bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method for producing the oxidation catalyst for exhaust gas according to any one of claims 9 to 11 wherein the amount of strontium is 0.01 to 0.09 mol per 1L of the catalyst in Sr conversion preferably the amount of strontium is 0.015 to 0.08 mol per 1L of the catalyst in Sr conversion and more preferably the amount of strontium is 0.02 to 0.055 mol per 1L of the catalyst in Sr conversion.

Related passage: According to the comparison between EXAMPLE 1 and EXAMPLE 30 it can be understood that the purification efficiency of the metalbased catalyst layer can be improved by adding the alkaline metal such as Ba etc.into the metalbased catalyst layer.
Patent claim: Process for the preparation of the polymerisable LC material according to one or more of claims 1 to 11 comprising the step of mixing at least one di or multireactive mesogenic compound of formula I at least one monoreactive mesogenic compound of formula II with at least one carbazole oxime ester photoinitiator.

Related passage: The present invention relates to a polymerizable liquid crystal composition used for the production of optical compensation films such as liquid crystal displays.
Patent claim: The adapter assembly according to claim 1 wherein the bearing assembly is nonrotatably disposed within the adapter housing.

Related passage: Second drive converter assembly 450 further includes a coupling nut 454 rotatably supported within an annular race or recess 430a formed in proximal tubular housing 430 see FIG.47.Coupling nut 454 is threadably connected to a threaded distal end portion 415b of second rotatable proximal drive shaft 415.In this manner as second rotatable proximal drive shaft 415 is rotated coupling nut 454 is translated relative to second rotatable proximal drive shaft 415 thereby causing proximal tubular housing 430 to also translate.
Patent claim: A method according to claim 9 wherein said step of retrieving said object identification is obtained from an alpha channel associated with said position at said display matching said gaze coordinate P.

Related passage: Figure 6 illustrates another architecture diagram of a system embodiment according to the present invention.This architecture diagram corresponds to the one shown in figure 1 with differences as explained hereinafter.The system 10 of figure 1 is not itself represented in figure 6 but is implicit.The gaze distance determination module 62 is shown as an implementation belonging to virtual object 601.The virtual object modification module 65 is shown as a module implemented by a virtual object 602.The virtual object 602 may or may not be the same virtual object as virtual object 601.The arrows 115 125 and 135 of figure 1 have been substantiated in figure 6 as gaze information 615 a gaze distance 625 and a gazed virtual object 635 respectively.Figure 6 also features an arrow 636 representing transmitting information pertaining to the gazed virtual object 635 via a network itself not shown e.g.to be provided to interested parties.The gaze translucency algorithm module 64 is shown to output two data outputs viz.a mutual gaze indicator 641 and a modification command 642.The mutual gaze indicator 641 could be used in the context of a system for implementing gaze translucency to indicate that a mutual gaze is happening i.e.that a gazed virtual object is gazing back at the user e.g.a conference participant to whom the user is looking is looking back at the user.The modification command 642 is used by the virtual object modification module 65 to modify in some way its corresponding virtual object 602 e.g.by applying said modification command 642 to said virtual object 602.The skilled person willunderstand that the modules comprised by the system could for example be implemented as dynamic libraries and the modules that implement interfaces comprised by the system or not and that are themselves comprised by the virtual objects as static libraries.Moreover the skilled person will understand that the gaze information 615 the gaze distance 625 and the gaze translucency filter 642 could for example be implemented as local system properties the gazed virtual object 635 as a global system property and the mutual gaze indicator 641 as an event.Nevertheless the skilled person will appreciate that other implementations of these features are also possible.
Patent claim: A ball screw comprising a ball nut a ball screw shaft extending through the ball nut a first deflector a second deflector and a return passage member wherein the ball screw has a groove formed between an outer peripheral surface of the ball screw shaft and an inner peripheral surface of the ball nut and accommodating a plurality of balls and converts rotary motion and linear motion and vice versa between the ball nut and the ball screw shaft via the plurality of balls and the groove and when carrying out the conversion the ball screw deflects the balls rolling in the groove by the first deflector then carries the balls to the second deflector through the return passage member and returns the balls from the second deflector to the groove or the ball screw deflects the balls rolling in the groove by the second deflector then carries the balls to the first deflector through the return passage member and returns the balls from the first deflector to the groove the first deflector and the second deflector are disposed in the ball nut so as to extend along the groove the return passage member has a linear portion located between the first deflector and the second deflector in the ball nut a first connection portion curved to serve as a portion connecting one end of the linear portion to the first deflector and a second connection portion curved to serve as a portion connecting the other end of the linear portion to the second deflector and each of the first and second connection portions has an opening in an outer periphery and an end face of the return passage member and the opening in the outer periphery opens toward a centerline of the ball nut and is closed by an outer surface of the ball nut.

