bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A program for controlling an image forming apparatus wherein the image forming apparatus comprises a carriage 3 that includes at least one head and is moved for scanning in a mainscanning direction the head including a black nozzle array 4k2 in which a plurality of nozzles for ejecting black droplets are arranged and a color nozzle array 4c1 4c2 in which a plurality of nozzles for ejecting color droplets are arrange the black nozzle array 4k2 being disposed at a position shifted in a subscanning direction downstream in a medium conveying direction with respect to the color nozzle array 4c1 4c2 and a conveying unit 13 14 16 to 18 configured to convey a recording medium 10 in the subscanning direction and the program causes a computer to execute forming an image by the color nozzle array 4c1 4c2 in a main scanning in one direction relatively moving the recording medium 10 to a subsequent mainscanning position thereafter and forming an image by the black nozzle array 4k2 on the image formed by the color nozzle array 4c1 4c2 in a following main scanning in the other direction so as to complete an image for one scanning area.

Related passage: Figure 12 illustrates the second feeding method of the printing head 28a during printing in the second embodiment.In this feeding method when the forward pass of the main scanning is completed the control circuit 40 performs a subscanning feed of 5k prior to the next reverse pass and when the reverse pass of the main scanning is completed the control circuit 40 performs a subscanning feed of 5k prior to the next forward pass.In all other respects this feeding method is similar to the first feeding method band feedband feed in the second embodiment.In this feeding method one raster line is printed by two nozzles.Specifically in each raster line dots are recorded in every other pixel in one pass and the remaining pixels are recorded in another pass.As a result a dot is formed by the same nozzle at every other pixel on each raster line.This printing method is referred to as overlap printing.
Patent claim: The method of claim 10 further comprising acquiring additional information on the motion of the electronic device using at least a part of the at least one first sensor for a selected time from the time when the selected period of time passes without activating the at least one second sensor when at least a part of the motion does not satisfy a selected condition and activating the at least one second sensor based on at least a part of the additional information.

Related passage: According to one aspect of the present invention an electronic device includes a motion sensor that senses a motion of the electronic device a biometric sensor that senses a biometric signal and a processor that calculates a change in motion intensity of the electronic device by comparing output values of the motion sensor over two or more time periods activates the biometric sensor to determine whether the electronic device is currently being worn when the change in motion intensity over two or more time periods corresponds to a predetermined pattern and controls the electronic device to perform sleep monitoring when it is determined that the electronic device is currently being worn.
Patent claim: The rechargeable battery of claim 1 wherein the sinuous body 33a 130a 230a includes a first connector 33a1 131 231 that faces the terminal plate 32 42 and is electrically coupled to the terminal plate 32 42 a second connector 33a2 132 232 that faces the cap plate 20 and is electrically coupled to the cap plate 20 and a bent portion 33a3 133 233 that connects the first connector 33a1 131 231 and the second connector 33a2 132 232.

Related passage: Referring to FIGS.7 and 8 the rechargeable battery according to this embodiment is configured by be the same structures as the rechargeable battery according to the first embodiment except for the structures of a connecting member 73 and a terminal base 74 and thus repeating description related to the same structures will be omitted.
Patent claim: The method of claim 1 further comprising receiving via the user interface a user interface gesture and moving the second icon from the second depth of presentation to the first depth of presentation thereby causing the second icon to become available for interaction by the input component of the user interface.

Related passage: Further the contents for graphical display on the frontmost plane are graphically displayed at a high luminance and contents on other planes are graphically displayed at luminances reduced gradually toward the rear side.Further the contents for graphical display on the frontmost plane are graphically displayed at a low transmittance and the contents on the other planes are graphicallydisplayed at transmittances gradually increased toward the rear side.Thus the respective contents are graphically displayed at reduced luminances and increased transmittance toward the rear side.As such the contents on the frontmost plane is clearly graphically displayed and the contents on the respective other planes are graphically displayed in such a form as to be gradually transmissively viewable toward the rear side.Consequently even when the contents are graphically displayed by being threedimensionally superposed all the contents graphically displayed are visible.
Patent claim: The method according to any one of the preceding claims wherein said first motor control signal is a sine wave signal and said second motor control signal is a square wave signal optionally said sine wave signal and said square wave signal have the same amplitudes.

Related passage: In the preferred embodiment of the present invention when the brushless motor is rotated at low speeds at least one phase difference between the positions of magnetic poles detected by the Hall effect sensor and the exciting voltage waveforms of the coils of the first phase the second phase and the third phases is detected to perform a torque control whereby the brushless motor can be driven stably even in the range of low speeds.
Patent claim: The STB 120 according to claim 7 wherein the control unit 360 sets a broadcasting channel played back by the TV terminal 130 as a favorite TV channel or a minor restriction TV channel in response to a selection signal from the remote controller 122 in the state in which the STB 120 has been paired with the user terminal 110.

