bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A scanning optical microscope comprising a light source which emits illumination light a light converging optical system which irradiates the illumination light to a specimen a stage on which the specimen is placed a scanning unit which displaces the illumination light and the stage relatively a detecting optical system which collects light from the specimen and a photodetector which detects light from the specimen wherein a light modulation element and a relay optical system are disposed on the light converging optical system side of the light source and a modulated signal having only amplitude changed is input to the light modulation element and the light modulation element is positioned such that the illumination light emerged from the light modulation element with respect to the modulated signal of a predetermined amplitude coincides with an optical axis of the light converging optical system and a position of a pupil of the light converging optical system and a position of the light modulation element are conjugate through at least the relay optical system.

Related passage: The fluorescent rays are captured by the objective lens 409 in the whole region thereof to advance in a direction opposite from a direction in which the laser beam advances being subsequently guided to the dichroic mirror 404 via the imaging lens 408 the reflecting mirror 407 the pupil projection lens 406 and the scanning optical unit 405.Further the fluorescent rays are transmitted through the dichroic mirror 404 and a specific wavelength component of the fluorescent rays is selectively transmitted through the fluorescent filter 413 whereupon light rays only from the focal plane are selected by the lens 414 and the pinhole member 415 before entering the optical detector 416.
Patent claim: The display device according to claim 6 wherein the gate driver unit further applies the touch drive signal or the signal corresponding to the touch drive signal to at least one gate line from among the plurality of gate lines corresponding to an electrode group from among the plurality of electrode groups adjacent to the touch sensing electrode group.

Related passage: The present invention relates to a touch sensing apparatus and more particularly to a touch sensing apparatus with a noise signal shielding structure and a parasitic capacitance prevention structure.
Patent claim: A secondary battery according to claim 6 wherein the hole is formed in the support portion located above the contact portion.

Related passage: As like with the buffer sheet according to the first exemplary embodiment the buffer sheet 50 according to the present exemplary embodiment includes a bottom support plate 51 bottom springs 52 formed at both lateral ends of the bottom support plate 51 side support plates 53 connected to the longitudinal ends of the bottom support plate 51 and side springs formed at both lateral ends of the side support plates 53.
Patent claim: The method of claim 4 wherein the object information indicates than an object of the image comprises a scenery and further comprising determining the aspect ratio of the thumbnail for the image is determined as a ratio of a landscape type and wherein the landscape type is a type in which the widthwise length is longer than the lengthwise length.

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: A rechargeable battery according to any preceding claim wherein said protection circuit assembly 20 comprises a metal member 50 which extends around the periphery of said protection circuit assembly wherein said metal member 50 seals the protection circuit assembly to the case 30.

Related passage: The first plate 312 may have a structure corresponding to the upper end portion 100b of the can 100 to cover the opening 100a of the can 100.The first plate 312 may be a metal.Aluminum may be used as a material for the first plate 312.The lower surface of the first plate 312 may be in electrical contact with the first electrode tab 210a.Accordingly the first plate 312 and the first electrode plate 210 may have the same polarity.The first plate 312 may have the electrolyte injection hole 310b at one side thereof.The first plate 312 may be formed with a safety ventnot shown in the form of a recess at one surface thereof.When the gas pressure of the bare cell 1000 exceeds the allowable value the safety vent may rupture to release the gas to the outside.The outermost portion 312a of the first plate 312 may be welded to the upper end portion 100b of the can 100 along the periphery of the first plate 312 to seal the can 100.The outermost portion 312a of the first plate 312 may be a portion of the first plate 312 that does not overlap with the second plate 313.
Patent claim: Wind turbine comprising a rotor with a plurality of blades one or more pitch systems for rotating the blades around their longitudinal axes and a control system configured to carry out any of the methods according to any of claims 18.

