mhurhangee/patent-ind-claim-en huggingface dataset:
Differential eddy current line sensor comprising a sensor array with a plurality of n sensor coils , wherein • the cross section of a respective sensor coil (2, 2a-2d) is 0.15mm 2 maximal, in particular 0.04mm 2 maximal, • the sensor coils (2, 2a-2d) are lined up along a line (x), wherein each two successive sensor coils (2, 2a-2d) are alternately offset to the line (x) such that the distance (dx) between the centres (c) of each two successive coils (2, 2a-2d) in direction of the line (x) is less than the straight distance (s) between the centres (c), and • wherein each coil (2, 2a-2d) has a core with an initial relative magnetic permeability of at least 5000, particularly a permalloy core and/or amorphous metal core , and • the sensor coils (2, 2a-2d) are mounted and drivable in parallel and a respective sensor coil forms a differential sensing probe (SP1, SP2) with the adjacent sensor coil to its one side as well as with the adjacent sensor coil to its other side, the line sensor therewith providing n-1 differential sensing probes (SP1, SP2), and • each sensor coil (2, 2a-2d) is directly electrically interconnected to a respective emitter gain stage (G1-G3), in particular wherein the emitter gain stages (G1-G3) serve as demodulators. • the cross section of a respective sensor coil (2, 2a-2d) is 0.15mm 2 maximal, in particular 0.04mm 2 maximal, • the sensor coils (2, 2a-2d) are lined up along a line (x), wherein each two successive sensor coils (2, 2a-2d) are alternately offset to the line (x) such that the distance (dx) between the centres (c) of each two successive coils (2, 2a-2d) in direction of the line (x) is less than the straight distance (s) between the centres (c), and • wherein each coil (2, 2a-2d) has a core with an initial relative magnetic permeability of at least 5000, particularly a permalloy core and/or amorphous metal core , and • the sensor coils (2, 2a-2d) are mounted and drivable in parallel and a respective sensor coil forms a differential sensing probe (SP1, SP2) with the adjacent sensor coil to its one side as well as with the adjacent sensor coil to its other side, the line sensor therewith providing n-1 differential sensing probes (SP1, SP2), and • each sensor coil (2, 2a-2d) is directly electrically interconnected to a respective emitter gain stage (G1-G3), in particular wherein the emitter gain stages (G1-G3) serve as demodulators.
A device of canceling interference, applied in a multiple input multiple output, MIMO, wireless full-duplex system, comprising: a signal reconstructing unit , configured to reconstruct each of interference signals according to each of reference signals, and acquire a reconstructed interference signal according to the each of the interference signals, wherein the reference signals are acquired through multiple transmission antennas or multiple transmitters; an interference cancellation unit , configured to acquire a residual signal according to the reconstructed interference signal and a received signal; and a parameter updating unit , configured to update, according to the residual signal and the each of the reference signals, a parameter used for reconstructing the each of the interference signals; wherein the signal reconstructing unit is specifically configured to acquire the each of the interference signals by means of making the each of the reference signals respectively pass through each of finite impulse response, FIR, filters corresponding to the each of the reference signals; wherein the signal reconstructing unit further comprises: a signal combining unit , configured to sum the each of the interference signals to obtain the reconstructed interference signal; wherein the parameter updating unit is specifically configured to update a filter coefficient of the each of the FIR filters according to the residual signal and the each of the reference signals. a signal reconstructing unit , configured to reconstruct each of interference signals according to each of reference signals, and acquire a reconstructed interference signal according to the each of the interference signals, wherein the reference signals are acquired through multiple transmission antennas or multiple transmitters; an interference cancellation unit , configured to acquire a residual signal according to the reconstructed interference signal and a received signal; and a parameter updating unit , configured to update, according to the residual signal and the each of the reference signals, a parameter used for reconstructing the each of the interference signals; wherein the signal reconstructing unit is specifically configured to acquire the each of the interference signals by means of making the each of the reference signals respectively pass through each of finite impulse response, FIR, filters corresponding to the each of the reference signals; wherein the signal reconstructing unit further comprises: a signal combining unit , configured to sum the each of the interference signals to obtain the reconstructed interference signal; wherein the parameter updating unit is specifically configured to update a filter coefficient of the each of the FIR filters according to the residual signal and the each of the reference signals.
