bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A fan assembly 10 for air treatment systems for vehicles comprising a support case 11 having a seat 14 in which an electric motor 32 bearing a fan 38 is housed characterized in that said support case 11 comprises a support base 12 and a cover 13 secured to said support base and provided with an opening 13a through which a shaft 34 of the electric motor protrudes wherein opposite ends of said electric motor bear against the bottom 20 of said seat within the support base 12 and against the cover 13 respectively through first and second elastic insulation means 52 54 arranged on the bottom 20 of said seat and on the cover 13 respectively which are adapted to bias axially said electric motor and to cause the electric motor to be radially centered with respect to the seat 14.

Related passage: Referring now to FIGS.56 in conjunction with FIGS.13 end cap 16 will be discussed in detail.End cap 16 defines central hub portion 44 and a stepped region 46 extending outwardly from the central hub portion.Central hub portion 44 is similar to structure and function to the central hub portion 30 of the front end of housing 12 i.e.it facilitates mounting of rear bearing assembly 22.End cap 16 further defines peripheral lip portion 48 which extends circumferentially about the end cap 16.Peripheral lip portion 48 is advantageously dimensioned to minimize surface vibration of end cap 16 as will be discussed below.Peripheral lip portion 48 includes a cutout portion 50 FIGS.6 and 7 which corresponds to second cutout portion 40 of housing 12 to accommodate electrical connector 44.
Patent claim: The control system 26 of any of claims 9 to 12 wherein the acoustic receptor is disposed in or near a community.

Related passage: Each acoustic receptor 302 in the exemplary embodiment includes an acoustic sensor 304 and a communication device 306 that includes a wireless transmitter andor a wireless receiver neither shown.Acoustic sensors 304 measure an amount of acoustic emissions i.e.an amplitude of sound waves received by acoustic receptor 302.Such acoustic emissions may be generated by wind turbines 100 andor by any other source positioned within a detection zone 308 of acoustic sensors 304.Moreover in the exemplary embodiment each acoustic receptor 302 filters out acoustic emissions received from sources other than wind turbines 100 such that only acoustic emissions generated by wind turbines 100 are stored andor processed by acoustic receptor 302.
Patent claim: The method of claim 1 wherein the longrange network 104 includes a packet based network.

Related passage: The service communications device 411 may comprise components similar to the user communications device A Bluetooth transceiver 416 a processing unit 414 including a RAM 414a a memory 415 with a ROM section 415a and an EPROMEEPROM section 415b.The service communications device 411 further comprises an interface unit 617 for connecting the service communications device to a communications network 419 such as a LAN a WAN the Internet or another suitable communications network.
Patent claim: An induction heat cooking apparatus comprising a rectifier 110 210 31 configured to rectify an input voltage and to output a DC voltage a plurality of switching devices 121...125 221...224 321...323 configured to switch the DC voltage output through the rectifier a plurality of heating coils 141...144241...243 341 342 configured to heat a cooking container according to control of the plurality of switching devices and a controller 180 280 380 configured to control the plurality switching devices to simultaneously drive at least two or more heating coils among the plurality of heating coils connected in parallel with each other wherein at least one or more switching devices among the plurality of switching devices are disposed between the at least two or more heating coils.

Related passage: Referring to Table 5 the switching controller 270 controls the first second and third switches S1 S2 and S3 in response to the third switching signal such that not only the first heating coil 230 and the first resonant capacitors Cr11 and Cr12 but also the second heating coil 240 and the second resonant capacitors Cr21 and Cr22 are driven.
Patent claim: The spraydried powder according to any preceding claims wherein the first particle the second particle or both particles comprise a polymer independently selected from the group consisting of I polycarboxylate homopolymers preferably polyacrylate homopolymers II polycarboxylate copolymers preferably acrylic acidmaleic acid copolymers III copolymers comprising i from 50 to less than 98 wt structural units derived from one or more monomers comprising carboxyl groups ii from 1 to less than 49 wt structural units derived from one or more monomers comprising sulfonate moieties and iii from 1 to 49 wt structural units derived from one or more types of monomers selected from ether bondcontaining monomers represented by formulas I and IIwherein in formula I R0 represents a hydrogen atom or CH3 group R represents a CH2 group CH2CH2 group or single bond X represents a number 05 provided X represents a number 15 when R is a single bond and R1 is a hydrogen atom or C1 to C20 organic groupin formula II R0 represents a hydrogen atom or CH3 group R represents a CH2 group CH2CH2 group or single bond X represents a number 05 and R1 is a hydrogen atom or C1 to C20 organic group IV any combination thereof.

