mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet having a storage compartment ; a drawer installed at the storage compartment and configured to open and close the storage compartment by sliding out from and into the storage compartment ; an opening-detection magnet installed at a surface of the drawer ; and a reed switch installed at a surface of an inside of the storage compartment of the cabinet , wherein the reed switch comprises a sensor configured to detect the opening-detection magnet , wherein the opening-detection magnet and the sensor of the reed switch are installed at positions relative to each other such that, in a completely open state of the drawer , a center (C1) of the opening-detection magnet is positioned forward than a center (C2) of the sensor of the reed switch , along an opening direction of the drawer , characterized in that in the completely open state of the drawer , a rear end of the opening-detection magnet is disposed rearward than the center (C2) of the sensor of the reed switch , along the opening direction of the drawer . a cabinet having a storage compartment ; a drawer installed at the storage compartment and configured to open and close the storage compartment by sliding out from and into the storage compartment ; an opening-detection magnet installed at a surface of the drawer ; and a reed switch installed at a surface of an inside of the storage compartment of the cabinet , wherein the reed switch comprises a sensor configured to detect the opening-detection magnet , wherein the opening-detection magnet and the sensor of the reed switch are installed at positions relative to each other such that, in a completely open state of the drawer , a center (C1) of the opening-detection magnet is positioned forward than a center (C2) of the sensor of the reed switch , along an opening direction of the drawer , characterized in that in the completely open state of the drawer , a rear end of the opening-detection magnet is disposed rearward than the center (C2) of the sensor of the reed switch , along the opening direction of the drawer .
A method for treating used lithium batteries , comprising the steps: (a) comminuting the lithium batteries , thereby obtaining comminuted material , (b) deactivating the comminuted material , thereby obtaining deactivated comminuted material , and (c) filling a transport container with the deactivated comminuted material , (d) wherein deactivation is achieved by drying the comminuted material , and (e) wherein a vacuum is created by means of a jet pump, characterised in that (f) the working medium is circulated and contains a fluorine precipitating substance. (a) comminuting the lithium batteries , thereby obtaining comminuted material , (b) deactivating the comminuted material , thereby obtaining deactivated comminuted material , and (c) filling a transport container with the deactivated comminuted material , (d) wherein deactivation is achieved by drying the comminuted material , and (e) wherein a vacuum is created by means of a jet pump, characterised in that (f) the working medium is circulated and contains a fluorine precipitating substance.
A method for providing differentiated association in a WiFi network, the method comprising: determining, by a station, STA , an association priority class assigned by an access point, AP , for the STA ; starting, by the STA , an association procedure with the AP of the WiFi network after a minimum wait time or during a time interval, wherein the minimum wait time or the time interval that is allocated for the STA according to the association priority class assigned for the STA , wherein the STA assigned a higher association priority class has a shorter minimum wait time or an earlier time interval, the method is characterised by detecting, at a media access control, MAC, layer of the STA, changes of traffic types in a buffer of the STA and initiating dynamic changes of the association priority class for the STA according to the changes of traffic types. determining, by a station, STA , an association priority class assigned by an access point, AP , for the STA ; starting, by the STA , an association procedure with the AP of the WiFi network after a minimum wait time or during a time interval, wherein the minimum wait time or the time interval that is allocated for the STA according to the association priority class assigned for the STA , wherein the STA assigned a higher association priority class has a shorter minimum wait time or an earlier time interval, the method is characterised by detecting, at a media access control, MAC, layer of the STA, changes of traffic types in a buffer of the STA and initiating dynamic changes of the association priority class for the STA according to the changes of traffic types.
