bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: A body temperature maintaining apparatus as claimed in any one of claims 1 to 3 wherein the heat applying part includes a heat source part in which the tube body is folded back in a zigzag shape a surface part which is provided at a side close to the living body part from the heat source part and has an adhesive agent formed on its surface and adapted to be adhered to the living body a heat insulating material which is provided at an opposite side to the living body part from the heat source part thereby to prevent the heat of the heat source part from being radiated to an exterior and a back face part which is connected to the surface part thereby to interpose the heat source part and the heat insulating material between the surface part and the back face part.

Related passage: According to one or more embodiments of the invention devices are provided to intervene thermal maladies e.g.hypothermia and hyperthermia etc.to regulate the temperature of the extremity of a mammal when the thermoregulatory system of the mammal is compromised e.g.by general anesthesia local anesthesia trauma postsurgery conditions or other factors andor to prevent deep vein thrombosis DVT pulmonary embolism PE and other diseases.The devices and methods as described herein are tested to be able to increase blood flow in the extremity of the mammalwhich may include an appendage.Experiments performed on humans that have diabetes indicate that optimal pressure to increase blood flow could be about 1314 mmHg but that pressures between 0 and 100 mmHg and more preferably 3 and 40 mmHg and more preferably 5 and 20 mmHg can increase blood perfusion.Pressures of approximately 14 mmHg combined with appropriate heat can increase blood flow as a percent per minute of the volume of the appendage in this case an arm from a base level of between about 4 per minute to an increased level of about 8 per minute.The pressure applied to the skin by the device can be used to increase blood flow which can be accomplished by a variety of methods including but not limited to pressurizing or inflating a cuff that encompasses a significant portion of appendage.Some results are discussed below.
Patent claim: The information processing program according to claim 6 wherein by tilting a prescribed member from a neutral state the direction indication means can simultaneously indicate a tilt direction from the neutral state and a tilt angle from the neutral state and the display range offsetting means offsets the first display range by an amount of offset based on the tilt angle and in a direction based on the tilt direction.

Related passage: For example when the user performs an action such as knee bending jumping on the board type controller 9 the player object Po jumps with the pogo stick at a speed according to the knee bending.When the user performs an action to shift the centerofgravity position of the load applied to the board type controller 9 while the player object Po is in the air in the virtual world the movement direction of the player object Po in the air is changed to a direction according to the shift of the centerofgravity position.In this way the user is allowed to change the jumping power movement speed and the movement direction of the player object Po in accordance with hisher action on the board type controller 9.
Patent claim: The probe of claim 1 wherein the frame is made of rigid and electrically insulating material.

Related passage: When the sound matching layer 130 is stacked on the piezoelectric member 120 and the first connector 140 one side of the piezoelectric member 120 contacts a contact part 136 of the mounting groove 135 and the first connector 140 is disposed so as not to overlap the piezoelectric member 120 and contacts the extension part 138 of the mounting groove 135.
Patent claim: Seamless quenched and tempered steel pipe according to any one of the preceding claims wherein CEIIWCMn6CrMoV5 CuNi15 is in the range of 0.36 to 0.43 and CEPCMCSi30Mn20Cr20Cu20Ni60Mo15V10 5 x B is in the range of 0.17 to 0.22.

Related passage: The content of Ti needs to be controlled in a narrow range of 0.004 to 0.010 suitable to precipitate as fine Ti carbonitride without precipitation in the solidification during the subsequent billet heating.If the content is less than 0.004 a sufficient number of precipitated grains of the Ti carbonitride cannot be ensured and if it exceeds 0.010 the Ti carbonitride is coarsely precipitated in the cooling after solidification.Therefore a proper content of Ti is 0.004 to 0.010.
Patent claim: The method of measuring a calorific value according to any one of claims 8 to 13 further comprising calculating a calorific value of the gas based on a measured value of an electric signal from the heater element if it is determined that the gas is a measurement target.

