bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The honeycomb structure according to claim 1 or 2 wherein in the cells arranged on the first line segment a shape of the respective five or less cells each arranged on the first line segment toward each of thecentral region and the circumferential region from the boundary between the central region and the circumferential region is a shape obtained by contracting a shape of the cells formed in the central region excluding the respective five or less cells in at least the extending direction of the first line segment.

Related passage: In the periphery side area B it is preferablethat the opening ratio be 3565.If the opening ration in the periphery side area B is less than 35the zeolite inside the partition wall may not effectively used for conversion of NOx or the pressure loss may be large and if it is more than 65the strength of the honeycomb unit 11 may be insufficient.
Patent claim: A mobile terminal comprising a touch screen151 a wireless communication unit110 and a controller180 configured to cause the wireless communication unit110 to receive information from an external device cause the touch screen151 to display one of a plurality of home screen pages and generate a widget page in response to the received information the widget page being a home screen page that is newly generated in addition to the plurality of home screen pages.

Related passage: Further as illustrated in FIG.3Aa an identification information region 401 that indicates to which of the multiple home screen pages the currentlyoutput objects correspond in terms of paging order and a home screen page 200 on which the object is displayed are included in the idle screen the home screen page or the menu screen.In addition a basic region 300 on which icons corresponding to a specific application that is predetermined through the user selection or by the controller 180 are fixedly displayed is additionally included in the idle screen the home screen page or the menu screen.
Patent claim: An edge fitting 1 according to any of the preceding claims characterized in that said border profile 6 has bevelled corners 17.

Related passage: More specifically the projecting portion 70 has a second stepped portion 80 which is formed on the load releasing surface 72.The projecting portion 70 also has a first stepped portion 78 which is formed on the load receiving surface 74 and has the shape complementary to the second stepped portion 80.As illustrated in FIG.5 the first stepped portion 78 has a lower horizontal surface 82 an upper horizontal surface 84 and a first inclined surface 86.The lower horizontal surface 82 is disposed on the side closer to the sandwiching support portion.The upper horizontal surface 84 is disposed on the side far from the sandwiching support portion.The first inclined surface 86 is interposed between the lower horizontal surface 82 and the upperhorizontal surface 84 and faces upward and outward from the outer surface of the vertical wall.On the other hand as illustrated in FIG.6 the second stepped portion 80 has a lower horizontal surface 88 an upper horizontal surface 90 and a second inclined surface 92.The lower horizontal surface 88 is disposed on the side closer to the sandwiching support portion.The upper horizontal surface 90 is disposed on the side far from the sandwiching support portion.The second inclined surface 92 is interposed between the lower horizontal surface 88 and the upper horizontal surface 90 and faces upward and outward from the outer surface of the vertical wall.Accordingly between the stacked resinmade corner modules adjacent to each other in the vertical direction the lower horizontal surface 82 the first inclined surface 86 and the upper horizontal surface 84 of the first stepped portion 78 of the lower resinmade corner module 100 respectively abut against the lower horizontal surface 88 the second inclined surface 92 and the upper horizontal surface 90 of the second stepped portion 80 of the upper resinmade corner module 100.Thus the whole top surface 37 of the box structure 22 forms the load receiving surface while the whole inferior surface 39 of the box structure 22 forms the load releasing surface.
Patent claim: Process for the preparation of a heterophasic propylene copolymer RAHECO comprising a random propylene copolymer RPP and an elastomeric propylene copolymer E wherein the process is a sequential polymerization process comprising the steps of a polymerizing in a first reactor R1 propylene and ethylene andor a C4 to C12 olefin obtaining a first random propylene copolymer fraction RPP1 b transferring the first random propylene copolymer fraction RPP1 into a second reactor R2 c polymerizing in said second reactor R2 in the presence of the first random propylene copolymer fraction RPP1 propylene and ethylene andor a C4 to C12 olefin obtaining a second random propylene copolymer fraction RPP2 the first random propylene copolymer fraction RPP1 and the second random propylene copolymer fraction RPP2 form the matrix M of the heterophasic propylene copolymer RAHECO i.e.form the random propylene copolymer RPP wherein said matrix M i.e.the random propylene copolymer RPP has a comonomer content of at least 4.0 wt.d transferring said the matrix M i.e.said random propylene copolymer RPP into a third reactor R3 e polymerizing in said third reactor R3 in the presence of said the matrix M i.e.of said random propylene copolymer RPP propylene and ethylene andor a C4 to C12 olefin obtaining a first fraction E1 of the elastomeric propylene copolymer E of the heterophasic propylene copolymer RAHECO said first fraction E1 and the matrix M i.e.said random propylene copolymer RPP form a first intimate mixture IM f transferring said first intimate mixture IM into a fourth reactor R4 g polymerizing in said fourth reactor R4 in the presence ofthe first intimate mixture IMpropylene and ethylene andor a C4 to C12 olefin obtaining a second fraction E2 of the elastomeric propylene copolymer E of the heterophasic propylene copolymer RAHECO the second fraction E2 and the first intimate mixture IM form the heterophasic propylene copolymer RAHECO h removing the heterophasic propylene copolymer RAHECO from the fourth reactor R4 i optionally visbreaking said the heterophasic propylene copolymer RAHECO wherein the heterophasic propylene copolymer RAHECO after step g andor i has i a xylene cold soluble content XCS determined according ISO 16152 25 C in the range of 35 to 55 wt.and ii a comonomer content in the range of 8.0 to 17.0 wt..

