mhurhangee/patent-ind-claim-en huggingface dataset:
A device for generating aerosol, comprising: a. a consumable-containing unit comprising compressed powder; b. a susceptor embedded within the consumable-containing unit , wherein the consumable-containing unit is compressed about the susceptor ; c. an inductive heating element configured to at least partially surround the consumable-containing unit ; d. a controller to control the inductive heating element ; and e. a case to contain the consumable-containing unit , the susceptor , the inductive heating element , and the controller . a. a consumable-containing unit comprising compressed powder; b. a susceptor embedded within the consumable-containing unit , wherein the consumable-containing unit is compressed about the susceptor ; c. an inductive heating element configured to at least partially surround the consumable-containing unit ; d. a controller to control the inductive heating element ; and e. a case to contain the consumable-containing unit , the susceptor , the inductive heating element , and the controller .
A medical observation device , comprising: a control section comprising an imaging signal processing section and an exposure control section , the imaging signal processing section being configured to: acquire a detection value representing a brightness of a medical image signal during a first time interval generated by an imaging section , with which the control section is operatively connected, and to provide the detection value to the exposure control section which is configured to: calculate, based on the first time interval, a second time interval after the first time interval, and stabilize an exposure of the imaging section during the second time interval so that an exposure corresponding to a brightness within a certain range of the detection value is maintained, when the provided detection value satisfies a predetermined condition so that the imaging section is suppressed of sudden changes in the brightness of the medical image signal under circumstances in which a disturbance occurs when a high-luminance subject enters into an observation range of the imaging section . acquire a detection value representing a brightness of a medical image signal during a first time interval generated by an imaging section , with which the control section is operatively connected, and to provide the detection value to the exposure control section which is configured to: calculate, based on the first time interval, a second time interval after the first time interval, and stabilize an exposure of the imaging section during the second time interval so that an exposure corresponding to a brightness within a certain range of the detection value is maintained, when the provided detection value satisfies a predetermined condition so that the imaging section is suppressed of sudden changes in the brightness of the medical image signal under circumstances in which a disturbance occurs when a high-luminance subject enters into an observation range of the imaging section .
A straddle-type seat on which an occupant seats in a straddle state comprising: a seat main body on which the occupant seats; and a cover member that covers a through hole formed in the seat main body , wherein the cover member comprises: a lid portion that closes the through hole on a top surface of the seat main body ; and a downward extension portion that extends downward from the lid portion ; wherein the downward extension portion is locked to a lock portion formed on a bottom surface of the seat main body , wherein a flange portion is formed on an outer periphery of the lid portion , characterized in that the straddle-type seat further comprises an engagement member that is fixed in a state in which the engagement member is inserted into the through hole of the seat main body , and engages with the cover member , wherein a concave portion is formed in the flange portion ; and the engagement member comprises a convex portion fitted to the concave portion of the flange portion . a seat main body on which the occupant seats; and a cover member that covers a through hole formed in the seat main body , wherein the cover member comprises: a lid portion that closes the through hole on a top surface of the seat main body ; and a downward extension portion that extends downward from the lid portion ; wherein the downward extension portion is locked to a lock portion formed on a bottom surface of the seat main body , wherein a flange portion is formed on an outer periphery of the lid portion , a lid portion that closes the through hole on a top surface of the seat main body ; and a downward extension portion that extends downward from the lid portion ; wherein the downward extension portion is locked to a lock portion formed on a bottom surface of the seat main body , wherein a flange portion is formed on an outer periphery of the lid portion , characterized in that the straddle-type seat further comprises an engagement member that is fixed in a state in which the engagement member is inserted into the through hole of the seat main body , and engages with the cover member , wherein a concave portion is formed in the flange portion ; and the engagement member comprises a convex portion fitted to the concave portion of the flange portion . a concave portion is formed in the flange portion ; and the engagement member comprises a convex portion fitted to the concave portion of the flange portion .
