bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The connector part according to any of the preceding claims wherein said damper unit 10 comprises a damper body 20 defining a chamber 30 and further comprises a piston 12 providing a wall of the chamber 30 wherein the piston 12 is movable relative to the damper body 20 to change the volume of the chamber 30 wherein the chamber 30 is filled with a liquid and comprises an opening 32 through which the liquid can enter and escape the chamber 30 wherein the first contact 110 is mounted to the piston 12 or the damper body 20 and wherein the delay in the engagement of the first contact 110 with the second contact 210 at least partly results from the time required to expel liquid from within said chamber 30 through said opening 32 when moving the damper body 20 relative to the piston 12.

Related passage: The second connector part 20 is provided in the form of a plug part having a plug body 23 and a front portion of the plug 24 also termed plug nose.In the second connector part 20 a second coupling portion 21 is provided which in the embodiment of Figure 1 has the shape of a contact sleevehaving a compliant component for making contact.The second coupling portion can for example be provided as a socket contact.An electrical conductor not shown connected to a subsea cable a power distribution unit or the like is in electrical contact with the second coupling portion 21.In the example of Figure 1 the second coupling portion 21 is an electrical coupling portion in other embodiments an optical second coupling portion may be provided or even optical and electrical second coupling portions may be provided.First coupling portion 11 and second coupling portion 21 can be brought into engagement to provide an electrical connection or an optical connection in case of optical coupling portions.
Patent claim: A cooling assembly according to any one of claims 3 to 6 characterized in that each of the capillary tube elements 8 8 is a MPE tube element.

Related passage: In the second embodiment the tubes 4 extend through the evaporator 2.In the illustrated example the evaporator 2 comprises a plurality of elongated spacer elements 31 which are arranged between the tubes 4 to keep the tubes apart from each other.Therefore the tubes 4 partly penetrate into the evaporator 2 are located between the spacers of the evaporator and the channels located in these parts of the tubes 4 are evaporator channels 6 that are embedded into the evaporator 2 and the other channels of the tubes are condenser channels 7 located outside of the evaporator 2.
Patent claim: The slide rail assembly of any of claims 14 characterized in that the second rail section 26 of the guide rail 22 is located at a front end of the guide rail 22 the guide rail 22 further has a rear blocking part 27 located at a rear end of the guide rail 22.

Related passage: In Figs.1 2 and 3 especially in Fig.2 the first slide rail 10 of the second slide rail assembly 60 comprises a first elongated web plate 11 which has a front surface facingtoward the UPS during the use and a back surface facing away from the UPS as shown in Fig.9.The upper edge of the first web plate 11 is provided with a first Lshaped upper folded panel 12 which extends at an angle of 90 degrees with regard to the back surface of the first web plate 11 and the lower edge of the first web plate 11 is provided with a supporting panel 13 extending at an angle of 90 degrees with regard to the front surface of the first web plate 11.Further the first web plate 11 is punched with five first Lshaped lower folded panels 14 opposite to the first upper folded panel 12 and extending at an angle of 90 degrees with regard to the back surface of the first web plate 11.In this case each of the first upper folded panel 12 and the first lower folded panel 14 includes a horizontal portion extending substantially perpendicularly with the first web plate 11 and a vertical portion extending substantially parallel with the first web plate 11.The vertical portions of the first upper folded panel 12 and the first lower folded panel 14 are arranged in opposition to each other and are substantially located in same vertical plane and the supporting panel 13 and the horizontal portion of the first lower folded panel 14 are substantially located in same horizontal plane.The first upper folded panel 12 and the first lower folded panel 14 collectively constitute a slide chute for supporting and guiding second slide rail 20 sliding therein while the UPS 80 is placed on the supporting panels 13 and is supported by them as shown in Fig.9.
Patent claim: The generator according to claim 1 wherein the seal 600 is arranged between the second rotatable part 300 and the bearing system 420.

Related passage: A groove may be machined at a contact surface between the second seal carrier 120 and the second bearing ring 140 such that between the contact surface of the second seal carrier 120 and the second surface 108 a passage 104 is formed.Hence grease that leaks through the sealing element 101 may be guided in a defined manner through the passage 104 to the environment.To the passage 104 a grease cup may be connected such that the leaked grease may be gathered into the grease cup.Furthermore grease may also be supplied through the passage 104 to the inner volume 102.
Patent claim: The system of claim 8 wherein the first locationupdaterequest specifies a location precision requirement for the location update and wherein obtaining the location of the mobile device by implementing the selflocation function comprises selecting an appropriate positioning system to activate based on the location precision requirement and one or more predetermined criteria.