A method being performed in an olfactory device , the method comprising the steps of: obtaining olfactory content to be rendered at a first recipient device ; identifying an olfactory state at a recipient device ; determining an adjustment of at least one olfactory component, based on the identified olfactory state, to render the olfactory content; and triggering the recipient device to perform the adjustment of at least one olfactory component; wherein the step of identifying an olfactory state, determining an adjustment and triggering are performed for a plurality of recipient devices, based on common olfactory content; characterized in that the method further comprises the steps, prior to the step of determining , of: determining a baseline olfactory state based on the identified olfactory states for each one of the plurality of recipient devices; determining a baseline olfactory adjustment to be made at each recipient device to reach the baseline olfactory state; and triggering each recipient device to perform the baseline olfactory adjustment; wherein the step of determining an adjustment of at least one olfactory component is based on determining an olfactory adjustment to be performed in order to change the baseline olfactory state to a state corresponding to the olfactory content. obtaining olfactory content to be rendered at a first recipient device ; identifying an olfactory state at a recipient device ; determining an adjustment of at least one olfactory component, based on the identified olfactory state, to render the olfactory content; and triggering the recipient device to perform the adjustment of at least one olfactory component; wherein the step of identifying an olfactory state, determining an adjustment and triggering are performed for a plurality of recipient devices, based on common olfactory content; characterized in that the method further comprises the steps, prior to the step of determining , of: determining a baseline olfactory state based on the identified olfactory states for each one of the plurality of recipient devices; determining a baseline olfactory adjustment to be made at each recipient device to reach the baseline olfactory state; and triggering each recipient device to perform the baseline olfactory adjustment; wherein the step of determining an adjustment of at least one olfactory component is based on determining an olfactory adjustment to be performed in order to change the baseline olfactory state to a state corresponding to the olfactory content. determining a baseline olfactory state based on the identified olfactory states for each one of the plurality of recipient devices; determining a baseline olfactory adjustment to be made at each recipient device to reach the baseline olfactory state; and triggering each recipient device to perform the baseline olfactory adjustment; wherein the step of determining an adjustment of at least one olfactory component is based on determining an olfactory adjustment to be performed in order to change the baseline olfactory state to a state corresponding to the olfactory content.
An apparatus for applying a strip of elastomeric material to a surface, the apparatus comprising a nozzle having an inlet in fluid communication with a pumping means, the nozzle having an upper surface and a lower surface, wherein the lower surface has a curved shape for mating engagement with an outer surface of a rotatable roller , wherein the lower surface further has an opening which is configured to be positioned onto the roller outer surface and which has an axial width (A) and a longitudinal length (L), wherein the longitudinal length (L) is greater than 1.5 times the axial width (A).
A flux to be mixed with a Sn-Ag-Bi-In alloy powder to constitute a solder paste, this flux including a diphenyl guanidine hydrohalic acid salt at 0.1 wt% to 2.5 wt%, and a dicarboxylic acid at 0.2 wt% to 5.0 wt% selected from the group consisting of malonic acid, oxalic acid, maleic acid, fumaric acid, citraconic acid and itaconic acid.
A medical device for cutting and aspirating lens tissue from inside a capsular bag of an eye, the device comprising: a housing sized to be held in a hand; at least one vacuum source within the housing; a motor within the housing that is operatively coupled to said at least one vacuum source; an actuator on the housing for activating the motor to power said at least one vacuum source; a controller configured to vary a speed of rotation of the motor depending on actuation of the actuator; and a shaft adapted to access a lens inside the capsular bag of the eye, said shaft having a lumen fluidly coupled to said at least one vacuum source; wherein actuation of said actuator on said housing to a first actuated position causes said at least one vacuum source to generate vacuum providing a vacuum-only function, wherein a magnitude of vacuum generated depends on a degree of actuation of the actuator beyond the first actuated position, and wherein actuation of said actuator on said housing to a second actuated position causes said shaft to oscillate providing a vacuum-plus-cutting function, wherein an oscillation frequency of the shaft achieved depends on a degree of actuation of the actuator beyond the second actuated position. a housing sized to be held in a hand; at least one vacuum source within the housing; a motor within the housing that is operatively coupled to said at least one vacuum source; an actuator on the housing for activating the motor to power said at least one vacuum source; a controller configured to vary a speed of rotation of the motor depending on actuation of the actuator; and a shaft adapted to access a lens inside the capsular bag of the eye, said shaft having a lumen fluidly coupled to said at least one vacuum source; wherein actuation of said actuator on said housing to a first actuated position causes said at least one vacuum source to generate vacuum providing a vacuum-only function, wherein a magnitude of vacuum generated depends on a degree of actuation of the actuator beyond the first actuated position, and wherein actuation of said actuator on said housing to a second actuated position causes said shaft to oscillate providing a vacuum-plus-cutting function, wherein an oscillation frequency of the shaft achieved depends on a degree of actuation of the actuator beyond the second actuated position.
