bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An apparatus according to either of claims 1 or 2 wherein the first moving endless surface 30 comprises an outer shell that comprises one or more air permeable or partially air permeable receptacles 33 for receiving the first supporting sheet 16 thereon and whereby the outer shell is connected to one or more vacuum systems for facilitating retention of the first supporting sheet 16 andor the absorbent material 100 thereon.

Related passage: The present invention provides an apparatus 1 for making an absorbent structure comprising a supporting sheet 200 and thereon an absorbent layer with a longitudinal dimensional and transverse dimension and a height dimension said absorbent layer comprising an absorbent material 100 with therein one or more channels that are substantially free of absorbent material said apparatus 1 havinga a feeder 60 for feeding said absorbent material 100 to a first moving endless surface b a transfer means for transferring a supporting sheet 200 to a second moving endless surface c a first moving endless surface 20 having one or more absorbent layerforming reservoirs 25 with a longitudinal dimension and averaged length a perpendicular transverse dimension and average width and perpendicular to both a depth dimension and average depth and a void volume for receiving said absorbent material 100 therein said reservoirs comprising one or more substantially longitudinally extending raised strips 21 not having a void volume and hence not receiving said absorbent material 100 therein each having an average width W of at least 5 of the average width of the reservoir 25in some embodiments preferably at least 5 mm and an average length L of at least 5 and at the most 80 of the average longitudinal dimension of the reservoir said reservoirs being for transferring said absorbent material 100 to said second moving endless surface 30 adjacent and in proximity theretod said second moving endless surface 30 having an outer shell that has one or more air permeable or partially air permeable receptacles 33 for receiving said supporting sheet 200 thereon or therein and said receptacle 33 having one or more substantially longitudinally extending substantially mating strips 31 having each an average width W of from 0.5 x W to 1.2 x W preferably at least 2.5 mm preferably having an average length L being from about 0.8 x L to 1.2 x L provided at the most 90 of the longitudinal dimension of the reservoirwhereby said outer shell is preferably connected to one or more secondary vacuum systems for facilitating retention of said supporting sheet 200 andor said absorbent material 100 thereon and whereby in a meeting point said first moving endless surface 20 and said outer shell andor second moving endless surface 30 are adjacent to one another and in close proximity of one another during transfer of said absorbent material 100 and whereby each mating strip 31 is adjacent and in close proximity to a raised strip 21 during transfer of said absorbent material.
Patent claim: The method or use of claim 1 or 2 wherein the filtration operates at a volumetric capacity of at least about 2000 Lm2 preferably at least about 3000 Lm2 most preferably at least about 5000 Lm2.

Related passage: A preferred method of carrying out the present invention will be described hereinafter.The material resulting from this clarification diluted to a concentration lower than or equal to 1.5 mgml in thepresence of at least one amino acid preferably arginine at a concentration between 0.1 and 8 weightvolume and a temperature between 18 and 37C preferably in both cases and previously clarified through filters having a greater pore size is filtered through a nanofilter having a pore size smaller than 35 nm preferably about 20 nm with protein recovery greater than 80.The filter area required to carry out this nanofiltration is between 10 and 1000 cm2 per litre of solution to be filtered depending on the protein concentration of the solution and the pore size of the nanofilter used.The processing time is usually shorter than 12 hours.
Patent claim: The method as claimed in claim 9 or 10 wherein said purifying step comprises extracting said catalyst metal with acetone.

Related passage: When the metal particles have a rhodium content of less than 30 atomic the number of rhodium active sites may decrease.In addition in this case the rhodium active sites may be covered by gold present in an amount of 70 atomic or more in the metal particles.Therefore a sufficient NOx reducing performance may fail be achieved in the finally obtained exhaust gas purifying catalyst.On the other hand when the metal particles have a rhodium content of 100 atomic i.e.the metal particles contain no gold particles the oxidation suppressing effect of rhodium due to gold cannot be obtained resulting in a reduction in the NOx reducing performance of the exhaust gas purifying catalyst.According to the present invention it is possible to maintain the number of rhodium active sites and fully exert the oxidation suppressing effect of rhodium due to gold by controlling the rhodium content in the metal particles at 30 atomic or more and less than 100 atomic preferably 50 atomic or more and less than 100 atomic more preferably 70 atomic or more and 99 atomic or less and most preferably 95 atomic or more and 99 atomic or less.As a result it is possible to obtain an exhaust gas purifying catalyst having a more improved NOx reducing ability especially at a lowtemperature.
Patent claim: A method according to claim 9 whereby the absorbent material 100 is a particulate superabsorbent polymer material.

