bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The method as claimed in claim 13 further comprising transmitting the terminal information S950 of the new terminal device 300 to a first terminal device in response to a selection instruction for the first terminal device among the terminal devices included in the displayed list being input.

Related passage: The reader 130 detects an information code from another apparatus such as the second electronic apparatus 200 within a preset distance and reads and transmits the information code to the controller 140.When the tag 210 based on near field communication NFC is detected the reader 130 interprets and reads information or data included in the tag 210.The NFC tag can contain data which is readonly or may be rewriteable.The NFC tag can store various kinds of information for providing data from one device to another device.
Patent claim: Method for communication between a host device HDEV and an accessory device ADEV wherein the method comprisesconnecting the host device HDEV and the accessory device ADEV via a data cable 4PACdetecting by means of the host device HDEV whether the accessory device ADEV is compatible with a power supply via a first line LM of the data cable 4PACoperating the host device HDEV in a power mode of operation or in a legacy mode of operation depending on the detectionproviding a power supply from the host device HDEV to the accessory device ADEV via the first line LM when the host device HDEV is operated in the power mode andcoupling a legacy terminal MICS of the host device HDEV to the first line LM when the host device HDEV is operated in the legacy mode.

Related passage: The power receiving terminal 10200 is connected to a switch unit 220 which is controlled by the control unit 210.The switch unit 220 may interrupt a path between the power receiving terminal 10200 and a powerout terminal Pwr or connect the power receiving terminal 10200 to the powerout terminal Pwr.Speech data of a microphone of the accessory device 20 received at a terminal Sp mic is amplified by an amplifier 230 before being transferred via the auxiliary pin AUX of the 3.5 mm jack to the electrical power transmitting controller device 100.
Patent claim: A sensor assembly comprising a processor and a gas sensor the sensor assembly being configured to carry out the steps of any one of claims 1 to 9.

Related passage: For example the above described embodiments have utilised a quartz crystal oscillator having a fundamental frequency of 32.768kHz.However crystals operating at alternative frequencies may be used.For example quartz crystal oscillators operating at 60kHz and 100kHz may be used with the embodiments described above.A graph showing the frequency change with density for different crystals is shown in Figure 13.As a further example a crystal oscillator operating at a frequency of 1.8 MHz could be used.
Patent claim: The surgical instrument of any one of claims 1 to 6 or claim 15 wherein the surgical end effector comprises a loading unit.

Related passage: Referring now to FIGS.9 11 and 12 endoscopic portion 140 includes a tube housing 144 that extends from an area adjacent housing 110 towards end effector 160.As drive tube 302 rotates end effector 160 does not rotate as a direct consequencethereof.Referring to FIG.13 tube housing 144 includes flat portions 148 thereon which correspond to flat portions 310 of firing rod 306.The pair of flat portions 148 and 310 helps prevent rotation of firing rod 306 by helping to limit firing rod 306 to axial movement.
Patent claim: The end effector of any of the preceding claims wherein the staple cartridge and the anvil plate have a central longitudinal slot configured to enable a passage of a knife blade therethrough.

Related passage: With reference still to FIG.2 anvil buttress 500 is secured to a lower surface of anvil plate 310 by anchors S3 S4 to overlie at least some of the anvil pockets andor at least a portion of a length of longitudinal slot 314.In particular an anchor S3 is threaded across a distal portion of the anvil buttress 500 and each of the corresponding distal pair of recesses or attachment points 318 and an anchor S4 is threaded across a proximal portion of anvil buttress 500 and each of the corresponding proximal pair of recesses or attachment points 316.As seen in FIG.10 anvil assembly 300 defines an axial distance D2 between the distal pair of recesses or attachment points 318 and the proximal pair of recesses or attachment points 316.
Patent claim: A method for managing a video recording on a video device comprising interrupting communication of videorelated information to a memory component on the video device when movement information provided by a sensor on the video device indicates that acceleration of the video device exceeds a threshold.

Related passage: Furthermore the digital video camera 100 includes as the sensors 150an acceleration sensor for detecting an acceleration added to the device when the device begins to fall a vibration sensor for detecting vibration of the device a temperature sensor for detecting temperature inside the device or temperature of the environment in which the device is placed a humidity sensor for detecting humidity inside the device or humidity of the environment in which the device is placed an air pressure sensor for detecting an air pressure inside the device or an air pressure of the environment in which the device is placed and an outgas sensor for detecting toxic gas for the hard disk such as siloxane.Furthermore the tripod detector 160 detects whether or not the digital video camera 100 is in a camera fixed state in which the digital video camera 100 is mounted on the tripod.
Patent claim: A method for converting a first image having a first high resolution into a second image having a second lower resolution whereinthe first image PHR is a compressed image comprising a number of blocks BB each having a first amount of transformation coefficients cijthe second image PLR is a decoded image comprising a second amount of pixel values vfkm the second amount of pixel values being smaller than the total amount of the transformation coefficients cij of all blocks BB of the first image PHR the method comprises the steps of downsampling by a target downscaling factor starget for reducing the resolution and decoding the transformation coefficients cij to the pixel values vfkm whereinthe step of downsampling is carried out stepwise with a first and a second downsampling step wherein a first downscaling factor s1 is used in the first downsampling step and a second downscaling factor s2 is used in the second downsampling step such that the target downscaling factor starget equals the product of the first and second downscaling factors s1 s2.

