bhlim/patentmatch_for_finetuning huggingface dataset:
Patent claim: Machine according to claim 1 or 2 wherein the conveying means 23A are arranged along opposite lateral edges of the bench 11.

Related passage: Inside the tank there is a mixer element 18 which is in the form of a cylindrical helix which surrounds the evaporator cylinder 16 and rotates coaxially therewith by means of a motor unit 19 situated outside the tank and connected to the mixer element 18 by means of a shaft 20 which passes through the cylinder along the axis 17 and enters into the tank via seals 21 at the free front end of the cylinder 16.Advantageously the mixer element rests with its end against a seat 22 formed in the inner wall of the tank at the front of the free end of the cylinder.The mixer element is of the type known per se intended simultaneously to mix up the product assist formation and dispensing thereof and prevent the formation of incrustations on the outer wall of the cooling cylinder.Again advantageously the tank is connected to the end wall 23 in a removable manner by means of seals 24 so that the end wall 23 vertically projecting from the base 11 also forms a fixed rear closing wall of the tank.A closed space 25 is formed behind the end wall 23 for machine parts such as electronic control boards etc.
Patent claim: A hearing assistance device according to any one of claims 110 wherein at least one of the supplementary input transducers form part of said one or more detectors.

Related passage: The earpiece 24 also holds one ITE microphone 26 that is positioned at the entrance to the ear canal when the earpiece is positioned in its intended position in the ear canal of the user.The ITE microphone 26 is connected to an AD converter not shown and optional to a prefilter not shown in the BTE housing 12 with electrical wires not visible contained in the sound transmission member 20.
Patent claim: System for detecting an open phase fault in a multiphase electric machine 11 comprising a phase current measurement device 12 coupled to the multiphase electricmachine 11 for measuring at least one current value of each phase of the multiphase electric machine 11 and an electronic control unit 13 for detecting an open phase fault in the multiphase electric machine 11 wherein the electronic control unit 13 comprises a first determining means 14 for determining for always two phases of the multiphase electric machine 11 a phase delay between two phases based on the measured current values a second determining means 15 for determining if a determined phase delay between two phases exceeds a predetermined threshold and a detecting means 16 for detecting that there is an open phase fault if a determined phase delay between two phases exceeds a predetermined threshold.

Related passage: In addition without passing through the frequency component extractor 10 the same effect is obtained also by inputting the rotation coordinate current phase to the fault phase determination unit 11.
Patent claim: The ball screw according to any one of claims 1 to 4 wherein the return passage member is fitted in a groove formed in an outer peripheral surface of the ball nut and a bottom surface of the groove serves as the outer surface of the ball nut which closes the opening in the outer periphery.

Related passage: 4 The flanges 40 that support each ball 12 that passes through the second path L4 are formed at the opening 24 of the communication groove 23.
Patent claim: The lightemitting device according to claim 11 wherein the first portion has a height larger than that of the lightemitting structure.

Related passage: In FIG.1B the lightemitting bodies 111A 111B are electrically connected with each other in series.In one embodiment the lightemitting diode 11 can include a lightemitting body or more than three lightemitting bodies which are electrically connected with each other in series parallel a seriesparallel configuration or a bridge configuration.When the lightemitting diode 11 includes a plurality of lightemitting bodies the lightemitting bodies can be commonly formed on a substrate.Alternatively each of the lightemitting bodies has a substrate and they are mounted on a carrier.Alternatively some lightemitting bodies are commonly formed on a substrate and some lightemitting bodies have a substrate respectively and then they are commonly mounted on a substrate.In addition the lightemitting bodies 111A 111B of the present disclosure are in a flipchip form and are electrically connected with each other by the electrical connection 1116.In one embodiment the lightemitting bodies 111A 111B are in a horizontal form and electrically connected with each other by wire bonding.
Patent claim: The end effector assembly of any one of claims 1 to 3 wherein the second adhesive material is one or more of more resistant to moisture than the first adhesive material and more resistant to temperature than the first adhesive material.

Related passage: In some instances it may be desirable to combine a naturally derived bioabsorbable polymer gel with buttress body 102 in addition to or as an alternative to having one or more adhesive layers 104 106 on upper or lower surfaces of buttress body 102 to removably secure buttress assembly 100 to deck 73 of staple cartridge 70 or underside 65 of anvil 60.The below examples include various exemplaryconfigurations through which one or more naturally derived bioabsorbable polymer gel adhesive materials may be combined with a buttress body 102 to removably secure buttress assembly 100 to deck 73 of staple cartridge 70 or underside 65 of anvil 60.In the present example it is contemplated that the adhesive material comprises a natural based polymer such as those referred to herein.However it should also be understood that synthetic based polymers may be incorporated with the below teachings.
Patent claim: The method of claim 1 further comprising determining a preferred haptic notification comprising an optimization that includes a modification of parameters to generate the second signature.

