bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The communication device 100 according to any one of claims 1 to 3 further comprising a microphone 20 and a port 135 to connect the transmitting unit 130 and the receiving device 150 wherein when the transmitting unit 130 receives sound data from any one of the different hub an external device P M and the microphone 20 the transmitting unit 130 iscapable of transmitting the sound data to the receiving device 150 via the port 135 and when the transmitting unit 130 receives sound data from at least two of the different hub the external device P M and the microphone 20 the transmitting unit 130 is capable of mixing at least two sets of sound data and transmitting the sound data to the receiving device 150 via the port 135.

Related passage: FIG.3 illustrates a structure of Vender Specific Block and shows each of the stored data of bytes 0N from the upper row.A source physical address is stored at bytes 4 and 5.This source physical address is data used for the address mapping process for performing communications by means of the HDMI cable.The source physical address includes address information of four bits each being A B C and D.
Patent claim: The communication device 11 as claimed in any one of claims 8 to 11 wherein the second communication device is configured in at least one of the following ways the second communication device authenticates the communication device based on an identifier of the communication device 11 the second communication device answers the communication in response the controller being further configured for establishing the conference call sessionand the second communication device includes a conference call server.

Related passage: A related problem is associated with preestablished calendar appointments made via a calendar application of the mobile station.Such calendar appointments are stored in memory of the mobile station and are typically associated with calendar information which includes a date time andor time period of the appointment.The calendar information of the calendar application may be automatically synchronized with a corresponding calendar application on a computer e.g.a PC of a local area network LAN via the wireless communication network.Thus such calendar information may be received from the user interface of the mobile station or via the wireless communication network.The calendar appointment may or may not be for an anticipated scheduled voice call e.g.a conference call utilizing the mobile station.If the calendar appointment is for such a scheduled call wireless coverage is required for the mobile station.That is at the date and time of the appointment the mobile station must be located within RF coverage range of the wireless communication network to make or receive the call for the appointment.If not the user may miss or be late for the scheduled call.Note that the user may not be aware of any RF coverage problem until the calendar application reminds the user of the appointment at or near the date and time of the appointment.This problem is more generally associated with any stored appointment oritem in the mobile station having a preestablished scheduled date andor time such as a task appointment of a task application.
Patent claim: A method comprising forming at least a first slot within a coaxial cable the first slot extending to a conductive core of the coaxial cable andapplying a conductive film to the coaxial cable so as to at least substantially cover the first slot.

Related passage: Fig.1 shows a longitudinal cut of the directional coupler 100 allowing a detailed description of the inner elements that structure it.The first conductor 101 is surrounded by an insulator 102.The insulator 102 is surrounded by a second conductor 103 these two conductors allow a power radio frequency transmission.On the top of second conductor 103 printed circuit board PCB 109 is located.In the second conductor 103 there is a cavity 104 that it extends from printed circuit board 109 to the interface with the insulator 102.Inside this cavity 104 there is located a third conductor 105 made of a nonconductive material this third conductor 105 is formed by a portion that is substantially parallel to the first conductor and with both ends substantially perpendicular to the first conductor 101.In the cavity 104 a filling element 106 fills at least a portion of the cavity 104.
Patent claim: The mobile terminal as claimed in any one of claims 1 to 9 wherein the controller is configured to hold display of the one or more application icons in response to the second drag input being held at a specific point on the drag path for a predetermined time.

Related passage: The element may be selected by ending or releasing the gesture.Optionally the preview information associated with the element is displayed when the gesture ends.Alternatively an element may be selected by changing thedirection of the gesture to a direction other than the direction opposite the original direction or reverse direction.When the gesture direction is reversed and the gesture ends at the origin point a selection is not made.
Patent claim: A pressuresensitive adhesive label issuing device includingthe pressuresensitive adhesive strength exhibiting unit according to any one of the preceding claims and a cutter unit 5 for cutting the pressuresensitive adhesive label to a desired length.