Related passage: Referring to Fig.13 in a state where a messenger application C5 is being executed by the mobile terminal 200 when the user touches the front 200F of the mobile terminal 200 to the screen portion 181 of the display device 100 login information for example a user ID and a password for a messenger service and message information for example chat session data for messages that have been transmittedreceived to date may be transmitted to the display device 100.
Patent claim: The device of any of claims 14 further comprising a gate controller coupled to the gated pulse width modulation circuit wherein the gate controller is configured to initiate activation of a switch of the gated pulse width modulation circuit when the time slot begins.

Related passage: MCU 5 receives sensor or switch signals and then uses the signals to generate control signals for manipulating SED 7 to produce a plurality of message symbols in a suitable Variable Pulse Width Modulation VPWM format.Transceiver 10 interfaced with bus 18 through resistors 200 and 202 and the termination network 11 accepts the message symbols from SED 7 and translates message symbols referenced with respect to a signal ground return circuit to message symbols referenced with respect to bus ground return.Transceiver 10 then transmits the messages over bus 18 in an analog VPWM format to other nodes 4.
Patent claim: A light emitting device comprisinga light emitting element and a lens comprising a light incident surface configured for entrance of the light emitting from the light emitting element into the lens the light incident surface comprising a first region having points equidistant from a central point of a light emission surface of the light emitting element the first region satisfying a1b wherein 1 is a first incident angle of any light emitting from the light emitting element a is the minimum value of the first incident angle in the first region and b is the maximum value of first incident angle in the first region and a light output surface facing the light incident surface and configured for radiation of the light from the light emitting element out of the lens wherein the light incident surface and the light output surface satisfy the following conditions 1 and 2 condition 1 in a second region of the light incident surface satisfying 0 lt 1b20 the first incident angle of light which emits from the light emitting element and has a minimum value of 21 is in a range from a to b and 21 gt 0.9 where 2 is a second incident angle of that light of 1 when traveling in the lens and condition 2 in a third region of the light incident surface satisfying 0lt1b10 the first incident angle of light which emits from the light emitting element and has a minimum value of 31 is in a range from a to b and 31 gt 0.9where 3 is a third incident angle of the lightof 1 when emitting out of the light output surface and the light emitting from the light emitting element emits out of the lens from the light output surface after traveling within the lens.

Related passage: The above description deals with a case that does not assume 10 and 20.In a case of 10 and 20 light emitted in a light axis direction from a lightemitting element has to be emitted into the light axis direction.Thus A1 and A2 become equal to 0.With this it is possible to prevent the demerit in the Patent document 2 that it becomes darker in the area directly above the lightemitting element 1.
Patent claim: The electromechanical gear changer of claim 18 wherein the contacts are biased pins and in particular further comprising a printed circuit board positionedwithin the housing and attached to the rear housing portion and wherein the contacts are mounted directly on the printed circuit board and extend to the outside of the rear housing portion.

Related passage: Referring now to Figures 25 the motorized front derailleur assembly 12 basically includes a front derailleur unit 30 a front derailleur motor unit 32 a motor linkage 34 and a battery 36.The motorized front derailleur unit 30 the front derailleur motor unit 32 the motor linkage 34 and the battery 36 are all mounted together on a seat tube of the bicycle 10.Basically the front derailleur unit 30 has a predetermined maximum chain cage range of movement between a top chain cage end position and a low chain cage end position.As explained below the top and low chain cage end positions are mechanically adjustable to change the chain cage range of movement hereinafter mechanical stroke of the front derailleur unit 30 to a predetermined set chain cage range of movement.The front derailleur motor unit 32 also has a prescribed maximum motor range of movement hereinafter prescribed maximum movement range between a first motor end position and a second motor end position.As explained below the prescribed maximum movement range can be electronically limited to substantially match the mechanical stroke of the frontderailleur unit 30 that has been mechanically set.Moreover as illustrated in Figure 11 the motor linkage 34 is designed with a derailleur protection arrangement i.e.a jamming protection connection such that the derailleur motor unit 32 can be operated even though the motorized front derailleur unit 30 does not move e.g.becomes jammed or the prescribed maximum movement range of the derailleur motor unit 32 does not match the mechanical stroke of the front derailleur unit 30.The basic operation of shifting the chain 20 is relatively conventional and thus will not be discussed andor illustrated in detail herein.
Patent claim: A spraydried laundry base detergent particle according any of claims 1 and 35 wherein the particle comprises from above 0wt to 2wt sodium silicate having a SiO2NaO ratio of from 2.00 to 2.35.

