mhurhangee/patent-ind-claim-en huggingface dataset:
A mouthpiece assembly for an inhalation device , said assembly comprising a mouthpiece and a substrate component , said mouthpiece having a first air inlet disposed proximate a first end thereof, and an air outlet disposed proximate a second end thereof axially remote from said first end, said inlet and said outlet being in fluid communication with one another within the interior of said mouthpiece such that fluid flow within said mouthpiece tends to occur along a substantially longitudinal axis thereof, said mouthpiece having a cavity region defined internally thereof and which is adapted to receive and locate the substrate component within said mouthpiece such that said substrate component interacts with said fluid flow when occurring, said substrate component further comprising at least a cover including at least one substantially planar surface in which at least one elongate slot is provided, and a planar substrate fixedly mounted underneath the cover and having a region to which has been applied an electrically resistive heater element , said elongate slot at least partially coinciding with said region so as to expose said region characterised in that said substantially planar surface of said cover cooperates with a corresponding interior surface of said cavity region such that said at least one elongate slot, said corresponding interior surface, and that part of said substrate which is exposed by said at least one elongate slot together define at least one conduit interiorly of said substrate into and through which at least part of any fluid flow occurring within the mouthpiece component is necessarily directed so that an amount of aerosolizable formulation having been applied to said substrate region and being aerosolized as a result of the application of an excitation energy to said heater element is entrained in the fluid flow occurring within said conduit.
A positive electrode material, comprising a substrate, wherein the substrate comprises secondary particles containing primary particles, a molecular formula of the substrate is Li x Ni y Co z M k Me p O r A m , 0.95 ≤ x ≤ 1.05, 0.50 ≤ y ≤ 0.98, 0 ≤ z ≤ 0.3, 0 ≤ k ≤ 0.4, 0 ≤ p ≤ 0.05, 1 ≤ r ≤2, 0 ≤ m ≤ 2, m + r ≤ 2, M is Mn and/or Al, Me is selected from one or more of Zr, Zn, Cu, Cr, Mg, Fe, V, Ti, Sr, Sb, Y, W, Nb, or Al, and A is selected from one or more of F, Cl, or Br; a surface of the substrate is coated with an oxide coating layer, and the oxide coating layer comprises a coating element, and the coating element is selected from one or more of Al, Ba, Zn, Ti, Zr, Mg, W, Y, Si, Sn, B, Co, or P; and a powder resistivity ρ of the positive electrode material under a 12 MPa pressure is 10 Q*cm~5,000 Q*cm, exemplarily 10 Q*cm~2,000 Q*cm; wherein the powder resistivity ρ and the content Mv of the coating element per unit volume of the positive electrode material satisfies: p/Mv ≤ 1 Ω ∗ cm 4 /μg. a surface of the substrate is coated with an oxide coating layer, and the oxide coating layer comprises a coating element, and the coating element is selected from one or more of Al, Ba, Zn, Ti, Zr, Mg, W, Y, Si, Sn, B, Co, or P; and a powder resistivity ρ of the positive electrode material under a 12 MPa pressure is 10 Q*cm~5,000 Q*cm, exemplarily 10 Q*cm~2,000 Q*cm; wherein the powder resistivity ρ and the content Mv of the coating element per unit volume of the positive electrode material satisfies: p/Mv ≤ 1 Ω ∗ cm 4 /μg.
