bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The adapter assembly of any preceding claim further including a connection assembly configured for operable connection to a handle assembly.

Related passage: With reference to FIGS.59 drive coupling assembly 110 has a cylindrical profile and is configured to selectively secure adapter assembly 100 to surgical device 10 FIG.1.Drive coupling assembly 110 includes a connector housing 112 and a connector extension 114 fixedly connected to connector housing 112 by a mounting plate 113.Connector housing 112 and connector extension 114 operate to rotatably support a first rotatable proximal drive shaft 116 a second rotatable proximal drive shaft 118 and a third rotatable proximal drive shaft 120.Connector housing 112 and connector extension 114 of drive coupling assembly 110 also rotatably supports first second and third connector sleeves 116 118 and 120 respectively.Each of connector sleeves 122 124 126 is configured to mate with respective first second and third drive connectors not shown of surgical device 10 FIG.1.Each connector sleeve 122124 126 is further configured to mate with a proximal end 116a 118a 120a of respective first second and third proximal drive shafts 116 118 120.
Patent claim: The longrange cloud conditions detector of claim 3 wherein the polarized microwavefrequency electromagnetic pulse is a first polarized microwavefrequency electromagnetic pulse and the microwavefrequency electromagnetic reflection is a first microwavefrequency electromagnetic reflection wherein the polarizing antenna is further configured to emit a second polarized microwavefrequency electromagnetic pulse in response to receiving from the pulse generator the second electrical emission signal sense a second microwavefrequency electromagnetic reflection corresponding to the emitted second polarized microwavefrequency electromagnetic pulse reflected by the cloud the second microwavefrequency electromagnetic reflection having a third component of a first polarization and a fourth component of a second polarization different from the first polarization and generate third and fourth electrical detection signals corresponding to the third and fourth components of the sensed second microwavefrequency electromagnetic reflection respectively.

Related passage: Figure 3 illustrates the system of the invention in a top view which comprises two similar antenna arrays 510 and 520.Although the figure shows the said two arrays the system may comprise only one of the arrays for example 520 and the array 510 may be replaced by a counterweight to provide mass balance around the system axis 500.Each array comprises a transmitting antenna 523 and multiples receiving antennas which form an array as illustrated in Figure 4 in which the angular distances between the antennas have values of 1 2 e 3.These angles may be different although in a preferred embodiment four equally spaced receiving antennas are used with a preferred spacing of 22.5.In the same way the transmitting antenna can occupy any position however a central position in the receiving as illustrated provides a more uniform illumination of the target.Hence in the most preferred embodiment of the invention there is a transmitting antenna 523 and four receiving antennas constituting two pairs of antennas 521 20 52 e 522522 symmetrically arranged with respect to the said transmitting antenna.Although the illustrations show only one antenna in each position two juxtaposed antennas are actually used in each position both in transmission and in reception one of which is polarized horizontally and the other vertically.
Patent claim: A method according to claim 9 wherein said step of retrieving said object identification is obtained from a vertex attribute assigned to a vertex mapped onto said position at said display matching said gaze coordinate P.

Related passage: Figure 1A illustrates an architecture diagram of a system embodiment according to the present invention.The system 10 comprises a gaze capture module 11 a gaze distance determination module 12 a gazed virtual object identification module 13 a gaze translucency algorithm module 14 and a virtual object modification module 15.The gaze capture module 11 is configured to capture 115 a users gaze information comprising gaze coordinates said gaze coordinates representing a position on a display at which said user is looking or gazing not shown.The gaze distance determination module 12 is configured to determine 125 a distance or gaze distance between a virtual object and a gaze distance origin using said gaze information 115.The gazed virtual object identification module 13 is configured to identify 135 a gazed virtual object of a number of virtual objects based on the determined distance or distances 125.The gaze translucency algorithm module is configured to assign to one or more of said virtual objects a modification command based on said identified gazed virtual objects.The virtual object modification module 15 is configured to modify one or more virtual objects of said number of virtual objects based on said modification command 145.In this manner the system can implement gaze translucency since information about what virtual objects users are looking at e.g.the gazed virtual object 135 can be used to modify for instance one or more display properties of said virtual objects.This modification can for instance be performed by a virtual object itself e.g.by applying a shader rather than on its rendering representation on the display in other words its pixel representation on said display.The skilled person will moreover understand that the gaze information 115 the determined distances 125 the identified virtualobjects 135 and the modification commands 145 may be implemented as a local system property or as events or as parameters to function calls.Moreover the skilled person will understand that a network module not shown may be used to transmit andor receive any of the data connections that are shown thereby facilitating networked and distributed operation.
Patent claim: The method of claim 1 wherein the remote destination 112 is a preconfiguration server coupled to the Internet.