Related passage: It should be appreciated that the angle of attack 54 may vary from the value chosen for the baseline angle of attack in a positive direction i.e.an increase in angle ofattack 54 over the baseline angle of attack andor in a negative direction i.e.a decrease in angle of attack 54 from the baseline angle of attack.Thus any portion of the total variation allowed by the predetermined tolerance may be added to andor subtracted from the baseline angle of attack to define an allowable range of values for the angle of attack 54.For instance depending on the wind conditions the predetermined tolerance may be added to the baseline angle of attack to define an allowable range of values or subtracted from the baseline angle of attack to define an allowable range of values.Alternatively a percentage of the predetermined tolerance may be added to the baseline angle of attack with the remaining percentage being subtracted from the baseline angle of attack to define an allowable range of values.
Patent claim: Apparatus for cutting grass comprisinga lawn mower 1 provided withmovement means 20 for moving said lawn mower 1 at least inside a cutting area Sone or more blades 30 for cutting grass in said cutting area Sa perimeter cable 2 bounding said cutting area S wherein said perimeter cable has at least one first portion Q having a first set conformation C1a management device 3 for generating an electric signal ES and propagating the electric signal ES in said cable 2a recharging base 80 for said lawn mower 1 positioned outside said cutting area S said lawn mower 1 further comprising a control unit 60 provided withsensor means 40 configured for detecting said electric signal ESa recognition module 164 configured fordetermining as a function of said electric signal ES propagating in said first portion Q first main data MD1 that are representative of the first conformation C1 of said first portion Q of the cable 2comparing said first main data MD1 with said first prestored reference data Ref1 that are representative of a first reference conformation C1generating a first notification signal NS1 in case of correspondence between said first main data MD1 and said first reference data Ref1a first auxiliary module 165 associated with said first recognition module 164 and configured forreceiving said first notification signal NS 1controlling said movement means 20 following reception of said first notification signal NS1 such that said lawn mower 1 is arranged in a direction d that istransverse to said cable 2 with a front part 411 facing said cutting area S starting from a first position I near said first portion Qreturning the lawn mower along the direction d until the lawn mower meets the recharging base 80.

Related passage: In one embodiment the vehicle control unit may vary the distance of the robotic mowers path when the robotic mower executes home finding to return to the charging station.The vehicle control unit may specify a return path that is offset from the main boundary wire and varies over a range of available paths between a minimum offset and a maximum offset.By varying the offset from the main boundary wire the traction drive wheels of the robotic mower will not wear or damage the turf along the wire.The minimum and maximum allowable offset from the main boundary wire may be preselected or constant.Alternatively the offset may be incremented or reduced each time the robotic mower returns to the charging station.
Patent claim: The downhole logging tool 26 of claim 3 wherein the first distance is between approximately 0.510 inches and the second distance is between approximately 0.510 inches.

Related passage: The electromagnetic tool based on eddycurrent principle is wellsuited for the measurement of both inside diameter and wall thickness of ferromagnetic metallic casing.This tool excites an alternating current in a coil transmitter adapted for inducing eddycurrents in the surrounding conductive casing and measures the induced voltage in a separate receiver coil.Alternatively the tool may measure the impedance of the transmitter coil.The transimpedance is affected by the casing magnetic permeabilitythe electrical conductivityand the inner diameter of the nearby casing.In the case of electromagnetic tool where sufficiently low frequencies and large coilseparations are used measurement of the transimpedance is used to extract the ratio of wall thickness d of the casing to skin depththe socalled electromagnetic thickness d.It is known that the results for inner diameter and wall thickness have to be corrected particularly for variations in magnetic permeability which can be significant for instance due to mechanical stress or heat exposure.Document US 4546314
Patent claim: A capsule 1 for preparation of a beverage from a beverage ingredient the capsule 1 being suitable for use in a beverage preparation machine of the type comprising a receptacle for holding the capsule 1 and having a fluid dispensing apparatus for supplying aqueous medium to the receptacle the capsule 1 comprising a first section 55 and a second section 56 which together form a beverage ingredient compartment of the capsule in which is received a beverage ingredient the first section 55 comprising a preformed inlet for entry of aqueous medium into the capsule the second section 56 comprising a preformed outlet for beverage formed in use from the beverage ingredient and the aqueous medium wherein the capsule 1 is compressible when the capsule 1 is inserted into the receptacle of the beverage preparation machine by the first section 55 of the capsule being engaged by an inlet piercer 60 of the beverage preparation machine so as to cause movement of the first section 55 of the capsule towards the second section 56 of the capsule without piercing of the first or second sections 55 56.

Related passage: Preferably the circumferential wall is substantially rigid.Hence the capsule will not be prone to deform by shipping andor handling so that the capsule 2 will always fit in the receptacle 106.In addition the circumferential wall is preferably resilient so that any possible deformation of the circumferential first wall will be reversed once the force causing the deformation is removed.In order to improve rigidity of the capsule 2 the capsule 2 may comprise stiffening ribs integral with the circumferential wall 10.The stiffening ribs may extend from the first end 14 towards the second end 18.Alternatively or additionally the stiffening ribs may extend in a circumferential direction.When the bottom 12 is integral with thecircumferential wall 10 the stiffening ribs may also be integral with the bottom 12.
Patent claim: The method according to claim 1 wherein the impedance adjusting portion 120a is continuous with the second portion 113a and the dimension in the thickness direction Z of the second portion is increased by bending the impedance adjusting portion in such a manner as to extend substantially perpendicular to the second portion.

