mhurhangee/ep-ind-claims huggingface dataset:
Hairdryer comprising - a casing provided with a handle and a main body having a main through cavity provided with at least one rear suction opening and a front outlet opening; - at least one electric motor and a fan enclosed in said main through cavity, said fan being drivable in rotation by said electric motor to generate an air flow with a settled speed inside said main through cavity; - an inner diffuser arranged inside said main through cavity at said front outlet opening and provided with a respective through cavity having a passage section decreasing towards said front outlet opening in order to increase the speed of said air flow, said main body comprising at least one side opening at said front outlet opening to enable air from outside coming into said main through cavity due to drag effect generated by said air flow coming out from said inner diffuser at high speed so that an air output flow rate from said front outlet opening is increased; characterized in that it comprises an outer outlet element that can be reversibly coupled to said front outlet opening of said main body in an assembly configuration and comprising an outflow tubular portion of the air flow and a coupling tubular portion adapted to be inserted in said front outlet opening and long enough to close said at least one side opening in order to prevent air from entering in said main through cavity due to drag effect and to have an air output flow rate from the outflow tubular portion that is substantially equal to an air initial flow rate generated by said fan. - a casing provided with a handle and a main body having a main through cavity provided with at least one rear suction opening and a front outlet opening; - at least one electric motor and a fan enclosed in said main through cavity, said fan being drivable in rotation by said electric motor to generate an air flow with a settled speed inside said main through cavity; - an inner diffuser arranged inside said main through cavity at said front outlet opening and provided with a respective through cavity having a passage section decreasing towards said front outlet opening in order to increase the speed of said air flow, said main body comprising at least one side opening at said front outlet opening to enable air from outside coming into said main through cavity due to drag effect generated by said air flow coming out from said inner diffuser at high speed so that an air output flow rate from said front outlet opening is increased;
A method for transmitting a media stream, wherein the method comprises: establishing, by an access terminal, a real-time collaboration channel between the access terminal and a network computer; receiving, by the access terminal, an operation instruction from a user application interface, said operation instruction being arranged to instruct an initiation of a call to a communication device; sending, by the access terminal to the network computer, the operation instruction through a first virtualized desktop infrastructure, VDI, channel established between the access terminal and the network computer; receiving, by the access terminal through the real-time collaboration channel, a real-time collaboration message from the network computer, wherein the real-time collaboration message is arranged to instruct the access terminal to initiate a media negotiation with the communication device to be called; performing, by the access terminal through the network computer, the media negotiation with the communication device through the real-time collaboration channel to determine a media attribute parameter; and transmitting, by the access terminal, the media stream to the communication device according to the media attribute parameter. establishing, by an access terminal, a real-time collaboration channel between the access terminal and a network computer; receiving, by the access terminal, an operation instruction from a user application interface, said operation instruction being arranged to instruct an initiation of a call to a communication device; sending, by the access terminal to the network computer, the operation instruction through a first virtualized desktop infrastructure, VDI, channel established between the access terminal and the network computer; receiving, by the access terminal through the real-time collaboration channel, a real-time collaboration message from the network computer, wherein the real-time collaboration message is arranged to instruct the access terminal to initiate a media negotiation with the communication device to be called; performing, by the access terminal through the network computer, the media negotiation with the communication device through the real-time collaboration channel to determine a media attribute parameter; and transmitting, by the access terminal, the media stream to the communication device according to the media attribute parameter.
A method of operating an aircraft having a first engine secured to a first wing on a first side of a fuselage, and a second engine secured to a second wing on a second side of the fuselage, the second wing having a proximal end secured to the fuselage, and a distal end extending away from the fuselage, the method comprising: operating the first engine to generate a yawing torque around a center of gravity of the aircraft, while operating the first engine, conveying compressed gas from the first engine to a thrust generating device located at the distal end of the second wing, and the thrust generating device generating thrust using the energy of the compressed gas to compensate for the yawing torque generated by the first engine; wherein the first engine has a compressor section, a combustor section, a turbine section and an exhaust duct in sequential fluid flow communication, characterised in that the compressed gas source is exhaust gas from the exhaust duct. operating the first engine to generate a yawing torque around a center of gravity of the aircraft, while operating the first engine, conveying compressed gas from the first engine to a thrust generating device located at the distal end of the second wing, and the thrust generating device generating thrust using the energy of the compressed gas to compensate for the yawing torque generated by the first engine; wherein the first engine has a compressor section, a combustor section, a turbine section and an exhaust duct in sequential fluid flow communication, characterised in that the compressed gas source is exhaust gas from the exhaust duct.