Related passage: The detergent composition can be in any form for example the detergent composition can be in the form of a liquid.Alternatively and preferably the detergent composition is in the form of a solid such as in form of freeflowing particles or in the form of a tablet.Preferably the detergent composition is in the form of freeflowing particles such as agglomerates extrudates spraydried particles noodles needles flakes and combinations thereof.It may be preferred that the composition is not in tablet form.It may be preferred for the composition to be a granular laundry detergent composition.The detergent composition in freeflowing particulate form typically has a bulk density of from 450gl to 1000gl preferred low bulk density detergent compositions have a bulk density of from 550gl to 650gl and preferred high bulk density detergent compositions have a bulk density of from 750gl to 900gl.During the laundering process the composition is typically contacted with water to give a wash liquor having a pH of from above 7 to 11 preferably from 8 to 10.5.
Patent claim: The battery pack as claimed in claim 10 further comprising an end plate forming a closed end portion between the pair of side plates thereby defining a case frame wherein the pair of side plates and the end plate may be integral with one another andor further comprising a closing plate coupled to the side plate at the open ended portion of the case frame to enclose the battery assembly.

Related passage: The battery array includes a plurality of battery cells 10 arranged to extend in a first direction Xdirection on FIG.1.Each of the battery cells 10 has first and second electrode terminals 11 and 12 and is provided with a vent part 13 through which gas in the battery cell 10 can be exhausted in a specific situation.A barrier 115 may be located between adjacent battery cells 10.Spacers 115a are provided on the barrier 115 to space the adjacent battery cells 10 from each other and to provide a flow path of a coolant for cooling the battery cells 10 by forming a space between the battery cells 10.Meanwhile terminals of one battery cell 10 and another battery cell 10 adjacent thereto are connected to each other.The battery array 100 is formed in the shape of a rectangular parallelepiped.Hereinafter for convenience of illustration it is assumed that the XY plane on which the terminals of the battery cells are arranged is a 11th plane the plane opposite to the 11th plane is a 12th plane planes parallel with the ZX plane formed up to the 12th plane along both sides of the 11th plane based on an Xaxis direction are 21th and 22th planes and the planes parallel with the YZ plane formed up to the 12th plane from both ends of the 11th plane based on the Xaxis direction are 31th and 32th planes.
Patent claim: A rechargeable battery 100 comprising an electrode assembly 10 a case 20 housing the electrode assembly 10 and an electrode connection assembly 30 40 electrically coupled to the electrode assembly 10 the electrode connection assembly 30 40 comprising a terminal 31 41 a current collector 34 44 electrically coupled to the electrode assembly 10 an insulating member 33 43 60 between the terminal 3141 and the current collector 3444 wherein a portion of the insulating member 3343 is spaced from the terminal 3141 and the current collector 3444 and a connection member 3570 electrically coupling the terminal 31 and the current collector 34 the connection member 35 comprising a fuse part 35d wherein the portion of the insulating member 33 is configured to overlap with the connection member 35.

Related passage: The thermal fuse 10 disposed on the lower surface of the cap plate 121 can function as a terminal plate.Thus the thermal fuse 10 disposed in the can 111 may be adjacent to the electrode assembly 112 and electrically connected to the negative lead 117 thus sensing excessive temperature increase in the secondary battery and interrupting a current.
Patent claim: Method according to claim 1 further comprising placing the separator into the mould volume in order to form the first compartment and the second compartment wherein the mould volume has in particular a cuboid shape whd.

Related passage: The present invention provides composite powder metal rotor components for rotor assemblies in circumferential type interior permanent magnet machines.Permanent magnet machines incorporating the composite powder metal components exhibit high power density and efficiency and high speed rotating capability.To this end and in accordance with the present invention a plurality of powder metal disks or laminations are fabricated to comprise an inner annular magnetically conducting segment and an outer annular permanent magnet segment or ring.
Patent claim: The method according to any of claims 10 to 11 further comprising forming the support frame to a thickness of less than 2mm.

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 audio system of claim 13 said plurality of sources 2 3 being a plurality of microphones said hub device 4 and said plurality of sources 2 3 being configured to wirelessly transmit data between said hub device 4 and said plurality of sources 2 3.

