bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method of claim 12 wherein when the AC input power is in the instantaneous power failure state the first switch and the second switch are alternately turned on and off.

Related passage: In a case the charging operation of the apparatus is stopped there may be a charged voltage of approximately 400 Vdc at the distal ends of the DClink capacitor 230.According to the prior art the high voltage charged at the distal ends of the DClink capacitor 230 may cause a safety accident such as electrocution and the like.
Patent claim: A laundry treating apparatus as claimed in claim 1 wherein the inner wall 92 and outer wall 94 are circular and the light guide has an annular space defined between the inner wall 92 and outer wall 94.

Related passage: FIG.2 is an exploded perspective view illustrating a structure of the control panel assembly 100 of the washing machine illustrated in FIG.1 according to an embodiment of the present disclosure FIG.3 is a crosssectional view illustrating a combined state of the control panel assembly 100 illustrated in FIG.2 FIG.4 is an enlarged crosssectional view of a portion A of FIG.3 FIG.5 is a crosssectional view of a light emitting diode LED bracket and FIG.6 is an enlarged view of a portion B of FIG.5.
Patent claim: A method of controlling an electronic device the method comprising obtaining a reading from a magnetometer of the electronic device determining whether one or more properties of the reading matches at least one magnetic signature from a set of magnetic signatures each magnetic signature being indicative of an expected magnetic influence from another object if the one or more properties match a particular magnetic signature from the set of magnetic signatures determining one or more actions associated with the particular magnetic signature and enabling the one or more actions to be performed using the electronic device.

Related passage: Fig.9 is another embodiment of a portable information device 900 comprising a processor 902 that communicates with a magnetic field sensing device 910 that comprises both a magnetic switch and a three axis electronic compass integrated into one component.The electronic compass 906 is a three axis compass made up of a Yaxis sensor 916 an Xaxis sensor 918 and a Zaxis sensor 920 in communication with the processor 902.A magnet 914 is used in combination with the Zaxis sensor 920 to realize a magnetic switch.Similar to the previous embodiments when the portable device is open the Zaxis serves as an electronic compass component.When the device is closed the Zaxis sensor 920 provides a signal corresponding to the device being closed.Alternatively the Xaxis sensor 918 or Yaxis sensor 916 could be used instead and a signal representing other information besides the device being closed can be generated using any one of the sensors.
Patent claim: The hypervisor replacing method according to any one of claims 1 to 5 further comprising receiving a recovering instruction that instructs the information processing device to recover the first hypervisor from the second hypervisor issuing from the second hypervisor a new stopping instruction that instructs the caller to stop issuing a new hypervisor call rewriting the designating information from the second value to the first value starting execution of the firmware of the first hypervisor in response to the rewriting of the designating information and issuing from the first hypervisor to the caller a new canceling instruction that cancels the new stopping instruction.

Related passage: In operation the bank switch routine using the chip selects is copied from flash memory 311 to DRAM 312 step 804.The program counter is set to an address in DRAM 312 and the bank switch routine is executed.The bank switch routine reads base register values CS0 and CS1 from each bank in flash memory 311 step 808.Base register value CS1 is stored as temporary base register value TCS1 and base register value CS0 is stored in temporary base register value TCS0 step 810.The base registers are then swapped by storing temporary base register value TCS0 as base register value CS1 and temporary base register value TCS1 as CS0 step 812.Once the base register values are swapped processing continues at the next address in the second bank in flash memory 311.
Patent claim: A refrigerating apparatus comprising a refrigerant circuit forming a refrigeration cycle using any one selected from among R1234yf single refrigerant R1234yf mixed refrigerant R1234ze single refrigerant and R1234ze mixed refrigerant as an operating refrigerant the refrigerant circuit having a compressor using refrigeration oil comprising an extreme pressure additive.

Related passage: In the fourth aspect of the invention the refrigerant oil is used which has the saturated water amount of equal to or greater than 2000 ppm at the temperature of 30C and the relative humidity of 90.Thus moisture in refrigerant can be trapped by the refrigerant oil.This reduces or prevents the deterioration of refrigerant due to an influence of moisture.
Patent claim: The method for managing a MAC address table according to claim 1 wherein the MAC address information comprises source address information SMAC andor destination address information DMAC.

