bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The mobile terminal of any of claims 1 to 6 wherein the controller 180 is configured to designate at least one portion of the touchscreen as a sharing region 1210 and wherein the user input enables requesting the sharing by dragging the at least one content in the content list to the sharing region.

Related passage: As an advantageous additional feature before the content is transmitted the determined information content the determined recipient andor the determined transmission method is displayed on the display 9 together or after each other for the confirmation by the user by repressing the shareit key 15 or any other confirmation key.
Patent claim: The method according to claim 4 characterized in that the request message contains an address of the first communication device and in that the step of judging 512 whether the first communication device is a device permitted by the network access device to access the network comprises steps ofjudging 5122a whether the address of the first communication device belongs to a range of addresses permitted by the network access device to access the network and if the address of the first communication device is judged to belong to the range of addresses permitted by the network access device to access the network determining 5122b that the first communication device is a device permitted by the network access device to access the network.

Related passage: The requesting device 1023 may or may not know an address e.g.an Internet Protocol IP address of a controlling device associated with the ARA network that is responsible for controlling an admission or addition of a new device to the ARA network.The controlling device in this example may comprise the edge device 1024 a DHCP server or another device outside the ARA.Specifically the join request or the beacon message may or may not include a destination address of the controlling device associated with the ARA network to which the join request of the requesting device 1023 needs to finally be directed.
Patent claim: The CRUM unit of any one of the preceding claims further comprising a plurality of interfaces configured to be connected to the apparatus wherein the plurality of interfaces comprise a first interface configured to receive the first clock signals from a clock terminal of the apparatus and provide the received first clock signals to the decoder a second interface configured to transmit and receive the data signals to and from a data terminal of the apparatus anda third interface configured to be connected to a ground terminal of the apparatus.

Related passage: The data terminal 222 may be electrically and physically connected to the data terminal 121 of the main body.And the ground terminal 223 may be electrically and physically connected with the ground terminal 123 of the main body.Meanwhile it has been illustrated that a plurality of terminals 221 222 223 are composed of three but in embodiment the terminals may be composed of four.An example of four terminals will be explained in greater detail with reference to FIGS.10 and 11.
Patent claim: The method according to any of claims 1213 wherein the adjusting is undertaken at the first location andor the second location of the guide roller.

Related passage: In principle the adjustment unit may be applied for alignment of the guide rollers required to avoid transversal tension acting on the web.Typically the web guide control 10 of the present invention is particularly useful for compensating different coiling strengths at the guide rollers 201 and 202.Different coiling strength is most typically a result of different thickness of the web along its width.This could result in tilted feeding and subsequently varying contact between guiding rollers and web which can go along with thermal complications.Typically shorter distances of less than 1 m between the axis of adjacent guide rollers are more critical to the proper handling of the web.
Patent claim: A clothes treatment apparatus comprisinga drum 12 for receiving laundrydrying duct 40 for feeding air to clothes received in the drum 12a controller 100 adapted to perform a first rotation cycle S22 for rotating the drum 12 at least at a first RPM for a first predetermined time wherein the first RPM is an RPM that allows centrifugal force applied to the clothes during rotation of the drum to exceed gravity.

Related passage: During a dewatering cycle executed prior to a normal drying cycle the control unit turns on the drying heater 8 at least one or more time during a prescribed period of time each to dewater a laundry and simultaneously to execute a preliminary drying period for drying the laundry.In executing the dewatering cycle subroutine the control unit supplies the cooling water to an inside of the circulation duct 6 via the cooling water inlet pipe 9 to condense the hot and humid air flowing through the circulation duct 6.
Patent claim: The antenna structure of claim 1 further comprising a tail section sc1 being conductive extending from the tail grounding terminal to the feed terminal along the loop without overlapping the head section.

Related passage: FIG.14 is a graph in which antenna performance standing wave ratio or SWR has been plotted as a function of operating frequency f curve 90.In the example of FIG.14 an antenna such as antenna 40 of FIG.13 is exhibiting resonant peaks in five frequency bands i.e.communications bands centered at f1 f2 f3 f4 and f5.The communications band at frequency f1 may for example be a first low band and may correspond tooperation of antenna 40 in a mode in which a first invertedF antenna formed by main antenna branch LB1 is active.The communications band at frequency f2 may for example be a second low band and may correspond to operation of antenna 40 in a mode in which a second invertedF antenna formed by main antenna branch LB2 is active.In covering the communications band centered on frequency f3 antenna 40 may be operating in a mode in which a first slot antenna associated with slot perimeter HB1 is active.In covering the communications band centered on frequency f2 antenna 40 may be operating in a mode in which a second slot antenna associated with slot perimeter HB2 is active.The communications band associated with frequency f3 may be covered when antenna 40 operates in a mode in which a third slot antenna associated with slot perimeter HB3 is active.
Patent claim: Wind turbine foundation 200 of any of the preceding claims wherein both the pin 250 and the pile 210 are provided with connecting plates 300a 300b with at least some of the connecting plates 300a of the pin 250 being substantially aligned with at least some of the corresponding connecting plates 300b of the pile 210.

