mhurhangee/patent-ind-claim-en huggingface dataset:
A controller for an e-vaping device , comprising: a movement sensor configured to detect movement of the e-vaping device and output an output signal based on the movement; and control circuitry configured to detect a movement event based on a magnitude of the output signal, count a number of the detected movement events based on a number of times that the magnitude of the output signal exceeds at least one threshold value within an expiration time associated with the at least one threshold value, and identify an operating event based on the counted number of detected movement events, wherein the control circuitry is further configured to control power supplied to a first set of the power consuming elements of the e-vaping device when the identified operating event is a first operating event, and configured to supply power to a second set of the power consuming elements when the identified operating event is a second operating event. a movement sensor configured to detect movement of the e-vaping device and output an output signal based on the movement; and control circuitry configured to detect a movement event based on a magnitude of the output signal, count a number of the detected movement events based on a number of times that the magnitude of the output signal exceeds at least one threshold value within an expiration time associated with the at least one threshold value, and identify an operating event based on the counted number of detected movement events, wherein the control circuitry is further configured to control power supplied to a first set of the power consuming elements of the e-vaping device when the identified operating event is a first operating event, and configured to supply power to a second set of the power consuming elements when the identified operating event is a second operating event.
A railway vehicle comprising: a) a vehicle body having a body outer side (B) facing the railway vehicle's surroundings (O); and b) a window assembly mounted in the vehicle body , said window assembly including: i) a window pane with a pane outer side facing the railway vehicle's surroundings (O); ii) a window frame with a pane outer side securing part securing the pane outer side and a frame mounting part connecting the window frame to the vehicle body , said window pane being mounted in said window frame ; and iii) a pane outer side securing member comprising a main body and a frame covering device covering, from the railway vehicle's surroundings (O), otherwise exposed sections of the pane outer side securing part and of the connection between the frame mounting part and the vehicle body , characterised in that said pane outer side securing part and said frame mounting part are both shifted towards the railway vehicle's interior (I) with respect to said body outer side (B), and in that said frame covering device is movable between an open (P1) and closed (P2) position. a) a vehicle body having a body outer side (B) facing the railway vehicle's surroundings (O); and b) a window assembly mounted in the vehicle body , said window assembly including: i) a window pane with a pane outer side facing the railway vehicle's surroundings (O); ii) a window frame with a pane outer side securing part securing the pane outer side and a frame mounting part connecting the window frame to the vehicle body , said window pane being mounted in said window frame ; and iii) a pane outer side securing member comprising a main body and a frame covering device covering, from the railway vehicle's surroundings (O), otherwise exposed sections of the pane outer side securing part and of the connection between the frame mounting part and the vehicle body , characterised in that said pane outer side securing part and said frame mounting part are both shifted towards the railway vehicle's interior (I) with respect to said body outer side (B), and in that said frame covering device is movable between an open (P1) and closed (P2) position. i) a window pane with a pane outer side facing the railway vehicle's surroundings (O); ii) a window frame with a pane outer side securing part securing the pane outer side and a frame mounting part connecting the window frame to the vehicle body , said window pane being mounted in said window frame ; and iii) a pane outer side securing member comprising a main body and a frame covering device covering, from the railway vehicle's surroundings (O), otherwise exposed sections of the pane outer side securing part and of the connection between the frame mounting part and the vehicle body ,
A compound for use in the treatment of lipofuscin associated diseases of the eye by degradation of lipofuscin, wherein the disease is selected from age-related macular degeneration (AMD), Stargardt's disease, Best's disease and Retinitis pigmentosa, and wherein the compound is riboflavin.
Method for determining a safe braking value of a rail vehicle, which is representative of a current braking capacity and can be used by a train control device , in which a safety interval is regularly determined in which the current braking capacity of the rail vehicle lies with a predetermined level of safety, and in which the safe braking value is stipulated on the basis of the safety interval , characterised in that a time (t) elapsed since the last braking of the rail vehicle is taken into account when estimating the safety interval .
