mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: an imaging device including a light source and a light sensor forming a camera; a visor adjacent to the light sensor of the imaging device , wherein the amount of light transmitted via waveguiding through the visor from the light source of the imaging device to the light sensor of the imaging device is reduced by the visor including: optical disrupting features formed in or on a surface of the visor ; and material , opaque to wavelengths emitted by the light source , used in conjunction with the optical disrupting features , the optical disrupting features and opaque material being positioned for blocking light from the light source from entering the light sensor via waveguiding through the visor . an imaging device including a light source and a light sensor forming a camera; a visor adjacent to the light sensor of the imaging device , wherein the amount of light transmitted via waveguiding through the visor from the light source of the imaging device to the light sensor of the imaging device is reduced by the visor including: optical disrupting features formed in or on a surface of the visor ; and material , opaque to wavelengths emitted by the light source , used in conjunction with the optical disrupting features , the optical disrupting features and opaque material being positioned for blocking light from the light source from entering the light sensor via waveguiding through the visor .
A method for cutting a film (1; 1') comprising lithium by means of a laser beam , wherein the film (1; 1') is a lithium film or a metal film coated with lithium , in particular a copper or aluminum film, characterized in that , the laser beam has a wavelength in the green range between 500 nm and 550 nm, in particular of 515 nm, or in the blue range between 440 nm and 460 nm, in particular of 450 nm, or in the violet range between 400 nm and 410 nm, in particular of 405 nm, or in the UV range between 250 nm and 370 nm, in particular of 257 nm, of 355 nm or of 342 nm.
Method for producing an aluminum cradle (BA) intended to be fitted to a vehicle, said method comprising i) a first step in which two transverse ends (ET) opposite one another are machined from a cross member (TB) comprising a transverse partition (CT) extruded a transverse direction and both ends before (EV) of two rear prolong respectively (PB) extruded in a longitudinal direction perpendicular to said transverse direction and comprising each partition a longitudinal (L) extended by upper flanges (AS) and lower (AI) provided with holes defining an anchor point (PA3), in a direction vertical, and ii) a second step in which it welds rear portions (PR) machined of said transverse ends (ET) respectively to said front ends (EV), characterized in that e in said first step is machined a) each front end (EV) having a machining axis parallel to said vertical direction to define a first interface zone (ZI1), then having a machining axis parallel to said longitudinal direction in a lower part to define a second interface zone (ZI2) extending rearwardly said first interface zone (ZI1), and b) each transverse end (ET) to define in an upper part of its rear part (PR) a third interface zone (ZI3) adapted to said first interface zone (ZI1) then having a machining axis parallel to said transverse direction in a lower part of its rear part (PR) to define a fourth interface zone (ZI4) adapted to said second interface zone (ZI2).
An apparatus for wireless communication, comprising: a memory coupled to at least one processor , wherein: the at least one processor configured to receive data and a first pilot from a first station, and to resend the data and to send a second pilot to a second station , and to further receive, from the first station, information indicative of a first pilot format associated with a first transmission mode, and information indicative of a second pilot format associated with a second transmission mode, the first transmission mode and second transmission mode being selected from among multiple transmission modes comprising full usage of subcarriers, FUSC, partial usage of subcarriers, PUSC, and band adaptive modulation and coding, AMC; wherein the first pilot is received in accordance with the first pilot format and the second pilot is sent in accordance with the second pilot format; and wherein the at least one processor is further configured to receive channel information from the second station, the channel information being derived by the second station based on the second pilot, and to select a rate for data transmission to the second station based on the channel information. the at least one processor configured to receive data and a first pilot from a first station, and to resend the data and to send a second pilot to a second station , and to further receive, from the first station, information indicative of a first pilot format associated with a first transmission mode, and information indicative of a second pilot format associated with a second transmission mode, the first transmission mode and second transmission mode being selected from among multiple transmission modes comprising full usage of subcarriers, FUSC, partial usage of subcarriers, PUSC, and band adaptive modulation and coding, AMC; wherein the first pilot is received in accordance with the first pilot format and the second pilot is sent in accordance with the second pilot format; and