Related passage: A return path L2 that opens at two points connection points P1 and P2 within the thread groove 14 is formed in the ball screw nut 13.The return path L2 serves as a shortcut between the two connection points P1 and P2 that correspond to the positions at which the return path L2 opens into the rollingelement path L1.
Patent claim: A liquid laundry detergent composition suitable for formulation into a watersoluble unit dose article wherein the liquid laundry detergent composition comprises a.an anionic surfactant b.a nonionic surfactant c.12propanediol d.dipropylene glycol wherein the weight ratio of the anionic surfactant to the nonionic surfactant is from 51 to 11 preferably from 3.51 to 1.251 more preferably from 2.51 to 1.51 and wherein the total weight percentage of the 12propanediol and dipropylene glycol is between 5 and 25 by weight of the liquid laundry detergent composition and wherein the weight ratio of 12propanediol to dipropylene glycol is between 11 and 101 preferably between 11 and 51 most preferably between 21 and 41 wherein the liquid laundry detergent composition comprises between 0.5 and 20 by weight of the liquid laundry detergent composition of water.

Related passage: A multicompartment unit dose article may also be prepared by fitting a first piece of film material into a mould.A composition or component thereof can then be poured into the mould.A preformed compartment can then be placed over the mould containing the composition or component thereof.The preformed compartment also preferably contains a composition or component thereof.The preformed compartment and said first piece of watersoluble or dispersible film material are sealed together to form the multicompartment unit dose article.
Patent claim: The rotor measurement unit 1 as claimed in claim 7 wherein the electronic circuitry 5 is configured to compare the frequency spectrum with reference frequency spectra of the rotor parameter to determine whether a fault condition is present.

Related passage: The circuit shown in Fig.9 consists of exciter armature winding 106 and the rotating rectifier 108 is a three phase balanced exciter circuit 108 during normal operation of the rotating diodes.However as previously discussed the diode open or short circuit failure introduces an imbalance in the exciter armature winding 106 and generates imbalance currents in the respective armatures 1061 1062 and 1063.However this embodiment is based on the analysis of the positive sequence third harmonic components of the exciter armature voltages and currents.In particular in this embodiment the positive sequence third harmonic admittance of the rotating rectifier failure is calculated in order to provide a means of fast detection of rotating diode fault or failure such as open circuit or short circuit.
Patent claim: The method according to claim 3 wherein said antishrinkage additive is aluminium silicate or metakaolin.

Related passage: The method comprises the following steps a impregnating the natural fibres with nonhalogenated fire retardant b impregnating the fireresistant natural fibres with inorganic thermoset resin c laying up the resinimpregnated natural fibres to sandwich the core thereby forming a stack of the core sandwiched between the resinimpregnated natural fibres and d curing the stack to form the fire resistant sustainable aircraft interior panel that comprises the core sandwiched between the first and second skins.
Patent claim: A method for changing a mode in an image processing terminal the method comprising receiving a control signal including information about a normal input or a force input applied to a remote controller and operating the image processing terminal in a specific mode according to the received control signalwherein a mode when the normal input is applied to a specific key of the remote controller is different from a mode when the force input is applied to the specific key modes differ depending on a sensing level of the force input applied to the specific key or the modes differ according as the force input is applied to different keys a first mode is changed to a second mode when the force input is applied to the specific key of the remote controller in the first mode the force input means an input applied to the specific key of the remote controller with a higher pressure or a wider area than a pressure or an area in the normal input and a sensing level corresponding to the normal input or the force input applied to the specific key is calibrated to a first sensing level or a second sensing level when an input applied to the specific key corresponds to an input between the first sensing level and the second sensing level.

Related passage: The controller 180 may perform a channel conversion operation registered in a channel list if the pressure is smaller than a preset pressure threshold.However the controller 180 may change the currently set channel list LIST 1 230 to a different channel list LIST 2 231 and simultaneously perform channel conversion on the changed channel list if the touch pressure of the soft key 211 or 212 is greater than the preset pressure threshold.
Patent claim: The material according to claim 1 wherein the first amine contains at least one amine selected from the group consisting of a primary amine a secondary amine and a tertiary amine and the second amine contains a primary amine a secondary amine or a primary amine and a secondary amine.

