mhurhangee/patent-ind-claim-en huggingface dataset:
A label printer for printing labels applied to a carrier tape , in particular wound onto a roll, comprising a printhead unit having a printhead ; a drive mechanism for the carrier tape having a driven carrier tape drawing roller ; and a guide unit for the carrier tape , said guide unit being pivotably supported about a pivot axle between an operating position and an insertion position for the carrier tape , characterized in that the guide unit comprises a counter-element to the printhead , which is configured to hold the carrier tape with the labels in contact with the printhead in the operating position, in particular a driven print roller , and at least one non-driven carrier tape pressure roller associated with the carrier tape drawing roller ; wherein, in the operating position of the guide unit , the carrier tape can be led between the printhead and the counter-element and between the carrier tape drawing roller and the respective carrier tape pressure roller and can in particular be transported along a predefined carrier tape transport path; and wherein, in the insertion position of the guide unit , the counter-element is pivoted away from the printhead and the respective carrier tape pressure roller is pivoted away from the carrier tape drawing roller . a printhead unit having a printhead ; a drive mechanism for the carrier tape having a driven carrier tape drawing roller ; and a guide unit for the carrier tape , said guide unit being pivotably supported about a pivot axle between an operating position and an insertion position for the carrier tape , characterized in that the guide unit comprises a counter-element to the printhead , which is configured to hold the carrier tape with the labels in contact with the printhead in the operating position, in particular a driven print roller , and at least one non-driven carrier tape pressure roller associated with the carrier tape drawing roller ; wherein, in the operating position of the guide unit , the carrier tape can be led between the printhead and the counter-element and between the carrier tape drawing roller and the respective carrier tape pressure roller and can in particular be transported along a predefined carrier tape transport path; and wherein, in the insertion position of the guide unit , the counter-element is pivoted away from the printhead and the respective carrier tape pressure roller is pivoted away from the carrier tape drawing roller .
An air fryer comprising: a cooking chamber ; a heating element ; a circulation system for circulating air heated by the heating element in the cooking chamber; a fluid permeable food support for supporting food thereon in the cooking chamber; and one or more flow channels extending beneath the food support and into which air heated by the heating element is deliverable by the circulation system, wherein the food support comprises: a central portion at a center of the food support and arranged to extend from the center over the one or more flow channels to shield food supported on the central portion from the heated air in the one or more flow channels; a peripheral portion on which food is supportable, the peripheral portion surrounding the central portion and having a larger open area than that of the central portion; and being characterised by further comprising a sidewall upstanding away from and extending around only a fraction of an outer edge of the food support . a cooking chamber ; a heating element ; a circulation system for circulating air heated by the heating element in the cooking chamber; a fluid permeable food support for supporting food thereon in the cooking chamber; and one or more flow channels extending beneath the food support and into which air heated by the heating element is deliverable by the circulation system, wherein the food support comprises: a central portion at a center of the food support and arranged to extend from the center over the one or more flow channels to shield food supported on the central portion from the heated air in the one or more flow channels; a peripheral portion on which food is supportable, the peripheral portion surrounding the central portion and having a larger open area than that of the central portion; and being characterised by further comprising a sidewall upstanding away from and extending around only a fraction of an outer edge of the food support . a central portion at a center of the food support and arranged to extend from the center over the one or more flow channels to shield food supported on the central portion from the heated air in the one or more flow channels; a peripheral portion on which food is supportable, the peripheral portion surrounding the central portion and having a larger open area than that of the central portion; and being characterised by further comprising a sidewall upstanding away from and extending around only a fraction of an outer edge of the food support .
A method of operating an ion trap mass analyzer comprising an ion trap for quantification of analytes in a sample, comprising: a. introducing sample ions into the ion trap in a single injection event, the sample ions including first precursor ions having a first mass-to-charge ratio (m/z) and second precursor ions having a second m/z, the first precursor ions being multiply charged; b. concurrently isolating the first precursor ions and the second precursor ions; c. fragmenting the first precursor ions, but not the second precursor ions, to generate first product ions of m/z above and below the second m/z; d. performing a first scan divided into at least two separate scan windows to mass-selectively eject and detect the first product ions and acquire a first mass spectrum of the first product ions, while retaining in the ion trap the second precursor ions, by performing resonance ejections at different q-values in each scan window, while the low-mass cut-off (LMCO) is kept below the m/z of the second precursor ions; e. fragmenting the second precursor ions to generate second product ions; and f. performing a second scan to mass-selectively eject and detect the second product ions and acquire a second mass spectrum of the second product ions. a. introducing sample ions into the ion trap in a single injection event, the sample ions including first precursor ions having a first mass-to-charge ratio (m/z) and second precursor ions having a second m/z, the first precursor ions being multiply charged; b. concurrently isolating the first precursor ions and the second precursor ions; c. fragmenting the first precursor ions, but not the second precursor ions, to generate first product ions of m/z above and below the second m/z; d. performing a first scan divided into at least two separate scan windows to mass-selectively eject and detect the first product ions and acquire a first mass spectrum of the first product ions, while retaining in the ion trap the second precursor ions, by performing resonance ejections at different q-values in each scan window, while the low-mass cut-off (LMCO) is kept below the m/z of the second precursor ions; e. fragmenting the second precursor ions to generate second product ions; and f. performing a second scan to mass-selectively eject and detect the second product ions and acquire a second mass spectrum of the second product ions.