Related passage: FIG.2 illustrates a block diagram of this label manufacturing apparatus 1.A CPU control means 13 in the label manufacturing apparatus 1 refers to various data stored in a read only memory ROM 14 that is storage means while reading and writing data stored in a random access memory RAM 15 that is another storage means so as to control the overall operation of the label manufacturing apparatus 1.The label manufacturing apparatus 1 further includes input means 16 and displaymeans 17.It is possible to use a touch panel or the like made of a liquid crystal display panel or the like in which the input means 16 and the display means 17 are integrally provided.The CPU 13 the ROM 14 the RAM 15 the input means 16 and the display means 17 are connected to a motor driving circuit 19 a head driving circuit 20 and a sensor circuit 21 via an interface IF 18.Further a transport motor 22 that is a stepping motor is connected to the motor driving circuit 19 the thermal head 4 is connected to the head driving circuit 20 and the three sensors 7 8 and 9 are connected to the sensor circuit 21.As the transporting means the insertion rollers 3 the platen roller 5 and the discharge roller 6 are connected to the transport motor 22 of this embodiment via drive transmission means 23 24 and 25 respectively.In this embodiment all the structural elements are disposed in the label manufacturing apparatus 1 as illustrated in FIG.2 and the single label manufacturing apparatus 1 constitutes the label manufacturing system.However it is possible to adopt another structure in which the label manufacturing apparatus 1 is connected to a host computer not shown so as to constitute the label manufacturing system.In this case it is possible to dispose the input means 16 and the display means 17 in the structure illustrated in FIG.2 not in the label manufacturing apparatus 1 but in the host computer.
Patent claim: An electrode wire for electrodischarge machining the electrode wire comprising a core wire including a first metal and having one of phasesanda first alloy layer formed at a boundary region between the core wire and a second metal plated on an outer surface of the core wire due to mutual diffusion between the core wire and the second metal and having a phaseand a second alloy layer formed at an outer portion of the first alloy layer due to diffusion of the first metal to the second metal and having a phaseandor a phasewherein a core wire material is erupted onto a surface of the electrode wire for electrodischarge machining which includes at least the core wire the first alloy layer and the second alloy layer along cracks appearing on the second alloy layer so that a plurality of grains are formed on the surface of the electrode wire and wherein the grain including at least the core wire material and a second alloy material is distributed onto the surface of the electrode wire for electrodischarge machining.

Related passage: A core wire including the first metal having a diameter of about 0.9mm which is a brass wire i.e.core wire including the first metal having a compositional ratio of about 65 weight of copper and about 35 weight of zinc is prepared as an intermediate wire rod.
Patent claim: The surgical instrument of claim 9 wherein the articulation system further comprises an articulation drive shaft operably interfacing with the articulation actuation mechanism and the gear arrangement.

Related passage: In the illustrated embodiments and with specific reference to FIGS.7 and 8 articulation of end effector 160 is affected by an articulation gear 240 an articulation screw 242 an articulation linkage 244 and at least one articulation rod 260.More specifically articulation gear 240 is rigidly mounted to articulation screw 242 such thatas articulation gear 240 is rotated by rotation of drive gear 200 while in its second position articulation screw 242 also rotates.A plurality of bearings 262 is illustrated at various locations on articulation screw 242 to facilitate the retaining and aligning of articulation screw drive 242 as well as reducing the friction between articulation screw 242 and housing 110 for example.
Patent claim: The computerimplemented method of predicting with high accuracy a descent trajectory of claim 3 wherein the stored and computed decent trajectory is described by an AI whose exposed parameters are the Top of Descent TOD 143 the transition CAS 144 and a deceleration starting altitude Hpdec145 and completely determined by the definition of the initial aircraft mass m0 142.

Related passage: At 570 the candidate aircraft intents are evolved by the computer system.The calculation uses evolutionary algorithms to evolve the candidate aircraft intents to reflect the actual aircraft intent better.The evolutionary algorithms use the multiobjective cost function to drive the evolution.That is the evolutionary algorithm evolves new candidate aircraft intents calculates the correspondingtrajectories and calculates a new value for the cost function with the aim of minimising the cost function value.The evolutionary algorithm seeks on the one hand to minimise the root mean square deviation between the trajectories and to ensure the root mean square difference is within the threshold value while on the other hand the evolutionary algorithm seeks to maximise the number of time intervals over which the root mean square deviation falls within the threshold.These two competing demands lead to candidate aircraft intents that form a set of Pareto solutions occupying a Pareto front.These candidate aircraft intents are equally valid solutions and may arise either because they represent equally good estimates or because they both represent valid aircraft intents remembering that multiple aircraft intents may give rise to any particular trajectory.Further explanation of this step follows below.
Patent claim: The method of claim 12 wherein when the AC input power is in the normal operation state the first switch remains turned off and the second switch remains turned on.

Related passage: The charging apparatus is an apparatus for charging a high voltage battery by converting an inputted AC power source to a DC power source.The apparatus thus may include a rectifier 210 receiving an AC power source and converting the AC power source to a DC power source a boost PFC Power Factor Control circuit 220 correcting a power factor by receiving the rectified DC power source a DClink capacitor 230 charging a voltage by being connected to an output of the boost PFC circuit 220 a DCDC converter 240 charging the high voltage battery by converting a voltage charged in the DClink capacitor 230.
Patent claim: Method for operating a driving unit 101 in a household appliance 100 according to any of claims 1 to 10 or to the method according to claim 14 wherein at least one speed band of the driving speed in particular of compressor speed is excluded.