Related passage: In case that no entry for the source MAC address of the forward flow 1 or no port corresponding to that address can be found in the MAC address table 5 a learning request 4 for learning the source MAC address of the forward flow 1 is generated the MAC address learning being performed by adding the source MAC address to the MAC address table 5 together with the number of the source port 10a i.e.the port at which the forward flow 1 has been received.In such a way a backward flow 18 a flow with inverse source and destination addresses being received e.g.in port 10b of the switch 10 can find its destination MAC address being identical to the source MAC address of the forward flow 1 in the MAC address table 5 thus allowing the backward flow 18 to be routed only via the port 10a corresponding to the entry of the destination MAC address of the backward flow 18 in the MAC address table 5.However in case that the destination MAC address of the backward flow 18 cannot be found in the MAC address table 5 packets of the backward flow 18 are transmitted via each of the two ports 10a 10c such that flooding occurs.
Patent claim: The gallium nitride substrate of claim 13 wherein a full width at half medium FWHM of an Xray diffraction XRD rocking curve of an N face of the second gallium nitride film is 200 arcsec or more.

Related passage: According to the present invention with placing the GaN in an HVPE reactor maintaining the temperature ranging from about 600C to about 900C flowing HCl gas into the reactor forming gallium chloride gas providing NH3 gas through another inlet the intended GaN can be made by a reaction of the gallium chloride and the NH3 gas.At this time a volume ratio of the HCl gas and the NH3 gas can be controlled to be from about 11 to about 120 and the gallium is used in an excess of quantity.
Patent claim: The reel body according to any one of the claims 1 to 5 wherein the front face of the guard member has a shape that follows along the rear face of the sidewall and along the rear face of the cover member when viewed from the side.

Related passage: As shown in Figures 2 3 and 4 a first boss portion 11c first shaft support portion that supports one end of a master gear shaft 8 on which the master gear 7 is arranged on the back side of the master gear 7.In this embodiment the master gear 7 and the master gear shaft 8 are integrally formed as a onepiece unitary member.However the master gear and the master gear shaft may be separate members that are nonrotatably coupled to each other so as transmit rotation of the handle.The first boss portion 11c is formed on the first cover portion 11a of the first lid 11 and protrudes outward on the approximate central portion of the surface of the fist cover portion 11a.An approximately semicircular first flange portion 11d that constitutes a diskshaped portion that enters inside the rotor 3 is formed on the front portion of the first lid 11.An approximately semicircular arcshaped first mechanism accommodating cover 11e is disposed on the rear surface of the mechanism support portion 10b and is approximately flush with the outer peripheral surface of the mechanism support portion 10b.The first mechanism accommodating cover 11e is formed on the front portion of the first flange portion 11d.Since the master gear 7 is adjacently arranged to the first lid 11 a large force tends to act on the first boss portion 11c when the master gear shaft 8 receives alarge load.In view of this the first lid 11 is preferably made of metal in order to keep the specific strength high.In a lower front portion of the first lid 11 a first screw hole 11f is formed to fit the cover member therein 14 and to perform maintenance such as draining water after washing or filling with grease.
Patent claim: The video decoder of claim 1 or 2 wherein the encoded video signal is encoded in accordance with at least one of an H.264 encoding standard and a video coding 1 VC1 encoding standard.

Related passage: Figure 2 is an outline diagram of an image reproducing apparatus 1 to remove blocking artifacts according to an embodiment of the present invention.Referring to Figure 2 the image reproducing apparatus 1 includes a decoder 202 and a post filter unit 201.The decoder 202 decodes compressed image information received from an encoder not shown.That is the decoder 202 decompresses the compressed image information by performing decoding processes such as an inverse DCT and an inverse quantization dependent on a DCT and a quantization used in the encoder.In general a decoder may include a deblocking filter to remove the blocking artifacts described above.However as described above the performance of an image reproducing apparatus is still dependent on the performance of an encoder and also if various image characteristics exist in a same slice the deblocking filter included in the decoder cannot efficiently remove the blocking artifacts.
Patent claim: The method according to one of the preceding claims wherein the twodimensional graphical object andor the threedimensional graphical object comprises or consists of a vector graphic object or a bitmap object.

Related passage: In the example 801 of display shown in Fig.8A if it is determined in step 603 shown in Fig.6 and Fig.7 that the distance or level difference between the view point and the map element being larger than a predetermined value the representation method for each map element is changed from a stereoscopic display to a planeshape display.The mark803 indicates the current position of the car.
Patent claim: The light emitting device of claim 1 further comprising a through hole formed through the lighttransmitting conductive layer the second conductive semiconductor layer and the active layer to a portion of the first conductive semiconductor layer and a through electrode arranged inside the through hole.

Related passage: The current blocking layer 125 may be overlapped with the second electrode 150 which will be described in detail later.In other words the current blocking layer 125 may be disposed on the second conductive type semiconductor layer 126 corresponding to the second electrode 150.
Patent claim: An atomizer according to claim 1 characterized in that said sealing seat 21 is defined by a fillet radius and in that said head 20 has a recess complementary to said sealing seat 21 and engaged by said sealing seat 21 in said closed position.

