mhurhangee/patent-ind-claim-en huggingface dataset:
A communication apparatus comprising: a signal line that connects an antenna and a wireless communication module to each other, the signal line being divided from the antenna at a position of an end portion thereof on the antenna side, and having a portion where the signal line is divided in part into sections, with an adjacent portion adjacent to the divided portion of the signal line being greater in line width than a main body portion of the signal line ; a first ground pattern (G2) disposed to face the main body portion ; and a second ground pattern (G3) disposed to face the adjacent portion , wherein the distance from the adjacent portion to the second ground pattern (G3) is longer than the distance from the main body portion to the first ground pattern (G2), and the antenna and the wireless communication module are connected to each other through the signal line and a solder adhered to the adjacent portion . a signal line that connects an antenna and a wireless communication module to each other, the signal line being divided from the antenna at a position of an end portion thereof on the antenna side, and having a portion where the signal line is divided in part into sections, with an adjacent portion adjacent to the divided portion of the signal line being greater in line width than a main body portion of the signal line ; a first ground pattern (G2) disposed to face the main body portion ; and a second ground pattern (G3) disposed to face the adjacent portion , wherein the distance from the adjacent portion to the second ground pattern (G3) is longer than the distance from the main body portion to the first ground pattern (G2), and the antenna and the wireless communication module are connected to each other through the signal line and a solder adhered to the adjacent portion .
An exhaust system for reducing infrared emissions of a rotary wing aircraft having an engine (E), an aft turbine section , a tail fairing , and an aft propeller , the exhaust system comprising: an exhaust duct having a fore end connected with the aft turbine section of the engine (E) of the rotary wing aircraft , in a fluidly sealed manner, the exhaust duct having an aft end having an exhaust opening to expel engine exhaust proximate to the tail fairing of the rotary wing aircraft ; characterized in that the exhaust system further comprises a drive shaft collocated with the exhaust duct as a single transfer duct, wherein, the single transfer duct is a single component configured to transfer exhaust from the engine (E) and to transfer force from the engine (E) to the propeller , the drive shaft being concentric with the exhaust duct and configured to provide rotational force to the aft propeller of the rotary wing aircraft , wherein the exhaust opening is configured to emit exhaust about the propeller proximate to the tail fairing . an exhaust duct having a fore end connected with the aft turbine section of the engine (E) of the rotary wing aircraft , in a fluidly sealed manner, the exhaust duct having an aft end having an exhaust opening to expel engine exhaust proximate to the tail fairing of the rotary wing aircraft ; characterized in that the exhaust system further comprises a drive shaft collocated with the exhaust duct as a single transfer duct, wherein, the single transfer duct is a single component configured to transfer exhaust from the engine (E) and to transfer force from the engine (E) to the propeller , the drive shaft being concentric with the exhaust duct and configured to provide rotational force to the aft propeller of the rotary wing aircraft , wherein the exhaust opening is configured to emit exhaust about the propeller proximate to the tail fairing .
An in-line accessory structure for a subsea pipeline , the structure comprising: a subsea foundation arranged to support the structure in an installed orientation; a frame (44+42) attached to the foundation; an elongate pipe section supported by the frame (44+42), the pipe section being arranged to be integrated into the subsea pipeline and hence defining a flow axis through the structure; and at least one branch having a lower end in fluid communication with the pipe section and an upper end in fluid communication with a connector hub ; wherein, in the installed orientation, the branch inclines inwardly in a transverse direction between its lower end and its upper end, toward an upright longitudinal plane containing the flow axis. a subsea foundation arranged to support the structure in an installed orientation; a frame (44+42) attached to the foundation; an elongate pipe section supported by the frame (44+42), the pipe section being arranged to be integrated into the subsea pipeline and hence defining a flow axis through the structure; and at least one branch having a lower end in fluid communication with the pipe section and an upper end in fluid communication with a connector hub ; wherein, in the installed orientation, the branch inclines inwardly in a transverse direction between its lower end and its upper end, toward an upright longitudinal plane containing the flow axis.
