bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A signal processing device comprising a multipath delay estimation circuit configured to numerically update a multipath delay estimate of an estimated channel impulse response of a wireless channel based on one or more observations characterizing the wireless channel an estimated probabilistic distribution of the wireless channel and a target probabilistic distribution of the wireless channel and a signal processing circuit configured to process the plurality of signals using the probabilistic channel model.

Related passage: The selection criteria can be adjusted to compensate for model mismatch due to e.g.calibration or discretization errors.
Patent claim: The medical system of claim 4 wherein the processor compares a plurality of sampling values and a predetermined threshold value and then detects whether any of the plurality of sampling values is greater than or equal to the predetermined threshold value cumulatively adds the plurality of sampling values that are detected in a proceeding direction of the virtual ray VR and determines that a voxel which has a sum of cumulatively added sampling values that is the first to exceed or be equal to the reference value is the voxel that corresponds to the reference value.

Related passage: Processing performed by the ultrasound diagnosis apparatus according to the first embodiment is explained below with reference to Fig.5.Fig.5 is a flowchart for explaining processing performed by the ultrasound diagnosis apparatus according to the first embodiment.A case explained in Fig.5 is that the above processing of creating a first image a second image and a composite image is executed in real time on a threedimensional ultrasound image volume data created along a time sequence through a threedimensional scan of a subject with an ultrasound wave.
Patent claim: The motion sensor of claim 3 wherein the trigger detector comprises a filter having an input coupled to the loudspeaker input and an output coupled to the comparator input.

Related passage: In the case that the second acoustic signal to be sensed comprises frequency components in a band that does not overlap with the first input signal driving the loudspeaker the frequency components related to the input signal can be suppressed at the output by filtering.This is one simple yet effective way to distinguish or separate the first and second signals.
Patent claim: The communication device 401 of any preceding claim wherein the processor 208 is further enabled to determine that the outgoing communication is scheduled by processing a calendar database to determine that the outgoing communication is associated with meeting data associated with the scheduled given time.

Related passage: The activation or wakeup code in instruction message would point to the application 122 and cause the microprocessor 112 to retrieve that program from memory 114 and begin execution of the program 122.Execution of the program 122 would cause the microprocessor 112 to extract a telephone number contained in the SMS instruction message.Execution of the calling client application 122 by the microprocessor 112 also causes the mobile station 13 to initiate a call through the mobile communication network 15 and to alert the user of the call.
Patent claim: The electronic device of claim 8 wherein the processor is further configured to again assign a weight of the specific audio data to include a weight greater than other audio data stored at the memory.

Related passage: After completion of step 42 the music player 30 proceeds to step 43.In step 43 the music player 30 notes the notification from the server 10 to judge whether the file to be recorded in the flash memory 34 is available.If the file to be recorded is not available the music player 30 immediately terminates the process.If on the other hand the file to be recorded is available the music player 30 proceeds to step 44 and detects the free space of the flash memory 34.The musicplayer 30 further proceeds to step 45 and judges whether the free space is not smaller than the download size.
Patent claim: The method according to claim 1 wherein at least one cutout is defined on the outer periphery of the substrate to form the at least one ridge.

Related passage: Although the foregoing description and accompanying drawings have provided as examples of the present disclosure electrosurgical instruments and electrode assemblies that are associated with vessel sealing technology the embodiments of thepresent disclosure may also be applied to other electrosurgical instruments and electrode assemblies which include scissors knives pencils and ablation assemblies.
Patent claim: The touch sensing method of claim 9 or 10 wherein the determining of the user touch comprises outputting display data for displaying the image to the data lines overlapping the touch electrode in the display mode.

Related passage: The display scan driving circuit 204 comprises one or more scan drive ICs.The scan drive ICs sequentially supply scan pulses or gate pulses synchronized with analog video data voltages to the gate lines G1 to Gn under control of the timing controller 104 during a display period and selects lines of the display panel to which theanalog video data voltages are written.The scan pulses are generated as pulses that swing between a gate high voltage VGH and a gate low voltage VGL.The display scan driving circuit 204 continuously supplies the gate low voltage VGL to the gate lines G1 to Gn without generating scan pulses during the touch sensor driving period.Accordingly the gate lines G1 to Gn supply gate pulses to the TFTs of the pixels during the display period to sequentially select lines to which data is written on the display panel 100 and maintains the gate low voltage VGL during a touch sensor driving period.The gate high voltage VGH may be a voltage of approximately 18 V to 20V and the gate low voltage VGL may be a voltage of approximately 0 V to 15 V.
Patent claim: A method of dispensing a carbonated beverage from a beverage container holding said carbonated beverage at an elevated pressure exceeding the ambient atmospheric pressure to a dispensing device said method comprising providing a constant flow rate controller defining an inlet in fluid communication with said beverage and an outlet located opposite said inlet and dispensing said beverage thereby gradually decreasing said elevated pressure causing said constant flow rate controller to move from a second position defining a minimum flow area between said inlet and said outlet of said constant flow rate controller towards a first position defining a maximum flow area between said inlet and said outlet of said constant flow rate controller.