Related passage: Turning back to Figure 2A a user may interact with touch enabled display 202.And in response to the user interaction one or more of the haptic output devices 21812182 may output a haptic effect.However the mobile device 201 may be used in an area comprising significant parasitic vibrations.In such circumstances the haptic effect may be tuned to be perceptible despite the parasitic vibrations.Thus when the device is in an area associated with parasitic vibrations the haptic effect may comprise a haptic effect that is clearly distinguishable from the parasitic vibration.This effect may comprise for example an electrostatic based effect a skin stretch effect or a surface deformation effect.Further this effect may comprise a nonvibration based effect.When the device is no longer in an area associated with parasitic vibrations the haptic effect may comprise a vibration based effect.
Patent claim: The method as claimed in claim 10 wherein the control parameter of the at least one external device includes at least one of a type of control function a control range and control accuracy for each type.

Related passage: According to an aspect of still another exemplary embodiment there is provided a nontransitory computer readable medium storing a program causing a computer to execute a method for providing a user interface UI of a content playing apparatus the method including when a content sharing command is input communicating with a network apparatus that is connected to at least one device and receiving information on the at least one device generating a UI e.g.an integrated UI to control the at least one device based on the received information displaying the UIe.g.the integrated UI and when a user command to control an operation of the at least one device is input through the UI e.g.the integrated UI transmitting the user command to the network apparatus.
Patent claim: Printing unit as in claim 1 characterized in that said actuation device 50 and said cam element 48 can be reciprocally associated by means of a screwfemale screw coupling.

Related passage: The eccentric shaft 11a is thereby eccentrically rotated to move the positioning block 10 causing the positioning pin 9 fastenedthereto to push the V shaped flange 5 thereby displacing the line head 3 in the nozzle row direction.There is then set a displacement that is equal to one half of the nozzle pitch namely that is 0.021 mm.
Patent claim: The surgical instrument of claim 6 wherein the occurrence of the first predefined event comprises at least one of the following an amplitude of a firing force signal exceeding a predetermined threshold a slope of a curve representative of the firing force signal exceeding a second predetermined threshold a slope of a line connecting successive peak values of the firing force signal exceeding a third predetermined threshold and a position of the knife is within a predetermined range of positions between a proximal end of the staple cartridge and a distal end of the staple cartridge and at least one of the following the amplitude of the firing force signal exceeding the predetermined threshold the slope of the curve representative of the firing force signal exceeding the second predetermined threshold and the slope of the line connecting successive peak values of the firing force signal exceeding the third predetermined threshold.

Related passage: It will be appreciated that where FIG.33 can represent a situation where an actual or predicted value is evaluated whether or not an express threshold is provided FIG.34 is a graphical representation where thresholds are provided.It can be appreciated however that a threshold or thresholds can be implicitly given to FIG.33 with equivalent results insofar as a predetermined or dynamically determined value can serve as a functional equivalent of a threshold or trigger actions associated with a threshold or thresholds.There may be two or more ceiling or floor values that can serve as such threshold functional equivalents.
Patent claim: The connector part according to any of the preceding claims wherein the connector part 100 has a forward end 101 for engagement with the second connector part 200 and a rearward end 102 at which a connection 115 is provided wherein the damper unit 10 comprisesa damper body 20 having a forward end and a rearward end wherein the damper body 20 includes a chamber 30 that has an opening facing forwardlya first spring 11 bearing on one side against the rearward end of the damper body 20 and at the other side against a connector housing 105 of the connector part 100a piston 12 arranged in the opening of the chamber 30 of the damper body 20 the piston 12 extending forwardlya second spring 31 arranged in the chamber 30 and bearing on one side against said piston 12 and on the other side against a rearward wall 22 of the chamber 30 the second spring 31 urging the piston 12 forwardly with respect to the damper body 20an opening in the chamber 30 enabling a liquid to enter and escape the chamber wherein said first contact 110 is mounted to the damper body 20 and wherein said piston 12 is configured to be engaged by a shuttle pin 150 of the connector part 100.

