bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: The heat pump mounting box according to claim 5 wherein a first part of the plurality of pipethrough holes 132 lead to the evaporator mounting section 111 while a second part thereof lead to the condenser mounting section 112 and the second part of the plurality of pipethrough holes are in communication with the bypass orifice 131.

Related passage: With now reference back to Fig.2 motor 50 includes at least a support element 53 more preferably a first and a second support elements 53 53 located at or in proximity of the two opposite axial ends of motor 50 to support shaft 51 in at least two locations.Preferably support elements 53 53 are formed in plastic material and even more preferably are formed integrally with the lower shell 24b of basement 24 in a single moulding process.Support elements 53 and 53 extend substantially vertically from the lower shell portion 24b of basement 24 for a given height and on each of them includesin the depicted embodimenta bearing 53be 53be for the rotational support of shaft 51 mounted thereon.Preferably in their vertical extension support elements 53 53 are substantially parallel or only slightly tilted with respect to a vertical plane more preferably they are substantially parallel to the front wall 21.
Patent claim: The system 200 of any of claims 11 to 13 wherein the plurality of access ports 64 are spaced apart axially along at least a portion of a turbine 28 32 of the gas turbine engine 10 such that each access port 64 is located at or adjacent to a different stage of a plurality of stages of the turbine 28 32.

Related passage: Thus the blade inspection system 100 is a blade inspection system for inspecting the plurality of blades periodically disposed on a periphery of the rotating shaft of the rotor of the engine E and rotated on the rotating shaft.Then the blade inspection system 100 includes the borescope 2 which is an endoscope having the insertion portion 11 in which an observation optical system is provided a plurality of the fixtures 3 4 and the like to be mounted on the external access ports OAP different from each other of the engine E for guiding the insertion portion 11 of the borescope 2 into the engine E and a personal computer PC 17 connected to the borescope 2.
Patent claim: The method of any of claims 9 to 13 wherein the first linear translation element 208 is a hydraulic actuator.

Related passage: In a still further embodiment at least one rotational sensor is arranged in the differential to detect a differential motion between at least two components of the differential e.g.for detecting a skew of control surfaces wherein the drive system comprises two adjusting units.For minimizing the number of necessary sensors and consequently for minimizing the complexity of an electronic evaluation unit for evaluating sensor signals of the drive system it is advantageous to attach a rotary sensor such as a rotary variable differential transformer RVDT to the differential such that a relative rotation between the main shaft and at least one of the output gear wheels andor between the carrier and at least one of the planetary gear wheels is detectable.If necessary according to official airworthiness regulations a plurality of identical or different rotary sensors may be integrated for achieving a certain redundancy.
Patent claim: The fuel supply pump according to claim 5 wherein the damper 90 has two metallic diaphragms 90a 90b that are welded together in their peripheral edges 90w and the lower edge part 91a of the damper holder 91 is in contact with a brim part 90f of the damper 90 that is formed inward of a welding part 90w of the damper 90.

Related passage: Although the damper cover 14 is fixed to the pump housing by being screwed in this embodiment the damper cover 14 can also be fixed by for example welding the entire periphery at the P position.In this case a seal is also provided by the welding so the seal member 10D in the first embodiment can be eliminated.
Patent claim: Household appliance 2 according to one of the claims 1 to 10 whereby said electronic board 72 comprises a connector cage 140 encompassing at least one contact and whereby a connector sealing element 270 is provided on said cover which at least partially in a sealing manner encompasses said connector cage 140.

Related passage: With reference to Figures 3 4 and 5 moreover all consecutive flat segments or surfaces 7b located on the top of a same protruding tailpiece 7 have preferably though not necessarily approximately the same width and preferably though not necessarily approximately the same tilt angle with respect to the adjoining flatsurfaces or segments 7b so as to form a multibeveled coupling ridge 7a that substantially copies the profile of part of the perimeter of a substantially regular polygon.
Patent claim: An image forming unit 100 comprising a plurality of image forming sections 27a 27b 27c a developer container 50 containing a developer and having a plurality of developer containing sections 53a 53b 53c first openings 55a 55b 55c and an openingclosing member 56 and an attachment unit 40 to which the developer container 50 is to be attached detachably and that has a plurality of second openings 45a 45b 45c a guide 42L 42R and an engaging section 46 the developer containing sections 53a 53b 53c being disposed side by side in an attachment direction A in which the developer container 50 is to be attached to the attachment unit 40 the first openings 55a 55b 55c being provided in the respective developer containing sections 53a 53b 53c the openingclosing member 56 being slidable in the attachment direction A and causing each of the first openings 55a 55b 55c to be opened and closed the second openings 45a 45b 45c being in communication with the respective image forming sections 27a 27b 27c the guide 42L 42R guiding the developer container 50 in the attachment direction A and causing a first surface 502 and a second surface 402 to be brought into proximity to each other and to be separated away from each other the first surface 502 being provided with the openingclosing member 56 of the developer container 50 the second surface 402 being provided with the second openings 45a 45b 45c the engaging section 46 being to be brought into engagement with theopeningclosing member 56 wherein when the openingclosing member 56 causes the respective first openings 55a 55b 55c to be opened by the engagement of the openingclosing member 56 and the engaging section 46 in association with an operation of attaching the developer container 50 to the attachment unit 40 the first surface 502 and the second surface 402 are separated away from each other until arrival of the first openings 55a 55b 55c at positions corresponding to the respective second openings 45a 45b 45c and the first surface 502 and the second surface 402 are brought into the proximity to each other upon the arrival of the first openings 55a 55b 55c at the positions corresponding to the respective second openings 45a 45b 45c.