A cooking device comprising: a driving device configured to cook food to be cooked; an input device configured to receive, from a user, a control command for a cooking operation of the cooking device; a communication device communicable with an external server; an imaging device configured to photograph the food to be cooked; and a processor configured to control the driving device such that a cooking operation corresponding to the inputted control command is performed, wherein the processor is further configured to control the imaging device such that the food to be cooked is photographed to thereby provide a photographed image, analyze each of a plurality of frames of the photographed image to identify a frame in which a change compared to a previous frame is greater than or equal to a predetermined ratio and to generate an edited image by editing the photographed image, and generate cooking content by using the edited image and the inputted control command receive a cooking content from the external server, extract a control command from the received cooking content, and control the driving device to perform a cooking operation corresponding to the cooking content based on the extracted control command. a driving device configured to cook food to be cooked; an input device configured to receive, from a user, a control command for a cooking operation of the cooking device; a communication device communicable with an external server; an imaging device configured to photograph the food to be cooked; and a processor configured to control the driving device such that a cooking operation corresponding to the inputted control command is performed, wherein the processor is further configured to control the imaging device such that the food to be cooked is photographed to thereby provide a photographed image, analyze each of a plurality of frames of the photographed image to identify a frame in which a change compared to a previous frame is greater than or equal to a predetermined ratio and to generate an edited image by editing the photographed image, and generate cooking content by using the edited image and the inputted control command receive a cooking content from the external server, extract a control command from the received cooking content, and control the driving device to perform a cooking operation corresponding to the cooking content based on the extracted control command. control the imaging device such that the food to be cooked is photographed to thereby provide a photographed image, analyze each of a plurality of frames of the photographed image to identify a frame in which a change compared to a previous frame is greater than or equal to a predetermined ratio and to generate an edited image by editing the photographed image, and generate cooking content by using the edited image and the inputted control command receive a cooking content from the external server, extract a control command from the received cooking content, and control the driving device to perform a cooking operation corresponding to the cooking content based on the extracted control command.
A method of curing a digital printing plate (503; 703) made of or having photo-curable material, e.g. ultraviolet-curable material thereon, the method comprising: producing light energy at a wavelength or wavelengths suitable for curing in part the photo-curable material on the printing plate (503; 703) using a light exposure unit (505; 605; 1509; 1609; 1709) capable of generating at least a first illumination intensity and a second illumination intensity, the second illumination intensity being higher than the first illumination intensity; and curing in part the photo-curable material by the first illumination intensity or the second illumination intensity, such that curing can produce printing features on the plate (503; 703) to have flat tops at the second illumination intensity or round tops at the first illumination intensity according to the illumination intensity output by the light exposure unit (505; 605; 1509; 1609; 1709). producing light energy at a wavelength or wavelengths suitable for curing in part the photo-curable material on the printing plate (503; 703) using a light exposure unit (505; 605; 1509; 1609; 1709) capable of generating at least a first illumination intensity and a second illumination intensity, the second illumination intensity being higher than the first illumination intensity; and curing in part the photo-curable material by the first illumination intensity or the second illumination intensity, such that curing can produce printing features on the plate (503; 703) to have flat tops at the second illumination intensity or round tops at the first illumination intensity according to the illumination intensity output by the light exposure unit (505; 605; 1509; 1609; 1709).