Related passage: In particular the flushing arrangement 30 is configured to flush the front face 51 or a front portion 18 up to the respective seal 33 of the pin 12 and a front face 52 or front portion also up to the respective seal 33 of the shuttle pin 22.The front face 51 of pin 12 and the front face 52 of shuttle pin 22 may also be termed exposed surfaces as they are exposed to seawater in the unmated state of the connector 100.
Patent claim: The image forming unit 100 according to claim 2 wherein the protrusions 51L 51R are provided downstream of the first opening 55a that is located most downstream out of the first openings 55a 55b 55c in the attachment direction A and Ds gt Dt is satisfied where Dt is a distance from each of the protrusions 51L 51R to an upstream end of the first opening 55a that is located most downstream out of the first openings 55a 55b 55c and Ds is a distance from the downstream end of the first linear part 421L 421R to a downstream end of the second opening 45b that is located second downstream out of the second openings 45a 45b 45c in the attachment direction A.

Related passage: The supply cylinder 98 has a generally cylindrical shape and extends leftward from the peripheral edge on the left end of the supply channel 96.The right end of the supply cylinder 98 opens rightward and is in communication with the supply channel 96.The left end of the supply cylinder 98 is closed.A supply opening 99 is formed in the left end of the supply cylinder 98 penetrating the lower portion of the supply cylinder 98 vertically.
Patent claim: An arrangement according to any of the preceding claims 2 to 10 wherein the phase gratings G1 and G2 have different pitches featuring an asymmetric system design.

Related passage: A standard xray tube stationary or rotating anode type can be used as radiation source.The anode material should be chosen to have appropriate emission lines in the relevant energy range.For mammography applications these could be Nb Mo Rh Pd Ag which have Kemission lines in the 5 to 50 keV preferably 15 to 25 keV region.Especially suited for this setup would be a line focus tube.In this case the grating lines should be parallel to the source line if a line focus source is used as the setup requires even less coherence in the direction along the lines.The spectrum of the xray source may be filtered to reduce the source bandwidth.
Patent claim: A method for implementing gaze translucency on a display configured to display to a user a virtual scene representation of a virtual scene on said display said virtual scene representation comprising virtual object representations P1 P2 of virtual objects where each such virtual object may be a virtual parent objects or a virtual child object wherein said method comprises the steps ofcapturing gaze information of said user said gaze information comprising gaze coordinates P representing a position at said display at which said user is looking andmapping each vertex of said 3d virtual scene representation to a position at said display DP andretrieving an object identification associated with a vertex mapped onto said position at said display matching said gaze coordinate P.

Related passage: Figure 1A illustrates an architecture diagram of a system embodiment according to the present invention.The system 10 comprises a gaze capture module 11 a gaze distance determination module 12 a gazed virtual object identification module 13 a gaze translucency algorithm module 14 and a virtual object modification module 15.The gaze capture module 11 is configured to capture 115 a users gaze information comprising gaze coordinates said gaze coordinates representing a position on a display at which said user is looking or gazing not shown.The gaze distance determination module 12 is configured to determine 125 a distance or gaze distance between a virtual object and a gaze distance origin using said gaze information 115.The gazed virtual object identification module 13 is configured to identify 135 a gazed virtual object of a number of virtual objects based on the determined distance or distances 125.The gaze translucency algorithm module is configured to assign to one or more of said virtual objects a modification command based on said identified gazed virtual objects.The virtual object modification module 15 is configured to modify one or more virtual objects of said number of virtual objects based on said modification command 145.In this manner the system can implement gaze translucency since information about what virtual objects users are looking at e.g.the gazed virtual object 135 can be used to modify for instance one or more display properties of said virtual objects.This modification can for instance be performed by a virtual object itself e.g.by applying a shader rather than on its rendering representation on the display in other words its pixel representation on said display.The skilled person will moreover understand that the gaze information 115 the determined distances 125 the identified virtualobjects 135 and the modification commands 145 may be implemented as a local system property or as events or as parameters to function calls.Moreover the skilled person will understand that a network module not shown may be used to transmit andor receive any of the data connections that are shown thereby facilitating networked and distributed operation.
Patent claim: The fiber according to any of claims 111 wherein the chromatic dispersion at a wavelength of 1550 nm is comprised between 14 and 24 psnm.km preferably less than 22 psnm.km more preferably less than 20 psnm.km.

