combustion gases 28 and reduces leakage of the hot combustion gases 28 above the tip 36.In this way the tip 36 of the airfoil 54 is cooled using both internal convection and external film cooling.
Patent claim: The polyethylene composition according to any of the preceding claims wherein the polyethylene composition has a flow rate ratio FRR215.being the ratio of MFR21.6 to MFR5 of 30 to 55.

Related passage: Preferably polyethylene fraction ii has a molecular weight distribution MWD as Mw Mn of 2 to 12 more preferably 3 to 10 most preferably 4 to 8.
Patent claim: The medicated module of any of the preceding claims wherein the second medicament 224 424 524 is isolated in the medicament cavity 206 406 506 upon a preliminary actuation of the slidable bung 202 402 502 during an assembly process.

Related passage: Referring now to Fig.6 there is shown another embodiment of the liquid medicine injector which comprises a cylindrical body 1 and first and second gaskets 2 3 which are fluidtightly and movably fitted into the cylindrical body 1 and spaced from one another to form a fluid chamber 4 between them.