mhurhangee/patent-ind-claim-en huggingface dataset:
A combination comprising Ciclopiroxolamine and Piroctone Olamine, without zinc pyrithione, for its use to prevent and/or treat seborrheic dermatitis and/or to combat dandruff and/or prevent its formation.
A pad for disc brakes for railway vehicles comprising a fixing plate to fix the pad, as a whole, to a disc brake structure, a base plate and a plurality of friction elements which are directly reversibly fixed on said base plate ; each of said friction elements comprising a planar lamina , an insert made of friction material and irreversibly fixed to the planar lamina , a fixing pin engaging a respective fixing hole formed in said base plate and a pair of anti-rotation pegs engaging a respective pair of holes formed in said base plate and arranged on opposite sides with respect to said fixing pin ; said pad being characterized by comprising, for each friction element , at least a Belleville washer arranged between said planar lamina and said base plate and in that said fixing pin has, at its free end , a circumferential groove , which is engaged by a locking spring ; each fixing hole being formed in the middle of a circular recess wherein the circumferential groove of said fixing pin and said locking spring are arranged.
An aircraft fluid conduit (CA), the conduit (CA) comprising a piping of thermoplastic material comprising a connection end extending along a piping axis (X) and a connector to be mounted in the connection end by a translational movement along the piping axis (X) from upstream to downstream, - the connection end defining a piping internal surface (SI1) configured to be in contact with a fluid and a piping external surface (SE1), opposite to the piping internal surface (S11). - the connector extending along a connector axis (V) and comprising a connecting portion , extending longitudinally along the connector axis (V) configured to extend into the connection end , the connecting portion defining a connector internal surface (SI2), to be in contact with the fluid, and a connector external surface (SE2), opposite to the connector internal surface (SI2) and configured to be in contact with the piping internal surface (SI1) of the connection end , the connecting portion having a free longitudinal end that is beveled, - which connector is characterized in that the free longitudinal end is configured to be radially deformed following mounting the connector into the connector end , previously thermally expanded, so that the conduit (CA) has an internal surface having a substantially constant internal radius at the interface between the connector and the piping . - the connection end defining a piping internal surface (SI1) configured to be in contact with a fluid and a piping external surface (SE1), opposite to the piping internal surface (S11). - the connector extending along a connector axis (V) and comprising a connecting portion , extending longitudinally along the connector axis (V) configured to extend into the connection end , the connecting portion defining a connector internal surface (SI2), to be in contact with the fluid, and a connector external surface (SE2), opposite to the connector internal surface (SI2) and configured to be in contact with the piping internal surface (SI1) of the connection end , the connecting portion having a free longitudinal end that is beveled, - which connector is characterized in that the free longitudinal end is configured to be radially deformed following mounting the connector into the connector end , previously thermally expanded, so that the conduit (CA) has an internal surface having a substantially constant internal radius at the interface between the connector and the piping .
A radiation therapy system , comprising: a magnetic resonance imaging (MRI) system , the MRI system including first and second main MRI magnets separated by an MRI magnet gap , wherein the first and second main MRI magnets are configured to operate together to produce a magnetic field, at least a portion of the magnetic field extending along a first longitudinal axis that extends through an isocenter (IC) of the MRI system; a gantry positioned in the MRI magnet gap , the gantry being rotatable about the first longitudinal axis; a linear particle accelerator, linac, supported by the gantry at a first fixed radial distance from the isocenter (IC), the linac being aligned along a second axis (p) and being configured to rotate with the gantry and to direct a radiation beam towards the isocenter (IC); characterised in that the radiation therapy system further comprises: a magnetic shield supported by the gantry at a second fixed radial distance from the isocenter (IC), wherein the magnetic shield includes at least a first shell having a first magnetic permeability and a secondary shielding element comprising a second shell , separate from the first shell , having a second magnetic permeability, wherein the second magnetic permeability is higher than the first magnetic permeability, wherein the second shell has a lower saturation flux density than the first shell , wherein the second shell is positioned inside of the first shell , wherein both shells are placed around the linac . a magnetic resonance imaging (MRI) system , the MRI system including first and second main MRI magnets separated by an MRI magnet gap , wherein the first and second main MRI magnets are configured to operate together to produce a magnetic field, at least a portion of the magnetic field extending along a first longitudinal axis that extends through an isocenter (IC) of the MRI system; a gantry positioned in the MRI magnet gap , the gantry being rotatable about the first longitudinal axis; a linear particle accelerator, linac, supported by the gantry at a first fixed radial distance from the isocenter (IC), the linac being aligned along a second axis (p) and being configured to rotate with the gantry and to direct a radiation beam towards the isocenter (IC); characterised in that the radiation therapy system further comprises: a magnetic shield supported by the gantry at a second fixed radial distance from the isocenter (IC), wherein the magnetic shield includes at least a first shell having a first magnetic permeability and a secondary shielding element comprising a second shell , separate from the first shell , having a second magnetic permeability, wherein the second magnetic permeability is higher than the first magnetic permeability, wherein the second shell has a lower saturation flux density than the first shell , wherein the second shell is positioned inside of the first shell , wherein both shells are placed around the linac .
