bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An electricity supply control system for connecting at least one of a load and a source to an electric grid said system comprising at least two electric meters each associated with a different supply regime having different parameters a switching unit configured to separately connect each electric meter of said at least two electric meters between the power grid and the loadsource and a control unit in operational connection with the switching unit and configured to control the switching unit in order to connect or disconnect each electric meter wherein the control unit comprises communication circuitry for communicating with a remote data repository in order to obtain realtime data relating to at least one of said parameters and wherein the control unit is configured to connect one of the at least two electric meters and disconnect the other electric meters based on said realtime data and at least one predefined condition.

Related passage: Smart meters enable utility providers to monitor the detailed consumption of an end user at any time through open communication networks.The consumption measurement sampling granularity can then be much finer than in legacy systems where the meters were manually controlled about once a year.It is also possible to support multiple tariffs from different providers andadapt them much more frequently in accordance with the finer measurement periods.
Patent claim: An impact rotary tool 1 comprising a driver 10 a spindle 11 rotated by the driver a primary hammer 20 rotatable about an axis of rotation of the spindle and movable in a direction of the axis of rotation a secondary hammer 21 accommodating the primary hammer and rotatable integrally with the primary hammer and an anvil 22 applied with rotary stroke force by the primary hammer wherein the impact rotary tool further comprises an engaging pin 26 that is engaged with the primary hammer and the secondary hammer integrally rotates the primary hammer and the secondary hammer and allows the primary hammer to move in the direction of the axis of rotation and an elastic member 27 that limits movement of the engaging pin.

Related passage: Moreover needle rollers serving as column members 74 fit into holes formed by the first grooves 43 and the second grooves 53 from the rear end side of thesecondary hammer 5 and a Cshaped retaining ring 75 which has the function to retain the column members 74 is mounted on the smalldiameter step part 51 of the outer circumference on the rear end side of the secondary hammer 5.
Patent claim: An exhaust gas purification catalyst having a substrate a first catalyst layer containing a catalytic metal for NOx reduction and an NOx storage material and formed on the substrate and a second catalyst layer containing a catalytic metal for NOx oxidation and formed on the first catalyst layer wherein the volume percentage of all pores in the second catalyst layer is 2.82 by volume to 8.30 by volume and wherein the value obtained by dividing the total volume of all large pores having a pore volume of 1000 m3 or more by the total volume of all medium pores of having a pore volume of 10 m3 to 1000 m3 is 2.44 or less in the second catalyst layer.

Related passage: Now an exhaust gas cleaning catalyst of the present invention will be described in more detail with reference to the drawing.Fig.1 is a partially sectional view showing the structure of an exhaust gas cleaning catalyst of the present invention.The exhaust gas cleaning catalyst 1 is comprised of a carrier substrate 2 a catalyst carrying layer 3 formed on the carrier substrate and a noble metal catalyst carried by the catalyst carrying layer.The catalyst carrying layer 3 includes at least two layers i.e.a lower layer 4 and an upper layer 5 and may include one or more additional layers not shown between the lower layer 4 and the upper layer 5.
Patent claim: The system of any of claims 8 to 12 wherein the control computer 306 includes at least one of a memory 404 or a nontransitory computerreadable medium 410 and wherein the passive clearance model and the clearance target are stored in the at least one of a memory 404 or a nontransitory computerreadable medium 410.