Related passage: These solutions are interesting but they are not suitable for regulating the flowrate of a liquid when the pressure difference between the container and atmospheric varies over time.Such pressure variations may happen e.g.in case of prepressurized vessels wherein a given amount of pressurized gas is stored in the container.As the liquid is being dispensed the free volume in the container increases whilst the amount of gas remains constant thus resulting in a pressure decrease over time in the container.Similarly when gas is adsorbed on a carrier or stored in a cartridge of small dimensions the storage capacity may be insufficient to maintain a constant pressure in the vessel over time.A flow rate controlling means able to maintain the dispensing flow rate substantially constant over a given range of pressures in the container is therefore desirable.
Patent claim: An attaching jig used when attaching an airflow generation device to an attachment object the airflow generation device generating an airflow by voltage applied between a pair of electrodes provided in a base formed of a dielectric material the attaching jig configured to support the airflow generation device the supporting jig comprising a plurality of support plates for supporting the airflow generation device on support surfaces thereof and a coupling part coupling the plurality of support plates wherein the supporting jig is foldable by the plurality of support plates rotationally moving around the coupling part as a rotation shaft.

Related passage: The plasma airflow generating unit 10 may be embedded when the blade 21 is molded or may be fixed to a surface of the blade 21 with adhesion screwing and the like.Here it is required that the plasma airflow generating unit 10 is attached to a section of the surface of the blade 21 as being capable of suppressing separation flow.Specifically as illustrated in FIG.3 one end face in the longitudinal direction of the surface electrode 6a of the plasma airflow generating unit 10 is preferably to be in a predetermined range 21b indicated by dotted line in FIG.3 of the leading edge of the blade 21 at a suction side 21a from a leading edge base point BP of the blade 21 defined by a camber line CL.However not limited to the range 21b it is possible to attach the plasma airflow generating unit 10 at an arbitrary position being preferable aerodynamically and preferable for suppressing separation flow.
Patent claim: The apparatus according to claim 3 wherein the source node comprises a directive antenna transmission directive angles of which are to be controlled and said acquisition means acquires the angle difference of the directive angles between the wireless communication paths based on the transmission directive angles of the source node.

Related passage: In the proposed MIMO system spatial antenna diversity is applied by using multipleelement antenna arrays.In the present embodiment of the communication system 1 comprising three pairs of antennas on the first station 2 and the second station 3 respectively three strongest communication paths 10 11 12 are chosen as described above wherein the multipath propagation channel transfer function can be defined by the following equationHfH11fH12fH13fH21fH22fH23fH31fH32fH33f
Patent claim: Computer readable medium having stored thereon a computer program according to claim 32.

Related passage: The present disclosure envisages a computer implemented method for providing challengeresponse solutions to authenticate a user.The method in accordance with the present disclosure includes the following stepsinterlinking a plurality of images with unique index values such that each of the images has a corresponding unique index value enabling the user to select at least two interlinked images for the purpose of registration generating at least two image matrices having interlinked images wherein each of the image matrices include at least one interlinked image selected by the user and arranging the unique index values corresponding to the interlinked images in the form of matrices and generating indexvalue matrices enabling the user to specify the sequence in which the image matrices and the indexvalue matrices are to be traversed generating and transmitting an authentication challenge of the form of onetime equation computing at a web server the value of the onetime equation based on at least the interlinked images selected by the user during the registration the corresponding index values and the sequence specified by the user and storing the computed value at the web server displaying the one time equation the image matrices and the index value matrices at least temporarily on a client device prompting the user to calculate the value of the onetime equation by using the image matrices the indexvalue matrices and the sequence transmitting to the web server the value calculated by the user and comparing the value stored at the web server with value calculated by the user and authenticating the user only in the event that the value calculated by the user is equivalent to the value stored in the web server.
Patent claim: A method of operating a data analysis system for analyzing microscopic data acquired by a charged particle microscope from an object comprising a plurality of sample particles wherein the microscopic data comprises Xray intensity measurement data and charged particle intensity measurement data which have been acquired by scanning a primary beam of the charged particle microscope in a first and a second scanning region wherein the first and the second scanning regions are adjacent to each other or partially overlapping with each other wherein the method comprises identifying at least one sample particle of the plurality of sample particles which is at least partially located in the first and in the second scanning region and generating Xray intensity data assigned to surface locations of the identified sample particle depending on at least a portion of the Xray intensity measurement data of the first scanning region at least a portion of the Xray intensity measurement data of the second scanning region and further depending on at least a portion of the particle intensity measurement data of the first and the second scanning regions wherein the generating of the assigned Xray intensity data comprises generating for each of the first and second scanning regions an image depending on the particle intensity measurement data of the respective scanning region and determining positions of impingement locations of the primary beam in the first and in the second scanning region relative to each other wherein at the impingement locations the portions of the Xray intensity measurement data of the first and second scanning regions have been acquired wherein the determining of the positions of the impingement locations relative to each other is performed depending on the image of the first scanning region and the image of the second scanning region.