A semiconductor device comprising: a substrate ; a tensile layer overlying a major surface of the substrate; and a compressive layer overlying the major surface; and an intermediate layer between the tensile layer and the compressive layer, and in contact with both the tensile layer and the compressive layer, wherein the intermediate layer is an oxidized surface of the compressive layer or the tensile layer ; wherein the tensile layer and the compressive layer both impart forces onto the substrate, to thereby keep the substrate from bowing. a substrate ; a tensile layer overlying a major surface of the substrate; and a compressive layer overlying the major surface; and an intermediate layer between the tensile layer and the compressive layer, and in contact with both the tensile layer and the compressive layer, wherein the intermediate layer is an oxidized surface of the compressive layer or the tensile layer ; wherein the tensile layer and the compressive layer both impart forces onto the substrate, to thereby keep the substrate from bowing.
A method of using an emergency medicament device having a speaker , the method comprising: automatically requesting, by a mobile device , instructions for using the medicament device based on an ID tag associated with the medicament device; and displaying a video to a user of the mobile device, the video providing the instructions for using the medicament device, and characterised by further comprising: polling the ID tag using the mobile device to determine if the medicament device is present with respect to the mobile device; generating an alarm on the mobile device upon determining that the medicament device is not present based on the polling; upon determining that the medicament device is present based on the polling, wirelessly transmitting from the mobile device a signal to the ID tag, the signal being received by the ID tag and causing the speaker to produce an audible sound of a volume or pitch which is dependent upon the strength of the received signal, to enable the user to actively search for the emergency medicament device; and reading the ID tag associated with the medicament device using the mobile device upon determining that the medicament device is present based on the polling. automatically requesting, by a mobile device , instructions for using the medicament device based on an ID tag associated with the medicament device; and displaying a video to a user of the mobile device, the video providing the instructions for using the medicament device, and characterised by further comprising: polling the ID tag using the mobile device to determine if the medicament device is present with respect to the mobile device; generating an alarm on the mobile device upon determining that the medicament device is not present based on the polling; upon determining that the medicament device is present based on the polling, wirelessly transmitting from the mobile device a signal to the ID tag, the signal being received by the ID tag and causing the speaker to produce an audible sound of a volume or pitch which is dependent upon the strength of the received signal, to enable the user to actively search for the emergency medicament device; and reading the ID tag associated with the medicament device using the mobile device upon determining that the medicament device is present based on the polling. polling the ID tag using the mobile device to determine if the medicament device is present with respect to the mobile device; generating an alarm on the mobile device upon determining that the medicament device is not present based on the polling; upon determining that the medicament device is present based on the polling, wirelessly transmitting from the mobile device a signal to the ID tag, the signal being received by the ID tag and causing the speaker to produce an audible sound of a volume or pitch which is dependent upon the strength of the received signal, to enable the user to actively search for the emergency medicament device; and reading the ID tag associated with the medicament device using the mobile device upon determining that the medicament device is present based on the polling.
