bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A developer comprising the carrier according to any one of Claims 1 to 6 and a toner.

Related passage: The film forming resin used here can suitably be selected depending on a toner combined and the environment used and the like.The kind thereof is not especially limited but examples thereof include fluororesins acrylic resins epoxy resins polyamide resins polyamide imide resins polyester resins unsaturated polyester resins urea resins melamine resins alkyd resins phenol resins fluoroacrylic resins acrylstyrene resins silicone resins and modified silicone resins modified with a resin such as acrylic resins polyester resins epoxy resins polyamide resins polyamide imide resins alkyd resins urethane resins and fluororesins.More preferably used in the present invention is an acrylic resin a silicone resin or a modified silicone resin.
Patent claim: The terminal device according to claim 10 wherein to adjust the parallax of the 3D icon the image processing unit is further configured to use a depth of the surface of the 3D icon as a depth of the contact portion of the operating pen relative to the screen and adjust the parallax of the 3D icon based on the depth of the surface of the 3D icon.

Related passage: As shown in Fig.33 for example the input pen 201 used in this embodiment 17 includes a spring 201E in the inside of the case and the input pen 201 has a structure in which when the operator applies pen pressure on the input pen 201 a pressure detection means 201F detects pressure of repulsion of the spring 201E.The configuration of the input pen 201 is not limited to the configuration shown in Fig.33 and the input pen 201 may have a structure including an air pressure type piston 201G so that the air pressure detection part 201H detects the applied pressure as shown in Fig.34 for example.The pressure detected by the input pen 201 having the structure shown in Fig.33 or 34 is arithmetically processed so that a pointer 303 having a length in proportion to the pressure applied by the operator is displayed on the display apparatus 3 for example.
Patent claim: The liquid ejection device according to any one of claims 1 to 15 wherein the controller is configured to determine whether or not the liquid ejection is suspended based on only one of the first and second detection results.

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 power tool according to claim 1 wherein a periphery of the motor 111 is formed cylindrically and the guide element 106 154a is arranged outside the motor 111 in a radial direction of the motor 111.

Related passage: Further in this embodiment a vibration reducing handle is provided by arranging the cylindrical housing portion 151 of the handle 109 on which the cylindrical housing portion 151 covers the motor housing 105 via the elastic rubber 155 and the gap between the motor housing 105 and the cylindrical housing portion 151 is defined as the cooling air passage 157 through which an air flows forcibly by means of the cooling motor fan 112 therefore the elastic rubber 155 is actively cooled.When the elastic rubber 155 reduces the vibration by means of its damping effect the vibration is changed into heat so that the elastic rubber 155 itself adversely generates heat but according tothis embodiment the elastic rubber 155 located at the cooling air passage 157 is cooled by the air flowing through the cooling air passage 157 therefore it is possible thermal degradation of the elastic rubber 155 is reduced and endurance of the elastic rubber 155 is improved.
Patent claim: The rechargeable battery of claim 2 or 3 wherein the bent portion 33a3 133 233 of the sinuous body 33a 130a 230a is spiralshaped.

Related passage: Referring to FIGS.1 and 2 the rechargeable battery 101 according tothe first embodiment includes an electrode assembly 10 wound with a separator 13 interposed between a positive electrode 11 and a negative electrode 12 a case 21 receiving the electrode assembly 10 and a cap assembly 30 combined with an opening of the case 21.
Patent claim: Cushion according to any one of the preceding Claims characterized in that the first thickness of the central portion 111 of the inner membrane 13 is less than 06 mm preferably the first thickness is of at least 02 mm.

Related passage: Another aspect of the invention relates to a fullface cushion for a patient interface that delivers breathable gas to a patient.The fullface cushion includes a frame connector adapted to attach the cushion to a mask frame and an interface provided to the frame connector.The interface is constructed of foam and defines a cushion cavity.The interface includes a foam contact surface adapted to interface or contact with surfaces of the patients face in use.
Patent claim: The method of measuring a calorific value according to claim 8 wherein the determination value is a ratio between a measured value of an electric signal from the heater element the heater element 61 generating heat at the first temperature and a measured value of an electric signal from the heater element the heater element generating heat at a second temperature out of the plurality of different temperatures and the predetermined threshold is set based on a value of a ratio between a value of an electric signal from the heater element 61 the heater element generating heat at the first temperature and being in contact with the mixed gas and a value of an electric signal from the heater element the heater element 61 generating heat at the second temperature and being in contact with the mixed gas.