Related passage: Here a calorific value calculation formula creation system 20 according to the first embodiment shown in Fig.6 includes a chamber 101 which is a container into which a plurality of sample mixed gases are infected and the microchip 8 which is disposed in the chamber 101 and includes the first temperature measurement element 62 and the heater element 61 to which a plurality of voltages VL is applied and which generates heat at a plurality of heat generating temperatures TH which are shown in Fig.1.Further the calorific value calculation formula creation system 20 shown in Fig.6includes a measurement module 301 for formula creation which obtains a measured value indicating the resistance RI of the first temperature measurement element 62 depending on the temperatures TI of a plurality of sample mixed gases and a measured value indicating the resistance RH of the heater element 61 to which a plurality of voltages VL is applied and a calorific value calculation formula creation module which creates a calorific value calculation formula which includes an independent variable indicating the resistance RI of the first temperature measurement element 62 an independent variable indicating the resistance RH of the heater element 61 to which a plurality of voltages VL is applied and a dependent variable indicating the calorific value Q based on the values of the known calorific values Q of a plurality of mixed gases the measured value indicating the resistance RI of the first temperature measurement element 62 and the measured value indicating the resistance RH of the heater element 61 to which a plurality of voltages VL is applied.The sample mixed gas includes a plurality of kinds of gas components.
Patent claim: The coin hopper as claimed in claim 1 wherein eachsaid coinpushing blade of said rotating wheel comprises a coindispensing strip perpendicularly extended from a distal end thereof remote from said wheel base said coindispensing strip comprising an inwardly reduced bevel guide edge bevel guide edge adapted for pushing one of each two overlapped said coins backwardly out of said coin outlet.

Related passage: An electric motor 124 which is equipped with a decelerator and can be rotated forward and backward is fixed to a back side of the base 104 and an output shaft 126 thereof passes through a circular through hole 128 formed in the base 104 and projects to the upper side of the base 104.If coin jamming occurs the electric motor 124 is rotated backward for a predetermined period of time and by a predetermined number of rotations thereby contributing to automatic removal of the coin jamming.
Patent claim: Method for manufacturing a sample P for microstructural materials diagnostics especially for transmission electron microscopy examinations for scanning electron microscopy for transmission electronbackscatter diffraction for Rutherford backscatter diffraction for elastic recoil detection analysis for Xray absorption spectroscopy or for Xray diffraction comprising detaching a basic structure 3 from a preferably flat substrate 1 by irradiating the substrate 1 with a high energy beam 2 preferably with a laser beam 2 wherein the basic structure 3 comprises a supported structure 4 being supported by a supporting structure 5 preferably a cantilever beam 4 which is supported at least at one of its both ends preferably at both of its ends 4a 4b by the supporting structure 5 the supporting structure 5 being configured to be held by a jig 6 preferably to be clamped in the jig 6 and thinning the supported structure 4 at least in sections by cutting preferably by grazing its surface preferably at least one of its lateral faces andor of its front faces 4e 4f preferably two opposing ones 4c 4d of its lateral faces with the high energy beam 2.

Related passage: It is mentioned that the thinning of the sample can take place at several locations the sample can be thinned while it is still connected to the wafer it can be thinned insitu in the apparatus where the sample is separated from the wafer or the thinning can take place in another apparatus.Also combinations of these possibilities are envisaged.
Patent claim: The capacitive position sensor system according to claim 1 wherein analyzing the results of a plurality of sensed voltage levels comprises computing the charge of each of the first capacitors and the second capacitors.