Related passage: The support column 10 is thus made from lightweight composite elements 14 that are easy to transport and manipulate so that smaller construction crews and lighter equipment is required for its construction.Furthermore the composite formwork elements 14 not only serve to contain the concrete or mortar while it is poured and sets but they also serve as concrete reinforcement since they remain in the finished column as allowed by the use of fibre reinforced polymer.It follows that the use of conventional steel bar reinforcement in the formworks is not required.
Patent claim: A surgical access assembly comprising a resiliently compressible access port defining a longitudinal axis and having proximal and distal ends at least one lumen extending from the proximal end to the distal end of the access port and substantially parallel to the longitudinal axis and a resiliently compressible adapter having proximal and distal ends an opening at the proximal end and a passage for the receipt of the access port the adapter having a diameter at its distal end different from the diameter of the distal end of the access port the adapter having at least one opening at the distal end of the adapter to allow an object to exit the at least one lumen.

Related passage: Referring now to FIGS.1 and 2 housing member 102 may define an hourglass shape as shown and a longitudinal passage 120 extending therethrough for substantially sealed reception of inner member 104.Either one of both of the housing member 102 and the inner member 104 may include a structure e.g.a lip a ring a groove etc.for helping to maintain the relative position of the two components.Trailing and leading ends 108 110 may define flange segments which may be integrally formed with housing member 102.As best depicted in FIG.1 when inserted within the tissue tract T housing member 102 is adapted to establish a substantial seal within the tract T i.e.with the tissue surfaces defining the tract T.Housing member 102 may be made from a disposable compressible andor flexible type material for example but not limited to a suitable foam or gel material having sufficient compliance to form a seal about one or more surgical objects and also establish a sealing relation with the tissue.The foam is preferably sufficiently compliant to accommodate off axis motion of the surgical object.In one embodiment the foam includes a polyisoprene material.In embodiments the material may be elastomeric.
Patent claim: The pressure compensated subsea electrical system according to any one of claims 1 to 8 further comprising a cooling circuit 11 through which the dielectric liquid flows the cooling circuit encompassing the power converter and the transformer.

Related passage: The subsea transformer 11 comprises the first subsea enclosure 12 and the transformer 13.The subsea switchgear 21 comprises the second subsea enclosure 22 and the switchgear 23.The subsea transformer 11 and the subsea switchgear 21 are both mounted to the same common frame 40 which may for example be a subsea skid which may be a construction of metal beams or the like.
Patent claim: The method any one of claims 12 and 13 further comprising generating a first image based on the second touch receiving a new second touch on the deactivated touch screen 151 and generating a second image based on the new second touch.

Related passage: Referring to FIG.1 the audiovideo AV input unit 120 is configured to provide audio or video signal input to the mobile terminal 100.As shown the AV input unit 120 includes a camera 121 and a microphone 122.The camera 121receives and processes image frames of still pictures or video which are obtained by an image sensor in a video call mode or a photographing mode.And the processed image frames can be displayed on the display unit 151.
Patent claim: The system of claim 1 wherein the secondary media player is further configured to receive a video stream for rendering on a second display and the instructions further cause the media server to synchronize rendering of the video stream on the second display with a program clock signal.

Related passage: When BLUETOOTH devices first connect as in FIG.2 a value of the master device clock and the device address BDADDR of the master device are passed to the slave devices in a special packet called a frequencyhop synchronization packet FHS packet.In FIG.2 first communication channel 110a includes a synchronization packet 210a transmitted by source device 102 to first sink device 104a and second communication channel 110b includes a synchronization packet 210b transmitted by source device 102 to second sink device 104b.Synchronization packets 210a and 210b are frequencyhop synchronization packets that synchronize sink devices 104a and 104b with source device 102.
Patent claim: System for securing electronic data exchange according to claim 12 wherein said industrial programmable device 2 comprises an integrated user identification reader adapted to receive a user identification card andor said portable programmable device 4 comprises an integrated user identification reader adapted to receive a user identification card.