Related passage: The method of the present invention is described with respect to Figure 9.In a first step 90 at least one engine parameter is measured by the sensor 76.As discussed above the engine parameter may be a shaft speed a pressure in the engine 10 or any other engine parameter from which engine power demand 80 can be determined.The engine power demand 80 for that parameter value or those parameter values is determined in step 92.
Patent claim: An intraocular lens insertion apparatus which inserts a deformable intraocular lens into an eyeball from an incision opening formed in an eyeball tissue the intraocular lens insertion apparatus comprising an apparatus body 10 which is formed in a substantially tubular shape and includes an insertion tube formed in a leading end thereof so as to be inserted into the incision opening an accommodation portion 12 which is formed integrally with or separately from the apparatus body 10 and accommodates the intraocular lens therein so as to dispose the intraocular lens inside the apparatus body and has a stage cover portion 13 which is able to be opened and closed and a plunger 30 which presses the intraocular lens accommodated in the accommodation portion 12 by a leading end thereof so as to discharge the intraocular lens from the insertion tube into the eyeball wherein a bottom surface of the accommodation portion 12 is provided with two banklike rails 10f which are provided in parallel in the pressing direction of the plunger and the surface of the stage cover portion 13 facing the bottom surface when the stage cover portion 13 is closed is provided with two guide protrusions 13c so as to overlap with the two rails 10f at least partlyin the pressing direction wherein the plunger 30 is supported by use of the two rails 10f and the two guide protrusions 13c inside the apparatus body 10.

Related passage: A stage 24 is provided as a resting portion at the front of the main tubular section 18 in the tool body 12.FIG.7 depicts the stage 24.In the stage 24 there is formed a recessed slot 28 of width dimension slightly larger than the diameter dimension of the main body 26 of the intraocular lens 14 and extending in the axial direction.The recessed slot 28 has lengthwise dimension in the axial direction that is somewhat larger than the maximum width dimension dimension in the leftright direction in FIG.1 of the intraocular lens 14 inclusive of haptics 30 30 that extend to either side thereof.
Patent claim: The method according to claim 1 wherein the display is a touch display the step of detecting the first input comprises detecting a touch on a virtual key or a virtual icon displayed on the touch display or detecting a press on a physical key and the step of detecting the third input comprises detecting another touch on the virtual key or the virtual icon or detecting another press on the physical key.

Related passage: According to an embodiment the processor 120 may select one of the contents 531 532 and 533 and then process the corresponding content according to a user input for selecting one of the icons 571573.According to another embodiment the user may select one of the contents 531533 and request processing the corresponding content to the electronic device 101 by dragging the selected content to one of the icons 571573.According to another embodiment the user may select one of the contents 531533 and then make a request for deleting the content to the electronic device 101 by dragging the corresponding content to the left or right side.
Patent claim: The access point of claim 7 wherein the controller is further configured to generate a BSR trigger action frame based on a second element including information representing a position of the dedicated subslot for each slot related to the BSR phase and the transmitter is further configured to broadcast the generated BSR trigger action frame to the stations.

Related passage: In the following the scenario above is extended to a situation where there are two active VoIP bearers configured at the UE.It is assumed that a first VoIP bearer is already active and semipersistently scheduled resources are configured for its datasee Fig.9.Every time new data from the first VoIP bearer arrives in the UE a buffer status report and a scheduling request is triggered as described above.Once the eNode B receives the buffer status report it cannot know from which of the two configured VoIP bearers the data reported on in the buffer status report stems from.Hence the eNode B needs to give a dynamic grant to the UE in order to assure a speedy and correct data delivery.
Patent claim: A gas turbine engine 20100 comprising a compressor 24 130 having a first compressor section 44 132 and a second compressor section 52 134 a combustor 56 fluidly connected to the compressor 24130 a turbine 28 fluidly connected to the combustor 56 the turbine 28 having a first turbine section 46 142 and a second turbine section 54 a first shaft 40120210 connecting the first compressor section 44 132 and the first turbine section 46 142 a second shaft 50122 connecting the second compressor section 52134 and the second turbine section 54 and a fan 42102 connected to said first shaft 40120210 via a geared architecture 48160 said first shaft 40120210 including at least one magnetic section 220 and an electromagnet 202 disposed radially outward of said first shaft 40120210 at an axial location of the at least one magnetic section 220 relative to an axis A defined by the gas turbine engine 20100.

