mhurhangee/ep-ind-claims huggingface dataset:
A wearable device comprising a housing, the housing having a cavity with an internal area, the cavity containing an air quality sensor in the internal area, the cavity being delimited by a cavity wall and by a membrane, the membrane having an inner wall oriented toward the cavity internal area and an outer wall opposed to the inner wall, wherein the membrane is permeable to ambient air and substantially not permeable to water, allowing a passage of gas to the cavity internal area, the housing is formed by a main casing, a top cover and a back plate, and the main casing comprising at least one through bore located in an opening area for fluid communication between an internal area of the housing and outside, the outer wall of the membrane facing the opening area. the cavity containing an air quality sensor in the internal area, the cavity being delimited by a cavity wall and by a membrane, the membrane having an inner wall oriented toward the cavity internal area and an outer wall opposed to the inner wall, wherein the membrane is permeable to ambient air and substantially not permeable to water, allowing a passage of gas to the cavity internal area, the housing is formed by a main casing, a top cover and a back plate, and the main casing comprising at least one through bore located in an opening area for fluid communication between an internal area of the housing and outside, the outer wall of the membrane facing the opening area.
A fletching jig comprising: a base including a central axis; a plurality of arms (30, 31, 32, 33) extending away from the base, each arm (30, 31 32, 33) configured to move toward the central axis and to support a vane (1, 2, 3); an actuator ring disposed around the plurality of arms (30, 31, 32, 33), the actuator ring being selectively rotatable around the central axis to thereby urge the plurality of arms toward the central axis when the actuator ring is rotated about the central axis; characterized by a support portion joined with the actuator ring, the support portion disposed around the plurality of arms (30, 31, 32, 33), wherein the support portion remains stationary relative to the plurality of arms (30, 31, 32, 33) when the actuator ring rotates about the central axis, wherein the actuator ring includes a ramp that interfaces with a guide block supported by the support portion, to move the guide block toward an arm of the plurality of arms (30, 31, 32, 33) to thereby urge the arm toward the central axis when the actuator ring is rotated about the central axis, whereby the vane (1, 2, 3) supported on the respective arm (30, 31, 32, 33) is moved toward an arrow supported above the base when the actuator ring is rotated. a base including a central axis; a plurality of arms (30, 31, 32, 33) extending away from the base, each arm (30, 31 32, 33) configured to move toward the central axis and to support a vane (1, 2, 3); an actuator ring disposed around the plurality of arms (30, 31, 32, 33), the actuator ring being selectively rotatable around the central axis to thereby urge the plurality of arms toward the central axis when the actuator ring is rotated about the central axis; characterized by a support portion joined with the actuator ring, the support portion disposed around the plurality of arms (30, 31, 32, 33), wherein the support portion remains stationary relative to the plurality of arms (30, 31, 32, 33) when the actuator ring rotates about the central axis, wherein the actuator ring includes a ramp that interfaces with a guide block supported by the support portion, to move the guide block toward an arm of the plurality of arms (30, 31, 32, 33) to thereby urge the arm toward the central axis when the actuator ring is rotated about the central axis, whereby the vane (1, 2, 3) supported on the respective arm (30, 31, 32, 33) is moved toward an arrow supported above the base when the actuator ring is rotated.
A method for reducing vibrations of a wind turbine comprising a wind turbine rotor and a tower defining a tower axis, including: monitoring the wind turbine to determine where yawing of a wind rotor of said wind turbine is at least temporarily not possible due to grid loss or any other situation affecting the ability to yaw the wind turbine, at least temporarily not possible yawing of the wind rotor of said wind turbine being at least temporarily not possible rotating of the wind turbine rotor about the tower axis, if yawing of the wind rotor of said wind turbine is at least temporarily not possible due to grid loss or any other situation affecting the ability to yaw the wind turbine, adjusting and setting a first pitch angle (Pa) of a first rotor blade and a second pitch angle (Pb) of a second rotor blade such that the first and second pitch angles differ by at least 30 degrees; maintaining said setting of the first and the second pitch angles as long as the yawing of the wind rotor of said wind turbine is not possible due to grid loss or any other situation affecting the ability to yaw the wind turbine. monitoring the wind turbine to determine where yawing of a wind rotor of said wind turbine is at least temporarily not possible due to grid loss or any other situation affecting the ability to yaw the wind turbine, at least temporarily not possible yawing of the wind rotor of said wind turbine being at least temporarily not possible rotating of the wind turbine rotor about the tower axis, if yawing of the wind rotor of said wind turbine is at least temporarily not possible due to grid loss or any other situation affecting the ability to yaw the wind turbine, adjusting and setting a first pitch angle (Pa) of a first rotor blade and a second pitch angle (Pb) of a second rotor blade such that the first and second pitch angles differ by at least 30 degrees; maintaining said setting of the first and the second pitch angles as long as the yawing of the wind rotor of said wind turbine is not possible due to grid loss or any other situation affecting the ability to yaw the wind turbine.
