mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a change in electrical properties in a system powered at least in part by a power delivery network , wherein the method comprises: in response to a load generated, by a signal generator , on the power delivery network : measuring, using one or more sensors (402 1 , 402 2 , ...402 N ) located on the power delivery network , noise induced in the power delivery network in response to the load; determining, based on the measured noise, a dynamic-response property of the power delivery network; and comparing the dynamic-response property of the power delivery network to a reference dynamic-response property of the power delivery network based on a predetermined load and, in the event of a difference between the dynamic-response property and the reference dynamic-response property , triggering a response to the event , the reference dynamic-response property corresponding to a noise response of the power delivery network in response to arbitrary signals applied to the power delivery network . measuring, using one or more sensors (402 1 , 402 2 , ...402 N ) located on the power delivery network , noise induced in the power delivery network in response to the load; determining, based on the measured noise, a dynamic-response property of the power delivery network; and comparing the dynamic-response property of the power delivery network to a reference dynamic-response property of the power delivery network based on a predetermined load and, in the event of a difference between the dynamic-response property and the reference dynamic-response property , triggering a response to the event , the reference dynamic-response property corresponding to a noise response of the power delivery network in response to arbitrary signals applied to the power delivery network .
Machine for executing at least one operation or machining operation on at least one panel or other piece, said machine comprising: a conveyor belt for conveying at least one panel or other piece according to an advancing direction (A); at least one side edge being defined in said conveyor belt ; transversal movement means for moving said conveyor belt transversely to said advancing direction (A); detecting means for detecting at least the position of said at least one side edge of said conveyor belt ; grinding means for grinding said at least one side edge of said conveyor belt ; operative means for executing at least one operation or machining operation on at least one panel or other piece while said at least one panel or other piece is transported by said conveyor belt ; and a control unit which is operatively connected with said transversal movement means and said detecting means and configured to command said transversal movement means to move said conveyor belt transversely to said advancing direction (A) based on the position of said at least one side edge being grinded by said grinding means , said position being detected by said detecting means . a conveyor belt for conveying at least one panel or other piece according to an advancing direction (A); at least one side edge being defined in said conveyor belt ; transversal movement means for moving said conveyor belt transversely to said advancing direction (A); detecting means for detecting at least the position of said at least one side edge of said conveyor belt ; grinding means for grinding said at least one side edge of said conveyor belt ; operative means for executing at least one operation or machining operation on at least one panel or other piece while said at least one panel or other piece is transported by said conveyor belt ; and a control unit which is operatively connected with said transversal movement means and said detecting means and configured to command said transversal movement means to move said conveyor belt transversely to said advancing direction (A) based on the position of said at least one side edge being grinded by said grinding means , said position being detected by said detecting means .
A nasal cannula comprising: a manifold and at least one nasal prong or outlet extending from the manifold to be received by a user's nare, and a side member extending from each side of the manifold , and wherein in plan view the cannula comprises an obtuse angle between the side members when in a neutral or unbent configuration, wherein the nasal cannula comprises a wall near to and on an inlet side of said nasal prong or outlet, to separate a lumen of one side member from the other side member , such that only one of the side members acts as a conduit to provide a flow of gases from an inlet of the cannula to the manifold . a manifold and at least one nasal prong or outlet extending from the manifold to be received by a user's nare, and a side member extending from each side of the manifold , and wherein in plan view the cannula comprises an obtuse angle between the side members when in a neutral or unbent configuration, wherein the nasal cannula comprises a wall near to and on an inlet side of said nasal prong or outlet, to separate a lumen of one side member from the other side member , such that only one of the side members acts as a conduit to provide a flow of gases from an inlet of the cannula to the manifold .
A herpesvirus measuring method comprising: a contact step of bringing a liquid specimen containing a body fluid of a subject and an electrolytic solution into contact with each other via a through-hole portion formed in a separating wall ; a current measuring step of applying a voltage to the liquid specimen and the electrolytic solution with respect to the through-hole portion and obtaining a waveform of an ionic current flowing through the through-hole portion ; and a herpesvirus determining step of determining the kind of the herpesvirus contained in the body fluid on the basis of the waveform, wherein, in the herpesvirus determining step, the waveform is compared with waveform information that corresponds to a known herpesvirus and is obtained beforehand, and the kind of the herpesvirus is determined, the herpesvirus measuring method being characterized in that the body fluid is selected from tear fluid and intraocular fluid and the through-hole portion includes an inner surface having hydrophilicity and a surface charge of the same polarity as a polarity of a herpesvirus contained in the body fluid, that is, a negative surface charge. a contact step of bringing a liquid specimen containing a body fluid of a subject and an electrolytic solution into contact with each other via a through-hole portion formed in a separating wall ; a current measuring step of applying a voltage to the liquid specimen and the electrolytic solution with respect to the through-hole portion and obtaining a waveform of an ionic current flowing through the through-hole portion ; and a herpesvirus determining step of determining the kind of the herpesvirus contained in the body fluid on the basis of the waveform, wherein, in the herpesvirus determining step, the waveform is compared with waveform information that corresponds to a known herpesvirus and is obtained beforehand, and the kind of the herpesvirus is determined, the herpesvirus measuring method being characterized in that the body fluid is selected from tear fluid and intraocular fluid and the through-hole portion includes an inner surface having hydrophilicity and a surface charge of the same polarity as a polarity of a herpesvirus contained in the body fluid, that is, a negative surface charge.
