bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A display apparatus 100 comprising a display unit 110 a processing unit 130 configured to receive an input image extract an object included in the input image and generate object information based on the extracted object a communication unit 140 configured to communicate with an external server 200 via a network and a controller 150 configured to control the communication unit to transmit the object information to the server and receive recommendation information generated by an analysis of the object information from the server.

Related passage: First a description will be given of the operation of the digital TV 1 upon viewing a program.A.A registered user starts viewing a program.B.The user is informed of a recommended program while viewing the program.C.After the program ends the user selects the recommended program and starts viewing it.D.After the recommended program ends because not informed of a recommended program the user searches for a program by zapping.E.The remote control processor 232 detects the zapping and a recommended program to be broadcasted is displayed.F.The user selects the recommended program and continues viewing the digital TV 1 until the program starts.G.After the recommended program ends because not informed of a recommended program the user performs power off operation.The remote control processor 232 detects the power off operation and a recommended program to be broadcasted is displayed.F.The user selects the recommended program and continues viewing the digital TV 1 until the program starts.G.After the recommended program ends the user performs power off operation.Because there is no recommended program the digital TV 1 is turned off.
Patent claim: Method for determining the stability of a Digital Subscriber Line 5 executed by a control device 2 comprisingobtaining S1 at least one performance indicator MTBE representative of an issue rate on said Digital Subscriber Line 5 anddetermining S2 the stability of said Digital Subscriber Line 5 by comparing said performance indicator with at least one threshold s uwherein said at least one threshold s u is determined byobtaining T1 data representative of the actual or attainable bitrates of a group of Digital Subscriber Lines 5 said group including a plurality of Digital Subscriber Lines 5determining T2 at least one reference bitrate R1 R2 in function of said actual or attainable bitrates anddetermining T3 T4 said at least one threshold s u in function of said reference bitrate R1 R2.

Related passage: A result of step 53 consists in tagged data 57 including the physical line data 47 associated with the service quality information 49 and optionally with the operator data 51.In the shown embodiment the tagging 53 is implemented by physically adding the service quality information 49 and optionally the operator data 51 as a tag to the individual pieces of physical line data 47.However in other embodiments any other suitable technical means for associating the physical line data 47 the service quality information 49 and optionally the operator data 51 related to this same line 13 with each other can be used.For example the data 47 49 51 may be entered in a common database not shown and said associating may be implemented by relations andor references stored in the database.
Patent claim: The settopbox of claim 16 wherein the first resolution is 1080i and the second resolution is 720p.

Related passage: However in a case of a mixture of 3D video and 2D video such as atelevision broadcast a case is conceivable in which 3D video is used for a main part of a program and 2D video is used for a CM.There are cases in which switching between 3D video and 2D video is performed in a short time such as in a case where switching is performed from the program main part 3D videoSidebySide to the CM 2D video and further switching is performed again to the program main part 3D videoSidebySide.If in each case a black screen appears for about one or two seconds there is a problem that a head portion of the video is not seen at the time of switching and this is not favorable.Note that examples of cases in which a television broadcast is output via HDMI include a case in which the television broadcast is received by a set top box a HDD recorder or the like and is output as video to HDMI and a case in which a television program recorded on a HDD or a disc is played back.
Patent claim: The information processing program according to any one of claims 1 to 8 further causing the computer to function as second display range setting means 5 S83 for setting a second display range in which at least a part of the display target image is to be displayed on a stationary display device 4 and second display control means 5 S102 for displaying in the display target image an image in the second display range on the stationary display device whereinthe first display range setting means and the second display range setting means set the first display range and the second display range in accordance with a positional relationship in real space between the stationary display device and the portable display device.

Related passage: In this way according to the abovementioned process when the user performs an operation based on hisher action on the board type controller 9 and thereby a process based on the users action is performed the user is allowed to view the result of the process on the LCD 61 of the portable terminal device 6 held by the user.Therefore the user who performs an action with the terminal device 6 in hisher hands is allowed to view the result of the process in a favorable situation for the user.Further since the user is allowed to control the position and the attitude of the virtual camera or the attitude and the movement direction of the player object Po by moving the portable terminal device 6 it is possible to provide the user with a sense of presence in the virtual world and with an operation sense of becoming the player object Po.Furthermore in the second exemplary game the movement direction of the player object Po is determined based on the attitude of the portable terminal device 6 but the movement direction after the player object Po has jumped is adjusted in accordance with the action of the user on the board type controller 9.Accordingly the movement direction of the player object Po can be changed not only by an operation using the terminal device 6 but also by an operation using the board type controller 9 which provides the user with a new operation sense.
Patent claim: A medical packaging container comprising a multilayer structure having at least three layers an innermost layer and an outermost layer in the multilayer structure each comprising an amorphous polyester resin A and at least one layer of intermediate layers in the multilayer structure comprising a polyolefin resin B.