Related passage: With the static ports of the conventionallyknown music processing apparatus however it is not possible to at the time of external connection of a music equipment identify what type of equipment has been connected to any one of the ports and acquire the name of the connected music equipment.Further with the dynamic ports of the conventionallyknown music processing apparatus information related to the name and type of the connected music equipment connection ports therefor of the music processing apparatus etc.are retained only in control processing pertaining to the music IO section and can not be used in other processing of the music processing apparatus although generation of each port necessary for the connection and connection between the ports are automatically carried out.Thus if the added music equipment is to be used as a music instrument plugin or effector plugin the name of the connected music equipment information about the port the music equipment has been connected to information about remote control software of the music equipment etc.must be manually set which would involve cumbersome and complicated setting operation.Furthermore even when any externallyconnected music equipment has been disconnected from the music processing apparatus by erroneous operation or by accident a display screen displaying the name of the musicequipment is left unchanged so that it is difficult for the user to become aware of the disconnection of the music equipment.Furthermore when the music equipment has been reconnected to the music processing apparatus by the user after becoming aware of the disconnection the user has to manually set necessary data again because the data previously set in the music equipment have been deleted.
Patent claim: A server to provide operation information defining at least one operation performed by sharing functions between a plurality of devices on a network the server comprising a determining unit to determine whether at least one operation defined by combining functions of at least two of the plurality of devices is included in an operation definition filea retrieving unit to retrieve operation information corresponding to at least one operation from the operation definition file according to a result of the determining and a network interface to transmit the retrieved operation information.

Related passage: Next when the device cooperation device information of the electronic device 20b is acquired the device cooperation control point section 23 of the service control device 20a requests from the directory service server 60 information relating to the device cooperation service which can be executed when the device type of the service control device 20a and the device type of the electronic device 20b are used in combination with each other and the directory service server 60 sends to the service control device 20a the information relating to all the relevant device cooperation servicessequence s110.The process of making the request from the directory service server 60 may be collectively performed by another electronic device 20 always working instead of the service control device 20a having directly received the instruction and the like from the user.
Patent claim: The secondary battery of any of the preceding claims wherein the first terminal plate 111 and the cap plate 100 are electrically connected to each other through the third surface 1123 of the current limiting plate 112.

Related passage: As shown in FIG.7A the variable plates 12 may have a conductive member 50 provided between a plurality of the variable plates 12 e.g.one or moreof the variable plates 13 14 and 15 may have the conductive member 50 provided thereon.The conductive member 50 may be formed of for example at least one material selected from the group consisting of aluminum Al indium In silver Ag and copper Cu.
Patent claim: Seamless quenched and tempered steel pipe according to any one of claims 1 to 9 wherein the chemical composition consists of 0.0500.090 wt C 0.901.30 wt Mn 0.100.35 wt Si 0.100.25 wt Cr 0.080.30 wt Ni 0.080.15 wt Mo 0.0000.045 wt V 0.0200.040 wt Al 0.00080.0030 wt Ca 0.0000.035 wt Nb 0.0000.015 wt Ti 0.00300.0070 wt N 0.000.20 wt Cu 0.0000.002 wt S 0.0000.015 wt P 0.00000.0001 wt B 0.0000.010 wt Zr 0.0000.010 wt Ta the remaining being iron and satisfies the following additional conditions CEIIWCMn6CrMoV5 CuNi15 in the range 0.26 to 0.37 CEPCMCSi30Mn20Cr20Cu20Ni60Mo15V10 5xB in the range of 0.14 to 0.18P160xCCr5xe35xMoWT50xVNb in the range of 10 to 14.5 P29xC1.2xMnCr0.7xMo2xV2.0.

Related passage: During the casting stage aluminum is added in order to reoxidize the steel and also an estimated amount of ferroalloys are added until it reaches 80 of the end composition.Next desulfurization takes place the casting is adjusted in composition as well as temperature and the steel is sent to the vacuum degassing station where reduction of gases H N O and S takes place and finally the treatment ends with the addition of CaSi to make inclusions float.
Patent claim: The electrical signal computing module capable of accommodating printed circuit board of claim 1 wherein the rear right side board 123 further has a plurality of first printed circuit board supporters 1232 formed at interior of the rear right side flow holes 1231 respectively.

Related passage: FIG.16 shows a component layout in the CTL substrate 120 the main body 101 of its periphery and the ventilation hole 105.The CTL substrate 120 has a roughly flatplate shape by a substrate 113.A connector BB connection connector 111 for the connection to the backboard 20 is provided on one side of the CTL substrate 120.On the substrate 113 of the CTL substrate 120 for example main parts such as ICs are installed in accordance with the layout as illustrated.These parts generate a relatively large amount of heat by the operation thereof and are the components in which particular consideration must be given to the cooling performance.These cooling objects include for example a CPU 121 a SAS expander EXP 122 a bridge 123 a DCTL 124 a SAS interface controller SASCTL 125 consideration is given by including the heat sink 112 installed on the IC and the like.The CPU 121 corresponds to the CPU 11.The bridge 123 corresponds to the bridge 12.The DCTL 124 corresponds to the DCTL 15.The EXP 122 and SASCTL 125 correspond to the SW 18.In the present embodiment in about half the area on the side close to the connector 111 of the substrate 113 the block 150 is disposed in the area 114 above the cooling object components including the CPU 121 to DCTL 124 including the heat sink.
Patent claim: The method according to claim 1 characterized by including partitioning the mirrordisplay device into first and second simultaneouslydisplayable frames the first frame being operable in the display mode and the second frame being operable in the mirror mode.