A method for processing a browser based computer game, BBG, the method comprising: receiving a definition of native inputs defined for the game and capable of causing an action in the game, the native inputs being tied to actions through a native device; detecting an alternate device without each of the native inputs when accessing the game; mapping the native inputs from the native device to a plurality of alternate inputs from the alternate device and defining an input mapping table that identifies the mapping between the actions in the game, the native inputs, and the alternate inputs from the alternate device; and translating inputs generated with the alternate device to corresponding native inputs according to the mapping to cause corresponding actions in the game; wherein mappings for the alternate inputs are maintained for translating the alternate inputs during game play to cause the corresponding actions in the game; wherein the native device is either a keyboard or a mouse and the alternate device is selected from a group consisting of: a game controller, a game controller movement detecting camera, a player motion detecting camera, a voice command detecting microphone, a remote control, a telephone keypad, or a touch-sensitive screen. receiving a definition of native inputs defined for the game and capable of causing an action in the game, the native inputs being tied to actions through a native device; detecting an alternate device without each of the native inputs when accessing the game; mapping the native inputs from the native device to a plurality of alternate inputs from the alternate device and defining an input mapping table that identifies the mapping between the actions in the game, the native inputs, and the alternate inputs from the alternate device; and translating inputs generated with the alternate device to corresponding native inputs according to the mapping to cause corresponding actions in the game; wherein mappings for the alternate inputs are maintained for translating the alternate inputs during game play to cause the corresponding actions in the game; wherein the native device is either a keyboard or a mouse and the alternate device is selected from a group consisting of: a game controller, a game controller movement detecting camera, a player motion detecting camera, a voice command detecting microphone, a remote control, a telephone keypad, or a touch-sensitive screen.
A cord lock, comprising: a first member including a first passage portion and a second passage portion for a cord (R); a second member combined with the first member so as to be capable of moving to rise and fall as a support point on a second passage portion side, and including a third passage portion positioned between the first passage portion and the second passage portion on a free end side of a rising and falling movement thereof, and passing the cord (R) through; and an urging device urging the second member in a standing direction, wherein the support point is formed by an engaging portion formed in one of the first member and the second member , and an engaged portion formed in the other of those members, and engaged with the engaging portion, and the cord (R) pulled out of the second passage portion is positioned on a free end side of the second member more than the support point , wherein the cord lock comprises a guide wall guiding the cord (R) inserted from one of the first passage portion and the second passage portion to the other of those, characterized in that the guide wall is formed by first guide walls formed inside the first member ; and second guide walls formed inside the second member , and forming one portion of an insertion passage of the cord (R) together with the first guide walls in a state wherein the second member falls against the urging of the urging device . a first member including a first passage portion and a second passage portion for a cord (R); a second member combined with the first member so as to be capable of moving to rise and fall as a support point on a second passage portion side, and including a third passage portion positioned between the first passage portion and the second passage portion on a free end side of a rising and falling movement thereof, and passing the cord (R) through; and an urging device urging the second member in a standing direction, wherein the support point is formed by an engaging portion formed in one of the first member and the second member , and an engaged portion formed in the other of those members, and engaged with the engaging portion, and the cord (R) pulled out of the second passage portion is positioned on a free end side of the second member more than the support point , wherein the cord lock comprises a guide wall guiding the cord (R) inserted from one of the first passage portion and the second passage portion to the other of those, characterized in that the guide wall is formed by first guide walls formed inside the first member ; and second guide walls formed inside the second member , and forming one portion of an insertion passage of the cord (R) together with the first guide walls in a state wherein the second member falls against the urging of the urging device .
An anti-reflective film comprising: a hard coating layer; and a low-refractive layer including an organic polymer resin and two or more kinds of hollow inorganic particles having different particle sizes which are dispersed in the organic polymer resin, wherein the two or more kinds of hollow inorganic particles having different particle sizes include one kind of hollow inorganic particles having a particle size of 35 nm to 61 nm and one kind of hollow inorganic particles having a particle size of 64 nm to 100 nm, and the anti-reflective film exhibits one or more peaks at a scattering vector (q max ) of 0.128 nm -1 to 0.209 nm -1 in a graph showing a log value of a scattering intensity to a scattering vector defined in small-angle X-ray scattering, wherein a weight ratio of the hollow inorganic particles having a particle size of 35 nm to 61 nm and the hollow inorganic particles having a particle size of 64 nm to 100 nm is 7:3 to 3:7.
