mhurhangee/patent-ind-claim-en huggingface dataset:
A reflectron comprising: a plurality of lenses, in which each lens comprises a first planar body comprising a first surface and a second surface, the first planar body comprising an aperture between a first side and a second side of the first surface of the first planar body, the first planar body further comprising a plurality of separate and individual conductors spanning the aperture from the first side to the second side of the first surface of the first planar body, each of the plurality of conductors attached to the first surface of the first planar body at the first side and at the second side of the first surface, in which the plurality of individual conductors are each substantially parallel to each other and are positioned in the same plane, in which the first planar body further comprises a conductive element disposed on the first surface of the first planar body and in contact with each of the plurality of individual conductors to permit current flow from the planar body to the plurality of individual conductors; and a plurality of transverse rods coupled to each of the plurality of lenses and effective to retain the first planar body of each of the plurality of lenses substantially parallel to each other, wherein each of the plurality of transverse rods is inserted through a rod aperture in each of the plurality of lenses to retain the first planar body of each of the plurality of lenses substantially parallel to each other in the reflectron. a plurality of lenses, in which each lens comprises a first planar body comprising a first surface and a second surface, the first planar body comprising an aperture between a first side and a second side of the first surface of the first planar body, the first planar body further comprising a plurality of separate and individual conductors spanning the aperture from the first side to the second side of the first surface of the first planar body, each of the plurality of conductors attached to the first surface of the first planar body at the first side and at the second side of the first surface, in which the plurality of individual conductors are each substantially parallel to each other and are positioned in the same plane, in which the first planar body further comprises a conductive element disposed on the first surface of the first planar body and in contact with each of the plurality of individual conductors to permit current flow from the planar body to the plurality of individual conductors; and a plurality of transverse rods coupled to each of the plurality of lenses and effective to retain the first planar body of each of the plurality of lenses substantially parallel to each other, wherein each of the plurality of transverse rods is inserted through a rod aperture in each of the plurality of lenses to retain the first planar body of each of the plurality of lenses substantially parallel to each other in the reflectron.
A waterproof connection apparatus for electronic equipment, comprising: an approximately tubular outer case ; a supporting portion accommodated in a wall form on a deep side of the outer case ; a contact terminal supported by the supporting portion and introduced in the outer case ; and a circumferential sealing portion provided between the outer case and the supporting portion at a position at which the outer case and the supporting portion approach each other so as to seal a space between the outer case and the supporting portion ; characterized in that the approximately tubular outer case comprises a seamless shell formed by drawing press processing on a metal flat plate. an approximately tubular outer case ; a supporting portion accommodated in a wall form on a deep side of the outer case ; a contact terminal supported by the supporting portion and introduced in the outer case ; and a circumferential sealing portion provided between the outer case and the supporting portion at a position at which the outer case and the supporting portion approach each other so as to seal a space between the outer case and the supporting portion ; characterized in that the approximately tubular outer case comprises a seamless shell formed by drawing press processing on a metal flat plate.
A mobile communication system comprising a mobile station, a first radio base station, and a second radio base station, wherein: the mobile station is configured to be capable of performing carrier aggregation via a first cell under the first radio base station and a second cell under the second radio base station; the first radio base station is configured to be capable of transmitting and receiving a control signal and a data signal to and from the mobile station; the second radio base station is configured to be capable of transmitting and receiving a data signal and to be incapable of transmitting and receiving a control signal to and from the mobile station via a signaling radio bearer due to absence of the signaling radio bearer between the second radio base station and the mobile station, and the mobile station is configured to provide the first radio base station with predetermined notification, when an abnormality of radio link is detected in a layer 2 of an uplink to the second radio base station, wherein the abnormality is a failure in an RA, Random Access, procedure by exceeding a maximum number of retransmissions of an RA preamble. the mobile station is configured to be capable of performing carrier aggregation via a first cell under the first radio base station and a second cell under the second radio base station; the first radio base station is configured to be capable of transmitting and receiving a control signal and a data signal to and from the mobile station; the second radio base station is configured to be capable of transmitting and receiving a data signal and to be incapable of transmitting and receiving a control signal to and from the mobile station via a signaling radio bearer due to absence of the signaling radio bearer between the second radio base station and the mobile station, and the mobile station is configured to provide the first radio base station with predetermined notification, when an abnormality of radio link is detected in a layer 2 of an uplink to the second radio base station, wherein the abnormality is a failure in an RA, Random Access, procedure by exceeding a maximum number of retransmissions of an RA preamble.