A method for updating a user interface of a second program unit in response to an interaction with a user interface of a first program unit , wherein the first and second program units are within an application at a client device , wherein the application is arranged to communicate with a server over a network wherein the client device is arranged under the control of software, the method comprising the steps of: receiving a user interaction at the user interface of the first program unit , wherein the user interaction is associated with a first user interface element in the first program unit; sending a message from the application to the server in response to the user interaction, the message comprising: a first user interface element ID, identifying the first user interface element; a first program unit state ID, identifying the first program unit; and data representing the user interaction; receiving a response at the application from the server , the response comprising data representing a change state list object and including a second user interface element ID, wherein: the second user interface element ID identifies a second user interface element in the second program unit ; and the change state list object: represents modifications made in dependence on the processing of the user interaction at the server to a second program unit state object which represents the state of the second program unit; and comprises information relating to the state of the second user interface element , which information is associated with the second user interface element ID; and updating the second user interface element in the user interface of the second program unit in response to the received response. receiving a user interaction at the user interface of the first program unit , wherein the user interaction is associated with a first user interface element in the first program unit; sending a message from the application to the server in response to the user interaction, the message comprising: a first user interface element ID, identifying the first user interface element; a first program unit state ID, identifying the first program unit; and data representing the user interaction; receiving a response at the application from the server , the response comprising data representing a change state list object and including a second user interface element ID, wherein: the second user interface element ID identifies a second user interface element in the second program unit ; and the change state list object: represents modifications made in dependence on the processing of the user interaction at the server to a second program unit state object which represents the state of the second program unit; and comprises information relating to the state of the second user interface element , which information is associated with the second user interface element ID; and updating the second user interface element in the user interface of the second program unit in response to the received response.
A method of determining an artifact in a specimen which includes a settled blood portion and a serum and plasma portion after fractionation and is contained within a specimen container , comprising: providing a specimen that is separated and contained in a specimen container ; capturing images of the specimen at multiple different exposures and at multiple different wavelengths; characterized by : selecting optimally-exposed pixels from the captured images at the different exposures at each wavelength to generate optimally-exposed image data for each wavelength; computing statistics on the optimally-exposed pixels at the different wavelengths to generate statistical data comprising calculating a covariance from a collection of corresponding pixels from each wavelength; identifying a serum or plasma portion of the specimen based on the statistical data; and classifying, based on the statistical data, whether an artifact is: present within one or more regions of the serum or plasma portion , or absent within the serum or plasma portion . providing a specimen that is separated and contained in a specimen container ; capturing images of the specimen at multiple different exposures and at multiple different wavelengths; characterized by : selecting optimally-exposed pixels from the captured images at the different exposures at each wavelength to generate optimally-exposed image data for each wavelength; computing statistics on the optimally-exposed pixels at the different wavelengths to generate statistical data comprising calculating a covariance from a collection of corresponding pixels from each wavelength; identifying a serum or plasma portion of the specimen based on the statistical data; and classifying, based on the statistical data, whether an artifact is: present within one or more regions of the serum or plasma portion , or absent within the serum or plasma portion . selecting optimally-exposed pixels from the captured images at the different exposures at each wavelength to generate optimally-exposed image data for each wavelength; computing statistics on the optimally-exposed pixels at the different wavelengths to generate statistical data comprising calculating a covariance from a collection of corresponding pixels from each wavelength; identifying a serum or plasma portion of the specimen based on the statistical data; and classifying, based on the statistical data, whether an artifact is: present within one or more regions of the serum or plasma portion , or absent within the serum or plasma portion . present within one or more regions of the serum or plasma portion , or absent within the serum or plasma portion .
A razor handle comprising an elongated body extending in a longitudinal direction (C), said elongated body having an outer surface and being provided with a first hole opening on said outer surface and delimiting an interior space inside the elongated body , the razor handle further comprising an element provided within said first hole , characterized in that said element is integral with the elongated body and has a size which is inferior to said interior space of said first hole and has an external shape that is distinct from the shape of said first hole .