A fluid pressure regulator comprising: a first stage valve arranged to open and close a fluid flow path to control flow of fluid through the valve, the first stage valve including: a first valve body defining a valve chamber having an outlet opening and an inlet opening ; a first valve gasket arranged in the valve chamber at the outlet opening ; and a first valve ball movable in the valve chamber to contact the first valve gasket and close the outlet opening ; a first stage piston arranged for movement to move the first valve ball relative to the outlet opening and thereby open and close the first stage valve, the piston having an inner side and an outer side; and a regulator body defining a piston chamber in which the first stage piston is movable and housing the valve chamber ; characterized in that the first stage valve further includes a gasket retainer in the valve chamber and stationary relative to the first valve body arranged to hold the first valve gasket at the outlet opening . a first stage valve arranged to open and close a fluid flow path to control flow of fluid through the valve, the first stage valve including: a first valve body defining a valve chamber having an outlet opening and an inlet opening ; a first valve gasket arranged in the valve chamber at the outlet opening ; and a first valve ball movable in the valve chamber to contact the first valve gasket and close the outlet opening ; a first valve body defining a valve chamber having an outlet opening and an inlet opening ; a first valve gasket arranged in the valve chamber at the outlet opening ; and a first valve ball movable in the valve chamber to contact the first valve gasket and close the outlet opening ; a first stage piston arranged for movement to move the first valve ball relative to the outlet opening and thereby open and close the first stage valve, the piston having an inner side and an outer side; and a regulator body defining a piston chamber in which the first stage piston is movable and housing the valve chamber ; characterized in that the first stage valve further includes a gasket retainer in the valve chamber and stationary relative to the first valve body arranged to hold the first valve gasket at the outlet opening .
A swirler comprising: a base comprising a first end opposite a second end along a longitudinal axis of the base, the base including one or more helical fins oriented along the longitudinal axis from the first end to the second end; and an annular member coupled to the base and positioned at least partially around the longitudinal axis; wherein the annular member is positioned around an entirety of the base and is configured to function as a distributor and generate divergent flow which moves fluid radially outward from the base. a base comprising a first end opposite a second end along a longitudinal axis of the base, the base including one or more helical fins oriented along the longitudinal axis from the first end to the second end; and an annular member coupled to the base and positioned at least partially around the longitudinal axis; wherein the annular member is positioned around an entirety of the base and is configured to function as a distributor and generate divergent flow which moves fluid radially outward from the base.
An anti-CD25 antibody for use in the treatment of a solid tumour in a human subject, in combination with a PD-1 antagonist, wherein the anti-CD25 antibody is a monoclonal human IgG1 antibody that binds to at least one of FcγRI, FcγRIIc, and FcγRIIIa with higher affinity than it binds to FcγRIIb, and depletes tumour-infiltrating regulatory T cells, and wherein the PD-1 antagonist is an anti-PD-1 antibody or an anti-PD-L1 antibody.
An information communication method of obtaining by an information communication device information from a subject, the information communication method comprising: setting (SK11) an exposure time (t E ) of an image sensor so that, in an image obtained by capturing the subject by the image sensor using a rolling shutter mode or a focal plane shutter mode, a bright line corresponding to an exposure line included in the image sensor appears according to a change in luminance of the subject; expanding light emitted from the subject by diffuse transmission through a diffusion plate, by a macro imaging mode of the information communication device or by focal length adjustment at the information communication device, obtaining (SK12) a bright line image including the bright line, by capturing the light, which is emitted from the subject that changes in luminance and expanded, by the image sensor with the set exposure time (t E ); and obtaining (SK13) the information by demodulating data specified by a pattern of the bright line included in the obtained bright line image. setting (SK11) an exposure time (t E ) of an image sensor so that, in an image obtained by capturing the subject by the image sensor using a rolling shutter mode or a focal plane shutter mode, a bright line corresponding to an exposure line included in the image sensor appears according to a change in luminance of the subject; expanding light emitted from the subject by diffuse transmission through a diffusion plate, by a macro imaging mode of the information communication device or by focal length adjustment at the information communication device, obtaining (SK12) a bright line image including the bright line, by capturing the light, which is emitted from the subject that changes in luminance and expanded, by the image sensor with the set exposure time (t E ); and obtaining (SK13) the information by demodulating data specified by a pattern of the bright line included in the obtained bright line image.