Related passage: At this time the guide bosses 124 are pressed leftward by the corresponding cam grooves 126 moving the rail member 121 leftward while the restricting boss 136 restricts fronttorear movement of the rail member 121.
Patent claim: Landry treatment appliance 2 according to one of the claims 1 to 3 whereby said rotary elements comprise a rotary knob 44 and a rotary encoder 76.

Related passage: In the illustrated embodiment the knob assembly 10 includes a circuit board 20 located within the housing and including circuits printed thereon for controlling the audio system the heating ventilating and airconditioning system HVAC the navigation system the infotainment system or any other system.The circuit board 20 can be single or double sided.The rotary actuated potentiometer 14 is preferably surface mounted to a front 22 of the circuit board 20.As is well known to those skilled in the art the rotary actuated potentiometer 14 is used to change the resistance of a circuit to thereby alter the output of the circuit e.g.raise or lower volume of an audio system raise or lower the temperature of an HVAC system etc.The rotary knob 12 is configured to transfer rotary force to the rotary actuated potentiometer 14 to adjust the rotary actuated potentiometer 14 to a desired resistance.
Patent claim: A restricting device comprising a movable member 31 that is capable of changing a posture with respect to a support member 20 and a buffer member 41 that is fixed to the movable member comes into contact with the support member in accordance with a posture change of the movable member and restricts the posture of the movable member wherein in the movable member a mounting recess portion 33 that is open in a first direction that is one direction different from a direction of the posture change an outlet port 34 through which the mounting recess portion opens in a second direction that is one direction of the posture change a slipoff preventing piece 35 that protrudes in an opening end of the mounting recess portion in a direction intersecting the first direction and a fitting piece 36 that protrudes in the second direction are formed and the buffer member has a fixing portion 43 that is fitted into the mounting recess portion an elastic portion 42 that protrudes from the movable member in the second direction and is capable of coming into contact with the support member and a connecting portion 44 that connects between the fixing portion and the elastic portion through the outlet port and in the elastic portion a fitting recess portion 45 into which the fitting piece that is recessed in the second direction is fitted is formed.

Related passage: As shown in Figure 5 the front panel holder 8 has a cross sectional shape having an upper plate part 8a a rear plate part 8b a lower plate part 8c and a front plate part 8d.Hereinafter a word of part will be omitted from these parts 8a 8b 8c and 8d and omitted also from parts like these parts described hereinafter.The upper plate 8a extends rearward and slightly upward to follow a slope of the front edge portion of the roof panel 4.The rear plate 8b extends downward and approximately orthogonally to a panel surface of the roof panel 4 from a rear end of the upper plate 8a.The lower plate 8c extends forward and approximately horizontally from a lower end of the rear plate 8b.The front plate 8d extends upward and approximately orthogonally to the panel surface of the roof panel 4 from a front end of the lower plate 8c and an upper portion of the front plate 8d is embedded in the base portion 6a of the weather strip 6.A part near a front end of the upper plate 8a is formed to have an approximate U shape.A bottom of the U shape is protruded downward and thus the part near a front end of the upper plate 8a is engaged with a part of the base 6a of the weather strip 6.As mentioned above the front panel holder 8 is attached to a lower surface of the roof panel 4 through the weather strip 6.In addition thereto or in place thereof the front panel holder 8 may be attached to the lower surface of the roof panel 4 with adhesive.
Patent claim: The apparatus of claim 4 wherein in a case of adding a character string as changing of the name of the target program the controller causes the storage to store the added character string and at least one character before andor after a position in which the character string is added as the change.

Related passage: In step S46 the title similarity calculator 37 calculates the similarity LCSsq between the preprocessed program title indicated in the reserverecording data andthe program title indicated in the specified program data.In step S47 the title similarity calculator 37 determines whether the calculated similarity LCSsq is greater than or equal to a predetermined threshold TH4 for example 4.If the calculated similarity LCSsq is smaller than the predetermined threshold TH4 the process returns to step S42.
Patent claim: Server comprising a gazed virtual object identification determination module GVOIDM according to claim 1.