Related passage: As shown in Figure 1 the electric machines 3032 are connected to a controller 40 which uses the electric power generated by the windmilling to apply a braking torque to either one or both of the spools 20 24 thereby inhibiting windmilling as described further below.
Patent claim: The method of claim 9 further comprising generating by the controller 110 a signal based on the dragging brake being present.

Related passage: Step 510 comprises comparing the deviation from the slip ratio average to a predetermined threshold value.In this regard if the deviation from the slip ratio average exceeds the threshold value it may be determined that a dragging brake is present.In response to the determination a dragging brake signal may be send to another aircraft component.A pilot or other crew member may then use the dragging brake signal to delay landing gear retraction to allow the dragging brake additional time to cool.In various embodiments a value is set to true or false in response to the determination of a dragging brake.
Patent claim: The component as in any of claims 1 to 14 wherein the component is one of a vane 24 a blade 14 a blade outer air seal 16 and a combustor panel 20.

Related passage: In the particular embodiment of FIG.2A collar 31 is formed on the exterior of insert 10 at the upstream end or first end of insert wall 11 and extends beyond the crosssectional area of cooling passage 26B.In other embodiments collar 31 is formed within the crosssectional area of cooling passage 26B and is located anywhere between the first and second ends of insert 10.In further embodiments a number of collars 31 or other spacing and attachment means are provided at various locations along insert wall 11.
Patent claim: The propulsion system 100 of any of claims 4 to 10 wherein the electric propulsion engine is configured as a boundary layer ingestion fan 300 configured to be mounted at the aft end of the aircraft 10 and along a mean line 15 of the aircraft 10.

Related passage: FIG.5 provides a schematic view of the gaselectric propulsion system 100 or system 100 according to various embodiments of the present invention.In various embodiments as shown in FIG.5 system 100 further includes an electric generator 108 coupled to one or both of the jet engines 102 104 and to the BLI fan 106.In one embodiment the electric generator 108 is a low pressure LP electric generator configured to convert rotational energy from the LP shafts or spools 226 of one or both jet engines of the pair of jet engines 102 104.In one embodiment the electric generator 108 is a high pressure HP electric generator that is configured to convert rotational energy from the HP shafts or spools 224 of one or both jet engines of the pair of jet engines 102 104.The electric generator 108 may be a DC generator or an AC generator.The electric generator 108 may provide electric energy to the BLI fan 106 during various flight conditions.For example the electric generator 108 may provide electrical energy to the BLI fan 106 during taxi take off cruise decent andor landing of the aircraft.
Patent claim: The ball screw according to claim 1 whereineach of the first and second connection portions is curved so that its centerline forms a curve a center of the curve of the centerline of the first connection portion is present in a region that is located closer to a position where the first deflector deflects the balls than an axis of the linear portion of the return passage member is in a direction perpendicular to the axis of the linear portion and that is located closer to a middle in an axial direction of the linear portion than the first deflector is in the axial direction of the linear portion and a center of the curve of the centerline of the second connection portion is present in a region that is located closer to a position where the second deflector returns the balls than the axis of the linear portion of the return passage member is in the direction perpendicular to the axis of the linear portion and that is located closer to the middle in the axial direction of the linear portion than the second deflector is in the axial direction of the linear portion.