Related passage: Via the aerial 403 the user communications device 401 may communicate e.g.via a telecommunications network 420 provided by a telecommunications provider with the service provider server 418.The user communication device 401 and the service provider server 418 may establish a secure connection e.g.via WTLS or TLS and exchange a PIN value.The PIN value may be transferred from the service provider server 418 via the communications network 419 to the service communications device 411.
Patent claim: The ROM sensor system of claim 10 further comprising additional computer readable instructions comprising generating a maintenance message based on the error value storing the maintenance message in a computer readable storage medium in the aircraft system controller and transmitting the maintenance message from the aircraft system controller.

Related passage: At a step 104 the diagnosis method 100 models the engine 10 a type of system using the modeling computer 62.The diagnosis method 100 determines the difference y between the modeled gas path condition y and the actual gas path condition y at a step 108.The diagnosis method 100 determines a difference between the modeled subsystem parameter z and the actual subsystem parameter z at a step 112.
Patent claim: The device according to any one of claims 6 to 8 wherein the device further comprises a mode acquiring module 901 configured to acquire a current display mode which comprises a static display mode and a dynamic display mode the static display mode being a display mode in which the displayed content remains unchanged for a predetermined period of time and the dynamic display mode being a display mode in which the displayed content is changed within the predetermined period of time and the acquiring module 901 configured to acquire a pixel grayscale value of each row in a displayed content on a liquid crystal panel if the current display mode is in the static display mode.

Related passage: Note that the analysis regions 13c through 13h can be assigned respective conditions on which to determine the percentage.For example the image determining section 35 can i determine whether or not a first threshold value or a higher percentage of pixels of all pixels in the analysis region 13e have grayscale levels within a first range and ii determine whether or not a second threshold value that is different from the first threshold value or a higher percentage of pixels of all pixels in the analysis region 13f have grayscale levels within a second range that is different from the first range.
Patent claim: The intake system of claim 8 wherein the system further comprises one or more additional chambers provided in fluid communication with the inlet duct wherein the additional chambers comprise additional movable elements provided within the additional chambers and additional actuators configured to vary the positions of the additional movable elements wherein the additional actuators are configured to vary the positions of the movable elements and thereby vary the volumes of the additional chambers.

Related passage: The resonator system may also comprise a mechanical oscillator as well as an actuator system for moving the oscillator.
Patent claim: Polypropylene composition C according to any one of the preceding claims wherein the comonomers of the random propylene copolymer RPP andor the comonomers of the elastomeric propylene copolymer E are ethylene andor C4 to C8 olefins.

Related passage: Polymers 14 of table 1 component a were mixed with 5 Exact 2M048 a commercial metallocene catalyst based polyethylene grade of MFR190C 2.16 kg 10 g10min density 902 gcm3 DexPlastomers component b was added.For visbreaking from the basic melt flow rate to a melt flow rate of about 1015 g10min Ditertiarybutylperoxide was used.The compositions and the additives were compounded in a twin screw extruder at a temperature of 250C.The strands were quenched in cold water and pelletized.Injection molded test bars were produced and the notched impact strength according to ISO 179 was measured.
Patent claim: The connector part according to claim 10 wherein said chamber 30 comprises a spring 31 that applies a force to the piston 12 that pushes the piston 12 in a direction in which the volume of the chamber 30 is increased.

Related passage: In the following embodiments of the invention will be described in detail with reference to the accompanying drawings.It is to be understood that the following description of the embodiments is given only for the purpose of illustration and is not to be taken in a limiting sense.The drawings are to be regarded as being schematic representations only and elements in the drawings are not necessarily to scale with each other.Rather the representation of the various elements is chosen such that their function and general purpose become apparent to a person skilled in the art.
Patent claim: A hearing assistance device adapted for being arranged at least partly on a users head or at least partly implanted in a users head the hearing assistance device comprisingan input transducer system comprisingan audio input transducer for picking up a sound signal from the environment and providing an electric audio input signala first and second supplementary input transducer for picking up a sound signal from the environment and providing a first and second supplementary electric input signalan output transducer for converting a processed output signal to a stimulus perceivable by said user as sounda time to timefrequency conversion unit allowing a signal to be processed or analyzed at different frequencies such as in a number of frequency bandsone or more detectors of the acoustic environment of the hearing assistance device anda signal processing unit operationally connected to said audio input transducer to said first and second supplementary input transducer and to said output transducer said signal processing unit being configured for processing said electric audio input signal and said first and second supplementary electric input signals and for providing said processed output signal andwherein said audio input transducer is adapted for being located in an ear of said user andwherein the signal processing unit is configured to provide that said processed output signal is a mixture according to a predefined scheme of said electric audio input signal said first and second supplementary electric input signals on a time frequency unit basis and wherein the actual mixture is influenced by said detectors.