Related passage: According to another aspect of the invention there is provided a method for implementing gaze translucency comprising receiving a modification command assigned to a 3D virtual object said modification command being based on one or more identified gazed virtual objects and comprising a number of active gaze filter types configured to differentiate said 3D virtual object from other 3D virtual objects depending on which virtual object a subject is gazing at and corresponding active gaze filter values and a number of passive gaze filter types configured to differentiate said 3D virtual object from other 3D virtual objects depending on which virtual objects are gazing at said subject and corresponding passive gaze filter values.The method further comprises applying a number of filters according to each filter type comprised in said modification command with their corresponding filter value to said virtual object.
Patent claim: A system for managing thermal transfer in at least one of an aircraft or a gas turbine engine the system comprising a first engine system 202 utilizing an oil for heat transfer the oil having a temperature limit of at least about 500 degrees Fahrenheit F and a fuel system 206 the fuel system 206 comprising a deoxygenation unit 212 for deoxygenating a fuel in the fuel system 206 and a fueloil heat exchanger located downstream of the deoxygenation unit 212 the fueloil heat exchanger in thermal communication with the oil in the first engine system 202 and the fuel in the fuel system 206 for transferring heat from the oil in the first engine system 202 to the fuel in the fuel system 206.

Related passage: From the main fuel pump 3 8 the fuel serves as a coolant for the third liquidtoliquid heat exchanger subsystems 22.The third liquidtoliquid heat exchanger subsystem 22 includes an engine oil loop 40.The components cooled by the engine oil loop 40 are the most resistant to temperature and are permitted to exceed approximately 325 degrees Fahrenheit 163 C.Preferably the components cooled by the engine oil loop 40 utilize an optimized high temperature esterbased oil which operates at temperatures in excess of approximately 325 degrees Fahrenheit 163 C.Such an optimized high temperature esterbased oil is produced by NYCO S.A.Paris France under the trade name of GTO7.The optimized high temperature esterbased oil combined with the deoxygenated fuel temperature thermal retention capabilities permitsassociated components to operate above the conventional 325 degrees Fahrenheit 163 C temperature limit.
Patent claim: The printer according to any of claims 1 to 14 further comprising a platen portion 50 150 250 350 450 550 650 750 850 that supports a medium 101 wherein the plurality of recessed portions is disposed lower than a supporting surface of the medium on the platen portion.

Related passage: When the flag of the transportation stage 50 passes through the stage detector detecting the rear portion of side surface of the transportation stage 50 as shown in Figs 11A and 11B Step S4 printing operation is continued rotating the delivery roller 13 as usual transportation quantity and only the transportation stage 50 is returned to the home position moving to the rear portion side of the main body portion 60 as shown in Fig.12A Step S5.Thus since the recording medium P from the upper end to the lower end thereof can be supported on the transportation stage 50 stable paper gap is kept over whole surface of the recording medium P so as to improve printing quality.
Patent claim: Method as claimed in claim 7 wherein the temperature is measured in a coolant of a heat exchanger 20 or of a cooler 23 of the wind turbine 10.

Related passage: As explained above the nacelle comprises a canopy enclosing the interior of nacelle.In a preferred embodiment at least one of the air inlet systems is comprised in the canopy.For example the canopy may have an opening realized to convey air taken form outside to the interior by the air inlet system.Preferably the fan could be fixed in that opening holding the filter which filters air sucked from outside through the opening.
Patent claim: A method 300 for performing a visual inspection of a gas turbine engine 10 the method 300 comprising inserting a plurality of optical probes 100 through a plurality of access ports 62 64 of the gas turbine engine 10 the plurality of access ports 62 64 being spaced apart axially along a longitudinal axis 12 of the gas turbine engine 10 such that the plurality of optical probes 100 provide internal views of the gas turbine engine 10 from a plurality of different axial locations along the gas turbine engine 10 coupling the plurality of optical probes 100 to a computing device 202 rotating the gas turbine engine 10 about the longitudinal axis 12 as the plurality of optical probes 100 are used to simultaneously obtain images of an interior of the gas turbine engine 10 at the plurality of different axial locations and receiving with the computing device 202 image data associated with the images obtained by each of the plurality of optical probes 100 at the plurality of different axial locations.

Related passage: The fixture to be attached to each of the external access ports OAP has an insertion hole Th through which an insertion portion 11 of a borescope 2 which is an endoscope can be inserted.The borescope 2 is inserted into the inside of the compressor portion E2 through the insertion hole Th of the fixture.
Patent claim: The system of claim 8 or 9 wherein the evaporator device 7 is a spray dryer.

