bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The video intercom device of Claim 1 wherein the indoor master unit includes a charge detector that detects whether or not the indoor master unit is connected to a charge unit and requests for switching from the second communication method to the first communication method to the front door slave unit when the charge detector detects that the indoor master unit is connected to the charge unit.

Related passage: If it is recognized that the factor of the poweron is the timer expiration in the cycle of timer unit 442 the control unit 430 of the sensor slave unit 40 performs detection of the power supply voltage by starting the battery voltage detection unit 423.Then the control unit 430 operates tonotify the master unit 20 of the information that indicates the detected battery voltage by a CLMS message.That is in the same manner as the CLMS message for window state notification the control unit 430 starts the master unit search supplements the control signal and transmits the CLMS message to notify of the battery voltage state.After transmitting the CLMS message to notify of the battery voltage state the control unit 430 outputs the poweroff signal to the power supply control unit 441 without waiting for the response from the master unit 20.If the poweroff signal is input the power supply control unit 441 outputs a switching signal to turn off the switch 440 and depending on this the switch 440 interrupts the power supply to the communication block 400.Accordingly the sensor slave unit 40 is returned to the normal state.
Patent claim: A method for controlling an air conditioner the air conditioner comprising at least one indoor unit 160 an outdoor unit 110 connected to the at least one indoor unit 160 the outdoor unit 110 comprising a compressor 130 for compressing a refrigerant an engine 120 generating power by using combustion gas to operate the compressor 130 a generator 140 generating electricity by using the power generated in the engine 120 and a battery 150 receiving at least one portion of the electricity generated in the generator 140 the method comprising controlling the air conditioner in mode i of charging or discharging of the battery 150 while the air conditioner is operating and controlling the air conditioner in mode ii of charging of the battery 150 while operation of the air conditioner is stopped wherein in mode i the air conditioner calculates S23 the operation performance of the air conditioner and charges S26 the battery by the generator or discharges S28 electricity stored in the battery to the indoor unit orthe outdoor unit according to the calculated operation performance of the air conditioner.

Related passage: In the power system 1 as described above if power supplied to the loads is small the battery 18 is charged with the power generated by the photovoltaic power generating unit 12 and the power generated by thegenerator 13 while supplying power to the loads.This reduces power supply from the commercial power system 11 thereby achieving energy conservation.If power consumed by the loads is large the power generated by the photovoltaic power generating unit 12 and the power generated by the generator 13 are directly supplied to the loads and furthermore power that has been charged in the battery 18 is directly supplied to the loads as needed.This improves usage efficiency of the battery 18 and reduces power supply from the commercial power system 11 to a greater extent thereby achieving energy conservation.Furthermore the battery 18 can be efficiently used all day long.
Patent claim: Method according to any of the previous claims wherein modifying or changing an operation parameter set for operating the cooling fan unit comprises changing from a first predetermine fan unit profile to a second predetermined fan unit profile wherein the first fan unit profile is different from the second fan unit profile and each fan unit profile includes one or more of a predetermined fan unit speed or conveyance capacity profile a predetermined fan unit OnOfftime profile and a predetermined fan unit OnOff duty cycle ratio.

Related passage: Figure 1 shows a household appliance 1 comprising a housing 2.In practice that housing 2 will be shaped according to de facto standards that would call for example for a column having a length and a depth of 60 cm each and a height of 80 cm in Europe.In the housing 2 there is disposed a control unit 3 that controls via control lines 4 the various components of the appliance 1 that are functional when the appliance 1 is operated.The control unit 3 is also designed to provide an interface between the appliance 1 and a user via inputting means like dials switches and toggles and outputting means like alphanumeric displays and indicator lights.Disposed within the housing 2 is a drying chamber 5 that is determined to contain articles 6 to be dried.Presently the drying chamber 5 is a drum rotatable around an axis by a motor not shown for simplicity.The articles 6 to be dried are pieces of laundry 6 and may be placed into the drum 5 through a door 7 that allows access through the housing 2.
Patent claim: A test and measurement instrument comprising an analogtodigital converter that digitizes an analog input signal to produce digital data a trigger detector that processes the digital data in realtime and generates a trigger signal and a memory that stores digital data in response to the trigger signal the trigger detector comprising a bitmap generator that converts the digital data into a timedomain bitmap and a region evaluator that generates the trigger signal when a density value of a region of the timedomain bitmap violates a density threshold.