Related passage: In use fuel is supplied to the annular chamber 13 through the supply passage 14 and through the flow passage defined between the valve needle and the sleeve member 94 towards the outlet openings 74.As the volume 50 communicates via the tubular member 63 with the low pressure drain only a relatively low force is applied to the region 92b of the piston member 92.The control chamber 18 is filled with fuel under high pressure through leakage.As the diameter of the region 92b of the piston member 92 is substantially the same or slightly larger than the diameter of the region 94a of the sleeve member 94 in such circumstances the valve needle is substantially pressure balanced the force due to the spring 84 serving to urge the valve needle against its seating 72 such that fuel injection does not take place.
Patent claim: The method of Claim 3 further comprising the step of determining a sweep angle for the positive sweep that causes an increase in efficiency of the component.

Related passage: Another factor that must be considered when addressing the problem of foreign object ingestion is preservation of the surge margin of the fan andor compressor stages.Radially grooved compressor casings have been used heretofore on gas turbine fan and compressor stages to enhance their surge margin.Unfortunately such heretoforeknown radially grooved casings have increased fan and compressor stage susceptibility to foreign object damage.Specifically since the radial component of velocity imparted to foreign objects by the fan or compressor blades is greater than the axial velocity thereof radially extending casing grooves capture and entrap the debris potentially causing catastrophic damage to the engine.Thus there is a need for an improved casing for the fan or compressor of a gas turbine engine thatminimizes entrapment of ingested debris while still offering fan andor compressor surge margin during normal operation.
Patent claim: An apparatus comprising a parsing processor that parses a stream of compressed video a macroblock size processor that obtains macroblock size information from the parsed streama computing processor that computes a set of factors derived from the macroblock size wherein the factors include a normalized bit size a bit size ratio and a neighborhood score a threshold processor that computes corresponding adaptive threshold values derived from the relative frame characteristics of the compressed video a comparison processor that compares the factors derived from the macroblock size information with the corresponding adaptive threshold values and a detection processor that detects motion based upon combinations of the comparisons when the factors exceed the threshold value.

Related passage: Since the number of bits taken on encode each object varies significantly a fixed threshold is not suitable as it might be in MPEG2 data.Using a fixed threshold with MPEG4 data results in false detection andor fails to detect scene changes at the object level.A combination of a fixed threshold and a sliding window therefore is used to ensure that the detection works at all bit rates of interest.
Patent claim: The child carrier as claimed in claim 1 characterized in that said base unit 4 is a casing that includes at least one side wall 41 formed with said first guiding groove 43 and further formedwith an axle hole 45 through which said axle 3 of said wheel unit 2 extends said first guiding groove 43 being in an elongate shape and having a first end 431 distal from said axle hole 45 and a second end 432 adjacent to said axle hole 45.

Related passage: More detailed description for linkage of the active brake device 104 the linkage part 26 and the passive brake device 30 is provided as follows.Please refer to FIG.8 and FIG.9.FIG.8 is a diagram of the driving part 108 in FIG.7 being located at the releasing position.FIG.9 is an interior diagram of the active brake device 104 and the second wheel base 102 in FIG.8 when the driving part 108 is located at the releasing position.When the driving part 108 rotates to the releasing position as shown in FIG.8 relative to the second wheel base 102 the position of the first engaging part 106 relative to the second end P2 of the linkage part 26 and the second wheel base 102 is as shown in FIG.9 and the engaging rod 112 and the hub 48 of the second wheel set 18 are separate from each other.That is the second wheel set 18 is capable of rotating relative to the second wheel base 102.At this time the compressed second spring 52 can provide elastic force to the linkage part 26 so as to make the second end P2 of the linkage part 26 pull the sliding block 110 of the first engaging part 106 tightly.Thus the engaging rod 112 can abut against the top end of the guide slot 116 of the driving part 108 tightly as shown in FIG.8.In such a manner the driving part 108 can be positioned at the releasing position as shown in FIG.8 steadily.At the same time as shown in FIG.4 the engaging portion 58 of the second engaging part 50 and the hub 60 of the first wheel set 16 are also separate from each other so as to make the first wheel set 16 capable of rotating relative to the first wheel base 22.
Patent claim: A medicament delivery device 1 comprising a case 2 adapted to hold a container 3 of a medicament a drive mechanism 5 adapted to expel the medicament from the container 3 and a trigger button 6 disposed on the case 2 and operably coupled to the drive mechanism 5 the trigger button 6 having a concave position and a convex position wherein movement of the trigger button 6 from the convex position to the concave position causes activation of the drive mechanism 5.