Related passage: In a typical implementation the original image data is split into three channels Y Cb and Cr and after downsampling each channel is processed separately by splitting the data of each channel into blocks of NxN e.g.8x8 pixels sometimes called minimum coded units MCUs performing a Discrete Cosine Transform DCT on each block of pixels quantizing the DCT coefficients according to a quantization matrix and entropy encoding the quantized DCT coefficients including Huffman coding.JPEG encoding and decoding are well known in the art and so for brevity further details will not be presented here.
Patent claim: A server which provides an image display apparatus with content recommendation information comprising a storage and a controller configured to receive from the image display apparatus information related to a plurality of content receivers of the display apparatus and a plurality of content providers which correspond to the plurality of content receivers and a user viewing history and stores such information and user viewing history in the storage and generates and transmits to the display apparatus content recommendationinformation based on the viewing history out of contents provided by all of the plurality of content providers.

Related passage: Further preferably a current program information obtaining unit periodically or occasionally updates the viewing history based on the obtained information.
Patent claim: The propylene ethylene random copolymer RPP according to anyone of the preceding claims wherein d the ethylene content of the propylene ethylene random copolymer fraction RPP1differs from the ethylene content of the propylene ethylene random copolymer fraction RPP2 by 05 wt..

Related passage: In the present invention in a case where an inorganic foaming agent such as air nitrogen carbon dioxide gas water or the like is used as a foaming agent the polypropylene resin may be prepared using a socalled twostage process in order to obtain expanded particles with a high foaming ratio.This is because the polypropylene resin which is subjected to only firststage foaming would have a relatively low foaming ratio.The twostage process is a process in which after the polypropylene resin expanded particles are obtained using the aforementioned method the expanded particles are impregnated with inert gas such as air etc.and then are heated to be further foamed.
Patent claim: A computer program product loadable into a microwave oven comprising software code portions for causing a processing means of the microwave oven to perform the method of any one of claims 1517.

Related passage: The microwave heating device according to Embodiment 5 is different from the microwave heating device according to Embodiment 4 in that the output of an oscillator part 22 is divided by a power divider part 27 into a plurality of outputs so that a plurality of power feeding routes are provided and a phase control part 26 is provided on one of the power feeding routes.It is to be noted that in connection with themicrowave heating device according to Embodiment 5 a description will be given taking up an example in which power feeding routes of two systems are provided.
Patent claim: Control method for controlling a machine 1 comprising the steps controlling a motion of a plurality of carriers 61 62 63 64 65 on at least two tracks 10 20 30 40 45 arranged spaced to each other and being arranged to receive at least one movable coil 50 51 52 53 51 52 and controlling a motion of said movable coil 50 51 52 53 51 52 being movable between said at least two tracks 10 20 30 40 45 wherein said movable coil 50 51 52 53 51 52 is usable for moving a carrier of said plurality of carriers 61 62 63 64 65 between said at least two tracks 10 20 30 40 45.

Related passage: Meanwhile another automated transport vehicle 3 causes a workpiece carrier 2 that has been emptied by unloading workpieces in the consumption area 5 to travel with it along the consumptionside line 4 and when this empty workpiece carrier 2 passes through the entry 7b1 of the homeward line section 7B of the buffer line 7 and moves forward on the homeward line section 7B up to a fixed position 12 leaves the empty workpiece carrier 2 in that position 12 moves backward exits the homeward line section 7B moves toward the outward line section 7A enters the outward linesection 7A through the exit 7a2 thereof and then causes a workpieceloaded workpiece carrier 2 first encountered on the outward line section 7A to travel with it back onto the consumptionside line thereby delivering the workpieces for consumption.
Patent claim: The outboard motor 6 according to any one of Claims 1 to 10 further comprising a first exhaust manifold 50R that defines a portion of the exhaust passage 22 and is connected to the plurality of first cylinders 31R and disposed inside the Vshaped line V1 a second exhaust manifold 50L that defines a portion of the exhaust passage 22 and is connected to the plurality of second cylinders 31L and disposed inside the Vshaped line V1 an exhaust pipe 51 that includes a first upstream end portion 51 uR into which exhaust gases discharged from the plurality of first cylinders 31R to the first exhaust manifold 50R flow and a second upstream end portion 51 uL into which exhaust gases discharged from the plurality of second cylinders 31L to the second exhaust manifold 50L flow and defines a portion of the exhaust passage 22 and a spiral wound gasket 83 that seals a gap between the first exhaust manifold 50R and the first upstream end portion 51 uR.