Related passage: The apparatus 1 may comprise one or more adhesive application units 5051 as described herein.Said adhesive application can be beneficial to immobilize said absorbent material to ensure said channels remain substantially permanent in use and or to help the supporting material adhere to a further material placed over said absorbent layer in said channels.The method may comprise the addition a step ii 1 applying an adhesive material i.e.a first adhesive material to said absorbent structure produced in step g and or i 2 applying an adhesive materiali.e.a second adhesive material to said supporting sheet 200prior or step f or simultaneously therewith but in any event prior to step h.Step i 1 may involve straying said first adhesive material in the form of fibers onto said absorbent layer or part thereof for example substantially continuously so it is also present in said channels.Step i 2 may involve slot coating or spraycoating the supporting sheet 200 either continuously or for example in a pattern corresponding to the channel pattern.
Patent claim: The control method according to claim 1 or 2 wherein the first rotation cycle S22 includes accelerating the drum 12 continuously or stepwise at least until the drum 12 reaches the first RPM.

Related passage: Referring to FIG.3 a dewatering cycle is carried out to dewater a laundry in a manner of rotating the drum at a plurality of different rotational speeds.The dewatering cycle includes a plurality of first periods for detecting both eccentricities and foams by rotating the drum at a low dewatering speed selected from a plurality of the different rotational speeds respectively a plurality of second periods lying between a plurality of the first periods to rotate the drum at normal dewatering speeds selected from a plurality of the different rotational speeds andsimultaneously to perform preliminary drying if the eccentricities and foams detected through the first periods are decided as normal respectively a third period lying behind the second periods to finally rotate the drum at a high dewatering speed selected from a plurality of the different rotational speeds and a fourth period lying next to the third period to perform a process of unraveling the laundry.
Patent claim: An electronic device comprising a main body a housing mounted on the main body and an antenna assembled in the housing and the housing is as claimed in claim 1 andthe metal strip assembly is corresponding to the antenna signals of the antenna passing through the metal strip assembly.

Related passage: Referring to FIGS.7A and 7B the metal housing body 5310 is processed e.g.by using an etching process or a cutting process to form elements 5311 and bridges 5312 connecting the elements 5311.The elements 5311 are mutually held by the bridges 5312.The elements 5311 are disposed on the outer surface of the metal housing body 5310 and the bridges 5312 are disposed on the inner surface of the metal housing body 5310.In some aspects the distance between any two of the elements 5311 may bethe same or it may vary.Additionally or alternatively in some aspects the elements 5311 may all have the same shape or they may have two or more different shapes.Additionally or alternatively in some aspects the elements 5311 may be disposed in such a way so as to form a regular pattern e.g.a lattice pattern as shown or they may be disposed in an irregular pattern.For example the elements 5311 may form a symmetric pattern with respect to any particular axis e.g.a longitudinal axis of the housing body 310.
Patent claim: Apparatus according to claim 4 the apparatus further comprising a fourth sensor at least part of the fourth sensor being either housed in the blister 14 or mounted on or integrated with an outer surface of the blister 14 wherein the fourth sensor is arranged to measure a fourth parameter a measured value for the fourth parameter is dependent on a speed of the aircraft 2 in a fourth direction the fourth direction is in a plane perpendicular to the roll axis of the aircraft 2 the fourth direction has a component that is parallel to a pitch axis of the aircraft 2 and the component of the fourth direction that is parallel to the pitch axis of the aircraft 2 points away from the tip of the wing 10.

Related passage: If desired the plate 14 can be curved to fit aircraft surfaces rather than being truly planar in order to permit mounting on various surfaces.The distance indicated by the double arrow 16 is such so that the housing 20 is preferably in the boundary layer of air that is on aircraft surfaces.The typical range of extension but not as a limit is between 0.5 and 2.5 centimeters.It is also recognized by the inventors that a variety of other flush shapes and configurations could be used to obtain flush air data angle of attack estimates.Keeping the protrusion of the housing low but enough to obtain reliable pressure signals that indicate angle of attack is important.
Patent claim: A method for authenticating a user comprising the following steps performed by a user computer receiving from a server computer a symbol arrangement generated on the server computer and human intelligible text associated with a series of a plurality of authentication instructions generated on the server computer the text representing the series of instructions wherein at least some of the instructions relate to performing actions on the symbol arrangement and wherein applying the series of instructions onthe symbol arrangement yields a nonambiguous instruction series result displaying the symbol arrangement and the human intelligible text representing a series of a plurality of authentication instructions receiving a user input and transmitting the result of the user input to the server computer.