Related passage: Fig.6 illustrates a digital signature system 600 in accordance with an aspect of the subject invention.Digital signatures can be utilized to verify the integrity of transmitted data.In particular digital signatures can ensure that a message receiver can confirm that the message has not been altered during transmission.Accordingly an industrial automation device could verify that a program transferred from a controller for example has not been corrupted.Digital signature system 600 comprises a hash component 610 a digitally signed message component 620 an encryption component 630 an encrypted message component 640 a decryption component 650 and an authentication component 660.Hash component 610 is adapted to receive a message such as a PLC program from an automation device.The hash component 610 can then apply a hash function to the message.A hash function transforms a variable size input message into fixed size output string.This output or message digest is typically much smaller than the variable size input.Furthermore the hash function is one way meaning that it is easy to convert a message to a message digest but computationally infeasible to determine the input message given the message digest and the hash function.Additionally the hash function can be collision free or a degree thereof.Hash functions map variable length message to fixed size output hashed consequently there is some potential for some inputs to map to the same output hash.However this problem can be averted for most purposes by selecting particular types of hash functions.For example a hash function is weakly collision free if given an input X it is computationally infeasible to locate another input Y that maps to the same output HXHY.A strongly collision free hash function is one in which it is computationally infeasible to find two inputs that map to the same output.Conventionally well known hash functions that can be employed in accordance with the subject invention including but not limited to MD5 Message Digest 5 developed by Rivest and SHA Secure Hash Algorithm developed by the National Institute of Standards and Technology.Subsequently the hash component can construct a digitally signed message component 620.
Patent claim: The carbon fiber rim according to claim 3 wherein the heat insulation material comprises inorganic fiber composites.

Related passage: As seen in Figures 3 and 4 in the first illustrated embodiment the first and second circumferential side walls 22 and 24 and the annular outer bridge 28 of the main body 20 are basically formed by laminating a plurality of structural support layers 32 34 36 38 and 40 together with a binder material 42.The first circumferential side wall 22 is also provided with a thermally conductive layer 44 while the second circumferential side wall 24 is also provided with a second thermally conductive layer 46.The thermally conductive layers 44 and 46 are configured and arranged with respect to the structural support layers 32 34 36 38 and 40 to heat dissipation of the heat generated in the first and second brake contact areas 22c and 24c due to braking in which the brake pads contacts the first and second brake contact areas 22c and 24c of the rim 12.
Patent claim: The operation control method according to Claim 5 or 6 wherein in the first step power supply is started upon detection of at least one of turning on of an accessory switch of the vehicle opening of a door of the vehicle unlocking of a door of the vehicle and a user approaching the vehicle.

Related passage: In case the system microcomputer 81 has determined that the operation display panel 9 is not detached from the fittingplate 55 in step S4 the system microcomputer 81 determines whether the operation display panel 9 and the fitting plate 55 are in the initial state that is whether they are not rotated step S5.This determination is made by checking whether the system microcomputer 81 is performing drive control of the driving motors 13L 13R.In case the systemmicrocomputer 81 has determined that the operation display panel 9 and the fitting plate 55 are in the initial state that is in case the system microcomputer 81 is not performing drive control of the driving motors 13L 13R the system microcomputer 81 sends a control signal to the microcomputer 61 via the mainunitside communications element 71 and the panelside communications element 73.The microcomputer 61 controls the panelside voltage monitoring section 77 and sends a signal that indicates the voltage value of the battery 63 to the mainunitside voltage detector 79.The mainunitside voltage detector 79 determines whether the received voltage value exceeds the reference value and supplies the detection result to the system microcomputer 81.
Patent claim: The method for cutting a honeycomb molded body according to any one of claims 1 to 4 whereinthe peripheral wall has a thickness of 0.2 to 0.5 mm.

Related passage: More specifically since cutting is performed without moving the fine line 2 in the longitudinal direction no load is applied onto the ceramic honeycomb formed body 5 in the moving direction of the fine line 2 thus permitting prevention of occurrence of distortion even when diaphragms of the honeycomb 5 are thin.The fine line 2 is never moved in the longitudinal direction and the outer periphery portion having a high cutting resistance is cut by another means.The fine line 2 has therefore a longer service life resulting in a smaller frequency of replacement of the fine line.The cutting efficiency is therefore never impaired.This is ensured by frequently adjusting the tension of the fine line 2.
Patent claim: The operation control method according to Claim 5 wherein the certain angle is a preset angle an angle formed when the onvehicle electronic device 100 was last used or an angle formed when attachment of the panel 3 was last performed.