A hair knotting system comprising one or more knotting apparatuses installed in a feeding direction of a thread and configured to knot hairs to the thread, characterized in that the knotting apparatus comprising: a hair insertion member having an insertion groove into which one or more hairs are inserted, and a pull-out hole formed on a bottom surface of the insertion groove ; a hair pull-out member for picking up and pulling out the hair, which has been inserted in the insertion groove , through the pull-out hole so as to be positioned past a portion under the thread, and forming a knotting hole as the thread and hair connect; a hair knotting member passing through the knotting hole from bottom to top so as to be positioned above the thread; and a hair winding member for picking up both end portions of the hair pulled out from the hair insertion member , and winding both the end portions of the hair while rotating around the hair knotting member above the thread, wherein the hair knotting member knots the hair onto the thread by pulling down, through the knotting hole , both end portions of the hair wound around a circumferential surface of the hair knotting member . a hair insertion member having an insertion groove into which one or more hairs are inserted, and a pull-out hole formed on a bottom surface of the insertion groove ; a hair pull-out member for picking up and pulling out the hair, which has been inserted in the insertion groove , through the pull-out hole so as to be positioned past a portion under the thread, and forming a knotting hole as the thread and hair connect; a hair knotting member passing through the knotting hole from bottom to top so as to be positioned above the thread; and a hair winding member for picking up both end portions of the hair pulled out from the hair insertion member , and winding both the end portions of the hair while rotating around the hair knotting member above the thread, wherein the hair knotting member knots the hair onto the thread by pulling down, through the knotting hole , both end portions of the hair wound around a circumferential surface of the hair knotting member .
A method of operation of a chamber comprising: adjusting a cathode ; rotating a rotating shield below the cathode for exposing the cathode through a shield hole of the rotating shield ; and rotating a rotating pedestal for producing a material to form a carrier over the rotating pedestal , wherein the material has a non-uniformity constraint of less than 1% of a thickness of the material and the cathode has an angle between the cathode and the carrier , exposing the cathode through a shroud arranged below the cathode and over the rotating shield configured for containing a majority of the material from a target that does not deposit on the carrier . adjusting a cathode ; rotating a rotating shield below the cathode for exposing the cathode through a shield hole of the rotating shield ; and rotating a rotating pedestal for producing a material to form a carrier over the rotating pedestal , wherein the material has a non-uniformity constraint of less than 1% of a thickness of the material and the cathode has an angle between the cathode and the carrier , exposing the cathode through a shroud arranged below the cathode and over the rotating shield configured for containing a majority of the material from a target that does not deposit on the carrier .
A wireless communication method performed by a station, STA, multi-link device, MLD, comprising: updating (S910) first mapping information, wherein the first mapping information is traffic identifier, TID, to link mapping information at the STA MLD, wherein the TID to link mapping information is TID-to-uplink mapping information; generating (S920) a first indication message; and transmitting (S930) the first indication message to an access point, AP, MLD, characterized in that the first indication message is configured to indicate that the AP MLD does not need to respond to the STA MLD for the first indication message, and the first indication message comprises updated first mapping information. updating (S910) first mapping information, wherein the first mapping information is traffic identifier, TID, to link mapping information at the STA MLD, wherein the TID to link mapping information is TID-to-uplink mapping information; generating (S920) a first indication message; and transmitting (S930) the first indication message to an access point, AP, MLD, characterized in that the first indication message is configured to indicate that the AP MLD does not need to respond to the STA MLD for the first indication message, and the first indication message comprises updated first mapping information.
