bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A hearing assistance device according to any one of claims 111 comprising a weighting unit providing a directional output signal from a number of input signals wherein said number of input signals comprise said electric audio input signal and said first and second and optionally further supplementary electric input signals.

Related passage: Subsequent to the adaptive filtering the combined output signal of the adaptive filters is passed on for further hearing loss compensation processing e.g.with a compressor.In this way only signals from the at least one BTE sound input transducer is possibly amplified as a result of hearing loss compensation while the electronic output signal of the alt least one ITE microphone is not affected by the hearing loss compensationprocessing whereby possible feedback from the output transducer to the at least one ITE microphone is minimized and a large maximum stable gain can be provided.
Patent claim: The component as in claim 7 wherein the plurality of trip strips 40 of the baffle insert 32 are arranged in a coflowing configuration with respect to the plurality of trip strips 70 of the interior surface 36 of the internal cooling cavity 26.

Related passage: During engine 10 operation cooling air is delivered from cooling air supply passage 56 to cooling passages 66 via cooling air inlet openings 58.The cooling air exits cooling passages 66 via cooling air exit openings 60.In one form cooling passages 66 are operative to flow cooling air to remove heat from outer skin 54 and spar 52.In one form cooling passages 66 extend continuously between the leading edge portion 68 of airfoil 50 and the trailing edge portion 70 of airfoil 50.In other embodiments cooling passages 66 may not extend continuously between leading edge portion 68 and trailing edge portion 70.
Patent claim: The surgical instrument of any one of claims 1416 wherein the guide pin is in the form of a threaded fastener.

Related passage: The sliding engagement between grooves 876 and protrusions 882 guide the movement of pin 854 through cartridge assembly 850.In use as pin 854 is pushed distally grooves 876 cause pin 854 to rotate while moving in a distal direction.Pin 854 may include an external thread at a distal end thereof for engaging an anvil assembly not shown thereby forming a locking structure in a similar manner as the external thread 680 of pin 654 and the inner thread 690 of anvil assembly 660 of Figures 22 and 23.
Patent claim: The blood analysis method according to claim 12 further comprising obtaining a value reflecting the number of the abnormal lymphocytes based on the first fluorescence signal and the first scattered light signal comparing the obtained value and a first threshold obtaining a value reflecting the number of the nucleated erythrocytes based on the second fluorescence signal and the second scattered light signal and comparing the obtained value and a second threshold.

Related passage: Then the NRBC assay sample is subjected to optical measurement using an optical detector D Step S203.Specifically in processing of Step S203 the NRBC assay sample and the sheath fluid are simultaneously supplied to a flow cell 231 of the optical detector D.At that time forwardscattered light is received by the photodiode 243 and sidescattered light is received by the photodiode 246 and then the avalanche photodiode 248.Output signals analog signals being output by the respective lightreceiving elements of the optical detector D are converted into digital signals in the same manner as in the first measurement process.A given signal processing is then performed such that the digital signals are converted into digital data i.e.second measurement data.The converted second measurement data is transmitted to the information processing unit 5.In this signal processing a forwardscattered light signal forwardscattered light intensity a sidescattered light signal sidescattered light intensity and a side fluorescence signal side fluorescence intensity can be obtained as feature parameters contained in the second measurement data.In this way the second measurement process is completed.In addition as will be illustrated hereinafter the CPU 51a of the informationprocessing unit 5 performs a given analysis processing on the second measurement data.Accordingly the analysis result data is generated including numerical data of NRBC and the analysis result data is recorded in the hard disk 51d.
Patent claim: The adapter assembly of any preceding claim wherein the drive coupling assembly includes a thruster plate and first second and third connector members.

Related passage: In operation as seen in FIGS.5 and 6 the activationrotation of a first drive shaft not shown of powered surgical device 20 results in concomitant rotation of first proximal drive shaft 116 of adapter assembly 100.As first proximal drive shaft 116 is rotated first proximal drive shaft 116 causes rotation of pinion gear portion 134.Since pinion gear portion 134 at a distal end portion of first proximal drive shaft 116 engages worm gear portion 132a of actuation shaft 132 rotation of pinion gear portion 134 causes axial translation of actuation shaft 132.It is contemplated that the actuation shaft 132 is supported by any number of appropriately positioned and sized bearings and bushings not shown that enable axial translation in the direction of A as shown in FIG.6.Accordingly with connection member 136 of actuation shaft 132 connected to a first drive member of end effector 50 axial translation of actuation shaft 132 causes concomitant axial translation of the first drive member of end effector 50 to effectuate an operation andor function thereof such as for example firing of the end effector 50.
Patent claim: A turning insert 1 according to any of the proceeding claims wherein indentations 17 17 17 are formed in each side surface13 13 13 between each pair of nose cutting edges 10 10 10