Related passage: As shown in FIGs.5 and 6 the circulation member 15 has paired fitted portions 19 and 20 that are fitted in the fitting holes 16 and 17 and a connecting portion 21 that provides communication between the fitted portions 19 and 20.
Patent claim: A turbine assembly for a gas turbine engine the turbine assembly comprising a casing 18 having an inner surface 19 and extending circumferentially about an axial centerline 12 the casing 18 defining a radially outer boundary of the turbine assembly a disk 80 positioned coaxially within the casing 18 the disk 80 having a rim 82 the rim 82 of the disk 80 defining a perimeter of the disk 80 a row of circumferentially adjacent turbine stator vanes 72 extending radially inward from the inner surface 19 of the casing 18 a row 84 of circumferentially adjacent turbine rotor blades 74 extending radially outward from the perimeter of the disk 80 the row of blades 74 positioned adjacent the row of vanes 72 wherein each blade 74 in the row of blades includes an airfoil 86 each airfoil 86 having opposite pressure 88 and suction sides 90 extending radially along a blade span sb from a blade root 92 to a blade tip 94 the blade span sb including a plurality of blade span locations SL each blade span location SL corresponding to a fraction of the blade span sb wherein each airfoil 86 defines a chord c at each blade span location SL the chords c extending axially between opposite leading 96 and trailing edges 98 of the airfoil 86 and wherein the chords c in a midspan region smid of each blade 74 are shorter than the chords c in a span region s1 adjacent the blade root 92 and a span region s2 adjacent the blade tip 94.

Related passage: It is an object of the invention to provide a gas turbine engine rotor blade comprising an airfoil extending in radial direction from a blade root to a blade tip defining a span ranging from 0 at the blade root to 100 at the blade tip and extending in axial direction from a leading edge to a trailing edge which limit a chord with an axial chord length defined by an axial length of a straight line connecting the leading edge and trailing edge of the airfoil depending on the span which provides an enhanced vibration behavior such that resonance excitation does not occur at the rotating blades of the first and following stages.
Patent claim: A method according to any of the preceding claims wherein the determining an estimate of a figure of merit of the wireless network comprises generate an estimated probability of radio transmission error during the time window according to the estimated distribution of the probabilities of radio transmission error during the time window and execute a resource allocation algorithm used to allocate resources in the wireless network on the generated estimated probability of radio transmission error during the time window.

Related passage: The server 100 is in charge of performing time and frequency resources allocations within the wireless communications network.To achieve this the server100 communicates with the APs 110 111 so as to receive and process allocation requests.In a variant the allocations of time and frequency resources are not performed by a server to which the APs are connected but by the APs themselves.
Patent claim: The adapter assembly of any preceding claim wherein each of the first second and third drive assemblies includes a housing plate for supporting the respective first second and third drive screws.

Related passage: With reference to FIGS.2932 trocar assembly 270 of extension assembly 200 includes an outer housing 272 a trocar member 274 slidably disposed within tubular outer housing 272 and a drive screw 276 operably received within trocar member 274 for axially moving trocar member 274 relative to tubular housing 272.In particular trocar member 274 includes a proximal end 274a having an inner threaded portion 273 which engages a threaded distal portion 276b of drive screw 276.As drive screw 276 is rotated within trocar member 274 engagement of inner threaded portion 273 of trocar member 274 with threaded distal portion 276b of drive screw 276 causes longitudinal movement of trocar member 274 within outerhousing 272 of trocar assembly 270.Rotation of drive screw 276 in a first direction causes longitudinal advancement of trocar member 274 and rotation of drive screw 276 in a second direction causes longitudinal retraction of trocar member 274.A distal end 274b of trocar member 274 is configured to selectively engage anvil assembly 50 FIG.34.
Patent claim: Part 100 400 500 of a shoe according to any one of the preceding claims 110 wherein the part is a onepiece upper 100 400 500.

Related passage: On first face 12 shallow housings 14 are then executed having a predetermined shape as a function of the final shape of the injections 15 by milling leather 11 by means of a tool 27 fig.5.In figure 9 are shown from the above the substantially elliptical shape of milling 14 whereas in figure 5 its thickness is shown.
Patent claim: The composition of claim 1 wherein the one or more 2imidazolidinethione compounds have the following formulawherein R1 and R2 are independently chosen from hydrogen linear or branched CiC12alkyl linear or branched hydroxyC1C12alkyl linear or branched C1C12alkoxy linear or branched C3C12allyl amino primary secondary or tertiary aminoC1C12alkyl acetyl and substituted or unsubstituted arylC1C12alkyl R3 R4 R5 and R6 are independently chosen from hydrogen linear or branched C1C12alkyl hydroxyl linear or branched hydroxyC1C12alkyl primary secondary or tertiary amino aryl linear or branched C1C12alkoxy primary secondary or tertiary aminoC1C12alkyl and acetyl substituent groups on the aryl include but are not limited to linear or branched C1C5alkyl hydroxyl hydroxyC1C5alkyl C1C3alkoxy and primary secondary and tertiary aminoC1C5alkyl.