A processing system , comprising: a plurality of processing units (10a - 10d), each of the processing units (10a - 10d) includes, a processing chamber located frontward, the processing chamber including a loading door located at a front surface for loading or unloading a workpiece , and a first inspection door located at a rear surface; a control panel arranged separately and rearward from the processing chamber ; and a step arranged between the processing chamber and the control panel ; wherein the steps of the plurality of the processing units (10a - 10d) have the same height, and the processing chambers of the processing units (10a - 10d) are laterally arranged to have front surfaces of the processing chambers aligned for connecting each of the steps to form a passage. a plurality of processing units (10a - 10d), each of the processing units (10a - 10d) includes, a processing chamber located frontward, the processing chamber including a loading door located at a front surface for loading or unloading a workpiece , and a first inspection door located at a rear surface; a control panel arranged separately and rearward from the processing chamber ; and a step arranged between the processing chamber and the control panel ; a processing chamber located frontward, the processing chamber including a loading door located at a front surface for loading or unloading a workpiece , and a first inspection door located at a rear surface; a loading door located at a front surface for loading or unloading a workpiece , and a first inspection door located at a rear surface; a control panel arranged separately and rearward from the processing chamber ; and a step arranged between the processing chamber and the control panel ; wherein the steps of the plurality of the processing units (10a - 10d) have the same height, and the processing chambers of the processing units (10a - 10d) are laterally arranged to have front surfaces of the processing chambers aligned for connecting each of the steps to form a passage. the steps of the plurality of the processing units (10a - 10d) have the same height, and the processing chambers of the processing units (10a - 10d) are laterally arranged to have front surfaces of the processing chambers aligned for connecting each of the steps to form a passage.
Friction brake member, in particular brake disc , for a friction brake of a motor vehicle, wherein the friction brake member comprises a base member having at least one wear protection layer on at least one frictional contact area of the base member , wherein the wear protection layer forms a frictional contact surface on its side facing away from the base member , wherein the hardness of the wear protection layer increases stepwise from the base member up to the frictional contact surface , characterised in that the wear protection layer is formed in three layers, wherein the hardness increases from layer (5_1-5_3) to layer (5_1-5_3), wherein a first layer (5_3) arranged on the base member comprises a carbon content of less than 0.2 % by weight, in particular less than 0.1 % by weight, wherein a second layer (5_2) arranged on the first layer (5_3) comprises a higher carbon content than the first layer (5_3), in particular a carbon content between 0.1 % by weight and 1.0 % by weight, and wherein a third layer (5_1) is arranged on the side of the second layer (5_2) facing away from the first layer (5_3), which comprises the highest carbon content of the layers (5_1-5_3), in particular greater than 1.0 % by weight.
A method of controlling transmissions on a physical sidelink shared channel in a wireless communication network, the method comprising: a user equipment receiving a first stage sidelink control information from a further user equipment ; based on assistance information stored in the user equipment and the received first stage sidelink control information , the user equipment determining a configuration for transmission of second stage sidelink control information ; based on the determined configuration for transmission of the second stage sidelink control information , the user equipment receiving the second stage sidelink control information from the further user equipment ; and based on the received second stage sidelink control information , the user equipment receiving a transmission on the physical sidelink shared channel from the further user equipment . a user equipment receiving a first stage sidelink control information from a further user equipment ; based on assistance information stored in the user equipment and the received first stage sidelink control information , the user equipment determining a configuration for transmission of second stage sidelink control information ; based on the determined configuration for transmission of the second stage sidelink control information , the user equipment receiving the second stage sidelink control information from the further user equipment ; and based on the received second stage sidelink control information , the user equipment receiving a transmission on the physical sidelink shared channel from the further user equipment .
A formulation for removal of soluble inorganic contaminants from waste water; said formulation comprising a blend of: i. at least one alkali metal aluminate in an amount ranging from about 90 to about 98 % of the total mass of the formulation; and ii. at least one cationic organic coagulant in an amount ranging from about 2 to about 10 % of the total mass of the formulation, wherein said organic coagulant comprises at least one cationic modified polysaccharide selected from the group consisting of cationic starch, cationic guar gum, cationic cellulose, cationic carboxy methyl cellulose (CMC), cationic cellulose derivative, cationic chitin, cationic chitosan, cationic glycan, cationic galactan, cationic glucan, cationic xanthan gum, cationic pectin, cationic mannan and cationic dextrin, or wherein said organic coagulant comprises liquid cationic starch. i. at least one alkali metal aluminate in an amount ranging from about 90 to about 98 % of the total mass of the formulation; and ii. at least one cationic organic coagulant in an amount ranging from about 2 to about 10 % of the total mass of the formulation, wherein said organic coagulant comprises at least one cationic modified polysaccharide selected from the group consisting of cationic starch, cationic guar gum, cationic cellulose, cationic carboxy methyl cellulose (CMC), cationic cellulose derivative, cationic chitin, cationic chitosan, cationic glycan, cationic galactan, cationic glucan, cationic xanthan gum, cationic pectin, cationic mannan and cationic dextrin, or wherein said organic coagulant comprises liquid cationic starch.