A cartridge that is detachably mounted in a cartridge mounting portion of a printing apparatus including an apparatus-side terminal and a liquid introduction portion receiving a liquid, the cartridge comprising: a liquid containing body including a liquid containing portion containing the liquid and a liquid supply portion ; and an adapter attached to the liquid containing body and including a terminal arrangement portion which is located on one end side of the adapter in a longitudinal direction and in which a cartridge-side terminal electrically coupled to the apparatus-side terminal is arranged, and an insertion opening portion adapted to receive the liquid introduction portion , wherein the adapter has a notch located between the terminal arrangement portion and the insertion opening portion in the longitudinal direction, wherein the adapter has an adapter bottom wall in which the insertion opening portion is formed, and an adapter side wall intersecting with the adapter bottom wall and extending in the longitudinal direction, and the notch is formed in the adapter side wall. a liquid containing body including a liquid containing portion containing the liquid and a liquid supply portion ; and an adapter attached to the liquid containing body and including a terminal arrangement portion which is located on one end side of the adapter in a longitudinal direction and in which a cartridge-side terminal electrically coupled to the apparatus-side terminal is arranged, and an insertion opening portion adapted to receive the liquid introduction portion , wherein the adapter has a notch located between the terminal arrangement portion and the insertion opening portion in the longitudinal direction, wherein the adapter has an adapter bottom wall in which the insertion opening portion is formed, and an adapter side wall intersecting with the adapter bottom wall and extending in the longitudinal direction, and the notch is formed in the adapter side wall.
An information processing system comprising: a user interface that receives an input by a user; a life rhythm analyzing unit that analyzes the user's life rhythm based on information collected by a sensor for the analysis to obtain an action pattern analysis result comprising frequency values indicating which action is often taken at what time; and a content transmitting unit that acquires the input and analysis result of the life rhythm of the user from the life rhythm analyzing unit and provides health-related advice information based on the input and the analysis result, wherein the input comprises a time and information indicating a physical attribute of the user; the content transmitting unit determines an action probability based on the time and the frequency value; the content transmitting unit determines a category of health-related advice information based on the determined action probability; and the content transmitting unit acquires the health-related advice information to be provided based on the determined category of health-related advice information, the input information indicating a physical attribute of the user and the analysis result. a user interface that receives an input by a user; a life rhythm analyzing unit that analyzes the user's life rhythm based on information collected by a sensor for the analysis to obtain an action pattern analysis result comprising frequency values indicating which action is often taken at what time; and a content transmitting unit that acquires the input and analysis result of the life rhythm of the user from the life rhythm analyzing unit and provides health-related advice information based on the input and the analysis result, wherein the input comprises a time and information indicating a physical attribute of the user; the content transmitting unit determines an action probability based on the time and the frequency value; the content transmitting unit determines a category of health-related advice information based on the determined action probability; and the content transmitting unit acquires the health-related advice information to be provided based on the determined category of health-related advice information, the input information indicating a physical attribute of the user and the analysis result.
A non-transitory computer-readable data storage medium storing computer-executable code which, when executed by logic of a replaceable item causes the logic to perform a method characterised by comprising: in response to receiving a request for a particular authentication value of a plurality of authentication values of the replaceable item from at least one host device to which the replaceable item has been connected, determining whether the replaceable item previously sent the authentication value ; in response to determining that the authentication value was previously sent, sending the authentication value to the host device; in response to determining that the authentication value was not previously sent, determining whether the replaceable item previously sent a maximum number of unique authentication values of the authentication values in response to a request from any host device, the maximum number of unique authentication values being less than a total number of the authentication values ; in response to determining that the maximum number of unique authentication values has not been sent, sending the authentication value to the host device; and in response to determining that the maximum number of unique authentication values has been sent, refusing to send the authentication value to the host device. in response to receiving a request for a particular authentication value of a plurality of authentication values of the replaceable item from at least one host device to which the replaceable item has been connected, determining whether the replaceable item previously sent the authentication value ; in response to determining that the authentication value was previously sent, sending the authentication value to the host device; in response to determining that the authentication value was not previously sent, determining whether the replaceable item previously sent a maximum number of unique authentication values of the authentication values in response to a request from any host device, the maximum number of unique authentication values being less than a total number of the authentication values ; in response to determining that the maximum number of unique authentication values has not been sent, sending the authentication value to the host device; and in response to determining that the maximum number of unique authentication values has been sent, refusing to send the authentication value to the host device.