Related passage: With reference to Figures 2 and 3 at least one of said vibration dampers 17 comprises an elasticallydeformable hollow body 18 which has a lower base 18b in abutment against the supporting wall 2b of the casing 2 a central retaining rod 20 which extends through the elasticallydeformable hollow body 18 the central retaining rod 20 is axially displaceable between a locking position in which a head portion 20b of the rod 20 compresses said elasticallydeformable hollow body 18 so as to rigidly connect the compressor 15 to the supporting wall 2b of the casing 2 and a unlocking position in which said elasticallydeformable hollow body 18 floatingly supports the compressor 15 an end portion 20a of the central retaining rod 20 being accessible from outside of the outer casing 2 so as to allow a user to displace the central retaining rod 20.
Patent claim: A server 105 505 comprising a processor 521 a memory 522 operably coupled to the processor 521 the memory 522 including data storage to store parameters to operate the server 105 505 an encoder 525 a communications interface 526 wherein the processor 521 the memory 522 the encoder 525 and the communications interface 526 are arranged to operate the server 105 505 according to any of claims 6 to 11.

Related passage: The trusted server must provide a builtin secure communication channel to all mobile devices.In this context secure means encrypted and authenticated.The existence and security of this communication channel is taken for granted.On the other hand this channel does not need to be permanently active it will only be used in the secret distribution phase see below.
Patent claim: The method of any of the preceding claims further comprising calculating a ratio between the allocated resources and a coexistence value for each of the wireless network served by the apparatus and the neighboring wireless networks.calculating a product of an average of the coexistence value divided by an average of previously allocated resources normalizing the ratios by the calculated product for each of the wireless network served by the apparatus and the neighboring wireless networks calculating a variance of the normalized ratios for each of the wireless network served by the apparatus and the neighboring wireless networks as a spread factor calculating a difference between a maximum value and a minimum value of the normalized ratios as a width factor and determining if a sum of the spread factor and a square of the width factor is less than a predefined threshold indicating that the allocation of resources is fair.

Related passage: An embodiment of this disclosure provides a method of dynamic spectrum allocation in coexisting heterogeneous wireless networks which makes it possible to achieve dynamic spectrum allocation in space and time for multiple coexisting heterogeneous wireless networks.
Patent claim: The bladed rotor assembly 100200300400 as claimed in any one of Claims 1 to 8 wherein the radially inwardly facing surface 142242342442 is formed from an abradable material.

Related passage: Viewing a crosssection of the fan shroud 44 as shown in FIG.8 and FIG.9 the inner annular surface 48 is shown as being triangulated or somewhat triangular in contour.This triangular configuration indicates that the inner annular surface 48 is tapered and has an inner diameter A that varies along the axial length B of the fan shroud 44.Triangular can also be substantially trapezoidal in shape wherein the inner diameter A at a particular axial position is substantially constant for a certain axial length B that is less than the overall width of the fan shroud 44 and the surface 48 has a contour having a different slope for a given axial length B on either side of this particular axial position Preferably the contour of the surface 48 has at least two different linear slopes in opposite directions betweenthe positions adjacent to the leading edge 38 and the trailing edge 39 along the axial length B of the fan shroud 44.In particular referring back to FIG.6 the inner diameter is represented by A and the axial length is represented by B.
Patent claim: The ophtalmic composition according to anyone of claims 1 to 2 wherein the prostaglandin analogue compound is selected from the group consisting of 17phenyl1314 dihydro trinor prostaglandin F2 isopropyl ester latanoprost 20ethyl prostaglandin F2 fluprostenol isopropyl ester travoprost 17phenyl trinor prostaglandin F2 amide 17phenyl1314 dihydro trinor prostaglandin F2 ethyl amide bimatoprost tafluprost prostaglandin F2 ethanolamide bimatoprost free acidd 4 bimatoprostd4 latanoprost ethyl amide 1314 dihydro15keto20ethyl prostaglandin F2 unoprostone 1314 dihydro15keto20ethyl prostaglandin F2 isopropyl ester unoprostone isopropyl ester 8isoprostaglandinE2 or a mixture of two or more thereof.