A case assembly for a gas turbine engine comprising: an outer case having circumferentially spaced apart bosses including a recess ; a vane assembly received in the outer case ; an axial retention ring having uninstalled and installed conditions, the axial retention ring outside of the recess in the uninstalled condition and received in the recess in the installed condition; and an anti-rotation ring having a locked condition preventing rotation of the axial retention ring between the installed and uninstalled conditions; characterised in that : a gap is provided between adjacent bosses , and the anti-rotation feature includes a ring having a first projection received in the gap ; in that the boss includes first and second recesses , and the vane assembly includes a hook received in the first recess , and the axial retention ring is received in the second recess in the installed condition; and in that the axial retention ring includes inner and outer circumferential tabs , the inner tabs abutting the hook and the outer tabs being received in the second recess in the installed condition. an outer case having circumferentially spaced apart bosses including a recess ; a vane assembly received in the outer case ; an axial retention ring having uninstalled and installed conditions, the axial retention ring outside of the recess in the uninstalled condition and received in the recess in the installed condition; and an anti-rotation ring having a locked condition preventing rotation of the axial retention ring between the installed and uninstalled conditions; characterised in that : a gap is provided between adjacent bosses , and the anti-rotation feature includes a ring having a first projection received in the gap ; in that the boss includes first and second recesses , and the vane assembly includes a hook received in the first recess , and the axial retention ring is received in the second recess in the installed condition; and in that the axial retention ring includes inner and outer circumferential tabs , the inner tabs abutting the hook and the outer tabs being received in the second recess in the installed condition. a gap is provided between adjacent bosses , and the anti-rotation feature includes a ring having a first projection received in the gap ; in that the boss includes first and second recesses , and the vane assembly includes a hook received in the first recess , and the axial retention ring is received in the second recess in the installed condition; and in that the axial retention ring includes inner and outer circumferential tabs , the inner tabs abutting the hook and the outer tabs being received in the second recess in the installed condition.
Capsule for the preparation of a beverage, comprising a preferably rotationally symmetrically formed capsule body , which completely or partially delimits a substance chamber for receiving at least one substance , a preferably centrally arranged outflow connecting piece , which has an outflow opening , and a cover , which serves for closing off the substance chamber , wherein a liquid is able to be introduced into the substance chamber and is able to be removed through the outflow opening , wherein a slit valve which opens under an increasing liquid pressure in the substance chamber is arranged between the substance chamber and the outflow connecting piece such that the slit valve opens directly into the outflow connecting piece and produces in particular a beverage jet, characterized in that the slit valve is formed by wall sections which are offset with respect to one another.
A boat for servicing shallow waters like canals, lakes, and rivers configured for extracting, cutting, grinding, and casting off plant waste, solid waste, or agricultural plantation harvest and sending what is harvested to shore, and characterized in that it comprises: a front saw configured for cutting plants below the shallow water surface, wherein the front saw can be raised and lowered from a front part of the boat to about a meter below the shallow water surface at a discretion of an operator; and an extractor belt ; a grinding mill ; a drive turbine ; an height-adjustable stack ; whereby said extractor belt is configured for extracting the plant waste previously cut by the front saw which is deposited on said horizontal conveyor belt to said grinding mill , wherein the extractor belt is formed by a body supporting two rollers, a lower roller, and an upper roller, said extractor belt being configured to be raised and lowered at a discretion of an operator; wherein the grinding mill is arranged to grind and fragment the plant waste received from the horizontal conveyor belt through the action of a rotor; and wherein the grinded and fragmented plant waste is collected into said drive turbine which is arranged to suction and cast the grinded and fragmented plant waste towards said height-adjustable stack able to rotate 360° to a zone where the grinded and fragmented plant waste is to be deposited. a front saw configured for cutting plants below the shallow water surface, wherein the front saw can be raised and lowered from a front part of the boat to about a meter below the shallow water surface at a discretion of an operator; and an extractor belt ; a grinding mill ; a drive turbine ; an height-adjustable stack ; whereby said extractor belt is configured for extracting the plant waste previously cut by the front saw which is deposited on said horizontal conveyor belt to said grinding mill , wherein the extractor belt is formed by a body supporting two rollers, a lower roller, and an upper roller, said extractor belt being configured to be raised and lowered at a discretion of an operator; wherein the grinding mill is arranged to grind and fragment the plant waste received from the horizontal conveyor belt through the action of a rotor; and wherein the grinded and fragmented plant waste is collected into said drive turbine which is arranged to suction and cast the grinded and fragmented plant waste towards said height-adjustable stack able to rotate 360° to a zone where the grinded and fragmented plant waste is to be deposited.