Related passage: The operation of a system according to the present invention will be described hereafter in connection with Fig.2 which illustrates by way of a flowchart an exemplary implementation of the invention.
Patent claim: A turbine blade damper system comprising a platform having a leading end a trailing end a first circumferential side a second circumferential side a radiallyoutward side and a radiallyinward side the radiallyinward side defining a pocket extending circumferentially inwardly from the first circumferential side the pocket having a ceiling portion a first wall portion extending radially inward from the ceiling portion proximate the leading end a second wall portion extending radially inward from the ceiling portion proximate the trailing end a first floor portion extending from the first wall portion toward the second wall portion and a second floor portion extending from the second wall portion toward the first wall portion the ceiling portion defining a pocket beveled surface extending circumferentially inwardly from the first circumferential side and the second circumferential side defining a platform sealing surface and a damper having a leading end a trailing end a first circumferential side a second circumferential side a body portion a radiallyoutward side a first leg portion extending radially inwardly from the leading end of the body portion a second leg portion extending radially inwardly from the trailing end of the body portion the first circumferential side defining a damper sealing surface the radiallyoutward side defining a damper beveled surface the damper beveled surface slidingly engaged with the pocket beveled surface and the damper movable with respect to the platform between a first position wherein at least a portion of the damper is recessed within the pocket and a second position wherein a lesser portion of the damper is recessed with the pocket and the damper sealing surface is engaged with a platform sealing surface of an adjacent platform.

Related passage: The airfoil 110 includes a convex side 150 and a concave side 155.Likewise the airfoil platform 120 includes a leading edge 160 and a trailing edge 165 extending between the convex side 150 and the concave side 155.A pair of generally axially spaced support ledges 170 may be positioned along the convex side 155 of the bucket 105.Likewise an undercut 180 may be positioned within the bucket platform 120 from the leading edge 160 to the trailing edge 165 along the concave side 150 on the other end.The undercut 180 includes an angled surface 190 that may extend the full axial length of the bucket 105.
Patent claim: The electrosurgical system according to any one of the preceding claims wherein the voltage sensor comprises a capacitive divider comprising first and second capacitors capacively coupled to at least one active lead and at least one return lead and a resistor divider comprising first and second resistors coupled to the capacitive divider.

Related passage: Fig.1 is a schematic illustration of a bipolar and monopolar electrosurgical system 1 according to one embodiment of the present disclosure.The system 1 includes one or more monopolar electrosurgical instruments 2 having one or more electrodes 3 e.g.electrosurgical cutting probe ablation electrodes etc.for treating tissue of a patient.Electrosurgical RF energy is supplied to the instrument 2 by a generator 20.The instrument 2 includes an active electrode 3 that is connected via a supply line 4 to an active terminal 30 of the generator 20 allowing the instrument 2 to coagulate ablate andor otherwise treat tissue.The energy isreturned to the generator 20 through a return electrode 6 via a return line 8 at a return terminal 32 of the generator 20.The system 1 may include a plurality of return electrodes 6 that are arranged to minimize the chances of tissue damage by maximizing the overall contact area with the patient.In addition the generator 20 and the return electrode 6 may be configured for monitoring socalled tissuetopatient contact to insure that sufficient contact exists therebetween to further minimize chances of tissue damage.
Patent claim: The subsea unit 1 as claimed in any of claims 310 comprising a plurality of electronic devices 9 a plurality of electrical insulators 11 a plurality of tension members 13 and a plurality of pressure distributors 15 wherein each electronic device 9 is associated with a respective electrical insulator 11 tension member 13 and pressure distributor 15.

Related passage: Enclosure 11 is a pressure compensated enclosure i.e.an enclosure that equalizes its inner pressure with the pressure of the medium surrounding the enclosure e.g.with the surrounding water pressure.This can be achieved by completely filling the free volume inside the enclosure with a dielectric liquid 13 and providing one or more pressure compensators not shown which transmit the outside pressure to the inside of the enclosure.For pressure transmission the compensator can comprise a flexible element such as a bellow a membrane a bladder or the like.Outside and inside pressure are thus approximately equal.Arrangements for slightly increasing the inside pressure can be provided.Such arrangements may comprise a spring or a weight which apply a force to the flexible member for creating an overpressure inside the enclosure.This prevents the entering of water.As the pressure differences are relatively small the enclosure 11 can be provided with relatively thin walls compared to a pressure resistant enclosure.