Related passage: In a preferred embodiment of the invention the aqueous ophthalmic solution is characterized by including latanoprost at a concentration of 0.005 a pH damper system that may be selected from boric acid citric acid sorbic acid acetic acid sodium borate monobasic sodium phosphate dibasic sodium phosphate sodium citrate and sodium acetate in a range of concentration from 0.001 to 5.0 one or more agents that increase the viscosity such as hydroxypropylcellulose carbooxylmethylcellulose sulfate chondrointin formal glycerol methyldinoglycerol and cyclodextrins in a concentration ranging from 0.05 to 20.00 one or more tensoactive agents moisturizers such as polyoxyl 40 stearate polysorbate 80 poloxamer and tyloxapol in concentrations ranging from 0.01 to 20.0 one or more osmolarity regulating agents such as sodium chloride sorbitol manitol and dextrose at a concentration ranging from 0.6 to 1.8 expressed as chemical equivalents of sodium chloride one or more preservatives such as benzalkonium chloride benzetonium chloride thiomersal phenylmercury acetate or nitrate parabens chlorohexidine gluconate ethylic alcohol cetrimide sodium perborate and chlorobutanol in adequate concentration in order to provide an antimicrobian effect.It may also contain one or more antioxidant agents such as disodic edetate sodium metabisulfite sodium bisulfite acetylcysteine sodiumthiosulfate and thiourea in adequate concentration in order to give the required effect.
Patent claim: The method in accordance with claim 1 or the apparatus in accordance with claim 2 wherein the pointer displaying signal is generated when the detected sensing value is at least a predetermined threshold value.

Related passage: A dual function operating touch screen module which applies to a portable device is provided.FIG.2 shows a block diagram of the dual function operating touch screen module which applies to a portable device including a touch screen 200 which provides an input interface for inputting a touch signal and displays an image a sensor 210 which receives the touch signal from the touch screen 200 to calculate a touch location signal an instruction executing unit 220 which performs a corresponding operating instruction based on the touch location signal and a cursor transforming unit 230 which is used to trigger and transform the touch location signal to a cursor track signal which corresponds to the operating instruction and displays the cursor track signal on an output image signal after the output image signal is selectively activated actively or passively by the cursor transforming unit 230.The output image signal is outputted to an external display device 240.
Patent claim: The image synthesizer 100 according to claim 1 the first scene being adjacent to a first side of a vehicle and the second scene being adjacent to a second side of the vehicle the first side and the second side being perpendicular to each other or being the same side of the vehicle wherein the combining module 120 is configured to combine the first image 211 and the second image 212 to a birds eye view of the first scene and the second scene.

Related passage: The electric structure of the vehicle drive assistant system according to the third embodiment is equal to that of the first embodiment.In the meantime the travel condition of the vehicle is judged based on for example vehicle gear sensor operating direction of the steering wheel vehicle velocity pulse and the like.
Patent claim: The method according to claim 5 further comprising detecting a moving velocity of an image capturing part for capturing the continuous input images of the target scene correcting based on the moving velocity a distance between any two adjacent ones among the continuous input images so as to acquire a corrected image feature sequence and extracting the periodic feature from the corrected image feature sequence.

Related passage: Furthermore in the periodic stationary object detection system 1 and the periodic stationary object detection method according to the present embodimentwhether or not there is a periodicity is judged from the positions where the local maximum values M and M1 to M3 of the count values thus counted appear.When it is judged that there is a periodicity the predetermined threshold value Th1 is lowered.Accordingly once the periodicity is judged the judgment of periodic stationary objects can be facilitated.Meanwhile until a periodicity is judged the predetermined threshold value Th1 is not lowered.This can prevent erroneous detection of threedimensional objects due to alignment error or the like.
Patent claim: Seamless quenched and tempered steel pipe according to any one of the preceding claims wherein the VNb content is lower than 0.055 wt.

Related passage: Different experiments were carried out in order to discover the best chemical composition of steel that would fulfill the above mentioned requirements.One of these consisted of the manufacturing of high gauge pieces with different alloying additives and then measuring the relation between the Yielding StrengthUltimate Tensile Strength of each one.
Patent claim: System according to one of the preceding claims wherein the input module 20 is adapted to receive userspecific information about interdependencies 90 between aircraft components.wherein the processing unit 30 is adapted to select a plurality of aircraft component designs out of the variety of geometrically different aircraft component designs 31 and wherein the processing unit 30 is adapted to determine the most suitable positions 61a 61b of the selected plurality of aircraft component designswithin an aircraft 60 to be assembled based on the userspecific information about interdependencies 90 between aircraft components.

Related passage: The method further may comprise fabricating the component in accordance with the final specification and implementing the fabricated component on at least one of an aircraft and an assembly for the aircraft.