Related passage: Typically in accordance with the present disclosure the challenge generation means is further adapted togenerate and transmit an authentication challenge of the form of a secondary matrix only in the event that the user selects at least one of the set of alphanumeric characters and the set of images derived out of dot matrix combinations for the purpose of registration wherein the secondary matrixincludes entries selected form the group of entries consisting of numerals alphabets and the set of images derived out of dot matrix combinations and instruct the user to select the entries of the secondary matrix in the same order as that in which at least one of the plurality of alphanumeric characters and the plurality of images were selected from the 5x7 matrix during the registration.
Patent claim: A carboncarbon composite material comprising internal pores filled with a low viscosity resin wherein the internal pores define a porosity of less than approximately 10 microns and wherein the low viscosity resin exhibits a viscosity less than approximately 1500 centipoise at room temperature.

Related passage: At this point the carbonized preform is subjected to Vacuum Pitch Infiltration employing a low cost isotropic coal tar pitch at a pressure of 100 psi.The pitchinfiltrated preform is then carbonized charred at a temperature of 810C and subsequently heattreated at a temperature of 1600C.The resulting strengthened heattreated disc is then subjected to Resin Transfer Molding with a synthetic naphthalene isotropic pitch AR pitch from Mitsubishi Gas Chemical Co.at a pressure of 900 to 1600 psi.At this point oxidative stabilization is carried out at a temperature of 175C to advance the pitch and prevent its exudation during carbonization.The stabilized RTMpitchinfiltrated disc is carbonized at a temperature of 810C and then heattreated at a temperature of 1600C.Finally the brake disc preform is subjected to a single cycle of CVDCVI densification followed by final machining and treatment with antioxidant solution to prepare the desired carboncarbon composite brake disc.
Patent claim: The method of claim 1 wherein the heuristic control loop is performed on a 24 hour interval.

Related passage: As described above once the control module 102 has analyzed the QoE measurement metrics and performed the logic on these metrics as described herein the control module 102 transmits the output to the traffic management module 104.The traffic management module 104 will perform a desired traffic management action based on the value received.The desired actions may be predetermined and may be mapped to specific values or value ranges the traffic management module may receive from the control module.The traffic management action may be predetermined by a network operator for example based on a policy andor may include one or a combination of actions designed to manage network congestion.
Patent claim: The coating system of claim 1 or claim 2 wherein the diffusion barrier layer has a thickness of about 0.5 mm to about 1.25 mm and the intermediate layer has a thickness of about 7.5 mm to about 15 mm.

Related passage: In step b the various layers of the multilayered component 20 starting with the inner TBC and ending with the outer structural layer are spray formed by VPS through successive deposits of such layers using plasma torch 14 emitting plasma jet 18 and various powders 19 while rotating the structure by rotating means 16 to successively deposit the multilayered component 20.The temperature and vacuum conditions as well as other spray parameters are adjusted as needed between deposition of the successive layers.
Patent claim: A simulated organ comprising a simulated blood vessel that simulates a blood vessel of a human body and a simulated parenchyma that simulates a parenchyma cell of the human body wherein the simulated blood vessel is embedded in the simulated parenchyma and wherein the simulated parenchyma has pressing pin breaking strength per unit area of 0.01 MPa to 0.07 MPa.

Related passage: The base material is allowed to have elasticity.Preferably the base material is lowelastic material having elastic modulus of 2.0 kPa to 100 kPa.More preferably the base material has sufficient elongation.Thus even if the membranous model is largely deformed a base material is not peeled off from the membranous model.It is preferable that when the base material is stretched while adhesiveness with respect to the membranous model is secured the base material shows 2 to 15 times elongation rate as the elongation rate of 1 when no load applied.Herein the elongation rate denotes a maximum deformation amount in which the base material can return to the original state.Furthermore it is preferable that the speed at which the base material returns to the original state when load is removed from the base material which was deformed while applying load is relatively gentle.For example loss factor tand at 1 Hz as a viscoelastic parameter can be 0.2 to 2.0.
Patent claim: A method of operating a wireless communication system comprising at least one mobile wireless communications device comprising a first display for displaying a primary resource having at least one hyperlink therein associated with a secondary resource and a first near field communication NFCtransceiver and a computing device comprising a second display and a second NFC transceiver the method comprising using the at least one mobile wireless communications device to store the at least one hyperlink based upon displaying of the primary resource on the first display and without displaying the secondary resource on the first display and to send the stored at least one hyperlink to the computing device using the first and second NFC transceivers and using the computing device to display the secondary resource associated with the at least one hyperlink on the second display.

