mhurhangee/patent-ind-claim-en huggingface dataset:
A method for self-testing notification appliances in an alarm system , the method comprising: measuring and recording an initial output level of a notification produced by a notification feature of a notification appliance at a first time, wherein the step of measuring and recording the initial output level includes activating the notification feature for an activation period having a duration to render the activation visually and/or audibly imperceptible to a human being; measuring a test output level of the notification produced by the notification feature at a second time after the first time; deriving a threshold output level from the initial output level, wherein the threshold output level is less than the initial output level and represents an acceptable level of degradation over time of a performance of the notification feature of the notification appliance in producing the notification; comparing the test output level to the threshold output level; recording a pass result for the notification appliance if the test output level exceeds the threshold output level; and recording a fail result for the notification appliance if the test output level does not exceed the threshold output level. measuring and recording an initial output level of a notification produced by a notification feature of a notification appliance at a first time, wherein the step of measuring and recording the initial output level includes activating the notification feature for an activation period having a duration to render the activation visually and/or audibly imperceptible to a human being; measuring a test output level of the notification produced by the notification feature at a second time after the first time; deriving a threshold output level from the initial output level, wherein the threshold output level is less than the initial output level and represents an acceptable level of degradation over time of a performance of the notification feature of the notification appliance in producing the notification; comparing the test output level to the threshold output level; recording a pass result for the notification appliance if the test output level exceeds the threshold output level; and recording a fail result for the notification appliance if the test output level does not exceed the threshold output level.
A method executed by a Neutral Host Network, NHN, to provide access services to connecting Wireless Devices, WD, with a Service Provider, SP, the method comprising: in the NHN , executing a first authentication for access between a connecting WD and the Service Provider, SP, based on first authentication information received from the WD; receiving information about a remote gateway, RG, from the SP , wherein the information includes at least an address of the RG and authentication instructions for the WD; providing the address of the RG and the authentication instructions to the WD, wherein the authentication instructions indicate to the WD that the WD needs to authenticate itself to the RG for a second authentication for a session with the RG ; receiving second authentication information from the WD and forwarding the second authentication information to the RG , wherein the second authentication authenticates the WD with the SP , such that the SP can associate data transmitted through the RG with the appropriate WD; providing access service for the WD including forwarding data received from the WD to the indicated RG address; and forwarding WD associated data received from the RG address to the WD. in the NHN , executing a first authentication for access between a connecting WD and the Service Provider, SP, based on first authentication information received from the WD; receiving information about a remote gateway, RG, from the SP , wherein the information includes at least an address of the RG and authentication instructions for the WD; providing the address of the RG and the authentication instructions to the WD, wherein the authentication instructions indicate to the WD that the WD needs to authenticate itself to the RG for a second authentication for a session with the RG ; receiving second authentication information from the WD and forwarding the second authentication information to the RG , wherein the second authentication authenticates the WD with the SP , such that the SP can associate data transmitted through the RG with the appropriate WD; providing access service for the WD including forwarding data received from the WD to the indicated RG address; and forwarding WD associated data received from the RG address to the WD.
A method of forming a circuit in a composite component comprising the steps of: (a) providing a plurality of preform modules comprised of an organic matrix composite material, wherein the preform modules are uncured modules; (b) applying at least one first electrical circuit portion on at least a first preform module and at least one second electrical circuit portion on at least a second preform module of the plurality of preform modules; (c) arranging the uncured modules of the first and second preform modules in a molding apparatus such that the first electrical circuit portion of the first preform module is in contact with the second electrical circuit portion of the second preform module; (d) injecting resin into the molding apparatus subsequent to step (c); and (e) molding the first and second preform modules together within the molding apparatus to form a one-piece molded component such that the first and second electrical circuit portions of the first and second preform modules form a complete circuit. (a) providing a plurality of preform modules comprised of an organic matrix composite material, wherein the preform modules are uncured modules; (b) applying at least one first electrical circuit portion on at least a first preform module and at least one second electrical circuit portion on at least a second preform module of the plurality of preform modules; (c) arranging the uncured modules of the first and second preform modules in a molding apparatus such that the first electrical circuit portion of the first preform module is in contact with the second electrical circuit portion of the second preform module; (d) injecting resin into the molding apparatus subsequent to step (c); and (e) molding the first and second preform modules together within the molding apparatus to form a one-piece molded component such that the first and second electrical circuit portions of the first and second preform modules form a complete circuit.