Related passage: As such alwayson services enable users by pressing a button to view information from the Internet view information from other users play games with other users exchange data with other users establish a textbased chat conference with a plurality of users establish a voicebased conference with a plurality of users establish connections with other users receive information pushed by a network talk to other users and the like.
Patent claim: A method of accessing a portable electronic device PED on board an aircraft the method comprising providing an onboard network coupled to a flightdeckinstalled multifunction display coupling the PED to the onboard network receiving information from a PED hosted application in the PED routing the information through a gateway and displaying the information on the flightdeckinstalled multifunction display.

Related passage: If there is a turbulent condition then that condition may be indicated to the flight crew at 106.This may include providing an indication on the handheld device 40.For example an indication may be displayed on the display 44 of the handheld device 40.By way of additional example an audible indication may be emitted from the handheld device 40.Further if the determination of the turbulent condition is made by the handheld device 40 and not the controller 30 providing an indication of the turbulent condition may include transmitting a turbulence signal from the handheld device 40 to the aircraft 10.The controller 30 may then provide an indication on a display 22 on the flight deck 18 of the aircraft 10 in response to the turbulence signal which was transmitted from the handheld device 40.Alternatively the flight deck 18 may emit an audible indication in response to the turbulence signal provided by the handheld device 40.
Patent claim: Method according to any preceding claim wherein said force sensor 11 comprises a spring 13 disposed between the indenter 5 and the first actuator 7 the relative displacement detector 26 being arranged to detect a relative displacement between said indenter 5 and a structure 15a mounted between the spring 13 and said first actuator 7 said relative displacement detector 11 comprising a differential capacitor comprising a first pair of electrodes 17a 17b provided on said structure each of said electrodes 17a 17b facing acorresponding electrode 19a 19b of a second pair of electrodes provided on said indenter 5.

Related passage: Said body 23 comprises two electrodes 24 each facing a respective electrode of said first pair of electrodes 25 and arranged parallel thereto so as to form a pair of capacitors.The capacitors C1 and C2 thus formed are arranged in a differential mode so as permit measurement of a displacement of the indenter rod 22 relative to said body 23 and form together with the spring system 21 an applied force sensor in the manner described in US 7685868
Patent claim: The composition of either of Claims 1 or 2 wherein the protuberating core of the phosphorus acid functionalized polymer particles comprises from 5 to 10 weight percent structural units of phosphoethyl methacrylate based on the weight of the core and wherein the shell comprises less than 0.1 weight percent structural units of a phosphorus acid monomer based on the weight of the shell.

Related passage: Viscosity drift more particularly Krebs Unit viscosity drift KU drift in paint formulations is undesirable because formulators and final users want to achieve a target viscosity with assurance of stability of that viscosity.Some paint formulations that contain latex polymers that adsorb to the surfaces of pigment particles to form composites are especially prone to KU drift especially where the rate of adsorption of the adsorbing latex also known as the precomposite and the pigment particles typically TiO2 particles is slow.This slow adsorption is attributed to the presence of adsorbing inefficiencies arising from the surface treatment of the TiO2 particles which slows down the rate of adsorption between the latex particles and the TiO2 particles additionally surface active agents used to prepare TiO2 slurries may also adversely affect the rate at which the adsorbing latex particles adsorb to the TiO2 particles.Moreover associative thickeners such as hydrophobically modified ethylene oxide urethane polymers HEURs and hydrophobically modified alkali swellable or soluble emulsions HASEs which form a network with the latex particles are believed to interfere with the ability of these particles to adsorb to the surface of the TiO2 particles.
Patent claim: A noise suppressing method comprising dividing a first voice signal into frames each having a predetermined length of time such that the two successive frames overlap each other the first voice signal being obtained by a first microphone transforming the first voice signal into a frequency domain for each of the frames to compute a first frequency spectrum for the first voice signalremoving for each of the frames a noise component from an amplitude component of the first frequency spectrum for each frequency to compute a noise suppression amplitude component comparing for each pair of the successive frames the amplitude components or the noise suppression amplitude components for each frequency of the first frequency spectrum to compute a comparison value for each frequency computing for each pair of the successive frames a gain according to the comparison value for each frequency computing for each pair of the successive frames a corrected amplitude component for each frequency by multiplying the noise suppression amplitude component of one of the frames for each frequency by the corresponding gain computing for each of the frames a corrected frequency spectrum from a phase component of the first frequency spectrum and the corrected amplitude component for each frequency and transforming the corrected spectrum into a time domain to compute a corrected voice signal.