A liquid formulation of a combination of long-acting insulin conjugate and long-acting insulinotropic peptide conjugate, comprising: a long-acting insulin conjugate in which insulin is linked to immunoglobulin Fc region, a long-acting insulinotropic peptide conjugate in which insulinotropic peptide is linked to immunoglobulin Fc region, and albumin-free stabilizer, wherein the stabilizer comprises a buffer of pH range 5.0 to 7.0, a sugar alcohol, a non-ionic surfactant, and an isotonic agent; wherein the insulinotropic peptide is glucagon like peptide-1 (GLP-1), glucagon like peptide-2 (GLP-2), exendin-3, or exendin-4, or a structural derivative thereof. a long-acting insulin conjugate in which insulin is linked to immunoglobulin Fc region, a long-acting insulinotropic peptide conjugate in which insulinotropic peptide is linked to immunoglobulin Fc region, and albumin-free stabilizer, wherein the stabilizer comprises a buffer of pH range 5.0 to 7.0, a sugar alcohol, a non-ionic surfactant, and an isotonic agent; wherein the insulinotropic peptide is glucagon like peptide-1 (GLP-1), glucagon like peptide-2 (GLP-2), exendin-3, or exendin-4, or a structural derivative thereof.
A method of manufacturing a single-crystal layer (300, 300', 3001, 3002, 3003) of GaAs material, comprising the transfer of a single-crystal seed layer (200, 200', 2000') of SrTiO 3 material onto a carrier substrate (100, 100', 100") of silicon material followed by epitaxial growth of the single-crystal layer (300, 300', 3001, 3002, 3003) of GaAs material, wherein the transfer of the single-crystal seed layer (200, 200', 2000') of SrTiO 3 material on the carrier substrate (100, 100', 100") of silicon material comprises a step of assembling (1, 1', 1") a single-crystal substrate (20, 20', 2001, 2002, 2003) of SrTiO 3 material on the carrier substrate (100, 100', 100"), followed by a step of thinning (2', 2", 2"') said single-crystal substrate (20, 20', 2001, 2002, 2003) of SrTiO 3 material.
A composition comprising a therapeutically effective amount of acidic water having an oxidation reduction potential of greater than 1100 mV for use in treating a cataract in an animal patient, wherein the composition is for topical administration to an eye of said patient.
Filter assembly for a body fluid comprising a prefiltering support layer and a first mesh filter layer arranged downstream the prefiltering support layer, wherein the prefiltering support layer comprises a non-woven fabric of fibers, the non-woven fabric having a pore size, wherein the first mesh filter layer has a first mesh size, wherein the pore size of the prefiltering support layer is equal to or bigger than the first mesh size of the first mesh filter, characterized in that the filter assembly comprises a filter holder arranged downstream the first mesh filter layer, wherein the filter holder contacts and stabilizes both the prefiltering support layer and the first mesh filter layer and said prefiltering support layer and the first mesh filter layer are in contact with each other forming a single structure.
A method to protect a mobile equipment against robbery characterized by comprising the steps of: - building an external backward code (E-BC) including the equipment identifier (IMEI-R) of said mobile equipment and a subscriber identifier (IMSI-R) of a registered mobile subscriber (R-MS), by using an algorithm, - storing said external backward code (E-BC) into said mobile equipment, - computing an internal backward code (I-BC) including the equipment identifier (IMEI-U) of said mobile equipment and the subscriber identifier (IMSI-U) of the mobile subscriber (U-MS) used in said mobile equipment, using the same algorithm as the building step, - checking validity of the internal backward code (I-BC) against the stored external backward code (E-BC), - allowing normal use of the mobile equipment if said validity check is positive. - building an external backward code (E-BC) including the equipment identifier (IMEI-R) of said mobile equipment and a subscriber identifier (IMSI-R) of a registered mobile subscriber (R-MS), by using an algorithm, - storing said external backward code (E-BC) into said mobile equipment, - computing an internal backward code (I-BC) including the equipment identifier (IMEI-U) of said mobile equipment and the subscriber identifier (IMSI-U) of the mobile subscriber (U-MS) used in said mobile equipment, using the same algorithm as the building step, - checking validity of the internal backward code (I-BC) against the stored external backward code (E-BC), - allowing normal use of the mobile equipment if said validity check is positive.
