bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Polypropylene composition C according to claim 1 or 2 having at least two glass transition temperatures Tg1 and Tg2 wherein the second glass transition temperature fulfils the inequation II Tg2gt10.01.8CXCS wherein Tg2 is the second glass transition temperature of the polypropylene composition C and CXCS is the propylene content in mol of the xylene cold soluble fraction XCS of the polypropylene composition C.

Related passage: To improve the impact strength at lower temperatures heterophasic polymer compositions have been suggested.Heterophasic polymers are polymers having a matrix phase phase 1 and a second phase.The matrix phase is usually a polypropylene homopolymer or polypropyleneolefin copolymer phase and the second phase is usually a propyleneolefin rubber polymer.The polymers of the second phase have low glass transition temperatures usually below 30C.Therefore impact strength of such heterophasic systems is rather satisfying even for deep freezing applications.A major drawback is the poor transparency due mostly due to big rubber particles in the heterophasic system.
Patent claim: The method of claim 5 wherein obtaining an algorithm from a first portion of a storage further includes assembling the outoforder sequence portions of the algorithm in a predefined order step 212.

Related passage: The preoperating system environment 20 then uses the recovered key 31 to perform block decryption of the startup module 40 into volatile memory following which the startup module is executed from volatile memory.As part of its execution the startup module 40 generates a full stack of kernel mode filter drivers 41 to support subsequent access of the encrypted operating system 50 using the recovered key for encryptiondecryption of subsequent readwrite file operations to the encrypted operating system 50.
Patent claim: The method of any of claims 1013 wherein querying the database is based on the digital fingerprint without requiring serialization data of the object.

Related passage: While the main task of item identification is to provide the answer to the question Is the item stored in the database and if yes what is the available information about it during authentication one is trying to certify if the item is original or it is a fake.The details of item authentication protocol based on item surface microstructure are presented in FIG.1011.During enrollment an item microstructure x 1 is transformed into a secure domain of reduced dimensionality and is encoded using a random binning principle 21.In the current setting the random binning is referring to the structure of the codebook where the item microstructure transformed codewords are randomly distributed among certain number of bins S with J codewords in each bin.The encoder produces two indexes the index B of the bin where current microstructure codeword x 1 is located and this codeword index in the identified bin A.Then a composition 22 of an encrypted with a secret key codeword index and the bin index BKA is produced and transferred to the storage in a database or reproduction 23 on the surface of an item.One can additionally encrypt the index B as BK or using another key and hash the index A.
Patent claim: A load carrier foot according to claim 1 wherein the positioning arm is for a majority of its movement when moving the bracket from its first state to its second state independently movable of the pivoting movement of the pivotable tensioning lever arm.

Related passage: Figure 2a shows the load carrier foot 1 in a partly exploded view and more precisely the tensioning arrangement 10 in exploded view.The tensioning arrangement 10 comprises a cam member 11 a connection member 12 and a lever 13.It should be noted that the connection member 12 and the lever 13 can be integrally formed or formed by individual components as disclosed herein.The lever 13 is formed by a bent rod 14 having a circular cross section.The connection member 12 comprises a first and a second lever receiving aperture 15 16 through which the rod 14 can be slideably displaced between an operable position and a storage position.
Patent claim: A hearing assistance device according to claim 8 wherein the first and second supplementary input transducers comprise microphones and are located on the top of the BTEpart whereby the sounds from front and rear directions relative to the user can be received by the microphones.

Related passage: The hearing loss compensated output signal is transmitted through electrical wires contained in a sound signal transmission member 20 to a receiver 22 for conversion of the hearing loss compensated output signal to an acoustic output signal for transmission towards the eardrum of a user and contained in an earpiece 24 that is shaped not shown to be comfortably positioned in the ear canal of a user for fastening and retaining the sound signal transmission member in its intended position in the ear canal of the user as is wellknown in the art of BTE hearing aids.
Patent claim: The shell assembly according to any preceding claim wherein the expandable portion defines a helical slot that passes through the expandable portion the helical slot compressed in the initial configuration and expanded in the stretched configuration.