A coalescing filter comprising: a) a housing including a plurality of sidewall panels defining a central chamber configured to receive a filter element therein, wherein the plurality of sidewall panels include a concave curvature relative to a central longitudinal axis of the housing; b) a top fitting coupled to a top end of the housing and including an inlet port configured to receive a moist source gas and direct the moist source gas into the filter element ; and c) a bottom fitting coupled to a bottom end of the housing and including an outlet orifice configured to discharge a dry product gas, wherein the bottom fitting includes a pedestal configured to extend within the central chamber a spaced distance from the plurality of sidewall panels , wherein the pedestal is configured to seat the filter element thereon, the pedestal further including an outlet port in fluid communication with the outlet orifice , wherein the plurality of sidewall panels define a non-circular cross section having three or more vertices , and wherein the bottom fitting further defines a plurality of pockets wherein a respective pocket is located proximate a respective vertex . a) a housing including a plurality of sidewall panels defining a central chamber configured to receive a filter element therein, wherein the plurality of sidewall panels include a concave curvature relative to a central longitudinal axis of the housing; b) a top fitting coupled to a top end of the housing and including an inlet port configured to receive a moist source gas and direct the moist source gas into the filter element ; and c) a bottom fitting coupled to a bottom end of the housing and including an outlet orifice configured to discharge a dry product gas, wherein the plurality of sidewall panels define a non-circular cross section having three or more vertices , and wherein the bottom fitting further defines a plurality of pockets wherein a respective pocket is located proximate a respective vertex .
An electronic device , comprising: at least one thermopile sensor (110, 210, 210A-C) for sensing a presence of an object within a field of view of the at least one thermopile sensor; a processing unit; a memory unit; and computer readable instructions stored in the memory unit that, when executed by the processing unit , cause the device to sense with the at least one thermopile sensor (110, 210, 210A-C) a baseline ambient spatial average temperature within the field of view; monitor the field of view for a variation in the ambient spatial average temperature of the field of view relative to the baseline ambient spatial average temperature; characterize any detected variation ; determine whether the detected variation corresponds to one of a set of anticipated variations, each anticipated variation corresponding to an inferred intent of the object; and cause the electronic device to take at least one predetermined action responsive to a recognized variation , wherein characterizing a detected variation comprises periodically determining the ambient spatial average temperature within the field of view, and recording over time the variation in the measured ambient spatial average temperature relative to the baseline characteristic and wherein determining whether the detected variation corresponds to an anticipated variation comprises comparing characteristics of the recorded variation with characteristics of each of the set of anticipated variations, wherein the characteristics of the anticipated variations are stored as a look up table. at least one thermopile sensor (110, 210, 210A-C) for sensing a presence of an object within a field of view of the at least one thermopile sensor; a processing unit; a memory unit; and computer readable instructions stored in the memory unit that, when executed by the processing unit , cause the device to sense with the at least one thermopile sensor (110, 210, 210A-C) a baseline ambient spatial average temperature within the field of view; monitor the field of view for a variation in the ambient spatial average temperature of the field of view relative to the baseline ambient spatial average temperature; characterize any detected variation ; determine whether the detected variation corresponds to one of a set of anticipated variations, each anticipated variation corresponding to an inferred intent of the object; and cause the electronic device to take at least one predetermined action responsive to a recognized variation , wherein characterizing a detected variation comprises periodically determining the ambient spatial average temperature within the field of view, and recording over time the variation in the measured ambient spatial average temperature relative to the baseline characteristic and wherein determining whether the detected variation corresponds to an anticipated variation comprises comparing characteristics of the recorded variation with characteristics of each of the set of anticipated variations, wherein the characteristics of the anticipated variations are stored as a look up table.