Related passage: In the above formula 2 R4 represents hydrogen or C1C4 alkyl R5 represents C1C4 alkyl bound to a carbon atom r represents an integer from 1 to 3 q represents an integer from 1 to 4 and p represents an integer from 0 to 12.When r is 2 to 3 nitrogen atoms are not directly bound to each other.When q is 2 r is an integer of 1 or 2.Each of some of the hydrogen atoms of C1C4 alkyl in R4 and some of the hydrogen atoms of C1C4 alkyl in R5 may be substituted by a hydroxyl group or an amino group.
Patent claim: The method 300 of claim 1 wherein the plurality of access ports 62 are spaced apart axially along at least a portion of a compressor 22 24 of the gas turbine engine 10 such that each access port 62 is located at or adjacent to a different stage of a plurality of stages of the compressor 22 24.

Related passage: Then in the endoscopic inspection while the plurality of rotor blades are rotated around the rotating shaft AR by using the turning tool T the plurality of rotor blades provided on the rotating shaft AR are photographed by the borescope 2 inserted into the compressor portion E2 and the endoscopic inspection is conducted.
Patent claim: The method as claimed in any preceding claim wherein the plurality of multimedia capturing devices comprise at least one of image capturing devices video capturing devices and audio capturing devices.

Related passage: The interest area detector 11 detects the interest areas included in the invivo image group.Specifically the interest area detector 11 acquires an invivo image group PG including total N images from the image input device 1 and assigns frame numbers j1jN to invivo images Pj in the acquired invivo image group PG in time series.The interest area detector 11 detects interest areas Aj t such as lesion areas from the invivo images Pj based on feature amounts of the invivo images Pj such as color information.The interest area detector 11 transmits results of detection of the interest areas Aj t and the invivo image group PG to the feature amount calculation unit 12.In this arrangement t denotes an index identifier for identifying one or more interest areas Aj t included in one frame of an invivo image Pj.
Patent claim: The method according to claim 13 further comprising connecting to a second external apparatus configured to process information on an access authority of the image signal via a second connector.

Related passage: Although a television device is used as an example in the above descriptions the method is broadly applicable to other types of display devices including but not limited to desktop computer monitors laptop computers portable DVD players etc.Moreover although colorrelated settings for home and store viewing environments are used as an example in the above descriptions the method is also applicable to the initial setting of other types of control parameters where different optimum settings are desired for different uses.
Patent claim: The ablation probe according to claim 8 or 9 further comprising a radiating section having a proximal portion operably coupled to a distal portion of the inner conductor.

Related passage: In another embodiment the fluid may be passed through the choke 260.With reference to Figs.2123 the choke 260 includes a tubular structure having an inner cylindrical casing 261 and an outer cylindrical casing 263 defining a cavity 265 therebetween.The fluid is supplied through the cavity 265 into the chamber 275.
Patent claim: A method of providing safety control by a safety controller module comprising communicatively coupling a nonsafety controller module with a safety controller utilizing a first connector of the nonsafety controller module and a second connector of the safety controller executing by the safety controller module safety control functions to provide independent safety controlcommunicating by the safety controller module at least one of an input and an output of the safety controller module through the first and second connectors to the nonsafety controller.

Related passage: The safety unit 1d corresponds to a CPU unit capable of generalizing the units 1d to 1f having the safety functionand has a construction capable of achieving the safety function in addition to its cyclic processing function in the same way as the CPU unit 1a.A safety network 7 is connected to the safety unit 1d and safety devices 6 are connected to the safety network 7.Concrete examples of the safety devices 6 include input or output devices such as a light curtain sensor a safety switch a safety application actuator and the like.When the safety unit 1d has the communication master function the safety devices 6 may be the slave units or the IO terminals and the remote IO can be constituted by use of the safety network.The safety devices 6 include a plurality of input devices output devices or inputoutput devices connected to one another and exchange the IO information with the master through serial communication.The safety unit 1e corresponds to the safety IO unit can directly connect the safety devices input devices or output devices withoutpassingthroughthenetwork acquires the input signal at the timing of the IO refresh processing by the safety CPU unit 1d and outputs the output signal.The safety unit 1f operates as one of the safety units and includes a safety high function unit a safety analog unit and a safety motion control unit for example.
Patent claim: The laser device according to any one of claims 1 to 11 further comprising an optical part configured to guide the light reflected by the second mirror onto the light receiver.

Related passage: Furthermore a spreading angleof a laser light beam is represented by the following formula 2 tan1Wfrad wherein a width of a light emission region of a light source a width of a light emission region of a lightemitting part with respect to a direction of a Zaxis W and a focal length f of a coupling lens are used.
Patent claim: The surgical stapling system of Claim 5 or 6 wherein said anvil is rotatable relative to said jaw to place said end effector in said closed configuration.