Related passage: The invention relates to a propylene polymer composition comprising a random propylene copolymer having an improved balance of mechanical and optical properties especially very good softness transparency and impact strength.More particularly the invention relates to a propylene polymer composition comprising a random propylene copolymer having a total comonomer content12.0 mol and having an improved balance of softness transparency and lowtemperature impact strength.The present invention also relates to a process for the production of such a polymer composition.
Patent claim: The apparatus of claim 1 further comprising an antenna 205 that operably couples to both the wireless receiver and the locationinformation wireless transmitter.

Related passage: Referring additionally to FIG.3B some or all of these components of the transducer controller 177 and their required interfaces may be mounted on an appropriately sized circuit board 329 which is then housed within an appropriate transducer body 330.In the stylus implementation shown in FIG.3B all components except for the capacitor 314 are mounted on the board 329 inside the penshaped body 330.In the embodiment shown in FIG.3B the pressure sensor 306 is provided near the tip of the stylus so as to detect a pressure applied to the tip formed by the antenna 179 when the tip is applied against the sensing surface.In other embodiments though the pressure sensor 306 may be placed further away from the tip via a mechanism or linkage that transmits the pressure information from the tip to the location of the pressure sensor 306.The side switch 310 is provided to be exposed on the side of the penshaped body 330.The capacitor 314 such as a super capacitor is provided in the rear portion of the penshaped body 330 with the charge input connector 315 being exposed on the rear end of the penshaped body 330 to be connected to a charging docking station not shown.The antenna 179 which functions as a pen tip for the stylus transducer 175 of FIG.3B may be configured of any suitable conductive material and may be formed in any suitable shape.In one embodiment the stylus illustrated in FIG.3B has a length of 120 mm and a diameter of 11 mm although the dimensions of the stylus transducer are not so limited according to the present invention.
Patent claim: The compositon of claim 2 where the concentration of Group 2 metal imidazolate complex is in the range of 0.1 to 0.5 M.

Related passage: Sterically hindered imidazole ligands are disclosed along with the syntheses of the same which when complexed to a Group 2 metal form highly volatile and stable complexes that are exceptionally useful as precursor molecules for CVD ALD and the like thin film deposition processes.
Patent claim: The apparatus according to claim 3 wherein the destination node comprises a directive antenna reception directive angles of which are to be controlled and said acquisition means acquires the angle difference of the directive angles between the wireless communication paths based on the reception directive angles of the destination node.