Related passage: As shown in Figs.15A15B anvil retainer 38 may be disposed through a proximal tube 160 and a distal tube 165.Anvil retainer 38 includes a proximal annular protrusion 177a and distal annular protrusion 177b.A resilient member 162 is disposed between proximal tube 160 and distal tube 165.A proximal end 160a of proximal tube 160 lays flush with proximal protrusion 177a such that proximal protrusion 177a restricts proximal translation of proximal tube 160.In addition a distal end 160b of proximal tube 160 is disposed adjacent to a proximal portion 162a of resilient member 162.A distal portion 162b of resilient member 162 is disposed adjacent to a proximal end 165a of distal tube 165.Distal tube 165 is slidingly engaged with anvil retainer 38 such that distal tube 165 may translate proximally toward proximal tube 160.
Patent claim: The ball screw according to claim 1 or 2 wherein the opening in the outer periphery of the first connection portion opens on a side of the first connection portion which faces the centerline of the ball nut along an entire longitudinal length of the first connection portion the opening in the outer periphery of the second connection portion opens on a side of the second connection portion which faces the centerline of the ball nut along an entire longitudinal length of the second connection portion the linear portion has an opening in its outer periphery and the opening of the linear portion opens on a side of the linear portion which faces the centerline of the ball nut along an entire longitudinal length of the linear portion connects to the opening in the outer periphery of the first connection portion and the opening in the outer periphery of the second connection portion and is closed by the outer surface of the ball nut.

Related passage: As shown in FIG.12 each ball 12 is supported by the flanges 40 that are formed at the opening 24 of the communication groove 23.With this configuration it is possible to prevent formation of the step h in the connection portion between the first path L3 and the second path L4.
Patent claim: The connector part according to claim 1 wherein the flushing mechanism 10 is an internal flushing mechanism that is arranged inside a connector housing 105 of the connector part 100.

Related passage: The first and second elements 31 32 may for example be first and second cartridge parts of a cartridge.They may be made of a plastic material in particular a polymer material e.g.a thermoplastic material.In a particular configuration the first and second elements 31 32 can be made out of PEEK preferable PTFEloaded PEEK.
Patent claim: The induction heating device according to claim 12 wherein the first lighting unit 40 is arranged along at least a portion of a predetermined boundary that surrounds the working coil 70 and wherein the second lighting unit 50 is arranged along at least a portion of a predetermined boundary that surrounds the display unit 90.

Related passage: In detail the cooking apparatus 1 obtains the cooking temperature included in the cooking method and calculates the intensity of the magnetic field B corresponding to the cooking temperature.Subsequently the cooking apparatus 1 may control the coil driving unit 110 so that the induction heating coil L may generate the magnetic field B having the calculated intensity.
Patent claim: The method of claim 1 wherein the step of receiving a token further includes receiving the token from the wireless beacon 110 step 211.

Related passage: In step L194 the trusted agent 254 updates with the new nonce provided by the inspection system 106 the values of the nonce fields of i in the ticket data 706 the nonce 704 and ii in the corresponding register 724 the corresponding nonce 727 in nonce field 726.This is the corresponding register 724 to the TUID field 725 containing a matching value to the value contained in the TUID 702 of the ticket data 706.
Patent claim: The oxidation catalyst for exhaust gas purification according to claim 1 or Claim 2 wherein the catalyst component and the metal component are supported on the refractory inorganic oxide simultaneously or one by one in turn.

Related passage: The exhaust gas purifying catalyst according to the present embodiment comprises a hydrocarbon adsorbent layer referred to as a HC adsorbent layer hereinafter containing as a main component a zeolite coated on a monolithic support whose cell sectional shape is almost regular Npolygon and a metalbased catalyst layer coated on the HC adsorbent layer and having the threeway catalyst consisting of Pd Pt or Rh and any their combination.
Patent claim: The honeycomb structure according to any one of claims 1 to 3 wherein the coarse particle zeolite and the fine particle zeolite are copper ionexchanged zeolite.

Related passage: In the honeycomb catalyst of the present invention the inorganic binder included in the honeycomb unit is not particularly limited.For allowing the honeycomb catalyst to maintain sufficient strength preferable examples of theinorganic binder include solids contained in alumina sol silica sol titania sol soluble glass sepiolite attapulgite or boehmite.Two or more kinds of the inorganic binders may be used in combination.
Patent claim: The method according to claim 7 wherein the MAC layer configuration parameter further comprises a MAC layerrelated parameter corresponding to each set of mapping and the MAC layerrelated parameter comprises at least one of the following items a discontinuous reception DRX configuration parameter a semipersistent schedule SPS configuration parameter and hybrid automatic repeat request HARQ retransmission times.