Related passage: According to a first aspect of the present invention in order to solve the problems there is provided an air pollution control system including a boiler that is configured to combust a fuel an air heater that is configured to recover heat of a flue gas discharged from the boiler a precipitator that is configured to remove soot and dust contained in the flue gas after heat recovery a desulfurization apparatus that is configured to remove sulfur oxides contained in the flue gas after dust removal using an absorbent a dehydrator that is configured to remove gypsum from absorber slurry discharged from the desulfurization apparatus a concentration apparatus that is configured to remove some of water of dehydrated filtrate from the dehydrator to make concentrateddehydrated filtrate a spray drying apparatus provided with a spray unit that is configured to spray the dehydrated filtrate in which water is concentrated a flue gas introduction line through which some of the branch gas branched from the flue gas is introduced to the spray drying apparatus from a main flue gas duct and a flue gas supply line through which the flue gas returns to the main flue gas duct the flue gas being obtained after thedehydrated filtrate is dried by the spray drying apparatus.
Patent claim: The method of claim 14 wherein a number of pulses of the laser is a plurality and wherein a number of the plurality of pulses of the laser is two to four.

Related passage: As shown in FIG.5c a semiconductor layer 30 is formed on the tunneling layer 20.The conductive regions 32 and 34 may be formed of an amorphous microcrystalline or polycrystalline semiconductor.In this instance the semiconductor layer 30 may be formed by a method for example thermal growth deposition for example plasmaenhanced chemical vapor deposition chemical PECVD or the like.However the embodiment is not limited thereto the semiconductor layer 30 may be formed by various methods.
Patent claim: Washing group according to Claim 1 characterized in that said cylindricalshaped mid portion 14b adjoins the frustoconicalshaped distal portion 14a to a proximal end of the coupling pin 14 which is rigidly connected to the washing tub 2 or to the drive motor 8 the proximal end of said coupling pin 14 having adjacent to said cylindricalshaped mid portion 14b and opposite to the frustoconicalshaped distal portion 14a a stop surface 14c wherein the distal end of the connecting part 15 stably abuts.

Related passage: In the present invention the accommodation 2 for the motor too has two parts however it differs in its structure which meets the new operating principle in fact it is constituted by a principal body 6 and a closing cap or lid 7A or 7B.
Patent claim: Tractor 1 comprisinga driving area 2 for housing a user comprising a screen 20a vision system 10 comprising i a detection group 100 comprising at least one camera 100 suitable to observe a predefined region 500 proximal to the tractor 1 ii an analysis group 200 suitable to process and analyse the images acquired by the detection group 100 to verify the presence of a stationary S or moving S subject in the predefined region 500 iii a signalling group 300 suitable to signal to the user what is detected by the detection group 100 and verified by the analysis group 200 by means of a processed video signal on the screen 20 that displays the predefined region 500 and the stationary S or moving S subject detected andor an acoustic signal.

Related passage: The superimposing unit 15 is a functional unit for superimposing a display for indicating the movement trajectory of a moving object onto the captured image on the basis of the optical flow.Herein the display for indicating the movement trajectory of the moving object is for example an afterimage generated by the afterimage generation unit 14 or a form of the optical flow that has been pictorially represented visualized by the afterimage generation unit 14 or a visualization unit 17 so as to be in a state allowing for a visual check.For example in a case in which the display for indicating the movement trajectory of the moving object is an afterimage the superimposing unit 15 imparts a predetermined weighting in at least one of the frames following the frame targeted during afterimage generation and superimposes the afterimage thereon.The afterimage is superimposed onto the same coordinates as the coordinates of the designated image region of the frame on which generation is based.An image of the moving object in an image that has been previously taken is thereby displayed together with the actual image of the moving object therefore the dynamics i.e.movement are represented.In a case in which the display for indicating the movement trajectory of the moving object is a pictorial form of the optical flow the effect exerted will be similar to that of the auxiliary line for indicating movement in cartoons artwork or like and the movement of the moving object will be represented.The superimposing unit 15 and the visualization unit 17 are implemented by the CPU 5 the program memory 6 the working memory 7 the superimposition unit 2a the graphic drawing unit 2b and the like.
Patent claim: The method of claim 12 wherein the speed threshold is a rotational speed below which the magnetic field 230 is sufficient to stop rotation of the shaft 40120210.

Related passage: Referring to Figure 2 while LSG and ISG machines 30 32 may have any suitable configuration in this example both are preferably permanent magnet electric machines 50 having a rotor 52 mounted to a shaft 54 and thereby rotatably mounted adjacent to a stator 56.The shaft 54 represents spools 20 24.The electric machines 50 will be understood to be operable as either a motor or a generator or both depending on the associated control provided.