A wearable electronic device comprising: a main body ; and a wearing unit that allows the main body to be worn on a user's body, wherein the wearing unit comprises: a first wearing member extending from the main body ; a binding member coupled to the first wearing member to be moved in a longitudinal direction of the first wearing member ; and a driving member installed in the first wearing member to move the binding member ; wherein the driving member includes: a tube fixed in the first wearing member in a zigzag shape or a vortex shape; and a wire (127b; 429b) disposed in the tube , the wire having a first end fixed to the main body or the first wearing member , and a second end connected to the binding member ; wherein the wire (127b; 429b) is made of at least one of an artificial muscle, a shape memory alloy, and an electro-active polymer, such that, when an electric signal is applied, the wire (127b; 429b) contracts so as to move the binding member in a direction of reducing a length of the wearing unit. a main body ; and a wearing unit that allows the main body to be worn on a user's body, wherein the wearing unit comprises: a first wearing member extending from the main body ; a binding member coupled to the first wearing member to be moved in a longitudinal direction of the first wearing member ; and a first wearing member extending from the main body ; a binding member coupled to the first wearing member to be moved in a longitudinal direction of the first wearing member ; and a driving member installed in the first wearing member to move the binding member ; wherein the driving member includes: a tube fixed in the first wearing member in a zigzag shape or a vortex shape; and a wire (127b; 429b) disposed in the tube , the wire having a first end fixed to the main body or the first wearing member , and a second end connected to the binding member ; a tube fixed in the first wearing member in a zigzag shape or a vortex shape; and a wire (127b; 429b) disposed in the tube , the wire having a first end fixed to the main body or the first wearing member , and a second end connected to the binding member ; wherein the wire (127b; 429b) is made of at least one of an artificial muscle, a shape memory alloy, and an electro-active polymer, such that, when an electric signal is applied, the wire (127b; 429b) contracts so as to move the binding member in a direction of reducing a length of the wearing unit.
Cosmetic use of a composition comprising Akkermansia muciniphila or fragments thereof for promoting weight loss in a subject in need thereof, wherein Akkermansia muciniphila is pasteurized.
A traffic control method, comprising: receiving (S100), by a slave device, a notification message sent by a master device; parsing (S5), by the slave device, the notification message; determining, by the slave device, a type of a network used by the master device is a cellular network type when the notification message carries a first identifier, the first identifier is a device type identifier of the master device, the type of the network used by the master device is a wireless local area network type when the notification message does not carry the first identifier; displaying (S5), by the slave device, a Service Set Identifier, SSID, of a wireless local area network provided by the master device carried in the notification message and the type of the network used by the master device; establishing (S7), by the slave device, a connection with the master device after a user selects the SSID; and after the slave device and the master device establish the connection, reminding a user whether to continue when detecting the user wants to download a video in a video software when the type of the network used by the master device is the cellular network type, without restricting, by the slave device, use of network traffic in the video software when the type of the network used by the master device is the wireless local area network type; wherein the slave device accesses the Internet by using the master device as an access point. receiving (S100), by a slave device, a notification message sent by a master device; parsing (S5), by the slave device, the notification message; determining, by the slave device, a type of a network used by the master device is a cellular network type when the notification message carries a first identifier, the first identifier is a device type identifier of the master device, the type of the network used by the master device is a wireless local area network type when the notification message does not carry the first identifier; displaying (S5), by the slave device, a Service Set Identifier, SSID, of a wireless local area network provided by the master device carried in the notification message and the type of the network used by the master device; establishing (S7), by the slave device, a connection with the master device after a user selects the SSID; and after the slave device and the master device establish the connection, reminding a user whether to continue when detecting the user wants to download a video in a video software when the type of the network used by the master device is the cellular network type, without restricting, by the slave device, use of network traffic in the video software when the type of the network used by the master device is the wireless local area network type; wherein the slave device accesses the Internet by using the master device as an access point.