Related passage: Detection circuit 20 additionally includes a set of three absolute value difference circuits 92 94 96 each having an input connected to line 58 through a controlled switch 98 100 102 for selective sampling of the output voltage VOUT at the output of operational amplifier 36.The circuits 9296 and the switches 98102 utilize the timing signals A B and C as shown so that circuits 9298 output the indicated voltage differences.That is circuit 92 forms an output on line 104 equal to twice the absolute value of the difference VOUTAVOUTC where VOUTA is the output voltage VOUT corresponding to sensor capacitance CSA and VOUTC is the output voltage VOUT corresponding to sensor capacitance Csc.Similarly circuit 94 forms an output on line 106 equal to twice the absolute value of the difference VOUTBVOUTC where VOUTC is the output voltage VOUT corresponding to sensor capacitance CSC and circuit 96 forms an output on line 108 equal to twice the absolute value of the difference VOUTAVOUTB.The output voltages on lines 104 106 and 108 are summed by summing circuit 110 to form combined output voltage VCOMBOUT on line 112 as follows VCOMBOUT2VOUTAVOUTCVOUTBVOUTC2VOUTAVOUTB
Patent claim: An electronics enclosure 201 as claimed in any of claims 1 to 6 wherein said electronics enclosure 201 is a remote radio head.

Related passage: The enclosure 100 thus may be a sealed enclosure 210 with respect to the interior 190 while the support ducts 140 allow an ambient air flow 160 to pass through the air channel 150 so as to provide cooling.One or more interior fans 220 may be mounted within the interior 190 of the enclosure 100.The interior fans 220 may be any type of air movement device.The base 110 of the enclosure 100 may be raised off of the ground via one or more supports 225.The supports 225 may be rails feet or any other structure that is integral or not.An access port of some sort may be positioned about the enclosure 100 so as to provide access to the electrical components 180 within the interior 190 of the enclosure 100.Other components and other configurations may be used herein.
Patent claim: The turbine engine or frame assembly as recited in any preceding claim wherein the baffle 68 comprises at least two baffles 68 directing cooling air within the outer cavity 62.

Related passage: The annular body 10 has an outer gas path platform 12 an outer body panel 16 and a circumferentially extending annular cavity 14 disposed between the outer gas path platform 12 and the outer body panel illustrated in FIG.2.In some embodiments the annular body 10 is formed as a single annular structure.In other embodiments the annular body 10 is manufacturedin circumferentially defined sections that are combined to form the annular body 10.In those embodiments where the annular body 10 is formed from a plurality of sections seals are typically disposed between adjacent sections to reduce leakage flow therebetween.In some embodiments the outer gas path platforms 12 and the outer body panel 16 are attached to one another by mechanical fasteners.In the embodiment shown in FIG.1 the annular cavity 14 has a height that is substantially uniform around the circumference of the annular body 10.The forward and aft sections of the annular body include one or more apertures that function as cooling gas leakage paths to permit flow of cooling air outside of the annular cavity 14 not shown.
Patent claim: The electronic apparatus 100 as claimed in claim 1 wherein the controller 140 is configured to control the first communicator 110 to receive the terminal information of the new terminal device 300 from the authentication terminal device 200 in response to the new terminal device 300 being located within a preset distance from the authentication terminal device 200.

Related passage: As the first electronic apparatus 100 transmits the SSID to the second electronic apparatus 200 the second electronic apparatus 200 connects to the AP 10 to which the first electronic apparatus 100 is connected based on the SSID.When the AP connection information is received from the first electronic apparatus 100 the second electronic apparatus 200 reboots the system and wirelessly connects to the AP 10 based on the AP connection information during rebooting.
Patent claim: A method of calibrating a magnetometer on a mobile device the method comprising obtaining one or more pairs of magnetometer readings each pair including a first reading and a second reading for each pair of magnetometer readings determining a rotation axis direction and a rotation angle corresponding to a change in orientation of the mobile device between obtaining the first reading and the second reading and determining a rotation axis for the pair of magnetometer readings using the rotation axis direction and rotation angle and determining a calibration parameter based on at least one property of one or more of the rotation axes.

Related passage: Then the temporary reference point OC is corrected and set as a reference point OR and the coordinates ORx ORy and ORz thereof are respectively obtained as values corresponding to offsets Cx Cy and Cz.As a method of correction as shown in Fig.10 it is appropriate that a point closest to a reference point OQ previously estimated is set as the point OR passing through the temporary reference point OC on a line L perpendicular to the plane P.
Patent claim: The phase locked loop of claim 1 wherein the closed loop transfer function obeys the filter prototype of a Gaussian filter a Butterworth filter a Chebyshev filter or any other all pole filter prototype.