Compounds with the general formula (IIIa/b) in which R 3 is hydrogen, trifluoroacetyl (C(=O)CF 3 ) or p -nitrobenzoyl (C(=O)PhNO2); Y= [C(=O)], [C(=N)-OH] or [CH-OH], [CH-NR 5 R 6 ] in both possible stereoisomer arrangements, wherein R 5 and R 6 each stand either for a hydrogen atom or for a hydrogen atom and a trifluoroacetyl group (TFA); wherein X = O, S or NR, with R = hydrogen or a C 1 to C 4 alkyl group; R 4 is an unbranched or branched alkyl or heteroalkyl chain with a chain length of 1 to 19 elements, wherein a maximum of 6 heteroatoms (O, N, S) in any combination are separated from each other by at least two carbon atoms, R 11 is hydrogen, trifluoroacetyl (C(=O)CF 3 ) or p- nitrobenzoyl [C(=O)PhNO 2 ] or a tetracyclic aglycone of the structure type of the anthracyclines and the wavy lines are each both possible configurations of -OR 3 and -OR 11 in relation to the base body.
A Universal Serial Bus, USB, Type-C connector , comprising at least one first conductive terminal and at least one second conductive terminal ; wherein a first electroplated layer is disposed on an outer surface of the first conductive terminal ; wherein a second electroplated layer is disposed on an outer surface of the second conductive terminal ; characterized in that on potential of the first conductive terminal is higher than on potential of the second conductive terminal ; corrosion resistance of the first electroplated layer is higher than corrosion resistance of the second electroplated layer ; the first conductive terminal is VBUS pin, CC pin or SBU pin; the first electroplated layer includes platinum group metal; and the second electroplated layer includes a material which is different from a material of the first electroplated layer . wherein a first electroplated layer is disposed on an outer surface of the first conductive terminal ; wherein a second electroplated layer is disposed on an outer surface of the second conductive terminal ; characterized in that on potential of the first conductive terminal is higher than on potential of the second conductive terminal ; corrosion resistance of the first electroplated layer is higher than corrosion resistance of the second electroplated layer ; the first conductive terminal is VBUS pin, CC pin or SBU pin; the first electroplated layer includes platinum group metal; and the second electroplated layer includes a material which is different from a material of the first electroplated layer .
A method of varying information in a communication system, comprising: receiving a query at an artificial intelligence (AI) server , the AI server having natural language processing and response capability; generating, at the AI server, a verbose response to the query ; determining, at the AI server, channel availability for a response to the query ; and adjusting, at the AI server, content of the response by varying verbosity of the response based on the channel availability , wherein channel availability is based on channel bandwidth and channel occupancy, wherein varying the verbosity of the response includes substituting a word included in the response with an alternative shorter word, an acronym for the word, or a preferred codename for the word. receiving a query at an artificial intelligence (AI) server , the AI server having natural language processing and response capability; generating, at the AI server, a verbose response to the query ; determining, at the AI server, channel availability for a response to the query ; and adjusting, at the AI server, content of the response by varying verbosity of the response based on the channel availability , wherein channel availability is based on channel bandwidth and channel occupancy, wherein varying the verbosity of the response includes substituting a word included in the response with an alternative shorter word, an acronym for the word, or a preferred codename for the word.
A band-pass filtering structure, comprising a functional layer structure , wherein the functional layer structure comprises two or more first dielectric layers and a second dielectric layer that is disposed between two first dielectric layers , a plurality of first conductive geometric structures displayed in a periodical arrangement are disposed on each of the two first dielectric layers , a plurality of second conductive geometric structures displayed in a periodical arrangement are disposed on the second dielectric layer , the first conductive geometric structure comprises two conductive strips disposed crossly, and the second conductive geometric structure is a closed conductive geometric structure; wherein one end or both ends of at least one of the two conductive strips are disposed with an end conductive geometric structure; a shape of the end conductive geometric structure is circular, elliptical, or polygonal.
A method of testing the mechanical integrity of a cartridge comprising a vitreous barrel and containing a medicament and being arranged inside a housing of a drug delivery device , the method comprising the steps of: - bringing a probe of a testing arrangement in indirect contact with the cartridge , wherein the probe is configured to emit acoustic signals , - indirectly acoustically stimulating the cartridge from outside the housing by means of the probe and an indirect coupling , which is configured for sound guiding and sound propagation between the probe and the cartridge , wherein the indirect coupling forms a mount for the cartridge inside the housing , wherein the probe is coupled with a device component of the drug delivery device, wherein the device component is in direct mechanical contact with the cartridge and wherein the cartridge is axially and radially clamped inside the housing by the at least one device component , - measuring of the cartridge's acoustic response to the acoustic stimulation , - comparing the acoustic response with a standard response of an intact cartridge , and - determining the mechanical integrity of the cartridge on the basis of the comparison. - bringing a probe of a testing arrangement in indirect contact with the cartridge , wherein the probe is configured to emit acoustic signals , - indirectly acoustically stimulating the cartridge from outside the housing by means of the probe and an indirect coupling , which is configured for sound guiding and sound propagation between the probe and the cartridge , wherein the indirect coupling forms a mount for the cartridge inside the housing , wherein the probe is coupled with a device component of the drug delivery device, wherein the device component is in direct mechanical contact with the cartridge and wherein the cartridge is axially and radially clamped inside the housing by the at least one device component , - measuring of the cartridge's acoustic response to the acoustic stimulation , - comparing the acoustic response with a standard response of an intact cartridge , and - determining the mechanical integrity of the cartridge on the basis of the comparison.