Related passage: Further the operation display panel 9 incorporates a microcomputer 61 as a controller for performing functions as the display 5 and the operation section 7 and a battery 63 as a power source.A panelside charging terminal 65 for recharging the battery 63 is provided on the operation display panel 9.
Patent claim: The system of claim 1 wherein the media server includes a primary system configured to perform latency adjustments by determining network and client system latencies after passage of a stabilization time interval.

Related passage: In step 608 at least one delay and the source clock timestamp are subtracted from a current value of the local clock signal to generate a local latency value.For example as shown in FIG.9 sink device 900 may include processing module 910 which may be configured to provide any type of processing for sink device 900.Processing module 910 may include hardware software firmware or any combination thereof to perform its functions.For example processing module 920 may include digital logic a processor a microcontroller a DSP andor other processing elements.In FIG.9 processing module910 includes latency calculator 502.In an embodiment latency calculator 502 is configured to perform step 608.As shown in FIG.9 latency calculator 502 receives master piconet clock timestamp 706 and receives slave clock signal 930.Furthermore latency calculator 502 may store andor receive an indication of one or more delays for data passing through sink device 900 to output element 906.For example latency calculator 502 may store or receive an indication of a delay of data received on data signal 928 passing through codec 904 e.g.a FIFO delay.In another example latency calculator 502 may store or receive an indication of a delay of data passing through baseband processing module 916 e.g.a buffer delay a delay of DSP 918 etc..
Patent claim: The method according to claim 1 characterized in that a differently configured graphical user interface object content is a different number of presented options or a different number of presented information icons or a different size of the object.

Related passage: The menu screen image 320 may expose some of the menu items while hiding other items according to the distance along which the tag 330 is dragged.Namely some of the menu items may be displayed while others may not be displayed according to the drag distance.Also the controller 180 may determine the type of touch that was or is being performed when the user touches or releases the tag icon 330 based upon at least one of the number of touches a contact time contact speed contact direction contact pressure and contact surface area or any combination thereof.
Patent claim: A straddletype vehicle according to any one of claims 1 to 7 wherein in the side view of the vehicle the rear cover 25 comprises a first rear edge 25p that extends obliquely downward and rearward a second rear edge 25q that extends downward from the first rear edge 25p and a third rear edge 25r that extends obliquely downward and rearward from the second rear edge 25q andwherein in the side view of the vehicle a lower end 25p1 of the first rear edge 25p is located above a line L1 through which a lower end 25r1 of the third rear edge 25r and an upper end 25r2 of the third rear edge 25r are connected to each other.

Related passage: For example on burning out the bulbs 545 546 of the rear combination lamp 267 may be replaced by placing the finger on the upper catch 532 of the lid 513 and removes the lid 513 inserting the hand into the access opening 511 from inside the storage box 207 holding and turning the screw bases 545a 546a of the bulb 545 546 with fingers to release the lock and taking them out from the access opening 511 as shown by the arrow.Subsequently the new bulbs 545546 are mounted in reverse sequence from the abovementioned sequence.
Patent claim: Seamless quenched and tempered steel pipe according to any one of the preceding claims wherein said impurities comprise 0.000.25 wt Cu 0.0000.003 wt S 0.0000.018 wt P 00.0005 wt B.

Related passage: On the other hand the inventor discovered that the variation in the tempering temperature of steel by approximately 30 C produced no significant effect on the mechanical properties of the material in the case of the alloy which did not contain Ti.However in an alloy with a content of Ti of up to 0.015 a lowering in the resistance was found when the tempering temperature was increased from 630 C to 660 C.
Patent claim: An image display control device that selects two or more pieces of image information from a plurality of pieces of image information to which identification numbers are granted and performs preview display on a display device the device comprising a track bar creating section that creates display data of a track bar having a bar portion with a fixed length and a slider that is freely movable along an extending direction of the bar portion an identification number allocation section that assigns each of the identification numbers according to a standard scale obtained by matching a full range of the identification number with an entire position of the bar portion and a selection range determining section that determines a selection range of the identification number which is assigned by the identification number allocation section from an instruction position of the slider of the track bar displayed based on the display data created by the track bar creating section wherein the identification number allocation section assigns each of the identification numbers according to an enlarged scale which is larger than the standard scale at a peripheral position of the slider.

Related passage: As shown in FIGs.3A to 3C the timeline bar 110 may be selectively zoomdisplayed depending on the usertouched position.In particular the usertouched position is zoomed or distorted the most and the farther away from the usertouched position the less the timeline bar 110 is zoomed or distorted.