An electronic device comprising: a display stack including: a first substrate; a second substrate; a first adhesive coupled to the first substrate and disposed between the first substrate and the second substrate, characterised in that the first adhesive has a total luminous transmittance of no greater than 30% for at least a portion of the ultraviolet, UV spectrum of radiation; and by a second adhesive coupled to the second substrate and coupled to the first adhesive such that a surface of the first adhesive contacts a surface of the second adhesive. a first substrate; a second substrate; a first adhesive coupled to the first substrate and disposed between the first substrate and the second substrate, characterised in that the first adhesive has a total luminous transmittance of no greater than 30% for at least a portion of the ultraviolet, UV spectrum of radiation; and by a second adhesive coupled to the second substrate and coupled to the first adhesive such that a surface of the first adhesive contacts a surface of the second adhesive.
A piezoelectric ceramic comprising: barium titanate; and 0.04 mass% or more and 0.20 mass% or less manganese relative to barium titanate, wherein the piezoelectric ceramic is composed of crystal grains, the crystal grains include crystal grains A having an equivalent circular diameter of 30 μm or more and 300 μm or less and crystal grains B having an equivalent circular diameter of 0.5 μm or more and 3 μm or less, and the crystal grains A and the crystal grains B individually form aggregates and the aggregates of the crystal grains A and the aggregates of the crystal grains B form a sea-island structure. barium titanate; and 0.04 mass% or more and 0.20 mass% or less manganese relative to barium titanate, wherein the piezoelectric ceramic is composed of crystal grains, the crystal grains include crystal grains A having an equivalent circular diameter of 30 μm or more and 300 μm or less and crystal grains B having an equivalent circular diameter of 0.5 μm or more and 3 μm or less, and the crystal grains A and the crystal grains B individually form aggregates and the aggregates of the crystal grains A and the aggregates of the crystal grains B form a sea-island structure.
A valve (2, 4) adapted to be integrated into a fluid distribution network (C, C1, C2) and enabling selective interruption or authorization of the circulation of a fluid in a feed pipe, this valve including: - a fluid blocking member driven in rotation by an actuator device of the valve alternately to block or to authorize the passage of the fluid and which includes at least one journal, - a hollow body inside which the blocking member is mobile and which defines at least one bore for receiving the journal, - a bearing (31; 31') disposed around the journal and inside the bore of the body to support the journal and guide its rotation relative to the bore, thereby centering the journal, characterized in that the valve further includes a device for immobilizing the journal relative to the body of the valve, this immobilization device being on the same side of the bearing (31; 31') as the internal volume of the hollow body and being movable via a lining (32, 32') that is part of the bearing to go from a non-clamped first configuration in which it does not oppose the rotation of the journal in the bore to a clamped second configuration in which it immobilizes the journal in the bore to prevent rotation of the journal in the bore and to go from the second configuration to the first configuration. - a fluid blocking member driven in rotation by an actuator device of the valve alternately to block or to authorize the passage of the fluid and which includes at least one journal, - a hollow body inside which the blocking member is mobile and which defines at least one bore for receiving the journal, - a bearing (31; 31') disposed around the journal and inside the bore of the body to support the journal and guide its rotation relative to the bore, thereby centering the journal, characterized in that the valve further includes a device for immobilizing the journal relative to the body of the valve, this immobilization device being on the same side of the bearing (31; 31') as the internal volume of the hollow body and being movable via a lining (32, 32') that is part of the bearing to go from a non-clamped first configuration in which it does not oppose the rotation of the journal in the bore to a clamped second configuration in which it immobilizes the journal in the bore to prevent rotation of the journal in the bore and to go from the second configuration to the first configuration.