Related passage: The order of the numerator of Hos is equal to the order of the numerator of Fs while the order of the denominator of Hos is one higher than that of Fs.The denominator of Hos reveals the order and type of the PLL system.The number of ideal integrators ni1 sets the type and the number of additional poles sets the order ni1np.The simplest PLL system is a 2nd order type I ni0 np1 nd0 nz0.More popular systems have additional poles and integrators.
Patent claim: The heart rate measuring system according to any one of the preceding claims wherein the heartrate measuring unit and the clocking unit are configured by separate bodies the heartrate measuring unit is arranged in a chest of a user and the clocking unit is mounted on an arm of the user.

Related passage: The predetermined condition for the heart rate may vary.According to the studies of the applicant the heart rate recovery following a training period having an intensity of 8090 of the maximum heart rate correlates strongly correlation 0.700.80 with the heart rate recovery following a training period having an intensity of 100 of the maximum heart rate.If the intensity is only 70 of the maximum heart rate the correlation is only 0.300.40.The predetermined condition for the heart rate during the training period may thus be the following the intensity must be within 8090 of the maximum heart rate as 100 intensity is too unpleasant and 70 intensity does not give reliable results.
Patent claim: The apparatus of one of the claims 7 to 10 wherein the anode resides on an anode support exterior of the mask so that the anode on the support ispositioned in the cooling cavity when the component is disposed on the mask.

Related passage: Each respective elongated anode 30 extends through the mask opening 25a as shown in Figure 7 and into each cooling cavity 16 along its length but short of its dead closed end defined by surface area 23.The anode 30 is shown as a cylindrical rodshaped anode although other anode shapes can be employed in practice of the invention.The anode 30 has opposite end regions 30a 30b supported on ends of an electrical insulating anode support 40 Figures 4 5 and 6 which can made of machined polypropylene or other suitable electrical insulating material.The support 40 comprises a sidetapered base 40b having an upstanding longitudinal rib 40a on which the anode 30 resides.Engagement of the base 40b of each anode support on the generally flat surface area 21 of the respective cooling cavity 16 holds the anode in position in the cooling cavity relative to the surface area 20 to be plated and masks surface area 21 from being plated.One end of the anode is located by upstanding anode locator rib 41 and the opposite end is located in opening 43 in an integral masking shield 45 of the support 40.
Patent claim: The operation control method according to any one of Claims 5 to 7 further comprising a sixth step ST7 of outputting a warning to prompt a user to attach the panel3 to the front chassis 2 the warning being constituted by a voice message a warning beep or both in the case where in the third step ST3 it has been detected that the panel 3 is not attached to the front chassis 2 within a predetermined period of time after the front chassis 2 has been tilted to the panel attachment waiting position.

Related passage: As mentioned later recharging of the battery 63 in the operation display panel 9 is made in the initial state where the operation display panel 9 is attached to the fitting plate 55 and the fitting plate 55 is closed see Fig.2.Thus a mainunitside charging terminal 67 connected to the panelside charging terminal 65 is provided on the main unit frame 37 corresponding to the panelside charging terminal 65.
Patent claim: The portable terminal of claim 1 wherein the portable terminal comprises a sensor wherein the sensor is adapted to detect a state of the portable terminal wherein the controller is adapted to determine the mode of the portable terminal based on the detected state of the portable terminal.

Related passage: For instance referring again to the examples in Figs 5ac if the previous orientation of the mobile terminal 200 was as shown in Fig 5a where consequently the first frontmounted display 203 was activated and the current orientation is as shown in Fig 5b it may be concluded in step 412 that a handover to the second readmounted display 213 is appropriate based on the assumption that the user 1 has remained stationary.The concluded handover is executed in step 414 by activating the new display area second display 213 in the example of Fig 5b and deactivating the old hitherto activated display area first display 203 in the example of Fig 5a.
Patent claim: The coin payout device according to claim 1 characterized in that the stopper portion includes a part abutting on the first stopper pin and the first stopper pin includes a part abutting on the stopper portion wherein the parts have meshing shapes.