Related passage: As described hereinbefore the packaging material of the present invention is particularly adapted to packaging of particulate medical suppliesinclusive of drugs medicine and cosmetics and health foodstuff.The packaging material can be applicable to a pelletform product etc.of ca.5 mm or so in diameter e.g.chlorella pellets but is particularly suitable for packaging particulate materials of at most 3 mm in diameter and is most suitable for packaging of spherical adsorptive carbon particles of at most 0.5 mm in diameter which are liable to exhibit noticeable adhesion to the packaging material.
Patent claim: A method of providing recommendations to a media delivery control device the method comprising generating and storing usage data on a media delivery control device in response to user actions performed on the media control delivery device responding at the media delivery control device to a trigger for providing usage data selecting usage data transmitting the selected data to a remote device for use by a recommender system generating recommendations based on the transmitted usage data and transmitting the recommendations to the media delivery control device.

Related passage: When selected the favourites list 20 is stored in a memory in the broadcast data receiver 2 and at predetermined time intervals information data representing the identity of the programmes in the favourites list is transmitted from the receiver 2 to the broadcaster 8 where the information is stored in a database.The information data is transmitted via a communication link 14 via a telecommunication network.
Patent claim: A gain setting method in an electric power steering system including a power column including an electric motor and a speed reduction mechanism that amplifies motor torque of the electric motor an assist torque command value calculation unit that sets an assist torque command value of the electric motor an observer that calculates an estimated value of a rotation angle of the power column and an estimated value of a frictional force that is generated in the power column by using an observer model in which it is assumed that no friction is generated in the power column and whose characteristic is corrected by using an actual measurement value of a rotation angle of the electric motor and a model correction gain a reference model in which it is assumed that no friction is generated in the power column and which calculates a target value of the rotation angle of the power column a feedback manipulated variable calculation unit that calculates a feedback manipulated variable by performing a feedback operation on a deviation between the target value of the rotation angle of the power column and the estimated value of the rotation angle of the power column a motor torque command value calculation unit that calculates a motor torque command value by correcting the assist torque command value using the estimated value of the frictional force and the feedback manipulated variable and a motor current control unit that controls a motor current flowing in the electric motor so that the motor torque of the electric motor becomes equal to the motor torque command value wherein a feedback gain that is used in the feedback manipulated variable calculation unit and the model correction gain that is used in the observer are set so that a characteristic equation corresponding to an equation of motion representing behavior of the electric power steering system has a double root.

Related passage: The estimated worm wheel torque Twwobs is the sum TtbTload2 of the detected steering torque Ttb detected by the torque sensor 11 and the estimated load torque Tload2 computed by the vehicle model 91.Therefore the estimated worm wheel torque Twwobs is an estimated value of an external torque which is applied to the speed reducer 19 and which is other than the motor torque.That is the external torque specifying unit corresponds to the frictionless columntype EPS model 92 and the plant observer unit 86 including the model 92.
Patent claim: The information processing system 100 according to any one of claims 1 to 6 wherein the second information processing device 1220 includes a third selecting unit 1221 that selects any one of the first information and the IP information according to input from the user as a target for comparison with the input character string and the determining unit 1422 compares any one of the first information and the IP information included in the second information and selected by the third selecting unit 1221 with the input character string for each of at least one piece of the second information stored in the second storage unit 41 and determines a first information processing device 10 identified by IP information included in any one of pieces of second information that include the information corresponding to the input character string as the first information processing device 10 to execute the process requested from the user.

Related passage: This output mode can be specified by selecting the output mode setting button 54 on the option setting screen 50 in FIG.10 and displaying the output mode setting screen 60 in FIG.14.In FIG.14 the output mode setting screen 60 allows selection of output modes such as a highspeed image output mode 61 and a highquality image output mode 62.When an image changes the highspeed image output mode 61 outputs image data only for the changed portion to accelerate the display process.When an image changes the highquality image outputmode 62 outputs the entire image data to ensure the image quality.The user selects one of the modes 61 and 62 and then presses an OK button 63.This determines the output mode.When it is determined at step S330 that the highspeed image output mode is selected the process obtains image data for the changed portion from the VRAM 24 step S335.
Patent claim: The power steering apparatus according to any one of claims 2 to 4 further comprising a housing that comprises a body accommodating the second pinion shaft and having an opening at a side of an end portion of the second pinion shaft opposite to the second pinion of the second pinion shaft and a covering member covering the opening of the body.