Related passage: The electrical contact 34 is not limited to having two side walls 74.Rather the electrical contact 34 may include any number of side walls 74.For example Figure 6 is a perspective view of an exemplary alternative embodiment of an electrical contact 134 of the receptacle connector 12.The electrical contact 134 is similar to the electrical contact 34 Figures 13 and 10 except that the electrical contact 134 includes only a single side wall 174.The electrical contact 134 includes a mating segment 138 an intermediate segment 140 and a tail segment 142.The intermediate segment 140 extends between and interconnects the mating and tail segments 138 and 142 respectively.
Patent claim: The apparatus of claim 11 wherein the apparatus arranged to implement a method of one of claims 5 to 10.

Related passage: When a large amount of image data are stored in a recording apparatus there can be the case where it takes a long time for a user to search for the desired image.Also there can be the case where a user forgets what type of images have been recorded in the recording apparatus.As stated above when the number of the image data stored in a recording apparatus is large there is sometimes the case where it is difficult to manage the image data.
Patent claim: The tower section 100 of any of the preceding claims wherein it comprises a number of platforms 10 arranged in corresponding levels of sets of coupling elements 20 30.

Related passage: Tower segment 110 of Figures 2 and 3 includes a cylindrical tubular section 12 having a plurality of groups 144 146 148 150 of supporting elements 145 147 149 151 all of which are projecting from inner side 20 of tubular section 12.Supporting elements 145 of the lowermost group 144 of the supporting elements extend the longest distance from the wall of tubular section 12 while this distance decreases the higher groups 146 148 150 of supporting elements 147 149 151 are arranged within tubular section 12.In this embodiment supporting elements 145 147 149 151 are provided as supporting beams or arms having individual platforms 152 156 160 164 resting thereon.Each platform includes an outer frame 154 158 162 166 resting on supporting elements 145 147 149 151 of the respective group 144 146 148 150 of supporting elements and further includes a removable plate or the like cover element 155 159 163 165 inserted in the respective frame 154 158 162 166 and resting thereon.The diverse operating components such as transformer 32 controllers 34 frequency converters 142 and other units 168 are located and arranged on the individual platforms 152 156 160 164 as shown in Figures 2 and 3.The arrangement of these components as shown in Figures 2 and 3 is advantageous in that although all the components and units are mounted on their respective platforms and all the platforms are mounted into tower segment 110 there is still one channel area extending through all the platforms.This area is free of the components so that it canbe used for lifting and lowering individual operating components for replacement purposes or the like.Accordingly there is no need to remove other components prior to the replacement and transportation of a component to be replaced.According to Figures 2 and 3 this freeofcomponents area is arranged in the center of the tower wherein plates 159 163 165 are formed with an opening see 170 in Fig.3 with all of these openings 170 being in alignment with each other.It is possible that the area free of components can also be arranged eccentrically and e.g.close to inner side 20 of tubular section 12.For safety reasons openings 170 should be closed by removable lids or similar covers.Moreover a climbing ladder can be arranged at inner side 20 of tubular section 12 for climbing up from platform to platform for the maintenance personal.This climbing ladder is not shown in Figures 2 and 3.Also not shown in these Figures are covering elements covering the space between the individual platforms and inner side 20 of tubular section 12.Also these covering elements are provided for safety reasons and in order to have more storage area per platform level.
Patent claim: An electrosurgical system according to claim 10 or 11 wherein the pair of electrodes is joined to form a closed loop configuration with an insulator therebetween.

Related passage: With respect to the amount of downward force applied by the clinician increasing the down downward force may increase the depth of the resection.As discussed hereinabove if tissue along the resection line is untreated or undertreated prior to the cut the untreated or undertreated tissue receives further treatment after the cut.A pressure sensor may be employed to compute control or correct the amount of electrosurgical energy provided to the bipolar electrodes as a function of the pressure applied by the clinician andor the pressure measured by the pressure sensor.
Patent claim: A method of processing a service in a digital device the method comprising downloading and installing one or more settop box STB applications configured to process the service outputting an icon approaching the installed STB applications on a first service board supporting a radio frequency RF mode receiving a selection of an STB application icon among the STB applications and outputting content processed by the selected STB application according to a result of a service authentication and a second service board for the selected STB application.

Related passage: The object 617 representing an external device can represent an external device connected to the display device 100.For example upon selection of the corresponding object 617 a list of external devices connected to the display device 100 can be displayed.
Patent claim: The method of claim 8 wherein the transmission symbols comprise OFDM symbols.