Related passage: In step 326 the backscattered electron image is analyzed to determine the outline of regions of the sample having similar characteristics.Image 430 shows a border 432 drawn around a region that shares a common gray level in the backscattered electron detector image and is assumed to be composed of the same material.In step 324 the regions of common gray level in the backscattered electron image are correlated with the larger pixels in the xray image 422 and the corresponding pixels in the backscattered electron map are assigned the materials determined by the spectrum of the corresponding pixels in the xray map.Image 440 shows an interpolated compositional map of the sample which was determined by assuming that regions having similar backscattered electron image characteristics are composed of the same material which is determined by the xray map.
Patent claim: The method of claim 1 wherein the densified preform exhibits a density greater than approximately 1.8 grams per cubic centimeter after infiltration of the open pores with the low viscosity resin.

Related passage: VPI.Vacuum Pressure Infiltration VPI is a well known method for impregnating a resin or pitch into a preform.The preform is heated under inert conditions to well above the melting point of the impregnating pitch.Then the gas in the pores is removed by evacuating the preform.Finally molten pitch is allowed to infiltrate the part as the overall pressure is returned to one atmosphere or above.In the VPI process a volume of resin or pitch is melted in one vessel while the porous preforms are contained in a second vessel under vacuum.The molten resin or pitch is transferred from vessel one into the porous preforms contained in the second vessel using a combination of vacuum and pressure.The VPI process typically employs resin and pitches which possess low to medium viscosity.Such pitches provide lower carbon yields than do mesophase pitches.Accordingly at least one additional cycle of pitch infiltration of low or medium charyield pitch with VPI or RTM processing is usually required to achieve a final density of 1.7 gcc or higher.
Patent claim: The operating method of claim 12 wherein the determining of the temperature of the electronic device and the SoC of the battery comprises activating at least one inactive processor in response to an alarm event anddetermining the temperature of the electronic device and the SoC of the battery through the at least one activated processor.

Related passage: It should be appreciated that the battery pack 30 can be charged at any suitable various percentages of states of charge stored at any suitable elevated temperature for any suitable period of time and undergo any suitable number of forming cycles.
Patent claim: An electrode line monitoring unit according to Claim 2 or Claim 3 wherein the or each characteristic of the electrode line is selected from a group that includes line connectivity current level and temperature.

Related passage: Turning now to Figure 8 there is shown an exemplary topology of an undersea communications network 101 suitable for distributing electric power and optical communications services as the case may be in a protected manner to undersea user equipments 111 and 112.Elements that are identical or similar to theelements of Figures 1 and 2 are referred to by the same numeral increased by 100.In Figure 8 line 19 designates a limit between a submerged portion of the system to the right of line 19 and a dry portion of the system to the left of line 19.
Patent claim: The image processing device 100 according to any one of claims 1 to 6 wherein the position estimating unit 156 is configured to estimate each of a plurality of second positions corresponding to a plurality of the first positions relatively set to the detection object and the image processing device 100 further comprises a command generation unit 158 configured to generate a command from the plurality of second positions to an external device.

Related passage: The third stage originates in the localisation of the article for example the articles centre of gravity in order to segment the whole shape of the article in the most accurate manner possible and it has been rarely used in the prior art as there is the need to obtain segmentation of the whole shape only for those applications in which the heft of the article has to be estimated.
Patent claim: Method according to any of the preceding claims wherein the second device 2 contains a step counting application 25 configured to be selectively activated when the absence of the first device 1 near the second device 2 is observed.

