bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: An injection molding apparatus comprising a plurality of motors including a moldopeningclosing motor a driving unit configured to drive the motors a feeding path a feeding unit configured to supply power from a power supply via the feeding path to the driving unit and a detecting unit configured to detect a driving state of the moldopeningclosing motor wherein the feeding unit is further configured to control power transferred from the feeding path to the power supply based on the detected driving state of the moldopeningclosing motor.

Related passage: A power accumulating device 3 according to the first embodiment of the invention is configured by a power accumulating circuit 4 and a control circuit 5 as shown in Fig.2A.The power accumulating circuit 4 stores power supplied form the ACDC converter 2 via the positive terminal P and the negative terminal N of the DC voltage and outputs the stored power from the positive terminal P and the negative terminal N as the DC voltage.The control circuit 5 controls the power accumulating circuit 4.Actually the power accumulating circuit 4 is coupled to the control circuit 5 via a photo coupler so as to be electrically insulated to each other in order to preventsuch a phenomenon that the current on the power accumulating circuit 4 side flows into the control circuit 5 to thereby break the electronic element within the control circuit 5.However in order to simplify the explanation the power accumulating circuit 4 and the control circuit 5 are shown in a directly coupled manner.
Patent claim: The apparatus of claims 12 further comprising means for calculating a spread factor that indicates how close the quality factors are to each other on average for the wireless network served by the apparatus and the neighboring wireless networks means for calculating a width factor that indicates how far from each other are the extreme values of the individual quality factors for the wireless network served by the apparatus and the neighboring wireless networks and means for comparing the spread factor and the width factor with a threshold value to determine whether the allocation of the available resources is fair.

Related passage: In such a wireless networking environment traffic loads of different wireless networks will change in space and time because of unequal user densities and traffic activities therefore Radio Resources Management RRM and particularly spectrum management should be able to provide more efficient utilization of limited radio resources.
Patent claim: An electrostatic latent image developing toner according to claim 1 wherein the releasing agent is a synthetic ester wax.

Related passage: In the ester wax of the present invention the maximum peak temperature of the differential thermal curve is in the range of 55C to 90C.The maximum peak temperature is the temperature at which the amount of absorbed heat is the maximum in the differential thermal curve obtained by the differential scanning calorimetry DSC.For example the maximum peak temperature in the differential thermal curve of Figure 1 is 71.6C.If an ester wax having a maximum peak temperature of less than 55C is used for example for toner blocking readily occurs in the toner box and an aggregate is formed during storage.Thus the toner has poor storage stability.When the maximum peak temperature exceeds 90C the fixing properties are deteriorated.
Patent claim: A catheter of claim 1 wherein the first predetermined form of the distal assembly has a greater curvature and the second predetermined form of the mandrel has a lesser curvature.

Related passage: The catheter assembly 60 is used in a fashion highly similar to the method previously described for the catheter assembly 20 as shown for example in FIGS.2A2C.Thus for example the distal portion 68 of the catheter body 62 is directed within the left atrium LA FIG.2A such that the loop 70 is disposed about a pulmonary vein ostium PVO.It should be understood that one or more of the loop segments 72A72C may define a diameter or area that is less than a diameter or area of the pulmonary vein ostium PVO in question.For example in the simplified crosssectional view of FIG.3D the electrodes 64C associated with the third loop segment 72C FIG.3A are not in contact with the left atrium LA wall but instead are within the area defined by the pulmonary vein ostium PVO.Conversely the electrodes 64B associated with the second loop segment 72B FIG.3A and the electrodes 64A associated with the first loop segment FIG.3A are in contact with the left atrium LA wall.To avoid potential collateral damage caused by full energization of the electrodes 64C not in contact with the left atrium LA wall each of the electrodes 64A64C are selectively energized with a low energy supply.The energy level is not sufficient to ablate contacted tissue but provides a low energy measurement such as through a thermocouple or other sensing device associated with each of the electrodes 64A64C.If the sensing device detects a temperature rise an indication is given that the particular energized electrode 64A 64B or 64C is in contact with tissue of the left atrium LA.Following the low energy measurement procedure only those electrodes determined to be in contact with the left atrium LA for example electrodes 64A and 64B are powered to ablate a continuous closed lesion pattern about the pulmonary vein ostium PVO as previously described.
Patent claim: The method according to claim 4 wherein determining the 3D position of the contact portion of the operating pen further include determining the 3D position of the contact portion of the operating pen based on a retraction length of the top of the operating pen an azimuth of the operating pen and the touch position between the operating pen and the screen.