Related passage: The present invention is directed to metal plating compositions and methods.More specifically the present invention is directed to metal plating compositions and methods which provide improved leveling and throwing power.
Patent claim: The coated glass article of any of claims 1 to 8 wherein the coated glass article is a coated glass vial.

Related passage: Various embodiments of the lowfriction coatings glass articles with lowfriction coatings and methods for forming the same will be described in further detail herein withspecific reference to the appended drawings.While embodiments of the lowfriction coatings described herein are applied to the outer surface of a glass container it should be understood that the lowfriction coatings described may be used as a coating on a wide variety of materials including nonglass materials and on substrates other than containers including without limitation glass display panels and the like.
Patent claim: The hedge trimmer as claimed in claim 1 further comprising a damping member wherein the damping member is disposed between a first rotation connection part of the first housing and a second rotation connection part of the second housing.

Related passage: As shown in FIGS.1 and 2 in the hedge trimmer 10 the direction of the blade assembly 100 can be changed by rotating the first unit 20 with respect to the second unit 40.Therefore when trimming the upper surface of the hedge for example the direction of the blade assembly 100 is adjusted to the one shown in FIG.1.When trimming the side surface of the hedge the direction of the blade assembly 100 is adjusted to the one shown in FIG.2.As is clear from a comparison between FIG.1 and FIG.2 the direction of the blade assembly 100 can be adjusted to be horizontal FIG.1 or vertical FIG.2 without practically changing the direction of the second unit 40.The second unit 40 is provided with the relatively heavy battery pack 80.Because the position of the battery pack 80 does not change even when the direction of the blade assembly 100 is changed the user can handle the hedge trimmer 10 comfortably without feeling the weight of the battery pack 80 much.
Patent claim: A program for a vehicle running test system the program being used for a vehicle running test system comprising a vehicle speed pattern display apparatus adapted to display a prescribed speed pattern and current vehicle speed on a graph with one axis as vehicle speed and the other axis as time or running distance andwhile a vehicle is being driven separately from the vehicle speed displaying information based on a driving index indicating a driving state of the vehicle on the vehicle speed pattern display apparatus simultaneously with the graph.

Related passage: When the following expression 1 is satisfied by comparing the actual acceleration An at a certain sampling timing tn the first time n is an integer number more than or equal to 1 with the actual acceleration An1 at a next sampling timing tn1 the second time the warning is issued.AnAstdnltAn1Astdn1 where Astdn is the standard acceleration at the timing tn.
Patent claim: The method of decontaminating the isolator system according to claim 7 further including the steps of decontaminating the insides of the main isolator and the subisolator closing the first openingclosing member and the second openingclosing member subsequently releasing blockage by the first blocking member and the second blocking member connecting the first opening connector and the second opening connector to each other bringing the inside of the main isolator and the inside of the subisolator into a state of allowing communication each other with inflow of an external atmosphere being blocked andin this state supplying the decontamination medium to decontaminate a spot of being exposed to an external atmosphere when the blockage by the first blocking member and the second blocking member is released and opening the first openingclosing member and the second opening and closing member to cause the insides of the main isolator and the subisolator to communicate with each other.

Related passage: Next the incubator 3 can accommodate two or more incubation containers and may be equipped with means not illustrated for adjusting the temperature and the humidity which maintains the inside of the incubator 3 at a necessary temperature and necessary humidity and enables incubating of cells in the optimal environment.