A method of wireless communication performed by a node, comprising: determining whether a supervising node coexists with one or more neighbor supervising nodes; activating a relaxed energy detection, ED, threshold for establishing medium access suitability for an unlicensed spectrum based on a determination that the supervising node coexists with the one or more neighbor supervising nodes; and performing an access procedure for the unlicensed spectrum based on the relaxed ED threshold, wherein the relaxed ED threshold is configured to be higher in value than a default ED threshold, characterized in that: activating the relaxed ED threshold further comprises: activating the relaxed ED threshold based on one or more medium access deferrals not caused by the default ED threshold; and wherein the method further comprises: deactivating the relaxed ED threshold based on a determination that a portion of a plurality of the one or more medium access deferrals not caused by the default ED threshold do not exceed a time deferral threshold. determining whether a supervising node coexists with one or more neighbor supervising nodes; activating a relaxed energy detection, ED, threshold for establishing medium access suitability for an unlicensed spectrum based on a determination that the supervising node coexists with the one or more neighbor supervising nodes; and performing an access procedure for the unlicensed spectrum based on the relaxed ED threshold, wherein the relaxed ED threshold is configured to be higher in value than a default ED threshold, characterized in that: activating the relaxed ED threshold further comprises: activating the relaxed ED threshold based on one or more medium access deferrals not caused by the default ED threshold; and wherein the method further comprises: deactivating the relaxed ED threshold based on a determination that a portion of a plurality of the one or more medium access deferrals not caused by the default ED threshold do not exceed a time deferral threshold. activating the relaxed ED threshold further comprises: activating the relaxed ED threshold based on one or more medium access deferrals not caused by the default ED threshold; and wherein the method further comprises: deactivating the relaxed ED threshold based on a determination that a portion of a plurality of the one or more medium access deferrals not caused by the default ED threshold do not exceed a time deferral threshold.
A delivery device comprising: a handle; a pusher tube; a central tube including a plunger assembly providing attachments configured to selectively engage a valve prosthesis, the central tube being coupled to the handle; and a sheath capsule connected to the pusher tube, the capsule being slidably disposed over the central tube and configured to compressively contain the valve prosthesis engaged with the attachments, wherein the capsule surrounds the plunger assembly and the collapsed valve prosthesis during delivery of the prosthesis, characterised in that it also comprises an oscillator configured to transmit vibratory motion to the pusher tube and the sheath capsule at a defined frequency; wherein the handle is further coupled to the pusher tube, wherein the oscillator is positioned on the handle, and wherein the handle includes an actuation portion, wherein the actuation portion is coupled to the pusher tube and is configured to move pusher tube and capsule relative to central tube and plunger assembly. a handle; a pusher tube; a central tube including a plunger assembly providing attachments configured to selectively engage a valve prosthesis, the central tube being coupled to the handle; and a sheath capsule connected to the pusher tube, the capsule being slidably disposed over the central tube and configured to compressively contain the valve prosthesis engaged with the attachments, wherein the capsule surrounds the plunger assembly and the collapsed valve prosthesis during delivery of the prosthesis, characterised in that it also comprises an oscillator configured to transmit vibratory motion to the pusher tube and the sheath capsule at a defined frequency; wherein the handle is further coupled to the pusher tube, wherein the oscillator is positioned on the handle, and wherein the handle includes an actuation portion, wherein the actuation portion is coupled to the pusher tube and is configured to move pusher tube and capsule relative to central tube and plunger assembly.
A radial-piston type hydraulic machine, comprising: at least one piston arranged along a radial direction of the hydraulic machine; a roller disposed rotatably on the piston, the roller having a roller surface; and a cam having a cam surface which is disposed so as to face the roller surface across an oil film of a lubricant oil, the cam being configured to be rotatable, characterized in that at least one of the roller surface or the cam surface has an isotropic surface roughness or a surface roughness having an anisotropy along a direction of a rotational axis of the cam, and in that velocities of the roller surface and the cam surface accompanying rotation of the roller and the cam are set so that a value Λ is not less than zero and not more than 1.0, the value Λ being defined by a following equation: Λ = t / Ra 1 2 + Ra 2 2 0.5, where "t" is a thickness of the oil film, "Ra1" is a surface roughness of the roller surface, and "Ra2" is a surface roughness of the cam surface. at least one piston arranged along a radial direction of the hydraulic machine; a roller disposed rotatably on the piston, the roller having a roller surface; and a cam having a cam surface which is disposed so as to face the roller surface across an oil film of a lubricant oil, the cam being configured to be rotatable, characterized in that at least one of the roller surface or the cam surface has an isotropic surface roughness or a surface roughness having an anisotropy along a direction of a rotational axis of the cam, and in that velocities of the roller surface and the cam surface accompanying rotation of the roller and the cam are set so that a value Λ is not less than zero and not more than 1.0, the value Λ being defined by a following equation: Λ = t / Ra 1 2 + Ra 2 2 0.5, where "t" is a thickness of the oil film, "Ra1" is a surface roughness of the roller surface, and "Ra2" is a surface roughness of the cam surface.