Related passage: Next a description will be made for how to dispense a 500yen coin with reference to Fig.7.When a 500yen coin is to be paid out the solenoid 5 corresponding to the 500yen coin holding hole 215 is turned on the second solenoid 5 from the left in Fig1 is excited so as to enable the movement of the second change slide 4On the other hand the solenoids 5 corresponding to other coin holding holes 211 to 214 are kept off so as to drive them into the nonexciting state respectively.Then a motor not shown is driven so as to let the payout link 1 make a back and forth bidirectional movement.Due to this backward movement of the payout link 1 the projection 432 of the movable supporting member 43 moves along the guide groove 122a thereby the projection 432 turns clockwise around the fixed supporting member 42 as shown Fig.7.On the other hand the movement of each first change slide 3 is disabled by a stopper pin 5a and kept in the standby state as shown in Fig.7.And due to this backward movement of the payout link 1 the payout slide 2 also goes backward so that coin holding holes 211 to 215 go onto the coin payout holes 62.
Patent claim: The process according to claim 3 wherein the metallocene catalyst is racMe2Si2Me4Ph Ind2ZrCl2 or Ph2C2Me4tBuCp27tBu2FluZrCl.

Related passage: It has previously been known to produce multimodal in particular bimodal polypropylene in two or more reactors connected in series i.e.in different steps a and b.
Patent claim: The system 100 200 300 400 500 600 of any preceding claim wherein the processor 102 202 is further configured todetermine a characteristic of a virtual object and determine the haptic effect based at least in part on the characteristic.

Related passage: Touch sensor 152 may comprise one or more sensors configured to detect an object such as a users finger or a stylus near or touching a surface of electronic interactive device 100 such as a surface of screen 130 a surface of user input device 122 or any combination thereof.In one example touch sensor 152 may comprise one or more capacitance sensors embedded in device 100 and may be configured to sense a change in capacitance arising from a users touch and to sense a location of the touch.In one example touch sensor 152 may comprise a pressure sensor a resistive sensor a surface acoustic wave SAW sensor an infrared sensor an optical sensor or any other sensor configured to sense a touch input at the surface of device 100.In some embodiments touch sensor 152 may be part of one or more user input devices 122 124 126 128 or screen 130.
Patent claim: The system of claim 1 or 2 wherein the energy level determining apparatus is further configured to execute instructions defining a signal processing filter to compute the energy level of the at least one component signal.

Related passage: Note that everchanging settings i.e.setting states of the digital mixer are herein referred to as current data which are stored in a current area 14a within a RAM 14.The current data comprise current scene data i.e.current set of firsttype data including a group of parameters for directly operating on or varying a sound signal and current snapshot data i.e.current set of secondtype data including a group of parameters for defining functions of the various operators or displaying styles of the various display devices and elements.In the instant embodiment of the digital mixer the contents of the current scene data can be stored as scene data firsttype data in a scene area 12b of the flash memory 12 or other suitable storage device a plurality of types or sets of scene data can be stored at a time in the scene area 12b.Similarly the contents of the current snapshot data can be stored as snapshot data secondtype data in a snapshot area 12c of the flash memory 12 a plurality of sets of snapshot data can be stored at a time in the snapshot area 12c.
Patent claim: The ultrasonic welding device according to claim 6 wherein each of said angled side surfaces of each said plateau surface are connected with another side surface of said adjacent plateau surface with a radiused surface therebetween to form said trough.

Related passage: The filmfeed assembly 29 can make all the supplementary films 31 provided advance at the same time or one at a time as will be explained in more detail hereafter so as to allow different types of finished wrappers 124 to be achieved.