Related passage: As shown in Fig.6 the microchip 8 is connected to a central processing unit CPU 300 including the measurement module 301.An electric signal storage device 401 is connected to the CPU 300.The measurement module 301 measures the value of the resistance RI of the first temperature measurement element 62 to which a weak voltage not enough to generate selfheating is applied and the values of the resistances RHVL1 RHVL2 and RHVL3 of the heater element 61 to which the voltages VL1 VL2 and VL3 are applied and saves the measured values in the electric signal storage device 401.
Patent claim: The apparatus 1000 according to at least claim 3 wherein the probe antenna device is movable to assume a plurality of operating positions and the processing module 5 is configured to map said plurality of positions with corresponding nulls orminima in the power scattering versus frequency pattern.

Related passage: The probe antenna device 100 can include a variable frequency oscillator ELS that operates as electromagnetic wave source that might be controlled by the first controller module 4 and is connected with the first and second modulators MOD1MOD2.It is also observed that in accordance with another example the electromagnetic wave source ELS the first controller module 4 the first and second modulating modules MOD1 and MOD2 can be external to the probe antenna device 100.
Patent claim: A controller according to any of claims 1 to 4 configured for use with a supplementary output load which comprises a controllable current source.

Related passage: A second bleeder current circuit 12 is constituted by a bleeder resistor R3 a bias resistor R9 and switches Q2 and Q3.That is a series circuit consisting of the bleeder resistor R3 and the switch Q2 is connected between the DC output ends of the rectifying circuit RC.The switch Q3 is connected so that a predetermined interlocking operation is performed between the switch Q2 and the first bleeder current circuit 11.Here the predetermined interlocking operation means that the second bleeder current circuit 12 is not operated while the first bleeder current circuit 11 operates and the first bleeder current flows.
Patent claim: The method of any of claims 7 to 11 wherein the encoded video signal is encoded in accordance with at least one of an H.264 encoding standard and a video coding 1 VC1 encoding standard.

Related passage: Therefore the image reproducing apparatus 1 according to this embodiments of the present invention includes the post filter unit 201 coupled to the deblocking filter included in the decoder 202.The post filter unit 201 performs filtering to remove the blocking artifacts using a decoded image signal and a filtering parameter received from the decoder 202.The filtering parameter may includea parameter set which is defined in a standard specification including a motion vector MV a quantization parameter QP and a reference index.
Patent claim: The method of claim 4 wherein the first volumetric model is based upon the x coordinate the y coordinate and the z coordinate.

Related passage: No matter how the processor 104 is specifically implemented it is in operable communication with the terrain databases 106 the navigation databases 108 and the display device 116 and is coupled to receive various types of inertial data from the various sensors 113 and various other avionicsrelated data from the external data sources 114.The processor 104 is configured in response to the inertial data and the avionicsrelated data to selectively retrieve terrain data from one or more of the terrain databases 106 and navigation data from one or more of the navigation databases 108 and to supply appropriate display commands to the display device 116.The display device 116 in response to the display commands selectively renders various types of textual graphic andor iconic information.The preferred manner in which the textual graphic andor iconic information are rendered by the display device 116 will be described in more detail further below.Before doing so however a brief description of the databases 106 108 the sensors 113 and the external data sources 114 at least in the depicted embodiment will be provided.
Patent claim: A computerimplemented method comprising displaying on a touch sensitive display a grid list of icons representing selectable items the icons being ordered in the gridin rows extending in a first direction and being arranged consecutively in a second direction orthogonal to the first direction the grid list comprising at least one column orin columns extending in a first direction and being arranged consecutively in a second direction orthogonal to the first direction the grid list comprising at least one row and in response to the device detecting a touch input starting from a first icon and continuing forwards or backwards in the first direction causing items represented by icons adjacent to the first icon forwards or backwards in the ordered grid list to be selected consecutively.

Related passage: As shown in Figure 4 the sidebar 444 may enter the screen after performing a long press on a content item 411 which in this example is 450ms.To initiate the sidebar faster for repeated actions the previously described accelerator can be utilised such that as an action is repeated the time required before displaying the sidebar is reduced.A further mechanism for increasing the speed of user interaction is illustrated in Figure 6.At state 601 the user has already performed a long press 610 on content item 411 resulting in the sidebar 444 appearing.While the user is pressing on the content item 411 they can drag 620 the finger towards one of the shortcut icons on the sidebar 444.
Patent claim: A method comprising displaying on a touchsensitive display a keyboard including selectable keys associated with primary characters responsive to detecting a touch at a location associated with one of the keys entering one of the primary characters associated with the one of the keys and responsive to detecting a gesture on the keyboard moving at least a first key of the keys of the keyboard while maintaining a location of at least a second key of the keys of the keyboard to facilitate selection of one of a plurality of secondary characters.