An airbag base fabric having a warp direction energy absorption characteristic defined by formula below of 30 to 50 and a weft direction energy absorption characteristic defined by formula below of 30 to 50, wherein a warp yarn and a weft yarn forming the airbag base fabric are both synthetic multifilament yarns, each having a total fineness of 145 to 720 dtex, a single filament fineness of 2 to 10 dtex, a tenacity of 4.5 to 6.5 cN/dtex, an elongation at break of 23 to 45%, and wherein the average of the warp direction elongation at break and the weft direction elongation at break is 35 to 55%; Warp Direction Energy Absorption Characteristic = Warp Direction Energy Absorption Amount / Warp Yarn Cover Factor , wherein the warp direction energy absorption amount is a value of the integral of stress applied, in measurement of the warp direction tensile strength and elongation at break, from the start of the measurement until the sample breaks, when measured by the method of JIS L 1096:2018 8.14 Method A as shown in the description, and the Warp Yarn Cover Factor is calculated as (Total Fineness of Warp Yarn in dtex) 1⁄2 x Fabric Density of Warp (as number of yarns /25.4 mm); and Weft Direction Energy Absorption Characteristic = Weft Direction Energy Absorption Amount / Weft Yarn Cover Factor , wherein the weft direction energy absorption amount is a value of the integral of stress applied, in measurement of the weft direction tensile strength and elongation at break, from the start of the measurement until the sample breaks when measured by the method of JIS L 1096:2018 8.14 Method A as shown in the description, and the Weft Yarn Cover Factor is calculated as (Total Fineness of Weft Yarn in dtex) 1⁄2 x Fabric Density of Weft (as number of yarns /25.4 mm).
Adhesive tape comprising at least one layer of a pressure-sensitive adhesive, where the adhesive comprises a polymeric film-former matrix and also a curable composition, where the curable composition comprises one or more epoxy resins and also at least one curing reagent for epoxy resins, characterized in that the curing reagent comprises at least one epoxy-amine adduct, specifically the reaction product of at least one compound which has at least one cyclic ether group in the molecule, and at least one amine compound; and, if the one or more epoxy-amine adducts are used as accelerators in combination with non-epoxy-amine adducts as curing agents, the total amount of the epoxy-amine adducts is in the range from 1 to 10 parts by weight, based on 100 parts by weight of the one or more epoxy resins to be cured. where the adhesive comprises a polymeric film-former matrix and also a curable composition, where the curable composition comprises one or more epoxy resins and also at least one curing reagent for epoxy resins, characterized in that the curing reagent comprises at least one epoxy-amine adduct, specifically the reaction product of at least one compound which has at least one cyclic ether group in the molecule, and at least one amine compound; and, if the one or more epoxy-amine adducts are used as accelerators in combination with non-epoxy-amine adducts as curing agents, the total amount of the epoxy-amine adducts is in the range from 1 to 10 parts by weight, based on 100 parts by weight of the one or more epoxy resins to be cured.
An access point, AP, comprising: a signal generator adapted to generate a transmission signal that comprises a data field containing a Wake Up Radio, WUR, Mode Setup frame; and a transmitter adapted to transmit, to a station, the generated transmission signal, characterized in that a field of a WUR Mode element included in the WUR Mode Setup frame contains information on group Identifiers, IDs, assigned by the AP to the station , the field comprises a subfield containing a group ID bitmap whose size is equal to the number of group IDs in a group ID value range, in which the AP assigns group IDs to STAs, and, when bit Y of the group ID bitmap is set to 1, a group ID assigned by the AP to the station is equal to a smallest group ID in the group ID value range plus Y, wherein Y = 0,1,...L-1 and L is the size of the group ID bitmap. a signal generator adapted to generate a transmission signal that comprises a data field containing a Wake Up Radio, WUR, Mode Setup frame; and a transmitter adapted to transmit, to a station, the generated transmission signal, characterized in that a field of a WUR Mode element included in the WUR Mode Setup frame contains information on group Identifiers, IDs, assigned by the AP to the station , the field comprises a subfield containing a group ID bitmap whose size is equal to the number of group IDs in a group ID value range, in which the AP assigns group IDs to STAs, and, when bit Y of the group ID bitmap is set to 1, a group ID assigned by the AP to the station is equal to a smallest group ID in the group ID value range plus Y, wherein Y = 0,1,...L-1 and L is the size of the group ID bitmap.
A method of producing mogrol and/or a mogrol glycoside comprising reacting a protein selected from the group consisting of proteins (a) to (c) shown below with a mogrol glycoside, thereby hydrolysing at least one glucoside bond of said mogrol glycoside: (a) a protein consisting of the amino acid sequence of SEQ ID NO: 2; (b) a protein consisting of an amino acid sequence wherein 1 to 83 amino acids have been deleted, substituted, inserted, and/or added in the amino acid sequence of SEQ ID NO: 2, and having an activity to hydrolyse at least one glucoside bond of the mogrol glycoside; and (c) a protein having an amino acid sequence having a sequence identity of 90% or more to the amino acid sequence of SEQ ID NO: 2, and having an activity to hydrolyse at least one glucoside bond of the mogrol glycoside. (a) a protein consisting of the amino acid sequence of SEQ ID NO: 2; (b) a protein consisting of an amino acid sequence wherein 1 to 83 amino acids have been deleted, substituted, inserted, and/or added in the amino acid sequence of SEQ ID NO: 2, and having an activity to hydrolyse at least one glucoside bond of the mogrol glycoside; and (c) a protein having an amino acid sequence having a sequence identity of 90% or more to the amino acid sequence of SEQ ID NO: 2, and having an activity to hydrolyse at least one glucoside bond of the mogrol glycoside.