Related passage: As shown in Fig.33 for example the input pen 201 used in this embodiment 17 includes a spring 201E in the inside of the case and the input pen 201 has a structure in which when the operator applies pen pressure on the input pen 201 a pressure detection means 201F detects pressure of repulsion of the spring 201E.The configuration of the input pen 201 is not limited to the configuration shown in Fig.33 and the input pen 201 may have a structure including an air pressure type piston 201G so that the air pressure detection part 201H detects the applied pressure as shown in Fig.34 for example.The pressure detected by the input pen 201 having the structure shown in Fig.33 or 34 is arithmetically processed so that a pointer 303 having a length in proportion to the pressure applied by the operator is displayed on the display apparatus 3 for example.
Patent claim: The control apparatus according to claim 8 wherein the selection unit 15 determines the target loads of the third control units 101 and 102 and the first control unit 103 in accordance with the performance information of the third control units 101 and 102 and the first control unit 103 and based on the load information selects one or more of the moving virtual volumes 2 in a range for which a sum of the load information of remaining virtual volumes 2 acquired by excluding the virtual volumes 2 selected as the moving virtual volumes 2 is not less than the target load of the third control units 101 and 102 of movement sources in the third control units 101 and 102 of the movement sources of the moving virtual volumes 2.

Related passage: As shown in FIG.18b the user determines the introduction of the second virtualization storage device 100B based on the load status of the first virtualization storage device 100A and adds the second virtualization storage device 100B to the storage system.
Patent claim: The method according to claim 1 wherein a server 101 monitors at least a part of said power grid 100 said control element 102 103 or the interaction between control elements 102 103 in particular the communication between the control elements 102 103 wherein in case said server 101 detects a problem in at least a part of said power grid 100 a control element 102 103 or the interaction between control elements 102 103 in particular a communication breakdown said server 101 forces 203 a control element 102 103 affected by the problem in particular the communication breakdown to work autonomously.

Related passage: In the present embodiment the communication of information among the energy producers production enablers consumers and transporters 2 4 6 and 8 occurs indirectly by way of a distributed control system 10 discussed in further detail below with respect to FIG.211.Nevertheless in some embodiments the communications afforded by the distributed control system 10 can be supplemented or replaced by communications that occur directly among the energy producers production enablers consumers and transporters 2 4 6 and 8.Such communications could occur by way of any of a variety of direct and indirect communications media including for example dedicated wire connections telephone lines wireless communications technologies and the internet.Indeed communications can indirectly occur by way of components of the energyrelated system 1 itself such as by the detection of voltage sags or powerline characteristics such as phase imbalance or highfrequency powerline disturbances.Powerline communications via the X10 protocol can also be employed.Thus with respect to such embodiments the arrows 17 shown in FIG.1 as well as other arrows not shown could also represent the flow of information directly among the various energy producers production enablers consumers and transporters 2 4 6 and 8.Also as shown each of the components of an energyrelated system such as the system 1 can be and typically is affected or constrained by internal andor external regulations e.g.a variety of different constraints drivers or influences including for example governmental regulations and market forces represented by a regulations box 13.
Patent claim: The endoscope 10 according to one of claims 1 to 5 characterized in that said distal portion 16a includes a distal portion body 35 and a distal end cap 36 attached to a tip of said distal portion body 35 and said fluid guide slope 48a is formed in said distal endcap 36.

Related passage: A recess may be formed in a different manner from the recesses 41a and 41b around the lighting window areas 29a and 29b of the above embodiment.In Figs.6 and 7 another preferred head assembly 50 is illustrated.A recess 51 is formed in the head assembly 50 and disposed with a profile containing the lighting window areas 29a and 29b.A distal projection 52 or fence wall projects from the head assembly 50 and is disposed in the path direction S of the end nozzle device 22.Elements similar to those of the above embodiment are designated with identical reference numerals.
Patent claim: The surgical device of any preceding claim wherein the housing further includes a lumen extending longitudinally therethrough and adapted for the reception of a surgical access portal in a substantially fluidtight manner.