Related passage: A display subsystem 36 may also be included to provide visual output.In particular it will often be desirable to provide a visual representation of signal properties for signals in system 20.Depending on the particular capabilities and configuration of system 20 different types of visual representations may be employed.As shown in the figure one example of a visual representation is a bitmap display such as frequencydomain bitmap 40.This type of display may be employed for example when system 20 is implemented to provide spectrum analyzer functionality.Other potential visual representations of signal properties include timedomain representations such as oscilloscopetype representation 42 in which a signal value or parameter is displayed as a function of time or some other variable andor a logic analyzertype representation 44 in which signal traces are displayed for one or more digital signals.The visual representations 40 42 and 44 are exemplary in nature and it will be appreciated that a variety of other types of visual representation may be employed.The visual representations may be used to facilitate a novel way of enabling a user to configure and run a triggering operation in a test andmeasurement device.In particular as will be described below triggers may be defined and implemented automatically in response to a users graphic designation of observed phenomena shown on a signal display.
Patent claim: The method 1000 of any of the claims 1 to 6 wherein the group power setpoints 1i are determined as a product of the respective power reference values 4i and the power setpoint 16 divided by a sum of the power reference values 4i.

Related passage: For example as shown in the Figures 1 to 4 there are three participating group controllers and the main control unit wants 175MW totally.The main control unit will send references to each participating group controller based on the current operating conditions of the group.For the sake of the example the power reference ends up being 50 50 75MW to each of the participating group controllers.The first group controller will then distribute the 50MW to the turbines that it controls.The distribution is based on the turbines operating condition.If they all have identical operating conditions then the reference to each turbine will end up being 50MWnumber of turbines.
Patent claim: A method according to claim 1 the method further comprising providing waist elastic at a waist cap portion of said chassis web folding said waist cap portion of said chassis web over itself and coupling said portion with said chassis web to form a waist elastic portion of said chassis web.

Related passage: Preferably the rotating body comprises a series of knifes 30 acting in pairs spaced apart a distance of approximately D1 to act upon the stretch film 12 and sever the stretch film 12 into a chip 22 that will be removed once rotated into communication with vacuum hood 36 which because only stretch film 12 or in addition a small portion of character strip 14 will be removed and discarded or recycled.Preferably the knives 30 have silicon lagging heated knives.In this manner the knifes can be used to heat sever stretch film 12 after being urged into contact with the heated knives by blocks 34 which are used to push the laminate of Fig.2 including the stretch film material 12 into the rotating heated knives 30.In an alternative embodiment vacuum is applied to the stretchable film to drawn the material against the heated knife thereby severing the stretchable film.In an alternate embodiment shown in Fig.7 the knives 30 can be supplied with vacuum ports 40 which drawn the stretch film into contact with the heated knife blades 30 at desired times to achieve severing the chips 22.
Patent claim: The secondary battery of any of the preceding claims wherein the first accommodation portion G1 defines a recess in the first terminal pate 111 and wherein the second accommodation portion G2 defines a recess in the cap plate 100.

Related passage: The conductive member 50 as shown in FIG.7A may have a size e.g.a length corresponding to a size e.g.a length of the upper or lower noncoating portion 22 or 24 of the variable plate 12and be formed with e.g.integrally formed with the upper or lower noncoating portion 22 or 24 of the variable plate 12.However the present invention is not limited to the shape and size shown in FIG.7A and the conductive member 50 may be formed in various shapes and sizes.
Patent claim: An indexable cutting insert 200 for a milling tool 100 comprisingan upper side 201 defining an upper extension plane PU and including a chip surface 203 wherein the upper side 201 has the basic shape of a regular polygona lower side 202 defining a lower extension plane PL parallel with the upper extension plane PU wherein a central axis C2 extends between the upper side 201 and the lower side 202a side surface 204 extending between the upper side 201 and the lower side 202 around the periphery of the cutting insert 200 and including a plurality of primary clearance surfaces 205 and secondary clearance surfaces 206a cutting edge 207 comprising a plurality of primary cutting edge portions 208 each formed between one of the primary clearance surfaces 205 and the chip surface 203 and a plurality of secondary cutting edge portions 209 each formedbetween one of the secondary clearance surfaces 206 and the chip surface 203a plurality of locking grooves 211 formed in the lower side 202 each extending inside of one of the primary clearance surfaces 205 and outside of the central axis C2 characterized in that each locking groove 211 extends through the side surface 204 at least at one of the primary clearance surfaces 205 neighbouring the primary clearance surface 205 inside which the locking groove extends that the lower side 202 further comprises a lower contact region 213 formed to bear on a fastening member 300 and that the upper side 201 comprises an upper contact region 214 adapted to bear on a top support member 107 of a tool body 101 in which the cutting insert 200 is mountable.

Related passage: In the exemplified embodiment the cassette 6 forms a basic body in which the seat 7 for the cutting insert 2 is formed.However it is also feasible to spare the cassette and form the seat directly in the head 1 wherein the same would form a basic body for the seat.
Patent claim: A security enforcement module for use in a vehicle electronic control system comprising one or more processors configured to implement the steps of the method of any preceding claim.