Related passage: When the ignition switch IG is turned on the ECU 22 computes the conversion value sm corresponding to the steering angle detection value sd by referring to the conversion map and computes the motor neutral point m0 by subtracting the conversion value sm from the motor angle detection value md m0mdsm.
Patent claim: The cell monitoring device according to claim 6 or 9 further comprising a plurality of constant voltage components having a reaction voltage and connected in parallel to the cells respectively wherein the first threshold is altered within a range having an upper limit equal to any one of the reaction voltage of the constant voltage components and the highest voltage in a measurable range of the cell voltages.

Related passage: Furthermore the abnormality diagnostic device includes a plurality of cell voltage detecting circuits D1 to Dn provided with respect to each of the cells C1 to Cn as shown in Figure 1.Each of the cell voltage detecting circuits D1 to Dn is configured to detect the voltage of a corresponding one of the cells C1 to Cn and to send the detect voltage value to the abnormality diagnostic section 10.
Patent claim: The refrigeration cycle apparatus of claim 2 wherein when the heating operation is performed and the outside air temperature detected by the outside air temperature sensor 203 is from 10 degrees C to 15 degrees C the mode switchingunit 113 switches the normal operation mode to the refrigerant amount determining mode.

Related passage: The characteristics of the second operation variables are as follows.When the amount of refrigerant is insufficient while the cooling operation is performed the supercooling degree is reduced due to the shortage of the amount of condensed refrigerant in the outdoor heat exchanger 140 increasing an opening degree of the supercooling expansion valve 182.Accordingly the amount of refrigerant introduced into the IUs is reduced the discharge temperature of the compressor 110 is increased and thus a discharge overheating degree is increased.However if the amount of refrigerant is excessive the supercoolingdegree is increased to reduce the opening degree of the supercooling expansion valve 182 and the discharge overheating degree of the compressor 110 is increased as the motor not shown for driving the compressor 110 is increasingly heated.As stated above the membership functions may be determined by analyzing thermodynamic cycles of the indoor and outdoor temperatures as well as the supercooling degree and by fuzzy data based on various experimentations.
Patent claim: The rechargeable battery according to one of claims 46 wherein the first fuse HFA1 includes a fuse hole 121 b penetrating the terminal connection part 121 the fuse hole 121 b reducing a cross sectional area of a region of the terminal connection part 121 of the current collector 120.

Related passage: The first extension part 341 includes a terminal hole and the first fuse part 344.The protrusion 138 formed on the bottom side of the flange 137 is inserted in the terminal hole.The first fuse part 344 includes a recess or hole e.g.a penetration hole formed through a portion of the first extension part 341.The first fuse part 344 in this embodiment has a penetration hole having a rectangular shape but other shapes such as circular are possible.The penetration hole of the first fuse part 344 is smaller than a penetration hole of the second fuse part 346.The crosssectional area of the first fuse part 344 is smaller than the crosssectional area of the first extension part 341 where no penetration hole is formed.Therefore the resistance of the first extension part 341 is increased at a region around the first fuse part 344.The first fuse part 344 is configured to melt at regions from edges of the first fuse part 344 to edges of the first extension part 341 in which case the first extension part 341 breaks as shown in FIGS.8A and 8B.This will be referred to as a first current interruption.Therefore although a shortcircuit member 376 described in further detail later herein may be reversed to protrude toward the cap plate 371 and cause a short circuit when the secondary battery 300 is overcharged a residual current may not flow to an outside part from the secondary battery 300 through the second electrode terminal 130
Patent claim: Method according to claim 3 characterized in that the extracted information is tunnelling information received at the transmitting gateway 13 130 14 140 from the receiving gateway 13 130 14 140.