An inhalation device comprising at least one inhalation powder positioned in at least one passage , wherein the at least one passage has at least one exit , at least one inlet and at least two obstructions capable of blocking the movement of or containing the at least one inhalation powder within the inhalation device before use, wherein: - the at least one inhalation powder is set to at least partially aerosolize in response to a pressure change and wherein - the at least two obstructions are breachable upon the application by a user of: a) an under pressure to the at least one exit by an inhalation; or b) an over pressure to the at least one inlet by an exhalation, which is also sufficient to at least partially aerosolize the at least one inhalation powder , causing a pressure differential between the at least one exit and the at least one inlet of the at least one passage of the inhalation device, and characterised in that the at least two obstructions are diaphragms, fabrics, films, foils, membranes, or combinations thereof. - the at least one inhalation powder is set to at least partially aerosolize in response to a pressure change and wherein - the at least two obstructions are breachable upon the application by a user of: a) an under pressure to the at least one exit by an inhalation; or b) an over pressure to the at least one inlet by an exhalation, which is also sufficient to at least partially aerosolize the at least one inhalation powder , causing a pressure differential between the at least one exit and the at least one inlet of the at least one passage of the inhalation device, and characterised in that the a) an under pressure to the at least one exit by an inhalation; or b) an over pressure to the at least one inlet by an exhalation, which is also sufficient to at least partially aerosolize the at least one inhalation powder , causing a pressure differential between the at least one exit and the at least one inlet of the at least one passage of the inhalation device, and characterised in that the
Sanitary fitting with - a water outlet and a soap outlet for dispensing different fluids in the form of soap and water, - a remote sensor for detecting the user in a far range, - a proximity sensor for detecting a hand of the user in a close-up range and - an optical display , wherein the display comprises a water display element and a soap display element, as well as with - a controller , which is connected to the sensors and the optical display and which controls the dispensing of water from the water outlet and soap from the soap outlet , , characterized in that , the controller is configured such that the optical display is deactivated in a normal state, in which no user is located in the far range of the remote sensor , and that only one of the display elements is activated by detection of the user in the far range, wherein the fluid indicated by the activated display element is dispensed after detection of a hand of the user in the close-up range. - a water outlet and a soap outlet for dispensing different fluids in the form of soap and water, - a remote sensor for detecting the user in a far range, - a proximity sensor for detecting a hand of the user in a close-up range and - an optical display , wherein the display comprises a water display element and a soap display element, as well as with - a controller , which is connected to the sensors and the optical display and which controls the dispensing of water from the water outlet and soap from the soap outlet , ,
A casing assembly for a terminal comprising: a rear casing having a front surface and a rear surface opposite the front surface , the rear casing defining a mounting hole extending through the front surface and the rear surface ; and a decorative member disposed in the mounting hole and coupled to the rear casing , the decorative member covering the mounting hole and extending out of the rear surface , wherein the mounting hole comprises a first hole and a second hole communicating with the first hole , wherein the first hole has a maximum width larger than a maximum width of the second hole , the first hole has a wall coupled to the rear surface , and the second hole has a wall coupled to the front surface , wherein the decorative member is operative to be installed in the mounting hole by passing through the front surface coupled to the wall of the second hole , and wherein the decorative member is also operative to be installed in the mounting hole by passing through the rear surface coupled to the wall of the first hole . a rear casing having a front surface and a rear surface opposite the front surface , the rear casing defining a mounting hole extending through the front surface and the rear surface ; and a decorative member disposed in the mounting hole and coupled to the rear casing , the decorative member covering the mounting hole and extending out of the rear surface , wherein the mounting hole comprises a first hole and a second hole communicating with the first hole , wherein the first hole has a maximum width larger than a maximum width of the second hole , the first hole has a wall coupled to the rear surface , and the second hole has a wall coupled to the front surface , wherein the decorative member is operative to be installed in the mounting hole by passing through the front surface coupled to the wall of the second hole , and wherein the decorative member is also operative to be installed in the mounting hole by passing through the rear surface coupled to the wall of the first hole .