A manual breast pump comprising: a body having a communicating part (S4) that communicates with space surrounded by a hood placed on a breast when in use; a diaphragm that deforms to generate a negative pressure in the communicating part (S4); and a handle for operation that approaches and separates from the body to deform the diaphragm , the handle having a lift part that is arranged above the diaphragm to lift and thereby deform the diaphragm and further having a lever part that turns from the lift part and extends adjacent a side surface of the body , the lever part approaching the body when the lift part lifts and thereby deforms the diaphragm in order to generate the negative pressure; and characterized by a colliding part , against which the handle collides before the lever part of the handle and the body directly contact each other when the lever part approaches the body , is provided in at least a region of the body or the diaphragm , the colliding part is integrally made of a same material as a material of the region in which the colliding part is arranged, and the colliding part has a damper structure that absorbs an impulsive force generated when making the collision or reduces propagation of the impulsive force; wherein the handle collides against the colliding part when the lever part of the handle approaches the body in order to generate the negative pressure. a body having a communicating part (S4) that communicates with space surrounded by a hood placed on a breast when in use; a diaphragm that deforms to generate a negative pressure in the communicating part (S4); and a handle for operation that approaches and separates from the body to deform the diaphragm , the handle having a lift part that is arranged above the diaphragm to lift and thereby deform the diaphragm and further having a lever part that turns from the lift part and extends adjacent a side surface of the body , the lever part approaching the body when the lift part lifts and thereby deforms the diaphragm in order to generate the negative pressure; and characterized by a colliding part , against which the handle collides before the lever part of the handle and the body directly contact each other when the lever part approaches the body , is provided in at least a region of the body or the diaphragm , the colliding part is integrally made of a same material as a material of the region in which the colliding part is arranged, and the colliding part has a damper structure that absorbs an impulsive force generated when making the collision or reduces propagation of the impulsive force; wherein the handle collides against the colliding part when the lever part of the handle approaches the body in order to generate the negative pressure.
A zero-halogen flame-retardant compound, comprising: melamine cyanurate; melamine polyphosphate; and poly(ethylene terephthalate); characterised by further comprising a titanate coupling agent. melamine cyanurate; melamine polyphosphate; and poly(ethylene terephthalate); characterised by further comprising a titanate coupling agent.
A television power supply driving device, comprising a power board connected to a mainboard and a backlight module, the power board has a Power Factor Correction circuit - PFC circuit -arranged, wherein the power board has further arranged an auxiliary power supply for supplying power to the mainboard, and a main power supply for supplying the backlight module; the auxiliary power supply comprises a first LLC resonance module , a resonance control module , a standby control module , a power supply module , and a rectifying filter module ; the main power supply comprises a second LLC resonance module , a secondary LLC control module , and a synchronous rectifier module ; after powered on, when receiving a power-on signal, the standby control module controls the power supply module to turn on the resonance control module and the PFC circuit successively, the PFC circuit outputs a PFC voltage to the first LLC resonance module and the second LLC resonance module , the first LLC resonance module converts the PFC voltage into a first voltage and a second voltage according to a first control signal output from the resonance control module , the first voltage and the second voltage are then output to the mainboard and the secondary LLC control module for power respectively, after being rectified and filtered by the rectifying filter module; the second LLC resonance module converts the PFC voltage into a third voltage according to a second control signal output by the secondary LLC control module, and the third voltage is output to the backlight module for power after being synchronous rectified by the synchronous rectifier module ; the standby control module controls the power supply module to shut down the PFC circuit to stop outputting the PFC voltage, when receiving a standby signal, making the resonance control module enter a standby state.
A method for invoking a fingerprint identification device, comprising: determining whether a fingerprint identification device is occupied by a previously executed application, when a request of a current application to invoke the fingerprint identification device is detected, characterised by further comprising: when the fingerprint identification device is occupied by the previously executed application, determining whether the current application has stayed at the foreground for a preset time period; and controlling the fingerprint identification device to process the request of the current application according to a result of determining whether the current application has stayed at the foreground for the preset time period. determining whether a fingerprint identification device is occupied by a previously executed application, when a request of a current application to invoke the fingerprint identification device is detected, characterised by further comprising: when the fingerprint identification device is occupied by the previously executed application, determining whether the current application has stayed at the foreground for a preset time period; and controlling the fingerprint identification device to process the request of the current application according to a result of determining whether the current application has stayed at the foreground for the preset time period. when the fingerprint identification device is occupied by the previously executed application, determining whether the current application has stayed at the foreground for a preset time period; and controlling the fingerprint identification device to process the request of the current application according to a result of determining whether the current application has stayed at the foreground for the preset time period.