Related passage: The earpiece 24 also holds one ITE microphone 26 that is positioned at the entrance to the ear canal when the earpiece is positioned in its intended position in the ear canal of the user.The ITE microphone 26 is connected to an AD converter not shown and optional to a prefilter not shown in the BTE housing 12 with electrical wires not visible contained in the sound transmission member 20.
Patent claim: The ablation probe according to any preceding claim wherein the balun short is formed from a conductive material selected from the group consisting of a screen material a mesh material and a woven material.

Related passage: With reference to Figs.20 21 and 23 the antenna assembly 212 also includes a choke 260.The choke 260 has a tubular structure formed from a conductive material and is disposed around the feedline 220.In one embodiment the choke 260 is a proximally positioned quarterwave choke that is shorted to the outer conductor 256 of the feedline 220 at the proximal end of the choke 260 by solder joint or other methods at connection 265 Fig.20.
Patent claim: A protection device 1 particularly for a lock 2 of a door or door wing with which a flat plate 3 is associated frontally which is provided with a handle 4 and on which an oval access opening 5 for a cylinder 6 is provided characterized in that it comprises a covering element 10 which is shaped complementarily to said oval opening 5 and is internally hollow is provided with a circular front access window 13 for said cylinder 6 and with which a slider 14 is associated internally and slidingly said slider 14 being provided externally with a temporary grip tab 16 for a magnetic key 18 and accommodating internally a combination element 19 with two or more cams 21a 21b which is adapted to allowblock temporarily the sliding of said slider 14 with respect to said covering element 10 in order to conceal temporarily said front window 13.

Related passage: The above objective and purposes and others that will become more evident in the following description are achieved by a security device for a cylinder lock as defined in claim 1.
Patent claim: Valve assembly 3 for an injection valve 1 comprisinga valve body 4 comprising a cavity 9 with a fluid inlet portion 5 and a fluid outlet portion 7a valve needle 11 axially moveable in the cavity 9 the valve needle 11 preventing a fluid flow through the fluid outlet portion 7 in a closing position and releasing the fluid flow through the fluid outlet portion 7 in further positionsan armature 23 for an electromagnetic actuator unit 19 the armature 23 axially movable in the cavity 9 the armature 23 comprising a central axial opening 45 through which the valve needle 11 extends so that the armature 23 is able to slide on the valve needle 11 anda disc element 40 being fixedly connected to the valve needle 11 and positioned to limit axial displaceability of the armature 23 relative to the valve needle 11 in direction towards the fluid outlet portion 7 wherein the disc element 40 comprises a collar part 42 extending around and adjoining the valve needle 11 and a discshaped part 43 extending radially outwards from the collar part 42 the discshaped part 43 comprising a plurality of passages 44 extending in axial direction through the discshaped part 43 wherein the passages 44 are configured and arranged to provide a first flow resistance for a fluid passing in a direction away from the fluid outlet passage 7 and a second flowresistance in a direction towards the fluid outlet passage 7 wherein the second flow resistance is larger than the first flow resistance.

Related passage: According to another embodiment of the present invention a plurality of attenuation holes 23 may pass through the stop sleeve 17 of the bundle of openingclosing valves 10 on a latitudinal support plate 21 that contacts the armature 9 as illustrated in FIG.7.When the armature 9 that compresses the buffer spring20 when the electromagnetic coil 7 is excited contacts the stop sleeve 17 due to a repulsive force of the buffer spring 20 when the electromagnetic coil 7 is demagnetized the fuel between the support plate 21 and the armature 9 is extruded through the plurality of attenuation holes 23 such that a shock between the armature 9 and the stop sleeve 17 can be alleviated.In this case the attenuation holes 23 may be manufactured in one of various crosssectional shapes like a tapered nozzle shape in which each of diameters of the attenuation holes 23 decreases as getting closer to an opposite site to the armature 9.For example the attenuation holes 23 each may have a shape of a funnel that widens toward the armature 9 as illustrated in FIG.7.
Patent claim: The gas turbine engine 10 of claim 7 wherein the radial extent is less than radial tolerances between the disk 71 73 and the ring 100.