A system for delivering oxygen to a plurality of passengers on an aircraft, comprising: a supply of oxygen ; a plurality of oral-nasal masks ; a manifold arranged between the supply of oxygen and the oral-nasal masks ; a plurality of conduits for communicating oxygen to the oral-nasal masks ; a controller for adjusting a flow of oxygen from the supply of oxygen to the oral-nasal masks ; a plurality of sensors (50; 52) for determining the passengers' blood oxygen saturation levels; and wherein the controller is adapted to adjust the flow of oxygen to the passengers individually for each passenger based on the sensors' determinations of the passengers' blood oxygen saturation levels and by setting a respective fractional amount of oxygen passing through the manifold for each of the plurality of conduits ; wherein a device of the controller generates and adjusts a running average of the passengers' blood oxygen saturation levels, and generates an output signal that is a function of the running average; wherein the controller performs checks for possibly invalid output signal values; and wherein the controller substitutes, in the event of error detection, respective output signals that are a function of the running average for each of the possibly invalid signal values thereby forming a sequence of valid output signals.
Agricultural device for soil cultivation, having at least one packer roller (2, 2', 2", 2′′′, 2ʺʺ, 2′′′ʺ) for levelling and/or compacting soil, wherein the device has at least one drive unit for driving the at least one packer roller (2, 2', 2", 2′′′, 2′′′′, 2′′′ʺ), wherein the device has at least one control unit which is configured to control the at least one drive unit , characterized in that the at least one control unit is configured in such a manner that it can be connected to a control line, in particular a data bus, of a transport machine.
A mobile terminal , comprising: a display having a curved shape; a sensing device configured to detect a face-down mode of the mobile terminal , wherein the face-down mode is a state in that the mobile terminal is turned over with the display facing down; and characterized in that a controller configured to: in response to detecting a first input through the sensing device , set a user designated direction based on the first input, wherein the user designated direction is a right direction or a left direction of the mobile terminal , in response to at least one preset event while the mobile terminal is in the face-down mode, control a specific region related to the user designated direction of the display to emit light, in response to detecting a second input to a rear side of the mobile terminal through control the specific region to stop emitting light. a display having a curved shape; a sensing device configured to detect a face-down mode of the mobile terminal , wherein the face-down mode is a state in that the mobile terminal is turned over with the display facing down; and characterized in that a controller configured to: in response to detecting a first input through the sensing device , set a user designated direction based on the first input, wherein the user designated direction is a right direction or a left direction of the mobile terminal , in response to at least one preset event while the mobile terminal is in the face-down mode, control a specific region related to the user designated direction of the display to emit light, in response to detecting a second input to a rear side of the mobile terminal through control the specific region to stop emitting light.
An apparatus for adding a protection function for an indirect access memory controller, comprising: a bus monitoring unit configured to monitor a memory access request having a bus address and to perform permission authentication if a controlling operation on an operation register of the indirect access memory controller is detected; a permission list unit configured to receive the bus address from the bus monitoring unit, to evaluate the bus address according to a permission list, and to determine from the permission list a permission attribute that corresponds to the bus address; a window register information bus configured to provide window register information from a memory controller to the permission list unit for controlling permission attributes provided in the permission list; and wherein the permission list comprises one or more list entries having the following content: a list entry enable bit, a base address, an address field size, and a permission attribute; the list entry enable bit indicates whether the list entry is valid; the base address and the address field size represent an address range protected by the list entry; and the permission attribute represents a permission of the address field. a bus monitoring unit configured to monitor a memory access request having a bus address and to perform permission authentication if a controlling operation on an operation register of the indirect access memory controller is detected; a permission list unit configured to receive the bus address from the bus monitoring unit, to evaluate the bus address according to a permission list, and to determine from the permission list a permission attribute that corresponds to the bus address; a window register information bus configured to provide window register information from a memory controller to the permission list unit for controlling permission attributes provided in the permission list; and wherein the permission list comprises one or more list entries having the following content: a list entry enable bit, a base address, an address field size, and a permission attribute; the list entry enable bit indicates whether the list entry is valid; the base address and the address field size represent an address range protected by the list entry; and the permission attribute represents a permission of the address field.
An amantadine nitrate compound with neural protective effects, having a structure of formula (II): or a pharmaceutically acceptable salt thereof, wherein: R 2 is hydrogen, R 1 is a straight-chain or branched-chain alkyl; and Z 1 is a straight- or branched-carbon chain connecting to the nitrate ester group, wherein Z 1 is optionally substituted with heteroatom, alkyl, aryl and heteroaryl, and the number of carbon atoms contained in Z 1 and R 1 together is no less than 3. R 2 is hydrogen, R 1 is a straight-chain or branched-chain alkyl; and Z 1 is a straight- or branched-carbon chain connecting to the nitrate ester group, wherein Z 1 is optionally substituted with heteroatom, alkyl, aryl and heteroaryl, and the number of carbon atoms contained in Z 1 and R 1 together is no less than 3.