Related passage: Microprocessor 23 controls the overall operation of the apparatus and also controls operation of the apparatus corresponding to each of various buttons 6 to 9 according to electrical signals transmitted from these buttons 6 to 9.Further microprocessor 23 includes storage section 23A and embedded timer 21 A.
Patent claim: The living body information detection apparatus according to any one of claims 1 to 4 wherein the control unit is adapted to output a tone corresponding to a position where the image associated with the living body information is moved on the display unit from a notification unit 270.

Related passage: On the other hand if it is judged that no item of the physical quantity is selected the measurement device 10 next judges whetheror not an item of a ratio percentage value of the physical quantity to a target value of the physical quantity is selected on the basis of an input operation through the switch input unit 13 Step 104.If it is judged that the item of the percentage value is selected then the measurement device 10 displays the data of the percentage value on the upper surface display unit 16 Step 105.As a result an image 52 shown in Fig.5 is displayed on the upper surface display unit 16.At this time when the display unit is viewed from above the displayed contents are viewed as shown in Fig.7.
Patent claim: The vein authentication module according to claim 1 wherein a lens is located between the light source and the reflecting mirror and the light collected by the lens is made to reach the reflecting mirror.

Related passage: Alternatively as illustrated in FIGs.20A to 20C the light sources 10 may be arranged at both ends of the light guide section 32A.Thereby the light amount is easily adjusted and light is allowed to be applied more uniformly.
Patent claim: The robot system according to claim 1 wherein the robot system further comprises one or more image capturing devices 3a 3b 3c 3d that are placed at the upper stream side of the conveying device 1 than the plurality of robots 2a 2b 2c 2d to capture the conveying path of the conveying device 1 the image capturing devices capturing the respective different areas on the conveying path andthe control device 5a 5b 5c 5d instructs the robot 2a 2b 2c 2d associated with the image capturing device 3a 3b 3c 3d that captures the corresponding workpieces to perform the holding operation on the workpieces.

Related passage: Next with reference to Fig.3 the detecting process of the vision control part 34 is explained.When the CPU 341 of the vision control part 34 outputs a command for scanning an image a register value W is set to zero as an initial value step S1.Then the camera 32 images one or more images of the workpiece or workpieces and the image data is stored in the frame memory 342 step S2.Next the count value N1 of the pulse coder 28 is stored in the data memory 345 and the DSP memory 365 of the control part 36 step S3.After that in step S4 the image captured in step S2 is analyzed by using the analysis program stored in the program memory 346 so as to detect the workpiece.At this point success or failure of detection i.e.whether a workpiece is represented in the captured image is judged in step S5.When no workpiece is detected the process progresses to step S6 and waits until the next image is captured.In other words in step S6 the count value N1 of the pulse coder 28 is repeatedly checked until the travel distance NN1 of the conveyor 14 after the most recent image is captured exceeds a threshold N.When the travel distance exceeds the threshold it is checked that a signal for terminating the process is not outputted in step S7.After that the process returns to step S1.
Patent claim: The apparatus as claimed in claim 8 wherein the controller when an operation mode of the image forming apparatus is converted to a normal mode composes a list of external devices using device control information backed up in the first storage and the second storage.

Related passage: In addition the control unit 120 converts the low power mode into the normal mode if a preset condition is satisfied.For example when the image forming apparatus 100 is a printer if a panel key is input a printing service is requested of a fax rings the control unit 120 converts the low power mode into the normal mode.
Patent claim: The device of claim 13 wherein the device includes a behindtheear BTE hearing aid.

Related passage: In various embodiments the substrate 441 is made of a flexible material including but not limited to Liquid Crystal polymer LCP polyphtalamide PPA Teflon thin plated plastic or combinations thereof.In some embodiments the substrate is in a rigid 3D form using plated plastic or ceramic.In various embodiments the substrate is fabricated in an flat arrayed format using traditional injection molding processes.After the arrayed parts are molded conductive traces are integrated with the substrate.In one embodiment forming the conductive traces includes metalizing the parts with a conductive layer such as copper applied to one or more of the substrate surfaces.The desired conductive pattern is then laser cut into the metallization.A chemical process is used to etch away undesired metalized regions.Desired metalized areas are plated.Plating materials include but are not limited to nickel gold or a combination thereof.The arrays are separated into individual parts.Electronics are assembled onto the individual parts and the parts are tested.Having the substrate in a flat configuration as opposed to a 3D form allows for more efficient assembly of the electronics to the substrate and also simplifies subsequent testing.In various embodiments one or more electronic components may be added and tested before the arrayed parts are separated.It is understood that other materials and processes forforming and assembling the substrate are possible without departing from the scope of the present subject matter.