A device for simulating a force on an actuation element of a vehicle, comprising a housing and a piston which can be moved axially in the housing , wherein the piston consists of a piston element and a link component and via a piston rod is connected to the actuation element, and comprising a spring element which is arranged at least partially, in particular completely, within the housing , and wherein the link component of the piston has a changing cross section, and when actuated by the actuation element engages into the spring element , characterised in that roller bodies are arranged on the spring element which are operatively connected to the piston , and the spring element consists of at least a first and a second spring part which are connected to each other, that the piston element is designed to be cylindrical and comprises a substantially central opening on both end faces, wherein one opening is used for connection to the link component and the other opening is used for connection to the piston rod , and that outside the piston rod and at least partially outside the housing an acting force accumulator is provided between the piston rod and the housing , wherein the piston rod is displaced in the axial direction (a) when the actuation element is actuated, as a result of which the energy accumulator is compressed and the driver feels a counterforce directed against the actuation direction, and wherein the piston is also moved axially through the axial actuation of the piston rod , as a result of which the link component of the piston is pushed into the spring element arranged in the housing and the counterforces resulting from the link component are added to the counterforces resulting from the energy accumulator and simulate a desired force characteristic curve for the driver.
A display substrate for an OLED display, comprising: a base , comprising a display region and a non-display region around the display region ; at least one protrusion on the base in the non-display region ; and a packaging layer , arranged on the base , the protrusion being positioned between the base and the packaging layer , and the packaging layer covering at least a portion of the protrusion , wherein the protrusion at least includes a first protrusion and a second protrusion which are sequentially arranged around the display region , the first protrusion and the second protrusion are adjacently arranged, and the first protrusion is positioned closer to the display region as compared with the second protrusion ; in a direction perpendicular to a plane where the base is positioned, a height of the second protrusion is greater than that of the first protrusion , characterized in that a difference between the height of the second protrusion and the height of the first protrusion is 0.5 to 3 microns, the height of the protrusion is 2 to 15 microns: in a direction parallel to the plane where the base is positioned, a width of the protrusion is 30 to 100 microns, and in the direction parallel to the plane where the base is positioned, a spacing between the first protrusion and the second protrusion is 30 to 100 microns. a base , comprising a display region and a non-display region around the display region ; at least one protrusion on the base in the non-display region ; and a packaging layer , arranged on the base , the protrusion being positioned between the base and the packaging layer , and the packaging layer covering at least a portion of the protrusion , wherein the protrusion at least includes a first protrusion and a second protrusion which are sequentially arranged around the display region , the first protrusion and the second protrusion are adjacently arranged, and the first protrusion is positioned closer to the display region as compared with the second protrusion ; in a direction perpendicular to a plane where the base is positioned, a height of the second protrusion is greater than that of the first protrusion , characterized in that a difference between the height of the second protrusion and the height of the first protrusion is 0.5 to 3 microns, the height of the protrusion is 2 to 15 microns: in a direction parallel to the plane where the base is positioned, a width of the protrusion is 30 to 100 microns, and in the direction parallel to the plane where the base is positioned, a spacing between the first protrusion and the second protrusion is 30 to 100 microns. in a direction parallel to the plane where the base is positioned, a width of the protrusion is 30 to 100 microns, and in the direction parallel to the plane where the base is positioned, a spacing between the first protrusion and the second protrusion is 30 to 100 microns.
A method , comprising: wirelessly authenticating a mobile device with a reader device integral to or associated with an electronic lock; receiving , with the mobile device, an acoustic signal from a user while the mobile device is in a low-power state; analyzing the acoustic signal to (i) determine whether the acoustic signal corresponds with an authorized command based on a set of authorized commands, (ii) determine whether a voiceprint generated from the acoustic signal corresponds to an authorized voiceprint based on a set of authorized voiceprints, and (iii) determine whether a distance between the mobile device and the reader device corresponds to a predetermined authorized radius; transmitting the authorized command wirelessly from the mobile device to the reader device in response to a determination that the acoustic signal corresponds with an authorized command of an authorized user; receiving the authorized command at the reader device; processing, with the reader device, the command to determine an action to be performed by the electronic lock; and performing the action by the electronic lock if the mobile device is authorized to request the command to be performed. wirelessly authenticating a mobile device with a reader device integral to or associated with an electronic lock; receiving , with the mobile device, an acoustic signal from a user while the mobile device is in a low-power state; analyzing the acoustic signal to (i) determine whether the acoustic signal corresponds with an authorized command based on a set of authorized commands, (ii) determine whether a voiceprint generated from the acoustic signal corresponds to an authorized voiceprint based on a set of authorized voiceprints, and (iii) determine whether a distance between the mobile device and the reader device corresponds to a predetermined authorized radius; transmitting the authorized command wirelessly from the mobile device to the reader device in response to a determination that the acoustic signal corresponds with an authorized command of an authorized user; receiving the authorized command at the reader device; processing, with the reader device, the command to determine an action to be performed by the electronic lock; and performing the action by the electronic lock if the mobile device is authorized to request the command to be performed.