Related passage: The second staples 285b are laterally wider than the third staples 285c.In various instances the second staples 285b are twice as wide laterally than the third staples 285c for example.The second staples 285b can be at least twice as wide laterally than the third staples 285c for example.In some instances the second staples 285b are thrice as wide longitudinally than the third staples 285c for example.Similar to the above the second staples 285b are laterally wider than the first staples 285a.In various instances the second staples 285b are twice as wide laterally than the first staples 285a for example.The second staples 285b can be at least twice as wide laterally than the first staples 285a for example.In some instances the second staples 285b are thrice as wide laterally than the first staples 285a for example.The second staples 285b are comprised of thicker wire stock than the first staples 285a and the third staples 285c however other embodiments are envisioned in which the first staples 285a the second staples 285b and the third staples 285c comprise any suitable thickness.
Patent claim: The RFID tag according to claim 1 whereinthe protector includes a first portion that covers the chip and a coupling portion that is coupled with the first portion in a first direction and is provided above the antenna wiring the length I of the protector is a length of the first portion along a second direction that is perpendicular to the first direction and a length of the coupling portion along the second direction is less than the length of the first portion along the second direction.

Related passage: Formula 1 indicates that sizes of the reinforcing members 50A and 50B in plan view are larger than the size of the IC chip 30 in plan view see FIG.5B.
Patent claim: The component as in claim 10 wherein the rib is a plurality of ribs 42 72 and the plurality of ribs have varying lengths.

Related passage: Airfoil 20 also employs external cooling in which additional cooling fluid is directed from cold internal surfaces 27 to the hot outer surfaces of airfoil section 21.The cooling fluid is directed through a combination of film cooling hole structures including but not limited to showerhead openings 30A in cooling passage 26A along leading edge 24 film cooling holes 30B in passage 26D and film cooling slots 30C along trailing edge 25.
Patent claim: The medical device kit according to claim 1 wherein the first and second locking members are made from different materials.

Related passage: Once the spherical head 18 is fully inserted into the cup 12 and the locking element 48 returns to its original position the head contacting portion 60 of the locking element 48 contacts the spherical head 18 to keep the spherical head 18 in contact with the spherical inner surface 20 of the liner 26 and to prevent dissociation of the head 18from the cup 12.Should dissociation occur the head 18 may be reinserted into the cup 12 by properly orienting the head 18 and providing an insertion force to push the head 18 through the locking element 48 as shown in FIGS.5 and 6.Due to the structure of the locking element 48 of the invention the insertion force required to insert or reinsert the head 18 into the cup 12 is less than the subluxation force required to dissociate the head 18 from the cup 12making the head 18 difficult to dissociate from the cup 12 but making it easy to reinsert the head 18 should dissociation occur.
Patent claim: The packet forwarding device 103 according to claim 1 wherein the signal is embedded in a header field of the packets.

Related passage: The receiving circuit 1203 may further be configured to receive a packet of feedback over an outgoing link which packet carries one value per destination node being multiplexed into the packet.The adding circuit 1205 may then be configured to deaggregate the value per destination node to update the value for each destination node by adding the threshold value to the value per destination node and to reaggregate the updated values into the packet of feedback.The transmitting circuit 1204 may then be configured to transmit the packet of feedback over an incoming link towards another communication node such as the communication node 10.
Patent claim: The electronic device according to claim 2 or 3 wherein the first type is a music program the second type is an audio program and the first extension degree is smaller than the second extension degree.

Related passage: The audio processing system 1 further comprises at least one memory circuit 15 which is in the present example an external memory but which may also be an internal memory of the signal processing circuit 11 or may be a distributed memory system comprising an internal memory and an external memory.The memory circuit 15 is configured for temporarily storing at least one of the first audio signal 31and the second audio signal 32 or a signal derived therefrom over a particular period of time in order to compensate for the time delay and time shift as set out in more detail below.Particularly in the memory circuit 15 at least the one of the first and second audio signals 31 32 is stored which is prior to the respective other of the first and second audio signals so that the earlier one of these signals is temporarily stored and may be reproduced at a later time.
Patent claim: The electronic apparatus according to any one of claims 12 to 14 further comprising a power supply portion 400 that is mounted on the wiring board that is electrically connected to the first wiring portion and the second wiring portion and that supplies electric charges to the electricity storage element and a load portion 600 that is mounted on the wiring board that is electrically connected to the first wiring portion and the second wiring portion and that receives the electric charges from the electricity storage element.

Related passage: In view of the above circumstances it is an object of the present invention to provide a flexible conductive member that is elastic and excellent in electric conductivity and has an electrical resistance that is less likely to increase even when extension and contraction are repeated.Another object of the present invention is to provide a flexible transducer having excellent durability by using the flexible conductive member as wirings or other members.