Related passage: FIGS.142A142D illustrate another example configuration of a watch configured to track and monitor athletic performance by a user.Watch 200 may include a display module 201 a band 203 and a latchsecuring mechanism 205 among other components and elements.In contrast to watch 10 display module 201 might not be removable from a remainder of watch 200 in some arrangements.For example display module 201 may be mounted or integrally formed with brand 203 andor other components of watch 200.Alternatively display module 201 may be nondestructively removabledetachable.Latchsecuring mechanism 205 may include a data connector 207 FIG.142C hidden by a cover 205.The data connector 207 may in one example correspond to an USB connector.Other types of data connectors may also be used including FIREWIRE Ethernet connectors serial connectors and the like.Data connector 207 may be used to physically connect watch 200 to another computing device such as a desktop or stationary computer a portable laptop computer andor other portable computing devices such as smart phones.Data may be stored in a memory unit located in display module 201.Accordingly to retrieve data from display module 201 one or more electrical leads and connectors may be embedded or otherwise included within band 203 or other components of watch 200 thereby providing a data conduit between display module 201 and connector 207.Moreover watch 200 may include one or more of the components described with respect to watch 10.
Patent claim: The backlight unit of claim 1 wherein the support side comprises a first support side member having a first end disposed on the bottom surface of the bottom cover and a second support side member having a first end connected to a second end of the first support side member the second support side member having a first anglerelative to the bottom surface of the bottom cover.

Related passage: The first side portion 310 in the first mold 300 includes an upper surface 3101 the sloping surface 3102 and the side wall 3103.The upper surface 3101 of the first mold 300 supports the optical plate 230 and the optical sheet layer 240.The sloping surface 3102 of the first mold 300 is inclined downwardly from the upper surface 3101.The lower end of the sloping surface 3102 of the first mold 300 presses on reflection sheet 220 thereby helping to prevent movement of the reflection sheet 220.The sloping surface 3102 of the first mold 300 may serve to reflect light emitted from the light source 210.To this end the first mold 300 may be made of a resin having a good reflective property.Alternatively a reflective material may be applied to the sloping surface 3102 of the first mold 300.To provide sufficient reflection efficiency the sloping surface 3102 of the first mold 300 may be inclined at an angle 1 of 30 degrees to 60 degrees with respect to the bottom surface of the bottom chassis 250.
Patent claim: The separator of claim 1 wherein the organic material has a melting point of 100C to 130C.

Related passage: The rechargeable lithium battery may be classified as a lithium ion battery a lithium ion polymer battery and a lithium polymer battery according to the presence of a separator and the kind of an electrolyte used therein.The rechargeable lithium battery may have a variety of shapes and sizes and thus may include a cylindrical prismatic coin or pouchtype battery and a thin film type or a bulky type in size.The structure and fabricating method for a lithium ion battery pertaining to the present invention are well known in the art.
Patent claim: The method of claim 1 wherein taking the security action comprises at least one of denying access to the portion of the electronic device initiating an authentication process locking the electronic device and turning off the electronic device.

Related passage: In the apparatus for preventing unauthorized use related to the embodiment the first controller based on a certain function may decrease a value indicating a likelihood of being the person which is to be stored in the memory as time passes while an authentication result by the authentication unit is not obtained and the second controller may compare a value indicating a likelihood of being the person and stored in the memory with as the certain threshold a threshold for a service to be conducted by the process instructed to begin out of thresholds set for every service that the device provides.Furthermore at least one of the thresholds for every service and the certain function may be determined such that an amount of time that a value indicating a likelihood of being the person and stored in the memory takes to decrease to a level at which execution of a process for each service is refused due to not obtaining an authentication resultby the authentication unit is in accordance with safety required for each service.
Patent claim: Mobile device 2 according to claim 17 wherein said quality parameters are at least one parameter taken in the whole of parameters comprising the power level the bandwidth and the signaltonoise ratio.

Related passage: Next exemplary embodiments of the present invention are explained with reference to the drawings.Fig.1 is a configuration diagram of a wireless communication system in accordance with first to third exemplary embodiments of the present invention.This wireless communication system includes macro gateway apparatus 1 femto gateway apparatus 2 a macro base station 3 a femto base station 4 a macrocell 5 a femtocell 6 and mobile stations 71 to 74.