Related passage: The basic principle of Node B controlled time and rate scheduling is to allow theoretically only a subset of the user equipments to transmit at a given time such that the desired total noise rise at the Node B is not exceeded.Instead of sending updown commands to expandreduce the Node B controlled TFC Subset by one step a Node B may update the transport format combination subset to any allowed value through explicit signaling e.g.by sending a TFCS indicator which could be a pointer.
Patent claim: The liquid ejection method according to claim 22 further comprising determining whether or not the detecting with the first principle is performed based on the second detection result.

Related passage: The second density nonuniformity compensation information calculation unit 126 calculates second density nonuniformity compensation information relating to lowfrequency density nonuniformity caused by change in the diameter of the liquid droplets ejected from the ejection unit or the landing diameter of the liquid droplets on the basis of the second test pattern which has been read in by the inline detection unit 90.The second density nonuniformity compensation information calculation unit 126 sends the calculated second density nonuniformity compensation information to the third density nonuniformity compensation information calculation unit 128.
Patent claim: The bladed rotor assembly 100200300400 as claimed in any one of Claims 1 to 6 wherein the radially distal edge 126226326426 is substantially lineal in a direction from the first end 128228328428 to the second end 130230330430 and the radially inwardly facing surface 142242342442 is profiled in an axial direction.

Related passage: Viewing a crosssection of the fan shroud 44 as shown in FIG.8 and FIG.9 the inner annular surface 48 is shown as being triangulated or somewhat triangular in contour.This triangular configuration indicates that the inner annular surface 48 is tapered and has an inner diameter A that varies along the axial length B of the fan shroud 44.Triangular can also be substantially trapezoidal in shape wherein the inner diameter A at a particular axial position is substantially constant for a certain axial length B that is less than the overall width of the fan shroud 44 and the surface 48 has a contour having a different slope for a given axial length B on either side of this particular axial position Preferably the contour of the surface 48 has at least two different linear slopes in opposite directions betweenthe positions adjacent to the leading edge 38 and the trailing edge 39 along the axial length B of the fan shroud 44.In particular referring back to FIG.6 the inner diameter is represented by A and the axial length is represented by B.
Patent claim: The method as set forth in the preceding claim wherein calculating the dq current reference signals Idref Iqref comprises calculating a first current reference signal Idref in response to the values of a first selection of operating parameters of the electric generator 110 210 andor of the frequency converter 120 and calculating a second current reference signal Iqref in response to the values of a second selection of operating parameters of the electric generator 110 210 andor of the frequency converter 120.

Related passage: The secondary side of the electromagnetic contact switch CTT2 is connected to an AC output terminal of a power converter CNV via a deltaconnected capacitor Cn and reactor Ln.A DC output terminal of the power converter CNV is connected to a DC output terminal of a power invertor INV via a DC smoothing capacitor Cd.For example the power converters CNV and INV are made of power semiconductor switching elements such as thyristor GTO IGBT and MOSFET and convert DC current into AC current and AC current into DC current respectively.An AC output terminal of the power invertor INV is connected to the secondary winding terminal of the generator Gen via a reactor Lr and a capacitor Cr.
Patent claim: Method of operating a heat pump laundry treatment apparatus in particular a heat pump laundry dryer 2 or a heat pump washing machine having drying function wherein the laundry treatment apparatus comprises a control unit 51 controlling the operation of the laundry treatment apparatus 2 a laundry treatment chamber 18 for treating laundry 19 using process air A a process air circuit 20 20a20d for circulating the process air A a heat pump system 4 having a refrigerant loop 6 in which the refrigerant fluid is circulated through a first and a second heat exchanger 10 12 a compressor 14 for circulating the refrigerant fluid through the refrigerant loop 6 a cooling fan unit 53 for cooling the compressor 14 wherein during the operation the conveyance capacity of the cooling fan unit 53 is varied and a detector unit 60 for detecting an operation parameter Tinv indicating a state of an electronic board 52 wherein the method comprises operating the cooling fan unit 53 in dependency of the electronic board operation parameter Tinv andor controlling the compressor operation output OUTcomp RPMcomp in dependency of the electronic board operation parameter Tinv wherein the compressor 14 is a variable speed compressor.

Related passage: During operation of the motor 25 waste heat is generated.Such waste heat will lead to elevated temperatures within the cabinet of the heat pump tumble dryer.In particular air guided blown or as in the present case sucked through regions with waste heat sources is heated up and impinged at the auxiliary refrigerant evaporator 16.In this case the initial heating up time of the auxiliary refrigerant evaporator 16 can be greatly reduced and energy consumption can be reduced.Note that other arrangements of the motor 25 or other waste heat generating elements or components the auxiliary fan 18 and the auxiliary refrigerant evaporator 16 are conceivable such as for example arrangements as mentioned further above.