A system for image processing, comprising: one or more input interfaces (IN) for receiving input data including an input image, procured through an X-ray imaging apparatus (IA), of a target location (ROI) in a conduit (VS) of an object (OB), the conduit including a target substance (CA), the target substance (CA) propagatable in the conduit towards said target location; a processor configured to process the input data to obtain output data indicative of an arrival of the said target substance at said target location; and an output interface (OUT) for outputting said output data, characterised in that the processor comprises a pre-trained machine learning component (MLC2) and in that the X-ray imaging apparatus (IA) is configured for spectral imaging and the input image is a spectral X-ray image. one or more input interfaces (IN) for receiving input data including an input image, procured through an X-ray imaging apparatus (IA), of a target location (ROI) in a conduit (VS) of an object (OB), the conduit including a target substance (CA), the target substance (CA) propagatable in the conduit towards said target location; a processor configured to process the input data to obtain output data indicative of an arrival of the said target substance at said target location; and an output interface (OUT) for outputting said output data, characterised in that the processor comprises a pre-trained machine learning component (MLC2) and in that the X-ray imaging apparatus (IA) is configured for spectral imaging and the input image is a spectral X-ray image.
A biometrics authentication device for authenticating a subject comprising: an image obtaining unit configured to obtain an image of a hand of the subject; a region specifying unit configured to specify a region of interest, ROI, of the image, the ROI corresponding to a palm of the subject; a set of filters that each has a high filter response to linear dark portions in a respective direction θ in the ROI, and that is configured to extract directional features g θ (i,j) at each location of the ROI respectively corresponding to the respective direction θ of each filter ; a Principal-Line Dependent Index, PLDI, generating unit configured to generate a PLDI obtained by dividing the difference between a maximum directional feature MAX θ (i,j) and a minimum directional feature MIN θ (i,j) from among the plurality of directional features g θ (i,j) by an average value AVE θ (i,j) of the directional features g θ (i,j); a PLDI matching processing unit configured to determine a first degree of similarity between the PLDI and a registered PLDI stored in a storing unit ; and a determining unit configured to authenticate the subject when the first degree of similarity is greater than or equal to a threshold. an image obtaining unit configured to obtain an image of a hand of the subject; a region specifying unit configured to specify a region of interest, ROI, of the image, the ROI corresponding to a palm of the subject; a set of filters that each has a high filter response to linear dark portions in a respective direction θ in the ROI, and that is configured to extract directional features g θ (i,j) at each location of the ROI respectively corresponding to the respective direction θ of each filter ; a Principal-Line Dependent Index, PLDI, generating unit configured to generate a PLDI obtained by dividing the difference between a maximum directional feature MAX θ (i,j) and a minimum directional feature MIN θ (i,j) from among the plurality of directional features g θ (i,j) by an average value AVE θ (i,j) of the directional features g θ (i,j); a PLDI matching processing unit configured to determine a first degree of similarity between the PLDI and a registered PLDI stored in a storing unit ; and a determining unit configured to authenticate the subject when the first degree of similarity is greater than or equal to a threshold.
A method of manufacturing a laminate comprising steps of: pretreating at least one side of a substrate formed of polyethylene terephthalate by reactive ion etching, wherein, when the surface of the substrate after pretreatment by reactive ion etching is measured by X-ray photoelectron spectroscopy under conditions of an X-ray source of MgKα and an output power of 100 W, a half width of C-C bond as determined by analysis of C1s waveform is 1.340 to 1.560 eV; and directly extrusion-laminating a thermoplastic resin on the surface pretreated by reactive ion etching. pretreating at least one side of a substrate formed of polyethylene terephthalate by reactive ion etching, wherein, when the surface of the substrate after pretreatment by reactive ion etching is measured by X-ray photoelectron spectroscopy under conditions of an X-ray source of MgKα and an output power of 100 W, a half width of C-C bond as determined by analysis of C1s waveform is 1.340 to 1.560 eV; and directly extrusion-laminating a thermoplastic resin on the surface pretreated by reactive ion etching.