Related passage: After the user of the second terminal 200 has selected contact information 1.TOM from the phonebook screen information 63c if the user of the second terminal 200 selects the first submenu 64c1 call connect from the submenus 64c1 64c2 64c3 and 64c4 the controller 270 of the second terminal 200 generates a signal for indicating that the contact information 1.TOM and the first submenu 64c1 call connect are selected and then transmits the generated signal to the first terminal 100 via the communication unit 210.
Patent claim: An ultrasonic flow meter arranged to measure a flow rate of a fluid the flow meter comprisinga flow tube 10 11 13 with a throughgoing flow passage for passage of a fluid between an inlet and an outlet and at least one throughgoing opening 14 arranged in a wall of the flow tube for providing an opening into the flow passagean ultrasonic flow meter unit 1 according to any of the preceding claims arranged in relation to the flow tube so that the first ultrasonic transducer is arranged in the throughgoing opening in the wall of the flow tube.

Related passage: In a preferred embodiment the first ultrasound transducer is arranged to emit ultrasonic signals in a direction substantially perpendicular to a direction of fluid in the measurement tube of the ultrasound flow meter.This can enable a compact flow meter particularly if the flow direction in the measuring tube is parallel with a plane defined by the circuit board.
Patent claim: Agricultural vehicle 1 according to any one the previous claims wherein the hydraulic cylinder is a doubleacting cylinder 7 8 and wherein a first side of the doubleacting cylinder is fluidconnected via the steerable valve 20 and wherein a second side of the doubleacting cylinder is fluidconnected via a further steerable valve 21 to one of the open oil reservoir 24 and the accumulator 25.

Related passage: If the vehicle is provided with a frontal device for lifting and transporting loads the value of the load that may have been placed on said frontal device and the position thereof can be detected via the eighth sensor S8 and the ninth sensor S9 in such a manner as to calculate the position of the centre of gravity of the system vehicleload.
Patent claim: The air vehicle navigation method according to claim 2 wherein computing the aircraft trajectory comprises a obtaining air vehicles initial conditions 622 b determining a first operation within the list of operations 632 wherein the first operation comprises first instructions in each and every of the threads and effects associated to these instructions c updating 642 an air vehicles state vector while the first operation is performed wherein the air vehicles state vector comprises flight related variables d assessing according to the air vehicles state vector which instructions in each thread are still valid 644 e determining next operations 646 within the list of operations wherein a next operation within the list of operations comprises all the instructions still valid at a given stage of the aircraft trajectory and the effects associated to these valid instructions and f ending trajectory computation 650 when at a given stage of the flight trajectory no instructions upon any of the threads are still valid.

Related passage: The Earth model 120 provides information relating to environmental conditions such as the state of the atmosphere weather conditions gravity and magnetic variation.
Patent claim: A yarn winding device 2 comprising a yarn supplying section 7 adapted to supply a yarn a yarn storage section 5 adapted to wind and store the yarn of the yarn supplying section 7 by rotating a rotary body at a predetermined winding speed in a winding direction a package forming section 8 adapted to pull out the yarn from the yarn storage section 5 and wind the pulled out yarn to form a package a yarn joining device 14 adapted to connect when the yarn is disconnected between the yarn supplying section 7 and the yarn storage section 5 a disconnected yarn from the yarn supplying section 7 and the yarn from the yarn storage section 5 a tension applying section 12 arranged between the yarn supplying section 7 and the yarn storage section 5 and adapted to make contact with the yarn supplied from the yarn supplying section 7 to apply tension to the yarn and a control section 25 adapted to control the rotation of the rotary body characterized in that the control section 25 performs an acceleration rate changing control of controlling the rotation of the rotary body so as to change an acceleration rate in the winding direction of the rotary body while accelerating the rotary body from a stopped state to the predetermined winding speed after completion of the yarn joining operation by the yarn joining device 14.

Related passage: Through the series of flow shown above the upper yarn guided to the splicer device 14 is spliced to the lower yarn guided by the lower yarn guide pipe 25.Since the yarn splicing operation is performed in parallel with the operation of winding the yarn 20 into the package 30 the yarn defect can be removed without the need to stop or reversely rotate the winding drum 24.When the yarn splicing operation is completed the servo motor 55 starts rotating forward to resume the supply of the yarn 20 to the accumulator 61.To recover the amount of yarn 20 consumed by the yarn splicing operation the speed at which the yarn 20 is supplied to the accumulation section 71 is controlled to be higher than the winding speed for the package 30.Once a predetermined amount of yarn 20 is accumulated the unit control section 50 returns the speed at which the yarn 20 is supplied to the accumulator 61 to the original value which is equal to the yarn winding speed for the package 30.