Related passage: As a result if the transmission power is concentrated on the bandwidths B1 B2 B3 having a relatively high channel transfer function based on RSSI andor SNR measurement results the whole radiated transmission power PB1PB2 PB3 can be reduced.
Patent claim: The magnetic drill of claim 4 further comprises a charging circuit configured to receive the AC input signal and maintain charge of the battery.

Related passage: First the main control unit 14 determines whether or not the power switch 36 is turned on at step S101 in FIG.5.If the poweron state is not confirmed the main control unit 14 stands by while if the power is on the main control unit 14 energizes the magnet 16 S102.The main control unit 14 then determines whether or not the magnet 16 is energized S103.If the energization of the magnet 16 is not confirmed S103 no the main control unit 14 blinks the LED of the display 34 in red S105.These processes are the same as those in the embodiment shown in FIG.3.In the second embodiment shown in FIG.5 if the energization of the magnet 16 is confirmed S103 no the main control unit 14 advances the process to step S108 for determining whether a frequency of the AC power source 10 is 50 Hz or 60 Hz.Specifically the main control unit 14 detects the power source frequency according to a count value obtained by counting zerocross pulses detected by the zerocross detector 24 for 0.2 second.
Patent claim: The phase locked loop of claim 1 wherein a closed loop transfer function of the phase locked loop is determined by the equation HsNi1n1siN1i1nmisiN1si1nisni1ni where N is a divide factor of the feedback divider s is a complex frequency variable i is the time constants corresponding to polynomial coefficients mi.

Related passage: Based on the block diagram of Fig.2 the closed loop transfer function Hs is given by HsORNnsns1KdKvKfsdsNsndi1nz1sisndi1nz1siNKdKvKfsni1inz1nznp1si
Patent claim: An electronic device for displaying a thumbnail image of an image comprising at least one processor a touch sensing display a memory and at least one program stored in the memory and configured to be executed by the at least one processor wherein the at least one program comprises an instruction for detecting meta data and object information for an image stored in the memory for determining an aspect ratio of the thumbnail image with respect to the image on the basis of the detected meta data and object information and for displaying the thumbnail image on the touch sensing display with respect to the image according to the determined aspect ratio.

Related passage: The present invention has been made in view of these situations and a purpose of the invention is to provide a technique in which a large amount of digital image data can be readily managed.
Patent claim: The induction heat cooking apparatus according to claim 7 wherein to drive the first second and third heating coils 241 242 243 in parallel the controller is configured to control the second and third switching devices 222 223 to be closed and during a half resonant period to control the first switching device 221 to be in a closed state and to control the fourth switching device 224 to be in an opened state and during the other half resonant period to control the first switching device 221 to be in the opened state and to control the fourth switching device 224 to be in the closed state.

Related passage: FIG.10 is a circuit diagram of the induction heating cooker 200 in the third operation mode and FIG.11 is a diagram illustrating a third switching signal according to an embodiment.
Patent claim: The method of claim 2 or 3 wherein determining the speed traveled by the sport ball 106 after the impact comprises determining how the rate of spin by the sport ball 106 after the impact compares to a predetermined threshold rate of spin.

Related passage: In one embodiment the sensor module 102 may be configured to be placed in a sensor module 102 retention element of a garment that is configured to retain the sensor module 102.In some exemplary embodiments retention element may be sized and shaped to correspond to the size and shape of the sensor module 102 to be capable of nesting sensor module 102 therein and holding the sensor module 102 in place so as to minimize the effect of movement of a wearer of the garment on the sensor module 102.Additional elements may be used to help minimize this effect such as for example bands and spacer elements.The sensor module 102 retention element may be coupled to textile a layer of a garment by for example being integral therewith being adhered stitched welded tied clipped snapped or mounted thereto or any combination of these and other techniques.In some exemplary embodiments sensor module 102 retention element is formed integrally with a textile layer of the garment.
Patent claim: The display apparatus 101 103 105 of one of claims 7 or 8 wherein the first gate driver 150 receives a first vertical start signal STV1 generated in a high state at a start of the first subframe period and a start of the fourth subframe period and the second gate driver 160 receives a second vertical start signal STV2 generated in a high state at a start of the second subframe period and a start of the third subframe period.