A piezoelectric device comprising: a layered structure in which at least a first electrode , a plastic layer , an orientation control layer , a piezoelectric layer , and a second electrode are stacked, wherein the orientation control layer is amorphous, and the piezoelectric layer with a thickness of 20 nm to 250 nm is provided over the orientation control layer , the piezoelectric layer having a wurtzite crystal structure, wherein the orientation control layer and the piezoelectric layer are provided between the first electrode and the second electrode , and wherein the orientation control layer is formed of zinc oxide as a basic component to which Al 2 O 3 and SiO x are added. a layered structure in which at least a first electrode , a plastic layer , an orientation control layer , a piezoelectric layer , and a second electrode are stacked, wherein the orientation control layer is amorphous, and the piezoelectric layer with a thickness of 20 nm to 250 nm is provided over the orientation control layer , the piezoelectric layer having a wurtzite crystal structure, wherein the orientation control layer and the piezoelectric layer are provided between the first electrode and the second electrode , and wherein the orientation control layer is formed of zinc oxide as a basic component to which Al 2 O 3 and SiO x are added.
A method for compositing display data at a remote device to form an image for display, the remote device receiving (S62) elements of the image for compositing from a host device over a transmission channel, wherein the image comprises at least display data forming a background layer, display elements forming one or more foreground layers and an overlay data layer, the method comprising: receiving (S63), at the remote device, sensor information comprising data indicating a position of an eye of a viewer, a direction of focus of the eye of the viewer, and a position of a display , wherein the data indicating the direction of focus of the eye of the viewer is acquired from an eye-tracking sensor coupled to the remote device; determining (S64), at the remote device, using the sensor information, movement of a line of sight between the eye of the viewer and the display; determining, at the remote device, an estimate of a future position of the line of sight at a future time based on the determined movement of the line of sight; determining (S65), at the remote device, an adjustment to be made to the image based on the future position of the line of sight, the adjustment comprising a change of at least one of: the display data forming the background layer, the display elements forming the one or more foreground layers, or a location of the display elements relative to the display data; compositing (S66), at the remote device, the display elements of the at least one foreground layer relative to the display data of the background layer according to the determined adjustment; and forwarding (S67) the composited image for display on the display at the future time. receiving (S63), at the remote device, sensor information comprising data indicating a position of an eye of a viewer, a direction of focus of the eye of the viewer, and a position of a display , wherein the data indicating the direction of focus of the eye of the viewer is acquired from an eye-tracking sensor coupled to the remote device; determining (S64), at the remote device, using the sensor information, movement of a line of sight between the eye of the viewer and the display; determining, at the remote device, an estimate of a future position of the line of sight at a future time based on the determined movement of the line of sight; determining (S65), at the remote device, an adjustment to be made to the image based on the future position of the line of sight, the adjustment comprising a change of at least one of: the display data forming the background layer, the display elements forming the one or more foreground layers, or a location of the display elements relative to the display data; the display data forming the background layer, the display elements forming the one or more foreground layers, or a location of the display elements relative to the display data; compositing (S66), at the remote device, the display elements of the at least one foreground layer relative to the display data of the background layer according to the determined adjustment; and forwarding (S67) the composited image for display on the display at the future time.
A terminal comprising a battery and a charging interface , and the terminal being configured to form a charging loop with a power adapter via the charging interface to charge the battery , wherein, the terminal further comprises: a communication unit , configured to receive voltage indication information from the power adapter when the power adapter charges the terminal , the voltage indication information indicating an output voltage of the power adapter; a detection unit , configured to detect an input voltage of the power adapter; and an anomaly processing unit , configured to determine whether an impedance of the charging loop is abnormal according to a difference between the input voltage and the output voltage, and to control the charging loop to enter into a protected state when the impedance of the charging loop is abnormal; characterized in that , the communication unit is configured to send charging protection indication information to the power adapter when the impedance of the charging loop is abnormal, so as to instruct the power adapter to control the charging loop to enter into the protected state. a communication unit , configured to receive voltage indication information from the power adapter when the power adapter charges the terminal , the voltage indication information indicating an output voltage of the power adapter; a detection unit , configured to detect an input voltage of the power adapter; and an anomaly processing unit , configured to determine whether an impedance of the charging loop is abnormal according to a difference between the input voltage and the output voltage, and to control the charging loop to enter into a protected state when the impedance of the charging loop is abnormal; characterized in that , the communication unit is configured to send charging protection indication information to the power adapter when the impedance of the charging loop is abnormal, so as to instruct the power adapter to control the charging loop to enter into the protected state.