A transport system , comprising at least two controllable driving devices , at least one carrier (60; 70), and at least one sensor device for detecting the position of said at least one carrier (60; 70) in said transport system , wherein at least one magnetic element (61; 71) of said at least one carrier (60; 70) is positioned to cooperate with said at least two controllable driving devices so that said at least one carrier (60; 70) is moveable relative to said at least two controllable driving devices by magnetic force, wherein said at least one sensor device is positioned to detect the position of said at least one carrier (60; 70) at one of said at least two controllable driving devices , wherein said at least one sensor device is adapted to produce detection signals (S10; S20; S30; S10, S11) having a base tone (S0; S01, S02) and higher harmonics, wherein said sensor device comprises at least two sensor elements for measuring the position of said carrier (60; 70), at least two extra sensor elements for measuring the position of said carrier (60; 70), and an adjusting element configured to adjust the detection signals (S10; S20; S30; S10, S11) of said at least two sensor elements by detection signals of the at least two extra sensor elements to cancel at least one of said harmonics of said base tone (S0; S01, S02) of one of said detection signals (S10; S20; S30; S10, S11), wherein said at least two controllable driving devices , said at least two sensor elements and said at least two extra sensor elements are positioned in a plane which is spaced by an air gap (G) from said at least one carrier (60; 70), wherein said air gap (G) is configured to have a value balancing between signal to noise ratio and signal distortion due to the harmonics of the detection signal (S10; S20; S30; S10, S11) of the sensor device , and wherein said at least two extra sensor elements are positioned relative to the at least two sensor elements to cancel said at least one harmonic of a base tone (S0; S01, S02) of the detection signals (S10; S20; S30; S10, S11) of the at least two sensor elements by the adjustment for which said adjusting element is configured.
A base station in a wireless communication system in which the base station and one or more terminals share the same frequency channel, the base station comprising: n antenna sets , where n is an integer of two or more, each of the antenna sets (1 1) contains multiple antennas ; n number of antenna switch units selecting one antenna from each of the antenna sets ; n number of signal change units each changing a combination of one or more of a phase, a timing, a frequency, and a power of each signal transmitted or received in n number of antennas being selected from the antenna sets , respectively, in the antenna switch units ; a notification unit outputting a notification signal, in which control information on the antenna switch units and the signal change units according to a target terminal being a destination or source of the signals transmitted or received in the n number of antennas, are arranged according to a switch time of each of the antenna switch units and a change time of each of the signal change units , hereinafter referred to as "reaction time of each unit"; and a control unit sequentially starting control of switching by each of the antenna switch units and control of changing by each of the signal change units in order in which the control information on the each unit in the notification signal is notified. n antenna sets , where n is an integer of two or more, each of the antenna sets (1 1) contains multiple antennas ; n number of antenna switch units selecting one antenna from each of the antenna sets ; n number of signal change units each changing a combination of one or more of a phase, a timing, a frequency, and a power of each signal transmitted or received in n number of antennas being selected from the antenna sets , respectively, in the antenna switch units ; a notification unit outputting a notification signal, in which control information on the antenna switch units and the signal change units according to a target terminal being a destination or source of the signals transmitted or received in the n number of antennas, are arranged according to a switch time of each of the antenna switch units and a change time of each of the signal change units , hereinafter referred to as "reaction time of each unit"; and a control unit sequentially starting control of switching by each of the antenna switch units and control of changing by each of the signal change units in order in which the control information on the each unit in the notification signal is notified.