An apparatus for deployment of a hemostatic clip comprising: a handle assembly; a shaft connected to a distal portion of the handle assembly; a clip assembly releasably coupled to the shaft, the clip assembly including a capsule and a clip slidably mounted within the capsule, wherein the clip has clip arms and the capsule cooperates with the clip arms, wherein the clip arms comprise latches and the capsule comprises latch windows, wherein the latches are configured to engage the latch windows for maintaining the integrity of the capsule-clip arms combination after deployment; and a control wire extending from the handle assembly and coupled to the clip assembly via a connector to maintain the clip assembly coupled to the shaft, wherein the connector is detachable from the clip assembly at a preselected failure point to provide a user feedback indicating separation of the clip assembly from the shaft; characterized in that each clip arm comprises a free proximal end comprising said latch. a handle assembly; a shaft connected to a distal portion of the handle assembly; a clip assembly releasably coupled to the shaft, the clip assembly including a capsule and a clip slidably mounted within the capsule, wherein the clip has clip arms and the capsule cooperates with the clip arms, wherein the clip arms comprise latches and the capsule comprises latch windows, wherein the latches are configured to engage the latch windows for maintaining the integrity of the capsule-clip arms combination after deployment; and a control wire extending from the handle assembly and coupled to the clip assembly via a connector to maintain the clip assembly coupled to the shaft, wherein the connector is detachable from the clip assembly at a preselected failure point to provide a user feedback indicating separation of the clip assembly from the shaft; characterized in that each clip arm comprises a free proximal end comprising said latch.
A handheld kitchen appliance interface for releasably mounting of an accessory part to a main unit, comprising: - a body structure; - an insertion opening; - a locking device; and - an activation device; wherein the insertion opening is provided in the body structure for inserting an insert end of an accessory or of a main part of a handheld kitchen appliance; wherein the locking device comprises at least one engagement element moveably guided by the body structure and being movable between a first position, in which the engagement element is provided to engage a locking element of an insert end of the accessory or the main part inserted into the opening to provide axial fixation of the insert end in relation to the body structure, and a second position, in which the engagement element is provided to be disengaged to allow axial displacement of the insert end in relation to the body structure; wherein the activation device comprises a button for applying a manual release force by the user for releasing the insert end by acting on the locking device; wherein the locking device comprises at least one holding bracket, wherein the at least one holding bracket is supported by the body structure in at least one fixation point such that during an activation of the interface, the fixation point maintains stationary relative to the body structure; and wherein the at least one holding bracket comprises a bendable part on which the engagement element is provided; wherein the manual release force causes a bending of the holding bracket resulting in a radially directed movement of the at least one engagement element from the first to the second position; wherein only one button is provided; and wherein the activation device is provided as one-finger actuatable. - a body structure; - an insertion opening; - a locking device; and - an activation device;
A method for surface treatment of a paper substrate comprising: applying a salt-containing solution to at least one surface of a paper substrate by aerosol spraying in a separate step, said salt-containing solution comprising at least one water-soluble metal salt and being void of any optical brightening agent, wherein the amount of metal salt applied is greater than 0 and up to 10 kilograms per ton of paper substrate, and the metal salt distribution through the thickness of the treated paper substrate achieved after applying the salt-containing solution is non-uniform with the highest concentration of metal salt being present in the outermost portion of the paper substrate, t he method further comprising applying a surface sizing composition to said at least one surface of a paper substrate prior to or after applying the salt-containing solution without drying in between, said surface sizing composition comprising a water-soluble or water-dispersible binder, wherein said surface sizing composition further comprises an optical brightening agent. applying a salt-containing solution to at least one surface of a paper substrate by aerosol spraying in a separate step, said salt-containing solution comprising at least one water-soluble metal salt and being void of any optical brightening agent, wherein the amount of metal salt applied is greater than 0 and up to 10 kilograms per ton of paper substrate, and the metal salt distribution through the thickness of the treated paper substrate achieved after applying the salt-containing solution is non-uniform with the highest concentration of metal salt being present in the outermost portion of the paper substrate, t he method further comprising applying a surface sizing composition to said at least one surface of a paper substrate prior to or after applying the salt-containing solution without drying in between, said surface sizing composition comprising a water-soluble or water-dispersible binder, wherein said surface sizing composition further comprises an optical brightening agent.
An oral care implement comprising: a body comprising a handle and a head, the head comprising a coupling element; a store of oral care material located within the body; and an outlet located on the head and in fluid communication with the store, characterized in that the oral care implement further comprises a cover member comprising a cap portion, a mounting portion, and a coupling element, wherein the cover member is detachably coupled to the head via cooperation between the coupling element of the cover member and the coupling element of the head, the mounting portion is configured to mount the oral care implement to a vertical surface, and when the cover member is coupled to the head, the cap portion of the cover member seals the outlet. a body comprising a handle and a head, the head comprising a coupling element; a store of oral care material located within the body; and an outlet located on the head and in fluid communication with the store, characterized in that the oral care implement further comprises a cover member comprising a cap portion, a mounting portion, and a coupling element, wherein the cover member is detachably coupled to the head via cooperation between the coupling element of the cover member and the coupling element of the head, the mounting portion is configured to mount the oral care implement to a vertical surface, and when the cover member is coupled to the head, the cap portion of the cover member seals the outlet.