Related passage: The sulphate is described in more detail below.The particle may comprise at least 55wt or even 65wt or even 75wt sulphate.The particle may comprise at most 99wt sulphate or even 90wt or even 85wt or even 80wt sulphate.
Patent claim: Method according to claim 1 or 2 wherein the adjusting the estimated heat input comprises calculation of a trimming factor HIcaltrim calculated from a difference of estimated Wobbe index WIengcal and measured Wobbe index WIcalorimeter the estimated Wobbe index WIengcal being derived by integrating the error signal 121 the measured Wobbe index WIcalorimeter being calculated from the measured Caloric Value LCVmea and specific gravity SGmea of the fuel 105wherein the adjusted estimated heat input HIexpected is obtained by dividing the estimated heat input by the trimming factor.

Related passage: Flexible fuels that are burned in gas turbines often range in composition and associated calorific value.Compared with regular natural gas flexible fuel composition variations can create certain combustion problems including elevated emissions combustion noise dynamics undesirable flame holding events and inefficient burning.Adjusting combustor properties to optimize combustion as a function of fuel composition has traditionally been addressed by using a mass spectrometer calorimeter or other fuel measurement techniques such as a Wobbe Index meter.However such devices are expensive inaccurate and have a slow response time.In certain traditional systems at least three Wobbe Index meters are needed along with buffer tanks and other expensive infrastructure for determining the fuel composition variations and addressing the related combustion problems.
Patent claim: The indoor unit according to any one of claims 1 to 8 wherein the indoor unit 100 further comprises an inspection hole 240 defined in the panel 200 a cover 250 openingclosing the inspection hole 240 and defining a portion of an exterior of the panel 200 the cover 250 comprising the installation hole 251 and the window insert 260 263 264 265 266.

Related passage: With the indoor unit 1 of the air conditioner in this embodiment the receiving element 94 and the LEDs 91 92 93 are mounted on the different substrates specifically the first substrate 101 and the second substrate 102 respectively and flexibility in installation of the substrates 101 102 increases.Therefore it is easy to dispose the receiving element 94 such that the centerline D of the receiving element 94 is inclined with respect to the orthogonal plane J perpendicular to the first casing surface 24 and is also directed diagonally downward.
Patent claim: The separator according to any of the claims 1 to 4 wherein the coating layer contains 5 or more to 10 or less parts by weight of the polyvinylidene fluoride homopolymer 5 or more to 20 or less parts by weight of the polyvinylidene fluoridehexafluoropropylene copolymer 0 or more to 0.0001 or less parts by weight of the solvent and 70 or more to 90 or less parts by weight of the inorganic particles based on 100 parts by weight of the coating layer in terms of solid content.

Related passage: To confirm the properties of these separator membranes they were heat laminated onto the following cathode and anode to give secondary lithium batteries.
Patent claim: The adhesive of any of the preceeding claims wherein the shell 321 comprises or consits of a material selected from the group consisting of gelatin gum arabic sodium alginate carboxymethyl cellulose ethyl cellulose polyvinyl alcohol nylon polyurethane polyester epoxy melamineformalin wax colloidal silica and combinations thereof.

Related passage: Preferably the capsules or microcapsules each have an outer diameter set to a value of not less than 2 m and less than 3000 m.If the outer diameter is less than 2 m an inconvenience that each microcapsule fails to be crushed and fails to release the adhesive material is likely to occur.On the other hand if the outer diameter is more than 3000 m an inconvenience that each capsule is crushed undesirably by a slight force working in transferring it from the transfer sheet is possible to occur.Particularly where the adhesive material is applied onto the transfer sheet the microcapsules each have an outer diameter preferably set to a value of not less than 2 m and less than 300 m.This is because the outer diameter of each microcapsule has to be set equal to or smaller than the coating thickness of the transfer adhesive which is usually not more than 300 m desirably not more than 100 m.
Patent claim: The method as claimed in claim 10 wherein in the step of injection molding a portion of the plastics are filled into the holes to form a plurality of ribs.