Related passage: Although the silica core in Fig.3b typically is for example a germaniumdoped region it is possible for the core region of an optical fiber to be made from pure silica with the first and second annular regions and the cladding region having levels of reduced indices of refraction for example through the use of different doping levels of fluorine or other suitable material.For example referring now to Figs.4ab shown is a crosssectional view Fig.4a and corresponding refractive index profile Fig.4b of an uncoated glass fiber 40 for example the pure silica core fiber of Sumitomo Electric Industries Ltd.In this conventional arrangement the optical fiber 40 includes a central core region 41 with an index of refraction n1 surrounded by a first annular ring 42 with a nominal refractive index n3.The first annular ring 42 is surrounded by a second annular ring 43 which has a nominal refractive index n4.The second annular ring 43 is surrounded by an outer cladding 44 which has a nominal refractive index n2.More specifically in this specific arrangement the values of n1 n2 n3 and n4 are such that 10.26 and 20.08.Also the ratio of the b2 to b1 is 2.5.
Patent claim: The system of any one of claims 8 to 12 further characterized by a control device 81 operable to receive measurements from one or more system sensors 50 52 54.

Related passage: In addition the spray drying apparatus 50 includes a gas introduction unit to which the branch gas 18a branched from the flue gas 18 is introduced through the flue gas introduction line L11 branched from the flue gas supply line L2 which is a main line of the flue gas 18 supplied from the boiler 11 and a spray unit 52 which is configured to disperse or spray the concentrateddehydrated filtrate 33A.Then the dispersed or sprayed dehydrated filtrate 33 is evaporated and dried by heat of the flue gas 18 to be introduced.Furthermore reference numeral L12 represents a flue gas supply line through which the fluegas 18b contributed to the drying in the spray drying apparatus 50 returns to the gas supply line L3.A damper unit 59 is interposed in the flue gas introduction line L11 and the flue gas supply line L12 to stop inflow and discharge of the branch gas 18a and the flue gas 18b.
Patent claim: An electronic system comprising a gyroscope 22 and an electronic circuit according to any one of the preceding claims electrically coupled together.

Related passage: The second filter capacitors 53 each have a terminal connected to a respective input node 57a 57b and a terminal selectively connectable to a respective output 21a 21b through one of the first phaseshift switches 54.In addition the terminals of the second filter capacitors 53 can be selectively connected to the commonmode line 47 through respective second phaseshift switches 55.
Patent claim: The actuator system of any preceding claim wherein the first linear translation element 208 304 is a ball screw.

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: An isolator system including a main isolator in which an aseptic operation is performed and a subisolator connectable to the main isolator characterized by comprising a first opening connector which is formed at the main isolator and through which an item can be loaded and unloaded a first openingclosing member which opens and closes the first opening connector in the main isolator a first blocking member which blocks the first opening connector outside of the main isolator and a first decontamination mechanism which supplies a decontamination medium into the main isolator to perform decontamination a second opening connector which is formed at the subisolator and through which the item can be loaded and unloaded and a second opening and closing member which opens and closes the second opening connector in the subisolator and connection means for connecting the first opening connector and the second opening connector to each other and causing an inside of the main isolator and an inside of the subisolator to communicate with each other in a state where inflow of an external atmosphere is blocked wherein when the inside of the main isolator is decontaminated the first opening connector is not connected with the second opening connector and the first opening connector is blocked with the first blocking member from an outside.

Related passage: A processing system for cell cultures of the present invention is characterized by comprising a plurality of modules that can be mutually connected a first closed space provided in each of the modules a door that openscloses an aperture possessed by the first closed space a connecting member provided at a peripheral part of the aperture and a decontaminatingagent supplying module that supplies a decontaminating agent wherein the decontaminating agent is supplied to the first closed space by the decontaminatingagent supplying module the decontaminating agent is supplied to a second closed space formed by the connecting member and the door of one module and the connecting member and the door of the other module connected to the one so as to form an integrated closed space maintaining the connected modules in a sterile state.
Patent claim: The tire of at least one of the previous claims wherein the narrower neck 44 connecting to the groove channel 34 has a nominal width of 1 mm or a nominal width in a range of from 0.5 to 1.5 mm preferably 0.8 to 1.2 mm.

Related passage: The tire air maintenance system 10 may further incorporate a variable pressure pump groove 56 with one or more inwardly directed ridges or ribs 66 engaging and compressing a segment of the air tube 42 opposite such ribs.The pitch or frequency of the ribs may increase toward the outlet device 70 for gradually reducing air volume within the passageway 43 by compressing the tube 42.The reduction in air volume may increase air pressure within the passageway 43 and thereby facilitate a more efficient air flow from the tube 42 into the tire cavity 40.The increase in tube pressure may be achieved by engagement by the ribs 66 of the groove 56 and the tube 42 having uniform dimensions along the tube length.The tube 42 may thus be made of uniform dimension and of relatively smaller size without compromising the flow pressure of air to the tire cavity 40 for maintaining air pressure.The pitch and amplitude of the ridges 66 may both be varied to better achieve the desired pressure increase within the passageway 43.