An image processing apparatus for detecting an image region in an image picked up by a stereo camera , comprising: a distance acquisition unit configured to acquire, from a laser radar range finding unit , a plurality of distances between the stereo camera and positions at which electromagnetic waves, emitted in directions around an optical axis of the stereo camera , are reflected, a parallax image calculation unit configured to generate a parallax image including a parallax value for each pixel or each pixel block in the image picked up by the stereo camera ; and an image region determination unit configured to create a histogram of the parallax values for every horizontal line in the parallax image, wherein the image region determination unit is configured to determine a slope of the image region according to the distance obtained from the reflected wave of the electromagnetic wave emitted in the direction with a greatest elevation angle with respect to the optical axis of the stereo camera and to determine the image region by detecting lines from a scatter diagram in which parallax values, at which the histograms have peaks, are plotted with respect to a height in the parallax image, a number of the lines being set based on the slope. a distance acquisition unit configured to acquire, from a laser radar range finding unit , a plurality of distances between the stereo camera and positions at which electromagnetic waves, emitted in directions around an optical axis of the stereo camera , are reflected, a parallax image calculation unit configured to generate a parallax image including a parallax value for each pixel or each pixel block in the image picked up by the stereo camera ; and an image region determination unit configured to create a histogram of the parallax values for every horizontal line in the parallax image, wherein the image region determination unit is configured to determine a slope of the image region according to the distance obtained from the reflected wave of the electromagnetic wave emitted in the direction with a greatest elevation angle with respect to the optical axis of the stereo camera and to determine the image region by detecting lines from a scatter diagram in which parallax values, at which the histograms have peaks, are plotted with respect to a height in the parallax image, a number of the lines being set based on the slope.
A medicament delivery device comprising: a plurality of contact sensors located at discrete locations on a contact surface of the device and configured to output a signal representing a state of partial detachment of the device from an injection site; an alert output module configured to output an alert based on the signal received from the at least one of the plurality of contact sensors ; and a controller configured to: set a detachment threshold at which the plurality of contact sensors output the signal, receive the signal from the at least one of the plurality of contact sensors , and control the alert output module to output an alert based on the signal received from the at least one contact sensor , wherein some or all of the plurality of contact sensors are disposed proximate the outer edge of the contact surface , wherein detection of partial detachment comprises detecting that a subset of the plurality of contact sensors has become detached from the injection site when the degree of detachment exceeds the detachment threshold, and wherein after an alert is output in response to a partial detachment event, the controller is configured to lower the detachment threshold at which an alert is to be output in response to a subsequent partial detachment event in comparison to the detachment threshold at which the alert was output during the previous detachment event. a plurality of contact sensors located at discrete locations on a contact surface of the device and configured to output a signal representing a state of partial detachment of the device from an injection site; an alert output module configured to output an alert based on the signal received from the at least one of the plurality of contact sensors ; and a controller configured to: set a detachment threshold at which the plurality of contact sensors output the signal, receive the signal from the at least one of the plurality of contact sensors , and control the alert output module to output an alert based on the signal received from the at least one contact sensor , set a detachment threshold at which the plurality of contact sensors output the signal, receive the signal from the at least one of the plurality of contact sensors , and control the alert output module to output an alert based on the signal received from the at least one contact sensor , wherein some or all of the plurality of contact sensors are disposed proximate the outer edge of the contact surface , wherein detection of partial detachment comprises detecting that a subset of the plurality of contact sensors has become detached from the injection site when the degree of detachment exceeds the detachment threshold, and wherein after an alert is output in response to a partial detachment event, the controller is configured to lower the detachment threshold at which an alert is to be output in response to a subsequent partial detachment event in comparison to the detachment threshold at which the alert was output during the previous detachment event.