Related passage: The actuation member 260 can have a variety of shapes sizes and configurations.The actuation member 260 can have a circular crosssectional shape as shown to help facilitate smooth movement of the actuation member 260 around the perimeter of the retractor 218 although the actuation member 260 can have any crosssectional shape.The actuation member 260 can also have any longitudinal length configured to allow the actuation member 260 to helically wind around a perimeter of the retractor 218 as discussed further below.As will be appreciated by a person skilled in the art the actuation member 260 can be formed from any one or more materials e.g.braided spring steel a shape memory material such as Nitinol etc.with the actuation member 260 in an exemplary embodiment being a flexible and biocompatible cable.
Patent claim: A method of modifying a target computer program installed on a computer system having system memory comprising establishing that a modifying application which is loaded into the system memory of the computer system has performed an update operation on the target computer program to generate and store a modified version of the target computer program on a storage device associated with the computer system determining if the modifying application is in a trusted state and if the determination is positive generating a hash code of the modified version of the target computer program as stored on the storage device and storing this generated hash code as a new trusted hash code for the target program in order to permit subsequent verification of the modified version as being in a trusted state.

Related passage: The mobile telephone 10 includes as shown in FIG.2 a storage unit 101 a control unit 102 an update process unit 103 an update file receiving unit 104 a tamper detection execution unit 105 a microphone 106 a speaker 107 an input unit 108 a display unit 109 a radio transmission unit 110 and an antenna 111.
Patent claim: The mobile device of claim 1 wherein the biasing member is a spring 174 configured for engaging the frame.

Related passage: For instance the first camera 321a may operate with relatively lower pixels lower resolution.Thus the first camera 321a may be useful when a user can capture his face and send it to another party during a video call or the like.On the other hand the second camera 321 b may operate with relatively higher pixels higher resolution such that it can be useful for a user to obtain higher quality pictures for later use.
Patent claim: A nontransitory data carrier having stored thereon the computerprogram product according to claim 8.

Related passage: As described above the printing condition setting apparatus includes the group attribute allocator that groups details of medium condition items which are condition items concerning a medium for transferring the color materials according to predetermined collection rules and allocates group attributes to the printing conditions and the condition setter that sets or cancels altogether color conversion condition items which are condition items concerning color conversion conditions for the printing process with respect to a plurality of printing conditions having group attributes allocated by the group attribute allocator.Consequently it is possible to efficiently associate medium condition items and color conversion condition items with each other thereby allowing color conversion conditions to easily be set with a vast number of printing conditions.
Patent claim: A demodulation device comprising a plurality of demodulators configured to each demodulate a respective modulated input video data stream from a plurality of modulated input video data streams wherein each of the demodulators includes a transport interface multiplexed transport interface transmission circuitry including a number of interconnect pins configured to receive demodulated video data generated by a variable number of the plurality of demodulators while maintaining a same number of multiplexed transport interface interconnect pins independent of a number of demodulators generating demodulated video data multiplex the demodulated video data generated by the plurality of demodulators and output the multiplexed demodulated video data as packets via a multiplexed transport interface.

Related passage: Having descrambled the channel packets as required the conditional access module returns the intermediate transport stream now containing descrambled packets and this is received by the transport stream interface 126.For the illustrated embodiment the transport stream interface 126 then translates the format of the transport stream returned by the conditional access module into the common interface controllers internal format.
Patent claim: The method of any of the claims 19 wherein determining the point of impact 150 comprises determining that the sport ball 106 was kicked by the individual 10.

Related passage: Next at step 426 the sensor module 102 may record movement data in response to identifying a movement to track.In one embodiment movement of the object 104 is recorded based on acceleration data captured by the acceleration sensor 116 of the sensormodule 102.In another embodiment movement of the object 104 is recorded based on magnetic field data captured by the magnetic field sensor 118 of the sensor module 102.In yet another embodiment movement of the object 104 is recorded based on both acceleration data and magnetic field data.
Patent claim: The control method according to any one of claims 10 to 12 wherein the duty value is calculated so that a brightness of an image displayed on the display unit after the compensation for the gray scale is the same as a brightness of an input image before the compensation for the gray scale.

Related passage: A luminescence amount for one frame period can be expressed by Equation 7 below where Lum shown in Equation 7 denotes a luminescence amount Sig denotes a signal level and Duty denotes a luminous time.
Patent claim: The method of claim 3 wherein during the rotating of the drum in the opposite direction the washing motor is driven in a reverse direction for the third period of time while maintaining a predetermined RPM.