Related passage: With reference to Figs.1 and 2 a cutting insert according to an embodiment of the present invention is designated by 10.The cutting insert preferably is made by coated cemented carbide.The cutting insert has a substantially triangular basic shape and comprises an upper and a lower side 11 and 12 respectively.The basic shape can also be square for example such as is shown in Fig.9.The sides connects substantially perpendicularly to side surfaces 13 14 and 15.The side surfaces form an acute angle of about 60 with each other.The cutting insert has a central hole 16 for receiving a fastening device for clamping of the cutting insert against a cutting insert pocket of a holder not shown.The cutting insert is provided with three substantially identical cutting corners 17 in the areas for the imaginary intersection of the side surfaces.The cutting insert corner 17 comprises a cutting tip 18 a cutting edge which runs along the intersection between a chip surface 19 and a clearance surface 20 a topping surface 21 and a broken chip breaker rim 22.Thecutting insert has a center axis CL and each cutting tip 18 has a bisector B.The bisector is substantially parallel with the associated edge surface 15 and extends on the side of the center axis at a distance L.The distance is 10 to 30 of the imaginary edge length of the cutting insert.
Patent claim: The method according to Claim 11 further wherein the application interface is a home screen interface.

Related passage: In addition FIG.2B is a perspective view of the mobile phone with a structure which is different from that of FIG.2A.FIG 2B differs from FIG 2A in that the speaker 203 and the microphone 204 are provided diagonally in a rectangle in the case where a display surface is seen from the front.By providing the speaker 203 and the microphone 204 diagonally in the mobile phone the speaker 203 and the microphone 204 can be provided so as to be separate from each other.Therefore a problem in that a calling function is decreased because the speaker 203 or the microphone 204 is apart from the ear and mouth when the mobile phone is made smaller is solved so that convenience in utilizing the calling function of the mobile phone can be improved.
Patent claim: The vehicle window glass according to claim 9 wherein the extension element is disposed in proximity to the first media element of the composite antenna element such that a distance between the first media element of the composite antenna element and the defogger and a distance between the extension element and the defogger are made different.

Related passage: In addition in the automotive glass antenna in the first preferred embodiment DAB purpose antenna 4 is a nonground type antenna including ground type feed point 42 and corewire side feed point 41.However the DAB purpose antenna 4 may be ground type antenna whose ground is provided at the vehicle body.
Patent claim: The longrange cloud conditions detector of claim 5 further comprising a processor configured to calculate based on a ratio of a first calculation based on signals generated by the first andor second signalprocessing channels to a second calculation based on signals generated by the third andor fourth signalprocessing channels an iceliquid ratio of the cloud.

Related passage: The systems and processes of the radar type applied in meteorology existing in the market and for the observation of weather phenomena using real aperture antenna use an antenna real aperture or sensor or electronic scanning to obtain a good azimuth resolution.These devices allow the determination of the position the radial speed in the direction of propagation of radar signals and estimate the degree of wind turbulence due to the analysis of structures such as rain clouds snow hail among others.By these observations we can classify the type of particles which constitute each phenomenon and thus foresee the degree of severity of a storm for example.
Patent claim: The system according to claim 1 which is applied to a microgrid that has the function of performing demandside management.

Related passage: One of the environmental conditions that make vary the relationship between theoperation state of among the load appliances within the targeted unit a previously selected load appliance and the actually consumed electric power amount in the targeted unit is considered to be the influence of time zones.For example in a case where the load appliances include a refrigeratorfreezer showcase and a refrigerator unitcondenser that refrigerates it how foods or other articles are displayed in the refrigeratorfreezer showcase and how many people are present in the store or facility in which the refrigeratorfreezer showcase and the refrigerator unitcondenser are installed are influenced by time zones.Accordingly the amount of electric power that is consumed to cool the interior of the refrigeratorfreezer showcase of which the temperature has risen because of newly displayed foods the entry and exit of shoppers their body temperatures and other factors is also influenced by time zones.
Patent claim: An aircraft according to any preceding claim wherein the rotatable locking member is associated with a secondary locking mechanism the secondary locking mechanism arranged to prevent rotation of the rotatable locking member when the rotatable locking member is in the locked position.