An imaging device , comprising: a display ; a camera located at a back side of the display , the camera comprising an optical lens and an imaging sensor to sense light through the display to capture an image; and an aperture element attached to a back surface which is a surface of the back side of the display , wherein the aperture element has an aperture through which the light from the display passes, and the light passing the aperture reaches the camera ; characterized in that the imaging device comprises an additional aperture element on a front surface which is a surface of a front side of the camera , wherein the additional aperture element has an additional aperture through which a part of the light passing through the aperture passes and an additional shield area configured to shield the rest part of light passing through the aperture , and the part of light passing the additional aperture reaches the camera . a display ; a camera located at a back side of the display , the camera comprising an optical lens and an imaging sensor to sense light through the display to capture an image; and an aperture element attached to a back surface which is a surface of the back side of the display , wherein the aperture element has an aperture through which the light from the display passes, and the light passing the aperture reaches the camera ; characterized in that the imaging device comprises an additional aperture element on a front surface which is a surface of a front side of the camera , wherein the additional aperture element has an additional aperture through which a part of the light passing through the aperture passes and an additional shield area configured to shield the rest part of light passing through the aperture , and the part of light passing the additional aperture reaches the camera .
An use of a system for attracting and optionally killing flying insects and/or arachnids in a gaseous environment comprising (i) CO 2 -releasing microorganisms, (ii) nutrients specific to these microorganisms, (iii) auxiliary organisms and/or enzymes which support the nutrients supply to the CO 2 -releasing microorganisms and (iv) a biodegradable biopolymer, wherein said biodegradable biopolymer embeds or envelopes the further components.
A method for predicting the likelihood that an assisted reproductive technology (ART) procedure will not result in a pregnancy, wherein a sample from a female mammalian subject taken before or during the ART procedure, is analyzed for: a) the presence of Gardnerella vaginalis IST1, b) relative abundance of Lactobacillus species, c) relative abundance of Lactobacillus jensenii, and d) relative abundance of Proteobacteria, and wherein it is concluded that the subject has a high likelihood of not becoming pregnant as a result of the ART procedure if at least one of the following applies: I. the sample comprises Gardnerella vaginalis IST1; II. the relative abundance of Lactobacillus species is below a value of 20%; III. the relative abundance of Lactobacillus jensenii is above a value of 35%; or IV. the relative abundance of Proteobacteria is above a value of 28%, wherein Gardnerella vaginalis IST1 is defined as a species of Gardnerella vaginalis that results in a specific IS-fragment with a length of 428, 429 or 430 nucleotides when amplified with primers according to SEQ ID NO: 1 and SEQ ID NO: 2, to be applied to a vaginal microbial analysis, wherein the sample is a vaginal swab or a urine sample. a) the presence of Gardnerella vaginalis IST1, b) relative abundance of Lactobacillus species, c) relative abundance of Lactobacillus jensenii, and d) relative abundance of Proteobacteria, and wherein it is concluded that the subject has a high likelihood of not becoming pregnant as a result of the ART procedure if at least one of the following applies: I. the sample comprises Gardnerella vaginalis IST1; II. the relative abundance of Lactobacillus species is below a value of 20%; III. the relative abundance of Lactobacillus jensenii is above a value of 35%; or IV. the relative abundance of Proteobacteria is above a value of 28%, I. the sample comprises Gardnerella vaginalis IST1; II. the relative abundance of Lactobacillus species is below a value of 20%; III. the relative abundance of Lactobacillus jensenii is above a value of 35%; or IV. the relative abundance of Proteobacteria is above a value of 28%, wherein Gardnerella vaginalis IST1 is defined as a species of Gardnerella vaginalis that results in a specific IS-fragment with a length of 428, 429 or 430 nucleotides when amplified with primers according to SEQ ID NO: 1 and SEQ ID NO: 2, to be applied to a vaginal microbial analysis, wherein the sample is a vaginal swab or a urine sample.
A screw extruder for extruding a kneaded material, comprising: a screw having a helical flight provided on an outer peripheral surface of a shaft portion thereof; and a chamber housing the screw , wherein the screw has a supply rotation direction (R) in which the screw is rotated for extruding the kneaded material to a chamber downstream portion ; characterized in that a flight thickening portion is provided at a part which is a tip portion of the flight and is on the reverse side in view of the supply rotation direction (R) of the flight ; an outer peripheral surface of the tip portion where the flight thickening portion is provided is formed in an arc shape in the supply rotation direction (R) of the flight ; and at least a part of an inner wall surface of the chamber has an arc shape so that a gap (S) having a uniform dimension is formed between the at least a part of the inner wall surface of the chamber and the outer peripheral surface of the tip portion including the flight thickening portion . a screw having a helical flight provided on an outer peripheral surface of a shaft portion thereof; and a chamber housing the screw , wherein the screw has a supply rotation direction (R) in which the screw is rotated for extruding the kneaded material to a chamber downstream portion ; characterized in that a flight thickening portion is provided at a part which is a tip portion of the flight and is on the reverse side in view of the supply rotation direction (R) of the flight ; an outer peripheral surface of the tip portion where the flight thickening portion is provided is formed in an arc shape in the supply rotation direction (R) of the flight ; and at least a part of an inner wall surface of the chamber has an arc shape so that a gap (S) having a uniform dimension is formed between the at least a part of the inner wall surface of the chamber and the outer peripheral surface of the tip portion including the flight thickening portion .