A transmission method in a wireless communication system, comprising: - selecting K number of data streams for transmission, wherein each data stream comprises one or more data messages; and independently for each data stream k = 0,..., K - 1: - encoding and modulating the one or more data messages of the k -th data stream using a Trellis Coded Modulation, TCM, scheme TCM k , - interleaving the encoded and modulated one or more data messages of the k -th data stream by using a stream specific interleaver Π k , - scrambling the interleaved one or more data messages of the k -th data stream by using a stream specific scrambling sequence; - combining all scrambled data messages of the K number of data streams into at least one transmission signal s ( l ); and - transmitting the at least one transmission signal s ( l ) over a radio channel of the wireless communication system; wherein the K number of data streams is selected from a set of Z > K data streams based on a channel quality of the radio channel; and wherein the number of selected streams is K ≥ 2. - selecting K number of data streams for transmission, wherein each data stream comprises one or more data messages; and independently for each data stream k = 0,..., K - 1: - encoding and modulating the one or more data messages of the k -th data stream using a Trellis Coded Modulation, TCM, scheme TCM k , - interleaving the encoded and modulated one or more data messages of the k -th data stream by using a stream specific interleaver Π k , - scrambling the interleaved one or more data messages of the k -th data stream by using a stream specific scrambling sequence; - encoding and modulating the one or more data messages of the k -th data stream using a Trellis Coded Modulation, TCM, scheme TCM k , - interleaving the encoded and modulated one or more data messages of the k -th data stream by using a stream specific interleaver Π k , - scrambling the interleaved one or more data messages of the k -th data stream by using a stream specific scrambling sequence; - combining all scrambled data messages of the K number of data streams into at least one transmission signal s ( l ); and - transmitting the at least one transmission signal s ( l ) over a radio channel of the wireless communication system; wherein the K number of data streams is selected from a set of Z > K data streams based on a channel quality of the radio channel; and wherein the number of selected streams is K ≥ 2.
A media transport apparatus comprising: a plurality of media transport sections, including: a first media transport section ; and a second media transport section offset from the first media transport section in a media transport direction ; and a holding section arranged to receive a sheet of print media from the first media transport section , characterized in that the holding section is horizontally aligned with the first media transport section in the media transport direction , and is arranged above and is vertically aligned with the second media transport section , wherein the holding section is moveable to deposit the sheet of print media upon the second media transport section and, when actuated, causes the sheet of print media to drop under gravity onto the second media transport section , and the second media transport section is offset from the first media transport section in a vertical direction. a plurality of media transport sections, including: a first media transport section ; and a second media transport section offset from the first media transport section in a media transport direction ; and a first media transport section ; and a second media transport section offset from the first media transport section in a media transport direction ; a holding section arranged to receive a sheet of print media from the first media transport section , wherein the holding section is moveable to deposit the sheet of print media upon the second media transport section and, when actuated, causes the sheet of print media to drop under gravity onto the second media transport section , and the second media transport section is offset from the first media transport section in a vertical direction.
An insertion device which is designed to introduce rod-shaped articles for the tobacco processing industry into a rod for the tobacco processing industry or to place them on a rod for the tobacco processing industry, with at least one groove for receiving rod-shaped articles for the tobacco processing industry, in particular filter segments, wherein the at least one groove has a longitudinal extension and wherein the groove has a suction air opening (14, 14', 14", 14"'), wherein at least two suction air openings (14-14"') are provided in the groove and are separated from each other by a web (15, 15', 15"), characterized in that a suction air channel (20, 20', 20", 20'") is provided for each suction air opening (14-14"').
Transparent coloured lithium aluminium silicate glass ceramic having a brightness Y of 0.1% to 80% at a thickness of 4 mm, characterized in that D65 standard illuminant light, after passing through the glass ceramic at a thickness of 4 mm, has a colour locus in the white region W1 determined by the following coordinates in the chromaticity diagram CIExyY-2°: White region W1 x y 0.27 0.21 0.22 0.25 0.32 0.37 0.45 0.45 0.47 0.34 0.36 0.29 and characterized by a composition consisting, in % by weight based on oxides, essentially of: Li 2 O 3 - 5 Σ Na 2 O + K 2 O 0.1 - <4 MgO 0 - 3 Σ CaO + SrO + BaO 0 - 5 ZnO 0 - 4 B 2 O 3 0 - 3 Al 2 O 3 18 - 25 SiO 2 60 - 70 TiO 2 1.5 - 5.5 ZrO 2 0 - 2.5 SnO 2 0.1 - <0.7 Σ TiO 2 + ZrO 2 + SnO 2 3 - 6.5 P 2 O 5 0 - 5 MoO 3 0.01 - 0.3 Fe 2 O 3 0.005 - 0.25 V 2 O 5 0 - 0.02.