Related passage: According to another aspect of the present invention thenoise reduction apparatus inlcudes the amplitude adjusting coefficient which is a value obtained by an addition of a weighted amplitude adjusting coefficient obtained at a previous frame and an amplitude adjusting coefficient of a current frame which is obtained based on a difference of the power of amplitude spectrum of input signal of the current frame and the power of estimated noise amplitude spectrum of the current frame.
Patent claim: The device of claim 11 or 12 wherein the TX current is regulated by using a plurality of gears wherein each one of the plurality of gears represents a discrete power configuration for a transmitter.

Related passage: A monitor 256 included with the transponder signal receiver circuit 252 may monitor the incoming signal from the transponder to determine if any adjustments are necessary.The monitor or monitor module 256 can be any hardware circuit firmware software etc.operable to complete the functions described herein.Thus the monitor 256 may monitor signal characteristics for example the frequency envelope clipping of the signal etc.to determine if the tuning circuit 224 may be adjusted either to eliminate current signal issues or to improve the reception of the signal.
Patent claim: The method according to claim 1 characterized in that when it is confirmed whether or not the color of toner particles 104 is developed after the toner particles 104 are obtained by further fusing the aggregated particles by heating if the color of the toner particles 104 is not sufficiently developed the toner particles 104 are further cooled.

Related passage: The manufactured toner was put into a toner cartridge of a plain paper copier and an imagefor evaluation was copied onto a copy sheet.The reflection density of the formed image was about 1.2.This paper sheet was passed through a heat roller at 200C to thermally destroy the microcapsules dipped in diethoxyethane to erase the image and airdried.The reflection density of the paper sheet after the image was erased was 0.05 indicating a good erased state.The reflection density remained unchanged even after the paper sheet from which the image was erased was left to stand at 60C for 300 hr.Furthermore when erasure and overwriting were repeated 10 times an image substantially the same as the first image was obtained.
Patent claim: Method for detecting an open phase fault in a multiphase electric machine wherein the method 40 comprises the steps ofmeasuring at least one current value of each phase of the multiphase electric machine 41for always two phases of the multiphase electric machine determining a phase delay between the two phases based on the measured current values 42determining if a determined phase delay between two phases exceeds a predetermined threshold 43if a determined phase delay between two phases exceeds a predetermined threshold detecting that there is an open phase fault 44.

Related passage: In this way in the rotation coordinate current phase frequency components of two times the voltage that is applied to the AC motor 6 are generated only at the time of a fault phase.The frequency components are extracted by the frequency component extractor 10 and in a case where the frequency components exceed the set threshold by the fault phase determination unit 11 it is possible to determine a fault phase.
Patent claim: The coated cutting tool of any of the preceding claims wherein the average thickness of the Al2O3 layer is 210 m.

Related passage: The tool lives were 22 min for coating 4 according to the prior art and 27 min for coating 9 according to the invention.Figure 6 shows the cutting edge of the insert with coating 4 according to the prior art and figure 7 shows the cutting edge of the insert with coating 9 according to the invention.As clear from the figures 6 and 7 the layer according to the invention showed clearly less flank wear and somewhat lower crater wear than the prior art layer.
Patent claim: The LED light source 10 as claimed in claim 1 further comprising a transparent packaging body 30 made of transparent resin material transparent silicone material or transparent polymer material wherein the LED dies 11 and the electricityconducting holding elements 12 are sealed in the transparent packaging body 30.

Related passage: The benefits of this invention include the C.O.B.based LED lamps 21 are fastened and have the same orientation.Enhanced flexibility of the conductor sections 23 on the groove 11 i.e.XY plane as assumed to withstand a pulling of the light device.Protection the resistors 22 against damage.Easy installation is effected due to the flat top and bottom surfaces 41 and 42 of the jacket 40.Light emitted from C.O.B.based LED lamps 21 as indicated by arrow can concentrate in a direction perpendicular to the top surface 41 i.e.increased illumination.
Patent claim: The method of claim 11 further comprising generating a capacitive element via one or more capacitive elements of the parasitic scattering element to alter at least one of the first or second radiation pattern from a vertical radiation pattern or a horizontal radiation pattern to a diagonal radiation pattern.

Related passage: Figs.5a and 5b respectively represent the frequency characteristics of the multiplexing efficiency dB and the gain imbalance dB of the antenna apparatus illustrated in Fig.3.Multiplexing efficiency is an indicator for conducting an overall evaluation of antenna properties for sendingreceiving signals and antenna correlation properties and is expressed in the following formula.mux121
Patent claim: The device according to Claim 1 wherein the circuitry is configured to determine an arrangement of icons based on the determined tilt angle and the circuitry is configured to control the arrangement of icons.