A compound represented by Formula (I): or pharmaceutically acceptable salt thereof, wherein: X is a triazole, which is optionally substituted with one or more independent R 5 substituents; R 1 and R 2 are each independently hydrogen or C 1 -C 6 alkyl; A is optionally substituted with one or more independent R 5 substituents; R 3 and R 4 are each independently hydrogen or C 1 -C 6 alkyl; or R 3 with R 4 , taken together with the carbon atom to which they are attached, form a carbonyl or 3-10 membered saturated or unsaturated monocyclic or polycyclic ring, wherein said ring is optionally substituted with one or more R 5 ; each occurrence of R 5 is independently halogen, cyano, hydroxy, nitro, -SO 2 NR 6 R 7 , -CONR 6 R 7 or -NR 6 R 7 , haloalkyl, or C 1 -C 6 alkyl group; and R 6 and R 7 are each independently hydrogen or a C 1 -C 6 alkyl group. X is a triazole, which is optionally substituted with one or more independent R 5 substituents; R 1 and R 2 are each independently hydrogen or C 1 -C 6 alkyl; A is optionally substituted with one or more independent R 5 substituents; R 3 and R 4 are each independently hydrogen or C 1 -C 6 alkyl; or R 3 with R 4 , taken together with the carbon atom to which they are attached, form a carbonyl or 3-10 membered saturated or unsaturated monocyclic or polycyclic ring, wherein said ring is optionally substituted with one or more R 5 ; each occurrence of R 5 is independently halogen, cyano, hydroxy, nitro, -SO 2 NR 6 R 7 , -CONR 6 R 7 or -NR 6 R 7 , haloalkyl, or C 1 -C 6 alkyl group; and R 6 and R 7 are each independently hydrogen or a C 1 -C 6 alkyl group.
A system for steerably deflecting an incident microwave beam having a wavelength comprised between 1 mm and 1 m, which comprises: - a forming device arranged according to an optical axis and configured to collimate said beam in emission mode or to focus said beam in reception mode, - a first device for deflecting an incident microwave beam comprising a first diffractive dielectric component (C1) comprising subwavelength microstructures arranged so as to form an artificial material presenting a periodic variation in effective refractive index, called the first diffractive dielectric component, this first diffractive dielectric component being associated with a first mechanism (R1) for rotating about a first steerable axis (Ω1), characterized in that it comprises, upstream of the first deflecting device in emission mode or downstream of the first deflecting device in reception mode: - a second deflecting device configured to deflect an incident microwave beam issued from the forming device towards the first deflecting device in emission mode, or to deflect an incident microwave beam issued from the first deflecting device towards the forming device in reception mode, this second deflecting device being associated with a second mechanism (R2) for rotating about a second steerable axis (Ω2) which coincides with the optical angle of the forming device, in that the angle (Ω1, Ω2) made by the first and second axes of rotation is larger than 0° and smaller than or equal to 90°, and in that the first rotating mechanism (R1) is securely fastened to the second rotating mechanism (R2) so that a rotation of the second rotating mechanism about its steerable axis (Ω2) leads to a rotation of the first rotating mechanism about the same axis. - a forming device arranged according to an optical axis and configured to collimate said beam in emission mode or to focus said beam in reception mode, - a first device for deflecting an incident microwave beam comprising a first diffractive dielectric component (C1) comprising subwavelength microstructures arranged so as to form an artificial material presenting a periodic variation in effective refractive index, called the first diffractive dielectric component, this first diffractive dielectric component being associated with a first mechanism (R1) for rotating about a first steerable axis (Ω1), - a second deflecting device configured to deflect an incident microwave beam issued from the forming device towards the first deflecting device in emission mode, or to deflect an incident microwave beam issued from the first deflecting device towards the forming device in reception mode, this second deflecting device being associated with a second mechanism (R2) for rotating about a second steerable axis (Ω2) which coincides with the optical angle of the forming device,