Related passage: It should be noted that the required soft buffer size depends on the used HARQ scheme e.g.an HARQ scheme using incremental redundancy IR requires more soft buffer than one with chase combining CC.
Patent claim: The integrated industrial system according to claim 7 further comprising a second system which is installed in a third zone which is different from the second zone in which the first system is installed the second system comprising an enterprise resource planning system.

Related passage: The various singlenode securityrelevant properties includeFunction refers to type or functionality of the node.This property may determine the conventional assignment to subnets such as control or corporate.In the example of Fig.1 all nodes are assigned to the IACS control network.Criticality refers to the operational statethe higher the criticality value the more dependent the IACS is on the node.In IACS controllers are very important.Location refers to the geographical location cabinet building or city where the node is installed.Security control level refers to whether the node has the ability to protect itself from cyber security attacks.The higher value imposes on better security control available on that particular node.Security controls include but are not limited to access control antivirusprogram host firewall host intrusion detection and prevention system antimalware program application whitelisting.Redundancy refers to whether there is an equivalent redundant node to this node and identifies the former.Dependency refers to which further nodes this particular node logically depends on.
Patent claim: The method of any preceding claim wherein the clearance target is selected from a plurality of clearance targets included in a clearance target schedule and wherein the clearance target schedule is based on at least one performance metric associated with the aircraft.

Related passage: Figure 8 is a graph showing engine power against time.An exemplary engine power demand curve 80 is shown which may be an oscillation due to autothrottle.The engine power response curve 82 has substantially the same shape as the demand curve 80.However the engine power response curve 82 lags behind the engine power demand curve 80 by a time period indicated by the doubleheaded arrow 84.The time lag 84 is dependent on the engine 10 the control iteration engine power condition environmental and other factors.In a typical aircraft gas turbine engine 10 the time lag 84 is in the range 1002000ms preferably 500ms to 1000ms.
Patent claim: The method of any preceding claim further comprising after fineadjusting the shooting angle of the camera based on the position of the human face detecting 305 a distance by which the image of the human face deviates from the center of the video picture shot by the camera when detecting that the distance by which the image of the human face deviates from the center of the video picture is greater than a preset distance fineadjusting 306 the shooting angle of the camera based on the position of the image of the human face once again such that the image of the human face is located at the center of the video picture shot by the camera.

Related passage: In Fig.9C since the person 92s display size becomes a size more than predetermined and does not meet the condition of the candidates for zoom the object which is equivalent to the region of the person 92s face is determined as the object for zoomin this case the move button 98 is displayed on the display screen 91.The move button 98 has a function of giving an instruction of returning at a stretch to the display of the previously determined object for zoom object which is equivalent to the whole body of the person 92 here.In order to realize the function of the move button 98 information on the reference position and the zoom magnifying factor of the previously selected object for zoom are saved in the image storage unit 12.If the move button 98 is pushed the object which is equivalent to the whole body of the person 92 is determined as the object for zoom and the display is changed to the display of the Fig.9B in which the zoom processing is performed.Here although examples are shown in which the frames are displayed a frame does not need to be displayed when a subject is known even if there is no frame.
Patent claim: A remote device management system MS for detecting a presence of a Wifi range extender EXT1 in a telecommunication environment HN1 that comprises a Wifi access network said management system comprisesa first collector COLL1 to collect monitoring data comprising a first list L1 of MAC addresses of connected devices said connected devices being connected to a Wifi serving access point AP1 in said telecommunication environment anda second collector COLL2 to collect monitoring data comprising a second list L2 of MAC addresses of access points said access points being located within a Wifi access range of a user equipment UE13 connected to said serving access point AP in said telecommunication environment characterized in that said management system further comprisesa correlator CORR to correlate said first list L1 with said second list L2 and to identify thereby a common MAC address MACCMACE1 said common MAC address being related to said Wifi range extender and confirms hereby its presence in said telecommunication environment HN1.

Related passage: Keeping track of AP information In the NeighborInfo table embodiments keep track of the channels on which packets were heard from a particular MAC address SSID information from beacons and whether the device is an AP or a station.This information is preferably sent to the DAPDS for Rogue AP detection.
Patent claim: The apparatus according to claim 1 or 2 wherein the moving width calculating portion 140 calculates the second moving width Ly based on an average value of the plurality of degrees of similarity calculated by the degree of similarity calculating portion 130 for a row from the starting position to the end position.