A method for uplink transmission in a wireless communication system, the method comprising: determining, by a wireless device , an uplink transmission group based on a difference between downlink reception timing and uplink transmission timing; transmitting, by the wireless device , an uplink signal in an asynchronized subframe or a synchronized subframe when the wireless device belongs to a first uplink transmission group; and transmitting, by the wireless device , the uplink signal only in the asynchronized subframe when the wireless device belongs to a second uplink transmission group, wherein the synchronized subframe includes a plurality of first-orthogonal frequency division multiplexing, OFDM, symbols, the asynchronized subframe includes a plurality of second-OFDM symbols, and a cyclic prefix, CP, of a second-OFDM symbol is longer than a CP of a first-OFDM symbol. determining, by a wireless device , an uplink transmission group based on a difference between downlink reception timing and uplink transmission timing; transmitting, by the wireless device , an uplink signal in an asynchronized subframe or a synchronized subframe when the wireless device belongs to a first uplink transmission group; and transmitting, by the wireless device , the uplink signal only in the asynchronized subframe when the wireless device belongs to a second uplink transmission group, wherein the synchronized subframe includes a plurality of first-orthogonal frequency division multiplexing, OFDM, symbols, the asynchronized subframe includes a plurality of second-OFDM symbols, and a cyclic prefix, CP, of a second-OFDM symbol is longer than a CP of a first-OFDM symbol.
A connector component for fastening an airbag module to a vehicle steering wheel comprising a steering wheel-side part and a module-side part which are movable relative to each other and are biased against each other such that the module-side part in an idle position is spaced apart from the steering wheel-side part in a hooting direction (H) and is movable into a hooting position in which the module-side part contacts the steering wheel-side part , wherein the module-side part and the steering wheel-side part are interconnected and form a multifunctional component including a guiding device for guided movement of the module-side part from the idle position into the hooting position and electric contacts for an electric horn circuit, wherein the electric contacts contact each other in the hooting position, characterized in that the module-side part includes a profile lug for positioning the connector component at an airbag module , wherein the shape of the profile lug essentially corresponds to a four-sided prism, wherein a gradient of at least two opposite sides of the prism is bigger in the region of a basis than in the region of a tip of the prism, wherein a free end of the profile lug remote from the module-side part , where the sides of the four-sided prism come together is rounded and further also the edges between the sides of the four-sided prism are rounded. a steering wheel-side part and a module-side part which are movable relative to each other and are biased against each other such that the module-side part in an idle position is spaced apart from the steering wheel-side part in a hooting direction (H) and is movable into a hooting position in which the module-side part contacts the steering wheel-side part , wherein the module-side part and the steering wheel-side part are interconnected and form a multifunctional component including a guiding device for guided movement of the module-side part from the idle position into the hooting position and electric contacts for an electric horn circuit, wherein the electric contacts contact each other in the hooting position, characterized in that the module-side part includes a profile lug for positioning the connector component at an airbag module , wherein the shape of the profile lug essentially corresponds to a four-sided prism, wherein a gradient of at least two opposite sides of the prism is bigger in the region of a basis than in the region of a tip of the prism, wherein a free end of the profile lug remote from the module-side part , where the sides of the four-sided prism come together is rounded and further also the edges between the sides of the four-sided prism are rounded.
A method of installing a fixture , such as a bracket, in or on a structure (F) of an aircraft or spacecraft, comprising the steps of: arranging an apparatus in, on or adjacent the structure (F); pre-treating a surface region (Z) of the structure (F) by ablation using the apparatus ; and forming the fixture in situ on the structure at the pre-treated surface region (Z) using the apparatus based on a digital model (M) of the fixture , wherein the fixture is installed by connecting the fixture to the structure (F) at the pre-treated surface region (Z) as the fixture is formed, and wherein the step of pre-treating the surface region (Z) of the structure (F) by ablation comprises laser ablating the surface region (Z) via a laser ablation device . arranging an apparatus in, on or adjacent the structure (F); pre-treating a surface region (Z) of the structure (F) by ablation using the apparatus ; and forming the fixture in situ on the structure at the pre-treated surface region (Z) using the apparatus based on a digital model (M) of the fixture , wherein the fixture is installed by connecting the fixture to the structure (F) at the pre-treated surface region (Z) as the fixture is formed, and wherein the step of pre-treating the surface region (Z) of the structure (F) by ablation comprises laser ablating the surface region (Z) via a laser ablation device .