Related passage: As shown in FIG.6 the connection passage 50 preferably has the shape of the capital letter C that opens forwardly.As shown in FIG.7 the connection passage 50 includes a pair of intermediate inflow ports 50a connected to the first exhaust ports 49b of the pair of exhaust manifolds 25 respectively and a pair of intermediate exhaust ports 50b connected to the second inflow ports 51a of the pair of exhaust manifolds 25 respectively.The connection passage 50 additionally includes a catalyst housing portion 50d disposed between the pair of intermediate inflow ports 50a and the pair of intermediate exhaust ports 50b an upstream portion 50c through which each intermediate inflow port 50a and the catalyst housing portion 50d are connected together and a downstream portion 50e through which thecatalyst housing portion 50d and each intermediate exhaust port 50b are connected together.The upstream portion 50c is disposed above the downstream portion 50e.The catalyst housing portion 50d is disposed at a height between the upstreamportion 50c and the downstream portion 50e.The catalyst housing portion 50d is disposed on the route of exhaust gases flowing from the pair of intermediate inflow ports 50a to the pair of intermediate exhaust ports 50b.The catalyst 40 is disposed in the catalyst housing portion 50d.
Patent claim: The preform according to claim 9 characterized in that said polymer material of said intermediate layer is selected from high density polyethylene PEHD and polypropylene PP.

Related passage: In an embodiment said synthetic polymer is polyethylene terephthalate PET or polypropylene PP and among the coloring agents which can be used there is titanium oxide TiO2 white colorant in solid or liquid form and carbon black or carbon black colorant in solid powder or liquid form.In a more specific embodiment the method of the present invention comprises using polyethylene terephthalate PET or polypropylene PP with from 0.01 to 2 by weight of carbon black or activated carbon and from 3 to 10 by weight of active ingredients of titanium oxide TiO2 as primary molding material of the first layer or inner layer and using polyethylene terephthalate PET or polypropylene PP with from 3 to 10 by weight of active ingredients of titanium oxide TiO2 as overmolding material of the second layer or outer layer.This composition is suitable for manufacturing twolayered preforms intended for obtaining milkcontaining bottles in which the outer layer must provide a barrier effect againstlight by reflection and furthermore offer a final aesthetic appearance of the bottle in relation to its content i.e.a white appearance which is as pure as possible and in which the object of the inner layer is to provide a barrier effect against light by absorption.
Patent claim: The mobile terminal of claim 8 wherein the controller180 is further configured to cause the touch screen151 to display the widget page including the received information in response to selection of the graphic object.

Related passage: That is according to an embodiment of the present invention the execution screen of the application is output to the second home screen page 220.The second home screen page 220 does not include the items of content other than the execution screen.Accordingly the user can control the application without being interrupted by the other items of content.
Patent claim: Coating system 4 for surface protection of a thermally loaded component 3 which is produced according to claim 7 characterized in that in that the coating system 4 consists of a first underlying coating 1 and a second slurry coating 2 overlaying the first coating 1 wherein both coatings 1 2 have a chemical composition with a similar thermal expansion coefficient and wherein the second coating 2 is very dense with a porosity lt 1 fully cured and completely sintered and wherein the second coating 2 does only cover locally the first coating 1 so that said coating system 4 comprises a reduced roughness Ra with respect to the roughness Ra of the originally applied first coating 1.

Related passage: For each of samples 13 one base layer of slurry A was sprayed onto the surface of the TBC using a conventional paint sprayer which operated at about 3040 psi.The TBC surface was maintained at a temperature of about 35C to about 110C during deposition.The wet thickness of the layer was sufficient to provide a cured thickness of about 12 microns.After being deposited this first layer was heated in a convection oven at about 80C for about 15 minutes to remove a substantial portion of the volatile material.
Patent claim: The medicament delivery device 1 according to any one of the preceding claims wherein the trigger button 6 is disposed on a proximal end of the case 2.

Related passage: As shown in FIG.6 medicine injection device 1 includes power supply button 6 airbleeding button 7 completion button 8 medicine injection button 9 syringe cover detecting switch 14c injection needle detecting switch 19 calendar 20 timer 21 power supply section 22 as a power supply of the medicine injection device microprocessor 23 piston drive motor 16 motor drive circuit 24 current detecting circuit 25 encoder 26 display section 27 LCD 10 sounder 28 vibrator 29 and communication section 30.
Patent claim: A hybrid data storage system according to any of the preceding claims wherein the tabular data storage system is a distributed storage apparatus comprising a plurality of concurrently accessible tabular data storage units configured to communicate with one another andor wherein the graph data storage system is a distributed storage apparatus comprising a plurality of concurrently accessible graph data storage units configured to communicate with one another and each storing one or more continuous regions of the data graph.