Related passage: The injection portion 120 is formed by a method such as insertinjection or thermocompression press by the prepattern layer 105 including the patterns 111 and the bridges 112.That is the injection portion 120 is formed by filling a material of a different kind from a metallic material specifically a material such as polycarbonate PC acrylonitirlebutadien styrene ABS polyamide PA polyphthalamide PPA or polyphenylene sulfide PPS between the patterns 111 by using a method such as insertinjection or thermocompression press.After the injection portion 120 is formed on the prepattern layer 105 the bridges 112 are removed thereby implementing the battery cover 100 capable of securing antenna capability over the entire area.The prepattern layer 105 formed horizontally along the shape of the portable terminal can have a curve along the shape of the battery cover 100.In case of foaming the prepattern layer 105is formed and then foamed to form an exterior shape without being limited thereto.That is various modifications are possible such that the metallic plate 101 can be in advance formed to have an exterior shape of the battery cover 100 before formation of the prepattern layer 105 and then the prepattern layer 105 can be formed.The patterns 111 are portions which can be visually checked from the outer side of the battery cover 100 such that exterior quality can be improved by implementing colors or surface shapes on the pattern portion 110.For example a surface of the pattern portion 110 can be hairlineprocessed and at least one surfacetreatment such as sandblasting anodizing deposition or painting is performed thereby variously expressing the surface of the battery cover 100.In this embodiment surfacetreatment is performed on a surface of the pattern portion 110 without being limited thereto.For example by processing the surfacetreated metallic plate 101 the pattern portions 110 spaced apart from each other can be formed and after the prepattern layer 105 is formed surfacetreatment can be first performed prior to formation of the injection portion 120.In this way various modifications can be carried out.By applying surfacetreatment to the pattern portion 110 aesthetic sensibility of the battery cover 100 can be further improved and sophistication of the exterior can be achieved.
Patent claim: The air vehicle navigation method according to claim 1 wherein it comprises verifying aircraft intent description language syntax of the instructions comprising at least one of the threads of the edited trajectory to ensure that aircraft performance limitations are respected that all the instructions are feasible and are coherent with one another and that the threads are complete.

Related passage: A preferred embodiment is shown in Figure 2A that shows a computerimplemented 211 method of providing a description of aircraft intent expressed using a formal language 200 the method comprising receiving information 210 defining how an aircraft 222 is to be flown during a time interval and storing the information in an information database 212 deriving from the information stored a set of instructions 214 wherein the set of instructions comprise configuration instructions that describe the aerodynamic configuration of the aircraft and motion instructions that describe the motion of the aircraft ensuring that the set of instructions comply with a set of rules stored in a rules database 216 thereby confirming that the configuration instructions define the aerodynamic configuration of the aircraft as required and that the motion instructions close the degrees of freedom of equations of motion used to describe the aircraft motion during the time interval and expressing the set of instructions using the formal language 200.
Patent claim: A method of controlling noise emission from a wind turbine comprising at least one rotor blade 1 2 3 the method comprising Providing wind shear data comprising wind shear values as a function of height over ground Determining an expected noise emission based on the wind shear data and Controlling the wind turbine to reduce noise emission from the wind turbine in accordance with the expected noise emission.

Related passage: Next another embodiment is described with reference to Fig.2.Therein it is shown that rotor hub 4 is connected to a rotor shaft 62 which in turn is connected to an electric generator 64 either directly or via a gear box not shown.On rotor shaft 62 a rotation sensor 66 is mounted wherein rotation sensor 66 is adapted to detect a rotational position of the rotor hub 4.It will be understood by those skilled in the art that rotation sensor 66 mounted at rotor shaft 62 is only an exemplary embodiment of a rotation sensor capable of detecting the rotational position of hub 4.Accordingly any other rotation sensor capable of detecting the rotational position of hub 4 may be likewise applied in embodiments of the present invention.As is shown in Fig.2 pitch control system 82 is further adapted to receive an input from rotation sensor 66.In other words pitch control system 82 not only considers the noise data andor vibrationdata provided by sensors 80a 80b 80c but also the rotational position of hub 4.Furthermore it should be understood that pitch control system 82 may determine the rotational position of each rotor blade 8a 8b 8c from the data provided by rotation sensor 66.Thus pitch control system 82 may also take into account the rotational positionof each rotor blade when controlling the pitch angle for this rotor blade.Knowledge of the rotational positionof the rotor blade may improve stall monitoring and control for this rotor blade for the following reason.Typically the blade pitch angle depends on the rotational speed of the wind rotor and the rotational speed of the wind rotor depends on the incoming wind speed experienced by the wind rotor.Particularly the rotational speed of the wind rotor depends on the incoming wind speed with the disc 9 defining the area covered by the rotating blades 8a 8b 8c.However wind speed is not constant across the disc 9.In particular wind speed is higher in the upper area of disc 9 compared to the lower area of disc 9.In other words wind speed is lower near to the ground compared with wind speed more distant from the ground e.g.above nacelle 6.This variation in wind speed is indicated in Fig.2 by the different size of the two arrows representing the incoming air flow.Due to this wind speed variation with height a certain pitch angle of a rotor blade cannot be ideal for every rotational positionof the rotor blade.Accordingly blade stall may occur at some rotational positionsof the rotor blade or even within a whole range of angles.As the rotational position of the hub and thus also of each individual rotor blade is used to control the pitch angle of the rotor blades 8a 8b 8c wind speed variation can be taken into account by pitch control system 82.