An electric heater for a motor vehicle, with a heating element and with a control unit , wherein the control unit has a circuit board with at least one electronic circuit and wherein the control unit has at least one power transistor which is electrically connected to the at least one electronic circuit, wherein the control unit has at least one first metal carrier , characterised in that the at least one power transistor is arranged on the at least one first metal carrier and is connected to the at least one first metal carrier and the circuit board and the at least one first metal carrier are together arranged in a first plane, wherein a gap is arranged between the circuit board and the at least one first metal carrier , wherein the circuit board has at least one first connection element arranged adjacent to the gap and the at least one first metal carrier has at least one second connection element arranged adjacent to the gap , wherein the at least one first connection element and the at least one second connection element are formed complementary to one another and can be connected to one another in a releasable or non-releasable manner so that a fixed joining of the circuit board and the at least one first metal carrier is enabled.
Filter device with a plurality of filter elements , which can be received in a filter housing with a filter inlet for fluid to be filtered and a filter outlet for the filtered fluid, at least one of the filter elements being able to be backwashed during operation of the device to clean its active filter surface by means of a backwashing apparatus, which contains a pressure control apparatus to support backwashing, the filter elements each being received in an element housing , said element housing , with the filter elements performing the filtration operation, being connected by their one open end in a fluid-conveying manner to the filter outlet , the element housing of each filter element that can be backwashed being connected by its open end exclusively to the pressure control apparatus , characterised in that all filter elements with their element housings are mounted on their ends in rotary receptacles in a filtrate chamber , said receptacles being able to be moved from a filtration position into a backwashing position and back into a filtration position by means of a rotary drive , in that a partition wall is drawn in the filter housing between the pressure control apparatus and the filtrate chamber with the rotary receptacles , said wall comprising a passage , with which the filter element provided for a backwashing operation is aligned, and in that the pressure control apparatus comprises a storage part with a pressure chamber that can be filled with a working gas and a fluid chamber that receives a backwashing volume.
Steering device for an agricultural vehicle, with a vehicle axle which is suspended in a swing-mounted and/or sprung manner, and with an actuating device for driver-side influencing of a steering lock (δ) which can be set at steerable wheels of the vehicle axle , and with means for the active limitation of a swing angle (α) and/or suspension travel (s) occurring at the vehicle axle , characterized in that a control unit actuates the means in accordance with a full steering lock (δ max ) which is to be expected at the steerable wheels due to the route.
Method of manufacturing a tab with at least one security feature, - in which a fabric-like strip material is provided for forming the tab , which has at least individual threads made of a polymer material, - in which the fabric-shaped strip material is fed to a processing station , - in which the fabric-shaped strip material is placed on an anvil and a punch with at least one punch surface is fed onto the fabric-shaped strip material of the tab , - in which an embossing foil is passed between the fabric-like strip material of the tab and the stamp , characterized in that - that the at least one stamping surface of the stamp is fed onto the woven tape material so that one or more contact points are formed between the stamping foil and one or more thread bellies of the woven tape material, and - in that a surface section of the stamping foil is applied exclusively to the thread belly or bellies , which are opposite the at least one stamping surface of the stamp , by exciting the stamp with ultrasound. - in which a fabric-like strip material is provided for forming the tab , which has at least individual threads made of a polymer material, - in which the fabric-shaped strip material is fed to a processing station , - in which the fabric-shaped strip material is placed on an anvil and a punch with at least one punch surface is fed onto the fabric-shaped strip material of the tab , - in which an embossing foil is passed between the fabric-like strip material of the tab and the stamp , - that the at least one stamping surface of the stamp is fed onto the woven tape material so that one or more contact points are formed between the stamping foil and one or more thread bellies of the woven tape material, and - in that a surface section of the stamping foil is applied exclusively to the thread belly or bellies , which are opposite the at least one stamping surface of the stamp , by exciting the stamp with ultrasound.
A negative electrode active material for a non-aqueous electrolyte secondary battery, comprising: negative electrode active material particles that contain SiO x , wherein 0.5 ≤ x ≤ 1.6 as a silicon compound containing a Li compound, wherein the silicon compound is at least partially coated with a carbon coating , characterized in that : at least a part of a surface of the silicon compound , a surface of the carbon coating , or both of them is coated with a composite layer that contains a composite composed of amorphous metal oxide and metal hydroxide. negative electrode active material particles that contain SiO x , wherein 0.5 ≤ x ≤ 1.6 as a silicon compound containing a Li compound, wherein the silicon compound is at least partially coated with a carbon coating , characterized in that : at least a part of a surface of the silicon compound , a surface of the carbon coating , or both of them is coated with a composite layer that contains a composite composed of amorphous metal oxide and metal hydroxide.