An aircraft comprising: a confined space; and an air supply system configured to provide a flow of purified air to the confined space, the air supply system comprising: a conduit for channeling a flow of air therethrough, wherein the flow of air has microorganisms entrained therein; and an anti-microbial filter in flow communication with the flow of air, wherein the anti-microbial filter comprises a plurality of atomically sharp surface features for non-selective lysing of at least some of the microorganisms that contact the anti-microbial filter such that the flow of purified air is discharged from the anti-microbial filter. a confined space; and an air supply system configured to provide a flow of purified air to the confined space, the air supply system comprising: a conduit for channeling a flow of air therethrough, wherein the flow of air has microorganisms entrained therein; and an anti-microbial filter in flow communication with the flow of air, wherein the anti-microbial filter comprises a plurality of atomically sharp surface features for non-selective lysing of at least some of the microorganisms that contact the anti-microbial filter such that the flow of purified air is discharged from the anti-microbial filter. a conduit for channeling a flow of air therethrough, wherein the flow of air has microorganisms entrained therein; and an anti-microbial filter in flow communication with the flow of air, wherein the anti-microbial filter comprises a plurality of atomically sharp surface features for non-selective lysing of at least some of the microorganisms that contact the anti-microbial filter such that the flow of purified air is discharged from the anti-microbial filter.
An expandable mammary tissue implant comprising: a shell having an anterior face and a posterior face, the anterior face having an upper pole portion and a lower pole portion meeting at an apex, and an injection zone for receiving fluid therethrough to inflate the implant; and a reinforcing material coupled to the shell in a first reinforcement zone and a second reinforcement zone, characterised in that the first reinforcement zone forms at least a peripheral rim portion that extends from a periphery of said posterior face upwardly into said anterior face by a predetermined distance, wherein a first end of the first reinforcement zone is located in the upper pole region of the anterior face, and wherein the second reinforcement zone extends from a first end that substantially abuts or overlaps the first end of the first reinforcement zone, along at least a portion of the anterior face of the shell such that the entire upper pole of the shell is reinforced as between the first and second reinforcement zones (140, 150), wherein the first and second reinforcement zones (140, 150) form a reinforced hinge like structure centred around the upper pole region, having hinge points where the first and second reinforcement zones first meet. a shell having an anterior face and a posterior face, the anterior face having an upper pole portion and a lower pole portion meeting at an apex, and an injection zone for receiving fluid therethrough to inflate the implant; and a reinforcing material coupled to the shell in a first reinforcement zone and a second reinforcement zone, characterised in that the first reinforcement zone forms at least a peripheral rim portion that extends from a periphery of said posterior face upwardly into said anterior face by a predetermined distance, wherein a first end of the first reinforcement zone is located in the upper pole region of the anterior face, and wherein the second reinforcement zone extends from a first end that substantially abuts or overlaps the first end of the first reinforcement zone, along at least a portion of the anterior face of the shell such that the entire upper pole of the shell is reinforced as between the first and second reinforcement zones (140, 150), wherein the first and second reinforcement zones (140, 150) form a reinforced hinge like structure centred around the upper pole region, having hinge points where the first and second reinforcement zones first meet.
A mobile terminal comprising: a wireless communication unit configured to transceive data with an external device by wireless communication; a user input unit configured to receive an input of a command from a user; a display unit; a memory; and a controller characterized in that the controller is configured to: in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the display unit when the display unit is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control a 2 nd substitute screen for providing limited functions only to be displayed. a wireless communication unit configured to transceive data with an external device by wireless communication; a user input unit configured to receive an input of a command from a user; a display unit; a memory; and a controller characterized in that the controller is configured to: in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the display unit when the display unit is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control a 2 nd substitute screen for providing limited functions only to be displayed. in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the display unit when the display unit is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control a 2 nd substitute screen for providing limited functions only to be displayed.