Related passage: Next the operation of the mobile terminal 10 according to the present embodiment and the character input method using the mobile terminal 10 according to the present embodiment are described.FIG.8 is a flowchart showing character input processing executed by the mobile terminal 10 according to the embodiment.FIG.9 is a flowchart showing a subroutine of character input sheet selection processing shown in FIG.8.FIGS.10 to 13 are each a diagram schematically showing how the character input sheet is displayed on the screen in the character input processing shown in FIGS.8 and 9.
Patent claim: A method as recited in Claim 7 further comprising the step of applying a reference mark to the airplane from which to align the video image.

Related passage: FIGURE 2 illustrates a second alternative camera layout that includes fourth fifth sixth seventh and eighth video cameras 60 80 88 94 and 100 for aiding in ground maneuvering.The fourth video camera 60 is located under the port side 62 of the fuselage 64.The fourth video camera 60 is directed aft and slightly under the left wing 66 of the airplane 24 toward the left wing gear 36.The sweep or viewing angle 68 of the fourth video camera 60 may be narrow allowing this video camera 60 to only view the tires 40 of the left wing landing gear 36 and the left edge of a runway or may be wide and encompass the tires 72 of optional center post main landing gear 70 possibly the tires 40 of the right wing landing gear 38 as well as the tires 40 of the left wing landing gear 36.Alternatively or additionally the fourth video camera 60 could be mounted on the starboard side of the airplane 24.
Patent claim: Cushion according to any one of the preceding Claims characterized in that the outer membranes 12 13 comprises a free curved edge 21 projecting toward the interior of the cushion 10.

Related passage: In the illustrated embodiment the wall thickness of the undercushion in the mouthchin region C may be thinner than the undercushion in other regions of the cushion.For example as shown in Figs.63 to 66 the wall thicknesses of the undercushion 64 in the side of nose region SN upper cheek region UC and lower cheek region LC are thicker than the undercushion 64 in the mouthchin region C.This arrangement provides higher flexibility in the mouthchin region C which may be more sensitive.However the wall thickness of the undercushion may be varied in other suitable manners around the cushion perimeter.
Patent claim: The method as set forth in any one of the preceding claims wherein controlling the operation of the at least one switching device comprises generating in a dq rotating reference system dq voltage command signals Vd Vq for the voltage of the electric generator transforming the dq voltage command signals Vd Vq into abc voltage command signals Va Vb Vc of a stationary reference system and controlling the operation of the at least one switching device based on the abc voltage command signals Va Vb Vc.

Related passage: The stator current I1 may be calculated by the Kichhoffs law from the output current Ir of the power converter CNV and the network current Is.The energization current I0 is one of the electric characteristics and can be obtained from the specifications or the like.The primary stator active current Id1 is proportional to the stator active power P and the primary stator reactive current Iq1 is proportional to the stator reactive power Q so that an equation 21 can stand.PI1dIdrQI1qIqr2
Patent claim: Coating system 4 according to claim 8 or claim 9 characterized in that it is applied onto the surface of a gas turbine component 3 made of a Ni Co Febased superalloy or combinations thereof that the first coating 1 is a ceramic thermal barrier coating preferably made of chemically stabilized zirconia and that the second coating 2 is made by applying of a zirconia based slurry.

Related passage: The heat treatment of the base layer and each topcoat can be carried out by a variety of techniques such as ovendrying andor using one or more standard heat lamps preferably having an output of between about 200 watts and 1000 watts.One advantage of the heat lamps is their portability when repairing coatings at remote locations.For step d curing of the overcoat is accomplished when 1 any organic materials are substantially evaporated or burned out and 2 the overcoat becomes densified andor the matrix becomes crystallized.Usually the timetemperature schedule is about 1 minute to about 120 minutes at about 400C to about 1200C.In preferred embodiments the heat treatment temperature is in the range of about 400C to about 800C for about 5 minutes to about 60 minutes.
Patent claim: The composition according to claim 1 wherein the nanoparticles comprise at least one selected from the group consisting of nickel chromium cobalt titanium and alloys silicides and mixtures thereof.