Related passage: The segmented ring 86 is radially located in a neck region 96 of the blades 58.The neck region 96 extends radially outward above the rim 60 from the attachment 66 to a platform 98 that supports an airfoil 100 and defines the inner radial contour of the annular duct 30.Individual ring segments 186 extend axially outward from the neck region 96 of each blade 58 and are formed by casting turning grinding broaching electrodischarge EDM or other suitable process.With the blades 58 interposed with the lugs 64 adjacent ring segments 186 substantially align defining a complete segmented ring 86.A single segmented ring 86 as shown in FIG.2 may be used or multiple segmented rings 86 as shown in FIG.3 may also be used.The addition of multiple segmented rings 86 provides a greater leakage restriction but the actual number may be limited by space and weight requirements.
Patent claim: The method according to any of the preceding claims further comprisingusing said spatial topology to determine a spanning tree for relaying messages within said wireless network.

Related passage: Once a new node has been detected the inviting node and the new node determine their distance d from one another using their ranging capabilities if any are available.The internodal distance may be determined by various conventional methods such as by measuring the time of travel of an acoustic ultrasonic or RF pulse or by comparison of RF received signal strength with transmission signal strength.Various means of ranging by radar echoing of RF pulses are known such as multiple discrete PRF pulse repetition frequency ranging as described in Skolnik Merrill I.Radar Handbook Mcgraw Hill 1990 Section 17.4.These RF pulse methods are suitable for use with high clock rates and RF frequencies sufficiently high to allow for accurate measurement of short time intervals consistent with the minimum range to be measured.Another ranging method timing an acoustic or ultrasonic pulse is better suited to low clock rates and lower RF frequency operation and is thus more appropriate with low power lower frequency less than 1Ghz circuitry.One realization of the acoustic or ultrasonic ranging method is described below in connection with the description of the node hardware.In some embodiments the position of each node may be known for example by global positioning system GPS devices provided on the nodes.Range can then be calculated easily from the known node positions.However derived the ranging information greatly enhances the topology learning process of the invention.
Patent claim: A hearing assistance device according to any one of claims 112 comprising a feedback detector for detecting whether a given oscillation detected in the forward path of the device has its origin in an external signal or is due to feedback from the output transducer and configured to provide that feedback detection is performed on a timefrequency unit basis.

Related passage: The BTE hearing aid 10 shown in Fig.7 may be a multichannel hearing aid in which microphone audio sound signals 38 40 52 to be processed are divided into a plurality of frequency channels and wherein signals are processed individually in each of the frequency channels.
Patent claim: A nontransitory computerreadable medium storing instructions executable by one or more processors to perform operations comprising maintaining a persistent connection of a mobile device to a push notification service entering a sleep mode of the mobile device while in the sleep mode receiving a first locationupdaterequest for a location update from a location information server through the push notification service in response to receiving the first locationupdaterequest waking up the mobile device from the sleep mode obtaining a location of the mobile device by implementing a selflocation function sending the location as a location update to the location information server in response to receiving the first locationupdaterequest storing the location obtained by implementing the selflocation function receiving a second locationupdaterequest after receiving the first locationupdaterequest determining that a time interval between obtaining the location in response to the first locationupdaterequest and receiving the second locationupdaterequest is less than a threshold time interval in response to determining that the time interval is less than the threshold time interval sending the stored location in response to receiving the second locationupdaterequest and returning the mobile device to the sleep mode after sending the location update.

Related passage: In another embodiment a SG maintains a transport layer state for at least a portion of the UDs serviced by that SG.For example in one embodiment a SG maintains a persistent TCP session with a mobile UD as a portion of the persistent connection for reducing TCP startup delay associated with certain applications.In another embodiment in which a mobile UD comprising an active session with one of the servers 120 becomes unreachable by the network e.g.by an AN by a RE and the like the SG supporting the session between the unreachable mobile UD and the server spoofs the mobile UD such that the session between the mobile UD and the server remains active until the mobile UD is once again reachable.
Patent claim: The system of claim 6 or 7 wherein the safety controller module is configured to plug into one of an expansion module bay and a backplane of the nonsafety controller and wherein the first connector of the nonsafety controller comprises a bay connector of an expansion module bay when the safety controller module is configured to plug into the expansion module bay andwherein the first connector of the nonsafety controller comprises a backplane connector when the safety controller module is configured to plug into the backplane.

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.