Related passage: In this particular example ExpenseRefNo rdftype rdfsClass should have at least the following predicateshasdate hastrading hastravel hastotal.
Patent claim: The method of claim 1 wherein the first information and the second information are displayed in a single window or field.

Related passage: With reference to FIGs.9A and 9C the resizing method of the executed screen image 510 may vary according to the direction in which the menu screen image 320 is dragged.For example if the menu screen image 320 is dragged in an upward direction or in a downward direction the length of the vertical direction updown direction of the executed screen image 510 is adjusted while the length of the horizontal direction of the executed screen image 510 is maintained.If the menu screen image 320 is dragged in a left direction or in a right direction the length of the horizontal direction leftright direction of the executed screen image 510 is adjusted while the length of the vertical direction of the executed screen image 510 is maintained.If the menu screen image 320 is dragged from a corner portion the both lengths of the horizontal and vertical directions of the executed screen image 510 can be adjusted.
Patent claim: The separator of claim 1 wherein the organic layer 13 23a 23b has a packing density of 0.5 mgcc to 0.95 mgcc.

Related passage: The inorganic compound may preferably be a particle and for example have a particle diameter ranging from about 1nm to 1000nm.The particle diameter may preferably be in a range of about 10nm to 800nm and specifically about 200 to 600nm within the range.The inorganic compound having a particle diameter within the range may apply appropriate strength to the coating layer 33.
Patent claim: A method according to claim 1 characterized in that the directional phasor quantity is one of the following impedance admittance power or current.

Related passage: Monitored current and voltage values are preferably obtained by a suitable measuring arrangement including e.g.current and voltage transducers not shown in the figures connected to the phases of the electricity system.In most of the existing protection systems these values are readily available and thus the implementation of the invention does not necessarily require any separate or specific measuring arrangements.How such values are obtained is of no relevance to the basic idea of the invention and depends on the particular electricity system to be monitored.
Patent claim: The honeycomb structure as claimed in any ofclaims 1 to 6 characterized in that the honeycomb structure has a plurality of the honeycomb units.

Related passage: Such a catalyst carrier is preferably constituted of a porous material.For example a specific surface area of the catalyst carrier is preferably from 10 to 1000 m2g further preferably from 30 to 600 m2g and especially preferably from 100 to 600 m2g.For example the porous material having an average particle diameter of 5 m or more and a specific surface area in the above numeric value range can satisfactorily be used as the catalyst carrier onto which the noble metal is loaded.
Patent claim: The capacitive environmental sensor of claim 7 or claim 8 operable to make a differential capacitive measurement to determine the presence of the target substance by making a first measurement of capacitance of at least some of the electrodes in a first electrical configuration making a second measurement of capacitance of at least some of the electrodes in a second electrical configuration applying a scaling factor to the second measurement to compensate for sensitivity of the sensor to a factor other than the presence of the target substance and determining the presence of the target substance by evaluating the difference between the first measurement and the second measurement.

Related passage: The invention also includes a new method which allows performing two independent measurements with the same sensor device.Obviously this reduces the number of sensors required to obtain a certain amount of information by a factor of two.
Patent claim: A method for processing a plurality of signals the method comprising receiving one or more observations characterizing a wireless channel performing a channel estimation to determine a probabilistic channel model for the wireless channel wherein the channel estimation comprises numerically updating one or more multipath gain estimates and one or more multipath delay estimates based on the one or more received observations and a probability distribution associated with the probabilistic channel model and processing the plurality of signals using the probabilistic channel model.

Related passage: By definitiongt 0 which is satisfied only when slHl1xl2gtslHl1sl.
Patent claim: An electromechanical front gear changer for a bicycle having a chain comprising a base member attachable to the bicycle a linkage movably coupled to the base member a chain guide movably coupled to the linkage for contacting the chain a motor supported by the base member a gear transmission driven by the motor to move the linkage a CPU for controlling the motor and a power supply supported by the base member to power the motor and the CPU.

Related passage: The electrical shift control devices 16 and 18 are preferably provided with one or more shift operating members not shown that are operatively coupled to front and rear derailleur assemblies 12 and 14.The electrical shift control device 16 is basically a mirror image of the shift control device 18 and is located on the opposite side of the handlebar from the shift control device 18.Thus the shift control device 16 is located behind i.e.is hidden behind the shift control device 18 in Figure 1.