Related passage: The water level sensor 18 controls a wash water level at which the wash liquid is not introduced into the drum 12 having the laundry placed therein such that bubbles are generated to wash the laundry an optimum water level necessary to generate bubbles which is the level of the wash liquid lower than the bottom of the drum hereinafter referred to as a bubble generation water level.When wash liquid supplied during bubble washing reaches the bubble generation water level the supply of water wash water is stopped such that the wash liquid is not introduced into the drum 12.
Patent claim: The device according to Claim 1 wherein the circuitry is configured to determine based on the input from the one or more motion sensors a display orientation of the device and the circuitry is configured to select the interface based on the tilt angle and the display orientation.

Related passage: Note that in the schematic view in the case where the image function on the mobile phone shown in FIG.4B is utilized the display 252 of the desired image is shown in the display portion 201.The schematic view in the case where the image function on the mobile phone shown in FIG.4B is utilized can be described by dividing the display portion of the mobile phone into the segment display region 211 and the image display region 212 as shown in FIG 4C.Alternatively the schematic view in the case where the image function on the mobile phone shown in FIG.4B is utilized can be described by dividing the display portion of the mobile phone into the segment display region 211 the image display region 212 and the input key display region 213 as shown in FIG.4D.When the user watches images of television broadcasts on the mobile phone selection of broadcast stations is performed.Thus it is preferable to provide the input key display region 213 because convenience can be improved.The present invention is not limited to the above display region however by using a structure where a display element and an optical sensor are provided in each pixel and a structure where a gradient detection portion is provided the display region can be optimized depending on functions in accordance with usability for the user.Note that although the example in which the segment display region 211 is displayed taking usability of the mobile phoneinto consideration is shown in FIG 4B to FIG 4D the image function can be used without particularly displaying the segment display region 211.
Patent claim: The method of claim 1 further comprising receiving via the input component a user interface gesture indicative of a selection of the first icon and invoking a process associated with the first icon.

Related passage: As described above if at step S 125 an operation of moving the focus is not detected then the process proceeds to step S126.At step S126 the operation states of the second or fourth soft key 27 or 28 are detected.Thereby it is determined whether an operation of moving a plane for display on the frontmost plane of the 3D matrix is performed.If the operation of moving the plane is detected then the process proceeds to step S 132.If an operation of depression of the second soft key 27 is detected then contents on the frontmost plane are moved and displayed on a rear plane of the 3D matrix correspondingly to the operation of depression.If a depression operation of the third soft key 28 is detected then contents on the rear plane are moved and displayed on the frontmost plane.Then the process proceeds to step S129.Thus in the 3D matrix of the still image contents shown in FIG 28A still image contents for display on the frontmost plane change on the basis of the user in response to the operation of the second or fourth soft key 27 or 28.
Patent claim: The method of claim 6 wherein the step of applying an inverse of the transformation applied to data symbols at the transmitter comprises applying an inverse of corresponding transformation matrix wherein rows and columns of the transformation matrix are orthogonal.

Related passage: The wireless communication terminal is a terminal device that is able to perform wireless communication with the base station device wherein the wireless communication terminal exemplarily refers to a wireless LAN Local Area Network terminal a WiMAX a registered trademark Worldwide Interoperability for Microwave Access terminal or the like.The base station device is a device that is able to perform wireless communication with a plurality of wireless communication terminal wherein the base station device exemplarily refers to a base station device in a portable telephone network a wireless LAN router a WiMAX a registered trademark base station or the like.The transmitter device 50 and the receiver device 60 perform wireless communication by way of a multicarrier transmission method.Specifically the transmitter device 50 and the receiver device 60 perform wireless communication by way of OFDM Orthogonal Frequency Division Multiplexing.
Patent claim: The cutting insert 200 according to any of claims 1116 wherein each locking groove 211 is formed with an innermost wall 217 and an outermost wall 212 which innermost wall and outermost wall form an anglewithin the range 50100 preferably within the range 6090 more preferably within the range 6080 as seen in a cross section taken transversely to the locking groove 211.

Related passage: When the tool is longitudinally fed forward in the direction of the arrow F1 see Fig.1 the cutting insert 2 is subjected to cutting forces which clamp the same against all support surfaces 19 20 21 in the seat 7.In this state the holding effect of the screw 26 is negligible.De facto the task of the screw is reduced to retain the cutting insert in the seat.