Related passage: Furthermore metallic powders such as Ti Nb Mn Fe Co Cr W Mo V and Sb added to the Ag termination alone or in combination with one or more of the above hydrides or TCR drivers are also very effective in minimizing length effect.It is believed the reducing atmosphere created by hydride decomposition moderates their rate of oxidation and enables them to act as reducing agents to inhibit formation of Ag.After eventual oxidization they diffuse into the resistor glass and serve as negative TCR drivers to compensate for RTCR changes caused by Ag diffusion into the resistor.
Patent claim: A method according to claim 1 wherein the model includes concepts and content which is defined and mastered in thebusiness model with dependencies formed between items of the model.

Related passage: In accordance with the invention at least some selected components of the model are linked so as to allow data which is generated from the use of a first component to be transmitted to and received by a linked component thereby allowing that data to then subsequently be used in the performance of the linked component.This therefore means that when a user interacts with a particular element of the model and thereby utilizes a first component which is rendered accessible by interaction with the element the user can interact with the component to perform the required operation or alternatively the performance of the component is commenced automatically.The data generated from that component can then be transferred to a linked component and used in that component without any further interaction being required by the user.This therefore means that for example all of the components which have been identified for a particular element can be linked and performed in an automatic sequence without user interaction.This is in contrast to a conventional system where the user is typically required to interact with each component such that the interaction comprises performing a particular component then interacting with the next component and so on until the performance of the components for that element is completed.The linking of the components is found to increase the speed of operation of the componentsand in many cases can also improve the reliability of the performance of the components as the possibility of user error is removed.
Patent claim: The method according to claim 2 wherein the Regeneration Start Mode RSM is characterized by an increase of the Setpoint Temperature T3 to a predetermined regeneration start temperature T3S andor an increase of the Oxygen Content OC of the exhaust gas to a predetermined maximum oxygen content value OCmax.

Related passage: The ECU 30 exercises temperature control in forced regeneration of the DPF 17 as shown for example in the flow chart of FIG.2.
Patent claim: A secondary battery 10 comprising at least one battery cell 100 with an electrode assembly 150 a case 180 accommodating the electrode assembly 150 and a cap plate 130 affixed to the case 180 the cap plate 130 comprising an opening 130 wherein the battery 10 further comprises an electrode unit 110 which extends through the opening 130 and which comprises a current collecting member 112 that electrically contacts an electrode of the electrode assembly 150 and an electrode terminal 111 that is arranged at an outer side of the cap plate 130 and wherein the current collecting member 112 and the electrode terminal 111 are formed of different materials and are interconnected by a joining portion 113 of the electrode unit 110 characterized in that the battery 10 comprises a seal molding 115 in which the joining portion 113 is embedded.

Related passage: The terminal unit includes the positive and negative electrode rivets 11 and 12 rivet terminals 21 and 22 respectively welded to the positive and negative electrode rivets 11 and 12 and bus bars 31 and 32 respectively welded to the rivet terminals 21 and 22 so as to form a serial or parallel connection structure with neighboring i.e.adjacent secondary batteries.The secondary battery 20 may include another terminal unit the other terminal unit including another rivet terminal and another electrode rivet.In addition the other rivet terminal and the other electrode rivet may be formed of a same metallic material.Furthermore the terminal unit including the multimetal electrode rivet 12 may have a polarity opposite to a polarity of the other terminal unit including the other electrode rivet.In an implementation another electrode of the electrode assembly 60 may be electrically connected to at least one of a cap plate of the cap assembly and the case 50.In the secondary battery module of an embodiment the bus bars 30 may include a bus bar 30 coupled to the terminal unit of one of the secondary batteries and to an adjacent secondary battery.The bus bar 30 may be formed of the second metallic material.In an implementation the bust bar 30 may be coupled to a terminal of the adjacent secondary battery.
Patent claim: The apparatus according to claim 8 or 9 wherein the TA list allocated to the UE comprises the TA currently visited by the UE and a TA which will be most probably visited by the UEs located in the TA currently visited by the UE among TAs adjacent to the currently visited TA.

Related passage: According to a particular feature the probability that the mobile terminal moves from the first wireless area to the second wireless area via the via wireless area knowing that the mobile terminal has moved from the previous wireless area to first wireless area is determined from the number of transitions which have been executed from the previous wireless area to the first wireless area and followed by a transition from the first wireless area to the second wireless area the number of transitions which have been executed from the previous wireless area to the first wireless area the number of transitions which have been executed from the previous wireless area tothe first wireless area and followed by a transition from the first wireless area to the via wireless area the number of transitions which have been executed from the previous wireless area to the first wireless area the number of transitions which have been executed from the first wireless area to the via wireless area and followed by a transition from the via wireless area to the second wireless area and the number of transitions which have been executed from the first wireless area to the via wireless area.