A method for producing low molecular weight polytetrafluoroethylene (PTFE), comprising: feeding high molecular weight PTFE having a standard specific gravity of 2.130-2.230, determined in conformity with ASTM D4895, and a gas mixture containing an inert gas and oxygen and having an oxygen content relative to the total of the inert gas and oxygen of 1-5 vol% into an airtight container and irradiating the high molecular weight PTFE with a radiation selected from electron beams, gamma rays, X-rays, and neutron beams to provide low molecular weight PTFE which has a melt viscosity at 380°C of 1.0 × 10 2 to 7.0 × 10 5 Pa·s, wherein the melt viscosity is a value determined by heating a 2-g sample at 380°C for five minutes in advance and then keeping this sample at this temperature under a load of 0.7 MPa using a flow tester of Shimadzu Corp. and a 2φ-8L die in conformity with ASTM D1238. feeding high molecular weight PTFE having a standard specific gravity of 2.130-2.230, determined in conformity with ASTM D4895, and a gas mixture containing an inert gas and oxygen and having an oxygen content relative to the total of the inert gas and oxygen of 1-5 vol% into an airtight container and irradiating the high molecular weight PTFE with a radiation selected from electron beams, gamma rays, X-rays, and neutron beams to provide low molecular weight PTFE which has a melt viscosity at 380°C of 1.0 × 10 2 to 7.0 × 10 5 Pa·s, wherein the melt viscosity is a value determined by heating a 2-g sample at 380°C for five minutes in advance and then keeping this sample at this temperature under a load of 0.7 MPa using a flow tester of Shimadzu Corp. and a 2φ-8L die in conformity with ASTM D1238.
A computer-implemented method for cross window animation, comprising: determining an animation area that covers portions of different windows that are used during the cross window animation; creating an overlay window that is sized to cover the animation area; displaying the overlay window over the portions of the different windows; performing an animation using the overlay window, wherein the animation is an interwindow animation that animates a visual element over the different windows; wherein layers are used to represent visual elements that are moved as part of the animation, before performing the animation, changing a parent of layers of the different windows to the overlay window to move the visual elements across the different windows that are under the display of the overlay window; changing the parent of layers back from the overlay window to the different windows after the animation is complete, and removing the overlay window when the animation is complete, wherein the underlying windows include a supported window that is able to draw content directly to the overlay window and an unsupported window that is not able to draw content directly to the overlay window; and wherein the method further comprises directing the supported window to draw content directly to the overlay window, and drawing a picture of the unsupported window to the overlay window. determining an animation area that covers portions of different windows that are used during the cross window animation; creating an overlay window that is sized to cover the animation area; displaying the overlay window over the portions of the different windows; performing an animation using the overlay window, wherein the animation is an interwindow animation that animates a visual element over the different windows; wherein layers are used to represent visual elements that are moved as part of the animation, before performing the animation, changing a parent of layers of the different windows to the overlay window to move the visual elements across the different windows that are under the display of the overlay window; changing the parent of layers back from the overlay window to the different windows after the animation is complete, and removing the overlay window when the animation is complete, wherein the underlying windows include a supported window that is able to draw content directly to the overlay window and an unsupported window that is not able to draw content directly to the overlay window; and wherein the method further comprises directing the supported window to draw content directly to the overlay window, and drawing a picture of the unsupported window to the overlay window.
A method of forming a glass plate , wherein the glass plate is placed on a convex curved surface of a forming die , thereafter the glass plate is bent into a shape along the curved surface by heating the glass plate , the method comprising: a placing step of placing the glass plate on the curved surface of the forming die , wherein the method further comprises a processing step of bending the glass plate by softening the glass plate by heating the glass plate while applying a force to at least any part of a peripheral edge of the glass plate , wherein the glass plate has a first side and a second side being opposite to each other, the first side and the second side contacting with an upper end of the forming die in the placing step respectively, wherein, in the processing step, the force is applied to at least any part of the peripheral edge of the glass plate with a plate-like weight placed on each of the first side and the second side , or the force is applied to the peripheral edge of the glass plate with a frame-shaped weight placed on an entire portion of the peripheral edge of the glass plate , and wherein the weight is made of glass having a same composition as a composition of glass constituting the glass plate . a placing step of placing the glass plate on the curved surface of the forming die , wherein the method further comprises a processing step of bending the glass plate by softening the glass plate by heating the glass plate while applying a force to at least any part of a peripheral edge of the glass plate , wherein the glass plate has a first side and a second side being opposite to each other, the first side and the second side contacting with an upper end of the forming die in the placing step respectively, wherein, in the processing step, the force is applied to at least any part of the peripheral edge of the glass plate with a plate-like weight placed on each of the first side and the second side , or the force is applied to the peripheral edge of the glass plate with a frame-shaped weight placed on an entire portion of the peripheral edge of the glass plate , and wherein the weight is made of glass having a same composition as a composition of glass constituting the glass plate .