A device for retaining a line, comprising an accommodating part having at least one retaining portion , which is adapted to a line which is to be accommodated, and having a bearing portion , and also comprising a closing part having a bearing portion , wherein the closing part is mounted on the bearing portion of the accommodating part such that it can be rotated via its bearing portion , and therefore the closing part can be adjusted between an open position, in which it frees the at least one retaining portion , and a closed position, in which it closes the at least one retaining portion , wherein the bearing portion of the accommodating part forms a through-opening which is enclosed by a bearing-portion wall , wherein the bearing portion of the closing part forms a through-opening which is enclosed by a bearing-portion wall , wherein the bearing-portion wall of the accommodating part engages through the through-opening of the closing part , wherein the bearing-portion wall of the closing part engages through the through-opening of the accommodating part , characterized in that the retaining device is formed in one piece, wherein in a production position of the retaining device , the accommodating part and the closing part are connected to one another via connecting portions , and wherein, for the purpose of releasing the connection, the connecting portions can be broken apart by a relative rotation between the accommodating part and closing part . wherein the bearing portion of the accommodating part forms a through-opening which is enclosed by a bearing-portion wall , wherein the bearing portion of the closing part forms a through-opening which is enclosed by a bearing-portion wall , wherein the bearing-portion wall of the accommodating part engages through the through-opening of the closing part , wherein the bearing-portion wall of the closing part engages through the through-opening of the accommodating part , characterized in that the retaining device is formed in one piece, wherein in a production position of the retaining device , the accommodating part and the closing part are connected to one another via connecting portions , and wherein, for the purpose of releasing the connection, the connecting portions can be broken apart by a relative rotation between the accommodating part and closing part .
Differential (AG) for a motor vehicle transmission (G), wherein the differential (AG) has a first output shaft (OS1) having a torque-transmitting interface (SP1) for a first side shaft (DS1), and a second output shaft (OS2) having a torque-transmitting interface (SP2) for a second side shaft (DS2), wherein the torque-transmitting interface (SP1) of the first output shaft (OS1) is configured as an internal toothing, characterized in that the torque-transmitting interface (SP2) of the second output shaft (OS2) is configured as an external toothing.
An apparatus for determining a set of pitch cycle energy parameters, comprising: means for obtaining a frame of a speech or audio signal; means for obtaining a set of filter coefficients; means for obtaining a residual signal based on the frame and the set of filter coefficients; means for determining a set of peak locations based on the residual signal; means for segmenting the residual signal such that each segment of the residual signal includes one peak; means for determining a first set of pitch cycle energy parameters based on a frame region between two consecutive peak locations; characterised by means for mapping regions between peaks in the residual signal to regions between peaks in a synthesized excitation signal to produce a mapping; and means for determining a second set of pitch cycle energy parameters based on the first set of pitch cycle energy parameters and the mapping. means for obtaining a frame of a speech or audio signal; means for obtaining a set of filter coefficients; means for obtaining a residual signal based on the frame and the set of filter coefficients; means for determining a set of peak locations based on the residual signal; means for segmenting the residual signal such that each segment of the residual signal includes one peak; means for determining a first set of pitch cycle energy parameters based on a frame region between two consecutive peak locations; characterised by means for mapping regions between peaks in the residual signal to regions between peaks in a synthesized excitation signal to produce a mapping; and means for determining a second set of pitch cycle energy parameters based on the first set of pitch cycle energy parameters and the mapping.
Device for depositing material in the form of wire, comprising a structure , a depositing head supported by the structure , a wire spool configured to supply wire to the depositing head and to pivot about an axis of rotation , as well as at least one indication system configured to indicate a filling level of the wire spool ; characterized in that the indication system comprises a support integral with the structure , at least one spindle extending between first and second ends in a second direction transverse to the rotational axis , a pad connected to the first end of the spindle and configured to bear against a wire wound onto the wire spool , a slide link configured to allow the spindle to be relocated in the second direction and also a restoring element configured to relocate the spindle in the direction of the rotational axis , said spindle occupying a position which depends on a filling level of the wire spool .