A method of operation of a network node in a cellular communications network , comprising: signaling , to a short Transmit Time Interval, sTTI, wireless device , an indication of a Time Division Duplexing, TDD, subframe set to use, where the signaled TDD subframe set to use has a length of a 10 milliseconds legacy TDD radio frame used by legacy wireless devices, replaces said legacy TDD radio frame and specifies a predefined subframe selection for legacy Transmit Time Interval, TTI, subframes transmissions of length 1 ms and sTT subframes transmissions of length shorter than 1 ms. signaling , to a short Transmit Time Interval, sTTI, wireless device , an indication of a Time Division Duplexing, TDD, subframe set to use, where the signaled TDD subframe set to use has a length of a 10 milliseconds legacy TDD radio frame used by legacy wireless devices, replaces said legacy TDD radio frame and specifies a predefined subframe selection for legacy Transmit Time Interval, TTI, subframes transmissions of length 1 ms and sTT subframes transmissions of length shorter than 1 ms.
A surface-treated titanium material for a fuel cell separator, comprising: a titanium substrate having a passive film on a surface of the titanium substrate; and a surface layer formed on the titanium substrate, wherein the surface layer includes a titanium oxide layer and carbon particles, the carbon particles are dispersed in an inside of the titanium oxide layer, the titanium oxide layer contains Ti 2 O 3 and TiO 2 , a total film thickness of the titanium oxide layer and the passive film is 25 nm or more, in a case where a peak separation is performed on a Raman spectrum of a combination of the titanium oxide layer and the passive film, as set out in the description, when a height of a peak obtained in a range of 235 cm -1 to 252 cm -1 of a Raman shift representing TiO 2 is defined as I1, a height of a peak obtained in a range of 260 cm -1 to 276 cm -1 of a Raman shift representing Ti 2 O 3 is defined as 12, and a height of a peak obtained in a range of 292 cm -1 to 303 cm -1 of a Raman shift representing Ti 2 O 3 is defined as I3, (I2+I3)/I1 is 0.08 or more and 1.45 or less, and in a case where an arbitrary cross section is observed with a field emission scanning electron microscope, when a length of an interface between the titanium oxide layer and the titanium substrate in an observation region is defined as L1 and a length of a void existing in the interface is defined as L2, L2/L1 is 0.30 or less. a titanium substrate having a passive film on a surface of the titanium substrate; and a surface layer formed on the titanium substrate, wherein the surface layer includes a titanium oxide layer and carbon particles, the carbon particles are dispersed in an inside of the titanium oxide layer, the titanium oxide layer contains Ti 2 O 3 and TiO 2 , a total film thickness of the titanium oxide layer and the passive film is 25 nm or more, in a case where a peak separation is performed on a Raman spectrum of a combination of the titanium oxide layer and the passive film, as set out in the description, when a height of a peak obtained in a range of 235 cm -1 to 252 cm -1 of a Raman shift representing TiO 2 is defined as I1, a height of a peak obtained in a range of 260 cm -1 to 276 cm -1 of a Raman shift representing Ti 2 O 3 is defined as 12, and a height of a peak obtained in a range of 292 cm -1 to 303 cm -1 of a Raman shift representing Ti 2 O 3 is defined as I3, (I2+I3)/I1 is 0.08 or more and 1.45 or less, and in a case where an arbitrary cross section is observed with a field emission scanning electron microscope, when a length of an interface between the titanium oxide layer and the titanium substrate in an observation region is defined as L1 and a length of a void existing in the interface is defined as L2, L2/L1 is 0.30 or less.
A lid body for an electronic component package, comprising: a plate body containing silicon; a protective film disposed on a main surface of the plate body, the protective film protecting the plate body during sealing to a package from a brazing material; a, in plan view, frame-like hole passing through the protective film, the frame-like hole being, in plan view, at an outer periphery of the protective film to define a protective film-free area; and a sealing metallic layer made of metal which fills in the frame-like hole and intimately contacts with the plate body. a plate body containing silicon; a protective film disposed on a main surface of the plate body, the protective film protecting the plate body during sealing to a package from a brazing material; a, in plan view, frame-like hole passing through the protective film, the frame-like hole being, in plan view, at an outer periphery of the protective film to define a protective film-free area; and a sealing metallic layer made of metal which fills in the frame-like hole and intimately contacts with the plate body.