A wound healing system, comprising: • a dressing for wound containment which comprises a first layer; • a first inlet in said dressing, wherein said first inlet is operationally connected to a source for the application of negative pressure to a wound covered by said dressing; • a second inlet in said dressing, wherein said second inlet is located distally to said first inlet and wherein said second inlet is operationally connected to a source for the application of oxygen flow, which conducts oxygen to a wound covered by said dressing, and wherein the negative pressure application and the oxygen application are applied at distal sides with respect to each other; • a regulator for said source for the application of negative pressure to supply at least 27 to 667 mbar (20-500 mmHg) of pressure, and • a fluid trap operationally connected to said first inlet and said source for the application of negative pressure, such that fluid from a wound covered by said dressing is conveyed to said fluid trap, characterised in that said fluid trap comprises a detector moiety which senses a fluid level and fluid characteristics in said trap and regulates application of said negative pressure in response to achieving a defined fluid level or a change in fluid characteristics. • a dressing for wound containment which comprises a first layer; • a first inlet in said dressing, wherein said first inlet is operationally connected to a source for the application of negative pressure to a wound covered by said dressing; • a second inlet in said dressing, wherein said second inlet is located distally to said first inlet and wherein said second inlet is operationally connected to a source for the application of oxygen flow, which conducts oxygen to a wound covered by said dressing, and wherein the negative pressure application and the oxygen application are applied at distal sides with respect to each other; • a regulator for said source for the application of negative pressure to supply at least 27 to 667 mbar (20-500 mmHg) of pressure, and • a fluid trap operationally connected to said first inlet and said source for the application of negative pressure, such that fluid from a wound covered by said dressing is conveyed to said fluid trap, characterised in that said fluid trap comprises a detector moiety which senses a fluid level and fluid characteristics in said trap and regulates application of said negative pressure in response to achieving a defined fluid level or a change in fluid characteristics.
A pharmaceutical formulation in solid oral dosage form comprising: (a) an inhibitor of LSD 1 which is Compound 1 di-tosylate salt of the formula: or a solvate or hydrate thereof, and (b) an organic acid. (a) an inhibitor of LSD 1 which is Compound 1 di-tosylate salt of the formula: or a solvate or hydrate thereof, and (b) an organic acid.
A power transmitter for transferring power to a power receiver using a wireless inductive power signal, the power transmitter comprising: an inductor for providing the wireless inductive power signal in response to a drive signal fed to the inductor; a power source for providing a power source signal; a power signal generator for generating the drive signal from the power source signal, the power signal generator comprising: a frequency converter arranged to generate a frequency of the drive signal to be higher than a frequency of the power source signal, a limiter for restricting a power of the drive signal fed to the inductor to be below a threshold in repeating time intervals; a synchronizer for synchronizing the repeating time intervals to variations in the power source signal; and a communication unit for exchanging data with the power receiver during the repeating time intervals. an inductor for providing the wireless inductive power signal in response to a drive signal fed to the inductor; a power source for providing a power source signal; a power signal generator for generating the drive signal from the power source signal, the power signal generator comprising: a frequency converter arranged to generate a frequency of the drive signal to be higher than a frequency of the power source signal, a limiter for restricting a power of the drive signal fed to the inductor to be below a threshold in repeating time intervals; a synchronizer for synchronizing the repeating time intervals to variations in the power source signal; and a communication unit for exchanging data with the power receiver during the repeating time intervals. a frequency converter arranged to generate a frequency of the drive signal to be higher than a frequency of the power source signal, a limiter for restricting a power of the drive signal fed to the inductor to be below a threshold in repeating time intervals; a synchronizer for synchronizing the repeating time intervals to variations in the power source signal; and a communication unit for exchanging data with the power receiver during the repeating time intervals.
A polarizing film, comprising a polyvinyl alcohol-based resin film having a thickness of 10 μm or less, wherein: the polyvinyl alcohol-based resin film has an iodine concentration of 6.0 wt% or less; and the polarizing film has a cross-linking index defined by the below-indicated equation of from 100 to 200. Cross − linking index = Iodine concentration in film × Boric acid concentration in film the polyvinyl alcohol-based resin film has an iodine concentration of 6.0 wt% or less; and the polarizing film has a cross-linking index defined by the below-indicated equation of from 100 to 200. Cross − linking index = Iodine concentration in film × Boric acid concentration in film