Related passage: While the buses 103 and 105 have been described as buses that are closed and opened to a user respectively the present invention is also applicable to an arrangement in which the gateway connects lowspeed and highspeed buses controlsystem and informationsystem buses or a bus outside the vehicle a network constructed of mobile telephones or the like and buses in the vehicle.
Patent claim: The method of claim 8 further comprising receiving an optical communication data from said remote platform and directing said optical communication data to said trunk cable through said second conductor path and the branching unit.

Related passage: In the undersea network 1 the distribution box 4 connects secondary lines 7 8 and 9 to the trunk line 3.Secondary lines 7 8 and 9 are hybrid cables which are connected to a variety of undersea equipments that require both electrical power and optical communications services for their operations.For illustration Figure 1 shows a video camera 11 connected to line 7 a controlled actuator 12 connected to line 8 for operating a submerged manifold 13 on an oil pipeline 14 and a subsea robot 15 connected to line 9.The distribution box 4 provides electrical power and unidirectional or bidirectional optical communications connections to the equipments.Thus the connected equipments may be remotely controlled and operated e.g.from the shore station 2.
Patent claim: The induction heater of Claim 2 wherein the tank circuit includes first and second power MOSFETs and wherein only one of the first and second power MOSFETs is powered up at a time.

Related passage: Referring now to FIGURE 6 a preferred embodiment of the power circuit of the inverter including parallel resonant circuit C3 and the isolation transformer and power transistors Q1 and Q2.In normal operation transistors Q1 and Q2 may be turned on and off alternately supplying power to the isolation transformer.Gate driver U1 may be employed to turn on Q1 and Q2 alternately.The collector voltages of transistors Q1 and Q2 may be sampled by R15 and R16 and attenuated by the voltage divider components R13 and R9 working in conjunction with R15 and R14 and R10 working in conjunction with R16.The attenuated signals may then be applied to transistors Q3 and Q4.Transistors Q3 and Q4 may act as comparators that via C8 and C9 provide pulses to Q6 and Q7 when the collectors of Q1 and Q2 approach zero volts.This in turn alternately switches the states of the two gate drivers when the collectors of Q1 and alternately Q2 are at or close to zero volts.Therefore the onoff transitions of Q1 and Q2 occur at or near when their collector voltages are at zero volts minimizing wasted power dissipation.Feedback from R15 and R16 along with their associated feedback circuits as described earlier operate on the diminishing Q1 and Q2 collector voltages whose rate is determined by the LC resonance presented earlier but influenced strongly by the load characteristics of the external work coil and its target metal piece.This action causes the transitions of Q1 and Q2 the periods of maximum potential wasted heat dissipation as they transfer high power pulses from the input power source to the output of the isolation stepdown transformer to always tend to occur near or at zero collector voltage greatly minimizing the wasted heat losses.
Patent claim: The mobile communication device of claim 11 wherein the at least one wireless communication function comprises establishing a wireless communication session with at least one active NFCcapable device and optionally wherein the at least one active NFC communication device comprises a Bluetoothenabled device and further optionally wherein the at least one wireless communication function comprises maintaining an established wireless communication session with at least one active NFCcapable device.

Related passage: Referring initially to FIG.1 a communications system 30 illustratively includes a first mobile device holder 31 and a first trigger device 32 associated with the first mobile device holder.Furthermore the system 30 also illustratively includes a second mobile device holder 35 which is different than the first mobile device holder 31 and a second trigger device 36 associated with the second mobile device holder.More particularly in the illustrated example the first mobile device holder 31 is a charging cradle for a mobile device 40 while the second mobile device holder 35 is a holster for the same mobile device 40.That is the mobile device 40 illustratively includes a housing 41 that is configured to be removably coupled with the first mobile device holder 31 or the second mobile device holder 35.
Patent claim: The window element according to claim 2 or 3 wherein the window element comprises at least three panes 6 7 13 the projection film is attached to a second pane 7 of the at least three panes 6 7 13 and the second pane 7 is the pane closest to the first pane 6.