Related passage: With lock 1004 in engaged position 330 as shown in Figure 12 lock actuator 1030 may be retracted.Retraction of lock actuator may pull rod lug 1032 back toward fixed portion 306 and rotate rod 1034 in direction indicated by arrow 1038.Rotation of rod 1034 in direction indicated by arrow 1038 may rotate arm 1006 down to engage in notch 1008 when barrel 1014 may be rotated to closed position 336 as it is shown Figure 12.
Patent claim: A fuel supply pump comprising a pressurizing chamber 11 formed in a pump housing 1 a lowpressure fuel chamber 10c that is formed in fluidly upstream side of the pressurizing chamber 11 a damper 90 that is stored in the lowpressure fuel chamber 10c and a damper cover 14 that is mounted over the damper 14 with a damper holder 91 sandwiched between the damper cover 14 and the damper 90 characterized in that the lowpressure fuel chamber 10c is formed in a bottomed tubular part and the damper cover 14 is arranged in a tubular part of the lowpressure fuel chamber 10c so that an outermost edge of the damper cover 14 engages with an inner circumference of the tubular part of the lowpressure fuel chamber 10c.

Related passage: Although the damper cover 14 is fixed to the pump housing by being screwed in this embodiment the damper cover 14 can also be fixed by for example welding the entire periphery at the P position.In this case a seal is also provided by the welding so the seal member 10D in the first embodiment can be eliminated.
Patent claim: The tool according to claim 2 further comprising a regulating part that is configured to regulate a movement range of the switch manipulation part to be less than a movement range of the load sensor.

Related passage: The electric power tool 10 according to the present embodiment is an impact driver rotary striking tool using a DC brushless motor 20 hereinafter termed the DC motor 20 as the drive source.As shown in FIG.1 the electric power tool 10 includes a tubular housing main body portion 12 and a handle portion 15 formed so as to protrude from the lower portion of the housing main body portion 12.The handle portion 15 includes a grip portion 15h that can be held by a user when using the electric power tool 10 and also includes a battery connection portion 15p located on the lower side distal end side of the grip portion 15h.And at the distal end portion of the grip portion 15h there is provided the variable speed switch 30 that can be pulled by the user with a fingertip.Further at the battery connection portion 15p of the handle portion 15 there is provided a connection mechanism not shown by means of which a battery 16 is connected to the battery connection portion 15p.The DC motor 20 refer to FIG.2 is housed in the rear portion of the housing main body portion 12.Further a drive device not shown including a planetary gear mechanism for increasing a rotational force of the DC motor 20 and a striking force generation mechanism etc.are housed in front of the DC motor 20.And an output shaft of the drive device is linked to a tool attachment portion 13 attached to the distal end position of the housing main body portion 12.
Patent claim: The method according to any of the preceding claims wherein at least one of said values is indicative of an angle between a pair of conference terminals said angle being determined by operating a first one of said pair of conference terminals in an omnidirectional mode and a second one of said pair of conferenceterminals in a directional mode and attempting to exchange signals while said transceiver of said second conference terminal is operated so as to vary a direction of operation.

Related passage: Eventually if nodes are deployed so that it is possible to form a network a new node will receive and respond to the first inviting node.The invitation and response will initiate the method described above and illustrated in FIGs.2 through 12d.The method is essentially the same except that some steps become trivial in the case of only two nodes there are no other member nodes to schedule for transmission and reception.The inviting node 110 can thus proceed to range with the new node.The exact position of the new node cannot be determined at this point in the network development.Thepotential communicating and interference neighborhoods are calculated as in the previous example but they cannot be narrowed.The method can be repeated by both the first and the second nodes to find a third node and add it to the network.A multiple node network can be fully developed eventually but more transmissions will be necessary to learn the topology because accurate relative locations cannot be calculated for the nodes until enough nodes of known locations are incorporated.Alternatively relative locations may be calculated for example trigonometrically if sufficient nodes with overlapping communication ranges are incorporated.Even if positions are not calculable for some applications the topology alone may be useful and no positional information may be needed.For example a wireless network may be useful to detect the presence of an intruder even the exact position of the intrusion cannot be located.A network organized topologically would be adequate to relay an intruder alert to a user even without positional information.
Patent claim: The system of claim 6 wherein the safety controller module is configured to receive via the first and second connectors and process a signal from at least one of the nonsafety controller and another module communicatively coupled to the nonsafety controller.

Related passage: Next a concrete construction of each unit will be explained.To begin with the nonsafety unit 1a operates as the CPU unit 1a in this mode for carrying out the invention and executes control for the nonsafety system.In other words the nonsafety unit 1a executes the user program created by a ladder or the like operates as the master of the CPU bus 10 and manages the overall construction of the PLC 1.This CPU unit 1a executes the socalledcyclicprocessingas described already and repeatedly conducts the IO refresh processing the user program execution processing and the peripheral processing.
Patent claim: The backsheet element according to any of the preceding claims wherein the silane groups containing comonomer unit or compound as the silane groups containing units b is a hydrolysable unsaturated silane compound represented by the formulaR1SiR2qY3qIwherein R1 is an ethylenically unsaturated hydrocarbyl hydrocarbyloxy or methacryloxy hydrocarbyl group each R2 is independently an aliphatic saturated hydrocarbyl group Y which may be the same or different is a hydrolysable organic group and q is 0 1 or 2.