An image forming system comprising: an image carrier to rotate, the image carrier having a surface to form an electrostatic latent image; a developer carrier to rotate, the developer carrier being spaced apart from the image carrier and having a surface to carry a developer; a container to contain the developer; and a developer retainer , wherein the container houses the developer carrier and the developer retainer , wherein the developer retainer forms an air circulation path between the developer carrier , the image carrier , and the container to return the developer discharged from the container back to the container , wherein the developer retainer is separated from the developer carrier by a first gap (G1) of closest proximity, separated from the image carrier by a second gap (G2) of closest proximity, and separated from the container by a third gap (G3) of closest proximity, and wherein the first gap (G1) is smaller than the second gap (G2) and the third gap (G3). an image carrier to rotate, the image carrier having a surface to form an electrostatic latent image; a developer carrier to rotate, the developer carrier being spaced apart from the image carrier and having a surface to carry a developer; a container to contain the developer; and a developer retainer , wherein the container houses the developer carrier and the developer retainer , wherein the developer retainer forms an air circulation path between the developer carrier , the image carrier , and the container to return the developer discharged from the container back to the container , wherein the developer retainer is separated from the developer carrier by a first gap (G1) of closest proximity, separated from the image carrier by a second gap (G2) of closest proximity, and separated from the container by a third gap (G3) of closest proximity, and wherein the first gap (G1) is smaller than the second gap (G2) and the third gap (G3).
A transportation control unit TCU switching method, applied to a first TCU, wherein the first TCU is connected to a base station, a management and control area of the first TCU comprises a first sub-area in an information exchange area, a management and control area of a second TCU comprises a second sub-area in the information exchange area, the second TCU is a neighboring TCU of the first TCU in a traveling direction of a vehicle in which a first device is located, comprising: receiving a first device message of the first device; determining a first location of the first device based on the first device message; when the first location of the first device is in the information exchange area, sending the first device message of the first device to the second TCU; and when the first location of the first device meets a first preset condition, handing over the first device to the second TCU; wherein when a message type of the first device message is a transaction message, or the first TCU has a transaction message to be sent to the first device, the first preset condition is that the first location is in the first sub-area, and a distance between the first location and a boundary line between the first sub-area and the second sub-area is less than a preset distance; otherwise: the first preset condition is that the first location is in the second sub-area. receiving a first device message of the first device; determining a first location of the first device based on the first device message; when the first location of the first device is in the information exchange area, sending the first device message of the first device to the second TCU; and when the first location of the first device meets a first preset condition, handing over the first device to the second TCU; wherein when a message type of the first device message is a transaction message, or the first TCU has a transaction message to be sent to the first device, the first preset condition is that the first location is in the first sub-area, and a distance between the first location and a boundary line between the first sub-area and the second sub-area is less than a preset distance; otherwise: the first preset condition is that the first location is in the second sub-area.
An automated apparatus suitable for the preparation of genetically transformed cells from biological fluids comprising: (i) an operating unit that is rotatable around its center about a horizontal axis , (ii) a central axis shaft holding the operating unit providing support and electrical power, characterized in that the operating unit comprises a rotating concentric hollow processing chamber having - a top part that is a half sphere with the round part facing up with a protruding hole at its very top; - bottom edges of the half sphere positioned between a quarter and halfway of the total height of the rotating concentric processing chamber forming a perpendicular angle with the bottom part of the concentric hollow processing chamber which narrows down into a funnel shape that follows a concave arched curve with a bottom hole at its very bottom; and wherein said operating unit is configured to shift said rotating concentric hollow processing chamber from a vertical to a horizontal position conferring different operations to said automated apparatus. (i) an operating unit that is rotatable around its center about a horizontal axis , (ii) a central axis shaft holding the operating unit providing support and electrical power, - a top part that is a half sphere with the round part facing up with a protruding hole at its very top; - bottom edges of the half sphere positioned between a quarter and halfway of the total height of the rotating concentric processing chamber forming a perpendicular angle with the bottom part of the concentric hollow processing chamber which narrows down into a funnel shape that follows a concave arched curve with a bottom hole at its very bottom;
A pistol comprising a mechanism for unlocking a pistol magazine comprising at least one control button positioned on the flank of the handle in which a magazine can be inserted, each control button being fastened to one end of a control lever controlling the rotation of the latch cam positioned in front of or behind the handle , said latch cam comprising a latch , cooperating in use with a stop surface positioned on the front or rear surface of the magazine to lock or unlock said magazine , at least one spring keeping the latch cam in the locking position of the magazine in the absence of pressure exerted on the control button , the unlocking mechanism comprising two control buttons positioned to the right and to the left of the handle , said pistol being characterized in that each control lever comprising a control lever lug bearing on a corresponding latch cam lug of the latch cam , the latch cam being driven in rotation when one of the control buttons is actuated and the unlocking device comprising a latch cam return spring keeping the latch cam in the locked position and two control lever springs keeping the control levers in the locked position, so as to make the movement of the left and right control buttons independent of one another.