Related passage: As shown in FIG.5C the arrangement sequence of the first image H and the second image L may be substantially the same as each other in the consecutive frame set.In one exemplary embodiment for example among threeframes included in one frame set the first frame and the final frame may display the second image L and the second frame may display the first image H.In such an embodiment two consecutive frames between two adjacent frame sets display the second image L having the low luminance such that the slow response speed of the liquid crystal molecules of the liquid crystal display is compensated thereby substantially improving the lateral visibility.In such an embodiment the first image H having the high luminance may be displayed in two consecutive frames such that the slow response speed of the liquid crystal molecules may be compensated when displaying the image of the high luminance in the low luminance.
Patent claim: A lubricating oil composition which comprises or is made by admixing A an oil of lubricating viscosity in a major amount B one or more oilsoluble or oildispersible sulfurized fatty acid esters as an additive in an amount providing the lubricating oil composition with greater than or equal to 0.02 masssulphur and C one or more oilsoluble or oildispersible alkali metal or alkaline earth metal salicylate detergents as an additive in an effective minor amount providing greater than or equal to 5.0 mmol of salicylate soap per kilogram of the lubricating oil composition wherein the lubricating oil composition does not comprise a phosphorus ester additive.

Related passage: Preferably the sulfurised ester is a sulfurised fatty acid ester.The sulfurised fatty acid ester may be derived from any suitable fatty acid but is preferably a vegetable oil fatty acid such as but not limited to palm oil corn oil grapeseed oil coconut oil cottonseed oil wheatgerm oil soya oil safflower oil olive oil peanut oil rapeseed oil and sunflower oil or an animal oil fatty acid such as tallow oil.The sulfurised fatty acid ester is preferably derived from palm oil soya oil or tallow oil or a mixture of two or more of palm oil soya oil and tallow oil.The sulfurised fatty acid ester suitably comprises substantially only fatty acid ester and no other sulfurised carboxylic acid ester.
Patent claim: The indoor unit of claim 9 or 10 wherein a controller 400 is mounted to the cover 250 such as to be receivable in the in the inspection hole 240 the controller 400 comprising the receiving part 432 435 and the one or more LED 440 441 442 443 444.

Related passage: In particular it is effective when as is the case with the indoor unit 1 in this embodiment each of the bottom side of the casing 2 and the surface in the vicinity thereof i.e.the first casing surface 24 forms the angleof 20 degrees or less with respect to the horizontal plane O since it is highly possible that a reception distance of the receiving element 94 cannot be secured in such a case.
Patent claim: The liquid ejection device according to claim 7 wherein the controller is configured to determine whether or not the recovery unit recovers the liquid ejection based on the first detection result.

Related passage: The first density nonuniformity compensation information calculation unit 124 calculates on the basis of the first test pattern read by the inline sensor 90 first density nonuniformity compensation information relating to highfrequency density nonuniformity caused by landing position error in the ejection unit.Furthermore the first density nonuniformity compensation information calculation unit 124 sends the calculated first density nonuniformity compensation information to the third density nonuniformity compensation information calculation unit 128.Moreover the first density nonuniformity compensation information calculation unit 124 also sends the first density nonuniformity compensation information to the density compensation processing unit 122 in accordance with requirements.
Patent claim: The method according to one of the preceding claims wherein the clock source is a one of a plurality of selectable internal clock oscillators 116 optionally using an external crystal 118 for frequency determination or an external clock oscillator 108.