Related passage: The amount of the silane coupling agent to be added is generally from 0.1 to 5 parts by mass or so relative to 100 parts by mass of the resin composition to constitute the encapsulant B preferably from 0.2 to 3 parts by mass.Like the silane coupling agent any other coupling agent such as an organic titanate compound or the like may also be used effectively here.
Patent claim: The system of claim 8 wherein the operations further comprise receiving a third locationupdaterequest after receiving the first locationupdaterequest determining that a time interval between obtaining the location in response to the first locationupdaterequest and receiving the third locationupdaterequest is greater than a threshold time interval in response to determining that the time interval is greater than the threshold time interval implementing the selflocation function to obtain a location and sending the location in response to receiving the third locationupdaterequest.

Related passage: At step 212 the optimum SG obtains state information associated with the UD in response to the redirected service request.In one embodiment the SG obtains multilayer state information associated with the UD.For example in one embodiment the SG obtains at least one of datalink layer state information network layer state information transport layer state information and application layer state information.In one embodiment the optimum SG uses the state information for establishing a persistent connection between the UD and the optimum SG.In another embodiment the optimum SG uses the state information for maintaining the persistent connection established between the UD and the optimum SG through at least one network state change.
Patent claim: A blood analysis method comprising preparing a first measurement sample from a blood specimen and a first reagent irradiating the first measurement sample with light receiving fluorescence and scattered light that are produced from cells in the first measurement sample which is irradiated with light to obtain a first fluorescence signal relating to the received fluorescence and a first scattered light signal relating to the received scattered light preparing a second measurement sample from a blood specimen and a second reagent irradiating the second measurement sample with light receiving fluorescence and scattered light that are produced from cells in the second measurement sample which is irradiated with light to obtain a second fluorescence signal relating to the received fluorescence and a second scattered light signal relating to the received scattered light detecting abnormal lymphocytes based on the first fluorescence signal and the first scattered light signal detecting nucleated erythrocytes based on the second fluorescence signal and the second scattered light signal and determining whether abnormal lymphocytes are present in a blood specimen based on the detection results of the detecting nucleated erythrocytes and detecting nucleated erythrocytes.

Related passage: The method for classifying and counting white blood cells disclosed in US 2005202400
Patent claim: A system for weighing continuous food dough and for cutting it into pieces having a targeted weight wherein the system comprising an inlet conveyor for carrying forward the continuous food dough a weighing conveyor device disposed adjacent to and at a downstream side of the inlet conveyor a cutting apparatus for cutting out the pieces from the continuous food dough and a controller connected to the inlet conveyor the weighing conveyor device and the cutting apparatus wherein the weighing conveyor device has a first weighing conveyor and a second weighing conveyor disposed adjacent to and at a downstream side of the first weighing conveyor and wherein the controller measures a weight of the continuous food dough being carried forward by the first and the second weighing conveyors and further measures an actual weight of the piece of the food dough cut out from the continuous food dough by the first and the second weighing conveyors.

Related passage: The controller 29 may control all the operations of the separating conveyor 21 the first and second weighing conveyors 23 25 the cutting apparatus 27 etc.
Patent claim: An inverter system 1 comprising a storing unit configured to store a control data address a control data name and a control data type in a form of a library and a list of power data addresses stored in a power part and a first control unit configured to transmit control data and receive power data wherein the first control unit sets a communication protocol in association with a second control unit of the power part thereby transmitting the control data and receiving the power data according to the set communication protocol.

Related passage: Fig.4 is a flowchart illustrating a method of transmitting communication data according to an embodiment.Fig.5 is a flowchart illustrating a method of transmitting response data according to an embodiment.
Patent claim: The turbine stage 10 according to claim 1 wherein said purge valley 38 is configured having a maximum depth laterally at a location 10 to 60 of the width of the flow passage 36 formed between the leading edges 24 of adjacent airfoils 14 wherein such measurement is measured commencing from the leading edge 24 of the first airfoil 14 extending laterally toward the convex suction side 26 of the first airfoil 14 and toward the leading edge 24 of the second adjacent airfoil 14 at the concave pressure side 26 of the second adjacent airfoil 14.

Related passage: As a result of further observation of the 3D numerical datafluid analysis it is recognized that the full pressure loss becomes considerably high in the area areas A and B in Fig.28 where the secondary flow vortex caused by the passage vortexes 9a and 9b swirling around the adjacent blade body 1b meet the horseshoe vortexes 8a and 8b generated through collision against the front edges 7a and 7b of the blade bodies 1a and 1b to flow along the back side 5.