A blowing unit that has a hollow structure and blows air via a plurality of jetting ports disposed at a first surface , wherein a gas inflow port through which a gas supplied from a gas supply source flows in is formed in a second surface which intersects the first surface and at which the jetting ports are not disposed, characterized in that a ratio of a sum of opening areas of the plurality of jetting ports to an opening area of the gas inflow port is equal to or larger than 0.1 and equal to or smaller than 1.0. wherein a gas inflow port through which a gas supplied from a gas supply source flows in is formed in a second surface which intersects the first surface and at which the jetting ports are not disposed, characterized in that a ratio of a sum of opening areas of the plurality of jetting ports to an opening area of the gas inflow port is equal to or larger than 0.1 and equal to or smaller than 1.0.
Floor covering made up of floor panels with a plate-shaped core and an upper cover layer , having mechanical locking means at least on two mutually opposite edges of the floor panels, wherein the core consists of a mineral material in which a fibrous reinforcing material is embedded and that the locking means comprise modified tongue and groove connections which, in addition to the engagement of groove and tongue , ensure a form-fitting connection of adjacent panels in a direction perpendicular to the connection line and parallel to the connection line of adjacent panels, and wherein the locking means are formed integrally from the material of the core , characterized in that the cover layer is a plastic layer which is situated in fixedly integrated form on the core , in that the core consists of cement, and in that the reinforcing material is formed by mixed-in cellulose fibres, textile fibres, glass fibres and/or carbon fibres, wherein the locking means are suitable for latching engagement by angling in the adjacent parts with respect to one another, wherein a projection is situated on the groove and/or tongue , and a recess is situated on the mating piece, said projection and recess inter-engaging.
A compound of formula (I) wherein A is selected from the group A a consisting of R 1 is selected from the group R 1a consisting of H- and F-; R 2 is selected from the group R 2a consisting of H- and F-; R 3 is selected from the group R 3a consisting of halogen, F 2 HCO-, F 3 CO-, F 2 HC- and F 3 C-; R 4 is selected from the group R 4a consisting of H- and C 1-3 -alkyl-, wherein the above mentioned C 1-3 -alkyl-group may optionally be substituted with 1 to 5 substituents independently selected from the group consisting of fluorine; or a salt thereof. A is selected from the group A a consisting of R 1 is selected from the group R 1a consisting of H- and F-; R 2 is selected from the group R 2a consisting of H- and F-; R 3 is selected from the group R 3a consisting of halogen, F 2 HCO-, F 3 CO-, F 2 HC- and F 3 C-; R 4 is selected from the group R 4a consisting of H- and C 1-3 -alkyl-, wherein the above mentioned C 1-3 -alkyl-group may optionally be substituted with 1 to 5 substituents independently selected from the group consisting of fluorine; or a salt thereof.
A method for reporting, by an aerial user equipment, UE, a measurement result in a wireless communication system, the method comprising: measuring (S902) an altitude of the aerial UE and a number of detected cells by the aerial UE; receiving (S904) a first threshold related to an altitude and a second threshold related to the number of detected cells for the reporting the measurement result via a radio resource control, RRC, dedicate signal message, from a network; adjusting (S906) a time value related to the reporting the measurement result, by comparing the altitude and the received first threshold and comparing the number of detected cells and the received second threshold; performing a measurement on at least one of neighbor cells; and reporting (S908) the measurement result including the measurement on the at least one of neighbor cells, based on the adjusted time value, wherein the time value is adjusted longer, based on that the altitude is lower than the received first threshold, and wherein the time value is adjusted shorter, based on that the altitude is higher than the received first threshold. measuring (S902) an altitude of the aerial UE and a number of detected cells by the aerial UE; receiving (S904) a first threshold related to an altitude and a second threshold related to the number of detected cells for the reporting the measurement result via a radio resource control, RRC, dedicate signal message, from a network; adjusting (S906) a time value related to the reporting the measurement result, by comparing the altitude and the received first threshold and comparing the number of detected cells and the received second threshold; performing a measurement on at least one of neighbor cells; and reporting (S908) the measurement result including the measurement on the at least one of neighbor cells, based on the adjusted time value, wherein the time value is adjusted longer, based on that the altitude is lower than the received first threshold, and wherein the time value is adjusted shorter, based on that the altitude is higher than the received first threshold.