An insert molded body , comprising a metallic insert member and a polyacetal resin member , the metallic insert member being directly joined with the polyacetal resin member , the polyacetal resin member being a molded body of a polyacetal resin composition including 100 parts by mass of a polyacetal resin (A), characterized in that polyacetal resin composition further includes 30 parts by mass or more and 150 parts by mass or less of a thermoplastic polyester elastomer (B). the metallic insert member being directly joined with the polyacetal resin member , the polyacetal resin member being a molded body of a polyacetal resin composition including 100 parts by mass of a polyacetal resin (A), characterized in that polyacetal resin composition further includes 30 parts by mass or more and 150 parts by mass or less of a thermoplastic polyester elastomer (B).
Kit comprising a prosthetic component , provided with a stem , adapted to be implanted in use at a bone of a patient, such as for example a tibial and/or femoral component of a knee prosthesis adapted to be implanted at one end of the tibial bone and/or femoral bone of the patient at a knee joint, or a femoral component of a hip prosthesis, adapted to be implanted in use at one end of the femoral bone of the patient, or a humeral component of a shoulder prosthesis, or a component of an elbow prosthesis, and a case-like or shell-like device provided with an opening and with a cavity and adapted to externally cover at least said stem of said prosthetic component and/or to house inside said cavity at least said stem of said prosthetic component , wherein said prosthetic component is made of a metal material, wherein said case-like or shell-like device is in use placed between said prosthetic component and the bone of the patient, in a manner such to prevent in use the direct contact between said prosthetic component and the bone of the patient and to stably constrain said prosthetic component to the bone of the patient, characterized in that said device is made of a plastic material, such as bone cement and/or PMMA.
Apparatus for encoding directional audio coding parameters comprising diffuseness parameters and direction parameters, comprising: a parameter calculator for calculating the diffuseness parameters with a first time or frequency resolution and for calculating the direction parameters with a second time or frequency resolution, wherein the second time or frequency resolution is different from the first time or frequency resolution; and a quantizer and encoder processor for generating a quantized and encoded representation of the diffuseness parameters and the direction parameters. a parameter calculator for calculating the diffuseness parameters with a first time or frequency resolution and for calculating the direction parameters with a second time or frequency resolution, wherein the second time or frequency resolution is different from the first time or frequency resolution; and a quantizer and encoder processor for generating a quantized and encoded representation of the diffuseness parameters and the direction parameters.
A topical formulation containing 13- cis -retinoic acid in concentrations from 0.001% to 0.25%, another retinoid with keratolytic therapeutic action in acne and an antibiotic capable of controlling P. acnes in a cosmetically acceptable aqueous vehicle containing antioxidants and preservatives suitable to protect retinoids against oxidation for use in the topical treatment of acne, wherein the other retinoid with keratolytic therapeutic action in acne is all-trans -retinoic acid in concentrations from 0.001% to 0.25% and wherein the antibiotic is clindamycin in concentrations from 0.5% to 3%.
A method for transmitting, by a base station, BS, reference signals, RSs, for channel measurement for M antenna ports of the BS in a downlink multiple input multiple output, MIMO, system which supports a first type user equipment, UE, capable of recognizing first antenna ports and a second type UE capable of recognizing the first antenna ports and second antenna ports different from the first antenna ports, the method comprising: transmitting subframe-associated information which designates one or more second subframes among a plurality of subframes; transmitting first RSs for a number N of first antenna ports among the M antenna ports in each of the plurality of subframes; and transmitting second RSs for a number L of second antenna ports among the M antenna ports of the BS, where M=N+L, in each of the one or more second subframes based on the subframe-associated information, wherein the second RSs are transmitted using code division multiplexing. transmitting subframe-associated information which designates one or more second subframes among a plurality of subframes; transmitting first RSs for a number N of first antenna ports among the M antenna ports in each of the plurality of subframes; and transmitting second RSs for a number L of second antenna ports among the M antenna ports of the BS, where M=N+L, in each of the one or more second subframes based on the subframe-associated information, wherein the second RSs are transmitted using code division multiplexing.