A heave compensation system for assembling a jointed tubular string, comprising: a jointed tubular string comprising: a slip joint; an anchor comprising slips (110a,b) movable between an extended position and a retracted position; a setting tool connecting the slip joint to the anchor , comprising: an actuation piston operable to move the slips (110a,b) between the positions; a plurality of toggle valves (97r,s), each valve (97r,s) in fluid communication with a respective face of the actuation piston and operable to alternately provide fluid communication between the respective piston face and either a bore of the setting tool or an exterior of the setting tool; an electronics package operable to alternate the toggle valves (97r,s); and an antenna ; and a wireless identification tag, pumpable through the tubular string, and operable to transmit a command signal to the antenna . a jointed tubular string comprising: a slip joint; an anchor comprising slips (110a,b) movable between an extended position and a retracted position; a setting tool connecting the slip joint to the anchor , comprising: an actuation piston operable to move the slips (110a,b) between the positions; a plurality of toggle valves (97r,s), each valve (97r,s) in fluid communication with a respective face of the actuation piston and operable to alternately provide fluid communication between the respective piston face and either a bore of the setting tool or an exterior of the setting tool; an electronics package operable to alternate the toggle valves (97r,s); and an antenna ; and a slip joint; an anchor comprising slips (110a,b) movable between an extended position and a retracted position; a setting tool connecting the slip joint to the anchor , comprising: an actuation piston operable to move the slips (110a,b) between the positions; a plurality of toggle valves (97r,s), each valve (97r,s) in fluid communication with a respective face of the actuation piston and operable to alternately provide fluid communication between the respective piston face and either a bore of the setting tool or an exterior of the setting tool; an electronics package operable to alternate the toggle valves (97r,s); and an antenna ; and an actuation piston operable to move the slips (110a,b) between the positions; a plurality of toggle valves (97r,s), each valve (97r,s) in fluid communication with a respective face of the actuation piston and operable to alternately provide fluid communication between the respective piston face and either a bore of the setting tool or an exterior of the setting tool; an electronics package operable to alternate the toggle valves (97r,s); and an antenna ; and a wireless identification tag, pumpable through the tubular string, and operable to transmit a command signal to the antenna .
A vehicle control method, comprising: when an abnormal state occurs in a vehicle in a steering condition, determining (S105) whether the current abnormal state is understeering or oversteering; and adjusting (S107, S109) driving torque of the vehicle based on a determining result and a torque amount adjustment mechanism predetermined for the current abnormal state, wherein the adjusting driving torque of the vehicle based on a determining result and a torque amount adjustment mechanism predetermined for the current abnormal state comprises: when the vehicle is in understeering, adjusting (S107) the driving torque of the vehicle based on a first mapping relationship; and when the vehicle is in oversteering, adjusting (S109) the driving torque of the vehicle based on a second mapping relationship, wherein the first mapping relationship and the second mapping relationship are at least different in parameters involved, characterized in that : parameters involved in the first mapping relationship comprise a first parameter, and the first parameter is a quantity related to a steering wheel angle. when an abnormal state occurs in a vehicle in a steering condition, determining (S105) whether the current abnormal state is understeering or oversteering; and adjusting (S107, S109) driving torque of the vehicle based on a determining result and a torque amount adjustment mechanism predetermined for the current abnormal state, wherein the adjusting driving torque of the vehicle based on a determining result and a torque amount adjustment mechanism predetermined for the current abnormal state comprises: when the vehicle is in understeering, adjusting (S107) the driving torque of the vehicle based on a first mapping relationship; and when the vehicle is in oversteering, adjusting (S109) the driving torque of the vehicle based on a second mapping relationship, wherein the first mapping relationship and the second mapping relationship are at least different in parameters involved, characterized in that : parameters involved in the first mapping relationship comprise a first parameter, and the first parameter is a quantity related to a steering wheel angle. when the vehicle is in understeering, adjusting (S107) the driving torque of the vehicle based on a first mapping relationship; and when the vehicle is in oversteering, adjusting (S109) the driving torque of the vehicle based on a second mapping relationship, wherein the first mapping relationship and the second mapping relationship are at least different in parameters involved, characterized in that : parameters involved in the first mapping relationship comprise a first parameter, and the first parameter is a quantity related to a steering wheel angle.