Related passage: In the case of utilizing the editing function on the mobile phone as described in FIG.5B time for inputting characters can be shortened by providing the input key with QWERTY layout as shown in FIG 6B.In particular in the mobile phone shown in FIG.6B the mobile phone is in the state where a shortside direction of a rectangle is a longitudinal direction a perpendicular direction in the case where the display surface is seen from the front a longside direction is fixed and the shortside direction is inclined horizontally and the size of the input key can be made larger.Therefore characters can be input in a manner similar to that of a keyboard of a laptop computer or a desktop computer so that time for inputting characters by the user can be considerably shortened.Note that the layout of the input key is not limited to QWERTY layout and Dvorak layout or given layout of the input key by the user can be used in accordance with a language or an intended purpose.As described above in the mobile phone of the present invention the display element and the optical sensor are provided in the display portion the arithmetic circuit performs processing in accordance with signals from the gradient detection portion and the kind size or arrangement of the input key can be varied by the optical sensor provided in each pixel.Therefore unlike an input key which has predetermined kind size or arrangement such as a builtin operation key convenience for users can be improved.
Patent claim: The method of claim 1 further comprising determining the unmodified second signature by a measurement.

Related passage: The parasitic vibration may comprise a vibration associated with the normal operation of the device.For example the device may comprise an electric razor a kitchen appliance or piece of industrial equipment.Thus the parasitic vibration may be generated by a motor or other component on the device.In such case the haptic effect may be associated with controlling this motor or component e.g.briefly stopping or slowing its operation and thus generating a perceptible haptic effect by stopping or slowing the parasitic vibration.For example a housing of the device may comprise a magnetorheological fluid which changes viscosity when a magnetic field is applied.The magnetorheological fluid may comprise a mechanical coupling between the component and the housing or between a part of the housing touched or held by the user and another part of the housing to which the component is mechanically coupled e.g.mounted.Thus a magnetic field may be applied to vary the strength of the parasitic vibration.The user may detect this change in the parasitic vibration as a haptic effect.In another embodiment the device may comprise one or more e.g.adjustable air sacs or shock absorbers that are used to vary the strength of the parasitic vibration and thus output a detectible haptic effect.
Patent claim: An image processing terminal comprising a receiving unit configured to receive a control signal including information about a normal input or a force input applied to a remote controller and a processor configured to operate the image processing terminal in a specific mode according to the received control signal wherein a mode when the normal input is applied to a specific key of the remote controller is different from a mode when the force input is applied to the specific key modes differ depending on a sensing level of the force input applied to the specific key or the modes differ according as the force input is applied to different keys a first mode is changed to a second mode when the force input is applied to the specific key of the remote controller in the first mode the force input means an input applied to the specific key of the remote controller with a higher pressure or a wider area than a pressure or an area in the normal input and a sensing level corresponding to the normal input or the force input applied to the specific key is calibrated to a first sensing level or a second sensing level when an input applied to the specific key corresponds to an input between the first sensing level and the second sensing level.

Related passage: FIG.10 illustrates a method for converting a channel while broadcast data is received and displayed in a mobile terminal 100 according to a sixth embodiment of the present invention in which a corresponding operation is performed according to a pressure at which a key for performing channel conversion is pressed.For example the controller 180 checks the pressure of an input key or touch region when a soft key 211 or 212 for channel conversion is input or touched while the soft menu 20 for a channel manipulation is displayed.
Patent claim: The process according to any preceding claims wherein the second composition comprises between 10 and 50 preferably between 15 and 45 by weight of the second composition of anionic surfactant wherein the anionic surfactant is preferably selected from linear alkylbenzene sulphonate alkoxylated alkyl sulphate or mixtures thereof.

Related passage: The present invention also provides for a preferred process of making a nonaqueous composition of the present invention comprising the steps of i providing a cationic polymer dispersion by combining the cationic polymer with the dispersant and ii combining the cationic polymer dispersion with a nonaqueous liquid feed.Preferably the cationic polymer dispersion comprises from 1to 35more preferably from 10to 25by weight of the cationic polymer.Since the cationic polymer is in particulate form the viscosity of the cationic polymer dispersion remains low and it can be easily incorporated into the nonaqueous liquid feed by typical mixing methods.The nonaqueous feed may comprise some or all of the remaining ingredients including anionic andor nonionic surfactants.In one embodiment the cationic polymer dispersion additionally comprises water andor a solvent such that the cationic polymer is partially hydrated or solvated.If present the water andor solvent are preferably present at a level of from 1to 50by weight of the cationic polymer dispersion.In another embodiment the process may include a step of forming an external structurant premix and combining the external structurant premix with the cationic polymer dispersion or the nonaqueous feed or the combined cationic polymer dispersionnonaqueous feed.