Related passage: The electronic device in the present disclosure may be an arbitrary device provided with a touch screen and may be referred to as for example a portable terminal a mobileterminal a communication terminal or a portable mobile terminal.For example the electronic device may be for example a smart phone a portable phone a game machine a television TV a display device a vehicle head unit a notebook computer a laptop computer a tablet computer a Personal Media Player PMP a Personal Digital Assistants PDA a navigation system an ATM of a bank or a POS device of a store.Further the electronic device in the present disclosure may be a flexible device or a flexible display device.
Patent claim: A thin film dispenser characterized in that the thin film dispenser comprises a housing 10 having a transmission device disposed in the housing 10 a dispensing unit 20 mounted in the housing 10 and comprising a base 21 a wheel assembly 23 mounted on the base 21 connected withthe transmission device and comprising a tape supplying wheel 24 mounted rotatably on the base 21 and a used tape collecting wheel 25 mounted rotatably on the base 21 a thin film 26 mounted around the wheel assembly 23 a locking device 28 resiliently disposed on the base 21 and selectively engaging the wheel assembly 23 to prevent the wheel assembly 23 from rotating a dispensing head 22 connected with the dispensing unit 20 and capable of extending out from the housing 10 and an unlocking device disposed on the housing 10 and corresponding to the locking device 28 to unlock the wheel assembly 23 from the locking device 28.

Related passage: In thus completed tape cartridge C moreover to maintain the setting state tight state of the coat film transfer tape T the support main body 15 is integrally provided with rotation stopping mechanism rotation stopping means 300 for stopping and holding the rotation of the payoff reel 3.
Patent claim: The method as claimed in claim 1 wherein the prompting is performed when a conditional map is present between the prospective utilization of the computational resources 402 406 506 508 510 512 by the one or more foreground applications 102 104 and the starvation of the computational resources 402 406 506 508 510 512 for execution of the data analytics application 306.

Related passage: Figure 1 is a block diagram of one embodiment of a mobile device 100 with a user application process communicating with daemon processes that are executing at a low importance.In one embodiment the mobile device 100 can be a smartphone laptop personal digital assistant music playing device gaming device etc.While the device described here as a mobile device the inventions described herein can also be used in a personal computer server or any other device that executes multiple processes.In Figure 1 mobile device 100 include an operating system 102 that is a set of software used to manage computer hardware resources and provides common services for other running computer programs such as application programs.In one embodiment the operating system 102 manages different running processes by time scheduling when a processor of the mobile device 100 executes each running process.In one embodiment a process is an instance of a computer program that is beingexecuted.In this embodiment the process may be a user application that is executing as a result of user input.Another example of a process is a daemon process that provides one or more services to a user application another daemon other process etc.For example and in one embodiment a daemon process give a status of wireless hotspot service list of installed applications facilitate a search monitor and adjust device power settings etc.In one embodiment the daemon process is not tied to a particular hardware resource of the mobile device.
Patent claim: The lubrication system 500 of any preceding claim wherein the expandable lubrication receptacle 550 comprises one or more hoses and each of the one or more hoses is connected to a plurality of the one or more output ports 440.

Related passage: The lubricant return conduit 46 may comprise a tube such as a pipe and is formed with a large diameter of such proportions as to ensure draindown of spent lubricant without the buildup of back pressure and able to cope with potential foaming of the returning lubricant.The return conduit 46 connects between the lubricant outlet of the turbocharger and an lubricant return port 60 associated with the engine 10.The lubricant return port 60 may be defined in the assembly of the engine block 12 and is connected to the end of the lubricant return conduit 46 that is distal to the turbocharger 16.The connection may be made by means of a flexible conduit 62 such as a short length of rubber hose.
Patent claim: Gizzard peeler according to claim 4 characterized in that the first and second rollers 21 22 of each rollerset have intermeshing teeth.

Related passage: Thus it is possible that the rollersets collectively form a substantially cylindrical case or form part of such a case for the gizzard.The cooperating rollers of each rollerset does not only provide effective peeling but also ensure transportation from the gizzard from the infeed section to the exit of the peeler.
Patent claim: The liquid cartridge according to any one of claims 1 to 3 wherein a plurality of terminals comprising the sensor terminal 170c 171c and the power terminal 174c are arranged in a first line wherein a plurality of terminals comprising the data terminal 172c 173c are arranged in a second line substantially parallel to the first line and wherein a distance between the terminals arranged in the first line and the terminals arranged in the second line is greater than a distance between the terminals arranged in the first line.

Related passage: On the other hand when the ink 60 has been consumed and its top level of the ink 60 has become lower than the opening 66 the conduction route X is rendered nonconductive and the conductive route Y remains conductive.Since the conduction route Y is smaller in crosssection and greater in length the detected resistance between the electrodes becomes high.In the first embodiment the resistance is equal to about 500 k in a state that only the conduction route Y is conductive see Fig.4.When the ink 60 has further been consumed and the top level of the ink 60 has become lower than the outlet 72 the conduction route Y also becomes nonconductive whereby electrical continuity between the electrodes is lost and the resistance becomes infinite.In this manner the detected resistance between the electrodes varies to a large extent depending on the routes that is conductive.