Related passage: The reception processing apparatus 20 extracts the multiplex flag group from the header of the received multiplexed packet 30A transmits flow control information corresponding to the storage state of the reception buffer to the transmission processing apparatus 10 demultiplexes the user packets from the payload of the multiplexed packet extracts pieces of destination user information corresponding to the set multiplex flags from user management information and outputs the user packets to the destination users corresponding to the user management information.
Patent claim: The device 12 according to claim 1 or 2 wherein in a state where the output current from the constantcurrent circuit 22 is reduced if the detected value of the voltage detection unit 23 is not within a specified normal range the control unit 25 stops the constantcurrent circuit 22 and inhibits the output current from the constantcurrent circuit 22 from being restored unless the load 14 is once detached and is again mounted and unless restarting is performed.

Related passage: When the output current Io decreases and therefore falls below the lower limit No in step S5 the judging unit 41 determines that the LED lighting device is in the loadabsence state and the voltage regulating unit 42 terminates performing the constantcurrent control step S6 and starts to perform the noload control step S1.
Patent claim: Device according to any of the previous claims wherein the gripper and the heads comprise a mutually cooperating engagement structure forming a kinematic mount the kinematic mount including atleast three structural elements arranged on either one of the gripper or the heads said at least three structural elements cooperating with at least three slots arranged on another one of the gripper or the heads.

Related passage: In Figure 3 a picture of a first embodiment of an SFM probe module 31 is shown.The module includes a combshaped electrostatic actuator 34 and a parallel spring flexure mount of a cantilever 32.Also shown are spring loaded electrical contacts 36 for electrically connecting the module to a platform.This embodiment is designed to be clamped by e.g.mechanical clamps leaf springs snapin type retaining features in the platform which may also be integrated in the probe module or in an additional clip device which interfaces the module to the platform.
Patent claim: The power tool accessory of any one of claims 8 to 10 wherein the housing includes first and second clamshells the first clamshell having first and second pockets and the second clamshell having third and fourth pockets aligned with the first and second pockets respectively and wherein the retainer includes a first member at least partially disposed in the first and second pockets and a second member at least partially disposed in the third and fourth pockets.

Related passage: As illustrated in FIG.11 the oscillating attachment head 104 also includes a rear head housing 175 or head interface 122 coupled to the housing 155 and having an Oring 181 therebetween.A rubber boot 183 covers the housing 155 and rear head housing 175 in the final l assembly of the oscillating attachment head 104.The rubber boot 183 covers an outer surface of the head interface 122.The head 104 also includes screws 185 a rubber bearing seat 187 washers 189 and screws 191.
Patent claim: The endoscope 10 according to one of claims 1 to 6 characterized in that said fluid guide slope 48a is formed along an edge of said ejection area of liquid ejected from said fluid ejection nozzle 24.

Related passage: The imaging window area 28 is disposed to set the window surface 28a at a predetermined height from the first surface 33.An annular projection 37 is formed on the head cap 27 is disposed between the edge of the window surface 28a and the first surface 33 and projects at a predetermined height from the first surface 33.The annular projection 37 has an inner surface where the through opening 27c is defined.An inclined surface 38 is formed around the annular projection 37 and has a height gradually decreasing from the window surface 28a toward the first surface 33.
Patent claim: A printing plate precursor according to any of the preceding claims 2 to 8 wherein Ra and Rb represent an optionally substituted alkyl group.

Related passage: A particularly preferred lithographic support is an electrochemically grained and anodized aluminum support.Graining and anodization of aluminum is well known in the art.The anodized aluminum support may be treated to improve the hydrophilic properties of its surface.For example the aluminum support may be silicated by treating its surface with a sodium silicate solution at elevated temperature e.g.95C.Alternatively a phosphate treatment may be applied which involves treating the aluminum oxide surface with a phosphate solution that may further contain an inorganic fluoride.Further the aluminum oxide surface may be rinsed with a citric acid or citrate solution.This treatment may be carried out at room temperature or may be carried out at a slightly elevated temperature of about 30 to 50C.A further interesting treatment involves rinsing the aluminum oxide surface with a bicarbonate solution.Still further the aluminum oxide surface may be treated with polyvinylphosphonic acid polyvinylmethylphosphonic acid phosphoric acid esters of polyvinyl alcohol polyvinylsulfonic acid polyvinylbenzenesulfonic acid sulfuric acid esters of polyvinyl alcohol and acetals of polyvinyl alcohols formed by reaction with a sulfonated aliphatic aldehyde It is further evident that one or more of these post treatments may be carried out alone or in combination.More detailed descriptions ofthese treatments are given in GBA 1 084 070 DEA 4 423 140 DEA 4 417 907 EPA 659 909 EPA 537 633 DEA 4 001 466 EPA 292 801 EPA 291 760 and USP 4 458 005.