A memory device comprising: • a substrate (S) defining a main plane; • a plurality of memory cells each comprising a SOT current layer disposed in the main plane of the substrate (S) and a magnetic tunnel junction residing on the SOT current layer ; • a bit line (BL) and a source line (SL) to flow a write current in a write path including the SOT current layer of a selected memory cell ; characterised in that the source line (SL) comprises a conductive magnetic material providing a magnetic bias field extending to the magnetic tunnel junction of the selected memory cell for assisting the switching of the cell state when the write current is flowing. • a substrate (S) defining a main plane; • a plurality of memory cells each comprising a SOT current layer disposed in the main plane of the substrate (S) and a magnetic tunnel junction residing on the SOT current layer ; • a bit line (BL) and a source line (SL) to flow a write current in a write path including the SOT current layer of a selected memory cell ;
A system for 3D measurement comprising: a radiation pattern projector (100-d) that emits one or more radiation patterns , wherein each radiation pattern from the one or more radiation patterns includes an arrangement of three or more identifiable portions that are arranged such that for each identifiable portion in the arrangement, a degree of similarity between said identifiable portion and a most proximal of the remaining identifiable portions in the arrangement is less than a degree of similarity between said identifiable portion and a most distal of the remaining identifiable portions in the arrangement; an imager ; and a processor (420-e) arranged to estimate one or more 3D locations on an object based on at least: illuminating the object using the one or more patterns projected from the pattern projector; collecting one or more images of the illuminated object using the imager; and computing the one or more 3D locations on the object based on the one or more projected patterns and the one or more collected images. a radiation pattern projector (100-d) that emits one or more radiation patterns , wherein each radiation pattern from the one or more radiation patterns includes an arrangement of three or more identifiable portions that are arranged such that for each identifiable portion in the arrangement, a degree of similarity between said identifiable portion and a most proximal of the remaining identifiable portions in the arrangement is less than a degree of similarity between said identifiable portion and a most distal of the remaining identifiable portions in the arrangement; an imager ; and a processor (420-e) arranged to estimate one or more 3D locations on an object based on at least: illuminating the object using the one or more patterns projected from the pattern projector; collecting one or more images of the illuminated object using the imager; and computing the one or more 3D locations on the object based on the one or more projected patterns and the one or more collected images. illuminating the object using the one or more patterns projected from the pattern projector; collecting one or more images of the illuminated object using the imager; and computing the one or more 3D locations on the object based on the one or more projected patterns and the one or more collected images.
A printer comprising: a first fixed printhead having a respective first print zone; a second fixed printhead positioned downstream of the first printhead relative to a media feed direction (F), the second printhead having a respective second print zone; at least one fixed platen for supporting print media in the first and second print zones; an input roller assembly positioned upstream of the first printhead , the input roller assembly comprising a pair of input rollers having a first nip force N 1 therebetween; an output roller assembly positioned downstream of the second printhead , the output roller assembly comprising a pair of output rollers having a second nip force N 2 therebetween; and an intermediary roller assembly positioned between the first and second printheads, the intermediary roller assembly comprising a pair of intermediary rollers having a third nip force N 3 therebetween, characterised in that N 1 > N 2 > N 3 . a first fixed printhead having a respective first print zone; a second fixed printhead positioned downstream of the first printhead relative to a media feed direction (F), the second printhead having a respective second print zone; at least one fixed platen for supporting print media in the first and second print zones; an input roller assembly positioned upstream of the first printhead , the input roller assembly comprising a pair of input rollers having a first nip force N 1 therebetween; an output roller assembly positioned downstream of the second printhead , the output roller assembly comprising a pair of output rollers having a second nip force N 2 therebetween; and an intermediary roller assembly positioned between the first and second printheads, the intermediary roller assembly comprising a pair of intermediary rollers having a third nip force N 3 therebetween, characterised in that N 1 > N 2 > N 3 .