Related passage: According to still another aspect of the present invention a character recognition system that recognizes a character printed over a background pattern on a valuable medium includes a character image acquiring unit that acquires a character image captured by capturing the character printed onthe valuable medium a character recognition score calculating unit that calculates a character recognition score that indicates an evaluation of a degree of similarity between the character image and a template image the template image having been obtained beforehand by capturing each character that had a possibility of having been printed on the valuable medium and evenly filling a background area thereof and a character determining unit that determines based on the character recognition score calculated for each template image that the character corresponding to the template image showing the highest degree of similarity is the character included in the character image.
Patent claim: The method of any preceding claim wherein monitoring the voltage or current of the antenna and matching network comprises monitoring the voltage or current at one or more nodes of the antenna and matching network.

Related passage: As an example the aboverecited method is initiated by an initial contact with a transponder 108 and results in the controller 276 generating an initial bias instruction signal.The controller 276 outputs the initial bias instruction signal to the variable voltage source 284 which sets an initial tuning bias signal at an initial preferably nominal voltage value in response to the initial bias instruction signal.The variable voltage source 284 outputs the initial tuning bias signal to a variable capacitance circuit.The signal driver 272 of the excitation signal generator circuit 248 outputs an AC drive signal to the reader antenna 220 via the tuning circuit 224 while the controller 276 measures the magnitude of the AC drive signal.It is noted that if the impedances of the reader antenna 220 and signal driver circuit 272 do not match which is a frequent occurrence the AC drive signal may be subject to environmental conditions.
Patent claim: The vehicle headlamp system according to either claim 1 or claim 2 wherein the marking beam setting unit sets the beam width in stages with respect to the size of the distance.

Related passage: Specifically if the person detected near the vehicle is illuminated by the lamp unit which is set so that the lower end of the nonillumination region is at a higher position an area of the illumination region on the person can be increased thereby enabling the driver to have the good visibility.If the person detected at a distant position is illuminated by the lamp unit which is set so that the lower end of the nonillumination region is at a lower position the reliable glare suppression effect can be achieved.
Patent claim: The medical device kit according to claim 1 wherein the first and second locking members comprises loopshaped elements.

Related passage: In response to an insertion force the locking element 48 deforms from a first position FIGS.3 and 4 defining a first nominal diameter 56 outward and away from the longitudinal axis 30 of the cup 12 to define a second larger diameter 58 FIG.5.The resilient locking element 48 then returns to its first position upon removal of the insertion force such as when the spherical head 18 of a femoral endoprosthesis has been inserted past the locking element 48 to engage the spherical inner surface 20 of the liner 26 FIG.6.
Patent claim: A load carrier foot according to any one of the preceding claims wherein said bracket is a separate element from said body and wherein said positioning and tensioning arrangement further comprises a connecting arm operatively connecting said body to said bracket in such a way that said bracket is movably connected to said body.

Related passage: The elongated apertures 61 62 are further angled with respect to each other substantially with an angle difference of about 90 degrees but preferably from 40100 degrees.This will pull the first and the second bracket upwards as indicated with the arrow B in figure 5 when the tensioning arrangement 10 is used.As a result the load carrier foot 1 is readily retained e.g.to a rail of the vehicle.
Patent claim: The method 300 of either of claim 1 or 2 wherein rotating the gas turbine engine 10 comprises rotating the gas turbine engine 10 about the longitudinal axis 12 as the plurality of optical probes 100 are used to obtain images of a plurality of compressor blades 82 located at each of the plurality of stages of the compressor 22 24.

Related passage: Moreover the above described identification information output portion is an IC chip for holding and wirelessly transmitting identification information data butthe identification information output portion may be a circuit or the like that can be read by the borescope 2 via an electrical contact with a resistor having resistance values different for each of the external access ports OAP combination information of onoff set by a DIP switch or the like.
Patent claim: The exhaust gas purification catalyst according to claim 1 or 2 wherein the catalytic metal for NOx oxidation contains Pt andor Pd.

Related passage: When the upper catalyst layer has a second peak or a first peak at a pore volume diameter of 50 nm to 100 nm satisfactory gas diffusibility of the upper catalyst layer is obtained and thereby exhaust gas can be appropriately circulated in the lower catalyst layer.Also a sufficient surface area can be secured and a sufficient dispersity can be secured.Therefore for example sintering of the precious metal that is supported can be suppressed.