A method for optimizing graphic performance of at least one display, the method comprising the steps of: a) providing at least two processors , each of the at least two processors executing a real time operating system with time partitioning and space partitioning; b) driving a graphics hardware accelerator with a first processor from the at least two processors ; c) sharing memory resources by the first and at least one second application processor from the at least two processors ; and d) decoding graphics data generated by the at least one second application processor from the at least two processors , wherein the step of decoding graphics data comprises the step of encoding at multiple address partitions by the at least one second application processor . a) providing at least two processors , each of the at least two processors executing a real time operating system with time partitioning and space partitioning; b) driving a graphics hardware accelerator with a first processor from the at least two processors ; c) sharing memory resources by the first and at least one second application processor from the at least two processors ; and d) decoding graphics data generated by the at least one second application processor from the at least two processors , wherein the step of decoding graphics data comprises the step of encoding at multiple address partitions by the at least one second application processor .
A viral vector for use in a gene therapy treatment of severe and/or moderate haemophilia B in a human patient, wherein the viral vector comprises a nucleic acid encoding a modified FIX polypeptide, having at least the following sequence: wherein X represents A.
A wind turbine comprising: - a wind turbine tower having an inner sidewall , - a nacelle arranged on the wind turbine tower , wherein a yaw mechanism is arranged between the wind turbine tower and the nacelle , the yaw mechanism is configured to rotate the nacelle relative to the wind turbine tower , - a cable twisting system arranged inside the wind turbine tower , the cable twisting system comprises a plurality of spacer elements distributed along an axial centre axis, where each spacer element extends outwards in a radial direction and is configured to guide a plurality of cables which extend outwards from the nacelle and into the interior of the wind turbine tower , wherein a lowermost of said spacer elements is connected to the inner sidewall by at least one first fixture , - wherein the lowermost spacer element is configured to rotate around the axial centre axis when the cables are twisting during yawing, and where the at least one first fixture is configured to at least apply a first force to the lowermost spacer element to counteract this rotational movement of the lowermost spacer element to bring the lowermost spacer element into an equilibrium position characterised in that the cable twisting system further extends through a cavity of at least one guiding element arranged relative to the cable twisting system , wherein the at least one guiding element is connected to the inner sidewall by means of at least one second fixture . - a wind turbine tower having an inner sidewall , - a nacelle arranged on the wind turbine tower , wherein a yaw mechanism is arranged between the wind turbine tower and the nacelle , the yaw mechanism is configured to rotate the nacelle relative to the wind turbine tower , - a cable twisting system arranged inside the wind turbine tower , the cable twisting system comprises a plurality of spacer elements distributed along an axial centre axis, where each spacer element extends outwards in a radial direction and is configured to guide a plurality of cables which extend outwards from the nacelle and into the interior of the wind turbine tower , wherein a lowermost of said spacer elements is connected to the inner sidewall by at least one first fixture , - wherein the lowermost spacer element is configured to rotate around the axial centre axis when the cables are twisting during yawing, and where the at least one first fixture is configured to at least apply a first force to the lowermost spacer element to counteract this rotational movement of the lowermost spacer element to bring the lowermost spacer element into an equilibrium position characterised in that the cable twisting system further extends through a cavity of at least one guiding element arranged relative to the cable twisting system , wherein the at least one guiding element is connected to the inner sidewall by means of at least one second fixture .