Related passage: A delay locked loop in accordance with the invention includes a delay line connecting an input and an output the delay line including a plurality of delay elements the delay elements for causing a delay to be introduced to a signal passing through the delay elements.A phase comparator is connected to the input and coupled to the output for providing a control signal to the delay line such that the delay line provides a delay which synchronizes an output signal to an input signal.A voltage device is connected to the plurality of delay elements for regulating power to the plurality of delay elements the voltage device being adjustable toprovide a predetermined voltage to the delay elements such that the delay in the delay elements is modified according to the predetermined voltage.
Patent claim: Wind turbine foundation 200 of any of the preceding claims wherein at least some of the pins 210 has a guiding end 255 arranged opposite to a connecting end said connecting end being associated with the wind turbine tower 120 and a stopping element 256 extending inside the grouting chamber 260 said stopping element 256 being adapted to receive the guiding end 255 of the pins 210 when the pin 250 is inserted into the pile 210.

Related passage: The selection of the type of fibre for the inner and outer shells 16 and 18 and preferably for the corrugated sheet 22 may be any combination of fibrereinforced polymer composites using any of glass carbon aramid fibres or combinations with other fibres.The shells 16 18 can be manufactured from moulds using wetlay or preimpregnated FRP materials filament or wrap winding vacuum infusion etc.The stratification and angle orientation with regard to the longitudinal axis of the shells of the FRP layers that make up the shells 16 18 will depend on the desired mechanical properties these shall preferably provide both axial and circumferential stiffness so as to meet the serviceability conditions such as natural frequency and limit load capacity that the tower or pier must withstand.
Patent claim: The rechargeable battery according to one of claims 113 further comprising another terminal 150 and another current collector 140 the other current collector 140 including another first fuse HFA2.

Related passage: The lower insulation members 129 and 139 prevent or substantially prevent a short circuit between the cap plate 171 and the first and second electrode terminals 120 and 130.In this embodiment the lower insulation members 129 and 139 may be formed of polyphenylene sulfide PPS.However the materials of the lower insulation members 129 and 139 are not limited thereto.
Patent claim: The process according to claims 8 and 9 is characterized by further drying of the compost produced in claim 7 and its grinding to the desirable size.

Related passage: The process for the treatment of effluents and residues from olive oil production units through the utilisation and reprocessing of cork industry residues the subject of this invention can be applied to the treatment of effluents and residues from olive oil production units in the following situationsThrough the separate treatment of the residue and the effluent husks and olive mill wastewater Through the joint treatment of the residue and the effluent humid husks.
Patent claim: A radio network node of a wireless network configured to adaptively cancel an external interference the radio network node comprising an interference analyzer configured to receive an external interference report from a wireless terminal of an external interference experienced by the wireless terminal the wireless terminal being paired with the radio network node and determine an interference subspace of the wireless terminal based on the external interference report the interference subspace being a signal subspace that contains the external interference of the wireless terminal a projector configured to project a transmit signal of an original transmission subspace entirely onto a desired signal subspace of the wireless terminal based on the interference subspace the desired signal subspace being orthogonal to the interference subspace and a transceiver configured to transmit the transmit signal to the wireless terminal projected onto the desired signal subspace wherein the original transmission subspace corresponds to an original transmit stream set comprising a plurality of original transmit streams wherein the desired signal subspace corresponds to a projected stream set comprising one or more projected transmit streams andwherein a number of the projected streams in the projected stream set is less than a number of the original transmit streams in the original transmit stream set.

Related passage: In order to keep the power wkHBkwk of the interference at a minimum the antenna vector wk is chosen from the orthogonal complement k of the spacekspanbkj0jM1CN which is spanned by the interference vectors bjk wherein k is defined as followskwk wkCNwkbkjbkjkwherein wkbjk wkHbjk0.